frontend/clickerheroes/scripts/c3runtime-f.js

"use strict";
'use strict';
(function(global, factory) {
    typeof exports === "object" && typeof module !== "undefined" ? factory(exports) : typeof define === "function" && define.amd ? define(["exports"], factory) : (global = global || self,
    factory(global.glMatrix = {}))
}
)(this, function(exports) {
    var EPSILON = 1E-6;
    var ARRAY_TYPE = typeof Float32Array !== "undefined" ? Float32Array : Array;
    var RANDOM = Math.random;
    function setMatrixArrayType(type) {
        ARRAY_TYPE = type
    }
    var degree = Math.PI / 180;
    function toRadian(a) {
        return a * degree
    }
    function equals(a, b) {
        return Math.abs(a - b) <= EPSILON * Math.max(1, Math.abs(a), Math.abs(b))
    }
    if (!Math.hypot)
        Math.hypot = function() {
            var y = 0
              , i = arguments.length;
            while (i--)
                y += arguments[i] * arguments[i];
            return Math.sqrt(y)
        }
        ;
    var common = Object.freeze({
        __proto__: null,
        EPSILON: EPSILON,
        get ARRAY_TYPE() {
            return ARRAY_TYPE
        },
        RANDOM: RANDOM,
        setMatrixArrayType: setMatrixArrayType,
        toRadian: toRadian,
        equals: equals
    });
    function create() {
        var out = new ARRAY_TYPE(4);
        if (ARRAY_TYPE != Float32Array) {
            out[1] = 0;
            out[2] = 0
        }
        out[0] = 1;
        out[3] = 1;
        return out
    }
    function clone(a) {
        var out = new ARRAY_TYPE(4);
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        return out
    }
    function copy(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        return out
    }
    function identity(out) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 1;
        return out
    }
    function fromValues(m00, m01, m10, m11) {
        var out = new ARRAY_TYPE(4);
        out[0] = m00;
        out[1] = m01;
        out[2] = m10;
        out[3] = m11;
        return out
    }
    function set(out, m00, m01, m10, m11) {
        out[0] = m00;
        out[1] = m01;
        out[2] = m10;
        out[3] = m11;
        return out
    }
    function transpose(out, a) {
        if (out === a) {
            var a1 = a[1];
            out[1] = a[2];
            out[2] = a1
        } else {
            out[0] = a[0];
            out[1] = a[2];
            out[2] = a[1];
            out[3] = a[3]
        }
        return out
    }
    function invert(out, a) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var det = a0 * a3 - a2 * a1;
        if (!det)
            return null;
        det = 1 / det;
        out[0] = a3 * det;
        out[1] = -a1 * det;
        out[2] = -a2 * det;
        out[3] = a0 * det;
        return out
    }
    function adjoint(out, a) {
        var a0 = a[0];
        out[0] = a[3];
        out[1] = -a[1];
        out[2] = -a[2];
        out[3] = a0;
        return out
    }
    function determinant(a) {
        return a[0] * a[3] - a[2] * a[1]
    }
    function multiply(out, a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3];
        out[0] = a0 * b0 + a2 * b1;
        out[1] = a1 * b0 + a3 * b1;
        out[2] = a0 * b2 + a2 * b3;
        out[3] = a1 * b2 + a3 * b3;
        return out
    }
    function rotate(out, a, rad) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        out[0] = a0 * c + a2 * s;
        out[1] = a1 * c + a3 * s;
        out[2] = a0 * -s + a2 * c;
        out[3] = a1 * -s + a3 * c;
        return out
    }
    function scale(out, a, v) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var v0 = v[0]
          , v1 = v[1];
        out[0] = a0 * v0;
        out[1] = a1 * v0;
        out[2] = a2 * v1;
        out[3] = a3 * v1;
        return out
    }
    function fromRotation(out, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        out[0] = c;
        out[1] = s;
        out[2] = -s;
        out[3] = c;
        return out
    }
    function fromScaling(out, v) {
        out[0] = v[0];
        out[1] = 0;
        out[2] = 0;
        out[3] = v[1];
        return out
    }
    function str(a) {
        return "mat2(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ")"
    }
    function frob(a) {
        return Math.hypot(a[0], a[1], a[2], a[3])
    }
    function LDU(L, D, U, a) {
        L[2] = a[2] / a[0];
        U[0] = a[0];
        U[1] = a[1];
        U[3] = a[3] - L[2] * U[1];
        return [L, D, U]
    }
    function add(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        out[3] = a[3] + b[3];
        return out
    }
    function subtract(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        out[2] = a[2] - b[2];
        out[3] = a[3] - b[3];
        return out
    }
    function exactEquals(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3]
    }
    function equals$1(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= EPSILON * Math.max(1, Math.abs(a3), Math.abs(b3))
    }
    function multiplyScalar(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        out[3] = a[3] * b;
        return out
    }
    function multiplyScalarAndAdd(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        out[2] = a[2] + b[2] * scale;
        out[3] = a[3] + b[3] * scale;
        return out
    }
    var mul = multiply;
    var sub = subtract;
    var mat2 = Object.freeze({
        __proto__: null,
        create: create,
        clone: clone,
        copy: copy,
        identity: identity,
        fromValues: fromValues,
        set: set,
        transpose: transpose,
        invert: invert,
        adjoint: adjoint,
        determinant: determinant,
        multiply: multiply,
        rotate: rotate,
        scale: scale,
        fromRotation: fromRotation,
        fromScaling: fromScaling,
        str: str,
        frob: frob,
        LDU: LDU,
        add: add,
        subtract: subtract,
        exactEquals: exactEquals,
        equals: equals$1,
        multiplyScalar: multiplyScalar,
        multiplyScalarAndAdd: multiplyScalarAndAdd,
        mul: mul,
        sub: sub
    });
    function create$1() {
        var out = new ARRAY_TYPE(6);
        if (ARRAY_TYPE != Float32Array) {
            out[1] = 0;
            out[2] = 0;
            out[4] = 0;
            out[5] = 0
        }
        out[0] = 1;
        out[3] = 1;
        return out
    }
    function clone$1(a) {
        var out = new ARRAY_TYPE(6);
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        return out
    }
    function copy$1(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        return out
    }
    function identity$1(out) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 1;
        out[4] = 0;
        out[5] = 0;
        return out
    }
    function fromValues$1(a, b, c, d, tx, ty) {
        var out = new ARRAY_TYPE(6);
        out[0] = a;
        out[1] = b;
        out[2] = c;
        out[3] = d;
        out[4] = tx;
        out[5] = ty;
        return out
    }
    function set$1(out, a, b, c, d, tx, ty) {
        out[0] = a;
        out[1] = b;
        out[2] = c;
        out[3] = d;
        out[4] = tx;
        out[5] = ty;
        return out
    }
    function invert$1(out, a) {
        var aa = a[0]
          , ab = a[1]
          , ac = a[2]
          , ad = a[3];
        var atx = a[4]
          , aty = a[5];
        var det = aa * ad - ab * ac;
        if (!det)
            return null;
        det = 1 / det;
        out[0] = ad * det;
        out[1] = -ab * det;
        out[2] = -ac * det;
        out[3] = aa * det;
        out[4] = (ac * aty - ad * atx) * det;
        out[5] = (ab * atx - aa * aty) * det;
        return out
    }
    function determinant$1(a) {
        return a[0] * a[3] - a[1] * a[2]
    }
    function multiply$1(out, a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3]
          , b4 = b[4]
          , b5 = b[5];
        out[0] = a0 * b0 + a2 * b1;
        out[1] = a1 * b0 + a3 * b1;
        out[2] = a0 * b2 + a2 * b3;
        out[3] = a1 * b2 + a3 * b3;
        out[4] = a0 * b4 + a2 * b5 + a4;
        out[5] = a1 * b4 + a3 * b5 + a5;
        return out
    }
    function rotate$1(out, a, rad) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5];
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        out[0] = a0 * c + a2 * s;
        out[1] = a1 * c + a3 * s;
        out[2] = a0 * -s + a2 * c;
        out[3] = a1 * -s + a3 * c;
        out[4] = a4;
        out[5] = a5;
        return out
    }
    function scale$1(out, a, v) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5];
        var v0 = v[0]
          , v1 = v[1];
        out[0] = a0 * v0;
        out[1] = a1 * v0;
        out[2] = a2 * v1;
        out[3] = a3 * v1;
        out[4] = a4;
        out[5] = a5;
        return out
    }
    function translate(out, a, v) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5];
        var v0 = v[0]
          , v1 = v[1];
        out[0] = a0;
        out[1] = a1;
        out[2] = a2;
        out[3] = a3;
        out[4] = a0 * v0 + a2 * v1 + a4;
        out[5] = a1 * v0 + a3 * v1 + a5;
        return out
    }
    function fromRotation$1(out, rad) {
        var s = Math.sin(rad)
          , c = Math.cos(rad);
        out[0] = c;
        out[1] = s;
        out[2] = -s;
        out[3] = c;
        out[4] = 0;
        out[5] = 0;
        return out
    }
    function fromScaling$1(out, v) {
        out[0] = v[0];
        out[1] = 0;
        out[2] = 0;
        out[3] = v[1];
        out[4] = 0;
        out[5] = 0;
        return out
    }
    function fromTranslation(out, v) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 1;
        out[4] = v[0];
        out[5] = v[1];
        return out
    }
    function str$1(a) {
        return "mat2d(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ", " + a[4] + ", " + a[5] + ")"
    }
    function frob$1(a) {
        return Math.hypot(a[0], a[1], a[2], a[3], a[4], a[5], 1)
    }
    function add$1(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        out[3] = a[3] + b[3];
        out[4] = a[4] + b[4];
        out[5] = a[5] + b[5];
        return out
    }
    function subtract$1(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        out[2] = a[2] - b[2];
        out[3] = a[3] - b[3];
        out[4] = a[4] - b[4];
        out[5] = a[5] - b[5];
        return out
    }
    function multiplyScalar$1(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        out[3] = a[3] * b;
        out[4] = a[4] * b;
        out[5] = a[5] * b;
        return out
    }
    function multiplyScalarAndAdd$1(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        out[2] = a[2] + b[2] * scale;
        out[3] = a[3] + b[3] * scale;
        out[4] = a[4] + b[4] * scale;
        out[5] = a[5] + b[5] * scale;
        return out
    }
    function exactEquals$1(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5]
    }
    function equals$2(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3]
          , b4 = b[4]
          , b5 = b[5];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= EPSILON * Math.max(1, Math.abs(a3), Math.abs(b3)) && Math.abs(a4 - b4) <= EPSILON * Math.max(1, Math.abs(a4), Math.abs(b4)) && Math.abs(a5 - b5) <= EPSILON * Math.max(1, Math.abs(a5), Math.abs(b5))
    }
    var mul$1 = multiply$1;
    var sub$1 = subtract$1;
    var mat2d = Object.freeze({
        __proto__: null,
        create: create$1,
        clone: clone$1,
        copy: copy$1,
        identity: identity$1,
        fromValues: fromValues$1,
        set: set$1,
        invert: invert$1,
        determinant: determinant$1,
        multiply: multiply$1,
        rotate: rotate$1,
        scale: scale$1,
        translate: translate,
        fromRotation: fromRotation$1,
        fromScaling: fromScaling$1,
        fromTranslation: fromTranslation,
        str: str$1,
        frob: frob$1,
        add: add$1,
        subtract: subtract$1,
        multiplyScalar: multiplyScalar$1,
        multiplyScalarAndAdd: multiplyScalarAndAdd$1,
        exactEquals: exactEquals$1,
        equals: equals$2,
        mul: mul$1,
        sub: sub$1
    });
    function create$2() {
        var out = new ARRAY_TYPE(9);
        if (ARRAY_TYPE != Float32Array) {
            out[1] = 0;
            out[2] = 0;
            out[3] = 0;
            out[5] = 0;
            out[6] = 0;
            out[7] = 0
        }
        out[0] = 1;
        out[4] = 1;
        out[8] = 1;
        return out
    }
    function fromMat4(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[4];
        out[4] = a[5];
        out[5] = a[6];
        out[6] = a[8];
        out[7] = a[9];
        out[8] = a[10];
        return out
    }
    function clone$2(a) {
        var out = new ARRAY_TYPE(9);
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        out[6] = a[6];
        out[7] = a[7];
        out[8] = a[8];
        return out
    }
    function copy$2(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        out[6] = a[6];
        out[7] = a[7];
        out[8] = a[8];
        return out
    }
    function fromValues$2(m00, m01, m02, m10, m11, m12, m20, m21, m22) {
        var out = new ARRAY_TYPE(9);
        out[0] = m00;
        out[1] = m01;
        out[2] = m02;
        out[3] = m10;
        out[4] = m11;
        out[5] = m12;
        out[6] = m20;
        out[7] = m21;
        out[8] = m22;
        return out
    }
    function set$2(out, m00, m01, m02, m10, m11, m12, m20, m21, m22) {
        out[0] = m00;
        out[1] = m01;
        out[2] = m02;
        out[3] = m10;
        out[4] = m11;
        out[5] = m12;
        out[6] = m20;
        out[7] = m21;
        out[8] = m22;
        return out
    }
    function identity$2(out) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 1;
        out[5] = 0;
        out[6] = 0;
        out[7] = 0;
        out[8] = 1;
        return out
    }
    function transpose$1(out, a) {
        if (out === a) {
            var a01 = a[1]
              , a02 = a[2]
              , a12 = a[5];
            out[1] = a[3];
            out[2] = a[6];
            out[3] = a01;
            out[5] = a[7];
            out[6] = a02;
            out[7] = a12
        } else {
            out[0] = a[0];
            out[1] = a[3];
            out[2] = a[6];
            out[3] = a[1];
            out[4] = a[4];
            out[5] = a[7];
            out[6] = a[2];
            out[7] = a[5];
            out[8] = a[8]
        }
        return out
    }
    function invert$2(out, a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2];
        var a10 = a[3]
          , a11 = a[4]
          , a12 = a[5];
        var a20 = a[6]
          , a21 = a[7]
          , a22 = a[8];
        var b01 = a22 * a11 - a12 * a21;
        var b11 = -a22 * a10 + a12 * a20;
        var b21 = a21 * a10 - a11 * a20;
        var det = a00 * b01 + a01 * b11 + a02 * b21;
        if (!det)
            return null;
        det = 1 / det;
        out[0] = b01 * det;
        out[1] = (-a22 * a01 + a02 * a21) * det;
        out[2] = (a12 * a01 - a02 * a11) * det;
        out[3] = b11 * det;
        out[4] = (a22 * a00 - a02 * a20) * det;
        out[5] = (-a12 * a00 + a02 * a10) * det;
        out[6] = b21 * det;
        out[7] = (-a21 * a00 + a01 * a20) * det;
        out[8] = (a11 * a00 - a01 * a10) * det;
        return out
    }
    function adjoint$1(out, a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2];
        var a10 = a[3]
          , a11 = a[4]
          , a12 = a[5];
        var a20 = a[6]
          , a21 = a[7]
          , a22 = a[8];
        out[0] = a11 * a22 - a12 * a21;
        out[1] = a02 * a21 - a01 * a22;
        out[2] = a01 * a12 - a02 * a11;
        out[3] = a12 * a20 - a10 * a22;
        out[4] = a00 * a22 - a02 * a20;
        out[5] = a02 * a10 - a00 * a12;
        out[6] = a10 * a21 - a11 * a20;
        out[7] = a01 * a20 - a00 * a21;
        out[8] = a00 * a11 - a01 * a10;
        return out
    }
    function determinant$2(a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2];
        var a10 = a[3]
          , a11 = a[4]
          , a12 = a[5];
        var a20 = a[6]
          , a21 = a[7]
          , a22 = a[8];
        return a00 * (a22 * a11 - a12 * a21) + a01 * (-a22 * a10 + a12 * a20) + a02 * (a21 * a10 - a11 * a20)
    }
    function multiply$2(out, a, b) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2];
        var a10 = a[3]
          , a11 = a[4]
          , a12 = a[5];
        var a20 = a[6]
          , a21 = a[7]
          , a22 = a[8];
        var b00 = b[0]
          , b01 = b[1]
          , b02 = b[2];
        var b10 = b[3]
          , b11 = b[4]
          , b12 = b[5];
        var b20 = b[6]
          , b21 = b[7]
          , b22 = b[8];
        out[0] = b00 * a00 + b01 * a10 + b02 * a20;
        out[1] = b00 * a01 + b01 * a11 + b02 * a21;
        out[2] = b00 * a02 + b01 * a12 + b02 * a22;
        out[3] = b10 * a00 + b11 * a10 + b12 * a20;
        out[4] = b10 * a01 + b11 * a11 + b12 * a21;
        out[5] = b10 * a02 + b11 * a12 + b12 * a22;
        out[6] = b20 * a00 + b21 * a10 + b22 * a20;
        out[7] = b20 * a01 + b21 * a11 + b22 * a21;
        out[8] = b20 * a02 + b21 * a12 + b22 * a22;
        return out
    }
    function translate$1(out, a, v) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a10 = a[3]
          , a11 = a[4]
          , a12 = a[5]
          , a20 = a[6]
          , a21 = a[7]
          , a22 = a[8]
          , x = v[0]
          , y = v[1];
        out[0] = a00;
        out[1] = a01;
        out[2] = a02;
        out[3] = a10;
        out[4] = a11;
        out[5] = a12;
        out[6] = x * a00 + y * a10 + a20;
        out[7] = x * a01 + y * a11 + a21;
        out[8] = x * a02 + y * a12 + a22;
        return out
    }
    function rotate$2(out, a, rad) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a10 = a[3]
          , a11 = a[4]
          , a12 = a[5]
          , a20 = a[6]
          , a21 = a[7]
          , a22 = a[8]
          , s = Math.sin(rad)
          , c = Math.cos(rad);
        out[0] = c * a00 + s * a10;
        out[1] = c * a01 + s * a11;
        out[2] = c * a02 + s * a12;
        out[3] = c * a10 - s * a00;
        out[4] = c * a11 - s * a01;
        out[5] = c * a12 - s * a02;
        out[6] = a20;
        out[7] = a21;
        out[8] = a22;
        return out
    }
    function scale$2(out, a, v) {
        var x = v[0]
          , y = v[1];
        out[0] = x * a[0];
        out[1] = x * a[1];
        out[2] = x * a[2];
        out[3] = y * a[3];
        out[4] = y * a[4];
        out[5] = y * a[5];
        out[6] = a[6];
        out[7] = a[7];
        out[8] = a[8];
        return out
    }
    function fromTranslation$1(out, v) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 1;
        out[5] = 0;
        out[6] = v[0];
        out[7] = v[1];
        out[8] = 1;
        return out
    }
    function fromRotation$2(out, rad) {
        var s = Math.sin(rad)
          , c = Math.cos(rad);
        out[0] = c;
        out[1] = s;
        out[2] = 0;
        out[3] = -s;
        out[4] = c;
        out[5] = 0;
        out[6] = 0;
        out[7] = 0;
        out[8] = 1;
        return out
    }
    function fromScaling$2(out, v) {
        out[0] = v[0];
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = v[1];
        out[5] = 0;
        out[6] = 0;
        out[7] = 0;
        out[8] = 1;
        return out
    }
    function fromMat2d(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = 0;
        out[3] = a[2];
        out[4] = a[3];
        out[5] = 0;
        out[6] = a[4];
        out[7] = a[5];
        out[8] = 1;
        return out
    }
    function fromQuat(out, q) {
        var x = q[0]
          , y = q[1]
          , z = q[2]
          , w = q[3];
        var x2 = x + x;
        var y2 = y + y;
        var z2 = z + z;
        var xx = x * x2;
        var yx = y * x2;
        var yy = y * y2;
        var zx = z * x2;
        var zy = z * y2;
        var zz = z * z2;
        var wx = w * x2;
        var wy = w * y2;
        var wz = w * z2;
        out[0] = 1 - yy - zz;
        out[3] = yx - wz;
        out[6] = zx + wy;
        out[1] = yx + wz;
        out[4] = 1 - xx - zz;
        out[7] = zy - wx;
        out[2] = zx - wy;
        out[5] = zy + wx;
        out[8] = 1 - xx - yy;
        return out
    }
    function normalFromMat4(out, a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a03 = a[3];
        var a10 = a[4]
          , a11 = a[5]
          , a12 = a[6]
          , a13 = a[7];
        var a20 = a[8]
          , a21 = a[9]
          , a22 = a[10]
          , a23 = a[11];
        var a30 = a[12]
          , a31 = a[13]
          , a32 = a[14]
          , a33 = a[15];
        var b00 = a00 * a11 - a01 * a10;
        var b01 = a00 * a12 - a02 * a10;
        var b02 = a00 * a13 - a03 * a10;
        var b03 = a01 * a12 - a02 * a11;
        var b04 = a01 * a13 - a03 * a11;
        var b05 = a02 * a13 - a03 * a12;
        var b06 = a20 * a31 - a21 * a30;
        var b07 = a20 * a32 - a22 * a30;
        var b08 = a20 * a33 - a23 * a30;
        var b09 = a21 * a32 - a22 * a31;
        var b10 = a21 * a33 - a23 * a31;
        var b11 = a22 * a33 - a23 * a32;
        var det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;
        if (!det)
            return null;
        det = 1 / det;
        out[0] = (a11 * b11 - a12 * b10 + a13 * b09) * det;
        out[1] = (a12 * b08 - a10 * b11 - a13 * b07) * det;
        out[2] = (a10 * b10 - a11 * b08 + a13 * b06) * det;
        out[3] = (a02 * b10 - a01 * b11 - a03 * b09) * det;
        out[4] = (a00 * b11 - a02 * b08 + a03 * b07) * det;
        out[5] = (a01 * b08 - a00 * b10 - a03 * b06) * det;
        out[6] = (a31 * b05 - a32 * b04 + a33 * b03) * det;
        out[7] = (a32 * b02 - a30 * b05 - a33 * b01) * det;
        out[8] = (a30 * b04 - a31 * b02 + a33 * b00) * det;
        return out
    }
    function projection(out, width, height) {
        out[0] = 2 / width;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = -2 / height;
        out[5] = 0;
        out[6] = -1;
        out[7] = 1;
        out[8] = 1;
        return out
    }
    function str$2(a) {
        return "mat3(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ", " + a[4] + ", " + a[5] + ", " + a[6] + ", " + a[7] + ", " + a[8] + ")"
    }
    function frob$2(a) {
        return Math.hypot(a[0], a[1], a[2], a[3], a[4], a[5], a[6], a[7], a[8])
    }
    function add$2(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        out[3] = a[3] + b[3];
        out[4] = a[4] + b[4];
        out[5] = a[5] + b[5];
        out[6] = a[6] + b[6];
        out[7] = a[7] + b[7];
        out[8] = a[8] + b[8];
        return out
    }
    function subtract$2(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        out[2] = a[2] - b[2];
        out[3] = a[3] - b[3];
        out[4] = a[4] - b[4];
        out[5] = a[5] - b[5];
        out[6] = a[6] - b[6];
        out[7] = a[7] - b[7];
        out[8] = a[8] - b[8];
        return out
    }
    function multiplyScalar$2(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        out[3] = a[3] * b;
        out[4] = a[4] * b;
        out[5] = a[5] * b;
        out[6] = a[6] * b;
        out[7] = a[7] * b;
        out[8] = a[8] * b;
        return out
    }
    function multiplyScalarAndAdd$2(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        out[2] = a[2] + b[2] * scale;
        out[3] = a[3] + b[3] * scale;
        out[4] = a[4] + b[4] * scale;
        out[5] = a[5] + b[5] * scale;
        out[6] = a[6] + b[6] * scale;
        out[7] = a[7] + b[7] * scale;
        out[8] = a[8] + b[8] * scale;
        return out
    }
    function exactEquals$2(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7] && a[8] === b[8]
    }
    function equals$3(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5]
          , a6 = a[6]
          , a7 = a[7]
          , a8 = a[8];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3]
          , b4 = b[4]
          , b5 = b[5]
          , b6 = b[6]
          , b7 = b[7]
          , b8 = b[8];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= EPSILON * Math.max(1, Math.abs(a3), Math.abs(b3)) && Math.abs(a4 - b4) <= EPSILON * Math.max(1, Math.abs(a4), Math.abs(b4)) && Math.abs(a5 - b5) <= EPSILON * Math.max(1, Math.abs(a5), Math.abs(b5)) && Math.abs(a6 - b6) <= EPSILON * Math.max(1, Math.abs(a6), Math.abs(b6)) && Math.abs(a7 - b7) <= EPSILON * Math.max(1, Math.abs(a7), Math.abs(b7)) && Math.abs(a8 - b8) <= EPSILON * Math.max(1, Math.abs(a8), Math.abs(b8))
    }
    var mul$2 = multiply$2;
    var sub$2 = subtract$2;
    var mat3 = Object.freeze({
        __proto__: null,
        create: create$2,
        fromMat4: fromMat4,
        clone: clone$2,
        copy: copy$2,
        fromValues: fromValues$2,
        set: set$2,
        identity: identity$2,
        transpose: transpose$1,
        invert: invert$2,
        adjoint: adjoint$1,
        determinant: determinant$2,
        multiply: multiply$2,
        translate: translate$1,
        rotate: rotate$2,
        scale: scale$2,
        fromTranslation: fromTranslation$1,
        fromRotation: fromRotation$2,
        fromScaling: fromScaling$2,
        fromMat2d: fromMat2d,
        fromQuat: fromQuat,
        normalFromMat4: normalFromMat4,
        projection: projection,
        str: str$2,
        frob: frob$2,
        add: add$2,
        subtract: subtract$2,
        multiplyScalar: multiplyScalar$2,
        multiplyScalarAndAdd: multiplyScalarAndAdd$2,
        exactEquals: exactEquals$2,
        equals: equals$3,
        mul: mul$2,
        sub: sub$2
    });
    function create$3() {
        var out = new ARRAY_TYPE(16);
        if (ARRAY_TYPE != Float32Array) {
            out[1] = 0;
            out[2] = 0;
            out[3] = 0;
            out[4] = 0;
            out[6] = 0;
            out[7] = 0;
            out[8] = 0;
            out[9] = 0;
            out[11] = 0;
            out[12] = 0;
            out[13] = 0;
            out[14] = 0
        }
        out[0] = 1;
        out[5] = 1;
        out[10] = 1;
        out[15] = 1;
        return out
    }
    function clone$3(a) {
        var out = new ARRAY_TYPE(16);
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        out[6] = a[6];
        out[7] = a[7];
        out[8] = a[8];
        out[9] = a[9];
        out[10] = a[10];
        out[11] = a[11];
        out[12] = a[12];
        out[13] = a[13];
        out[14] = a[14];
        out[15] = a[15];
        return out
    }
    function copy$3(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        out[6] = a[6];
        out[7] = a[7];
        out[8] = a[8];
        out[9] = a[9];
        out[10] = a[10];
        out[11] = a[11];
        out[12] = a[12];
        out[13] = a[13];
        out[14] = a[14];
        out[15] = a[15];
        return out
    }
    function fromValues$3(m00, m01, m02, m03, m10, m11, m12, m13, m20, m21, m22, m23, m30, m31, m32, m33) {
        var out = new ARRAY_TYPE(16);
        out[0] = m00;
        out[1] = m01;
        out[2] = m02;
        out[3] = m03;
        out[4] = m10;
        out[5] = m11;
        out[6] = m12;
        out[7] = m13;
        out[8] = m20;
        out[9] = m21;
        out[10] = m22;
        out[11] = m23;
        out[12] = m30;
        out[13] = m31;
        out[14] = m32;
        out[15] = m33;
        return out
    }
    function set$3(out, m00, m01, m02, m03, m10, m11, m12, m13, m20, m21, m22, m23, m30, m31, m32, m33) {
        out[0] = m00;
        out[1] = m01;
        out[2] = m02;
        out[3] = m03;
        out[4] = m10;
        out[5] = m11;
        out[6] = m12;
        out[7] = m13;
        out[8] = m20;
        out[9] = m21;
        out[10] = m22;
        out[11] = m23;
        out[12] = m30;
        out[13] = m31;
        out[14] = m32;
        out[15] = m33;
        return out
    }
    function identity$3(out) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = 1;
        out[6] = 0;
        out[7] = 0;
        out[8] = 0;
        out[9] = 0;
        out[10] = 1;
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function transpose$2(out, a) {
        if (out === a) {
            var a01 = a[1]
              , a02 = a[2]
              , a03 = a[3];
            var a12 = a[6]
              , a13 = a[7];
            var a23 = a[11];
            out[1] = a[4];
            out[2] = a[8];
            out[3] = a[12];
            out[4] = a01;
            out[6] = a[9];
            out[7] = a[13];
            out[8] = a02;
            out[9] = a12;
            out[11] = a[14];
            out[12] = a03;
            out[13] = a13;
            out[14] = a23
        } else {
            out[0] = a[0];
            out[1] = a[4];
            out[2] = a[8];
            out[3] = a[12];
            out[4] = a[1];
            out[5] = a[5];
            out[6] = a[9];
            out[7] = a[13];
            out[8] = a[2];
            out[9] = a[6];
            out[10] = a[10];
            out[11] = a[14];
            out[12] = a[3];
            out[13] = a[7];
            out[14] = a[11];
            out[15] = a[15]
        }
        return out
    }
    function invert$3(out, a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a03 = a[3];
        var a10 = a[4]
          , a11 = a[5]
          , a12 = a[6]
          , a13 = a[7];
        var a20 = a[8]
          , a21 = a[9]
          , a22 = a[10]
          , a23 = a[11];
        var a30 = a[12]
          , a31 = a[13]
          , a32 = a[14]
          , a33 = a[15];
        var b00 = a00 * a11 - a01 * a10;
        var b01 = a00 * a12 - a02 * a10;
        var b02 = a00 * a13 - a03 * a10;
        var b03 = a01 * a12 - a02 * a11;
        var b04 = a01 * a13 - a03 * a11;
        var b05 = a02 * a13 - a03 * a12;
        var b06 = a20 * a31 - a21 * a30;
        var b07 = a20 * a32 - a22 * a30;
        var b08 = a20 * a33 - a23 * a30;
        var b09 = a21 * a32 - a22 * a31;
        var b10 = a21 * a33 - a23 * a31;
        var b11 = a22 * a33 - a23 * a32;
        var det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;
        if (!det)
            return null;
        det = 1 / det;
        out[0] = (a11 * b11 - a12 * b10 + a13 * b09) * det;
        out[1] = (a02 * b10 - a01 * b11 - a03 * b09) * det;
        out[2] = (a31 * b05 - a32 * b04 + a33 * b03) * det;
        out[3] = (a22 * b04 - a21 * b05 - a23 * b03) * det;
        out[4] = (a12 * b08 - a10 * b11 - a13 * b07) * det;
        out[5] = (a00 * b11 - a02 * b08 + a03 * b07) * det;
        out[6] = (a32 * b02 - a30 * b05 - a33 * b01) * det;
        out[7] = (a20 * b05 - a22 * b02 + a23 * b01) * det;
        out[8] = (a10 * b10 - a11 * b08 + a13 * b06) * det;
        out[9] = (a01 * b08 - a00 * b10 - a03 * b06) * det;
        out[10] = (a30 * b04 - a31 * b02 + a33 * b00) * det;
        out[11] = (a21 * b02 - a20 * b04 - a23 * b00) * det;
        out[12] = (a11 * b07 - a10 * b09 - a12 * b06) * det;
        out[13] = (a00 * b09 - a01 * b07 + a02 * b06) * det;
        out[14] = (a31 * b01 - a30 * b03 - a32 * b00) * det;
        out[15] = (a20 * b03 - a21 * b01 + a22 * b00) * det;
        return out
    }
    function adjoint$2(out, a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a03 = a[3];
        var a10 = a[4]
          , a11 = a[5]
          , a12 = a[6]
          , a13 = a[7];
        var a20 = a[8]
          , a21 = a[9]
          , a22 = a[10]
          , a23 = a[11];
        var a30 = a[12]
          , a31 = a[13]
          , a32 = a[14]
          , a33 = a[15];
        out[0] = a11 * (a22 * a33 - a23 * a32) - a21 * (a12 * a33 - a13 * a32) + a31 * (a12 * a23 - a13 * a22);
        out[1] = -(a01 * (a22 * a33 - a23 * a32) - a21 * (a02 * a33 - a03 * a32) + a31 * (a02 * a23 - a03 * a22));
        out[2] = a01 * (a12 * a33 - a13 * a32) - a11 * (a02 * a33 - a03 * a32) + a31 * (a02 * a13 - a03 * a12);
        out[3] = -(a01 * (a12 * a23 - a13 * a22) - a11 * (a02 * a23 - a03 * a22) + a21 * (a02 * a13 - a03 * a12));
        out[4] = -(a10 * (a22 * a33 - a23 * a32) - a20 * (a12 * a33 - a13 * a32) + a30 * (a12 * a23 - a13 * a22));
        out[5] = a00 * (a22 * a33 - a23 * a32) - a20 * (a02 * a33 - a03 * a32) + a30 * (a02 * a23 - a03 * a22);
        out[6] = -(a00 * (a12 * a33 - a13 * a32) - a10 * (a02 * a33 - a03 * a32) + a30 * (a02 * a13 - a03 * a12));
        out[7] = a00 * (a12 * a23 - a13 * a22) - a10 * (a02 * a23 - a03 * a22) + a20 * (a02 * a13 - a03 * a12);
        out[8] = a10 * (a21 * a33 - a23 * a31) - a20 * (a11 * a33 - a13 * a31) + a30 * (a11 * a23 - a13 * a21);
        out[9] = -(a00 * (a21 * a33 - a23 * a31) - a20 * (a01 * a33 - a03 * a31) + a30 * (a01 * a23 - a03 * a21));
        out[10] = a00 * (a11 * a33 - a13 * a31) - a10 * (a01 * a33 - a03 * a31) + a30 * (a01 * a13 - a03 * a11);
        out[11] = -(a00 * (a11 * a23 - a13 * a21) - a10 * (a01 * a23 - a03 * a21) + a20 * (a01 * a13 - a03 * a11));
        out[12] = -(a10 * (a21 * a32 - a22 * a31) - a20 * (a11 * a32 - a12 * a31) + a30 * (a11 * a22 - a12 * a21));
        out[13] = a00 * (a21 * a32 - a22 * a31) - a20 * (a01 * a32 - a02 * a31) + a30 * (a01 * a22 - a02 * a21);
        out[14] = -(a00 * (a11 * a32 - a12 * a31) - a10 * (a01 * a32 - a02 * a31) + a30 * (a01 * a12 - a02 * a11));
        out[15] = a00 * (a11 * a22 - a12 * a21) - a10 * (a01 * a22 - a02 * a21) + a20 * (a01 * a12 - a02 * a11);
        return out
    }
    function determinant$3(a) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a03 = a[3];
        var a10 = a[4]
          , a11 = a[5]
          , a12 = a[6]
          , a13 = a[7];
        var a20 = a[8]
          , a21 = a[9]
          , a22 = a[10]
          , a23 = a[11];
        var a30 = a[12]
          , a31 = a[13]
          , a32 = a[14]
          , a33 = a[15];
        var b00 = a00 * a11 - a01 * a10;
        var b01 = a00 * a12 - a02 * a10;
        var b02 = a00 * a13 - a03 * a10;
        var b03 = a01 * a12 - a02 * a11;
        var b04 = a01 * a13 - a03 * a11;
        var b05 = a02 * a13 - a03 * a12;
        var b06 = a20 * a31 - a21 * a30;
        var b07 = a20 * a32 - a22 * a30;
        var b08 = a20 * a33 - a23 * a30;
        var b09 = a21 * a32 - a22 * a31;
        var b10 = a21 * a33 - a23 * a31;
        var b11 = a22 * a33 - a23 * a32;
        return b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06
    }
    function multiply$3(out, a, b) {
        var a00 = a[0]
          , a01 = a[1]
          , a02 = a[2]
          , a03 = a[3];
        var a10 = a[4]
          , a11 = a[5]
          , a12 = a[6]
          , a13 = a[7];
        var a20 = a[8]
          , a21 = a[9]
          , a22 = a[10]
          , a23 = a[11];
        var a30 = a[12]
          , a31 = a[13]
          , a32 = a[14]
          , a33 = a[15];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3];
        out[0] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;
        out[1] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;
        out[2] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;
        out[3] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;
        b0 = b[4];
        b1 = b[5];
        b2 = b[6];
        b3 = b[7];
        out[4] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;
        out[5] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;
        out[6] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;
        out[7] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;
        b0 = b[8];
        b1 = b[9];
        b2 = b[10];
        b3 = b[11];
        out[8] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;
        out[9] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;
        out[10] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;
        out[11] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;
        b0 = b[12];
        b1 = b[13];
        b2 = b[14];
        b3 = b[15];
        out[12] = b0 * a00 + b1 * a10 + b2 * a20 + b3 * a30;
        out[13] = b0 * a01 + b1 * a11 + b2 * a21 + b3 * a31;
        out[14] = b0 * a02 + b1 * a12 + b2 * a22 + b3 * a32;
        out[15] = b0 * a03 + b1 * a13 + b2 * a23 + b3 * a33;
        return out
    }
    function translate$2(out, a, v) {
        var x = v[0]
          , y = v[1]
          , z = v[2];
        var a00, a01, a02, a03;
        var a10, a11, a12, a13;
        var a20, a21, a22, a23;
        if (a === out) {
            out[12] = a[0] * x + a[4] * y + a[8] * z + a[12];
            out[13] = a[1] * x + a[5] * y + a[9] * z + a[13];
            out[14] = a[2] * x + a[6] * y + a[10] * z + a[14];
            out[15] = a[3] * x + a[7] * y + a[11] * z + a[15]
        } else {
            a00 = a[0];
            a01 = a[1];
            a02 = a[2];
            a03 = a[3];
            a10 = a[4];
            a11 = a[5];
            a12 = a[6];
            a13 = a[7];
            a20 = a[8];
            a21 = a[9];
            a22 = a[10];
            a23 = a[11];
            out[0] = a00;
            out[1] = a01;
            out[2] = a02;
            out[3] = a03;
            out[4] = a10;
            out[5] = a11;
            out[6] = a12;
            out[7] = a13;
            out[8] = a20;
            out[9] = a21;
            out[10] = a22;
            out[11] = a23;
            out[12] = a00 * x + a10 * y + a20 * z + a[12];
            out[13] = a01 * x + a11 * y + a21 * z + a[13];
            out[14] = a02 * x + a12 * y + a22 * z + a[14];
            out[15] = a03 * x + a13 * y + a23 * z + a[15]
        }
        return out
    }
    function scale$3(out, a, v) {
        var x = v[0]
          , y = v[1]
          , z = v[2];
        out[0] = a[0] * x;
        out[1] = a[1] * x;
        out[2] = a[2] * x;
        out[3] = a[3] * x;
        out[4] = a[4] * y;
        out[5] = a[5] * y;
        out[6] = a[6] * y;
        out[7] = a[7] * y;
        out[8] = a[8] * z;
        out[9] = a[9] * z;
        out[10] = a[10] * z;
        out[11] = a[11] * z;
        out[12] = a[12];
        out[13] = a[13];
        out[14] = a[14];
        out[15] = a[15];
        return out
    }
    function rotate$3(out, a, rad, axis) {
        var x = axis[0]
          , y = axis[1]
          , z = axis[2];
        var len = Math.hypot(x, y, z);
        var s, c, t;
        var a00, a01, a02, a03;
        var a10, a11, a12, a13;
        var a20, a21, a22, a23;
        var b00, b01, b02;
        var b10, b11, b12;
        var b20, b21, b22;
        if (len < EPSILON)
            return null;
        len = 1 / len;
        x *= len;
        y *= len;
        z *= len;
        s = Math.sin(rad);
        c = Math.cos(rad);
        t = 1 - c;
        a00 = a[0];
        a01 = a[1];
        a02 = a[2];
        a03 = a[3];
        a10 = a[4];
        a11 = a[5];
        a12 = a[6];
        a13 = a[7];
        a20 = a[8];
        a21 = a[9];
        a22 = a[10];
        a23 = a[11];
        b00 = x * x * t + c;
        b01 = y * x * t + z * s;
        b02 = z * x * t - y * s;
        b10 = x * y * t - z * s;
        b11 = y * y * t + c;
        b12 = z * y * t + x * s;
        b20 = x * z * t + y * s;
        b21 = y * z * t - x * s;
        b22 = z * z * t + c;
        out[0] = a00 * b00 + a10 * b01 + a20 * b02;
        out[1] = a01 * b00 + a11 * b01 + a21 * b02;
        out[2] = a02 * b00 + a12 * b01 + a22 * b02;
        out[3] = a03 * b00 + a13 * b01 + a23 * b02;
        out[4] = a00 * b10 + a10 * b11 + a20 * b12;
        out[5] = a01 * b10 + a11 * b11 + a21 * b12;
        out[6] = a02 * b10 + a12 * b11 + a22 * b12;
        out[7] = a03 * b10 + a13 * b11 + a23 * b12;
        out[8] = a00 * b20 + a10 * b21 + a20 * b22;
        out[9] = a01 * b20 + a11 * b21 + a21 * b22;
        out[10] = a02 * b20 + a12 * b21 + a22 * b22;
        out[11] = a03 * b20 + a13 * b21 + a23 * b22;
        if (a !== out) {
            out[12] = a[12];
            out[13] = a[13];
            out[14] = a[14];
            out[15] = a[15]
        }
        return out
    }
    function rotateX(out, a, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        var a10 = a[4];
        var a11 = a[5];
        var a12 = a[6];
        var a13 = a[7];
        var a20 = a[8];
        var a21 = a[9];
        var a22 = a[10];
        var a23 = a[11];
        if (a !== out) {
            out[0] = a[0];
            out[1] = a[1];
            out[2] = a[2];
            out[3] = a[3];
            out[12] = a[12];
            out[13] = a[13];
            out[14] = a[14];
            out[15] = a[15]
        }
        out[4] = a10 * c + a20 * s;
        out[5] = a11 * c + a21 * s;
        out[6] = a12 * c + a22 * s;
        out[7] = a13 * c + a23 * s;
        out[8] = a20 * c - a10 * s;
        out[9] = a21 * c - a11 * s;
        out[10] = a22 * c - a12 * s;
        out[11] = a23 * c - a13 * s;
        return out
    }
    function rotateY(out, a, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        var a00 = a[0];
        var a01 = a[1];
        var a02 = a[2];
        var a03 = a[3];
        var a20 = a[8];
        var a21 = a[9];
        var a22 = a[10];
        var a23 = a[11];
        if (a !== out) {
            out[4] = a[4];
            out[5] = a[5];
            out[6] = a[6];
            out[7] = a[7];
            out[12] = a[12];
            out[13] = a[13];
            out[14] = a[14];
            out[15] = a[15]
        }
        out[0] = a00 * c - a20 * s;
        out[1] = a01 * c - a21 * s;
        out[2] = a02 * c - a22 * s;
        out[3] = a03 * c - a23 * s;
        out[8] = a00 * s + a20 * c;
        out[9] = a01 * s + a21 * c;
        out[10] = a02 * s + a22 * c;
        out[11] = a03 * s + a23 * c;
        return out
    }
    function rotateZ(out, a, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        var a00 = a[0];
        var a01 = a[1];
        var a02 = a[2];
        var a03 = a[3];
        var a10 = a[4];
        var a11 = a[5];
        var a12 = a[6];
        var a13 = a[7];
        if (a !== out) {
            out[8] = a[8];
            out[9] = a[9];
            out[10] = a[10];
            out[11] = a[11];
            out[12] = a[12];
            out[13] = a[13];
            out[14] = a[14];
            out[15] = a[15]
        }
        out[0] = a00 * c + a10 * s;
        out[1] = a01 * c + a11 * s;
        out[2] = a02 * c + a12 * s;
        out[3] = a03 * c + a13 * s;
        out[4] = a10 * c - a00 * s;
        out[5] = a11 * c - a01 * s;
        out[6] = a12 * c - a02 * s;
        out[7] = a13 * c - a03 * s;
        return out
    }
    function fromTranslation$2(out, v) {
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = 1;
        out[6] = 0;
        out[7] = 0;
        out[8] = 0;
        out[9] = 0;
        out[10] = 1;
        out[11] = 0;
        out[12] = v[0];
        out[13] = v[1];
        out[14] = v[2];
        out[15] = 1;
        return out
    }
    function fromScaling$3(out, v) {
        out[0] = v[0];
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = v[1];
        out[6] = 0;
        out[7] = 0;
        out[8] = 0;
        out[9] = 0;
        out[10] = v[2];
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function fromRotation$3(out, rad, axis) {
        var x = axis[0]
          , y = axis[1]
          , z = axis[2];
        var len = Math.hypot(x, y, z);
        var s, c, t;
        if (len < EPSILON)
            return null;
        len = 1 / len;
        x *= len;
        y *= len;
        z *= len;
        s = Math.sin(rad);
        c = Math.cos(rad);
        t = 1 - c;
        out[0] = x * x * t + c;
        out[1] = y * x * t + z * s;
        out[2] = z * x * t - y * s;
        out[3] = 0;
        out[4] = x * y * t - z * s;
        out[5] = y * y * t + c;
        out[6] = z * y * t + x * s;
        out[7] = 0;
        out[8] = x * z * t + y * s;
        out[9] = y * z * t - x * s;
        out[10] = z * z * t + c;
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function fromXRotation(out, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        out[0] = 1;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = c;
        out[6] = s;
        out[7] = 0;
        out[8] = 0;
        out[9] = -s;
        out[10] = c;
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function fromYRotation(out, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        out[0] = c;
        out[1] = 0;
        out[2] = -s;
        out[3] = 0;
        out[4] = 0;
        out[5] = 1;
        out[6] = 0;
        out[7] = 0;
        out[8] = s;
        out[9] = 0;
        out[10] = c;
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function fromZRotation(out, rad) {
        var s = Math.sin(rad);
        var c = Math.cos(rad);
        out[0] = c;
        out[1] = s;
        out[2] = 0;
        out[3] = 0;
        out[4] = -s;
        out[5] = c;
        out[6] = 0;
        out[7] = 0;
        out[8] = 0;
        out[9] = 0;
        out[10] = 1;
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function fromRotationTranslation(out, q, v) {
        var x = q[0]
          , y = q[1]
          , z = q[2]
          , w = q[3];
        var x2 = x + x;
        var y2 = y + y;
        var z2 = z + z;
        var xx = x * x2;
        var xy = x * y2;
        var xz = x * z2;
        var yy = y * y2;
        var yz = y * z2;
        var zz = z * z2;
        var wx = w * x2;
        var wy = w * y2;
        var wz = w * z2;
        out[0] = 1 - (yy + zz);
        out[1] = xy + wz;
        out[2] = xz - wy;
        out[3] = 0;
        out[4] = xy - wz;
        out[5] = 1 - (xx + zz);
        out[6] = yz + wx;
        out[7] = 0;
        out[8] = xz + wy;
        out[9] = yz - wx;
        out[10] = 1 - (xx + yy);
        out[11] = 0;
        out[12] = v[0];
        out[13] = v[1];
        out[14] = v[2];
        out[15] = 1;
        return out
    }
    function fromQuat2(out, a) {
        var translation = new ARRAY_TYPE(3);
        var bx = -a[0]
          , by = -a[1]
          , bz = -a[2]
          , bw = a[3]
          , ax = a[4]
          , ay = a[5]
          , az = a[6]
          , aw = a[7];
        var magnitude = bx * bx + by * by + bz * bz + bw * bw;
        if (magnitude > 0) {
            translation[0] = (ax * bw + aw * bx + ay * bz - az * by) * 2 / magnitude;
            translation[1] = (ay * bw + aw * by + az * bx - ax * bz) * 2 / magnitude;
            translation[2] = (az * bw + aw * bz + ax * by - ay * bx) * 2 / magnitude
        } else {
            translation[0] = (ax * bw + aw * bx + ay * bz - az * by) * 2;
            translation[1] = (ay * bw + aw * by + az * bx - ax * bz) * 2;
            translation[2] = (az * bw + aw * bz + ax * by - ay * bx) * 2
        }
        fromRotationTranslation(out, a, translation);
        return out
    }
    function getTranslation(out, mat) {
        out[0] = mat[12];
        out[1] = mat[13];
        out[2] = mat[14];
        return out
    }
    function getScaling(out, mat) {
        var m11 = mat[0];
        var m12 = mat[1];
        var m13 = mat[2];
        var m21 = mat[4];
        var m22 = mat[5];
        var m23 = mat[6];
        var m31 = mat[8];
        var m32 = mat[9];
        var m33 = mat[10];
        out[0] = Math.hypot(m11, m12, m13);
        out[1] = Math.hypot(m21, m22, m23);
        out[2] = Math.hypot(m31, m32, m33);
        return out
    }
    function getRotation(out, mat) {
        var scaling = new ARRAY_TYPE(3);
        getScaling(scaling, mat);
        var is1 = 1 / scaling[0];
        var is2 = 1 / scaling[1];
        var is3 = 1 / scaling[2];
        var sm11 = mat[0] * is1;
        var sm12 = mat[1] * is2;
        var sm13 = mat[2] * is3;
        var sm21 = mat[4] * is1;
        var sm22 = mat[5] * is2;
        var sm23 = mat[6] * is3;
        var sm31 = mat[8] * is1;
        var sm32 = mat[9] * is2;
        var sm33 = mat[10] * is3;
        var trace = sm11 + sm22 + sm33;
        var S = 0;
        if (trace > 0) {
            S = Math.sqrt(trace + 1) * 2;
            out[3] = .25 * S;
            out[0] = (sm23 - sm32) / S;
            out[1] = (sm31 - sm13) / S;
            out[2] = (sm12 - sm21) / S
        } else if (sm11 > sm22 && sm11 > sm33) {
            S = Math.sqrt(1 + sm11 - sm22 - sm33) * 2;
            out[3] = (sm23 - sm32) / S;
            out[0] = .25 * S;
            out[1] = (sm12 + sm21) / S;
            out[2] = (sm31 + sm13) / S
        } else if (sm22 > sm33) {
            S = Math.sqrt(1 + sm22 - sm11 - sm33) * 2;
            out[3] = (sm31 - sm13) / S;
            out[0] = (sm12 + sm21) / S;
            out[1] = .25 * S;
            out[2] = (sm23 + sm32) / S
        } else {
            S = Math.sqrt(1 + sm33 - sm11 - sm22) * 2;
            out[3] = (sm12 - sm21) / S;
            out[0] = (sm31 + sm13) / S;
            out[1] = (sm23 + sm32) / S;
            out[2] = .25 * S
        }
        return out
    }
    function fromRotationTranslationScale(out, q, v, s) {
        var x = q[0]
          , y = q[1]
          , z = q[2]
          , w = q[3];
        var x2 = x + x;
        var y2 = y + y;
        var z2 = z + z;
        var xx = x * x2;
        var xy = x * y2;
        var xz = x * z2;
        var yy = y * y2;
        var yz = y * z2;
        var zz = z * z2;
        var wx = w * x2;
        var wy = w * y2;
        var wz = w * z2;
        var sx = s[0];
        var sy = s[1];
        var sz = s[2];
        out[0] = (1 - (yy + zz)) * sx;
        out[1] = (xy + wz) * sx;
        out[2] = (xz - wy) * sx;
        out[3] = 0;
        out[4] = (xy - wz) * sy;
        out[5] = (1 - (xx + zz)) * sy;
        out[6] = (yz + wx) * sy;
        out[7] = 0;
        out[8] = (xz + wy) * sz;
        out[9] = (yz - wx) * sz;
        out[10] = (1 - (xx + yy)) * sz;
        out[11] = 0;
        out[12] = v[0];
        out[13] = v[1];
        out[14] = v[2];
        out[15] = 1;
        return out
    }
    function fromRotationTranslationScaleOrigin(out, q, v, s, o) {
        var x = q[0]
          , y = q[1]
          , z = q[2]
          , w = q[3];
        var x2 = x + x;
        var y2 = y + y;
        var z2 = z + z;
        var xx = x * x2;
        var xy = x * y2;
        var xz = x * z2;
        var yy = y * y2;
        var yz = y * z2;
        var zz = z * z2;
        var wx = w * x2;
        var wy = w * y2;
        var wz = w * z2;
        var sx = s[0];
        var sy = s[1];
        var sz = s[2];
        var ox = o[0];
        var oy = o[1];
        var oz = o[2];
        var out0 = (1 - (yy + zz)) * sx;
        var out1 = (xy + wz) * sx;
        var out2 = (xz - wy) * sx;
        var out4 = (xy - wz) * sy;
        var out5 = (1 - (xx + zz)) * sy;
        var out6 = (yz + wx) * sy;
        var out8 = (xz + wy) * sz;
        var out9 = (yz - wx) * sz;
        var out10 = (1 - (xx + yy)) * sz;
        out[0] = out0;
        out[1] = out1;
        out[2] = out2;
        out[3] = 0;
        out[4] = out4;
        out[5] = out5;
        out[6] = out6;
        out[7] = 0;
        out[8] = out8;
        out[9] = out9;
        out[10] = out10;
        out[11] = 0;
        out[12] = v[0] + ox - (out0 * ox + out4 * oy + out8 * oz);
        out[13] = v[1] + oy - (out1 * ox + out5 * oy + out9 * oz);
        out[14] = v[2] + oz - (out2 * ox + out6 * oy + out10 * oz);
        out[15] = 1;
        return out
    }
    function fromQuat$1(out, q) {
        var x = q[0]
          , y = q[1]
          , z = q[2]
          , w = q[3];
        var x2 = x + x;
        var y2 = y + y;
        var z2 = z + z;
        var xx = x * x2;
        var yx = y * x2;
        var yy = y * y2;
        var zx = z * x2;
        var zy = z * y2;
        var zz = z * z2;
        var wx = w * x2;
        var wy = w * y2;
        var wz = w * z2;
        out[0] = 1 - yy - zz;
        out[1] = yx + wz;
        out[2] = zx - wy;
        out[3] = 0;
        out[4] = yx - wz;
        out[5] = 1 - xx - zz;
        out[6] = zy + wx;
        out[7] = 0;
        out[8] = zx + wy;
        out[9] = zy - wx;
        out[10] = 1 - xx - yy;
        out[11] = 0;
        out[12] = 0;
        out[13] = 0;
        out[14] = 0;
        out[15] = 1;
        return out
    }
    function frustum(out, left, right, bottom, top, near, far) {
        var rl = 1 / (right - left);
        var tb = 1 / (top - bottom);
        var nf = 1 / (near - far);
        out[0] = near * 2 * rl;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = near * 2 * tb;
        out[6] = 0;
        out[7] = 0;
        out[8] = (right + left) * rl;
        out[9] = (top + bottom) * tb;
        out[10] = (far + near) * nf;
        out[11] = -1;
        out[12] = 0;
        out[13] = 0;
        out[14] = far * near * 2 * nf;
        out[15] = 0;
        return out
    }
    function perspective(out, fovy, aspect, near, far) {
        var f = 1 / Math.tan(fovy / 2), nf;
        out[0] = f / aspect;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = f;
        out[6] = 0;
        out[7] = 0;
        out[8] = 0;
        out[9] = 0;
        out[11] = -1;
        out[12] = 0;
        out[13] = 0;
        out[15] = 0;
        if (far != null && far !== Infinity) {
            nf = 1 / (near - far);
            out[10] = (far + near) * nf;
            out[14] = 2 * far * near * nf
        } else {
            out[10] = -1;
            out[14] = -2 * near
        }
        return out
    }
    function perspectiveFromFieldOfView(out, fov, near, far) {
        var upTan = Math.tan(fov.upDegrees * Math.PI / 180);
        var downTan = Math.tan(fov.downDegrees * Math.PI / 180);
        var leftTan = Math.tan(fov.leftDegrees * Math.PI / 180);
        var rightTan = Math.tan(fov.rightDegrees * Math.PI / 180);
        var xScale = 2 / (leftTan + rightTan);
        var yScale = 2 / (upTan + downTan);
        out[0] = xScale;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = yScale;
        out[6] = 0;
        out[7] = 0;
        out[8] = -((leftTan - rightTan) * xScale * .5);
        out[9] = (upTan - downTan) * yScale * .5;
        out[10] = far / (near - far);
        out[11] = -1;
        out[12] = 0;
        out[13] = 0;
        out[14] = far * near / (near - far);
        out[15] = 0;
        return out
    }
    function ortho(out, left, right, bottom, top, near, far) {
        var lr = 1 / (left - right);
        var bt = 1 / (bottom - top);
        var nf = 1 / (near - far);
        out[0] = -2 * lr;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        out[4] = 0;
        out[5] = -2 * bt;
        out[6] = 0;
        out[7] = 0;
        out[8] = 0;
        out[9] = 0;
        out[10] = 2 * nf;
        out[11] = 0;
        out[12] = (left + right) * lr;
        out[13] = (top + bottom) * bt;
        out[14] = (far + near) * nf;
        out[15] = 1;
        return out
    }
    function lookAt(out, eye, center, up) {
        var x0, x1, x2, y0, y1, y2, z0, z1, z2, len;
        var eyex = eye[0];
        var eyey = eye[1];
        var eyez = eye[2];
        var upx = up[0];
        var upy = up[1];
        var upz = up[2];
        var centerx = center[0];
        var centery = center[1];
        var centerz = center[2];
        if (Math.abs(eyex - centerx) < EPSILON && Math.abs(eyey - centery) < EPSILON && Math.abs(eyez - centerz) < EPSILON)
            return identity$3(out);
        z0 = eyex - centerx;
        z1 = eyey - centery;
        z2 = eyez - centerz;
        len = 1 / Math.hypot(z0, z1, z2);
        z0 *= len;
        z1 *= len;
        z2 *= len;
        x0 = upy * z2 - upz * z1;
        x1 = upz * z0 - upx * z2;
        x2 = upx * z1 - upy * z0;
        len = Math.hypot(x0, x1, x2);
        if (!len) {
            x0 = 0;
            x1 = 0;
            x2 = 0
        } else {
            len = 1 / len;
            x0 *= len;
            x1 *= len;
            x2 *= len
        }
        y0 = z1 * x2 - z2 * x1;
        y1 = z2 * x0 - z0 * x2;
        y2 = z0 * x1 - z1 * x0;
        len = Math.hypot(y0, y1, y2);
        if (!len) {
            y0 = 0;
            y1 = 0;
            y2 = 0
        } else {
            len = 1 / len;
            y0 *= len;
            y1 *= len;
            y2 *= len
        }
        out[0] = x0;
        out[1] = y0;
        out[2] = z0;
        out[3] = 0;
        out[4] = x1;
        out[5] = y1;
        out[6] = z1;
        out[7] = 0;
        out[8] = x2;
        out[9] = y2;
        out[10] = z2;
        out[11] = 0;
        out[12] = -(x0 * eyex + x1 * eyey + x2 * eyez);
        out[13] = -(y0 * eyex + y1 * eyey + y2 * eyez);
        out[14] = -(z0 * eyex + z1 * eyey + z2 * eyez);
        out[15] = 1;
        return out
    }
    function targetTo(out, eye, target, up) {
        var eyex = eye[0]
          , eyey = eye[1]
          , eyez = eye[2]
          , upx = up[0]
          , upy = up[1]
          , upz = up[2];
        var z0 = eyex - target[0]
          , z1 = eyey - target[1]
          , z2 = eyez - target[2];
        var len = z0 * z0 + z1 * z1 + z2 * z2;
        if (len > 0) {
            len = 1 / Math.sqrt(len);
            z0 *= len;
            z1 *= len;
            z2 *= len
        }
        var x0 = upy * z2 - upz * z1
          , x1 = upz * z0 - upx * z2
          , x2 = upx * z1 - upy * z0;
        len = x0 * x0 + x1 * x1 + x2 * x2;
        if (len > 0) {
            len = 1 / Math.sqrt(len);
            x0 *= len;
            x1 *= len;
            x2 *= len
        }
        out[0] = x0;
        out[1] = x1;
        out[2] = x2;
        out[3] = 0;
        out[4] = z1 * x2 - z2 * x1;
        out[5] = z2 * x0 - z0 * x2;
        out[6] = z0 * x1 - z1 * x0;
        out[7] = 0;
        out[8] = z0;
        out[9] = z1;
        out[10] = z2;
        out[11] = 0;
        out[12] = eyex;
        out[13] = eyey;
        out[14] = eyez;
        out[15] = 1;
        return out
    }
    function str$3(a) {
        return "mat4(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ", " + a[4] + ", " + a[5] + ", " + a[6] + ", " + a[7] + ", " + a[8] + ", " + a[9] + ", " + a[10] + ", " + a[11] + ", " + a[12] + ", " + a[13] + ", " + a[14] + ", " + a[15] + ")"
    }
    function frob$3(a) {
        return Math.hypot(a[0], a[1], a[2], a[3], a[4], a[5], a[6], a[7], a[8], a[9], a[10], a[11], a[12], a[13], a[14], a[15])
    }
    function add$3(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        out[3] = a[3] + b[3];
        out[4] = a[4] + b[4];
        out[5] = a[5] + b[5];
        out[6] = a[6] + b[6];
        out[7] = a[7] + b[7];
        out[8] = a[8] + b[8];
        out[9] = a[9] + b[9];
        out[10] = a[10] + b[10];
        out[11] = a[11] + b[11];
        out[12] = a[12] + b[12];
        out[13] = a[13] + b[13];
        out[14] = a[14] + b[14];
        out[15] = a[15] + b[15];
        return out
    }
    function subtract$3(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        out[2] = a[2] - b[2];
        out[3] = a[3] - b[3];
        out[4] = a[4] - b[4];
        out[5] = a[5] - b[5];
        out[6] = a[6] - b[6];
        out[7] = a[7] - b[7];
        out[8] = a[8] - b[8];
        out[9] = a[9] - b[9];
        out[10] = a[10] - b[10];
        out[11] = a[11] - b[11];
        out[12] = a[12] - b[12];
        out[13] = a[13] - b[13];
        out[14] = a[14] - b[14];
        out[15] = a[15] - b[15];
        return out
    }
    function multiplyScalar$3(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        out[3] = a[3] * b;
        out[4] = a[4] * b;
        out[5] = a[5] * b;
        out[6] = a[6] * b;
        out[7] = a[7] * b;
        out[8] = a[8] * b;
        out[9] = a[9] * b;
        out[10] = a[10] * b;
        out[11] = a[11] * b;
        out[12] = a[12] * b;
        out[13] = a[13] * b;
        out[14] = a[14] * b;
        out[15] = a[15] * b;
        return out
    }
    function multiplyScalarAndAdd$3(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        out[2] = a[2] + b[2] * scale;
        out[3] = a[3] + b[3] * scale;
        out[4] = a[4] + b[4] * scale;
        out[5] = a[5] + b[5] * scale;
        out[6] = a[6] + b[6] * scale;
        out[7] = a[7] + b[7] * scale;
        out[8] = a[8] + b[8] * scale;
        out[9] = a[9] + b[9] * scale;
        out[10] = a[10] + b[10] * scale;
        out[11] = a[11] + b[11] * scale;
        out[12] = a[12] + b[12] * scale;
        out[13] = a[13] + b[13] * scale;
        out[14] = a[14] + b[14] * scale;
        out[15] = a[15] + b[15] * scale;
        return out
    }
    function exactEquals$3(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7] && a[8] === b[8] && a[9] === b[9] && a[10] === b[10] && a[11] === b[11] && a[12] === b[12] && a[13] === b[13] && a[14] === b[14] && a[15] === b[15]
    }
    function equals$4(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var a4 = a[4]
          , a5 = a[5]
          , a6 = a[6]
          , a7 = a[7];
        var a8 = a[8]
          , a9 = a[9]
          , a10 = a[10]
          , a11 = a[11];
        var a12 = a[12]
          , a13 = a[13]
          , a14 = a[14]
          , a15 = a[15];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3];
        var b4 = b[4]
          , b5 = b[5]
          , b6 = b[6]
          , b7 = b[7];
        var b8 = b[8]
          , b9 = b[9]
          , b10 = b[10]
          , b11 = b[11];
        var b12 = b[12]
          , b13 = b[13]
          , b14 = b[14]
          , b15 = b[15];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= EPSILON * Math.max(1, Math.abs(a3), Math.abs(b3)) && Math.abs(a4 - b4) <= EPSILON * Math.max(1, Math.abs(a4), Math.abs(b4)) && Math.abs(a5 - b5) <= EPSILON * Math.max(1, Math.abs(a5), Math.abs(b5)) && Math.abs(a6 - b6) <= EPSILON * Math.max(1, Math.abs(a6), Math.abs(b6)) && Math.abs(a7 - b7) <= EPSILON * Math.max(1, Math.abs(a7), Math.abs(b7)) && Math.abs(a8 - b8) <= EPSILON * Math.max(1, Math.abs(a8), Math.abs(b8)) && Math.abs(a9 - b9) <= EPSILON * Math.max(1, Math.abs(a9), Math.abs(b9)) && Math.abs(a10 - b10) <= EPSILON * Math.max(1, Math.abs(a10), Math.abs(b10)) && Math.abs(a11 - b11) <= EPSILON * Math.max(1, Math.abs(a11), Math.abs(b11)) && Math.abs(a12 - b12) <= EPSILON * Math.max(1, Math.abs(a12), Math.abs(b12)) && Math.abs(a13 - b13) <= EPSILON * Math.max(1, Math.abs(a13), Math.abs(b13)) && Math.abs(a14 - b14) <= EPSILON * Math.max(1, Math.abs(a14), Math.abs(b14)) && Math.abs(a15 - b15) <= EPSILON * Math.max(1, Math.abs(a15), Math.abs(b15))
    }
    var mul$3 = multiply$3;
    var sub$3 = subtract$3;
    var mat4 = Object.freeze({
        __proto__: null,
        create: create$3,
        clone: clone$3,
        copy: copy$3,
        fromValues: fromValues$3,
        set: set$3,
        identity: identity$3,
        transpose: transpose$2,
        invert: invert$3,
        adjoint: adjoint$2,
        determinant: determinant$3,
        multiply: multiply$3,
        translate: translate$2,
        scale: scale$3,
        rotate: rotate$3,
        rotateX: rotateX,
        rotateY: rotateY,
        rotateZ: rotateZ,
        fromTranslation: fromTranslation$2,
        fromScaling: fromScaling$3,
        fromRotation: fromRotation$3,
        fromXRotation: fromXRotation,
        fromYRotation: fromYRotation,
        fromZRotation: fromZRotation,
        fromRotationTranslation: fromRotationTranslation,
        fromQuat2: fromQuat2,
        getTranslation: getTranslation,
        getScaling: getScaling,
        getRotation: getRotation,
        fromRotationTranslationScale: fromRotationTranslationScale,
        fromRotationTranslationScaleOrigin: fromRotationTranslationScaleOrigin,
        fromQuat: fromQuat$1,
        frustum: frustum,
        perspective: perspective,
        perspectiveFromFieldOfView: perspectiveFromFieldOfView,
        ortho: ortho,
        lookAt: lookAt,
        targetTo: targetTo,
        str: str$3,
        frob: frob$3,
        add: add$3,
        subtract: subtract$3,
        multiplyScalar: multiplyScalar$3,
        multiplyScalarAndAdd: multiplyScalarAndAdd$3,
        exactEquals: exactEquals$3,
        equals: equals$4,
        mul: mul$3,
        sub: sub$3
    });
    function create$4() {
        var out = new ARRAY_TYPE(3);
        if (ARRAY_TYPE != Float32Array) {
            out[0] = 0;
            out[1] = 0;
            out[2] = 0
        }
        return out
    }
    function clone$4(a) {
        var out = new ARRAY_TYPE(3);
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        return out
    }
    function length(a) {
        var x = a[0];
        var y = a[1];
        var z = a[2];
        return Math.hypot(x, y, z)
    }
    function fromValues$4(x, y, z) {
        var out = new ARRAY_TYPE(3);
        out[0] = x;
        out[1] = y;
        out[2] = z;
        return out
    }
    function copy$4(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        return out
    }
    function set$4(out, x, y, z) {
        out[0] = x;
        out[1] = y;
        out[2] = z;
        return out
    }
    function add$4(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        return out
    }
    function subtract$4(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        out[2] = a[2] - b[2];
        return out
    }
    function multiply$4(out, a, b) {
        out[0] = a[0] * b[0];
        out[1] = a[1] * b[1];
        out[2] = a[2] * b[2];
        return out
    }
    function divide(out, a, b) {
        out[0] = a[0] / b[0];
        out[1] = a[1] / b[1];
        out[2] = a[2] / b[2];
        return out
    }
    function ceil(out, a) {
        out[0] = Math.ceil(a[0]);
        out[1] = Math.ceil(a[1]);
        out[2] = Math.ceil(a[2]);
        return out
    }
    function floor(out, a) {
        out[0] = Math.floor(a[0]);
        out[1] = Math.floor(a[1]);
        out[2] = Math.floor(a[2]);
        return out
    }
    function min(out, a, b) {
        out[0] = Math.min(a[0], b[0]);
        out[1] = Math.min(a[1], b[1]);
        out[2] = Math.min(a[2], b[2]);
        return out
    }
    function max(out, a, b) {
        out[0] = Math.max(a[0], b[0]);
        out[1] = Math.max(a[1], b[1]);
        out[2] = Math.max(a[2], b[2]);
        return out
    }
    function round(out, a) {
        out[0] = Math.round(a[0]);
        out[1] = Math.round(a[1]);
        out[2] = Math.round(a[2]);
        return out
    }
    function scale$4(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        return out
    }
    function scaleAndAdd(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        out[2] = a[2] + b[2] * scale;
        return out
    }
    function distance(a, b) {
        var x = b[0] - a[0];
        var y = b[1] - a[1];
        var z = b[2] - a[2];
        return Math.hypot(x, y, z)
    }
    function squaredDistance(a, b) {
        var x = b[0] - a[0];
        var y = b[1] - a[1];
        var z = b[2] - a[2];
        return x * x + y * y + z * z
    }
    function squaredLength(a) {
        var x = a[0];
        var y = a[1];
        var z = a[2];
        return x * x + y * y + z * z
    }
    function negate(out, a) {
        out[0] = -a[0];
        out[1] = -a[1];
        out[2] = -a[2];
        return out
    }
    function inverse(out, a) {
        out[0] = 1 / a[0];
        out[1] = 1 / a[1];
        out[2] = 1 / a[2];
        return out
    }
    function normalize(out, a) {
        var x = a[0];
        var y = a[1];
        var z = a[2];
        var len = x * x + y * y + z * z;
        if (len > 0)
            len = 1 / Math.sqrt(len);
        out[0] = a[0] * len;
        out[1] = a[1] * len;
        out[2] = a[2] * len;
        return out
    }
    function dot(a, b) {
        return a[0] * b[0] + a[1] * b[1] + a[2] * b[2]
    }
    function cross(out, a, b) {
        var ax = a[0]
          , ay = a[1]
          , az = a[2];
        var bx = b[0]
          , by = b[1]
          , bz = b[2];
        out[0] = ay * bz - az * by;
        out[1] = az * bx - ax * bz;
        out[2] = ax * by - ay * bx;
        return out
    }
    function lerp(out, a, b, t) {
        var ax = a[0];
        var ay = a[1];
        var az = a[2];
        out[0] = ax + t * (b[0] - ax);
        out[1] = ay + t * (b[1] - ay);
        out[2] = az + t * (b[2] - az);
        return out
    }
    function hermite(out, a, b, c, d, t) {
        var factorTimes2 = t * t;
        var factor1 = factorTimes2 * (2 * t - 3) + 1;
        var factor2 = factorTimes2 * (t - 2) + t;
        var factor3 = factorTimes2 * (t - 1);
        var factor4 = factorTimes2 * (3 - 2 * t);
        out[0] = a[0] * factor1 + b[0] * factor2 + c[0] * factor3 + d[0] * factor4;
        out[1] = a[1] * factor1 + b[1] * factor2 + c[1] * factor3 + d[1] * factor4;
        out[2] = a[2] * factor1 + b[2] * factor2 + c[2] * factor3 + d[2] * factor4;
        return out
    }
    function bezier(out, a, b, c, d, t) {
        var inverseFactor = 1 - t;
        var inverseFactorTimesTwo = inverseFactor * inverseFactor;
        var factorTimes2 = t * t;
        var factor1 = inverseFactorTimesTwo * inverseFactor;
        var factor2 = 3 * t * inverseFactorTimesTwo;
        var factor3 = 3 * factorTimes2 * inverseFactor;
        var factor4 = factorTimes2 * t;
        out[0] = a[0] * factor1 + b[0] * factor2 + c[0] * factor3 + d[0] * factor4;
        out[1] = a[1] * factor1 + b[1] * factor2 + c[1] * factor3 + d[1] * factor4;
        out[2] = a[2] * factor1 + b[2] * factor2 + c[2] * factor3 + d[2] * factor4;
        return out
    }
    function random(out, scale) {
        scale = scale || 1;
        var r = RANDOM() * 2 * Math.PI;
        var z = RANDOM() * 2 - 1;
        var zScale = Math.sqrt(1 - z * z) * scale;
        out[0] = Math.cos(r) * zScale;
        out[1] = Math.sin(r) * zScale;
        out[2] = z * scale;
        return out
    }
    function transformMat4(out, a, m) {
        var x = a[0]
          , y = a[1]
          , z = a[2];
        var w = m[3] * x + m[7] * y + m[11] * z + m[15];
        w = w || 1;
        out[0] = (m[0] * x + m[4] * y + m[8] * z + m[12]) / w;
        out[1] = (m[1] * x + m[5] * y + m[9] * z + m[13]) / w;
        out[2] = (m[2] * x + m[6] * y + m[10] * z + m[14]) / w;
        return out
    }
    function transformMat3(out, a, m) {
        var x = a[0]
          , y = a[1]
          , z = a[2];
        out[0] = x * m[0] + y * m[3] + z * m[6];
        out[1] = x * m[1] + y * m[4] + z * m[7];
        out[2] = x * m[2] + y * m[5] + z * m[8];
        return out
    }
    function transformQuat(out, a, q) {
        var qx = q[0]
          , qy = q[1]
          , qz = q[2]
          , qw = q[3];
        var x = a[0]
          , y = a[1]
          , z = a[2];
        var uvx = qy * z - qz * y
          , uvy = qz * x - qx * z
          , uvz = qx * y - qy * x;
        var uuvx = qy * uvz - qz * uvy
          , uuvy = qz * uvx - qx * uvz
          , uuvz = qx * uvy - qy * uvx;
        var w2 = qw * 2;
        uvx *= w2;
        uvy *= w2;
        uvz *= w2;
        uuvx *= 2;
        uuvy *= 2;
        uuvz *= 2;
        out[0] = x + uvx + uuvx;
        out[1] = y + uvy + uuvy;
        out[2] = z + uvz + uuvz;
        return out
    }
    function rotateX$1(out, a, b, rad) {
        var p = []
          , r = [];
        p[0] = a[0] - b[0];
        p[1] = a[1] - b[1];
        p[2] = a[2] - b[2];
        r[0] = p[0];
        r[1] = p[1] * Math.cos(rad) - p[2] * Math.sin(rad);
        r[2] = p[1] * Math.sin(rad) + p[2] * Math.cos(rad);
        out[0] = r[0] + b[0];
        out[1] = r[1] + b[1];
        out[2] = r[2] + b[2];
        return out
    }
    function rotateY$1(out, a, b, rad) {
        var p = []
          , r = [];
        p[0] = a[0] - b[0];
        p[1] = a[1] - b[1];
        p[2] = a[2] - b[2];
        r[0] = p[2] * Math.sin(rad) + p[0] * Math.cos(rad);
        r[1] = p[1];
        r[2] = p[2] * Math.cos(rad) - p[0] * Math.sin(rad);
        out[0] = r[0] + b[0];
        out[1] = r[1] + b[1];
        out[2] = r[2] + b[2];
        return out
    }
    function rotateZ$1(out, a, b, rad) {
        var p = []
          , r = [];
        p[0] = a[0] - b[0];
        p[1] = a[1] - b[1];
        p[2] = a[2] - b[2];
        r[0] = p[0] * Math.cos(rad) - p[1] * Math.sin(rad);
        r[1] = p[0] * Math.sin(rad) + p[1] * Math.cos(rad);
        r[2] = p[2];
        out[0] = r[0] + b[0];
        out[1] = r[1] + b[1];
        out[2] = r[2] + b[2];
        return out
    }
    function angle(a, b) {
        var ax = a[0]
          , ay = a[1]
          , az = a[2]
          , bx = b[0]
          , by = b[1]
          , bz = b[2]
          , mag1 = Math.sqrt(ax * ax + ay * ay + az * az)
          , mag2 = Math.sqrt(bx * bx + by * by + bz * bz)
          , mag = mag1 * mag2
          , cosine = mag && dot(a, b) / mag;
        return Math.acos(Math.min(Math.max(cosine, -1), 1))
    }
    function zero(out) {
        out[0] = 0;
        out[1] = 0;
        out[2] = 0;
        return out
    }
    function str$4(a) {
        return "vec3(" + a[0] + ", " + a[1] + ", " + a[2] + ")"
    }
    function exactEquals$4(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2]
    }
    function equals$5(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2))
    }
    var sub$4 = subtract$4;
    var mul$4 = multiply$4;
    var div = divide;
    var dist = distance;
    var sqrDist = squaredDistance;
    var len = length;
    var sqrLen = squaredLength;
    var forEach = function() {
        var vec = create$4();
        return function(a, stride, offset, count, fn, arg) {
            var i, l;
            if (!stride)
                stride = 3;
            if (!offset)
                offset = 0;
            if (count)
                l = Math.min(count * stride + offset, a.length);
            else
                l = a.length;
            for (i = offset; i < l; i += stride) {
                vec[0] = a[i];
                vec[1] = a[i + 1];
                vec[2] = a[i + 2];
                fn(vec, vec, arg);
                a[i] = vec[0];
                a[i + 1] = vec[1];
                a[i + 2] = vec[2]
            }
            return a
        }
    }();
    var vec3 = Object.freeze({
        __proto__: null,
        create: create$4,
        clone: clone$4,
        length: length,
        fromValues: fromValues$4,
        copy: copy$4,
        set: set$4,
        add: add$4,
        subtract: subtract$4,
        multiply: multiply$4,
        divide: divide,
        ceil: ceil,
        floor: floor,
        min: min,
        max: max,
        round: round,
        scale: scale$4,
        scaleAndAdd: scaleAndAdd,
        distance: distance,
        squaredDistance: squaredDistance,
        squaredLength: squaredLength,
        negate: negate,
        inverse: inverse,
        normalize: normalize,
        dot: dot,
        cross: cross,
        lerp: lerp,
        hermite: hermite,
        bezier: bezier,
        random: random,
        transformMat4: transformMat4,
        transformMat3: transformMat3,
        transformQuat: transformQuat,
        rotateX: rotateX$1,
        rotateY: rotateY$1,
        rotateZ: rotateZ$1,
        angle: angle,
        zero: zero,
        str: str$4,
        exactEquals: exactEquals$4,
        equals: equals$5,
        sub: sub$4,
        mul: mul$4,
        div: div,
        dist: dist,
        sqrDist: sqrDist,
        len: len,
        sqrLen: sqrLen,
        forEach: forEach
    });
    function create$5() {
        var out = new ARRAY_TYPE(4);
        if (ARRAY_TYPE != Float32Array) {
            out[0] = 0;
            out[1] = 0;
            out[2] = 0;
            out[3] = 0
        }
        return out
    }
    function clone$5(a) {
        var out = new ARRAY_TYPE(4);
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        return out
    }
    function fromValues$5(x, y, z, w) {
        var out = new ARRAY_TYPE(4);
        out[0] = x;
        out[1] = y;
        out[2] = z;
        out[3] = w;
        return out
    }
    function copy$5(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        return out
    }
    function set$5(out, x, y, z, w) {
        out[0] = x;
        out[1] = y;
        out[2] = z;
        out[3] = w;
        return out
    }
    function add$5(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        out[3] = a[3] + b[3];
        return out
    }
    function subtract$5(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        out[2] = a[2] - b[2];
        out[3] = a[3] - b[3];
        return out
    }
    function multiply$5(out, a, b) {
        out[0] = a[0] * b[0];
        out[1] = a[1] * b[1];
        out[2] = a[2] * b[2];
        out[3] = a[3] * b[3];
        return out
    }
    function divide$1(out, a, b) {
        out[0] = a[0] / b[0];
        out[1] = a[1] / b[1];
        out[2] = a[2] / b[2];
        out[3] = a[3] / b[3];
        return out
    }
    function ceil$1(out, a) {
        out[0] = Math.ceil(a[0]);
        out[1] = Math.ceil(a[1]);
        out[2] = Math.ceil(a[2]);
        out[3] = Math.ceil(a[3]);
        return out
    }
    function floor$1(out, a) {
        out[0] = Math.floor(a[0]);
        out[1] = Math.floor(a[1]);
        out[2] = Math.floor(a[2]);
        out[3] = Math.floor(a[3]);
        return out
    }
    function min$1(out, a, b) {
        out[0] = Math.min(a[0], b[0]);
        out[1] = Math.min(a[1], b[1]);
        out[2] = Math.min(a[2], b[2]);
        out[3] = Math.min(a[3], b[3]);
        return out
    }
    function max$1(out, a, b) {
        out[0] = Math.max(a[0], b[0]);
        out[1] = Math.max(a[1], b[1]);
        out[2] = Math.max(a[2], b[2]);
        out[3] = Math.max(a[3], b[3]);
        return out
    }
    function round$1(out, a) {
        out[0] = Math.round(a[0]);
        out[1] = Math.round(a[1]);
        out[2] = Math.round(a[2]);
        out[3] = Math.round(a[3]);
        return out
    }
    function scale$5(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        out[3] = a[3] * b;
        return out
    }
    function scaleAndAdd$1(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        out[2] = a[2] + b[2] * scale;
        out[3] = a[3] + b[3] * scale;
        return out
    }
    function distance$1(a, b) {
        var x = b[0] - a[0];
        var y = b[1] - a[1];
        var z = b[2] - a[2];
        var w = b[3] - a[3];
        return Math.hypot(x, y, z, w)
    }
    function squaredDistance$1(a, b) {
        var x = b[0] - a[0];
        var y = b[1] - a[1];
        var z = b[2] - a[2];
        var w = b[3] - a[3];
        return x * x + y * y + z * z + w * w
    }
    function length$1(a) {
        var x = a[0];
        var y = a[1];
        var z = a[2];
        var w = a[3];
        return Math.hypot(x, y, z, w)
    }
    function squaredLength$1(a) {
        var x = a[0];
        var y = a[1];
        var z = a[2];
        var w = a[3];
        return x * x + y * y + z * z + w * w
    }
    function negate$1(out, a) {
        out[0] = -a[0];
        out[1] = -a[1];
        out[2] = -a[2];
        out[3] = -a[3];
        return out
    }
    function inverse$1(out, a) {
        out[0] = 1 / a[0];
        out[1] = 1 / a[1];
        out[2] = 1 / a[2];
        out[3] = 1 / a[3];
        return out
    }
    function normalize$1(out, a) {
        var x = a[0];
        var y = a[1];
        var z = a[2];
        var w = a[3];
        var len = x * x + y * y + z * z + w * w;
        if (len > 0)
            len = 1 / Math.sqrt(len);
        out[0] = x * len;
        out[1] = y * len;
        out[2] = z * len;
        out[3] = w * len;
        return out
    }
    function dot$1(a, b) {
        return a[0] * b[0] + a[1] * b[1] + a[2] * b[2] + a[3] * b[3]
    }
    function cross$1(out, u, v, w) {
        var A = v[0] * w[1] - v[1] * w[0]
          , B = v[0] * w[2] - v[2] * w[0]
          , C = v[0] * w[3] - v[3] * w[0]
          , D = v[1] * w[2] - v[2] * w[1]
          , E = v[1] * w[3] - v[3] * w[1]
          , F = v[2] * w[3] - v[3] * w[2];
        var G = u[0];
        var H = u[1];
        var I = u[2];
        var J = u[3];
        out[0] = H * F - I * E + J * D;
        out[1] = -(G * F) + I * C - J * B;
        out[2] = G * E - H * C + J * A;
        out[3] = -(G * D) + H * B - I * A;
        return out
    }
    function lerp$1(out, a, b, t) {
        var ax = a[0];
        var ay = a[1];
        var az = a[2];
        var aw = a[3];
        out[0] = ax + t * (b[0] - ax);
        out[1] = ay + t * (b[1] - ay);
        out[2] = az + t * (b[2] - az);
        out[3] = aw + t * (b[3] - aw);
        return out
    }
    function random$1(out, scale) {
        scale = scale || 1;
        var v1, v2, v3, v4;
        var s1, s2;
        do {
            v1 = RANDOM() * 2 - 1;
            v2 = RANDOM() * 2 - 1;
            s1 = v1 * v1 + v2 * v2
        } while (s1 >= 1);
        do {
            v3 = RANDOM() * 2 - 1;
            v4 = RANDOM() * 2 - 1;
            s2 = v3 * v3 + v4 * v4
        } while (s2 >= 1);
        var d = Math.sqrt((1 - s1) / s2);
        out[0] = scale * v1;
        out[1] = scale * v2;
        out[2] = scale * v3 * d;
        out[3] = scale * v4 * d;
        return out
    }
    function transformMat4$1(out, a, m) {
        var x = a[0]
          , y = a[1]
          , z = a[2]
          , w = a[3];
        out[0] = m[0] * x + m[4] * y + m[8] * z + m[12] * w;
        out[1] = m[1] * x + m[5] * y + m[9] * z + m[13] * w;
        out[2] = m[2] * x + m[6] * y + m[10] * z + m[14] * w;
        out[3] = m[3] * x + m[7] * y + m[11] * z + m[15] * w;
        return out
    }
    function transformQuat$1(out, a, q) {
        var x = a[0]
          , y = a[1]
          , z = a[2];
        var qx = q[0]
          , qy = q[1]
          , qz = q[2]
          , qw = q[3];
        var ix = qw * x + qy * z - qz * y;
        var iy = qw * y + qz * x - qx * z;
        var iz = qw * z + qx * y - qy * x;
        var iw = -qx * x - qy * y - qz * z;
        out[0] = ix * qw + iw * -qx + iy * -qz - iz * -qy;
        out[1] = iy * qw + iw * -qy + iz * -qx - ix * -qz;
        out[2] = iz * qw + iw * -qz + ix * -qy - iy * -qx;
        out[3] = a[3];
        return out
    }
    function zero$1(out) {
        out[0] = 0;
        out[1] = 0;
        out[2] = 0;
        out[3] = 0;
        return out
    }
    function str$5(a) {
        return "vec4(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ")"
    }
    function exactEquals$5(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3]
    }
    function equals$6(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= EPSILON * Math.max(1, Math.abs(a3), Math.abs(b3))
    }
    var sub$5 = subtract$5;
    var mul$5 = multiply$5;
    var div$1 = divide$1;
    var dist$1 = distance$1;
    var sqrDist$1 = squaredDistance$1;
    var len$1 = length$1;
    var sqrLen$1 = squaredLength$1;
    var forEach$1 = function() {
        var vec = create$5();
        return function(a, stride, offset, count, fn, arg) {
            var i, l;
            if (!stride)
                stride = 4;
            if (!offset)
                offset = 0;
            if (count)
                l = Math.min(count * stride + offset, a.length);
            else
                l = a.length;
            for (i = offset; i < l; i += stride) {
                vec[0] = a[i];
                vec[1] = a[i + 1];
                vec[2] = a[i + 2];
                vec[3] = a[i + 3];
                fn(vec, vec, arg);
                a[i] = vec[0];
                a[i + 1] = vec[1];
                a[i + 2] = vec[2];
                a[i + 3] = vec[3]
            }
            return a
        }
    }();
    var vec4 = Object.freeze({
        __proto__: null,
        create: create$5,
        clone: clone$5,
        fromValues: fromValues$5,
        copy: copy$5,
        set: set$5,
        add: add$5,
        subtract: subtract$5,
        multiply: multiply$5,
        divide: divide$1,
        ceil: ceil$1,
        floor: floor$1,
        min: min$1,
        max: max$1,
        round: round$1,
        scale: scale$5,
        scaleAndAdd: scaleAndAdd$1,
        distance: distance$1,
        squaredDistance: squaredDistance$1,
        length: length$1,
        squaredLength: squaredLength$1,
        negate: negate$1,
        inverse: inverse$1,
        normalize: normalize$1,
        dot: dot$1,
        cross: cross$1,
        lerp: lerp$1,
        random: random$1,
        transformMat4: transformMat4$1,
        transformQuat: transformQuat$1,
        zero: zero$1,
        str: str$5,
        exactEquals: exactEquals$5,
        equals: equals$6,
        sub: sub$5,
        mul: mul$5,
        div: div$1,
        dist: dist$1,
        sqrDist: sqrDist$1,
        len: len$1,
        sqrLen: sqrLen$1,
        forEach: forEach$1
    });
    function create$6() {
        var out = new ARRAY_TYPE(4);
        if (ARRAY_TYPE != Float32Array) {
            out[0] = 0;
            out[1] = 0;
            out[2] = 0
        }
        out[3] = 1;
        return out
    }
    function identity$4(out) {
        out[0] = 0;
        out[1] = 0;
        out[2] = 0;
        out[3] = 1;
        return out
    }
    function setAxisAngle(out, axis, rad) {
        rad = rad * .5;
        var s = Math.sin(rad);
        out[0] = s * axis[0];
        out[1] = s * axis[1];
        out[2] = s * axis[2];
        out[3] = Math.cos(rad);
        return out
    }
    function getAxisAngle(out_axis, q) {
        var rad = Math.acos(q[3]) * 2;
        var s = Math.sin(rad / 2);
        if (s > EPSILON) {
            out_axis[0] = q[0] / s;
            out_axis[1] = q[1] / s;
            out_axis[2] = q[2] / s
        } else {
            out_axis[0] = 1;
            out_axis[1] = 0;
            out_axis[2] = 0
        }
        return rad
    }
    function getAngle(a, b) {
        var dotproduct = dot$2(a, b);
        return Math.acos(2 * dotproduct * dotproduct - 1)
    }
    function multiply$6(out, a, b) {
        var ax = a[0]
          , ay = a[1]
          , az = a[2]
          , aw = a[3];
        var bx = b[0]
          , by = b[1]
          , bz = b[2]
          , bw = b[3];
        out[0] = ax * bw + aw * bx + ay * bz - az * by;
        out[1] = ay * bw + aw * by + az * bx - ax * bz;
        out[2] = az * bw + aw * bz + ax * by - ay * bx;
        out[3] = aw * bw - ax * bx - ay * by - az * bz;
        return out
    }
    function rotateX$2(out, a, rad) {
        rad *= .5;
        var ax = a[0]
          , ay = a[1]
          , az = a[2]
          , aw = a[3];
        var bx = Math.sin(rad)
          , bw = Math.cos(rad);
        out[0] = ax * bw + aw * bx;
        out[1] = ay * bw + az * bx;
        out[2] = az * bw - ay * bx;
        out[3] = aw * bw - ax * bx;
        return out
    }
    function rotateY$2(out, a, rad) {
        rad *= .5;
        var ax = a[0]
          , ay = a[1]
          , az = a[2]
          , aw = a[3];
        var by = Math.sin(rad)
          , bw = Math.cos(rad);
        out[0] = ax * bw - az * by;
        out[1] = ay * bw + aw * by;
        out[2] = az * bw + ax * by;
        out[3] = aw * bw - ay * by;
        return out
    }
    function rotateZ$2(out, a, rad) {
        rad *= .5;
        var ax = a[0]
          , ay = a[1]
          , az = a[2]
          , aw = a[3];
        var bz = Math.sin(rad)
          , bw = Math.cos(rad);
        out[0] = ax * bw + ay * bz;
        out[1] = ay * bw - ax * bz;
        out[2] = az * bw + aw * bz;
        out[3] = aw * bw - az * bz;
        return out
    }
    function calculateW(out, a) {
        var x = a[0]
          , y = a[1]
          , z = a[2];
        out[0] = x;
        out[1] = y;
        out[2] = z;
        out[3] = Math.sqrt(Math.abs(1 - x * x - y * y - z * z));
        return out
    }
    function exp(out, a) {
        var x = a[0]
          , y = a[1]
          , z = a[2]
          , w = a[3];
        var r = Math.sqrt(x * x + y * y + z * z);
        var et = Math.exp(w);
        var s = r > 0 ? et * Math.sin(r) / r : 0;
        out[0] = x * s;
        out[1] = y * s;
        out[2] = z * s;
        out[3] = et * Math.cos(r);
        return out
    }
    function ln(out, a) {
        var x = a[0]
          , y = a[1]
          , z = a[2]
          , w = a[3];
        var r = Math.sqrt(x * x + y * y + z * z);
        var t = r > 0 ? Math.atan2(r, w) / r : 0;
        out[0] = x * t;
        out[1] = y * t;
        out[2] = z * t;
        out[3] = .5 * Math.log(x * x + y * y + z * z + w * w);
        return out
    }
    function pow(out, a, b) {
        ln(out, a);
        scale$6(out, out, b);
        exp(out, out);
        return out
    }
    function slerp(out, a, b, t) {
        var ax = a[0]
          , ay = a[1]
          , az = a[2]
          , aw = a[3];
        var bx = b[0]
          , by = b[1]
          , bz = b[2]
          , bw = b[3];
        var omega, cosom, sinom, scale0, scale1;
        cosom = ax * bx + ay * by + az * bz + aw * bw;
        if (cosom < 0) {
            cosom = -cosom;
            bx = -bx;
            by = -by;
            bz = -bz;
            bw = -bw
        }
        if (1 - cosom > EPSILON) {
            omega = Math.acos(cosom);
            sinom = Math.sin(omega);
            scale0 = Math.sin((1 - t) * omega) / sinom;
            scale1 = Math.sin(t * omega) / sinom
        } else {
            scale0 = 1 - t;
            scale1 = t
        }
        out[0] = scale0 * ax + scale1 * bx;
        out[1] = scale0 * ay + scale1 * by;
        out[2] = scale0 * az + scale1 * bz;
        out[3] = scale0 * aw + scale1 * bw;
        return out
    }
    function random$2(out) {
        var u1 = RANDOM();
        var u2 = RANDOM();
        var u3 = RANDOM();
        var sqrt1MinusU1 = Math.sqrt(1 - u1);
        var sqrtU1 = Math.sqrt(u1);
        out[0] = sqrt1MinusU1 * Math.sin(2 * Math.PI * u2);
        out[1] = sqrt1MinusU1 * Math.cos(2 * Math.PI * u2);
        out[2] = sqrtU1 * Math.sin(2 * Math.PI * u3);
        out[3] = sqrtU1 * Math.cos(2 * Math.PI * u3);
        return out
    }
    function invert$4(out, a) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3];
        var dot = a0 * a0 + a1 * a1 + a2 * a2 + a3 * a3;
        var invDot = dot ? 1 / dot : 0;
        out[0] = -a0 * invDot;
        out[1] = -a1 * invDot;
        out[2] = -a2 * invDot;
        out[3] = a3 * invDot;
        return out
    }
    function conjugate(out, a) {
        out[0] = -a[0];
        out[1] = -a[1];
        out[2] = -a[2];
        out[3] = a[3];
        return out
    }
    function fromMat3(out, m) {
        var fTrace = m[0] + m[4] + m[8];
        var fRoot;
        if (fTrace > 0) {
            fRoot = Math.sqrt(fTrace + 1);
            out[3] = .5 * fRoot;
            fRoot = .5 / fRoot;
            out[0] = (m[5] - m[7]) * fRoot;
            out[1] = (m[6] - m[2]) * fRoot;
            out[2] = (m[1] - m[3]) * fRoot
        } else {
            var i = 0;
            if (m[4] > m[0])
                i = 1;
            if (m[8] > m[i * 3 + i])
                i = 2;
            var j = (i + 1) % 3;
            var k = (i + 2) % 3;
            fRoot = Math.sqrt(m[i * 3 + i] - m[j * 3 + j] - m[k * 3 + k] + 1);
            out[i] = .5 * fRoot;
            fRoot = .5 / fRoot;
            out[3] = (m[j * 3 + k] - m[k * 3 + j]) * fRoot;
            out[j] = (m[j * 3 + i] + m[i * 3 + j]) * fRoot;
            out[k] = (m[k * 3 + i] + m[i * 3 + k]) * fRoot
        }
        return out
    }
    function fromEuler(out, x, y, z) {
        var halfToRad = .5 * Math.PI / 180;
        x *= halfToRad;
        y *= halfToRad;
        z *= halfToRad;
        var sx = Math.sin(x);
        var cx = Math.cos(x);
        var sy = Math.sin(y);
        var cy = Math.cos(y);
        var sz = Math.sin(z);
        var cz = Math.cos(z);
        out[0] = sx * cy * cz - cx * sy * sz;
        out[1] = cx * sy * cz + sx * cy * sz;
        out[2] = cx * cy * sz - sx * sy * cz;
        out[3] = cx * cy * cz + sx * sy * sz;
        return out
    }
    function str$6(a) {
        return "quat(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ")"
    }
    var clone$6 = clone$5;
    var fromValues$6 = fromValues$5;
    var copy$6 = copy$5;
    var set$6 = set$5;
    var add$6 = add$5;
    var mul$6 = multiply$6;
    var scale$6 = scale$5;
    var dot$2 = dot$1;
    var lerp$2 = lerp$1;
    var length$2 = length$1;
    var len$2 = length$2;
    var squaredLength$2 = squaredLength$1;
    var sqrLen$2 = squaredLength$2;
    var normalize$2 = normalize$1;
    var exactEquals$6 = exactEquals$5;
    var equals$7 = equals$6;
    var rotationTo = function() {
        var tmpvec3 = create$4();
        var xUnitVec3 = fromValues$4(1, 0, 0);
        var yUnitVec3 = fromValues$4(0, 1, 0);
        return function(out, a, b) {
            var dot$1 = dot(a, b);
            if (dot$1 < -.999999) {
                cross(tmpvec3, xUnitVec3, a);
                if (len(tmpvec3) < 1E-6)
                    cross(tmpvec3, yUnitVec3, a);
                normalize(tmpvec3, tmpvec3);
                setAxisAngle(out, tmpvec3, Math.PI);
                return out
            } else if (dot$1 > .999999) {
                out[0] = 0;
                out[1] = 0;
                out[2] = 0;
                out[3] = 1;
                return out
            } else {
                cross(tmpvec3, a, b);
                out[0] = tmpvec3[0];
                out[1] = tmpvec3[1];
                out[2] = tmpvec3[2];
                out[3] = 1 + dot$1;
                return normalize$2(out, out)
            }
        }
    }();
    var sqlerp = function() {
        var temp1 = create$6();
        var temp2 = create$6();
        return function(out, a, b, c, d, t) {
            slerp(temp1, a, d, t);
            slerp(temp2, b, c, t);
            slerp(out, temp1, temp2, 2 * t * (1 - t));
            return out
        }
    }();
    var setAxes = function() {
        var matr = create$2();
        return function(out, view, right, up) {
            matr[0] = right[0];
            matr[3] = right[1];
            matr[6] = right[2];
            matr[1] = up[0];
            matr[4] = up[1];
            matr[7] = up[2];
            matr[2] = -view[0];
            matr[5] = -view[1];
            matr[8] = -view[2];
            return normalize$2(out, fromMat3(out, matr))
        }
    }();
    var quat = Object.freeze({
        __proto__: null,
        create: create$6,
        identity: identity$4,
        setAxisAngle: setAxisAngle,
        getAxisAngle: getAxisAngle,
        getAngle: getAngle,
        multiply: multiply$6,
        rotateX: rotateX$2,
        rotateY: rotateY$2,
        rotateZ: rotateZ$2,
        calculateW: calculateW,
        exp: exp,
        ln: ln,
        pow: pow,
        slerp: slerp,
        random: random$2,
        invert: invert$4,
        conjugate: conjugate,
        fromMat3: fromMat3,
        fromEuler: fromEuler,
        str: str$6,
        clone: clone$6,
        fromValues: fromValues$6,
        copy: copy$6,
        set: set$6,
        add: add$6,
        mul: mul$6,
        scale: scale$6,
        dot: dot$2,
        lerp: lerp$2,
        length: length$2,
        len: len$2,
        squaredLength: squaredLength$2,
        sqrLen: sqrLen$2,
        normalize: normalize$2,
        exactEquals: exactEquals$6,
        equals: equals$7,
        rotationTo: rotationTo,
        sqlerp: sqlerp,
        setAxes: setAxes
    });
    function create$7() {
        var dq = new ARRAY_TYPE(8);
        if (ARRAY_TYPE != Float32Array) {
            dq[0] = 0;
            dq[1] = 0;
            dq[2] = 0;
            dq[4] = 0;
            dq[5] = 0;
            dq[6] = 0;
            dq[7] = 0
        }
        dq[3] = 1;
        return dq
    }
    function clone$7(a) {
        var dq = new ARRAY_TYPE(8);
        dq[0] = a[0];
        dq[1] = a[1];
        dq[2] = a[2];
        dq[3] = a[3];
        dq[4] = a[4];
        dq[5] = a[5];
        dq[6] = a[6];
        dq[7] = a[7];
        return dq
    }
    function fromValues$7(x1, y1, z1, w1, x2, y2, z2, w2) {
        var dq = new ARRAY_TYPE(8);
        dq[0] = x1;
        dq[1] = y1;
        dq[2] = z1;
        dq[3] = w1;
        dq[4] = x2;
        dq[5] = y2;
        dq[6] = z2;
        dq[7] = w2;
        return dq
    }
    function fromRotationTranslationValues(x1, y1, z1, w1, x2, y2, z2) {
        var dq = new ARRAY_TYPE(8);
        dq[0] = x1;
        dq[1] = y1;
        dq[2] = z1;
        dq[3] = w1;
        var ax = x2 * .5
          , ay = y2 * .5
          , az = z2 * .5;
        dq[4] = ax * w1 + ay * z1 - az * y1;
        dq[5] = ay * w1 + az * x1 - ax * z1;
        dq[6] = az * w1 + ax * y1 - ay * x1;
        dq[7] = -ax * x1 - ay * y1 - az * z1;
        return dq
    }
    function fromRotationTranslation$1(out, q, t) {
        var ax = t[0] * .5
          , ay = t[1] * .5
          , az = t[2] * .5
          , bx = q[0]
          , by = q[1]
          , bz = q[2]
          , bw = q[3];
        out[0] = bx;
        out[1] = by;
        out[2] = bz;
        out[3] = bw;
        out[4] = ax * bw + ay * bz - az * by;
        out[5] = ay * bw + az * bx - ax * bz;
        out[6] = az * bw + ax * by - ay * bx;
        out[7] = -ax * bx - ay * by - az * bz;
        return out
    }
    function fromTranslation$3(out, t) {
        out[0] = 0;
        out[1] = 0;
        out[2] = 0;
        out[3] = 1;
        out[4] = t[0] * .5;
        out[5] = t[1] * .5;
        out[6] = t[2] * .5;
        out[7] = 0;
        return out
    }
    function fromRotation$4(out, q) {
        out[0] = q[0];
        out[1] = q[1];
        out[2] = q[2];
        out[3] = q[3];
        out[4] = 0;
        out[5] = 0;
        out[6] = 0;
        out[7] = 0;
        return out
    }
    function fromMat4$1(out, a) {
        var outer = create$6();
        getRotation(outer, a);
        var t = new ARRAY_TYPE(3);
        getTranslation(t, a);
        fromRotationTranslation$1(out, outer, t);
        return out
    }
    function copy$7(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        out[2] = a[2];
        out[3] = a[3];
        out[4] = a[4];
        out[5] = a[5];
        out[6] = a[6];
        out[7] = a[7];
        return out
    }
    function identity$5(out) {
        out[0] = 0;
        out[1] = 0;
        out[2] = 0;
        out[3] = 1;
        out[4] = 0;
        out[5] = 0;
        out[6] = 0;
        out[7] = 0;
        return out
    }
    function set$7(out, x1, y1, z1, w1, x2, y2, z2, w2) {
        out[0] = x1;
        out[1] = y1;
        out[2] = z1;
        out[3] = w1;
        out[4] = x2;
        out[5] = y2;
        out[6] = z2;
        out[7] = w2;
        return out
    }
    var getReal = copy$6;
    function getDual(out, a) {
        out[0] = a[4];
        out[1] = a[5];
        out[2] = a[6];
        out[3] = a[7];
        return out
    }
    var setReal = copy$6;
    function setDual(out, q) {
        out[4] = q[0];
        out[5] = q[1];
        out[6] = q[2];
        out[7] = q[3];
        return out
    }
    function getTranslation$1(out, a) {
        var ax = a[4]
          , ay = a[5]
          , az = a[6]
          , aw = a[7]
          , bx = -a[0]
          , by = -a[1]
          , bz = -a[2]
          , bw = a[3];
        out[0] = (ax * bw + aw * bx + ay * bz - az * by) * 2;
        out[1] = (ay * bw + aw * by + az * bx - ax * bz) * 2;
        out[2] = (az * bw + aw * bz + ax * by - ay * bx) * 2;
        return out
    }
    function translate$3(out, a, v) {
        var ax1 = a[0]
          , ay1 = a[1]
          , az1 = a[2]
          , aw1 = a[3]
          , bx1 = v[0] * .5
          , by1 = v[1] * .5
          , bz1 = v[2] * .5
          , ax2 = a[4]
          , ay2 = a[5]
          , az2 = a[6]
          , aw2 = a[7];
        out[0] = ax1;
        out[1] = ay1;
        out[2] = az1;
        out[3] = aw1;
        out[4] = aw1 * bx1 + ay1 * bz1 - az1 * by1 + ax2;
        out[5] = aw1 * by1 + az1 * bx1 - ax1 * bz1 + ay2;
        out[6] = aw1 * bz1 + ax1 * by1 - ay1 * bx1 + az2;
        out[7] = -ax1 * bx1 - ay1 * by1 - az1 * bz1 + aw2;
        return out
    }
    function rotateX$3(out, a, rad) {
        var bx = -a[0]
          , by = -a[1]
          , bz = -a[2]
          , bw = a[3]
          , ax = a[4]
          , ay = a[5]
          , az = a[6]
          , aw = a[7]
          , ax1 = ax * bw + aw * bx + ay * bz - az * by
          , ay1 = ay * bw + aw * by + az * bx - ax * bz
          , az1 = az * bw + aw * bz + ax * by - ay * bx
          , aw1 = aw * bw - ax * bx - ay * by - az * bz;
        rotateX$2(out, a, rad);
        bx = out[0];
        by = out[1];
        bz = out[2];
        bw = out[3];
        out[4] = ax1 * bw + aw1 * bx + ay1 * bz - az1 * by;
        out[5] = ay1 * bw + aw1 * by + az1 * bx - ax1 * bz;
        out[6] = az1 * bw + aw1 * bz + ax1 * by - ay1 * bx;
        out[7] = aw1 * bw - ax1 * bx - ay1 * by - az1 * bz;
        return out
    }
    function rotateY$3(out, a, rad) {
        var bx = -a[0]
          , by = -a[1]
          , bz = -a[2]
          , bw = a[3]
          , ax = a[4]
          , ay = a[5]
          , az = a[6]
          , aw = a[7]
          , ax1 = ax * bw + aw * bx + ay * bz - az * by
          , ay1 = ay * bw + aw * by + az * bx - ax * bz
          , az1 = az * bw + aw * bz + ax * by - ay * bx
          , aw1 = aw * bw - ax * bx - ay * by - az * bz;
        rotateY$2(out, a, rad);
        bx = out[0];
        by = out[1];
        bz = out[2];
        bw = out[3];
        out[4] = ax1 * bw + aw1 * bx + ay1 * bz - az1 * by;
        out[5] = ay1 * bw + aw1 * by + az1 * bx - ax1 * bz;
        out[6] = az1 * bw + aw1 * bz + ax1 * by - ay1 * bx;
        out[7] = aw1 * bw - ax1 * bx - ay1 * by - az1 * bz;
        return out
    }
    function rotateZ$3(out, a, rad) {
        var bx = -a[0]
          , by = -a[1]
          , bz = -a[2]
          , bw = a[3]
          , ax = a[4]
          , ay = a[5]
          , az = a[6]
          , aw = a[7]
          , ax1 = ax * bw + aw * bx + ay * bz - az * by
          , ay1 = ay * bw + aw * by + az * bx - ax * bz
          , az1 = az * bw + aw * bz + ax * by - ay * bx
          , aw1 = aw * bw - ax * bx - ay * by - az * bz;
        rotateZ$2(out, a, rad);
        bx = out[0];
        by = out[1];
        bz = out[2];
        bw = out[3];
        out[4] = ax1 * bw + aw1 * bx + ay1 * bz - az1 * by;
        out[5] = ay1 * bw + aw1 * by + az1 * bx - ax1 * bz;
        out[6] = az1 * bw + aw1 * bz + ax1 * by - ay1 * bx;
        out[7] = aw1 * bw - ax1 * bx - ay1 * by - az1 * bz;
        return out
    }
    function rotateByQuatAppend(out, a, q) {
        var qx = q[0]
          , qy = q[1]
          , qz = q[2]
          , qw = q[3]
          , ax = a[0]
          , ay = a[1]
          , az = a[2]
          , aw = a[3];
        out[0] = ax * qw + aw * qx + ay * qz - az * qy;
        out[1] = ay * qw + aw * qy + az * qx - ax * qz;
        out[2] = az * qw + aw * qz + ax * qy - ay * qx;
        out[3] = aw * qw - ax * qx - ay * qy - az * qz;
        ax = a[4];
        ay = a[5];
        az = a[6];
        aw = a[7];
        out[4] = ax * qw + aw * qx + ay * qz - az * qy;
        out[5] = ay * qw + aw * qy + az * qx - ax * qz;
        out[6] = az * qw + aw * qz + ax * qy - ay * qx;
        out[7] = aw * qw - ax * qx - ay * qy - az * qz;
        return out
    }
    function rotateByQuatPrepend(out, q, a) {
        var qx = q[0]
          , qy = q[1]
          , qz = q[2]
          , qw = q[3]
          , bx = a[0]
          , by = a[1]
          , bz = a[2]
          , bw = a[3];
        out[0] = qx * bw + qw * bx + qy * bz - qz * by;
        out[1] = qy * bw + qw * by + qz * bx - qx * bz;
        out[2] = qz * bw + qw * bz + qx * by - qy * bx;
        out[3] = qw * bw - qx * bx - qy * by - qz * bz;
        bx = a[4];
        by = a[5];
        bz = a[6];
        bw = a[7];
        out[4] = qx * bw + qw * bx + qy * bz - qz * by;
        out[5] = qy * bw + qw * by + qz * bx - qx * bz;
        out[6] = qz * bw + qw * bz + qx * by - qy * bx;
        out[7] = qw * bw - qx * bx - qy * by - qz * bz;
        return out
    }
    function rotateAroundAxis(out, a, axis, rad) {
        if (Math.abs(rad) < EPSILON)
            return copy$7(out, a);
        var axisLength = Math.hypot(axis[0], axis[1], axis[2]);
        rad = rad * .5;
        var s = Math.sin(rad);
        var bx = s * axis[0] / axisLength;
        var by = s * axis[1] / axisLength;
        var bz = s * axis[2] / axisLength;
        var bw = Math.cos(rad);
        var ax1 = a[0]
          , ay1 = a[1]
          , az1 = a[2]
          , aw1 = a[3];
        out[0] = ax1 * bw + aw1 * bx + ay1 * bz - az1 * by;
        out[1] = ay1 * bw + aw1 * by + az1 * bx - ax1 * bz;
        out[2] = az1 * bw + aw1 * bz + ax1 * by - ay1 * bx;
        out[3] = aw1 * bw - ax1 * bx - ay1 * by - az1 * bz;
        var ax = a[4]
          , ay = a[5]
          , az = a[6]
          , aw = a[7];
        out[4] = ax * bw + aw * bx + ay * bz - az * by;
        out[5] = ay * bw + aw * by + az * bx - ax * bz;
        out[6] = az * bw + aw * bz + ax * by - ay * bx;
        out[7] = aw * bw - ax * bx - ay * by - az * bz;
        return out
    }
    function add$7(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        out[2] = a[2] + b[2];
        out[3] = a[3] + b[3];
        out[4] = a[4] + b[4];
        out[5] = a[5] + b[5];
        out[6] = a[6] + b[6];
        out[7] = a[7] + b[7];
        return out
    }
    function multiply$7(out, a, b) {
        var ax0 = a[0]
          , ay0 = a[1]
          , az0 = a[2]
          , aw0 = a[3]
          , bx1 = b[4]
          , by1 = b[5]
          , bz1 = b[6]
          , bw1 = b[7]
          , ax1 = a[4]
          , ay1 = a[5]
          , az1 = a[6]
          , aw1 = a[7]
          , bx0 = b[0]
          , by0 = b[1]
          , bz0 = b[2]
          , bw0 = b[3];
        out[0] = ax0 * bw0 + aw0 * bx0 + ay0 * bz0 - az0 * by0;
        out[1] = ay0 * bw0 + aw0 * by0 + az0 * bx0 - ax0 * bz0;
        out[2] = az0 * bw0 + aw0 * bz0 + ax0 * by0 - ay0 * bx0;
        out[3] = aw0 * bw0 - ax0 * bx0 - ay0 * by0 - az0 * bz0;
        out[4] = ax0 * bw1 + aw0 * bx1 + ay0 * bz1 - az0 * by1 + ax1 * bw0 + aw1 * bx0 + ay1 * bz0 - az1 * by0;
        out[5] = ay0 * bw1 + aw0 * by1 + az0 * bx1 - ax0 * bz1 + ay1 * bw0 + aw1 * by0 + az1 * bx0 - ax1 * bz0;
        out[6] = az0 * bw1 + aw0 * bz1 + ax0 * by1 - ay0 * bx1 + az1 * bw0 + aw1 * bz0 + ax1 * by0 - ay1 * bx0;
        out[7] = aw0 * bw1 - ax0 * bx1 - ay0 * by1 - az0 * bz1 + aw1 * bw0 - ax1 * bx0 - ay1 * by0 - az1 * bz0;
        return out
    }
    var mul$7 = multiply$7;
    function scale$7(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        out[2] = a[2] * b;
        out[3] = a[3] * b;
        out[4] = a[4] * b;
        out[5] = a[5] * b;
        out[6] = a[6] * b;
        out[7] = a[7] * b;
        return out
    }
    var dot$3 = dot$2;
    function lerp$3(out, a, b, t) {
        var mt = 1 - t;
        if (dot$3(a, b) < 0)
            t = -t;
        out[0] = a[0] * mt + b[0] * t;
        out[1] = a[1] * mt + b[1] * t;
        out[2] = a[2] * mt + b[2] * t;
        out[3] = a[3] * mt + b[3] * t;
        out[4] = a[4] * mt + b[4] * t;
        out[5] = a[5] * mt + b[5] * t;
        out[6] = a[6] * mt + b[6] * t;
        out[7] = a[7] * mt + b[7] * t;
        return out
    }
    function invert$5(out, a) {
        var sqlen = squaredLength$3(a);
        out[0] = -a[0] / sqlen;
        out[1] = -a[1] / sqlen;
        out[2] = -a[2] / sqlen;
        out[3] = a[3] / sqlen;
        out[4] = -a[4] / sqlen;
        out[5] = -a[5] / sqlen;
        out[6] = -a[6] / sqlen;
        out[7] = a[7] / sqlen;
        return out
    }
    function conjugate$1(out, a) {
        out[0] = -a[0];
        out[1] = -a[1];
        out[2] = -a[2];
        out[3] = a[3];
        out[4] = -a[4];
        out[5] = -a[5];
        out[6] = -a[6];
        out[7] = a[7];
        return out
    }
    var length$3 = length$2;
    var len$3 = length$3;
    var squaredLength$3 = squaredLength$2;
    var sqrLen$3 = squaredLength$3;
    function normalize$3(out, a) {
        var magnitude = squaredLength$3(a);
        if (magnitude > 0) {
            magnitude = Math.sqrt(magnitude);
            var a0 = a[0] / magnitude;
            var a1 = a[1] / magnitude;
            var a2 = a[2] / magnitude;
            var a3 = a[3] / magnitude;
            var b0 = a[4];
            var b1 = a[5];
            var b2 = a[6];
            var b3 = a[7];
            var a_dot_b = a0 * b0 + a1 * b1 + a2 * b2 + a3 * b3;
            out[0] = a0;
            out[1] = a1;
            out[2] = a2;
            out[3] = a3;
            out[4] = (b0 - a0 * a_dot_b) / magnitude;
            out[5] = (b1 - a1 * a_dot_b) / magnitude;
            out[6] = (b2 - a2 * a_dot_b) / magnitude;
            out[7] = (b3 - a3 * a_dot_b) / magnitude
        }
        return out
    }
    function str$7(a) {
        return "quat2(" + a[0] + ", " + a[1] + ", " + a[2] + ", " + a[3] + ", " + a[4] + ", " + a[5] + ", " + a[6] + ", " + a[7] + ")"
    }
    function exactEquals$7(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7]
    }
    function equals$8(a, b) {
        var a0 = a[0]
          , a1 = a[1]
          , a2 = a[2]
          , a3 = a[3]
          , a4 = a[4]
          , a5 = a[5]
          , a6 = a[6]
          , a7 = a[7];
        var b0 = b[0]
          , b1 = b[1]
          , b2 = b[2]
          , b3 = b[3]
          , b4 = b[4]
          , b5 = b[5]
          , b6 = b[6]
          , b7 = b[7];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1)) && Math.abs(a2 - b2) <= EPSILON * Math.max(1, Math.abs(a2), Math.abs(b2)) && Math.abs(a3 - b3) <= EPSILON * Math.max(1, Math.abs(a3), Math.abs(b3)) && Math.abs(a4 - b4) <= EPSILON * Math.max(1, Math.abs(a4), Math.abs(b4)) && Math.abs(a5 - b5) <= EPSILON * Math.max(1, Math.abs(a5), Math.abs(b5)) && Math.abs(a6 - b6) <= EPSILON * Math.max(1, Math.abs(a6), Math.abs(b6)) && Math.abs(a7 - b7) <= EPSILON * Math.max(1, Math.abs(a7), Math.abs(b7))
    }
    var quat2 = Object.freeze({
        __proto__: null,
        create: create$7,
        clone: clone$7,
        fromValues: fromValues$7,
        fromRotationTranslationValues: fromRotationTranslationValues,
        fromRotationTranslation: fromRotationTranslation$1,
        fromTranslation: fromTranslation$3,
        fromRotation: fromRotation$4,
        fromMat4: fromMat4$1,
        copy: copy$7,
        identity: identity$5,
        set: set$7,
        getReal: getReal,
        getDual: getDual,
        setReal: setReal,
        setDual: setDual,
        getTranslation: getTranslation$1,
        translate: translate$3,
        rotateX: rotateX$3,
        rotateY: rotateY$3,
        rotateZ: rotateZ$3,
        rotateByQuatAppend: rotateByQuatAppend,
        rotateByQuatPrepend: rotateByQuatPrepend,
        rotateAroundAxis: rotateAroundAxis,
        add: add$7,
        multiply: multiply$7,
        mul: mul$7,
        scale: scale$7,
        dot: dot$3,
        lerp: lerp$3,
        invert: invert$5,
        conjugate: conjugate$1,
        length: length$3,
        len: len$3,
        squaredLength: squaredLength$3,
        sqrLen: sqrLen$3,
        normalize: normalize$3,
        str: str$7,
        exactEquals: exactEquals$7,
        equals: equals$8
    });
    function create$8() {
        var out = new ARRAY_TYPE(2);
        if (ARRAY_TYPE != Float32Array) {
            out[0] = 0;
            out[1] = 0
        }
        return out
    }
    function clone$8(a) {
        var out = new ARRAY_TYPE(2);
        out[0] = a[0];
        out[1] = a[1];
        return out
    }
    function fromValues$8(x, y) {
        var out = new ARRAY_TYPE(2);
        out[0] = x;
        out[1] = y;
        return out
    }
    function copy$8(out, a) {
        out[0] = a[0];
        out[1] = a[1];
        return out
    }
    function set$8(out, x, y) {
        out[0] = x;
        out[1] = y;
        return out
    }
    function add$8(out, a, b) {
        out[0] = a[0] + b[0];
        out[1] = a[1] + b[1];
        return out
    }
    function subtract$6(out, a, b) {
        out[0] = a[0] - b[0];
        out[1] = a[1] - b[1];
        return out
    }
    function multiply$8(out, a, b) {
        out[0] = a[0] * b[0];
        out[1] = a[1] * b[1];
        return out
    }
    function divide$2(out, a, b) {
        out[0] = a[0] / b[0];
        out[1] = a[1] / b[1];
        return out
    }
    function ceil$2(out, a) {
        out[0] = Math.ceil(a[0]);
        out[1] = Math.ceil(a[1]);
        return out
    }
    function floor$2(out, a) {
        out[0] = Math.floor(a[0]);
        out[1] = Math.floor(a[1]);
        return out
    }
    function min$2(out, a, b) {
        out[0] = Math.min(a[0], b[0]);
        out[1] = Math.min(a[1], b[1]);
        return out
    }
    function max$2(out, a, b) {
        out[0] = Math.max(a[0], b[0]);
        out[1] = Math.max(a[1], b[1]);
        return out
    }
    function round$2(out, a) {
        out[0] = Math.round(a[0]);
        out[1] = Math.round(a[1]);
        return out
    }
    function scale$8(out, a, b) {
        out[0] = a[0] * b;
        out[1] = a[1] * b;
        return out
    }
    function scaleAndAdd$2(out, a, b, scale) {
        out[0] = a[0] + b[0] * scale;
        out[1] = a[1] + b[1] * scale;
        return out
    }
    function distance$2(a, b) {
        var x = b[0] - a[0]
          , y = b[1] - a[1];
        return Math.hypot(x, y)
    }
    function squaredDistance$2(a, b) {
        var x = b[0] - a[0]
          , y = b[1] - a[1];
        return x * x + y * y
    }
    function length$4(a) {
        var x = a[0]
          , y = a[1];
        return Math.hypot(x, y)
    }
    function squaredLength$4(a) {
        var x = a[0]
          , y = a[1];
        return x * x + y * y
    }
    function negate$2(out, a) {
        out[0] = -a[0];
        out[1] = -a[1];
        return out
    }
    function inverse$2(out, a) {
        out[0] = 1 / a[0];
        out[1] = 1 / a[1];
        return out
    }
    function normalize$4(out, a) {
        var x = a[0]
          , y = a[1];
        var len = x * x + y * y;
        if (len > 0)
            len = 1 / Math.sqrt(len);
        out[0] = a[0] * len;
        out[1] = a[1] * len;
        return out
    }
    function dot$4(a, b) {
        return a[0] * b[0] + a[1] * b[1]
    }
    function cross$2(out, a, b) {
        var z = a[0] * b[1] - a[1] * b[0];
        out[0] = out[1] = 0;
        out[2] = z;
        return out
    }
    function lerp$4(out, a, b, t) {
        var ax = a[0]
          , ay = a[1];
        out[0] = ax + t * (b[0] - ax);
        out[1] = ay + t * (b[1] - ay);
        return out
    }
    function random$3(out, scale) {
        scale = scale || 1;
        var r = RANDOM() * 2 * Math.PI;
        out[0] = Math.cos(r) * scale;
        out[1] = Math.sin(r) * scale;
        return out
    }
    function transformMat2(out, a, m) {
        var x = a[0]
          , y = a[1];
        out[0] = m[0] * x + m[2] * y;
        out[1] = m[1] * x + m[3] * y;
        return out
    }
    function transformMat2d(out, a, m) {
        var x = a[0]
          , y = a[1];
        out[0] = m[0] * x + m[2] * y + m[4];
        out[1] = m[1] * x + m[3] * y + m[5];
        return out
    }
    function transformMat3$1(out, a, m) {
        var x = a[0]
          , y = a[1];
        out[0] = m[0] * x + m[3] * y + m[6];
        out[1] = m[1] * x + m[4] * y + m[7];
        return out
    }
    function transformMat4$2(out, a, m) {
        var x = a[0];
        var y = a[1];
        out[0] = m[0] * x + m[4] * y + m[12];
        out[1] = m[1] * x + m[5] * y + m[13];
        return out
    }
    function rotate$4(out, a, b, rad) {
        var p0 = a[0] - b[0]
          , p1 = a[1] - b[1]
          , sinC = Math.sin(rad)
          , cosC = Math.cos(rad);
        out[0] = p0 * cosC - p1 * sinC + b[0];
        out[1] = p0 * sinC + p1 * cosC + b[1];
        return out
    }
    function angle$1(a, b) {
        var x1 = a[0]
          , y1 = a[1]
          , x2 = b[0]
          , y2 = b[1]
          , mag = Math.sqrt(x1 * x1 + y1 * y1) * Math.sqrt(x2 * x2 + y2 * y2)
          , cosine = mag && (x1 * x2 + y1 * y2) / mag;
        return Math.acos(Math.min(Math.max(cosine, -1), 1))
    }
    function zero$2(out) {
        out[0] = 0;
        out[1] = 0;
        return out
    }
    function str$8(a) {
        return "vec2(" + a[0] + ", " + a[1] + ")"
    }
    function exactEquals$8(a, b) {
        return a[0] === b[0] && a[1] === b[1]
    }
    function equals$9(a, b) {
        var a0 = a[0]
          , a1 = a[1];
        var b0 = b[0]
          , b1 = b[1];
        return Math.abs(a0 - b0) <= EPSILON * Math.max(1, Math.abs(a0), Math.abs(b0)) && Math.abs(a1 - b1) <= EPSILON * Math.max(1, Math.abs(a1), Math.abs(b1))
    }
    var len$4 = length$4;
    var sub$6 = subtract$6;
    var mul$8 = multiply$8;
    var div$2 = divide$2;
    var dist$2 = distance$2;
    var sqrDist$2 = squaredDistance$2;
    var sqrLen$4 = squaredLength$4;
    var forEach$2 = function() {
        var vec = create$8();
        return function(a, stride, offset, count, fn, arg) {
            var i, l;
            if (!stride)
                stride = 2;
            if (!offset)
                offset = 0;
            if (count)
                l = Math.min(count * stride + offset, a.length);
            else
                l = a.length;
            for (i = offset; i < l; i += stride) {
                vec[0] = a[i];
                vec[1] = a[i + 1];
                fn(vec, vec, arg);
                a[i] = vec[0];
                a[i + 1] = vec[1]
            }
            return a
        }
    }();
    var vec2 = Object.freeze({
        __proto__: null,
        create: create$8,
        clone: clone$8,
        fromValues: fromValues$8,
        copy: copy$8,
        set: set$8,
        add: add$8,
        subtract: subtract$6,
        multiply: multiply$8,
        divide: divide$2,
        ceil: ceil$2,
        floor: floor$2,
        min: min$2,
        max: max$2,
        round: round$2,
        scale: scale$8,
        scaleAndAdd: scaleAndAdd$2,
        distance: distance$2,
        squaredDistance: squaredDistance$2,
        length: length$4,
        squaredLength: squaredLength$4,
        negate: negate$2,
        inverse: inverse$2,
        normalize: normalize$4,
        dot: dot$4,
        cross: cross$2,
        lerp: lerp$4,
        random: random$3,
        transformMat2: transformMat2,
        transformMat2d: transformMat2d,
        transformMat3: transformMat3$1,
        transformMat4: transformMat4$2,
        rotate: rotate$4,
        angle: angle$1,
        zero: zero$2,
        str: str$8,
        exactEquals: exactEquals$8,
        equals: equals$9,
        len: len$4,
        sub: sub$6,
        mul: mul$8,
        div: div$2,
        dist: dist$2,
        sqrDist: sqrDist$2,
        sqrLen: sqrLen$4,
        forEach: forEach$2
    });
    exports.glMatrix = common;
    exports.mat2 = mat2;
    exports.mat2d = mat2d;
    exports.mat3 = mat3;
    exports.mat4 = mat4;
    exports.quat = quat;
    exports.quat2 = quat2;
    exports.vec2 = vec2;
    exports.vec3 = vec3;
    exports.vec4 = vec4;
    Object.defineProperty(exports, "__esModule", {
        value: true
    })
});
'use strict';
{
    function lineInt(l1, l2, precision) {
        precision = precision || 0;
        var i = [0, 0];
        var a1, b1, c1, a2, b2, c2, det;
        a1 = l1[1][1] - l1[0][1];
        b1 = l1[0][0] - l1[1][0];
        c1 = a1 * l1[0][0] + b1 * l1[0][1];
        a2 = l2[1][1] - l2[0][1];
        b2 = l2[0][0] - l2[1][0];
        c2 = a2 * l2[0][0] + b2 * l2[0][1];
        det = a1 * b2 - a2 * b1;
        if (!scalar_eq(det, 0, precision)) {
            i[0] = (b2 * c1 - b1 * c2) / det;
            i[1] = (a1 * c2 - a2 * c1) / det
        }
        return i
    }
    function lineSegmentsIntersect(p1, p2, q1, q2) {
        var dx = p2[0] - p1[0];
        var dy = p2[1] - p1[1];
        var da = q2[0] - q1[0];
        var db = q2[1] - q1[1];
        if (da * dy - db * dx === 0)
            return false;
        var s = (dx * (q1[1] - p1[1]) + dy * (p1[0] - q1[0])) / (da * dy - db * dx);
        var t = (da * (p1[1] - q1[1]) + db * (q1[0] - p1[0])) / (db * dx - da * dy);
        return s >= 0 && s <= 1 && t >= 0 && t <= 1
    }
    function triangleArea(a, b, c) {
        return (b[0] - a[0]) * (c[1] - a[1]) - (c[0] - a[0]) * (b[1] - a[1])
    }
    function isLeft(a, b, c) {
        return triangleArea(a, b, c) > 0
    }
    function isLeftOn(a, b, c) {
        return triangleArea(a, b, c) >= 0
    }
    function isRight(a, b, c) {
        return triangleArea(a, b, c) < 0
    }
    function isRightOn(a, b, c) {
        return triangleArea(a, b, c) <= 0
    }
    var tmpPoint1 = []
      , tmpPoint2 = [];
    function collinear(a, b, c, thresholdAngle) {
        if (!thresholdAngle)
            return triangleArea(a, b, c) === 0;
        else {
            var ab = tmpPoint1
              , bc = tmpPoint2;
            ab[0] = b[0] - a[0];
            ab[1] = b[1] - a[1];
            bc[0] = c[0] - b[0];
            bc[1] = c[1] - b[1];
            var dot = ab[0] * bc[0] + ab[1] * bc[1]
              , magA = Math.sqrt(ab[0] * ab[0] + ab[1] * ab[1])
              , magB = Math.sqrt(bc[0] * bc[0] + bc[1] * bc[1])
              , angle = Math.acos(dot / (magA * magB));
            return angle < thresholdAngle
        }
    }
    function sqdist(a, b) {
        var dx = b[0] - a[0];
        var dy = b[1] - a[1];
        return dx * dx + dy * dy
    }
    function polygonAt(polygon, i) {
        var s = polygon.length;
        return polygon[i < 0 ? i % s + s : i % s]
    }
    function polygonClear(polygon) {
        polygon.length = 0
    }
    function polygonAppend(polygon, poly, from, to) {
        for (var i = from; i < to; i++)
            polygon.push(poly[i])
    }
    function polygonMakeCCW(polygon) {
        var br = 0
          , v = polygon;
        for (var i = 1; i < polygon.length; ++i)
            if (v[i][1] < v[br][1] || v[i][1] === v[br][1] && v[i][0] > v[br][0])
                br = i;
        if (!isLeft(polygonAt(polygon, br - 1), polygonAt(polygon, br), polygonAt(polygon, br + 1))) {
            polygonReverse(polygon);
            return true
        } else
            return false
    }
    function polygonReverse(polygon) {
        var tmp = [];
        var N = polygon.length;
        for (var i = 0; i !== N; i++)
            tmp.push(polygon.pop());
        for (var i = 0; i !== N; i++)
            polygon[i] = tmp[i]
    }
    function polygonIsReflex(polygon, i) {
        return isRight(polygonAt(polygon, i - 1), polygonAt(polygon, i), polygonAt(polygon, i + 1))
    }
    var tmpLine1 = []
      , tmpLine2 = [];
    function polygonCanSee(polygon, a, b) {
        var p, dist, l1 = tmpLine1, l2 = tmpLine2;
        if (isLeftOn(polygonAt(polygon, a + 1), polygonAt(polygon, a), polygonAt(polygon, b)) && isRightOn(polygonAt(polygon, a - 1), polygonAt(polygon, a), polygonAt(polygon, b)))
            return false;
        dist = sqdist(polygonAt(polygon, a), polygonAt(polygon, b));
        for (var i = 0; i !== polygon.length; ++i) {
            if ((i + 1) % polygon.length === a || i === a)
                continue;
            if (isLeftOn(polygonAt(polygon, a), polygonAt(polygon, b), polygonAt(polygon, i + 1)) && isRightOn(polygonAt(polygon, a), polygonAt(polygon, b), polygonAt(polygon, i))) {
                l1[0] = polygonAt(polygon, a);
                l1[1] = polygonAt(polygon, b);
                l2[0] = polygonAt(polygon, i);
                l2[1] = polygonAt(polygon, i + 1);
                p = lineInt(l1, l2);
                if (sqdist(polygonAt(polygon, a), p) < dist)
                    return false
            }
        }
        return true
    }
    function polygonCanSee2(polygon, a, b) {
        for (var i = 0; i !== polygon.length; ++i) {
            if (i === a || i === b || (i + 1) % polygon.length === a || (i + 1) % polygon.length === b)
                continue;
            if (lineSegmentsIntersect(polygonAt(polygon, a), polygonAt(polygon, b), polygonAt(polygon, i), polygonAt(polygon, i + 1)))
                return false
        }
        return true
    }
    function polygonCopy(polygon, i, j, targetPoly) {
        var p = targetPoly || [];
        polygonClear(p);
        if (i < j)
            for (var k = i; k <= j; k++)
                p.push(polygon[k]);
        else {
            for (var k = 0; k <= j; k++)
                p.push(polygon[k]);
            for (var k = i; k < polygon.length; k++)
                p.push(polygon[k])
        }
        return p
    }
    function polygonGetCutEdges(polygon) {
        var min = []
          , tmp1 = []
          , tmp2 = []
          , tmpPoly = [];
        var nDiags = Number.MAX_VALUE;
        for (var i = 0; i < polygon.length; ++i)
            if (polygonIsReflex(polygon, i))
                for (var j = 0; j < polygon.length; ++j)
                    if (polygonCanSee(polygon, i, j)) {
                        tmp1 = polygonGetCutEdges(polygonCopy(polygon, i, j, tmpPoly));
                        tmp2 = polygonGetCutEdges(polygonCopy(polygon, j, i, tmpPoly));
                        for (var k = 0; k < tmp2.length; k++)
                            tmp1.push(tmp2[k]);
                        if (tmp1.length < nDiags) {
                            min = tmp1;
                            nDiags = tmp1.length;
                            min.push([polygonAt(polygon, i), polygonAt(polygon, j)])
                        }
                    }
        return min
    }
    function polygonDecomp(polygon) {
        var edges = polygonGetCutEdges(polygon);
        if (edges.length > 0)
            return polygonSlice(polygon, edges);
        else
            return [polygon]
    }
    function polygonSlice(polygon, cutEdges) {
        if (cutEdges.length === 0)
            return [polygon];
        if (cutEdges instanceof Array && cutEdges.length && cutEdges[0]instanceof Array && cutEdges[0].length === 2 && cutEdges[0][0]instanceof Array) {
            var polys = [polygon];
            for (var i = 0; i < cutEdges.length; i++) {
                var cutEdge = cutEdges[i];
                for (var j = 0; j < polys.length; j++) {
                    var poly = polys[j];
                    var result = polygonSlice(poly, cutEdge);
                    if (result) {
                        polys.splice(j, 1);
                        polys.push(result[0], result[1]);
                        break
                    }
                }
            }
            return polys
        } else {
            var cutEdge = cutEdges;
            var i = polygon.indexOf(cutEdge[0]);
            var j = polygon.indexOf(cutEdge[1]);
            if (i !== -1 && j !== -1)
                return [polygonCopy(polygon, i, j), polygonCopy(polygon, j, i)];
            else
                return false
        }
    }
    function polygonIsSimple(polygon) {
        var path = polygon, i;
        for (i = 0; i < path.length - 1; i++)
            for (var j = 0; j < i - 1; j++)
                if (lineSegmentsIntersect(path[i], path[i + 1], path[j], path[j + 1]))
                    return false;
        for (i = 1; i < path.length - 2; i++)
            if (lineSegmentsIntersect(path[0], path[path.length - 1], path[i], path[i + 1]))
                return false;
        return true
    }
    function getIntersectionPoint(p1, p2, q1, q2, delta) {
        delta = delta || 0;
        var a1 = p2[1] - p1[1];
        var b1 = p1[0] - p2[0];
        var c1 = a1 * p1[0] + b1 * p1[1];
        var a2 = q2[1] - q1[1];
        var b2 = q1[0] - q2[0];
        var c2 = a2 * q1[0] + b2 * q1[1];
        var det = a1 * b2 - a2 * b1;
        if (!scalar_eq(det, 0, delta))
            return [(b2 * c1 - b1 * c2) / det, (a1 * c2 - a2 * c1) / det];
        else
            return [0, 0]
    }
    function polygonQuickDecomp(polygon, result, reflexVertices, steinerPoints, delta, maxlevel, level) {
        maxlevel = maxlevel || 100;
        level = level || 0;
        delta = delta || 25;
        result = typeof result !== "undefined" ? result : [];
        reflexVertices = reflexVertices || [];
        steinerPoints = steinerPoints || [];
        var upperInt = [0, 0]
          , lowerInt = [0, 0]
          , p = [0, 0];
        var upperDist = 0
          , lowerDist = 0
          , d = 0
          , closestDist = 0;
        var upperIndex = 0
          , lowerIndex = 0
          , closestIndex = 0;
        var lowerPoly = []
          , upperPoly = [];
        var poly = polygon
          , v = polygon;
        if (v.length < 3)
            return result;
        level++;
        if (level > maxlevel) {
            console.warn("quickDecomp: max level (" + maxlevel + ") reached.");
            return result
        }
        for (var i = 0; i < polygon.length; ++i)
            if (polygonIsReflex(poly, i)) {
                reflexVertices.push(poly[i]);
                upperDist = lowerDist = Number.MAX_VALUE;
                for (var j = 0; j < polygon.length; ++j) {
                    if (isLeft(polygonAt(poly, i - 1), polygonAt(poly, i), polygonAt(poly, j)) && isRightOn(polygonAt(poly, i - 1), polygonAt(poly, i), polygonAt(poly, j - 1))) {
                        p = getIntersectionPoint(polygonAt(poly, i - 1), polygonAt(poly, i), polygonAt(poly, j), polygonAt(poly, j - 1));
                        if (isRight(polygonAt(poly, i + 1), polygonAt(poly, i), p)) {
                            d = sqdist(poly[i], p);
                            if (d < lowerDist) {
                                lowerDist = d;
                                lowerInt = p;
                                lowerIndex = j
                            }
                        }
                    }
                    if (isLeft(polygonAt(poly, i + 1), polygonAt(poly, i), polygonAt(poly, j + 1)) && isRightOn(polygonAt(poly, i + 1), polygonAt(poly, i), polygonAt(poly, j))) {
                        p = getIntersectionPoint(polygonAt(poly, i + 1), polygonAt(poly, i), polygonAt(poly, j), polygonAt(poly, j + 1));
                        if (isLeft(polygonAt(poly, i - 1), polygonAt(poly, i), p)) {
                            d = sqdist(poly[i], p);
                            if (d < upperDist) {
                                upperDist = d;
                                upperInt = p;
                                upperIndex = j
                            }
                        }
                    }
                }
                if (lowerIndex === (upperIndex + 1) % polygon.length) {
                    p[0] = (lowerInt[0] + upperInt[0]) / 2;
                    p[1] = (lowerInt[1] + upperInt[1]) / 2;
                    steinerPoints.push(p);
                    if (i < upperIndex) {
                        polygonAppend(lowerPoly, poly, i, upperIndex + 1);
                        lowerPoly.push(p);
                        upperPoly.push(p);
                        if (lowerIndex !== 0)
                            polygonAppend(upperPoly, poly, lowerIndex, poly.length);
                        polygonAppend(upperPoly, poly, 0, i + 1)
                    } else {
                        if (i !== 0)
                            polygonAppend(lowerPoly, poly, i, poly.length);
                        polygonAppend(lowerPoly, poly, 0, upperIndex + 1);
                        lowerPoly.push(p);
                        upperPoly.push(p);
                        polygonAppend(upperPoly, poly, lowerIndex, i + 1)
                    }
                } else {
                    if (lowerIndex > upperIndex)
                        upperIndex += polygon.length;
                    closestDist = Number.MAX_VALUE;
                    if (upperIndex < lowerIndex)
                        return result;
                    for (var j = lowerIndex; j <= upperIndex; ++j)
                        if (isLeftOn(polygonAt(poly, i - 1), polygonAt(poly, i), polygonAt(poly, j)) && isRightOn(polygonAt(poly, i + 1), polygonAt(poly, i), polygonAt(poly, j))) {
                            d = sqdist(polygonAt(poly, i), polygonAt(poly, j));
                            if (d < closestDist && polygonCanSee2(poly, i, j)) {
                                closestDist = d;
                                closestIndex = j % polygon.length
                            }
                        }
                    if (i < closestIndex) {
                        polygonAppend(lowerPoly, poly, i, closestIndex + 1);
                        if (closestIndex !== 0)
                            polygonAppend(upperPoly, poly, closestIndex, v.length);
                        polygonAppend(upperPoly, poly, 0, i + 1)
                    } else {
                        if (i !== 0)
                            polygonAppend(lowerPoly, poly, i, v.length);
                        polygonAppend(lowerPoly, poly, 0, closestIndex + 1);
                        polygonAppend(upperPoly, poly, closestIndex, i + 1)
                    }
                }
                if (lowerPoly.length < upperPoly.length) {
                    polygonQuickDecomp(lowerPoly, result, reflexVertices, steinerPoints, delta, maxlevel, level);
                    polygonQuickDecomp(upperPoly, result, reflexVertices, steinerPoints, delta, maxlevel, level)
                } else {
                    polygonQuickDecomp(upperPoly, result, reflexVertices, steinerPoints, delta, maxlevel, level);
                    polygonQuickDecomp(lowerPoly, result, reflexVertices, steinerPoints, delta, maxlevel, level)
                }
                return result
            }
        result.push(polygon);
        return result
    }
    function polygonRemoveCollinearPoints(polygon, precision) {
        var num = 0;
        for (var i = polygon.length - 1; polygon.length > 3 && i >= 0; --i)
            if (collinear(polygonAt(polygon, i - 1), polygonAt(polygon, i), polygonAt(polygon, i + 1), precision)) {
                polygon.splice(i % polygon.length, 1);
                num++
            }
        return num
    }
    function polygonRemoveDuplicatePoints(polygon, precision) {
        for (var i = polygon.length - 1; i >= 1; --i) {
            var pi = polygon[i];
            for (var j = i - 1; j >= 0; --j)
                if (points_eq(pi, polygon[j], precision)) {
                    polygon.splice(i, 1);
                    continue
                }
        }
    }
    function scalar_eq(a, b, precision) {
        precision = precision || 0;
        return Math.abs(a - b) <= precision
    }
    function points_eq(a, b, precision) {
        return scalar_eq(a[0], b[0], precision) && scalar_eq(a[1], b[1], precision)
    }
    self.polyDecomp = {
        decomp: polygonDecomp,
        quickDecomp: polygonQuickDecomp,
        isSimple: polygonIsSimple,
        removeCollinearPoints: polygonRemoveCollinearPoints,
        removeDuplicatePoints: polygonRemoveDuplicatePoints,
        makeCCW: polygonMakeCCW
    }
}
;'use strict';
{
    let isReady = false;
    let hasAppStarted = false;
    let buildMode = "dev";
    const C3 = self.C3 = class C3 {
        constructor() {
            throw TypeError("static class can't be instantiated");
        }
        static SetReady() {
            isReady = true
        }
        static IsReady() {
            return isReady
        }
        static SetAppStarted() {
            hasAppStarted = true
        }
        static HasAppStarted() {
            return hasAppStarted
        }
        static SetBuildMode(m) {
            buildMode = m
        }
        static GetBuildMode() {
            return buildMode
        }
        static IsReleaseBuild() {
            return buildMode === "final"
        }
    }
    ;
    C3.isDebug = false;
    C3.isDebugDefend = false;
    C3.hardwareConcurrency = navigator.hardwareConcurrency || 2
}
;'use strict';
{
    const C3 = self.C3;
    C3.QueryParser = class QueryParser {
        constructor(queryString) {
            this._queryString = queryString;
            this._parameters = new Map;
            this._Parse()
        }
        _Parse() {
            let str = this._queryString;
            if (str.startsWith("?") || str.startsWith("#"))
                str = str.substr(1);
            const arr = str.split("&");
            for (const p of arr)
                this._ParseParameter(p)
        }
        _ParseParameter(p) {
            if (!p)
                return;
            if (!p.includes("=")) {
                this._parameters.set(p, null);
                return
            }
            const i = p.indexOf("=");
            const parameterName = decodeURIComponent(p.substring(0, i));
            const parameterValue = decodeURIComponent(p.substring(i + 1));
            this._parameters.set(parameterName, parameterValue)
        }
        LogAll() {
            for (const e of this._parameters)
                console.log("[QueryParser] Parameter '" + e[0] + "' = " + (e[1] === null ? "null" : "'" + e[1] + "'"))
        }
        Has(name) {
            return this._parameters.has(name)
        }
        Get(name) {
            const ret = this._parameters.get(name);
            if (typeof ret === "undefined")
                return null;
            else
                return ret
        }
        ClearHash() {
            history.replaceState("", document.title, location.pathname + location.search)
        }
        Reparse(str) {
            this._queryString = str;
            this._parameters.clear();
            this._Parse()
        }
    }
    ;
    C3.QueryString = new C3.QueryParser(location.search);
    C3.LocationHashString = new C3.QueryParser(location.hash);
    if (C3.QueryString.Get("mode") !== "dev")
        C3.SetBuildMode("final")
}
;'use strict';
{
    const C3 = self.C3;
    const UNKNOWN = "(unknown)";
    const UA = navigator.userAgent;
    let Flags = {
        linux: /linux|openbsd|freebsd|netbsd/i.test(UA),
        chromeOS: /CrOS/.test(UA),
        windowsTizen: /trident|iemobile|msie|tizen/i.test(UA),
        genericMS: /trident|iemobile|msie|edge\//i.test(UA),
        opera: /OPR\//.test(UA),
        blackberry: /bb10/i.test(UA),
        edge: /edge\//i.test(UA),
        trident: /trident/i.test(UA),
        webkit: /webkit/i.test(UA),
        safari: /safari\//i.test(UA),
        chrome: /chrome\//i.test(UA),
        chromium: /chromium\//i.test(UA),
        crosswalk: /crosswalk|xwalk/i.test(UA),
        nwjs: /nwjs/i.test(UA),
        amazonwebapp: /amazonwebappplatform/i.test(UA),
        webview: /wv\)/.test(UA),
        android: /android/i.test(UA),
        nokia: /nokiabrowser\/[0-9.]+/i.test(UA)
    };
    let Versions = {
        windows: /windows\s+nt\s+\d+\.\d+/i.exec(UA),
        OSX: /mac\s+os\s+x\s+[0-9_]+/i.exec(UA),
        android: /android\s+[0-9.]+/i.exec(UA),
        opera: /OPR\/[0-9.]+/.exec(UA),
        tizen: /tizen\s+[0-9.]+/i.exec(UA),
        iphone: /iphone\s+os\s+[0-9_]+/i.exec(UA),
        ipad: /ipad[^)]*os\s+[0-9_]+/i.exec(UA),
        winPhone: /windows\s+phone\s+[0-9.]+/i.exec(UA),
        winPhoneOS: /windows\s+phone\s+os\s+[0-9.]+/i.exec(UA),
        chrome: /chrome\/[0-9.]+/i.exec(UA),
        chromium: /chromium\/[0-9.]+/i.exec(UA),
        nwjs: /nwjs\/[0-9.]+/i.exec(UA),
        firefox: /firefox\/[0-9.]+/i.exec(UA),
        ie: /msie\s+[0-9.]+/i.exec(UA),
        edge: /edge\/[0-9.]+/i.exec(UA),
        edgeChromium: /edg\/[0-9.]+/i.exec(UA),
        silk: /silk\/[0-9.]+/i.exec(UA)
    };
    let os = UNKNOWN;
    let os_version = UNKNOWN;
    let os_arch = UNKNOWN;
    let browser = UNKNOWN;
    let browser_version = UNKNOWN;
    let browser_arch = UNKNOWN;
    let engine = UNKNOWN;
    let context = "browser";
    let is_desktop = false;
    let is_desktop_app = false;
    let testResults = new Map;
    function runTest(name, value, fn) {
        if (value === true) {
            const result = fn();
            testResults.set(name, true)
        } else if (value && value.length) {
            const result = fn(value[0]);
            testResults.set(name, true)
        } else
            ;
    }
    runTest("isWindows", Versions.windows, WIN=>{
        os = "Windows";
        const nt_ver = WIN.split(" ")[2];
        if (nt_ver)
            switch (nt_ver) {
            case "5.0":
                os_version = "2000";
                break;
            case "5.1":
                os_version = "XP";
                break;
            case "5.2":
                os_version = "XP";
                break;
            case "6.0":
                os_version = "Vista";
                break;
            case "6.1":
                os_version = "7";
                break;
            case "6.2":
                os_version = "8";
                break;
            case "6.3":
                os_version = "8.1";
                break;
            case "10.0":
                os_version = "10";
                break
            }
    }
    );
    runTest("isOSX", Versions.OSX, OSX=>{
        os = "Mac OS X";
        const osx_ver = OSX.split(" ")[3];
        if (osx_ver)
            os_version = osx_ver.replace("_", ".")
    }
    );
    runTest("isLinux", Flags.linux, ()=>{
        os = "Linux"
    }
    );
    runTest("isChromeOS", Flags.chromeOS, ()=>{
        os = "Chrome OS"
    }
    );
    runTest("isAndroid", !Flags.windowsTizen && Versions.android, AND=>{
        os = "Android";
        const android_ver = AND.split(" ")[1];
        if (android_ver)
            os_version = android_ver
    }
    );
    runTest("isTizen", Versions.tizen, TIZ=>{
        os = "Tizen";
        const tizen_ver = TIZ.split(" ")[1];
        if (tizen_ver)
            os_version = tizen_ver
    }
    );
    runTest("isIPhone", !Flags.windowsTizen && Versions.iphone, IOS=>{
        os = "iOS";
        const ios_ver = IOS.split(" ")[2];
        if (ios_ver)
            os_version = ios_ver.replace("_", ".")
    }
    );
    runTest("isIPad", !Flags.windowsTizen && Versions.ipad, IOS=>{
        os = "iOS";
        const ios_ver = IOS.split(" ")[3];
        if (ios_ver)
            os_version = ios_ver.replace("_", ".")
    }
    );
    runTest("isWindowsPhone", Versions.winPhone, WIN=>{
        os = "Windows Phone";
        const ver_str = WIN.split(" ")[2];
        if (ver_str)
            os_version = ver_str
    }
    );
    runTest("isWindowsPhoneOS", Versions.winPhoneOS, WIN=>{
        os = "Windows Phone";
        const ver_str = WIN.split(" ")[3];
        if (ver_str)
            os_version = ver_str
    }
    );
    runTest("isBlackberry", Flags.blackberry, ()=>{
        os = "Blackberry";
        os_version = "10";
        browser = "stock";
        engine = "webkit"
    }
    );
    runTest("isChrome", !Flags.edge && !Flags.opera && Versions.chrome, CHR=>{
        browser = "Chrome";
        engine = "Chromium";
        const ver_str = CHR.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isOpera", Versions.opera, OPR=>{
        browser = "Opera";
        engine = "Chromium";
        const ver_str = OPR.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isChromium", Versions.chromium, CHR=>{
        browser = "Chromium";
        engine = "Chromium";
        const ver_str = CHR.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isFirefox", Versions.firefox, FIR=>{
        browser = "Firefox";
        engine = "Gecko";
        const ver_str = FIR.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isInternetExplorer", Versions.ie, IE=>{
        browser = "Internet Explorer";
        engine = "Trident";
        const ver_str = IE.split(" ")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isTrident", browser !== "Internet Explorer" && Flags.trident, ()=>{
        engine = "Trident";
        const rRv = /rv:[0-9.]+/i.exec(UA);
        if (rRv && rRv.length) {
            browser = "Internet Explorer";
            const ver_str = rRv[0].split(":")[1];
            if (ver_str)
                browser_version = ver_str
        }
    }
    );
    runTest("isEdge", Versions.edge, EDGE=>{
        browser = "Edge";
        engine = "Edge";
        const ver_str = EDGE.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isEdgeChromium", Versions.edgeChromium, EDGECHR=>{
        browser = "Edge";
        engine = "Chromium";
        const ver_str = EDGECHR.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isSafari", Flags.safari && !Flags.nokia && !Flags.chrome && !Flags.chromium && !Flags.genericIE && !Flags.blackberry, ()=>{
        browser = "Safari";
        engine = "WebKit";
        const rVersion = /version\/[0-9.]+/i.exec(UA);
        const rChromeiOS = /crios\/[0-9.]+/i.exec(UA);
        const rFirefoxiOS = /fxios\/[0-9.]+/i.exec(UA);
        if (rVersion && rVersion.length) {
            const ver_str = rVersion[0].split("/")[1];
            if (ver_str)
                browser_version = ver_str
        }
        if (rChromeiOS && rChromeiOS.length) {
            browser = "Chrome for iOS";
            const ver_str = rChromeiOS[0].split("/")[1];
            if (ver_str)
                browser_version = ver_str
        }
        if (rFirefoxiOS && rFirefoxiOS.length) {
            browser = "Firefox for iOS";
            const ver_str = rFirefoxiOS[0].split("/")[1];
            if (ver_str)
                browser_version = ver_str
        }
    }
    );
    runTest("isSilk", Versions.silk, SILK=>{
        browser = "Silk";
        const ver_str = SILK.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isCrosswalk", Flags.crosswalk, ()=>context = "crosswalk");
    runTest("isCordova", self["device"] && (self["device"]["cordova"] || self["device"]["phonegap"]), ()=>context = "cordova");
    runTest("isNWJS", Versions.nwjs, NWJS=>{
        context = "nwjs";
        browser = "NW.js";
        engine = "Chromium";
        const ver_str = NWJS.split("/")[1];
        if (ver_str)
            browser_version = ver_str
    }
    );
    runTest("isAmazonWebApp", Flags.amazonwebapp, ()=>context = "webapp");
    runTest("isHomeScreenWebApp", context !== "nwjs" && typeof window !== "undefined" && (window.matchMedia && window.matchMedia("(display-mode: standalone)").matches || navigator["standalone"]), ()=>context = "webapp");
    runTest("isFalseSafari", browser === "Safari" && (os === "Android" || os === "Tizen" || os === "Blackberry"), ()=>browser = "stock");
    runTest("isAndroidWebview", browser === "Chrome" && context === "browser" && Flags.webview, ()=>context = "webview");
    runTest("isFirefoxOS", browser === "Firefox" && os === UNKNOWN, ()=>os = "Firefox OS");
    runTest("isAndroidFallback", os === UNKNOWN && !Flags.windowsTizen && Flags.android, ()=>os = "Android");
    runTest("isTridentFallback", os === UNKNOWN && Flags.trident, ()=>engine = "Trident");
    runTest("isWebkitFallback", os === UNKNOWN && Flags.webkit, ()=>engine = "WebKit");
    runTest("is64Bit", (is64=>{
        return is64.test(UA) || is64.test(navigator.platform) || navigator.cpuClass === "x64"
    }
    )(/x86_64|x86-64|win64|x64;|x64\)|x64_|amd64|wow64|ia64|arm64|arch64|sparc64|ppc64|irix64/i), ()=>os_arch = "64-bit");
    runTest("is32Bit", (is32=>{
        return is32.test(UA) || is32.test(navigator.platform) || navigator.cpuClass === "x86"
    }
    )(/x86;|x86\)|i86|i386|i486|i586|i686|armv1|armv2|armv3|armv4|armv5|armv6|armv7/i), ()=>os_arch = "32-bit");
    runTest("is64BitFallback", os_arch === UNKNOWN && os === "Mac OS X" && parseFloat(os_version) >= 10.7, ()=>os_arch = "64-bit");
    runTest("is32BitFallback", os_arch === UNKNOWN && os === "Windows" || os === "Android" && parseFloat(os_version) < 5, ()=>os_arch = "32-bit");
    runTest("is32BitBrowser", os_arch === "32-bit" || /wow64/i.test(UA), ()=>browser_arch = "32-bit");
    runTest("is64BitBrowser", /win64/i.test(UA), ()=>browser_arch = "64-bit");
    runTest("isDesktop", (()=>{
        return os === "Windows" || os === "Mac OS X" || os === "Linux" || os === "Chrome OS" || context === "nwjs"
    }
    )(), ()=>is_desktop = true);
    if (engine === "Edge" && typeof Windows !== "undefined" && typeof Windows["System"] !== "undefined")
        context = "windows-store";
    is_desktop_app = context === "nwjs";
    const is_ipad_os = os === "Mac OS X" && navigator["maxTouchPoints"] && navigator["maxTouchPoints"] > 2;
    if (is_ipad_os) {
        os = "iOS";
        os_version = browser_version;
        is_desktop = false;
        is_desktop_app = false
    }
    C3.Platform = {
        OS: os,
        OSVersion: os_version,
        OSArchitecture: os_arch,
        Browser: browser,
        BrowserVersion: browser_version,
        BrowserVersionNumber: parseFloat(browser_version),
        BrowserArchitecture: browser_arch,
        BrowserEngine: engine,
        Context: context,
        IsDesktop: is_desktop,
        IsMobile: !is_desktop,
        IsDesktopApp: is_desktop_app,
        IsChromeWebStore: !!(self["chrome"] && self["chrome"]["runtime"] && self["chrome"]["runtime"]["id"]),
        IsAppleOS: os === "Mac OS X" || os === "iOS",
        IsIpadOS: is_ipad_os
    }
}
;'use strict';
{
    const VERSION = 2;
    const STORE_NAME = "keyvaluepairs";
    const DATABASE_PROMISE_MAP = new Map;
    const SUPPORTS_GETALL = typeof IDBObjectStore !== "undefined" && typeof IDBObjectStore.prototype.getAll === "function";
    const SUPPORTS_GETALLKEYS = typeof IDBObjectStore !== "undefined" && typeof IDBObjectStore.prototype.getAllKeys === "function";
    function asyncifyRequest(request) {
        return new Promise((res,rej)=>{
            request.onsuccess = ()=>res(request.result);
            request.onerror = ()=>rej(request.error)
        }
        )
    }
    function asyncifyTransaction(tx) {
        return new Promise((res,rej)=>{
            tx.oncomplete = ()=>res();
            tx.onerror = ()=>rej(tx.error);
            tx.onabort = ()=>rej(tx.error)
        }
        )
    }
    function openReadOnlyTransaction(name, method) {
        return openTransaction(name, method)
    }
    function openWriteTransaction(name, method) {
        return openTransaction(name, method, true)
    }
    async function openTransaction(name, method, write=false, allowRetry=true) {
        const db = await lazyOpenDatabase(name);
        try {
            const tx = db.transaction([STORE_NAME], write ? "readwrite" : "readonly");
            return method(tx)
        } catch (err) {
            if (allowRetry && err["name"] === "InvalidStateError") {
                DATABASE_PROMISE_MAP.delete(name);
                return openTransaction(name, method, write, false)
            } else
                throw err;
        }
    }
    function lazyOpenDatabase(name) {
        RequireString(name);
        let dbPromise = DATABASE_PROMISE_MAP.get(name);
        if (!(dbPromise instanceof Promise)) {
            dbPromise = openDatabase(name);
            DATABASE_PROMISE_MAP.set(name, dbPromise);
            dbPromise.catch(err=>DATABASE_PROMISE_MAP.delete(name))
        }
        return dbPromise
    }
    async function openDatabase(name) {
        RequireString(name);
        const openRequest = indexedDB.open(name, VERSION);
        openRequest.addEventListener("upgradeneeded", e=>{
            try {
                const db = e.target.result;
                db.createObjectStore(STORE_NAME)
            } catch (err) {
                console.error(`Failed to create objectstore for database ${name}`, err)
            }
        }
        );
        return asyncifyRequest(openRequest)
    }
    function RequireString(x) {
        if (typeof x !== "string")
            throw new TypeError("expected string");
    }
    function getEntriesFromCursor(tx, type) {
        const request = tx.objectStore(STORE_NAME).openCursor();
        return new Promise(resolve=>{
            const results = [];
            request.onsuccess = event=>{
                const cursor = event.target.result;
                if (cursor) {
                    switch (type) {
                    case "entries":
                        results.push([cursor.key, cursor.value]);
                        break;
                    case "keys":
                        results.push(cursor.key);
                        break;
                    case "values":
                        results.push(cursor.value);
                        break
                    }
                    cursor.continue()
                } else
                    resolve(results)
            }
        }
        )
    }
    class KVStorageContainer {
        constructor(name) {
            RequireString(name);
            this.name = name
        }
        async ready() {
            await lazyOpenDatabase(this.name)
        }
        set(key, value) {
            RequireString(key);
            return openWriteTransaction(this.name, async tx=>{
                const request = tx.objectStore(STORE_NAME).put(value, key);
                const requestPromise = asyncifyRequest(request);
                const txPromise = asyncifyTransaction(tx);
                await Promise.all([txPromise, requestPromise])
            }
            )
        }
        get(key) {
            RequireString(key);
            return openReadOnlyTransaction(this.name, async tx=>{
                const request = tx.objectStore(STORE_NAME).get(key);
                const requestPromise = asyncifyRequest(request);
                const txPromise = asyncifyTransaction(tx);
                const [_,value] = await Promise.all([txPromise, requestPromise]);
                return value
            }
            )
        }
        delete(key) {
            RequireString(key);
            return openWriteTransaction(this.name, async tx=>{
                const request = tx.objectStore(STORE_NAME).delete(key);
                const requestPromise = asyncifyRequest(request);
                const txPromise = asyncifyTransaction(tx);
                await Promise.all([txPromise, requestPromise])
            }
            )
        }
        clear() {
            return openWriteTransaction(this.name, async tx=>{
                const request = tx.objectStore(STORE_NAME).clear();
                const requestPromise = asyncifyRequest(request);
                const txPromise = asyncifyTransaction(tx);
                await Promise.all([txPromise, requestPromise])
            }
            )
        }
        keys() {
            return openReadOnlyTransaction(this.name, async tx=>{
                let requestPromise;
                if (SUPPORTS_GETALLKEYS) {
                    const request = tx.objectStore(STORE_NAME).getAllKeys();
                    requestPromise = asyncifyRequest(request)
                } else
                    requestPromise = getEntriesFromCursor(tx, "keys");
                const txPromise = asyncifyTransaction(tx);
                const [_,value] = await Promise.all([txPromise, requestPromise]);
                return value
            }
            )
        }
        values() {
            return openReadOnlyTransaction(this.name, async tx=>{
                let requestPromise;
                if (SUPPORTS_GETALL) {
                    const request = tx.objectStore(STORE_NAME).getAll();
                    requestPromise = asyncifyRequest(request)
                } else
                    requestPromise = getEntriesFromCursor(tx, "values");
                const txPromise = asyncifyTransaction(tx);
                const [_,value] = await Promise.all([txPromise, requestPromise]);
                return value
            }
            )
        }
        entries() {
            return openReadOnlyTransaction(this.name, async tx=>{
                const requestPromise = getEntriesFromCursor(tx, "entries");
                const txPromise = asyncifyTransaction(tx);
                const [_,value] = await Promise.all([txPromise, requestPromise]);
                return value
            }
            )
        }
    }
    self.KVStorageContainer = KVStorageContainer
}
;'use strict';
{
    const KVStorageContainer = self.KVStorageContainer;
    const CRITICAL_ERRORS = [/no available storage method found/i, /an attempt was made to break through the security policy of the user agent/i, /the user denied permission to access the database/i, /a mutation operation was attempted on a database that did not allow mutations/i, /idbfactory\.open\(\) called in an invalid security context/i];
    const memoryStorage = new WeakMap;
    let isInMemory = false;
    if (typeof indexedDB === "undefined") {
        isInMemory = true;
        console.warn("Unable to use local storage because indexedDB is not defined")
    }
    function NOT_IMPLEMENTED(name) {
        throw new Error(`"${name}" is not implemented`);
    }
    function DISALLOW_CALLBACK(fn) {
        if (typeof fn === "function")
            throw new Error(`localforage callback API is not implemented; please use the promise API instead`);
    }
    function StructuredClone(value) {
        if (typeof value === "object")
            return new Promise(resolve=>{
                const {port1, port2} = new MessageChannel;
                port2.onmessage = ev=>resolve(ev.data);
                port1.postMessage(value)
            }
            );
        else
            return Promise.resolve(value)
    }
    class ForageAdaptor {
        constructor(inst) {
            this._inst = inst;
            memoryStorage.set(this, new Map)
        }
        _MaybeSwitchToMemoryFallback(err) {
            if (isInMemory)
                return;
            for (const regex of CRITICAL_ERRORS)
                if (err && regex.test(err.message)) {
                    console.error("Unable to use local storage, reverting to in-memory store: ", err, err.message);
                    isInMemory = true;
                    break
                }
        }
        async _getItemFallback(name) {
            const value = memoryStorage.get(this).get(name);
            const ret = await StructuredClone(value);
            return typeof ret === "undefined" ? null : ret
        }
        async _setItemFallback(name, value) {
            value = await StructuredClone(value);
            memoryStorage.get(this).set(name, value)
        }
        _removeItemFallback(name) {
            memoryStorage.get(this).delete(name)
        }
        _clearFallback() {
            memoryStorage.get(this).clear()
        }
        _keysFallback() {
            return Array.from(memoryStorage.get(this).keys())
        }
        IsUsingFallback() {
            return isInMemory
        }
        async getItem(key, successCallback) {
            DISALLOW_CALLBACK(successCallback);
            if (isInMemory)
                return await this._getItemFallback(key);
            let result;
            try {
                result = await this._inst.get(key)
            } catch (err) {
                this._MaybeSwitchToMemoryFallback(err);
                if (isInMemory)
                    return await this._getItemFallback(key);
                else {
                    console.error(`Error reading '${key}' from storage, returning null: `, err);
                    return null
                }
            }
            return typeof result === "undefined" ? null : result
        }
        async setItem(key, value, successCallback) {
            DISALLOW_CALLBACK(successCallback);
            if (typeof value === "undefined")
                value = null;
            if (isInMemory) {
                await this._setItemFallback(key, value);
                return
            }
            try {
                await this._inst.set(key, value)
            } catch (err) {
                this._MaybeSwitchToMemoryFallback(err);
                if (isInMemory)
                    await this._setItemFallback(key, value);
                else
                    throw err;
            }
        }
        async removeItem(key, successCallback) {
            DISALLOW_CALLBACK(successCallback);
            if (isInMemory) {
                this._removeItemFallback(key);
                return
            }
            try {
                await this._inst.delete(key)
            } catch (err) {
                this._MaybeSwitchToMemoryFallback(err);
                if (isInMemory)
                    this._removeItemFallback(key);
                else
                    console.error(`Error removing '${key}' from storage: `, err)
            }
        }
        async clear(successCallback) {
            DISALLOW_CALLBACK(successCallback);
            if (isInMemory) {
                this._clearFallback();
                return
            }
            try {
                await this._inst.clear()
            } catch (err) {
                this._MaybeSwitchToMemoryFallback(err);
                if (isInMemory)
                    this._clearFallback();
                else
                    console.error(`Error clearing storage: `, err)
            }
        }
        async keys(successCallback) {
            DISALLOW_CALLBACK(successCallback);
            if (isInMemory)
                return this._keysFallback();
            let result = [];
            try {
                result = await this._inst.keys()
            } catch (err) {
                this._MaybeSwitchToMemoryFallback(err);
                if (isInMemory)
                    return this._keysFallback();
                else
                    console.error(`Error getting storage keys: `, err)
            }
            return result
        }
        ready(successCallback) {
            DISALLOW_CALLBACK(successCallback);
            if (isInMemory)
                return Promise.resolve(true);
            else
                return this._inst.ready()
        }
        createInstance(options) {
            if (typeof options !== "object")
                throw new TypeError("invalid options object");
            const name = options["name"];
            if (typeof name !== "string")
                throw new TypeError("invalid store name");
            const inst = new KVStorageContainer(name);
            return new ForageAdaptor(inst)
        }
        length(successCallback) {
            NOT_IMPLEMENTED("localforage.length()")
        }
        key(index, successCallback) {
            NOT_IMPLEMENTED("localforage.key()")
        }
        iterate(iteratorCallback, successCallback) {
            NOT_IMPLEMENTED("localforage.iterate()")
        }
        setDriver(driverName) {
            NOT_IMPLEMENTED("localforage.setDriver()")
        }
        config(options) {
            NOT_IMPLEMENTED("localforage.config()")
        }
        defineDriver(customDriver) {
            NOT_IMPLEMENTED("localforage.defineDriver()")
        }
        driver() {
            NOT_IMPLEMENTED("localforage.driver()")
        }
        supports(driverName) {
            NOT_IMPLEMENTED("localforage.supports()")
        }
        dropInstance() {
            NOT_IMPLEMENTED("localforage.dropInstance()")
        }
        disableMemoryMode() {
            isInMemory = false
        }
    }
    self["localforage"] = new ForageAdaptor(new KVStorageContainer("localforage"))
}
;'use strict';
{
    const C3 = self.C3;
    C3.Supports = {};
    C3.Supports.WebAnimations = (()=>{
        try {
            if (C3.Platform.Browser === "Safari")
                return false;
            if (typeof document === "undefined")
                return false;
            const e = document.createElement("div");
            if (typeof e.animate === "undefined")
                return false;
            const player = e.animate([{
                opacity: "0"
            }, {
                opacity: "1"
            }], 1E3);
            return typeof player.reverse !== "undefined"
        } catch (e) {
            return false
        }
    }
    )();
    C3.Supports.DialogElement = typeof HTMLDialogElement !== "undefined";
    C3.Supports.RequestIdleCallback = !!self.requestIdleCallback;
    C3.Supports.ImageBitmap = !!self.createImageBitmap;
    C3.Supports.ImageBitmapOptions = false;
    if (C3.Supports.ImageBitmap)
        try {
            self.createImageBitmap(new ImageData(32,32), {
                premultiplyAlpha: "none"
            }).then(imageBitmap=>{
                C3.Supports.ImageBitmapOptions = true
            }
            ).catch(err=>{
                C3.Supports.ImageBitmapOptions = false
            }
            )
        } catch (e) {
            C3.Supports.ImageBitmapOptions = false
        }
    C3.Supports.ClipboardReadText = !!(navigator["clipboard"] && navigator["clipboard"]["readText"] && C3.Platform.Browser !== "Firefox");
    C3.Supports.PermissionsQuery = !!(navigator["permissions"] && navigator["permissions"]["query"]);
    C3.Supports.Proxies = typeof Proxy !== "undefined";
    C3.Supports.DownloadAttribute = (()=>{
        if (typeof document === "undefined")
            return false;
        const a = document.createElement("a");
        return typeof a.download !== "undefined"
    }
    )();
    C3.Supports.CanvasToBlob = (()=>{
        return typeof HTMLCanvasElement !== "undefined" && HTMLCanvasElement.prototype.toBlob
    }
    )();
    C3.Supports.Fetch = typeof fetch === "function";
    C3.Supports.PersistentStorage = !!(self.isSecureContext && C3.Platform.Browser !== "Opera" && (navigator["storage"] && navigator["storage"]["persist"]));
    C3.Supports.StorageQuotaEstimate = !!(self.isSecureContext && (navigator["storage"] && navigator["storage"]["estimate"]));
    C3.Supports.Fullscreen = (()=>{
        if (typeof document === "undefined")
            return false;
        if (C3.Platform.OS === "iOS")
            return false;
        const elem = document.documentElement;
        return !!(elem.requestFullscreen || elem.msRequestFullscreen || elem.mozRequestFullScreen || elem.webkitRequestFullscreen)
    }
    )();
    C3.Supports.ImageDecoder = typeof self["ImageDecoder"] !== "undefined";
    C3.Supports.NativeFileSystemAPI = !!self["showOpenFilePicker"];
    C3.Supports.NavigatorFontsQuery = !!(navigator["fonts"] && navigator["fonts"]["query"])
}
;'use strict';
{
    const C3 = self.C3;
    if (!String.prototype.trimStart) {
        const startWhitespace = /^[\x09\x0A\x0B\x0C\x0D\x20\xA0\u1680\u180E\u2000\u2001\u2002\u2003\u2004\u2005\u2006\u2007\u2008\u2009\u200A\u202F\u205F\u3000\u2028\u2029\uFEFF]*/;
        String.prototype.trimStart = function trimStart() {
            return this.replace(startWhitespace, "")
        }
    }
    if (!String.prototype.trimEnd) {
        const endWhitespace = /[\x09\x0A\x0B\x0C\x0D\x20\xA0\u1680\u180E\u2000\u2001\u2002\u2003\u2004\u2005\u2006\u2007\u2008\u2009\u200A\u202F\u205F\u3000\u2028\u2029\uFEFF]*$/;
        String.prototype.trimEnd = function trimEnd() {
            return this.replace(endWhitespace, "")
        }
    }
    if (!String.prototype.replaceAll)
        String.prototype.replaceAll = function replaceAll(find, replace) {
            return this.replace(new RegExp(C3.EscapeRegex(find),"g"), replace)
        }
        ;
    if (!Array.prototype.values)
        Array.prototype.values = function*() {
            for (const i of this)
                yield i
        }
        ;
    if (!Array.prototype.flat) {
        function arrayFlat(arr, depth) {
            return arr.reduce((acc,val)=>{
                if (depth > 0 && Array.isArray(val)) {
                    Array.prototype.push.apply(acc, arrayFlat(val, depth - 1));
                    return acc
                } else {
                    acc.push(val);
                    return acc
                }
            }
            , [])
        }
        Array.prototype.flat = function(depth=1) {
            return arrayFlat(this, depth)
        }
    }
    if (!RegExp.escape)
        RegExp.escape = function(s) {
            return String(s).replace(/[\\^$*+?.()|[\]{}]/g, "\\$&")
        }
        ;
    if (navigator["storage"] && !navigator["storage"]["estimate"] && navigator["webkitTemporaryStorage"] && navigator["webkitTemporaryStorage"]["queryUsageAndQuota"])
        navigator["storage"]["estimate"] = function() {
            return new Promise((resolve,reject)=>{
                return navigator["webkitTemporaryStorage"]["queryUsageAndQuota"]((usage,quota)=>resolve({
                    "usage": usage,
                    "quota": quota
                }), reject)
            }
            )
        }
        ;
    if (typeof HTMLCollection !== "undefined" && !HTMLCollection.prototype[Symbol.iterator])
        HTMLCollection.prototype[Symbol.iterator] = function() {
            let i = 0;
            return {
                next: ()=>{
                    if (i >= this.length)
                        return {
                            done: true
                        };
                    else
                        return {
                            value: this.item(i++),
                            done: false
                        }
                }
            }
        }
        ;
    if (typeof NodeList !== "undefined" && !NodeList.prototype[Symbol.iterator])
        NodeList.prototype[Symbol.iterator] = function() {
            let i = 0;
            return {
                next: ()=>{
                    if (i >= this.length)
                        return {
                            done: true
                        };
                    else
                        return {
                            value: this.item(i++),
                            done: false
                        }
                }
            }
        }
        ;
    if (typeof DOMTokenList !== "undefined" && !DOMTokenList.prototype[Symbol.iterator])
        DOMTokenList.prototype[Symbol.iterator] = function() {
            let i = 0;
            return {
                next: ()=>{
                    if (i >= this.length)
                        return {
                            done: true
                        };
                    else
                        return {
                            value: this.item(i++),
                            done: false
                        }
                }
            }
        }
        ;
    if (typeof FileList !== "undefined" && !FileList.prototype[Symbol.iterator])
        FileList.prototype[Symbol.iterator] = function() {
            let i = 0;
            return {
                next: ()=>{
                    if (i >= this.length)
                        return {
                            done: true
                        };
                    else
                        return {
                            value: this.item(i++),
                            done: false
                        }
                }
            }
        }
        ;
    if (typeof TextEncoder === "undefined") {
        self.TextEncoder = class TextEncoder {
            constructor() {
                Object.defineProperty(this, "encoding", {
                    "value": "utf-8",
                    "writable": false
                })
            }
            encode(str) {
                var Len = str.length
                  , resPos = -1;
                var resArr = new Uint8Array(Len * 3);
                for (var point = 0, nextcode = 0, i = 0; i !== Len; ) {
                    point = str.charCodeAt(i),
                    i += 1;
                    if (point >= 55296 && point <= 56319) {
                        if (i === Len) {
                            resArr[resPos += 1] = 239;
                            resArr[resPos += 1] = 191;
                            resArr[resPos += 1] = 189;
                            break
                        }
                        nextcode = str.charCodeAt(i);
                        if (nextcode >= 56320 && nextcode <= 57343) {
                            point = (point - 55296) * 1024 + nextcode - 56320 + 65536;
                            i += 1;
                            if (point > 65535) {
                                resArr[resPos += 1] = 30 << 3 | point >>> 18;
                                resArr[resPos += 1] = 2 << 6 | point >>> 12 & 63;
                                resArr[resPos += 1] = 2 << 6 | point >>> 6 & 63;
                                resArr[resPos += 1] = 2 << 6 | point & 63;
                                continue
                            }
                        } else {
                            resArr[resPos += 1] = 239;
                            resArr[resPos += 1] = 191;
                            resArr[resPos += 1] = 189;
                            continue
                        }
                    }
                    if (point <= 127)
                        resArr[resPos += 1] = 0 << 7 | point;
                    else if (point <= 2047) {
                        resArr[resPos += 1] = 6 << 5 | point >>> 6;
                        resArr[resPos += 1] = 2 << 6 | point & 63
                    } else {
                        resArr[resPos += 1] = 14 << 4 | point >>> 12;
                        resArr[resPos += 1] = 2 << 6 | point >>> 6 & 63;
                        resArr[resPos += 1] = 2 << 6 | point & 63
                    }
                }
                return new Uint8Array(resArr.buffer.slice(0, resPos + 1))
            }
            toString() {
                return "[object TextEncoder]"
            }
        }
        ;
        TextEncoder[Symbol.toStringTag] = "TextEncoder"
    }
    if (typeof TextDecoder === "undefined") {
        function persist(iterable) {
            const itr = iterable[Symbol.iterator]();
            return {
                next: _=>itr.next(),
                [Symbol.iterator]() {
                    return this
                }
            }
        }
        function readNext(bytes) {
            const n = bytes.next();
            if (n.done)
                throw new Error("unexpected end of input");
            if ((n.value & 192 ^ 128) != 0)
                throw new Error("invalid byte");
            return n.value & 63
        }
        const _decoders = new Map;
        _decoders.set("utf-8", (arr,fatal)=>{
            let view;
            if (arr.buffer)
                view = new Uint8Array(arr.buffer,arr.byteOffset,arr.byteLength);
            else if (view instanceof ArrayBuffer)
                view = new Uint8Array(arr);
            else
                throw new Error("Invalid parameter");
            const bytes = persist(view);
            const result = [];
            try {
                for (const ch of bytes) {
                    let val;
                    if (ch < 127)
                        val = ch & 127;
                    else if (ch < 223)
                        val = (ch & 31) << 6 | readNext(bytes);
                    else if (ch < 239)
                        val = (ch & 15) << 12 | readNext(bytes) << 6 | readNext(bytes);
                    else if (ch < 247)
                        val = (ch & 7) << 18 | readNext(bytes) << 12 | readNext(bytes) << 6 | readNext(bytes);
                    else
                        throw new Error("Invalid character");
                    result.push(String.fromCodePoint(val))
                }
            } catch (e) {
                if (fatal)
                    throw e;
                result.push("\ufffd")
            }
            return result.join("")
        }
        );
        _decoders.set("utf8", _decoders.get("utf-8"));
        _decoders.set("utf-16le", (arr,fatal)=>{
            throw new Error("utf-16le decoder not implemented");
        }
        );
        self.TextDecoder = class TextDecoder {
            constructor(label="utf-8", options={}) {
                const decoder = _decoders.get(label);
                if (!decoder)
                    throw new Error(`TextDecoder polyfill does not support "${label}"`);
                Object.defineProperty(this, "fatal", {
                    "value": options["fatal"] === true,
                    "writable": false
                });
                Object.defineProperty(this, "_decoder", {
                    "value": decoder,
                    "writable": false
                });
                Object.defineProperty(this, "encoding", {
                    "value": label,
                    "writable": false
                })
            }
            decode(arr) {
                return this["_decoder"](arr, this["fatal"])
            }
            toString() {
                return "[object TextDecoder]"
            }
        }
        ;
        TextDecoder[Symbol.toStringTag] = "TextDecoder"
    }
    if (typeof self.isSecureContext === "undefined")
        self.isSecureContext = location.protocol === "https:";
    if (typeof self["globalThis"] === "undefined")
        self["globalThis"] = self
}
;'use strict';
{
    const C3 = self.C3;
    function assertFail(msg_) {
        let stack = C3.GetCallStack();
        let msg = "Assertion failure: " + msg_ + "\n\nStack trace:\n" + stack;
        console.error(msg)
    }
    self.assert = function assert(cnd_, msg_) {
        if (!cnd_)
            assertFail(msg_)
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.IsNumber = function IsNumber(x) {
        return typeof x === "number"
    }
    ;
    C3.IsFiniteNumber = function IsFiniteNumber(x) {
        return C3.IsNumber(x) && isFinite(x)
    }
    ;
    C3.RequireNumber = function RequireNumber(x) {
        if (!C3.IsNumber(x))
            throw new TypeError("expected number");
    }
    ;
    C3.RequireOptionalNumber = function RequireOptionalNumber(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireNumberInRange = function RequireNumberInRange(x, low, high) {
        if (!C3.IsNumber(x) || isNaN(x) || low > x || high < x)
            throw new RangeError("number outside of range");
    }
    ;
    C3.RequireAllNumber = function RequireAllNumber(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.RequireFiniteNumber = function RequireFiniteNumber(x) {
        if (!C3.IsFiniteNumber(x))
            throw new TypeError("expected finite number");
    }
    ;
    C3.RequireOptionalFiniteNumber = function RequireOptionalFiniteNumber(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllFiniteNumber = function RequireAllFiniteNumber(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.IsString = function IsString(x) {
        return typeof x === "string"
    }
    ;
    C3.RequireString = function RequireString(x) {
        if (!C3.IsString(x))
            throw new TypeError("expected string");
    }
    ;
    C3.RequireOptionalString = function RequireOptionalString(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllString = function RequireAllString(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.IsSimpleObject = function IsSimpleObject(x) {
        if (typeof x !== "object" || x === null)
            return false;
        let proto = Object.getPrototypeOf(x);
        return proto ? proto.constructor === Object : proto === null
    }
    ;
    C3.RequireSimpleObject = function RequireSimpleObject(x) {
        if (!C3.IsSimpleObject(x))
            throw new TypeError("expected simple object");
    }
    ;
    C3.RequireOptionalSimpleObject = function RequireSimpleObject(x) {
        if (C3.IsNullOrUndefined(x))
            return;
        if (!C3.IsSimpleObject(x))
            throw new TypeError("expected simple object");
    }
    ;
    C3.IsObject = function IsObject(x) {
        return typeof x === "object" && x !== null && !Array.isArray(x)
    }
    ;
    C3.RequireObject = function RequireObject(x) {
        if (!C3.IsObject(x))
            throw new TypeError("expected object");
    }
    ;
    C3.RequireOptionalObject = function RequireOptionalObject(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllObject = function RequireAllObject(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.IsFileLike = function IsFileLike(x) {
        return C3.IsInstanceOf(x, Blob) && typeof x["name"] === "string"
    }
    ;
    C3.RequireFileLike = function RequireFileLike(x) {
        if (!C3.IsFileLike(x))
            throw new TypeError("expected file");
    }
    ;
    C3.RequireOptionalFileLike = function RequireOptionalFileLike(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.IsArray = function IsArray(x) {
        return Array.isArray(x)
    }
    ;
    C3.RequireArray = function RequireArray(x) {
        if (!C3.IsArray(x))
            throw new TypeError("expected array");
    }
    ;
    C3.RequireOptionalArray = function RequireOptionalArray(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllArray = function RequireAllArray(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.Is2DArray = function(x) {
        if (!C3.IsArray(x))
            return false;
        if (!x.length)
            return true;
        if (!C3.IsArray(x[0]))
            return false;
        return true
    }
    ;
    C3.Require2DArray = function Require2DArray(x) {
        if (!C3.Is2DArray(x))
            throw new TypeError("expected 2d array");
        for (let arr of x)
            if (!C3.IsArray(arr))
                throw new TypeError("expected 2d array");
    }
    ;
    C3.RequireOptional2DArray = function Require2DArray(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.IsFunction = function IsFunction(x) {
        return typeof x === "function"
    }
    ;
    C3.RequireFunction = function RequireFunction(x, f) {
        if (!C3.IsFunction(x))
            throw new TypeError("expected function");
        if (!C3.IsNullOrUndefined(f))
            if (x !== f)
                throw new TypeError("expected same function reference");
    }
    ;
    C3.RequireOptionalFunction = function RequireOptionalFunction(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllFunction = function RequireAllFunction(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.RequireAnyFunction = function RequireAllFunction(x, ...args) {
        if (!C3.IsFunction(x))
            throw new TypeError("expected function");
        if (!args.length)
            throw new Error("missing comparison functions");
        for (let a of args)
            if (!C3.IsNullOrUndefined(a))
                if (x === a)
                    return;
        throw new TypeError("expected same function reference");
    }
    ;
    C3.RequireOptionalAllFunction = function RequireAllFunction(...args) {
        if (C3.IsNullOrUndefined(args))
            return;
        for (let a of args)
            ;
    }
    ;
    C3.IsInstanceOf = function IsInstanceOf(x, t) {
        return x instanceof t
    }
    ;
    C3.IsInstanceOfAny = function IsInstanceOfAny(x, ...args) {
        for (let t of args)
            if (C3.IsInstanceOf(x, t))
                return true;
        return false
    }
    ;
    C3.RequireInstanceOf = function RequireInstanceOf(x, t) {
        if (!C3.IsInstanceOf(x, t))
            throw new TypeError("unexpected type");
    }
    ;
    C3.RequireOptionalInstanceOf = function RequireOptionalInstanceOf(x, t) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllInstanceOf = function RequireAllInstanceOf(t, ...args) {
        for (let a of args)
            ;
    }
    ;
    C3.RequireAnyInstanceOf = function RequireAnyInstanceOf(x, ...args) {
        if (!C3.IsInstanceOfAny(x, ...args))
            throw new TypeError("unexpected type");
    }
    ;
    C3.RequireAnyOptionalInstanceOf = function RequireAnyOptionalInstanceOf(x, ...args) {
        if (C3.IsNullOrUndefined(x))
            return;
        if (!C3.IsInstanceOfAny(x, ...args))
            throw new TypeError("unexpected type");
    }
    ;
    C3.IsArrayOf = function IsArrayOf(x, t) {
        for (let i of x)
            if (!C3.IsInstanceOf(i, t))
                return false;
        return true
    }
    ;
    C3.IsArrayOfFiniteNumbers = function IsArrayOf(x) {
        for (let i of x)
            if (!C3.IsFiniteNumber(i))
                return false;
        return true
    }
    ;
    C3.RequireArrayOf = function RequireArrayOf(x, t) {
        for (let i of x)
            ;
    }
    ;
    C3.RequireOptionalArrayOf = function RequireOptionalArrayOf(x, t) {
        if (C3.IsNullOrUndefined(x))
            return;
        for (let i of x)
            ;
    }
    ;
    C3.RequireArrayOfAny = function RequireArrayOf(x, ...args) {
        for (let i of x)
            ;
    }
    ;
    C3.RequireOptionalArrayOfAny = function RequireOptionalArrayOfAny(x, ...args) {
        if (C3.IsNullOrUndefined(x))
            return;
        for (let i of x)
            ;
    }
    ;
    C3.IsDOMNode = function IsDOMNode(d, n) {
        if (C3.IsNullOrUndefined(d) || !C3.IsString(d.nodeName))
            return false;
        return !n || C3.equalsNoCase(d.nodeName, n)
    }
    ;
    C3.RequireDOMNode = function RequireDOMNode(d, n) {
        if (C3.IsNullOrUndefined(d) || !C3.IsString(d.nodeName))
            throw new TypeError("expected DOM node");
        if (n && !C3.equalsNoCase(d.nodeName, n))
            throw new TypeError(`expected DOM '${n}' node`);
    }
    ;
    C3.RequireOptionalDOMNode = function RequireOptionalDOMNode(d, n) {
        if (C3.IsNullOrUndefined(d))
            return
    }
    ;
    C3.IsHTMLElement = function IsHTMLElement(e, t) {
        if (C3.IsNullOrUndefined(e) || !C3.IsString(e.tagName))
            return false;
        return !t || C3.equalsNoCase(e.tagName, t)
    }
    ;
    C3.RequireHTMLElement = function RequireHTMLElement(e, t) {
        if (C3.IsNullOrUndefined(e) || !C3.IsString(e.tagName))
            throw new TypeError("expected HTML element");
        if (t && !C3.equalsNoCase(e.tagName, t))
            throw new TypeError(`expected HTML '${t}' element`);
    }
    ;
    C3.RequireOptionalHTMLElement = function RequireOptionalHTMLElement(e, t) {
        if (C3.IsNullOrUndefined(e))
            return
    }
    ;
    C3.IsDrawable = function IsDrawable(d) {
        return C3.IsHTMLElement(d, "img") || C3.IsHTMLElement(d, "canvas") || C3.IsHTMLElement(d, "video") || typeof OffscreenCanvas !== "undefined" && d instanceof OffscreenCanvas || typeof ImageBitmap !== "undefined" && d instanceof ImageBitmap
    }
    ;
    C3.RequireDrawable = function RequireDrawable(d) {
        if (!C3.IsDrawable(d))
            throw new TypeError("expected drawable");
    }
    ;
    C3.RequireOptionalDrawable = function RequireOptionalDrawable(d) {
        if (C3.IsNullOrUndefined(d))
            return
    }
    ;
    C3.IsDrawableOrImageData = function IsDrawableOrImageData(x) {
        if (x instanceof ImageData)
            return true;
        return C3.IsDrawable(x)
    }
    ;
    C3.RequireDrawableOrImageData = function RequireDrawableOrImageData(d) {
        if (!C3.IsDrawableOrImageData(d))
            throw new TypeError("expected drawable or image data");
    }
    ;
    C3.RequireOptionalDrawableOrImageData = function RequireOptionalDrawableOrImageData(d) {
        if (C3.IsNullOrUndefined(d))
            return;
        if (!C3.IsDrawableOrImageData(d))
            throw new TypeError("expected drawable or image data");
    }
    ;
    C3.IsStringLike = function IsStringLike(x) {
        return typeof x === "string" || x instanceof C3.HtmlString || x instanceof C3.BBString
    }
    ;
    C3.RequireStringLike = function RequireStringLike(x) {
        if (!C3.IsStringLike(x))
            throw new TypeError("expected string-like");
    }
    ;
    C3.RequireOptionalStringLike = function RequireOptionalStringLike(x) {
        if (C3.IsNullOrUndefined(x))
            return
    }
    ;
    C3.RequireAllStringLike = function RequireAllStringLike(...args) {
        for (let a of args)
            ;
    }
    ;
    C3.RequireOverride = function RequireOverride() {
        throw new Error("must be overridden");
    }
    ;
    C3.NotYetImplemented = function NotYetImplemented() {
        throw new Error("not yet implemented");
    }
    ;
    C3.IsDefined = function isDefined(obj, ...follow) {
        let currentObject = obj;
        if (typeof currentObject === "undefined")
            return false;
        for (let key of follow) {
            if (typeof currentObject[key] === "undefined")
                return false;
            currentObject = currentObject[key]
        }
        return true
    }
    ;
    C3.IsNullOrUndefined = function(x) {
        return typeof x === "undefined" || x === null
    }
    ;
    C3.AreArrayElementsOfSameType = function(arr) {
        let type = arr[0].constructor;
        for (let x of arr)
            if (x.constructor !== type)
                return false;
        return type
    }
    ;
    C3.AreArrayElementsOfType = function(arr, t) {
        for (let x of arr)
            if (!(x instanceof t))
                return false;
        return true
    }
    ;
    const TypedArray = Object.getPrototypeOf(Uint8Array);
    C3.IsTypedArray = function(view) {
        return C3.IsInstanceOf(view, TypedArray)
    }
    ;
    C3.RequireTypedArray = function(view) {}
    ;
    C3.WeakRequireTypedArray = function WeakRequireTypedArray(inst) {
        C3.WeakRequireInstanceOf(inst, TypedArray)
    }
    ;
    C3.WeakRequireAnyInstanceOf = function WeakRequireAnyInstanceOf(inst, ...ctors) {
        if (!C3.WeakIsAnyInstanceOf(inst, ...ctors))
            throw new TypeError("unexpected type");
    }
    ;
    C3.WeakIsAnyInstanceOf = function WeakIsAnyInstanceOf(inst, ...ctors) {
        for (const ctor of ctors)
            if (C3.WeakIsInstanceOf(inst, ctor))
                return true;
        return false
    }
    ;
    C3.WeakRequireInstanceOf = function WeakRequireInstanceOf(inst, ctor) {
        if (!C3.WeakIsInstanceOf(inst, ctor))
            throw new TypeError("unexpected type");
    }
    ;
    C3.WeakIsInstanceOf = function WeakIsInstanceOf(inst, ctor) {
        while (inst = Object.getPrototypeOf(inst))
            if (inst.constructor.name === ctor.name)
                return true;
        return false
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.GetCallStack = function GetCallStack() {
        return (new Error).stack
    }
    ;
    C3.Debugger = function Debugger() {
        debugger
    }
    ;
    C3.cast = function cast(o, T) {
        if (o && o instanceof T)
            return o;
        else
            return null
    }
    ;
    C3.getName = function getName(o) {
        if (typeof o === "undefined")
            return "undefined";
        if (o === null)
            return "null";
        if (typeof o === "boolean")
            return "<boolean>";
        if (C3.IsNumber(o))
            return "<number>";
        if (C3.IsString(o))
            return "<string>";
        if (C3.IsArray(o))
            return "<array>";
        if (typeof o === "symbol")
            return "<" + o.toString() + ">";
        if (C3.IsFunction(o)) {
            if (o.name && o.name !== "Function")
                return o.name;
            return "<anonymous function>"
        }
        if (typeof o === "object") {
            if (o.constructor && o.constructor.name && o.constructor.name !== "Object")
                return o.constructor.name;
            return "<anonymous object>"
        }
        return "<unknown>"
    }
    ;
    C3.getType = function getType(o) {
        if (o === null)
            return "null";
        if (Array.isArray(o))
            return "array";
        return typeof o
    }
    ;
    C3.range = function *range(a, b) {
        if (!isFinite(Math.abs(a - b)))
            throw new Error("Invalid parameters");
        if (a > b)
            for (let i = a - 1; i >= b; i--)
                yield i;
        else
            for (let i = a; i < b; i++)
                yield i
    }
    ;
    function isValidTypeChange(from, to) {
        let fromType = C3.getType(from);
        let toType = C3.getType(to);
        if (fromType === "null" || toType === "null")
            return true;
        if (fromType === "undefined" || toType === "undefined")
            return false;
        return fromType === toType
    }
    let ctorObjectToProxy = new Map;
    let ctorProxyToObject = new Map;
    let proxyToObject = new WeakMap;
    let releasedObjects = new WeakMap;
    C3.DefendHandler = {};
    const VALID_GET_MISSING_KEYS = new Set(["then", "splice"]);
    function logDefendedObjectWarning(msg) {
        console.warn("[Defence] " + msg + " @", C3.GetCallStack())
    }
    C3.DefendHandler.get = function defended_get(target, key) {
        if (!(key in target) && typeof key !== "symbol" && !VALID_GET_MISSING_KEYS.has(key))
            logDefendedObjectWarning(`Accessed missing property '${key}' from defended object '${C3.getName(target)}', returning undefined`);
        if (releasedObjects.has(target) && typeof key !== "symbol" && !VALID_GET_MISSING_KEYS.has(key))
            logDefendedObjectWarning(`Accessed property '${key}' on a released object '${C3.getName(target)}'\nObject was originally released at: ${releasedObjects.get(target)})\nCall stack at access: `);
        return target[key]
    }
    ;
    C3.DefendHandler.set = function defended_set(target, key, value) {
        if (!(key in target) && !ctorObjectToProxy.has(target))
            logDefendedObjectWarning(`Set non-existent property '${key}' to '${value}' on defended object '${C3.getName(target)}'`);
        if (!isValidTypeChange(target[key], value) && !ctorObjectToProxy.has(target))
            logDefendedObjectWarning(`Set '${C3.getType(target[key])}' property '${key}' to type '${C3.getType(value)}' on defended object '${C3.getName(target)}'`);
        if (releasedObjects.has(target))
            logDefendedObjectWarning(`Set property '${key}' on a released object '${C3.getName(target)}'\nObject was originally released at: ${releasedObjects.get(target)})\nCall stack at access: `);
        target[key] = value;
        return true
    }
    ;
    C3.DefendHandler.deleteProperty = function defended_deleteProperty(target, key) {
        throw new ReferenceError(`Cannot delete property '${key}' from defended object '${C3.getName(target)}'`);
    }
    ;
    C3.DefendHandler.defineProperty = function defended_defineProperty(target, key, desc) {
        throw new ReferenceError(`Cannot define property '${key}' on defended object '${C3.getName(target)}'`);
    }
    ;
    C3.DefendHandler.enumerate = function defended_enumerate(target) {
        throw new ReferenceError(`Cannot enumerate defended object '${C3.getName(target)}'`);
    }
    ;
    let checkRafId = -1;
    function CheckDefendedObjectsUsedCorrectly() {
        checkRafId = -1;
        if (ctorObjectToProxy.size > 0 || ctorProxyToObject.size > 0) {
            let uniqueNames = new Set([...ctorObjectToProxy.keys()].map(o=>C3.getName(o)));
            let leftoverNames = [...uniqueNames].join(",");
            console.warn(`An object derived from DefendedBase was not protected with debugDefend(). This will disable some checks. See the coding guidelines! Possible affected class names: ${leftoverNames}`);
            ctorObjectToProxy.clear();
            ctorProxyToObject.clear()
        }
    }
    C3.DefendedBase = class DefendedBase {
        constructor() {
            if (!C3.isDebugDefend || !C3.Supports.Proxies)
                return;
            let newTarget = new.target;
            let realObject = Object.create(newTarget.prototype);
            let proxy = new Proxy(realObject,C3.DefendHandler);
            ctorObjectToProxy.set(realObject, proxy);
            ctorProxyToObject.set(proxy, realObject);
            proxyToObject.set(proxy, realObject);
            if (checkRafId === -1)
                checkRafId = requestAnimationFrame(CheckDefendedObjectsUsedCorrectly);
            return proxy
        }
    }
    ;
    C3.debugDefend = function debugDefend(o) {
        if (C3.isDebugDefend && C3.Supports.Proxies && o instanceof C3.DefendedBase) {
            if (!ctorProxyToObject.has(o))
                return o;
            let realObject = ctorProxyToObject.get(o);
            ctorProxyToObject.delete(o);
            ctorObjectToProxy.delete(realObject);
            return o
        } else if (C3.isDebug)
            return Object.seal(o);
        else
            return o
    }
    ;
    C3.New = function New(Type, ...args) {
        let o;
        try {
            o = new Type(...args)
        } catch (e) {
            ctorProxyToObject.clear();
            ctorObjectToProxy.clear();
            throw e;
        }
        if (C3.isDebugDefend)
            VerifyObjectPropertiesConsistent(Type, o);
        return C3.debugDefend(o)
    }
    ;
    C3.Release = function Release(o) {
        let realObject = proxyToObject.get(o);
        if (realObject)
            releasedObjects.set(realObject, C3.GetCallStack())
    }
    ;
    C3.WasReleased = function(o) {
        let realObject = proxyToObject.get(o);
        if (!realObject)
            return false;
        return !!releasedObjects.get(realObject)
    }
    ;
    let typeProperties = new Map;
    function getObjectPropertySet(o) {
        let ret = new Set;
        for (let k in o)
            ret.add(k);
        return ret
    }
    function VerifyObjectPropertiesConsistent(Type, o) {
        let properties = getObjectPropertySet(o);
        let existingProperties = typeProperties.get(Type);
        if (existingProperties) {
            let inconsistentProperties = [];
            for (let k of existingProperties.values())
                if (properties.has(k))
                    properties.delete(k);
                else
                    inconsistentProperties.push(k);
            C3.appendArray(inconsistentProperties, [...properties]);
            if (inconsistentProperties.length)
                console.warn(`[Defence] '${C3.getName(Type)}' constructor creates inconsistent properties: ${inconsistentProperties.join(", ")}`)
        } else
            typeProperties.set(Type, properties)
    }
    C3.PerfMark = class PerfMark {
        constructor(name) {
            this._name = "";
            if (name)
                this.start(name)
        }
        start(name) {
            this._name = name;
            performance.mark(this._name + "-Start")
        }
        end() {
            performance.mark(this._name + "-End");
            performance.measure(this._name, this._name + "-Start", this._name + "-End")
        }
        next(name) {
            this.end();
            this._name = name;
            performance.mark(this._name + "-Start")
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TWO_PI = Math.PI * 2;
    const D_TO_R = Math.PI / 180;
    const R_TO_D = 180 / Math.PI;
    C3.wrap = function wrap(x, min, max) {
        x = Math.floor(x);
        min = Math.floor(min);
        max = Math.floor(max);
        if (x < min) {
            let r = max - (min - x) % (max - min);
            return r === max ? 0 : r
        } else
            return min + (x - min) % (max - min)
    }
    ;
    C3.mapToRange = function mapToRange(x, inMin, inMax, outMin, outMax) {
        return (x - inMin) * (outMax - outMin) / (inMax - inMin) + outMin
    }
    ;
    C3.normalize = function normalize(value, minimum, maximum) {
        return (value - minimum) / (maximum - minimum)
    }
    ;
    C3.clamp = function clamp(x, a, b) {
        if (x < a)
            return a;
        else if (x > b)
            return b;
        else
            return x
    }
    ;
    C3.clampAngle = function clampAngle(a) {
        a %= TWO_PI;
        if (a < 0)
            a += TWO_PI;
        return a
    }
    ;
    C3.toRadians = function toRadians(x) {
        return x * D_TO_R
    }
    ;
    C3.toDegrees = function toDegrees(x) {
        return x * R_TO_D
    }
    ;
    C3.distanceTo = function distanceTo(x1, y1, x2, y2) {
        return Math.hypot(x2 - x1, y2 - y1)
    }
    ;
    C3.distanceSquared = function distanceSquared(x1, y1, x2, y2) {
        const dx = x2 - x1;
        const dy = y2 - y1;
        return dx * dx + dy * dy
    }
    ;
    C3.angleTo = function angleTo(x1, y1, x2, y2) {
        return Math.atan2(y2 - y1, x2 - x1)
    }
    ;
    C3.angleDiff = function angleDiff(a1, a2) {
        if (a1 === a2)
            return 0;
        let s1 = Math.sin(a1);
        let c1 = Math.cos(a1);
        let s2 = Math.sin(a2);
        let c2 = Math.cos(a2);
        let n = s1 * s2 + c1 * c2;
        if (n >= 1)
            return 0;
        if (n <= -1)
            return Math.PI;
        return Math.acos(n)
    }
    ;
    C3.angleRotate = function angleRotate(start, end, step) {
        let ss = Math.sin(start);
        let cs = Math.cos(start);
        let se = Math.sin(end);
        let ce = Math.cos(end);
        if (Math.acos(ss * se + cs * ce) > step)
            if (cs * se - ss * ce > 0)
                return C3.clampAngle(start + step);
            else
                return C3.clampAngle(start - step);
        else
            return C3.clampAngle(end)
    }
    ;
    C3.angleClockwise = function angleClockwise(a1, a2) {
        let s1 = Math.sin(a1);
        let c1 = Math.cos(a1);
        let s2 = Math.sin(a2);
        let c2 = Math.cos(a2);
        return c1 * s2 - s1 * c2 <= 0
    }
    ;
    C3.angleLerp = function angleLerp(a, b, x, r=0) {
        let diff = C3.angleDiff(a, b);
        const revs = TWO_PI * r;
        if (C3.angleClockwise(b, a))
            return C3.clampAngle(a + (diff + revs) * x);
        else
            return C3.clampAngle(a - (diff + revs) * x)
    }
    ;
    C3.angleLerpClockwise = function angleLerpClockwise(a, b, x, r=0) {
        const diff = C3.angleDiff(a, b);
        const revs = TWO_PI * r;
        if (C3.angleClockwise(b, a))
            return C3.clampAngle(a + (diff + revs) * x);
        return C3.clampAngle((TWO_PI - diff + revs) * x)
    }
    ;
    C3.angleLerpAntiClockwise = function angleLerpAntiClockwise(a, b, x, r=0) {
        const diff = C3.angleDiff(a, b);
        const revs = TWO_PI * r;
        if (C3.angleClockwise(b, a))
            return C3.clampAngle((-TWO_PI + diff - revs) * x);
        return C3.clampAngle(a - (diff + revs) * x)
    }
    ;
    C3.lerp = function lerp(a, b, x) {
        return a + x * (b - a)
    }
    ;
    C3.unlerp = function unlerp(a, b, x) {
        if (a === b)
            return 0;
        return (x - a) / (b - a)
    }
    ;
    C3.relerp = function relerp(a, b, x, c, d) {
        return C3.lerp(c, d, C3.unlerp(a, b, x))
    }
    ;
    C3.qarp = function qarp(a, b, c, x) {
        return C3.lerp(C3.lerp(a, b, x), C3.lerp(b, c, x), x)
    }
    ;
    C3.cubic = function cubic(a, b, c, d, x) {
        return C3.lerp(C3.qarp(a, b, c, x), C3.qarp(b, c, d, x), x)
    }
    ;
    C3.cosp = function cosp(a, b, x) {
        return (a + b + (a - b) * Math.cos(x * Math.PI)) / 2
    }
    ;
    C3.isPOT = function isPOT(x) {
        return x > 0 && (x - 1 & x) === 0
    }
    ;
    C3.nextHighestPowerOfTwo = function nextHighestPowerOfTwo(x) {
        --x;
        for (let i = 1; i < 32; i <<= 1)
            x = x | x >> i;
        return x + 1
    }
    ;
    C3.roundToNearestFraction = function roundToNearestFraction(x, n) {
        return Math.round(x * n) / n
    }
    ;
    C3.floorToNearestFraction = function floorToNearestFraction(x, n) {
        return Math.floor(x * n) / n
    }
    ;
    C3.round6dp = function round6dp(x) {
        return Math.round(x * 1E6) / 1E6
    }
    ;
    C3.toFixed = function toFixed(n, dp) {
        let ret = n.toFixed(dp);
        let last = ret.length - 1;
        for (; last >= 0 && ret.charAt(last) === "0"; --last)
            ;
        if (last >= 0 && ret.charAt(last) === ".")
            --last;
        if (last < 0)
            return ret;
        return ret.substr(0, last + 1)
    }
    ;
    C3.PackRGB = function PackRGB(red, green, blue) {
        return C3.clamp(red, 0, 255) | C3.clamp(green, 0, 255) << 8 | C3.clamp(blue, 0, 255) << 16
    }
    ;
    const ALPHAEX_SHIFT = 1024;
    const ALPHAEX_MAX = 1023;
    const RGBEX_SHIFT = 16384;
    const RGBEX_MAX = 8191;
    const RGBEX_MIN = -8192;
    C3.PackRGBAEx = function PackRGBAEx(red, green, blue, alpha) {
        red = C3.clamp(Math.floor(red * 1024), RGBEX_MIN, RGBEX_MAX);
        green = C3.clamp(Math.floor(green * 1024), RGBEX_MIN, RGBEX_MAX);
        blue = C3.clamp(Math.floor(blue * 1024), RGBEX_MIN, RGBEX_MAX);
        alpha = C3.clamp(Math.floor(alpha * ALPHAEX_MAX), 0, ALPHAEX_MAX);
        if (red < 0)
            red += RGBEX_SHIFT;
        if (green < 0)
            green += RGBEX_SHIFT;
        if (blue < 0)
            blue += RGBEX_SHIFT;
        return -(red * RGBEX_SHIFT * RGBEX_SHIFT * ALPHAEX_SHIFT + green * RGBEX_SHIFT * ALPHAEX_SHIFT + blue * ALPHAEX_SHIFT + alpha)
    }
    ;
    C3.PackRGBEx = function PackRGBEx(red, green, blue) {
        return C3.PackRGBAEx(red, green, blue, 1)
    }
    ;
    function isNegativeZero(x) {
        return x === 0 && 1 / x < 0
    }
    C3.GetRValue = function GetRValue(rgb) {
        if (rgb >= 0)
            return (rgb & 255) / 255;
        else {
            let v = Math.floor(-rgb / (RGBEX_SHIFT * RGBEX_SHIFT * ALPHAEX_SHIFT));
            if (v > RGBEX_MAX)
                v -= RGBEX_SHIFT;
            return v / 1024
        }
    }
    ;
    C3.GetGValue = function GetGValue(rgb) {
        if (rgb >= 0)
            return ((rgb & 65280) >> 8) / 255;
        else {
            let v = Math.floor(-rgb % (RGBEX_SHIFT * RGBEX_SHIFT * ALPHAEX_SHIFT) / (RGBEX_SHIFT * ALPHAEX_SHIFT));
            if (v > RGBEX_MAX)
                v -= RGBEX_SHIFT;
            return v / 1024
        }
    }
    ;
    C3.GetBValue = function GetBValue(rgb) {
        if (rgb >= 0)
            return ((rgb & 16711680) >> 16) / 255;
        else {
            let v = Math.floor(-rgb % (RGBEX_SHIFT * ALPHAEX_SHIFT) / ALPHAEX_SHIFT);
            if (v > RGBEX_MAX)
                v -= RGBEX_SHIFT;
            return v / 1024
        }
    }
    ;
    C3.GetAValue = function GetAValue(rgb) {
        if (isNegativeZero(rgb))
            return 0;
        else if (rgb >= 0)
            return 1;
        else {
            const v = Math.floor(-rgb % ALPHAEX_SHIFT);
            return v / ALPHAEX_MAX
        }
    }
    ;
    C3.greatestCommonDivisor = function greatestCommonDivisor(a, b) {
        a = Math.floor(a);
        b = Math.floor(b);
        while (b !== 0) {
            let t = b;
            b = a % b;
            a = t
        }
        return a
    }
    ;
    const COMMON_ASPECT_RATIOS = [[3, 2], [4, 3], [5, 4], [5, 3], [6, 5], [14, 9], [16, 9], [16, 10], [21, 9]];
    C3.getAspectRatio = function getAspectRatio(w, h) {
        w = Math.floor(w);
        h = Math.floor(h);
        if (w === h)
            return [1, 1];
        for (let aspect of COMMON_ASPECT_RATIOS) {
            let approxH = w / aspect[0] * aspect[1];
            if (Math.abs(h - approxH) < 1)
                return aspect.slice(0);
            approxH = w / aspect[1] * aspect[0];
            if (Math.abs(h - approxH) < 1)
                return [aspect[1], aspect[0]]
        }
        let gcd = C3.greatestCommonDivisor(w, h);
        return [w / gcd, h / gcd]
    }
    ;
    C3.segmentsIntersect = function segmentsIntersect(a1x, a1y, a2x, a2y, b1x, b1y, b2x, b2y) {
        const min_ax = Math.min(a1x, a2x);
        const max_ax = Math.max(a1x, a2x);
        const min_bx = Math.min(b1x, b2x);
        const max_bx = Math.max(b1x, b2x);
        if (max_ax < min_bx || min_ax > max_bx)
            return false;
        const min_ay = Math.min(a1y, a2y);
        const max_ay = Math.max(a1y, a2y);
        const min_by = Math.min(b1y, b2y);
        const max_by = Math.max(b1y, b2y);
        if (max_ay < min_by || min_ay > max_by)
            return false;
        const dpx = b1x - a1x + b2x - a2x;
        const dpy = b1y - a1y + b2y - a2y;
        const qax = a2x - a1x;
        const qay = a2y - a1y;
        const qbx = b2x - b1x;
        const qby = b2y - b1y;
        const d = Math.abs(qay * qbx - qby * qax);
        const la = qbx * dpy - qby * dpx;
        if (Math.abs(la) > d)
            return false;
        const lb = qax * dpy - qay * dpx;
        return Math.abs(lb) <= d
    }
    ;
    C3.segmentsIntersectPreCalc = function segmentsIntersectPreCalc(a1x, a1y, a2x, a2y, min_ax, max_ax, min_ay, max_ay, b1x, b1y, b2x, b2y) {
        const min_bx = Math.min(b1x, b2x);
        const max_bx = Math.max(b1x, b2x);
        if (max_ax < min_bx || min_ax > max_bx)
            return false;
        const min_by = Math.min(b1y, b2y);
        const max_by = Math.max(b1y, b2y);
        if (max_ay < min_by || min_ay > max_by)
            return false;
        const dpx = b1x - a1x + b2x - a2x;
        const dpy = b1y - a1y + b2y - a2y;
        const qax = a2x - a1x;
        const qay = a2y - a1y;
        const qbx = b2x - b1x;
        const qby = b2y - b1y;
        const d = Math.abs(qay * qbx - qby * qax);
        const la = qbx * dpy - qby * dpx;
        if (Math.abs(la) > d)
            return false;
        const lb = qax * dpy - qay * dpx;
        return Math.abs(lb) <= d
    }
    ;
    C3.segmentIntersectsQuad = function segmentIntersectsQuad(x1, y1, x2, y2, q) {
        const min_x = Math.min(x1, x2);
        const max_x = Math.max(x1, x2);
        const min_y = Math.min(y1, y2);
        const max_y = Math.max(y1, y2);
        const tlx = q.getTlx()
          , tly = q.getTly()
          , trx = q.getTrx()
          , try_ = q.getTry()
          , brx = q.getBrx()
          , bry = q.getBry()
          , blx = q.getBlx()
          , bly = q.getBly();
        return C3.segmentsIntersectPreCalc(x1, y1, x2, y2, min_x, max_x, min_y, max_y, tlx, tly, trx, try_) || C3.segmentsIntersectPreCalc(x1, y1, x2, y2, min_x, max_x, min_y, max_y, trx, try_, brx, bry) || C3.segmentsIntersectPreCalc(x1, y1, x2, y2, min_x, max_x, min_y, max_y, brx, bry, blx, bly) || C3.segmentsIntersectPreCalc(x1, y1, x2, y2, min_x, max_x, min_y, max_y, blx, bly, tlx, tly)
    }
    ;
    C3.segmentIntersectsAnyN = function segmentIntersectsAnyN(x1, y1, x2, y2, points) {
        const min_x = Math.min(x1, x2);
        const max_x = Math.max(x1, x2);
        const min_y = Math.min(y1, y2);
        const max_y = Math.max(y1, y2);
        let i = 0;
        for (let last = points.length - 4; i <= last; i += 2)
            if (C3.segmentsIntersectPreCalc(x1, y1, x2, y2, min_x, max_x, min_y, max_y, points[i], points[i + 1], points[i + 2], points[i + 3]))
                return true;
        return C3.segmentsIntersectPreCalc(x1, y1, x2, y2, min_x, max_x, min_y, max_y, points[i], points[i + 1], points[0], points[1])
    }
    ;
    const NO_HIT = 2;
    const PADDING = 1E-6;
    C3.rayIntersect = function rayIntersect(rx1, ry1, rx2, ry2, sx1, sy1, sx2, sy2) {
        const rdx = rx2 - rx1;
        const rdy = ry2 - ry1;
        const sdx = sx2 - sx1;
        const sdy = sy2 - sy1;
        const det = rdx * sdy - rdy * sdx;
        if (det === 0)
            return NO_HIT;
        const gamma = ((ry1 - ry2) * (sx2 - rx1) + rdx * (sy2 - ry1)) / det;
        if (0 < gamma && gamma < 1 + PADDING)
            return (sdy * (sx2 - rx1) + (sx1 - sx2) * (sy2 - ry1)) / det;
        return NO_HIT
    }
    ;
    C3.rayIntersectExtended = function rayIntersect(rx1, ry1, rx2, ry2, sx1, sy1, sx2, sy2, f) {
        const dx = (sx2 - sx1) * f;
        const dy = (sy2 - sy1) * f;
        return C3.rayIntersect(rx1, ry1, rx2, ry2, sx1 - dx, sy1 - dy, sx2 + dx, sy2 + dy)
    }
    ;
    C3.isPointInTriangleInclusive = function isPointInTriangleInclusive(px, py, tx1, ty1, tx2, ty2, tx3, ty3) {
        const v0x = tx2 - tx1;
        const v0y = ty2 - ty1;
        const v1x = tx3 - tx1;
        const v1y = ty3 - ty1;
        const v2x = px - tx1;
        const v2y = py - ty1;
        const dot00 = v0x * v0x + v0y * v0y;
        const dot01 = v0x * v1x + v0y * v1y;
        const dot02 = v0x * v2x + v0y * v2y;
        const dot11 = v1x * v1x + v1y * v1y;
        const dot12 = v1x * v2x + v1y * v2y;
        const invDenom = 1 / (dot00 * dot11 - dot01 * dot01);
        const u = (dot11 * dot02 - dot01 * dot12) * invDenom;
        const v = (dot00 * dot12 - dot01 * dot02) * invDenom;
        return u >= 0 && v >= 0 && u + v <= 1
    }
    ;
    C3.triangleCartesianToBarycentric = function triangleCartesianToBarycentric(px, py, tx1, ty1, tx2, ty2, tx3, ty3) {
        const v0x = tx2 - tx1;
        const v0y = ty2 - ty1;
        const v1x = tx3 - tx1;
        const v1y = ty3 - ty1;
        const v2x = px - tx1;
        const v2y = py - ty1;
        const dot00 = v0x * v0x + v0y * v0y;
        const dot01 = v0x * v1x + v0y * v1y;
        const dot11 = v1x * v1x + v1y * v1y;
        const dot20 = v2x * v0x + v2y * v0y;
        const dot21 = v2x * v1x + v2y * v1y;
        const denom = dot00 * dot11 - dot01 * dot01;
        const v = (dot11 * dot20 - dot01 * dot21) / denom;
        const w = (dot00 * dot21 - dot01 * dot20) / denom;
        const u = 1 - v - w;
        return [u, v, w]
    }
    ;
    C3.triangleBarycentricToCartesian = function triangleBarycentricToCartesian(u, v, w, tx1, ty1, tx2, ty2, tx3, ty3) {
        return [u * tx1 + v * tx2 + w * tx3, u * ty1 + v * ty2 + w * ty3]
    }
}
;'use strict';
{
    const C3 = self.C3;
    let mainDocument = null;
    let baseHref = "";
    if (typeof document !== "undefined") {
        mainDocument = document;
        const baseElem = document.querySelector("base");
        baseHref = baseElem && baseElem.hasAttribute("href") ? baseElem.getAttribute("href") : "";
        if (baseHref) {
            if (baseHref.startsWith("/"))
                baseHref = baseHref.substr(1);
            if (!baseHref.endsWith("/"))
                baseHref += "/"
        }
    }
    C3.GetBaseHref = function GetBaseHref() {
        return baseHref
    }
    ;
    C3.GetBaseURL = function GetBaseURL() {
        if (!mainDocument)
            return "";
        const loc = mainDocument.location;
        return C3.GetPathFromURL(loc.origin + loc.pathname) + baseHref
    }
    ;
    C3.GetPathFromURL = function GetPathFromURL(url) {
        if (!url.length)
            return url;
        if (url.endsWith("/") || url.endsWith("\\"))
            return url;
        const lastSlash = Math.max(url.lastIndexOf("/"), url.lastIndexOf("\\"));
        if (lastSlash === -1)
            return "";
        return url.substr(0, lastSlash + 1)
    }
    ;
    C3.GetFilenameFromURL = function GetFilenameFromURL(url) {
        if (!url.length)
            return url;
        if (url.endsWith("/") || url.endsWith("\\"))
            return "";
        const lastSlash = Math.max(url.lastIndexOf("/"), url.lastIndexOf("\\"));
        if (lastSlash === -1)
            return url;
        return url.substr(lastSlash + 1)
    }
    ;
    C3.DataTransferHasFiles = function DataTransferHasFiles(dataTransfer) {
        if (dataTransfer.types)
            for (let i = 0; i < dataTransfer.types.length; i++)
                if (dataTransfer.types[i] === "Files" || dataTransfer.types[i] === "application/x-c3-file")
                    return true;
        return false
    }
    ;
    C3.DataTransferFilterFiles = async function DataTransferHasFiles(dataTransfer, filter) {
        const ret = Array.from(dataTransfer.files).filter(file=>{
            return file.size !== 0
        }
        ).filter(file=>{
            return filter(file)
        }
        ).map(async file=>{
            try {
                return await C3.CloneFile(file)
            } catch (err) {
                return null
            }
        }
        );
        const files = await Promise.all(ret);
        return files.filter(file=>file)
    }
    ;
    C3.IsFileAnImage = function IsFileAnImage(file) {
        if (file.type)
            return file.type.search(/image\/.*/) !== -1;
        else {
            const type = C3.MimeType.GetForFileExtension(C3.GetFileExtension(file.name)).GetString();
            return type.search(/image\/.*/) !== -1
        }
    }
    ;
    C3.IsFileAnSVG = function IsFileAnSVG(file) {
        return file.type === "image/svg+xml"
    }
    ;
    C3.IsFileAMultiImageContainer = function IsFileAMultiImageContainer(file) {
        if (file.type)
            return C3.MimeType.Get(file.type).IsAnimatedImage();
        else
            return C3.MimeType.GetForFileExtension(C3.GetFileExtension(file.name)).IsAnimatedImage()
    }
    ;
    C3.GetFileExtension = function GetFileExtension(filename) {
        let i = filename.lastIndexOf(".");
        if (i < 1)
            return "";
        else
            return filename.substr(i)
    }
    ;
    C3.GetFileNamePart = function GetFileNamePart(filename) {
        let i = filename.lastIndexOf(".");
        if (i < 1)
            return filename;
        else
            return filename.substr(0, i)
    }
    ;
    C3.NormalizeFileSeparator = function NormalizeFileSeparator(path) {
        return path.replace(/\\/g, "/")
    }
    ;
    C3.ParseFilePath = function ParseFilePath(path) {
        path = C3.NormalizeFileSeparator(path);
        let root = /^\w:\//.exec(path);
        if (root) {
            root = root[0];
            path = path.slice(3);
            if (path[0] !== "/")
                path = "/" + path
        } else
            root = "";
        path = path.replace(/\/{2,}/g, "/");
        if (path.length > 1 && path.slice(-1) === "/")
            path = path.slice(0, -1);
        const start = path.lastIndexOf("/") + 1;
        let dir = "", base = path, name, ext = "";
        if (start > 0) {
            dir = path.slice(0, start);
            base = path.slice(start)
        }
        name = base;
        const end = base.lastIndexOf(".");
        if (end > 0) {
            ext = base.slice(end);
            name = base.slice(0, -ext.length)
        }
        const full = root + dir + base;
        return {
            dir,
            base,
            name,
            root,
            ext,
            full
        }
    }
    ;
    C3.Wait = function Wait(delay, argument) {
        return new Promise((resolve,reject)=>{
            self.setTimeout(resolve, delay, argument)
        }
        )
    }
    ;
    C3.swallowException = function swallowException(f) {
        try {
            f()
        } catch (e) {
            if (C3.isDebug)
                console.warn("Swallowed exception: ", e)
        }
    }
    ;
    C3.noop = function noop() {}
    ;
    C3.equalsNoCase = function equalsNoCase(a, b) {
        if (typeof a !== "string" || typeof b !== "string")
            return false;
        if (a === b)
            return true;
        a = a.normalize();
        b = b.normalize();
        if (a.length !== b.length)
            return false;
        return a.toLowerCase() === b.toLowerCase()
    }
    ;
    C3.equalsCase = function equalsCase(a, b) {
        if (typeof a !== "string" || typeof b !== "string")
            return false;
        if (a === b)
            return true;
        return a.normalize() === b.normalize()
    }
    ;
    C3.typedArraySet16 = function typedArraySet16(dest, src, i) {
        dest[i++] = src[0];
        dest[i++] = src[1];
        dest[i++] = src[2];
        dest[i++] = src[3];
        dest[i++] = src[4];
        dest[i++] = src[5];
        dest[i++] = src[6];
        dest[i++] = src[7];
        dest[i++] = src[8];
        dest[i++] = src[9];
        dest[i++] = src[10];
        dest[i++] = src[11];
        dest[i++] = src[12];
        dest[i++] = src[13];
        dest[i++] = src[14];
        dest[i] = src[15]
    }
    ;
    C3.truncateArray = function truncateArray(arr, index) {
        arr.length = index
    }
    ;
    C3.clearArray = function clearArray(arr) {
        if (!arr)
            return;
        if (arr.length === 0)
            return;
        C3.truncateArray(arr, 0)
    }
    ;
    C3.clear2DArray = function clear2DArray(arr) {
        if (!arr)
            return;
        for (let i = 0; i < arr.length; i++) {
            let a = arr[i];
            C3.truncateArray(a, 0)
        }
        C3.truncateArray(arr, 0)
    }
    ;
    C3.extendArray = function extendArray(arr, len, filler) {
        len = len | 0;
        const arrayLength = arr.length;
        if (len <= arrayLength)
            return;
        for (let i = arrayLength; i < len; ++i)
            arr.push(filler)
    }
    ;
    C3.resizeArray = function resizeArray(arr, len, filler) {
        len = len | 0;
        const arrayLength = arr.length;
        if (len < arrayLength)
            C3.truncateArray(arr, len);
        else if (len > arrayLength)
            C3.extendArray(arr, len, filler)
    }
    ;
    C3.shallowAssignArray = function shallowAssignArray(dest, src) {
        C3.clearArray(dest);
        C3.appendArray(dest, src)
    }
    ;
    C3.appendArray = function appendArray(a, b) {
        if (b.length < 1E4)
            a.push(...b);
        else
            for (let i = 0, len = b.length; i < len; ++i)
                a.push(b[i])
    }
    ;
    C3.arrayRemove = function(arr, index) {
        index = Math.floor(index);
        if (index < 0 || index >= arr.length)
            return;
        let len = arr.length - 1;
        for (let i = index; i < len; ++i)
            arr[i] = arr[i + 1];
        C3.truncateArray(arr, len)
    }
    ;
    C3.arrayFindRemove = function arrayFindRemove(a, o) {
        let i = a.indexOf(o);
        if (i >= 0)
            a.splice(i, 1)
    }
    ;
    C3.arraysEqual = function arraysEqual(a, b) {
        let len = a.length;
        if (b.length !== len)
            return false;
        for (let i = 0; i < len; ++i)
            if (a[i] !== b[i])
                return false;
        return true
    }
    ;
    C3.arrayFilterOut = function arrayFilterOut(arr, callback) {
        let ret = [];
        let j = 0;
        for (let i = 0, len = arr.length; i < len; ++i) {
            let item = arr[i];
            if (callback(item))
                ret.push(item);
            else {
                arr[j] = item;
                ++j
            }
        }
        C3.truncateArray(arr, j);
        return ret
    }
    ;
    C3.arrayRemoveAllInSet = function arrayRemoveAllInSet(arr, s) {
        const oldLen = arr.length;
        let j = 0;
        for (let i = 0, len = arr.length; i < len; ++i) {
            let item = arr[i];
            if (!s.has(item))
                arr[j++] = item
        }
        C3.truncateArray(arr, j);
        return oldLen - j
    }
    ;
    C3.isArrayIndexInBounds = function isArrayIndexInBounds(index, array) {
        if (index !== Math.floor(index))
            return false;
        return index >= 0 && index < array.length
    }
    ;
    C3.validateArrayIndex = function validateArrayIndex(index, array) {
        if (!C3.isArrayIndexInBounds(index, array))
            throw new RangeError("array index out of bounds");
    }
    ;
    C3.cloneArray = function cloneArray(array) {
        return array.slice()
    }
    ;
    C3.deepCloneArray = function deepCloneArray(array, f) {
        let ret = [];
        for (let e of array)
            if (C3.IsObject(e)) {
                let clone = f(e);
                if (!clone)
                    throw new Error("missing clone");
                if (clone.constructor !== e.constructor)
                    throw new Error("object is not a clone");
                ret.push(clone)
            } else if (C3.IsArray(e))
                ret.push(C3.deepCloneArray(e, f));
            else
                ret.push(e);
        return ret
    }
    ;
    C3.clone2DArray = function cloneArray(array) {
        let ret = [];
        for (let arr of array)
            ret.push(arr.slice());
        return ret
    }
    ;
    C3.mergeSets = function mergeSets(set1, set2) {
        return new Set([...set1, ...set2])
    }
    ;
    C3.mergeSetsInPlace = function mergeSetsInPlace(set1, set2) {
        for (const item of set2)
            set1.add(item);
        return set1
    }
    ;
    C3.first = function first(iterable) {
        for (let i of iterable)
            return i;
        return null
    }
    ;
    C3.xor = function(x, y) {
        return !x !== !y
    }
    ;
    C3.compare = function compare(x, cmp, y) {
        switch (cmp) {
        case 0:
            return x === y;
        case 1:
            return x !== y;
        case 2:
            return x < y;
        case 3:
            return x <= y;
        case 4:
            return x > y;
        case 5:
            return x >= y;
        default:
            return false
        }
    }
    ;
    C3.hasAnyOwnProperty = function hasAnyOwnProperty(o) {
        for (let p in o)
            if (o.hasOwnProperty(p))
                return true;
        return false
    }
    ;
    C3.PromiseAllWithProgress = function PromiseAllWithProgress(arr, progressCallback) {
        if (!arr.length)
            return Promise.resolve([]);
        return new Promise((resolve,reject)=>{
            const results = [];
            let numberCompleted = 0;
            let cancelled = false;
            for (let i = 0, len = arr.length; i < len; ++i) {
                results.push(void 0);
                arr[i].then(result=>{
                    if (cancelled)
                        return;
                    results[i] = result;
                    ++numberCompleted;
                    if (numberCompleted === arr.length)
                        resolve(results);
                    else
                        progressCallback(numberCompleted, arr.length)
                }
                ).catch(err=>{
                    cancelled = true;
                    reject(err)
                }
                )
            }
        }
        )
    }
    ;
    let memoryCallbacks = [];
    C3.AddLibraryMemoryCallback = function AddLibraryMemoryCallback(f) {
        memoryCallbacks.push(f)
    }
    ;
    C3.GetEstimatedLibraryMemoryUsage = function GetEstimatedLibraryMemoryUsage() {
        let ret = 0;
        for (let f of memoryCallbacks) {
            let m = f();
            ret += m
        }
        return Math.floor(ret)
    }
    ;
    let nextTaskId = 1;
    const activeTaskIds = new Map;
    const taskMessageChannel = new MessageChannel;
    taskMessageChannel.port2.onmessage = function OnTask(e) {
        const id = e.data;
        const callback = activeTaskIds.get(id);
        activeTaskIds.delete(id);
        if (callback)
            callback(e.timeStamp)
    }
    ;
    C3.RequestUnlimitedAnimationFrame = function RequestUnlimitedAnimationFrame(callback) {
        const id = nextTaskId++;
        activeTaskIds.set(id, callback);
        taskMessageChannel.port1.postMessage(id);
        return id
    }
    ;
    C3.CancelUnlimitedAnimationFrame = function CancelUnlimitedAnimationFrame(id) {
        activeTaskIds.delete(id)
    }
    ;
    C3.PostTask = C3.RequestUnlimitedAnimationFrame;
    C3.WaitForNextTask = function WaitForNextTask() {
        return new Promise(resolve=>C3.PostTask(resolve))
    }
    ;
    const activeRPAFids = new Set;
    C3.RequestPostAnimationFrame = function RequestPostAnimationFrame(callback) {
        const id = self.requestAnimationFrame(async timestamp=>{
            await C3.WaitForNextTask();
            if (!activeRPAFids.has(id))
                return;
            activeRPAFids.delete(id);
            callback(timestamp)
        }
        );
        activeRPAFids.add(id);
        return id
    }
    ;
    C3.CancelPostAnimationFrame = function CancelPostAnimationFrame(id) {
        if (!activeRPAFids.has(id))
            return;
        self.cancelAnimationFrame(id);
        activeRPAFids.delete(id)
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.IsAbsoluteURL = function IsAbsoluteURL(url) {
        return /^(?:[a-z]+:)?\/\//.test(url) || url.substr(0, 5) === "data:" || url.substr(0, 5) === "blob:"
    }
    ;
    C3.IsRelativeURL = function IsRelativeURL(url) {
        return !C3.IsAbsoluteURL(url)
    }
    ;
    C3.ThrowIfNotOk = function ThrowIfNotOk(response) {
        if (!response.ok)
            throw new Error(`fetch '${response.url}' response returned ${response.status} ${response.statusText}`);
    }
    ;
    C3.FetchOk = function FetchOk(url, init) {
        return fetch(url, init).then(response=>{
            C3.ThrowIfNotOk(response);
            return response
        }
        )
    }
    ;
    C3.FetchText = function FetchText(url) {
        return C3.FetchOk(url).then(response=>response.text())
    }
    ;
    C3.FetchJson = function FetchJson(url) {
        return C3.FetchOk(url).then(response=>response.json())
    }
    ;
    C3.FetchBlob = function FetchBlob(url) {
        return C3.FetchOk(url).then(response=>response.blob())
    }
    ;
    C3.FetchArrayBuffer = function FetchArrayBuffer(url) {
        return C3.FetchOk(url).then(response=>response.arrayBuffer())
    }
    ;
    C3.FetchImage = function FetchImage(url) {
        return new Promise((resolve,reject)=>{
            const img = new Image;
            img.onload = ()=>resolve(img);
            img.onerror = err=>reject(err);
            img.src = url
        }
        )
    }
    ;
    C3.BlobToArrayBuffer = function BlobToArrayBuffer(blob) {
        if (typeof blob["arrayBuffer"] === "function")
            return blob["arrayBuffer"]();
        else
            return new Promise((resolve,reject)=>{
                const fileReader = new FileReader;
                fileReader.onload = ()=>resolve(fileReader.result);
                fileReader.onerror = ()=>reject(fileReader.error);
                fileReader.readAsArrayBuffer(blob)
            }
            )
    }
    ;
    C3.BlobToString = function BlobToString(blob) {
        if (typeof blob["text"] === "function")
            return blob["text"]();
        else
            return new Promise((resolve,reject)=>{
                const fileReader = new FileReader;
                fileReader.onload = ()=>resolve(fileReader.result);
                fileReader.onerror = ()=>reject(fileReader.error);
                fileReader.readAsText(blob)
            }
            )
    }
    ;
    C3.BlobToJson = function BlobToJson(blob) {
        return C3.BlobToString(blob).then(text=>JSON.parse(text))
    }
    ;
    C3.BlobToImage = async function BlobToImage(blob, decodeImage) {
        let blobUrl = URL.createObjectURL(blob);
        try {
            const img = await C3.FetchImage(blobUrl);
            URL.revokeObjectURL(blobUrl);
            blobUrl = "";
            if (decodeImage && typeof img["decode"] === "function")
                await img["decode"]();
            return img
        } finally {
            if (blobUrl)
                URL.revokeObjectURL(blobUrl)
        }
    }
    ;
    C3.CreateCanvas = function CreateCanvas(width, height) {
        if (typeof document !== "undefined" && typeof document.createElement === "function") {
            const canvas = document.createElement("canvas");
            canvas.width = width;
            canvas.height = height;
            return canvas
        } else
            return new OffscreenCanvas(width,height)
    }
    ;
    C3.CanvasToBlob = function CanvasToBlob(canvas, type, quality) {
        if (typeof quality !== "number")
            quality = 1;
        type = type || "image/png";
        quality = C3.clamp(quality, 0, 1);
        if (canvas.toBlob)
            return new Promise(resolve=>canvas.toBlob(resolve, type, quality));
        else if (canvas["convertToBlob"])
            return canvas["convertToBlob"]({
                "type": type,
                "quality": quality
            });
        else
            return C3.Asyncify(()=>C3.CanvasToBlobSync(canvas, type, quality))
    }
    ;
    C3.CanvasToBlobSync = function CanvasToBlobSync(canvas, type, quality) {
        if (typeof quality !== "number")
            quality = 1;
        type = type || "image/png";
        quality = C3.clamp(quality, 0, 1);
        return C3.DataURIToBinaryBlobSync(canvas.toDataURL(type, quality))
    }
    ;
    C3.DataURIToBinaryBlobSync = function DataURIToBinaryBlobSync(datauri) {
        const o = C3.ParseDataURI(datauri);
        return C3.BinaryStringToBlob(o.data, o.mime_type)
    }
    ;
    C3.ParseDataURI = function ParseDataURI(datauri) {
        if (datauri.substr(0, 5) !== "data:")
            throw new URIError("expected data: uri");
        let comma = datauri.indexOf(",");
        if (comma < 0)
            throw new URIError("expected comma in data: uri");
        let typepart = datauri.substring(5, comma);
        let datapart = datauri.substring(comma + 1);
        let typearr = typepart.split(";");
        let mimetype = typearr[0] || "";
        let encoding1 = typearr[1];
        let encoding2 = typearr[2];
        let decodeddata;
        if (encoding1 === "base64" || encoding2 === "base64")
            decodeddata = atob(datapart);
        else
            decodeddata = decodeURIComponent(datapart);
        return {
            mime_type: mimetype,
            data: decodeddata
        }
    }
    ;
    C3.BinaryStringToBlob = function BinaryStringToBlob(binstr, mime_type) {
        let len = binstr.length;
        let len32 = len >> 2;
        let a8 = new Uint8Array(len);
        let a32 = new Uint32Array(a8.buffer,0,len32);
        let i, j;
        for (i = 0,
        j = 0; i < len32; ++i)
            a32[i] = binstr.charCodeAt(j++) | binstr.charCodeAt(j++) << 8 | binstr.charCodeAt(j++) << 16 | binstr.charCodeAt(j++) << 24;
        let tailLength = len & 3;
        while (tailLength--) {
            a8[j] = binstr.charCodeAt(j);
            ++j
        }
        if (mime_type)
            return new Blob([a8],{
                "type": mime_type
            });
        else
            return new Blob([a8])
    }
    ;
    C3.DrawableToBlob = function DrawableToBlob(drawable, type, quality) {
        const canvas = C3.CreateCanvas(drawable.width, drawable.height);
        const ctx = canvas.getContext("2d");
        ctx.drawImage(drawable, 0, 0);
        return C3.CanvasToBlob(canvas, type, quality)
    }
    ;
    C3.ImageDataToBlobSync = function ImageDataToBlobSync(imageData, type, quality) {
        const canvas = C3.CreateCanvas(imageData.width, imageData.height);
        const ctx = canvas.getContext("2d");
        ctx.putImageData(imageData, 0, 0);
        return C3.CanvasToBlobSync(canvas, type, quality)
    }
    ;
    C3.ImageDataToBlob = function ImageDataToBlob(imageData, type, quality) {
        if (C3.Supports.ImageBitmapOptions)
            return createImageBitmap(imageData, {
                "premultiplyAlpha": "none"
            }).then(imageBitmap=>C3.DrawableToBlob(imageBitmap, type, quality));
        else if (C3.Supports.ImageBitmap)
            return createImageBitmap(imageData).then(imageBitmap=>C3.DrawableToBlob(imageBitmap, type, quality));
        else {
            const canvas = C3.CreateCanvas(imageData.width, imageData.height);
            const ctx = canvas.getContext("2d");
            ctx.putImageData(imageData, 0, 0);
            return C3.CanvasToBlob(canvas, type, quality)
        }
    }
    ;
    C3.CopySet = function CopySet(dest, src) {
        dest.clear();
        for (const x of src)
            dest.add(x)
    }
    ;
    C3.MapToObject = function MapToObject(map) {
        const ret = Object.create(null);
        for (const [k,v] of map.entries())
            ret[k] = v;
        return ret
    }
    ;
    C3.ObjectToMap = function ObjectToMap(o, map) {
        map.clear();
        for (const [k,v] of Object.entries(o))
            map.set(k, v)
    }
    ;
    C3.ToSuperJSON = function ToSuperJSON(v) {
        if (typeof v === "object" && v !== null)
            if (v instanceof Set)
                return {
                    "_c3type_": "set",
                    "data": [...v].map(o=>ToSuperJSON(o))
                };
            else if (v instanceof Map)
                return {
                    "_c3type_": "map",
                    "data": [...v].map(pair=>[pair[0], ToSuperJSON(pair[1])])
                };
            else {
                const ret = Object.create(null);
                for (const [key,value] of Object.entries(v))
                    ret[key] = ToSuperJSON(value);
                return ret
            }
        return v
    }
    ;
    C3.FromSuperJSON = function FromSuperJSON(v) {
        if (typeof v === "object" & v !== null)
            if (v["_c3type_"] === "set")
                return new Set(v["data"].map(o=>FromSuperJSON(o)));
            else if (v["_c3type_"] === "map")
                return new Map(v["data"].map(pair=>[pair[0], FromSuperJSON(pair[1])]));
            else {
                const ret = Object.create(null);
                for (const [key,value] of Object.entries(v))
                    ret[key] = FromSuperJSON(value);
                return ret
            }
        return v
    }
    ;
    C3.CSSToCamelCase = function(str) {
        let ret = "";
        let isAfterHyphen = false;
        for (const ch of str)
            if (ch === "-")
                isAfterHyphen = true;
            else if (isAfterHyphen) {
                ret += ch.toUpperCase();
                isAfterHyphen = false
            } else
                ret += ch;
        return ret
    }
    ;
    C3.IsIterator = function(o) {
        return typeof o === "object" && typeof o.next === "function"
    }
    ;
    C3.MakeFilledArray = function MakeFilledArray(len, data) {
        const ret = [];
        if (typeof data === "function")
            for (let i = 0; i < len; ++i)
                ret.push(data());
        else
            for (let i = 0; i < len; ++i)
                ret.push(data);
        return ret
    }
}
;'use strict';
{
    const C3 = self.C3;
    const HSL_TEST = /([0-9.]+),([0-9.]+)%?,([0-9.]+)%?/i;
    const HSLA_TEST = /([0-9.]+),([0-9.]+)%?,([0-9.]+)%?,([0-9.])/i;
    function padTwoDigits(str) {
        if (str.length === 0)
            return "00";
        else if (str.length === 1)
            return "0" + str;
        else
            return str
    }
    function hueToRGB(p, q, t) {
        if (t < 0)
            t += 1;
        if (t > 1)
            t -= 1;
        if (t < 1 / 6)
            return p + (q - p) * 6 * t;
        if (t < 1 / 2)
            return q;
        if (t < 2 / 3)
            return p + (q - p) * (2 / 3 - t) * 6;
        return p
    }
    C3.Color = class Color {
        constructor(r, g, b, a) {
            this._r = NaN;
            this._g = NaN;
            this._b = NaN;
            this._a = NaN;
            this._r = 0;
            this._g = 0;
            this._b = 0;
            this._a = 0;
            if (r instanceof C3.Color)
                this.set(r);
            else
                this.setRgba(r || 0, g || 0, b || 0, a || 0)
        }
        setRgb(r, g, b) {
            this._r = +r;
            this._g = +g;
            this._b = +b;
            this.clamp();
            return this
        }
        setRgba(r, g, b, a) {
            this._r = +r;
            this._g = +g;
            this._b = +b;
            this._a = +a;
            this.clamp();
            return this
        }
        set(c) {
            this._r = c._r;
            this._g = c._g;
            this._b = c._b;
            this._a = c._a;
            return this
        }
        copy(c) {
            return this.set(c)
        }
        add(c) {
            this._r += c._r;
            this._g += c._g;
            this._b += c._b;
            this._a += c._a;
            this.clamp()
        }
        addRgb(r, g, b, a=0) {
            this._r += +r;
            this._g += +g;
            this._b += +b;
            this._a += +a;
            this.clamp()
        }
        diff(c) {
            this.setR(Math.max(this._r, c._r) - Math.min(this._r, c._r));
            this.setG(Math.max(this._g, c._g) - Math.min(this._g, c._g));
            this.setB(Math.max(this._b, c._b) - Math.min(this._b, c._b));
            this.setA(Math.max(this._a, c._a) - Math.min(this._a, c._a));
            this.clamp()
        }
        copyRgb(c) {
            this._r = c._r;
            this._g = c._g;
            this._b = c._b
        }
        setR(r) {
            this._r = C3.clamp(+r, 0, 1)
        }
        getR() {
            return this._r
        }
        setG(g) {
            this._g = C3.clamp(+g, 0, 1)
        }
        getG() {
            return this._g
        }
        setB(b) {
            this._b = C3.clamp(+b, 0, 1)
        }
        getB() {
            return this._b
        }
        setA(a) {
            this._a = C3.clamp(+a, 0, 1)
        }
        getA() {
            return this._a
        }
        clone() {
            return C3.New(C3.Color, this._r, this._g, this._b, this._a)
        }
        toArray() {
            return [this._r, this._g, this._b, this._a]
        }
        toTypedArray() {
            return new Float64Array(this.toArray())
        }
        writeToTypedArray(ta, i) {
            ta[i++] = this._r;
            ta[i++] = this._g;
            ta[i++] = this._b;
            ta[i] = this._a
        }
        equals(c) {
            return this._r === c._r && this._g === c._g && this._b === c._b && this._a === c._a
        }
        equalsIgnoringAlpha(c) {
            return this._r === c._r && this._g === c._g && this._b === c._b
        }
        equalsRgb(r, g, b) {
            return this._r === r && this._g === g && this._b === b
        }
        equalsRgba(r, g, b, a) {
            return this._r === r && this._g === g && this._b === b && this._a === a
        }
        multiply(c) {
            this._r *= c._r;
            this._g *= c._g;
            this._b *= c._b;
            this._a *= c._a
        }
        multiplyAlpha(a) {
            this._r *= a;
            this._g *= a;
            this._b *= a;
            this._a *= a
        }
        premultiply() {
            this._r *= this._a;
            this._g *= this._a;
            this._b *= this._a;
            return this
        }
        unpremultiply() {
            this._r /= this._a;
            this._g /= this._a;
            this._b /= this._a;
            return this
        }
        clamp() {
            this._r = C3.clamp(this._r, 0, 1);
            this._g = C3.clamp(this._g, 0, 1);
            this._b = C3.clamp(this._b, 0, 1);
            this._a = C3.clamp(this._a, 0, 1);
            return this
        }
        setFromRgbValue(rgb) {
            this._r = C3.GetRValue(rgb);
            this._g = C3.GetGValue(rgb);
            this._b = C3.GetBValue(rgb);
            this._a = C3.GetAValue(rgb)
        }
        getCssRgb(_r, _g, _b) {
            const r = C3.IsFiniteNumber(_r) ? _r : this.getR();
            const g = C3.IsFiniteNumber(_g) ? _g : this.getG();
            const b = C3.IsFiniteNumber(_b) ? _b : this.getB();
            return `rgb(${r * 100}%, ${g * 100}%, ${b * 100}%)`
        }
        getCssRgba(_r, _g, _b, _a) {
            const r = C3.IsFiniteNumber(_r) ? _r : this.getR();
            const g = C3.IsFiniteNumber(_g) ? _g : this.getG();
            const b = C3.IsFiniteNumber(_b) ? _b : this.getB();
            const a = C3.IsFiniteNumber(_a) ? _a : this.getA();
            return `rgba(${r * 100}%, ${g * 100}%, ${b * 100}%, ${a})`
        }
        toHexString() {
            const rh = Math.round(this.getR() * 255);
            const gh = Math.round(this.getG() * 255);
            const bh = Math.round(this.getB() * 255);
            return "#" + padTwoDigits(rh.toString(16)) + padTwoDigits(gh.toString(16)) + padTwoDigits(bh.toString(16))
        }
        parseHexString(str) {
            if (typeof str !== "string")
                return false;
            str = str.trim();
            if (str.charAt(0) === "#")
                str = str.substr(1);
            let rv;
            let gv;
            let bv;
            if (str.length === 3) {
                rv = parseInt(str[0], 16) / 15;
                gv = parseInt(str[1], 16) / 15;
                bv = parseInt(str[2], 16) / 15
            } else if (str.length === 6) {
                rv = parseInt(str.substr(0, 2), 16) / 255;
                gv = parseInt(str.substr(2, 2), 16) / 255;
                bv = parseInt(str.substr(4, 2), 16) / 255
            } else
                return false;
            if (isFinite(rv))
                this.setR(rv);
            if (isFinite(gv))
                this.setG(gv);
            if (isFinite(bv))
                this.setB(bv);
            this.setA(1);
            return true
        }
        toCommaSeparatedRgb() {
            const rv = Math.round(this.getR() * 255);
            const gv = Math.round(this.getG() * 255);
            const bv = Math.round(this.getB() * 255);
            return `${rv}, ${gv}, ${bv}`
        }
        toRgbArray() {
            const rv = Math.round(this.getR() * 255);
            const gv = Math.round(this.getG() * 255);
            const bv = Math.round(this.getB() * 255);
            return [rv, gv, bv]
        }
        parseCommaSeparatedRgb(str) {
            if (typeof str !== "string")
                return false;
            str = str.replace(/^rgb\(|\)|%/, "");
            const arr = str.split(",");
            if (arr.length < 3)
                return false;
            const rv = parseInt(arr[0].trim(), 10) / 255;
            const gv = parseInt(arr[1].trim(), 10) / 255;
            const bv = parseInt(arr[2].trim(), 10) / 255;
            if (isFinite(rv))
                this.setR(rv);
            if (isFinite(gv))
                this.setG(gv);
            if (isFinite(bv))
                this.setB(bv);
            this.setA(1);
            return true
        }
        parseCommaSeparatedPercentageRgb(str) {
            if (typeof str !== "string")
                return false;
            str = str.replace(/^rgb\(|\)|%/, "");
            const arr = str.split(",");
            if (arr.length < 3)
                return false;
            const rv = parseInt(arr[0].trim(), 10) / 100;
            const gv = parseInt(arr[1].trim(), 10) / 100;
            const bv = parseInt(arr[2].trim(), 10) / 100;
            if (isFinite(rv))
                this.setR(rv);
            if (isFinite(gv))
                this.setG(gv);
            if (isFinite(bv))
                this.setB(bv);
            this.setA(1);
            return true
        }
        parseCommaSeparatedRgba(str) {
            if (typeof str !== "string")
                return false;
            str = str.replace(/^rgba\(|\)|%/, "");
            const arr = str.split(",");
            if (arr.length < 4)
                return false;
            const rv = parseInt(arr[0].trim(), 10) / 255;
            const gv = parseInt(arr[1].trim(), 10) / 255;
            const bv = parseInt(arr[2].trim(), 10) / 255;
            const av = parseFloat(arr[3].trim());
            if (isFinite(rv))
                this.setR(rv);
            if (isFinite(gv))
                this.setG(gv);
            if (isFinite(bv))
                this.setB(bv);
            if (isFinite(av))
                this.setA(av);
            return true
        }
        parseCommaSeparatedPercentageRgba(str) {
            if (typeof str !== "string")
                return false;
            str = str.replace(/^rgba\(|\)|%/, "");
            const arr = str.split(",");
            if (arr.length < 4)
                return false;
            const rv = parseInt(arr[0].trim(), 10) / 100;
            const gv = parseInt(arr[1].trim(), 10) / 100;
            const bv = parseInt(arr[2].trim(), 10) / 100;
            const av = parseFloat(arr[3].trim());
            if (isFinite(rv))
                this.setR(rv);
            if (isFinite(gv))
                this.setG(gv);
            if (isFinite(bv))
                this.setB(bv);
            if (isFinite(av))
                this.setA(av);
            return true
        }
        parseString(str) {
            if (typeof str !== "string")
                return false;
            str = str.replace(/\s+/, "");
            if (str.includes(","))
                if (str.startsWith("rgb("))
                    if (str.includes("%"))
                        return this.parseCommaSeparatedPercentageRgb(str);
                    else
                        return this.parseCommaSeparatedRgb(str);
                else if (str.startsWith("rgba("))
                    if (str.includes("%"))
                        return this.parseCommaSeparatedPercentageRgba(str);
                    else
                        return this.parseCommaSeparatedRgba(str);
                else if (str.startsWith("hsl(") || str.startsWith("hsla("))
                    return this.parseHSLString(str);
                else {
                    const components = str.split(",");
                    if (str.includes("%")) {
                        if (components.length === 3)
                            return this.parseCommaSeparatedPercentageRgb(str);
                        else if (components.length === 4)
                            return this.parseCommaSeparatedPercentageRgba(str);
                        return false
                    } else {
                        if (components.length === 3)
                            return this.parseCommaSeparatedRgb(str);
                        else if (components.length === 4)
                            return this.parseCommaSeparatedRgba(str);
                        return false
                    }
                }
            else
                return this.parseHexString(str)
        }
        toJSON() {
            return [this._r, this._g, this._b, this._a]
        }
        setFromHSLA(h, s, l, a) {
            let r;
            let g;
            let b;
            h %= 360;
            s = C3.clamp(s, 0, 100);
            l = C3.clamp(l, 0, 100);
            a = C3.clamp(a, 0, 1);
            h /= 360;
            s /= 100;
            l /= 100;
            if (s === 0)
                r = g = b = l;
            else {
                const q = l < .5 ? l * (1 + s) : l + s - l * s;
                const p = 2 * l - q;
                r = hueToRGB(p, q, h + 1 / 3);
                g = hueToRGB(p, q, h);
                b = hueToRGB(p, q, h - 1 / 3)
            }
            this.setR(r);
            this.setG(g);
            this.setB(b);
            this.setA(a);
            return this
        }
        parseHSLString(str) {
            const cleanString = str.replace(/ |hsl|hsla|\(|\)|;/gi, "");
            const hsl = HSL_TEST.exec(cleanString);
            const hsla = HSLA_TEST.exec(cleanString);
            if (hsl && hsl.length === 4) {
                this.setFromHSLA(+hsl[1], +hsl[2], +hsl[3], 1);
                return true
            } else if (hsla && hsla.length === 5) {
                this.setFromHSLA(+hsl[1], +hsl[2], +hsl[3], +hsl[4]);
                return true
            }
            return false
        }
        toHSLAString() {
            const r = this._r;
            const g = this._g;
            const b = this._b;
            const a = this._a;
            const h = C3.Color.GetHue(r, g, b);
            const s = C3.Color.GetSaturation(r, g, b);
            const l = C3.Color.GetLuminosity(r, g, b);
            return `hsla(${h}, ${s}%, ${l}%, ${a})`
        }
        toHSLAArray() {
            const r = this._r;
            const g = this._g;
            const b = this._b;
            return [C3.Color.GetHue(r, g, b), C3.Color.GetSaturation(r, g, b), C3.Color.GetLuminosity(r, g, b), this._a]
        }
        setFromJSON(arr) {
            if (!Array.isArray(arr))
                return;
            if (arr.length < 3)
                return;
            this._r = arr[0];
            this._g = arr[1];
            this._b = arr[2];
            if (arr.length >= 4)
                this._a = arr[3];
            else
                this._a = 1
        }
        set r(r) {
            this.setR(r)
        }
        get r() {
            return this.getR()
        }
        set g(g) {
            this.setG(g)
        }
        get g() {
            return this.getG()
        }
        set b(b) {
            this.setB(b)
        }
        get b() {
            return this.getB()
        }
        set a(a) {
            this.setA(a)
        }
        get a() {
            return this.getA()
        }
        setAtIndex(i, v) {
            switch (i) {
            case 0:
                this.setR(v);
                break;
            case 1:
                this.setG(v);
                break;
            case 2:
                this.setB(v);
                break;
            case 3:
                this.setA(v);
                break;
            default:
                throw new RangeError("invalid color index");
            }
        }
        getAtIndex(i) {
            switch (i) {
            case 0:
                return this.getR();
            case 1:
                return this.getG();
            case 2:
                return this.getB();
            case 3:
                return this.getA();
            default:
                throw new RangeError("invalid color index");
            }
        }
        static DiffChannel(channel1, channel2) {
            return C3.clamp(Math.max(channel1, channel2) - Math.min(channel1, channel2), 0, 1)
        }
        static Diff(c1, c2) {
            const ret = new C3.Color;
            ret.setR(Math.max(c1._r, c2._r) - Math.min(c1._r, c2._r));
            ret.setG(Math.max(c1._g, c2._g) - Math.min(c1._g, c2._g));
            ret.setB(Math.max(c1._b, c2._b) - Math.min(c1._b, c2._b));
            ret.setA(Math.max(c1._a, c2._a) - Math.min(c1._a, c2._a));
            return ret
        }
        static DiffNoAlpha(c1, c2) {
            const ret = new C3.Color(0,0,0,1);
            ret.setR(Math.max(c1._r, c2._r) - Math.min(c1._r, c2._r));
            ret.setG(Math.max(c1._g, c2._g) - Math.min(c1._g, c2._g));
            ret.setB(Math.max(c1._b, c2._b) - Math.min(c1._b, c2._b));
            return ret
        }
        static GetHue(r, g, b) {
            const max = Math.max(r, g, b);
            const min = Math.min(r, g, b);
            if (max === min)
                return 0;
            let h = 0;
            switch (max) {
            case r:
                h = (g - b) / (max - min) + (g < b ? 6 : 0);
                break;
            case g:
                h = (b - r) / (max - min) + 2;
                break;
            case b:
                h = (r - g) / (max - min) + 4;
                break
            }
            return Math.round(h / 6 * 360)
        }
        static GetSaturation(r, g, b) {
            const max = Math.max(r, g, b);
            const min = Math.min(r, g, b);
            if (max === min)
                return 0;
            const l = (max + min) / 2;
            const d = max - min;
            const s = l > .5 ? d / (2 - max - min) : d / (max + min);
            return Math.round(s * 100)
        }
        static GetLuminosity(r, g, b) {
            const max = Math.max(r, g, b);
            const min = Math.min(r, g, b);
            const l = (max + min) / 2;
            if (!max)
                return 0;
            return Math.round(l * 100)
        }
    }
    ;
    C3.Color.White = Object.freeze(C3.New(C3.Color, 1, 1, 1, 1));
    C3.Color.Black = Object.freeze(C3.New(C3.Color, 0, 0, 0, 1));
    C3.Color.TransparentBlack = Object.freeze(C3.New(C3.Color, 0, 0, 0, 0))
}
;'use strict';
{
    const C3 = self.C3;
    C3.Vector2 = class Vector2 {
        constructor(x, y) {
            this._x = 0;
            this._y = 0;
            if (x instanceof C3.Vector2)
                this.copy(x);
            else
                this.set(x || 0, y || 0)
        }
        set(x, y) {
            this._x = +x;
            this._y = +y
        }
        copy(v) {
            this._x = v._x;
            this._y = v._y
        }
        equals(v) {
            return this._x === v._x && this._y === v._y
        }
        setX(x) {
            this._x = +x
        }
        getX() {
            return this._x
        }
        setY(y) {
            this._y = +y
        }
        getY() {
            return this._y
        }
        toArray() {
            return [this._x, this._y]
        }
        toTypedArray() {
            return new Float64Array(this.toArray())
        }
        writeToTypedArray(ta, i) {
            ta[i++] = this._x;
            ta[i] = this._y
        }
        offset(x, y) {
            this._x += +x;
            this._y += +y
        }
        scale(x, y) {
            this._x *= x;
            this._y *= y
        }
        round() {
            this._x = Math.round(this._x);
            this._y = Math.round(this._y)
        }
        floor() {
            this._x = Math.floor(this._x);
            this._y = Math.floor(this._y)
        }
        ceil() {
            this._x = Math.ceil(this._x);
            this._y = Math.ceil(this._y)
        }
        angle() {
            return C3.angleTo(0, 0, this._x, this._y)
        }
        lengthSquared() {
            return this._x * this._x + this._y * this._y
        }
        length() {
            return Math.sqrt(this.lengthSquared())
        }
        rotatePrecalc(sin_a, cos_a) {
            const temp = this._x * cos_a - this._y * sin_a;
            this._y = this._y * cos_a + this._x * sin_a;
            this._x = temp
        }
        rotate(a) {
            if (a === 0)
                return;
            this.rotatePrecalc(Math.sin(a), Math.cos(a))
        }
        rotateAbout(a, x, y) {
            if (a === 0 || x === this._x && y === this._y)
                return;
            this._x -= x;
            this._y -= y;
            this.rotatePrecalc(Math.sin(a), Math.cos(a));
            this._x += +x;
            this._y += +y
        }
        move(a, dist) {
            if (dist === 0)
                return;
            this._x += Math.cos(a) * dist;
            this._y += Math.sin(a) * dist
        }
        normalize() {
            const m = this.length();
            if (m !== 0 && m !== 1) {
                this._x /= m;
                this._y /= m
            }
        }
        clamp(lower, upper) {
            this._x = C3.clamp(this._x, lower, upper);
            this._y = C3.clamp(this._y, lower, upper)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Rect = class Rect {
        constructor(left, top, right, bottom) {
            this._left = NaN;
            this._top = NaN;
            this._right = NaN;
            this._bottom = NaN;
            this._left = 0;
            this._top = 0;
            this._right = 0;
            this._bottom = 0;
            if (left instanceof C3.Rect)
                this.copy(left);
            else
                this.set(left || 0, top || 0, right || 0, bottom || 0)
        }
        set(left, top, right, bottom) {
            this._left = +left;
            this._top = +top;
            this._right = +right;
            this._bottom = +bottom
        }
        setWH(left, top, width, height) {
            left = +left;
            top = +top;
            this._left = left;
            this._top = top;
            this._right = left + +width;
            this._bottom = top + +height
        }
        copy(rect) {
            this._left = +rect._left;
            this._top = +rect._top;
            this._right = +rect._right;
            this._bottom = +rect._bottom
        }
        clone() {
            return new C3.Rect(this._left,this._top,this._right,this._bottom)
        }
        static Merge(first, second) {
            const ret = new C3.Rect;
            ret.setLeft(Math.min(first._left, second._left));
            ret.setTop(Math.min(first._top, second._top));
            ret.setRight(Math.max(first._right, second._right));
            ret.setBottom(Math.max(first._bottom, second._bottom));
            return ret
        }
        static FromObject(o) {
            return new C3.Rect(o.left,o.top,o.right,o.bottom)
        }
        equals(rect) {
            return this._left === rect._left && this._top === rect._top && this._right === rect._right && this._bottom === rect._bottom
        }
        setLeft(l) {
            this._left = +l
        }
        getLeft() {
            return this._left
        }
        setTop(t) {
            this._top = +t
        }
        getTop() {
            return this._top
        }
        setRight(r) {
            this._right = +r
        }
        getRight() {
            return this._right
        }
        setBottom(b) {
            this._bottom = +b
        }
        getBottom() {
            return this._bottom
        }
        toArray() {
            return [this._left, this._top, this._right, this._bottom]
        }
        toTypedArray() {
            return new Float64Array(this.toArray())
        }
        toDOMRect() {
            return new DOMRect(this._left,this._top,this.width(),this.height())
        }
        writeToTypedArray(ta, i) {
            ta[i++] = this._left;
            ta[i++] = this._top;
            ta[i++] = this._right;
            ta[i] = this._bottom
        }
        writeAsQuadToTypedArray(ta, i) {
            ta[i++] = this._left;
            ta[i++] = this._top;
            ta[i++] = this._right;
            ta[i++] = this._top;
            ta[i++] = this._right;
            ta[i++] = this._bottom;
            ta[i++] = this._left;
            ta[i] = this._bottom
        }
        width() {
            return this._right - this._left
        }
        height() {
            return this._bottom - this._top
        }
        midX() {
            return (this._left + this._right) / 2
        }
        midY() {
            return (this._top + this._bottom) / 2
        }
        offset(x, y) {
            x = +x;
            y = +y;
            this._left += x;
            this._top += y;
            this._right += x;
            this._bottom += y
        }
        offsetLeft(x) {
            this._left += +x
        }
        offsetTop(y) {
            this._top += +y
        }
        offsetRight(x) {
            this._right += +x
        }
        offsetBottom(y) {
            this._bottom += +y
        }
        toSquare(axis) {
            if (axis !== "x")
                throw new Error("invalid axis, only 'x' supported");
            if (this._top < this._bottom)
                if (this._left < this._right)
                    this._bottom = this._top + this.width();
                else
                    this._bottom = this._top - this.width();
            else if (this._left < this._right)
                this._bottom = this._top - this.width();
            else
                this._bottom = this._top + this.width()
        }
        inflate(x, y) {
            x = +x;
            y = +y;
            this._left -= x;
            this._top -= y;
            this._right += x;
            this._bottom += y
        }
        deflate(x, y) {
            x = +x;
            y = +y;
            this._left += x;
            this._top += y;
            this._right -= x;
            this._bottom -= y
        }
        multiply(x, y) {
            this._left *= x;
            this._top *= y;
            this._right *= x;
            this._bottom *= y
        }
        divide(x, y) {
            this._left /= x;
            this._top /= y;
            this._right /= x;
            this._bottom /= y
        }
        mirrorAround(origin) {
            this._left = +origin - this._left;
            this._right = +origin - this._right
        }
        flipAround(origin) {
            this._top = +origin - this._top;
            this._bottom = +origin - this._bottom
        }
        swapLeftRight() {
            const temp = this._left;
            this._left = this._right;
            this._right = temp
        }
        swapTopBottom() {
            const temp = this._top;
            this._top = this._bottom;
            this._bottom = temp
        }
        shuntY(h) {
            const top = this._top;
            this._top = +h - this._bottom;
            this._bottom = +h - top
        }
        round() {
            this._left = Math.round(this._left);
            this._top = Math.round(this._top);
            this._right = Math.round(this._right);
            this._bottom = Math.round(this._bottom)
        }
        roundInner() {
            this._left = Math.ceil(this._left);
            this._top = Math.ceil(this._top);
            this._right = Math.floor(this._right);
            this._bottom = Math.floor(this._bottom)
        }
        roundOuter() {
            this._left = Math.floor(this._left);
            this._top = Math.floor(this._top);
            this._right = Math.ceil(this._right);
            this._bottom = Math.ceil(this._bottom)
        }
        floor() {
            this._left = Math.floor(this._left);
            this._top = Math.floor(this._top);
            this._right = Math.floor(this._right);
            this._bottom = Math.floor(this._bottom)
        }
        ceil() {
            this._left = Math.ceil(this._left);
            this._top = Math.ceil(this._top);
            this._right = Math.ceil(this._right);
            this._bottom = Math.ceil(this._bottom)
        }
        clamp(l, t, r, b) {
            if (this._left < l)
                this._left = +l;
            if (this._top < t)
                this._top = +t;
            if (this._right > r)
                this._right = +r;
            if (this._bottom > b)
                this._bottom = +b
        }
        clampFlipped(l, t, r, b) {
            if (this._left < l)
                this._left = +l;
            if (this._top > t)
                this._top = +t;
            if (this._right > r)
                this._right = +r;
            if (this._bottom < b)
                this._bottom = +b
        }
        normalize() {
            if (this._left > this._right)
                this.swapLeftRight();
            if (this._top > this._bottom)
                this.swapTopBottom()
        }
        intersectsRect(rect) {
            return !(rect._right < this._left || rect._bottom < this._top || rect._left > this._right || rect._top > this._bottom)
        }
        intersectsRectOffset(rect, x, y) {
            return !(rect._right + x < this._left || rect._bottom + y < this._top || rect._left + x > this._right || rect._top + y > this._bottom)
        }
        containsPoint(x, y) {
            return x >= this._left && x <= this._right && y >= this._top && y <= this._bottom
        }
        containsRect(rect) {
            return rect._left >= this._left && rect._top >= this._top && rect._right <= this._right && rect._bottom <= this._bottom
        }
        expandToContain(rect) {
            if (rect._left < this._left)
                this._left = +rect._left;
            if (rect._top < this._top)
                this._top = +rect._top;
            if (rect._right > this._right)
                this._right = +rect._right;
            if (rect._bottom > this._bottom)
                this._bottom = +rect._bottom
        }
        lerpInto(rect) {
            this._left = C3.lerp(rect._left, rect._right, this._left);
            this._top = C3.lerp(rect._top, rect._bottom, this._top);
            this._right = C3.lerp(rect._left, rect._right, this._right);
            this._bottom = C3.lerp(rect._top, rect._bottom, this._bottom)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Quad = class Quad {
        constructor(tlx, tly, trx, try_, brx, bry, blx, bly) {
            this._tlx = NaN;
            this._tly = NaN;
            this._trx = NaN;
            this._try = NaN;
            this._brx = NaN;
            this._bry = NaN;
            this._blx = NaN;
            this._bly = NaN;
            this._tlx = 0;
            this._tly = 0;
            this._trx = 0;
            this._try = 0;
            this._brx = 0;
            this._bry = 0;
            this._blx = 0;
            this._bly = 0;
            if (tlx instanceof C3.Quad)
                this.copy(tlx);
            else
                this.set(tlx || 0, tly || 0, trx || 0, try_ || 0, brx || 0, bry || 0, blx || 0, bly || 0)
        }
        set(tlx, tly, trx, try_, brx, bry, blx, bly) {
            this._tlx = +tlx;
            this._tly = +tly;
            this._trx = +trx;
            this._try = +try_;
            this._brx = +brx;
            this._bry = +bry;
            this._blx = +blx;
            this._bly = +bly
        }
        setRect(left, top, right, bottom) {
            this.set(left, top, right, top, right, bottom, left, bottom)
        }
        copy(q) {
            this._tlx = q._tlx;
            this._tly = q._tly;
            this._trx = q._trx;
            this._try = q._try;
            this._brx = q._brx;
            this._bry = q._bry;
            this._blx = q._blx;
            this._bly = q._bly
        }
        equals(q) {
            return this._tlx === q._tlx && this._tly === q._tly && this._trx === q._trx && this._try === q._try && this._brx === q._brx && this._bry === q._bry && this._blx === q._blx && this._bly === q._bly
        }
        setTlx(v) {
            this._tlx = +v
        }
        getTlx() {
            return this._tlx
        }
        setTly(v) {
            this._tly = +v
        }
        getTly() {
            return this._tly
        }
        setTrx(v) {
            this._trx = +v
        }
        getTrx() {
            return this._trx
        }
        setTry(v) {
            this._try = +v
        }
        getTry() {
            return this._try
        }
        setBrx(v) {
            this._brx = +v
        }
        getBrx() {
            return this._brx
        }
        setBry(v) {
            this._bry = +v
        }
        getBry() {
            return this._bry
        }
        setBlx(v) {
            this._blx = +v
        }
        getBlx() {
            return this._blx
        }
        setBly(v) {
            this._bly = +v
        }
        getBly() {
            return this._bly
        }
        toDOMQuad() {
            return new DOMQuad(new DOMPoint(this._tlx,this._tly),new DOMPoint(this._trx,this._try),new DOMPoint(this._brx,this._bry),new DOMPoint(this._blx,this._bly))
        }
        toArray() {
            return [this._tlx, this._tly, this._trx, this._try, this._brx, this._bry, this._blx, this._bly]
        }
        toTypedArray() {
            return new Float64Array(this.toArray())
        }
        writeToTypedArray(ta, i) {
            ta[i++] = this._tlx;
            ta[i++] = this._tly;
            ta[i++] = this._trx;
            ta[i++] = this._try;
            ta[i++] = this._brx;
            ta[i++] = this._bry;
            ta[i++] = this._blx;
            ta[i] = this._bly
        }
        writeToTypedArray3D(ta, i, z) {
            ta[i++] = this._tlx;
            ta[i++] = this._tly;
            ta[i++] = z;
            ta[i++] = this._trx;
            ta[i++] = this._try;
            ta[i++] = z;
            ta[i++] = this._brx;
            ta[i++] = this._bry;
            ta[i++] = z;
            ta[i++] = this._blx;
            ta[i++] = this._bly;
            ta[i] = z
        }
        offset(x, y) {
            x = +x;
            y = +y;
            this._tlx += x;
            this._tly += y;
            this._trx += x;
            this._try += y;
            this._brx += x;
            this._bry += y;
            this._blx += x;
            this._bly += y
        }
        round() {
            this._tlx = Math.round(this._tlx);
            this._tly = Math.round(this._tly);
            this._trx = Math.round(this._trx);
            this._try = Math.round(this._try);
            this._brx = Math.round(this._brx);
            this._bry = Math.round(this._bry);
            this._blx = Math.round(this._blx);
            this._bly = Math.round(this._bly)
        }
        floor() {
            this._tlx = Math.floor(this._tlx);
            this._tly = Math.floor(this._tly);
            this._trx = Math.floor(this._trx);
            this._try = Math.floor(this._try);
            this._brx = Math.floor(this._brx);
            this._bry = Math.floor(this._bry);
            this._blx = Math.floor(this._blx);
            this._bly = Math.floor(this._bly)
        }
        ceil() {
            this._tlx = Math.ceil(this._tlx);
            this._tly = Math.ceil(this._tly);
            this._trx = Math.ceil(this._trx);
            this._try = Math.ceil(this._try);
            this._brx = Math.ceil(this._brx);
            this._bry = Math.ceil(this._bry);
            this._blx = Math.ceil(this._blx);
            this._bly = Math.ceil(this._bly)
        }
        setFromRect(rect) {
            this._tlx = rect._left;
            this._tly = rect._top;
            this._trx = rect._right;
            this._try = rect._top;
            this._brx = rect._right;
            this._bry = rect._bottom;
            this._blx = rect._left;
            this._bly = rect._bottom
        }
        setFromRotatedRect(rect, a) {
            if (a === 0)
                this.setFromRect(rect);
            else
                this.setFromRotatedRectPrecalc(rect, Math.sin(a), Math.cos(a))
        }
        setFromRotatedRectPrecalc(rect, sin_a, cos_a) {
            const left_sin_a = rect._left * sin_a;
            const top_sin_a = rect._top * sin_a;
            const right_sin_a = rect._right * sin_a;
            const bottom_sin_a = rect._bottom * sin_a;
            const left_cos_a = rect._left * cos_a;
            const top_cos_a = rect._top * cos_a;
            const right_cos_a = rect._right * cos_a;
            const bottom_cos_a = rect._bottom * cos_a;
            this._tlx = left_cos_a - top_sin_a;
            this._tly = top_cos_a + left_sin_a;
            this._trx = right_cos_a - top_sin_a;
            this._try = top_cos_a + right_sin_a;
            this._brx = right_cos_a - bottom_sin_a;
            this._bry = bottom_cos_a + right_sin_a;
            this._blx = left_cos_a - bottom_sin_a;
            this._bly = bottom_cos_a + left_sin_a
        }
        getBoundingBox(rect) {
            rect.set(Math.min(this._tlx, this._trx, this._brx, this._blx), Math.min(this._tly, this._try, this._bry, this._bly), Math.max(this._tlx, this._trx, this._brx, this._blx), Math.max(this._tly, this._try, this._bry, this._bly))
        }
        containsPoint(x, y) {
            let v0x = this._trx - this._tlx;
            let v0y = this._try - this._tly;
            const v1x = this._brx - this._tlx;
            const v1y = this._bry - this._tly;
            const v2x = x - this._tlx;
            const v2y = y - this._tly;
            let dot00 = v0x * v0x + v0y * v0y;
            let dot01 = v0x * v1x + v0y * v1y;
            let dot02 = v0x * v2x + v0y * v2y;
            const dot11 = v1x * v1x + v1y * v1y;
            const dot12 = v1x * v2x + v1y * v2y;
            let invDenom = 1 / (dot00 * dot11 - dot01 * dot01);
            let u = (dot11 * dot02 - dot01 * dot12) * invDenom;
            let v = (dot00 * dot12 - dot01 * dot02) * invDenom;
            if (u >= 0 && v > 0 && u + v < 1)
                return true;
            v0x = this._blx - this._tlx;
            v0y = this._bly - this._tly;
            dot00 = v0x * v0x + v0y * v0y;
            dot01 = v0x * v1x + v0y * v1y;
            dot02 = v0x * v2x + v0y * v2y;
            invDenom = 1 / (dot00 * dot11 - dot01 * dot01);
            u = (dot11 * dot02 - dot01 * dot12) * invDenom;
            v = (dot00 * dot12 - dot01 * dot02) * invDenom;
            return u >= 0 && v > 0 && u + v < 1
        }
        midX() {
            return (this._tlx + this._trx + this._brx + this._blx) / 4
        }
        midY() {
            return (this._tly + this._try + this._bry + this._bly) / 4
        }
        intersectsSegment(x1, y1, x2, y2) {
            if (this.containsPoint(x1, y1) || this.containsPoint(x2, y2))
                return true;
            return C3.segmentIntersectsQuad(x1, y1, x2, y2, this)
        }
        intersectsQuad(rhs) {
            let midX = rhs.midX();
            let midY = rhs.midY();
            if (this.containsPoint(midX, midY))
                return true;
            midX = this.midX();
            midY = this.midY();
            if (rhs.containsPoint(midX, midY))
                return true;
            const tlx = this._tlx
              , tly = this._tly
              , trx = this._trx
              , try_ = this._try
              , brx = this._brx
              , bry = this._bry
              , blx = this._blx
              , bly = this._bly;
            return C3.segmentIntersectsQuad(tlx, tly, trx, try_, rhs) || C3.segmentIntersectsQuad(trx, try_, brx, bry, rhs) || C3.segmentIntersectsQuad(brx, bry, blx, bly, rhs) || C3.segmentIntersectsQuad(blx, bly, tlx, tly, rhs)
        }
        mirror() {
            this._swap(0, 2);
            this._swap(1, 3);
            this._swap(6, 4);
            this._swap(7, 5)
        }
        flip() {
            this._swap(0, 6);
            this._swap(1, 7);
            this._swap(2, 4);
            this._swap(3, 5)
        }
        diag() {
            this._swap(2, 6);
            this._swap(3, 7)
        }
        _swap(i, j) {
            const tmp = this._getAtIndex(i);
            this._setAtIndex(i, this._getAtIndex(j));
            this._setAtIndex(j, tmp)
        }
        _getAtIndex(i) {
            switch (i) {
            case 0:
                return this._tlx;
            case 1:
                return this._tly;
            case 2:
                return this._trx;
            case 3:
                return this._try;
            case 4:
                return this._brx;
            case 5:
                return this._bry;
            case 6:
                return this._blx;
            case 7:
                return this._bly;
            default:
                throw new RangeError("invalid quad point index");
            }
        }
        _setAtIndex(i, v) {
            v = +v;
            switch (i) {
            case 0:
                this._tlx = v;
                break;
            case 1:
                this._tly = v;
                break;
            case 2:
                this._trx = v;
                break;
            case 3:
                this._try = v;
                break;
            case 4:
                this._brx = v;
                break;
            case 5:
                this._bry = v;
                break;
            case 6:
                this._blx = v;
                break;
            case 7:
                this._bly = v;
                break;
            default:
                throw new RangeError("invalid quad point index");
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    const DEFAULT_POLY_POINTS = [0, 0, 1, 0, 1, 1, 0, 1];
    const tempQuad = C3.New(C3.Quad);
    C3.CollisionPoly = class CollisionPoly extends C3.DefendedBase {
        constructor(pointsArr, enabled=true) {
            super();
            if (!pointsArr)
                pointsArr = DEFAULT_POLY_POINTS;
            this._ptsArr = Float64Array.from(pointsArr);
            this._bbox = new C3.Rect;
            this._isBboxChanged = true;
            this._enabled = enabled
        }
        Release() {}
        pointsArr() {
            return this._ptsArr
        }
        pointCount() {
            return this._ptsArr.length / 2
        }
        setPoints(pointsArr) {
            if (this._ptsArr.length === pointsArr.length)
                this._ptsArr.set(pointsArr);
            else
                this._ptsArr = Float64Array.from(pointsArr);
            this._isBboxChanged = true
        }
        setDefaultPoints() {
            this.setPoints(DEFAULT_POLY_POINTS)
        }
        copy(poly) {
            this.setPoints(poly._ptsArr)
        }
        setBboxChanged() {
            this._isBboxChanged = true
        }
        _updateBbox() {
            if (!this._isBboxChanged)
                return;
            const ptsArr = this._ptsArr;
            let left = ptsArr[0];
            let top = ptsArr[1];
            let right = left;
            let bottom = top;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const x = ptsArr[i];
                const y = ptsArr[i + 1];
                if (x < left)
                    left = x;
                if (x > right)
                    right = x;
                if (y < top)
                    top = y;
                if (y > bottom)
                    bottom = y
            }
            this._bbox.set(left, top, right, bottom);
            this._isBboxChanged = false
        }
        setFromRect(rc, offX, offY) {
            let ptsArr = this._ptsArr;
            if (ptsArr.length !== 8) {
                ptsArr = new Float64Array(8);
                this._ptsArr = ptsArr
            }
            ptsArr[0] = rc.getLeft() - offX;
            ptsArr[1] = rc.getTop() - offY;
            ptsArr[2] = rc.getRight() - offX;
            ptsArr[3] = rc.getTop() - offY;
            ptsArr[4] = rc.getRight() - offX;
            ptsArr[5] = rc.getBottom() - offY;
            ptsArr[6] = rc.getLeft() - offX;
            ptsArr[7] = rc.getBottom() - offY;
            this._bbox.copy(rc);
            if (offX !== 0 || offY !== 0)
                this._bbox.offset(-offX, -offY);
            this._isBboxChanged = false
        }
        setFromQuad(q, offX, offY) {
            tempQuad.copy(q);
            tempQuad.offset(offX, offY);
            this.setPoints(tempQuad.toArray());
            this._isBboxChanged = true
        }
        transform(w, h, a) {
            let sina = 0;
            let cosa = 1;
            if (a !== 0) {
                sina = Math.sin(a);
                cosa = Math.cos(a)
            }
            this.transformPrecalc(w, h, sina, cosa)
        }
        transformPrecalc(w, h, sina, cosa) {
            const ptsArr = this._ptsArr;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const j = i + 1;
                const x = ptsArr[i] * w;
                const y = ptsArr[j] * h;
                ptsArr[i] = x * cosa - y * sina;
                ptsArr[j] = y * cosa + x * sina
            }
            this._isBboxChanged = true
        }
        offset(x, y) {
            const ptsArr = this._ptsArr;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                ptsArr[i] += x;
                ptsArr[i + 1] += y
            }
        }
        containsPoint(a2x, a2y) {
            const ptsArr = this._ptsArr;
            if (a2x === ptsArr[0] && a2y === ptsArr[1])
                return true;
            this._updateBbox();
            const bbox = this._bbox;
            const a1x = bbox.getLeft() - 110;
            const a1y = bbox.getTop() - 101;
            const a3x = bbox.getRight() + 131;
            const a3y = bbox.getBottom() + 120;
            let minAx12 = 0;
            let minAy12 = 0;
            let maxAx12 = 0;
            let maxAy12 = 0;
            let minAx32 = 0;
            let minAy32 = 0;
            let maxAx32 = 0;
            let maxAy32 = 0;
            if (a1x < a2x) {
                minAx12 = a1x;
                maxAx12 = a2x
            } else {
                minAx12 = a2x;
                maxAx12 = a1x
            }
            if (a1y < a2y) {
                minAy12 = a1y;
                maxAy12 = a2y
            } else {
                minAy12 = a2y;
                maxAy12 = a1y
            }
            if (a3x < a2x) {
                minAx32 = a3x;
                maxAx32 = a2x
            } else {
                minAx32 = a2x;
                maxAx32 = a3x
            }
            if (a3y < a2y) {
                minAy32 = a3y;
                maxAy32 = a2y
            } else {
                minAy32 = a2y;
                maxAy32 = a3y
            }
            let count1 = 0;
            let count2 = 0;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const j = (i + 2) % len;
                const b1x = ptsArr[i];
                const b1y = ptsArr[i + 1];
                const b2x = ptsArr[j];
                const b2y = ptsArr[j + 1];
                if (C3.segmentsIntersectPreCalc(a1x, a1y, a2x, a2y, minAx12, maxAx12, minAy12, maxAy12, b1x, b1y, b2x, b2y))
                    ++count1;
                if (C3.segmentsIntersectPreCalc(a3x, a3y, a2x, a2y, minAx32, maxAx32, minAy32, maxAy32, b1x, b1y, b2x, b2y))
                    ++count2
            }
            return count1 % 2 === 1 || count2 % 2 === 1
        }
        intersectsPoly(poly, offX, offY) {
            const rPts = poly._ptsArr;
            const lPts = this._ptsArr;
            if (this.containsPoint(rPts[0] + offX, rPts[1] + offY))
                return true;
            if (poly.containsPoint(lPts[0] - offX, lPts[1] - offY))
                return true;
            for (let i = 0, leni = lPts.length; i < leni; i += 2) {
                const j = (i + 2) % leni;
                const a1x = lPts[i];
                const a1y = lPts[i + 1];
                const a2x = lPts[j];
                const a2y = lPts[j + 1];
                let minAx = 0;
                let minAy = 0;
                let maxAx = 0;
                let maxAy = 0;
                if (a1x < a2x) {
                    minAx = a1x;
                    maxAx = a2x
                } else {
                    minAx = a2x;
                    maxAx = a1x
                }
                if (a1y < a2y) {
                    minAy = a1y;
                    maxAy = a2y
                } else {
                    minAy = a2y;
                    maxAy = a1y
                }
                for (let k = 0, lenk = rPts.length; k < lenk; k += 2) {
                    const l = (k + 2) % lenk;
                    const b1x = rPts[k] + offX;
                    const b1y = rPts[k + 1] + offY;
                    const b2x = rPts[l] + offX;
                    const b2y = rPts[l + 1] + offY;
                    if (C3.segmentsIntersectPreCalc(a1x, a1y, a2x, a2y, minAx, maxAx, minAy, maxAy, b1x, b1y, b2x, b2y))
                        return true
                }
            }
            return false
        }
        intersectsSegment(offX, offY, a1x, a1y, a2x, a2y) {
            if (this.containsPoint(a1x - offX, a1y - offY))
                return true;
            if (this.containsPoint(a2x - offX, a2y - offY))
                return true;
            let minAx = 0;
            let minAy = 0;
            let maxAx = 0;
            let maxAy = 0;
            if (a1x < a2x) {
                minAx = a1x;
                maxAx = a2x
            } else {
                minAx = a2x;
                maxAx = a1x
            }
            if (a1y < a2y) {
                minAy = a1y;
                maxAy = a2y
            } else {
                minAy = a2y;
                maxAy = a1y
            }
            const ptsArr = this._ptsArr;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const j = (i + 2) % len;
                const b1x = ptsArr[i] + offX;
                const b1y = ptsArr[i + 1] + offY;
                const b2x = ptsArr[j] + offX;
                const b2y = ptsArr[j + 1] + offY;
                if (C3.segmentsIntersectPreCalc(a1x, a1y, a2x, a2y, minAx, maxAx, minAy, maxAy, b1x, b1y, b2x, b2y))
                    return true
            }
            return false
        }
        mirror(px) {
            const ptsArr = this._ptsArr;
            for (let i = 0, len = ptsArr.length; i < len; i += 2)
                ptsArr[i] = px * 2 - ptsArr[i];
            this._isBboxChanged = true
        }
        flip(py) {
            const ptsArr = this._ptsArr;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const j = i + 1;
                ptsArr[j] = py * 2 - ptsArr[j]
            }
            this._isBboxChanged = true
        }
        diag() {
            const ptsArr = this._ptsArr;
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const j = i + 1;
                const temp = ptsArr[i];
                ptsArr[i] = ptsArr[j];
                ptsArr[j] = temp
            }
            this._isBboxChanged = true
        }
        GetMidX() {
            const ptsArr = this._ptsArr;
            let ret = 0;
            for (let i = 0, len = ptsArr.length; i < len; i += 2)
                ret += ptsArr[i];
            return ret / this.pointCount()
        }
        GetMidY() {
            const ptsArr = this._ptsArr;
            let ret = 0;
            for (let i = 0, len = ptsArr.length; i < len; i += 2)
                ret += ptsArr[i + 1];
            return ret / this.pointCount()
        }
        GetPointsArray() {
            return this._ptsArr
        }
        GetPointCount() {
            return this.pointCount()
        }
        IsEnabled() {
            return this._enabled
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.PairMap = class PairMap extends C3.DefendedBase {
        constructor(iterable) {
            super();
            this._firstMap = new Map;
            if (iterable)
                for (const [x,y,value] of iterable)
                    this.Set(x, y, value)
        }
        Release() {
            this.Clear();
            this._firstMap = null
        }
        Clear() {
            const firstMap = this._firstMap;
            for (const secondMap of firstMap.values())
                secondMap.clear();
            firstMap.clear()
        }
        Set(x, y, value) {
            const firstMap = this._firstMap;
            let secondMap = firstMap.get(x);
            if (!secondMap) {
                secondMap = new Map;
                firstMap.set(x, secondMap)
            }
            secondMap.set(y, value)
        }
        Get(x, y) {
            const secondMap = this._firstMap.get(x);
            if (!secondMap)
                return secondMap;
            return secondMap.get(y)
        }
        Has(x, y) {
            const secondMap = this._firstMap.get(x);
            if (!secondMap)
                return false;
            return secondMap.has(y)
        }
        Delete(x, y) {
            const firstMap = this._firstMap;
            const secondMap = firstMap.get(x);
            if (!secondMap)
                return false;
            const ret = secondMap.delete(y);
            if (ret && secondMap.size === 0)
                firstMap.delete(x);
            return ret
        }
        DeleteEither(k) {
            const firstMap = this._firstMap;
            const secondMap = firstMap.get(k);
            if (secondMap) {
                secondMap.clear();
                firstMap.delete(k)
            }
            for (const [x,secondMap] of firstMap.entries())
                if (secondMap.delete(k) && secondMap.size === 0)
                    firstMap.delete(x)
        }
        GetSize() {
            let ret = 0;
            for (const secondMap of this._firstMap.values())
                ret += secondMap.size;
            return ret
        }
        *values() {
            for (const secondMap of this._firstMap.values())
                yield*secondMap.values()
        }
        *keyPairs() {
            for (const [x,secondMap] of this._firstMap.entries())
                for (const y of secondMap.keys())
                    yield[x, y]
        }
        *entries() {
            for (const [x,secondMap] of this._firstMap.entries())
                for (const [y,value] of secondMap.entries())
                    yield[x, y, value]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.ArraySet = class ArraySet extends C3.DefendedBase {
        constructor() {
            super();
            this._set = new Set;
            this._arr = [];
            this._needToRebuildArray = false
        }
        Release() {
            this.Clear()
        }
        Clear() {
            this._set.clear();
            C3.clearArray(this._arr);
            this._needToRebuildArray = false
        }
        Add(v) {
            if (this._set.has(v))
                return;
            this._set.add(v);
            if (!this._needToRebuildArray)
                this._arr.push(v)
        }
        Has(v) {
            return this._set.has(v)
        }
        Delete(v) {
            if (this._set.delete(v))
                this._needToRebuildArray = true
        }
        GetSize() {
            return this._set.size
        }
        IsEmpty() {
            return this._set.size === 0
        }
        GetArray() {
            if (this._needToRebuildArray) {
                this._RebuildArray();
                this._needToRebuildArray = false
            }
            return this._arr
        }
        _RebuildArray() {
            const arr = this._arr;
            C3.clearArray(arr);
            for (const v of this._set)
                arr.push(v)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const EASE_MAP = new Map;
    const PREDEFINED_EASE_MAP = new Map;
    const CUSTOM_EASE_EDITOR_MAP = new Map;
    const CUSTOM_EASE_RUNTIME_MAP = new Map;
    const PRIVATE_EASE_MAP = new Map;
    const ALIAS_MAP = new Map;
    ALIAS_MAP.set("linear", "noease");
    ALIAS_MAP.set("default", "noease");
    self.Ease = class Ease {
        constructor() {}
        static InheritEase() {
            return "default"
        }
        static DefaultEase() {
            return "noease"
        }
        static GetEditorEaseNames(project, ...filter) {
            this._CreateEaseMap();
            if (!CUSTOM_EASE_EDITOR_MAP.has(project))
                CUSTOM_EASE_EDITOR_MAP.set(project, new Map);
            const customEaseMap = CUSTOM_EASE_EDITOR_MAP.get(project);
            return [...PREDEFINED_EASE_MAP.keys()].concat([...customEaseMap.keys()]).filter(ease=>!filter.includes(ease))
        }
        static GetRuntimeEaseNames() {
            this._CreateEaseMap();
            return [...PREDEFINED_EASE_MAP.keys()].concat([...CUSTOM_EASE_RUNTIME_MAP.keys()])
        }
        static IsNamePredefined(easeName) {
            this._CreateEaseMap();
            return [...PREDEFINED_EASE_MAP.keys()].includes(easeName)
        }
        static _GetEase(easeName) {
            const realEaseName = ALIAS_MAP.get(easeName);
            if (realEaseName)
                return EASE_MAP.get(realEaseName);
            if (Ease.IsNamePredefined(easeName))
                return EASE_MAP.get(easeName);
            if (PRIVATE_EASE_MAP.has(easeName))
                return PRIVATE_EASE_MAP.get(easeName)
        }
        static GetEditorEase(easeName, project) {
            this._CreateEaseMap();
            const ease = Ease._GetEase(easeName);
            if (ease)
                return ease;
            return CUSTOM_EASE_EDITOR_MAP.get(project).get(easeName)
        }
        static GetRuntimeEase(easeName) {
            this._CreateEaseMap();
            const ease = Ease._GetEase(easeName);
            if (ease)
                return ease;
            return CUSTOM_EASE_RUNTIME_MAP.get(easeName)
        }
        static GetEaseFromIndex(index) {
            this._CreateEaseMap();
            const names = this.GetRuntimeEaseNames();
            return names[index]
        }
        static GetIndexForEase(name, project) {
            this._CreateEaseMap();
            const names = this.GetEditorEaseNames(project);
            return names.indexOf(name)
        }
        static _CreateEaseMap() {
            if (EASE_MAP.size !== 0)
                return;
            this._AddPredifinedEase("default", ()=>{}
            );
            this._AddPredifinedEase("noease", this.NoEase);
            this._AddPredifinedEase("easeinsine", this.EaseInSine);
            this._AddPredifinedEase("easeoutsine", this.EaseOutSine);
            this._AddPredifinedEase("easeinoutsine", this.EaseInOutSine);
            this._AddPredifinedEase("easeinelastic", this.EaseInElastic);
            this._AddPredifinedEase("easeoutelastic", this.EaseOutElastic);
            this._AddPredifinedEase("easeinoutelastic", this.EaseInOutElastic);
            this._AddPredifinedEase("easeinback", this.EaseInBack);
            this._AddPredifinedEase("easeoutback", this.EaseOutBack);
            this._AddPredifinedEase("easeinoutback", this.EaseInOutBack);
            this._AddPredifinedEase("easeinbounce", this.EaseInBounce);
            this._AddPredifinedEase("easeoutbounce", this.EaseOutBounce);
            this._AddPredifinedEase("easeinoutbounce", this.EaseInOutBounce);
            this._AddPredifinedEase("easeincubic", this.EaseInCubic);
            this._AddPredifinedEase("easeoutcubic", this.EaseOutCubic);
            this._AddPredifinedEase("easeinoutcubic", this.EaseInOutCubic);
            this._AddPredifinedEase("easeinquad", this.EaseInQuad);
            this._AddPredifinedEase("easeoutquad", this.EaseOutQuad);
            this._AddPredifinedEase("easeinoutquad", this.EaseInOutQuad);
            this._AddPredifinedEase("easeinquart", this.EaseInQuart);
            this._AddPredifinedEase("easeoutquart", this.EaseOutQuart);
            this._AddPredifinedEase("easeinoutquart", this.EaseInOutQuart);
            this._AddPredifinedEase("easeinquint", this.EaseInQuint);
            this._AddPredifinedEase("easeoutquint", this.EaseOutQuint);
            this._AddPredifinedEase("easeinoutquint", this.EaseInOutQuint);
            this._AddPredifinedEase("easeincirc", this.EaseInCirc);
            this._AddPredifinedEase("easeoutcirc", this.EaseOutCirc);
            this._AddPredifinedEase("easeinoutcirc", this.EaseInOutCirc);
            this._AddPredifinedEase("easeinexpo", this.EaseInExpo);
            this._AddPredifinedEase("easeoutexpo", this.EaseOutExpo);
            this._AddPredifinedEase("easeinoutexpo", this.EaseInOutExpo);
            this._AddPrivateCustomEase("cubicbezier", this.EaseCubicBezier);
            this._AddPrivateCustomEase("spline", this.EaseSpline)
        }
        static _AddPredifinedEase(name, func) {
            Ease._AddEase(name, func, "predefined")
        }
        static _AddPrivateCustomEase(name, func) {
            Ease._AddEase(name, func, "private")
        }
        static AddCustomEase(name, func, project) {
            this._CreateEaseMap();
            Ease._AddEase(name, func, "custom", project)
        }
        static RemoveCustomEase(name, project) {
            if (this.IsNamePredefined(name))
                return;
            if ([...PRIVATE_EASE_MAP.keys()].includes(name))
                return;
            const customEaseMap = CUSTOM_EASE_EDITOR_MAP.get(project);
            if (customEaseMap)
                customEaseMap.delete(name)
        }
        static _AddEase(name, func, mode, project) {
            switch (mode) {
            case "predefined":
                EASE_MAP.set(name, func);
                PREDEFINED_EASE_MAP.set(name, func);
                break;
            case "custom":
                if (project) {
                    if (!CUSTOM_EASE_EDITOR_MAP.has(project))
                        CUSTOM_EASE_EDITOR_MAP.set(project, new Map);
                    const customEaseMap = CUSTOM_EASE_EDITOR_MAP.get(project);
                    customEaseMap.set(name, func)
                } else
                    CUSTOM_EASE_RUNTIME_MAP.set(name, func);
                break;
            case "private":
                EASE_MAP.set(name, func);
                PRIVATE_EASE_MAP.set(name, func);
                break;
            default:
                throw new Error("unexpected ease mode");
            }
        }
        static NoEase(t, b, c, d) {
            return c * t / d + b
        }
        static EaseInQuad(t, b, c, d) {
            return c * (t /= d) * t + b
        }
        static EaseOutQuad(t, b, c, d) {
            return -c * (t /= d) * (t - 2) + b
        }
        static EaseInOutQuad(t, b, c, d) {
            if ((t /= d / 2) < 1)
                return c / 2 * t * t + b;
            return -c / 2 * (--t * (t - 2) - 1) + b
        }
        static EaseInCubic(t, b, c, d) {
            return c * (t /= d) * t * t + b
        }
        static EaseOutCubic(t, b, c, d) {
            return c * ((t = t / d - 1) * t * t + 1) + b
        }
        static EaseInOutCubic(t, b, c, d) {
            if ((t /= d / 2) < 1)
                return c / 2 * t * t * t + b;
            return c / 2 * ((t -= 2) * t * t + 2) + b
        }
        static EaseInQuart(t, b, c, d) {
            return c * (t /= d) * t * t * t + b
        }
        static EaseOutQuart(t, b, c, d) {
            return -c * ((t = t / d - 1) * t * t * t - 1) + b
        }
        static EaseInOutQuart(t, b, c, d) {
            if ((t /= d / 2) < 1)
                return c / 2 * t * t * t * t + b;
            return -c / 2 * ((t -= 2) * t * t * t - 2) + b
        }
        static EaseInQuint(t, b, c, d) {
            return c * (t /= d) * t * t * t * t + b
        }
        static EaseOutQuint(t, b, c, d) {
            return c * ((t = t / d - 1) * t * t * t * t + 1) + b
        }
        static EaseInOutQuint(t, b, c, d) {
            if ((t /= d / 2) < 1)
                return c / 2 * t * t * t * t * t + b;
            return c / 2 * ((t -= 2) * t * t * t * t + 2) + b
        }
        static EaseInSine(t, b, c, d) {
            return -c * Math.cos(t / d * (Math.PI / 2)) + c + b
        }
        static EaseOutSine(t, b, c, d) {
            return c * Math.sin(t / d * (Math.PI / 2)) + b
        }
        static EaseInOutSine(t, b, c, d) {
            return -c / 2 * (Math.cos(Math.PI * t / d) - 1) + b
        }
        static EaseInExpo(t, b, c, d) {
            return t === 0 ? b : c * Math.pow(2, 10 * (t / d - 1)) + b
        }
        static EaseOutExpo(t, b, c, d) {
            return t === d ? b + c : c * (-Math.pow(2, -10 * t / d) + 1) + b
        }
        static EaseInOutExpo(t, b, c, d) {
            if (t === 0)
                return b;
            if (t === d)
                return b + c;
            if ((t /= d / 2) < 1)
                return c / 2 * Math.pow(2, 10 * (t - 1)) + b;
            return c / 2 * (-Math.pow(2, -10 * --t) + 2) + b
        }
        static EaseInCirc(t, b, c, d) {
            return -c * (Math.sqrt(1 - (t /= d) * t) - 1) + b
        }
        static EaseOutCirc(t, b, c, d) {
            return c * Math.sqrt(1 - (t = t / d - 1) * t) + b
        }
        static EaseInOutCirc(t, b, c, d) {
            if ((t /= d / 2) < 1)
                return -c / 2 * (Math.sqrt(1 - t * t) - 1) + b;
            return c / 2 * (Math.sqrt(1 - (t -= 2) * t) + 1) + b
        }
        static EaseInElastic(t, b, c, d) {
            let s = 1.70158;
            let p = 0;
            let a = c;
            if (t === 0)
                return b;
            if ((t /= d) === 1)
                return b + c;
            if (!p)
                p = d * .3;
            if (a < Math.abs(c)) {
                a = c;
                s = p / 4
            } else
                s = p / (2 * Math.PI) * Math.asin(c / a);
            return -(a * Math.pow(2, 10 * (t -= 1)) * Math.sin((t * d - s) * (2 * Math.PI) / p)) + b
        }
        static EaseOutElastic(t, b, c, d) {
            let s = 1.70158;
            let p = 0;
            let a = c;
            if (t === 0)
                return b;
            if ((t /= d) === 1)
                return b + c;
            if (!p)
                p = d * .3;
            if (a < Math.abs(c)) {
                a = c;
                s = p / 4
            } else
                s = p / (2 * Math.PI) * Math.asin(c / a);
            return a * Math.pow(2, -10 * t) * Math.sin((t * d - s) * (2 * Math.PI) / p) + c + b
        }
        static EaseInOutElastic(t, b, c, d) {
            let s = 1.70158;
            let p = 0;
            let a = c;
            if (t === 0)
                return b;
            if ((t /= d / 2) === 2)
                return b + c;
            if (!p)
                p = d * (.3 * 1.5);
            if (a < Math.abs(c)) {
                a = c;
                s = p / 4
            } else
                s = p / (2 * Math.PI) * Math.asin(c / a);
            if (t < 1)
                return -.5 * (a * Math.pow(2, 10 * (t -= 1)) * Math.sin((t * d - s) * (2 * Math.PI) / p)) + b;
            return a * Math.pow(2, -10 * (t -= 1)) * Math.sin((t * d - s) * (2 * Math.PI) / p) * .5 + c + b
        }
        static EaseInBack(t, b, c, d, s) {
            if (s === undefined)
                s = 1.70158;
            return c * (t /= d) * t * ((s + 1) * t - s) + b
        }
        static EaseOutBack(t, b, c, d, s) {
            if (s === undefined)
                s = 1.70158;
            return c * ((t = t / d - 1) * t * ((s + 1) * t + s) + 1) + b
        }
        static EaseInOutBack(t, b, c, d, s) {
            if (s === undefined)
                s = 1.70158;
            if ((t /= d / 2) < 1)
                return c / 2 * (t * t * (((s *= 1.525) + 1) * t - s)) + b;
            return c / 2 * ((t -= 2) * t * (((s *= 1.525) + 1) * t + s) + 2) + b
        }
        static EaseInBounce(t, b, c, d) {
            return c - Ease.EaseOutBounce(d - t, 0, c, d) + b
        }
        static EaseOutBounce(t, b, c, d) {
            if ((t /= d) < 1 / 2.75)
                return c * (7.5625 * t * t) + b;
            else if (t < 2 / 2.75)
                return c * (7.5625 * (t -= 1.5 / 2.75) * t + .75) + b;
            else if (t < 2.5 / 2.75)
                return c * (7.5625 * (t -= 2.25 / 2.75) * t + .9375) + b;
            else
                return c * (7.5625 * (t -= 2.625 / 2.75) * t + .984375) + b
        }
        static EaseInOutBounce(t, b, c, d) {
            if (t < d / 2)
                return Ease.EaseInBounce(t * 2, 0, c, d) * .5 + b;
            return Ease.EaseOutBounce(t * 2 - d, 0, c, d) * .5 + c * .5 + b
        }
        static EaseCubicBezier(t, p0, p1, p2, p3) {
            const _0 = p0;
            const _1 = 3 * t * (p1 - p0);
            const _2 = 3 * t ** 2 * (p0 + p2 - 2 * p1);
            const _3 = t ** 3 * (p3 - p0 + 3 * p1 - 3 * p2);
            return _0 + _1 + _2 + _3
        }
        static EaseSpline(t, sx, sy, x1, y1, x2, y2, ex, ey, samples) {
            if (x1 === y1 && x2 === y2)
                return t;
            const tx = get_t_for_x(t, sx, x1, x2, ex, samples);
            const va = a(sy, y1, y2, ey);
            const vb = b(sy, y1, y2, ey);
            const vc = c(sy, y1, y2, ey);
            return calc_bezier(tx, va, vb, vc)
        }
        static GetBezierSamples(startx, a1x, a2x, endx) {
            const ret = [];
            const va = a(startx, a1x, a2x, endx);
            const vb = b(startx, a1x, a2x, endx);
            const vc = c(startx, a1x, a2x, endx);
            for (let i = 0; i < SAMPLE_COUNT; ++i) {
                const sample = calc_bezier(i * SAMPLE_STEP, va, vb, vc);
                ret.push(sample)
            }
            return ret
        }
    }
    ;
    const SAMPLE_COUNT = 11;
    const SAMPLE_STEP = 1 / (SAMPLE_COUNT - 1);
    const NEWTON_RAPHSON_ITERATIONS = 4;
    const NEWTON_RAPHSON_MIN_SLOPE = .02;
    const SUBDIVISION_PRECISION = 1E-7;
    const SUBDIVISION_MAX_ITERATIONS = 10;
    const a = (p0,p1,p2,p3)=>{
        return p3 - 3 * p2 + 3 * p1 - p0
    }
    ;
    const b = (p0,p1,p2,p3)=>{
        return 3 * p2 - 6 * p1 + 3 * p0
    }
    ;
    const c = (p0,p1,p2,p3)=>{
        return 3 * (p1 - p0)
    }
    ;
    const calc_bezier = (aT,a,b,c)=>{
        return ((a * aT + b) * aT + c) * aT
    }
    ;
    const get_slope = (aT,a,b,c)=>{
        return 3 * a * aT * aT + 2 * b * aT + c
    }
    ;
    const get_t_for_x = (aX,p0,p1,p2,p3,samples)=>{
        if (aX == 1)
            return 1;
        let intervalStart = 0;
        let currentSampleIndex = 1;
        let currentSampleValue = samples[currentSampleIndex];
        let lastSampleIndex = SAMPLE_COUNT - 1;
        let lastSampleValue = samples[SAMPLE_COUNT - 1];
        while (currentSampleIndex != lastSampleIndex && currentSampleValue <= aX) {
            currentSampleIndex++;
            currentSampleValue = samples[currentSampleIndex];
            intervalStart += SAMPLE_STEP
        }
        currentSampleIndex--;
        currentSampleValue = samples[currentSampleIndex];
        const dist = (aX - currentSampleValue) / (samples[currentSampleIndex + 1] - currentSampleValue);
        let guess = intervalStart + dist * SAMPLE_STEP;
        const va = a(p0, p1, p2, p3);
        const vb = b(p0, p1, p2, p3);
        const vc = c(p0, p1, p2, p3);
        const initSlope = get_slope(guess, va, vb, vc);
        if (initSlope === 0)
            return guess;
        else if (initSlope >= NEWTON_RAPHSON_MIN_SLOPE) {
            for (let i = 0; i < NEWTON_RAPHSON_ITERATIONS; ++i) {
                const x = calc_bezier(guess, va, vb, vc) - aX;
                const slope = get_slope(guess, va, vb, vc);
                guess -= x / slope
            }
            return guess
        } else {
            let aA = intervalStart;
            let aB = intervalStart + SAMPLE_STEP;
            let i = 0;
            let precissionLimit;
            let maxIterations;
            do {
                guess = aA + (aB - aA) / 2;
                let x = calc_bezier(guess, va, vb, vc) - aX;
                if (x > 0)
                    aB = guess;
                else
                    aA = guess;
                precissionLimit = Math.abs(x) > SUBDIVISION_PRECISION;
                maxIterations = ++i < SUBDIVISION_MAX_ITERATIONS
            } while (precissionLimit && maxIterations);
            return guess
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function RequireStringOrNumber(value) {
        if (!C3.IsString(value))
            ;
    }
    C3.ProbabilityTable = class ProbabilityTable {
        constructor() {
            this._items = [];
            this._totalWeight = 0
        }
        Release() {
            this.Clear();
            this._items = null
        }
        Clear() {
            C3.clear2DArray(this._items);
            this._totalWeight = 0
        }
        GetTotalWeight() {
            return this._totalWeight
        }
        Sample(t=Math.random() * this.GetTotalWeight()) {
            let sumWeight = 0;
            for (const [weight,value] of this._items) {
                sumWeight += weight;
                if (t < sumWeight)
                    return value
            }
            return 0
        }
        AddItem(weight, value) {
            RequireStringOrNumber(value);
            this._totalWeight += weight;
            this._items.push([weight, value])
        }
        RemoveItem(weight, value) {
            RequireStringOrNumber(value);
            const ignoreWeight = weight === 0;
            for (let i = 0; i < this._items.length; i++) {
                const item = this._items[i];
                const doesWeightMatch = ignoreWeight || item[0] === weight;
                const doesValueMatch = item[1] === value;
                if (doesWeightMatch && doesValueMatch) {
                    this._items.splice(i, 1);
                    this._totalWeight -= item[0];
                    break
                }
            }
        }
        asJSON() {
            return JSON.stringify(this._items)
        }
        static fromJSON(str) {
            const table = new C3.ProbabilityTable;
            const items = JSON.parse(str);
            for (const item of items) {
                const weight = item[0];
                const value = item[1];
                table.AddItem(weight, value)
            }
            return table
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Event = class Event {
        constructor(type, cancelable) {
            this.type = type;
            this.cancelable = !!cancelable;
            this.defaultPrevented = false;
            this.propagationStopped = false;
            this.isAsync = false
        }
        preventDefault() {
            if (!this.cancelable)
                throw new Error(`event '${this.type}' is not cancelable`);
            this.defaultPrevented = true
        }
        stopPropagation() {
            if (!this.cancelable)
                throw new Error(`event '${this.type}' cannot be stopped`);
            if (this.isAsync)
                throw new Error(`cannot stop async event '${this.type}' propagation`);
            this.propagationStopped = true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    C3.Event.Handler = class EventHandler extends C3.DefendedBase {
        constructor(type) {
            super();
            this._type = type;
            this._captureListeners = [];
            this._captureListenersSet = new Set;
            this._listeners = [];
            this._listenersSet = new Set;
            this._fireDepth = 0;
            this._queueAddListeners = [];
            this._queueRemoveCaptureListeners = [];
            this._queueRemoveListeners = []
        }
        Release() {
            if (this._fireDepth > 0)
                return;
            C3.clearArray(this._captureListeners);
            this._captureListenersSet.clear();
            C3.clearArray(this._listeners);
            this._listenersSet.clear();
            C3.clearArray(this._queueAddListeners);
            C3.clearArray(this._queueRemoveCaptureListeners);
            C3.clearArray(this._queueRemoveListeners);
            C3.Release(this)
        }
        _AddListener(func, capture) {
            if (this._IsFiring()) {
                this._queueAddListeners.push([func, capture]);
                return
            }
            if (capture) {
                if (this._captureListenersSet.has(func))
                    return;
                this._captureListeners.push(func);
                this._captureListenersSet.add(func)
            } else {
                if (this._listenersSet.has(func))
                    return;
                this._listeners.push(func);
                this._listenersSet.add(func)
            }
        }
        _RemoveListener(func, capture) {
            if (this._IsFiring()) {
                if (capture)
                    this._queueRemoveCaptureListeners.push(func);
                else
                    this._queueRemoveListeners.push(func);
                return
            }
            if (capture) {
                if (this._captureListenersSet.has(func)) {
                    this._captureListenersSet.delete(func);
                    C3.arrayFindRemove(this._captureListeners, func)
                }
            } else if (this._listenersSet.has(func)) {
                this._listenersSet.delete(func);
                C3.arrayFindRemove(this._listeners, func)
            }
        }
        _IsEmpty() {
            return !this._captureListeners.length && !this._listeners.length
        }
        _IsFiring() {
            return this._fireDepth > 0
        }
        _ProcessQueuedListeners() {
            for (let q of this._queueAddListeners)
                this._AddListener(...q);
            C3.clearArray(this._queueAddListeners);
            for (const func of this._queueRemoveListeners)
                this._listenersSet.delete(func);
            for (const func of this._queueRemoveCaptureListeners)
                this._captureListenersSet.delete(func);
            const removeListenersSet = new Set(this._queueRemoveListeners);
            const removeCaptureListenersSet = new Set(this._queueRemoveCaptureListeners);
            C3.arrayRemoveAllInSet(this._listeners, removeListenersSet);
            C3.arrayRemoveAllInSet(this._captureListeners, removeCaptureListenersSet);
            C3.clearArray(this._queueRemoveCaptureListeners);
            C3.clearArray(this._queueRemoveListeners)
        }
        _FireCancellable(event) {
            this._IncreaseFireDepth();
            let isStopped = false;
            for (let i = 0, len = this._captureListeners.length; i < len; ++i) {
                this._captureListeners[i](event);
                if (event.propagationStopped) {
                    isStopped = true;
                    break
                }
            }
            if (!isStopped)
                for (let i = 0, len = this._listeners.length; i < len; ++i) {
                    this._listeners[i](event);
                    if (event.propagationStopped)
                        break
                }
            this._DecreaseFireDepth();
            return !event.defaultPrevented
        }
        _FireNonCancellable(event) {
            this._IncreaseFireDepth();
            for (let i = 0, len = this._captureListeners.length; i < len; ++i)
                this._captureListeners[i](event);
            for (let i = 0, len = this._listeners.length; i < len; ++i)
                this._listeners[i](event);
            this._DecreaseFireDepth();
            return true
        }
        _IncreaseFireDepth() {
            this._fireDepth++
        }
        _DecreaseFireDepth() {
            this._fireDepth--;
            if (this._fireDepth === 0 && (this._queueAddListeners.length || this._queueRemoveCaptureListeners.length || this._queueRemoveListeners.length))
                this._ProcessQueuedListeners()
        }
        SetDelayRemoveEventsEnabled(e) {
            if (e)
                this._IncreaseFireDepth();
            else
                this._DecreaseFireDepth()
        }
        _FireAsync(event) {
            let callbackPromises = [];
            for (let i = 0, len = this._captureListeners.length; i < len; ++i) {
                let func = this._captureListeners[i];
                callbackPromises.push(C3.Asyncify(()=>func(event)))
            }
            for (let i = 0, len = this._listeners.length; i < len; ++i) {
                let func = this._listeners[i];
                callbackPromises.push(C3.Asyncify(()=>func(event)))
            }
            return Promise.all(callbackPromises).then(()=>!event.defaultPrevented)
        }
        _FireAndWait_AsyncOptional(event) {
            const results = [];
            this._IncreaseFireDepth();
            for (let i = 0, len = this._captureListeners.length; i < len; ++i) {
                const ret = this._captureListeners[i](event);
                if (ret instanceof Promise)
                    results.push(ret)
            }
            for (let i = 0, len = this._listeners.length; i < len; ++i) {
                const ret = this._listeners[i](event);
                if (ret instanceof Promise)
                    results.push(ret)
            }
            this._DecreaseFireDepth();
            if (results.length)
                return Promise.all(results).then(()=>!event.defaultPrevented);
            else
                return !event.defaultPrevented
        }
        async _FireAndWaitAsync(event) {
            return await this._FireAndWait_AsyncOptional(event)
        }
        async _FireAndWaitAsyncSequential(event) {
            this._IncreaseFireDepth();
            for (let i = 0, len = this._captureListeners.length; i < len; ++i) {
                const ret = this._captureListeners[i](event);
                if (ret instanceof Promise)
                    await ret
            }
            for (let i = 0, len = this._listeners.length; i < len; ++i) {
                const ret = this._listeners[i](event);
                if (ret instanceof Promise)
                    await ret
            }
            this._DecreaseFireDepth();
            return !event.defaultPrevented
        }
        *_FireAsGenerator(event) {
            this._IncreaseFireDepth();
            for (let i = 0, len = this._captureListeners.length; i < len; ++i) {
                const ret = this._captureListeners[i](event);
                if (C3.IsIterator(ret))
                    yield*ret
            }
            for (let i = 0, len = this._listeners.length; i < len; ++i) {
                const ret = this._listeners[i](event);
                if (C3.IsIterator(ret))
                    yield*ret
            }
            this._DecreaseFireDepth()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Event.Dispatcher = class EventDispatcher extends C3.DefendedBase {
        constructor() {
            super();
            this._eventHandlers = new Map;
            this._dispatcherWasReleased = false
        }
        Release() {
            if (this._dispatcherWasReleased)
                throw new Error("already released");
            this.ClearEvents();
            this._dispatcherWasReleased = true;
            C3.Release(this)
        }
        WasReleased() {
            return this._dispatcherWasReleased
        }
        ClearEvents() {
            for (let handler of this._eventHandlers.values())
                handler.Release();
            this._eventHandlers.clear()
        }
        _GetHandlerByType(type, create_if_missing) {
            let handler = this._eventHandlers.get(type);
            if (handler)
                return handler;
            if (create_if_missing) {
                handler = C3.New(C3.Event.Handler, type);
                this._eventHandlers.set(type, handler);
                return handler
            }
            return null
        }
        HasAnyHandlerFor(type) {
            return this._eventHandlers.has(type)
        }
        addEventListener(type, func, capture) {
            let handler = this._GetHandlerByType(type, true);
            handler._AddListener(func, !!capture)
        }
        removeEventListener(type, func, capture) {
            let handler = this._GetHandlerByType(type, false);
            if (!handler)
                return;
            handler._RemoveListener(func, !!capture);
            if (handler._IsEmpty())
                this._eventHandlers.delete(type)
        }
        dispatchEvent(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return true;
            if (event.cancelable)
                return handler._FireCancellable(event);
            else
                return handler._FireNonCancellable(event)
        }
        dispatchEventAsync(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return Promise.resolve(true);
            event.isAsync = true;
            return handler._FireAsync(event)
        }
        async dispatchEventAndClearAsync(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return true;
            this._eventHandlers.delete(event.type);
            event.isAsync = true;
            const ret = await handler._FireAsync(event);
            handler.Release();
            return ret
        }
        async dispatchEventAndWaitAsync(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return true;
            return await handler._FireAndWaitAsync(event)
        }
        dispatchEventAndWait_AsyncOptional(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return true;
            return handler._FireAndWait_AsyncOptional(event)
        }
        async dispatchEventAndWaitAsyncSequential(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return true;
            return await handler._FireAndWaitAsyncSequential(event)
        }
        dispatchGeneratorEvent(event) {
            const handler = this._GetHandlerByType(event.type, false);
            if (!handler)
                return null;
            if (event.cancelable)
                throw new Error("not supported");
            else
                return handler._FireAsGenerator(event)
        }
        SetDelayRemoveEventsEnabled(e) {
            for (const handler of this._eventHandlers.values())
                handler.SetDelayRemoveEventsEnabled(e)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const SETTIMEOUT_WORK_DURATION = 12;
    const SETTIMEOUT_INTERVAL = 16;
    const IDLECALLBACK_TIMEOUT = 35;
    const SUPPORTS_RIC = typeof requestIdleCallback !== "undefined";
    let workQueue = [];
    let callbackId = -1;
    let highThroughputMode = 0;
    function SetNewCallback(timerTimeout) {
        if (SUPPORTS_RIC && highThroughputMode === 0)
            callbackId = requestIdleCallback(DoAsyncifiedWork, {
                timeout: IDLECALLBACK_TIMEOUT
            });
        else
            callbackId = setTimeout(DoAsyncifiedWork, highThroughputMode > 0 ? 1 : timerTimeout)
    }
    function DoAsyncifiedWork(deadline) {
        callbackId = -1;
        if (!workQueue.length)
            return;
        let startTime = performance.now();
        let curTime = startTime;
        let jobCount = 0;
        let estimatedNextJobDuration = 0;
        do {
            DoNextAsyncifiedJob(workQueue.shift());
            curTime = performance.now();
            ++jobCount;
            estimatedNextJobDuration = (curTime - startTime) / jobCount * 1.1
        } while (workQueue.length && (SUPPORTS_RIC && highThroughputMode === 0 && typeof deadline !== "undefined" ? estimatedNextJobDuration < deadline["timeRemaining"]() : curTime - startTime + estimatedNextJobDuration < SETTIMEOUT_WORK_DURATION));
        if (callbackId === -1 && workQueue.length) {
            let workDuration = curTime - startTime;
            let timeout = Math.max(SETTIMEOUT_INTERVAL - workDuration, 4);
            SetNewCallback(timeout)
        }
    }
    function DoNextAsyncifiedJob(w) {
        let ret;
        try {
            ret = w.func()
        } catch (e) {
            w.reject(e);
            return
        }
        w.resolve(ret)
    }
    let asyncifyDisabled = C3.QueryString.Has("disable-asyncify");
    if (asyncifyDisabled)
        console.warn("[Asyncify] Asyncify has been disabled due to disable-asyncify in the query string. Some work will now be done synchronously.");
    C3.Asyncify = function Asyncify(func) {
        let stack = null;
        if (C3.isDebug)
            stack = C3.GetCallStack();
        return new Promise((resolve,reject)=>{
            workQueue.push({
                func: func,
                resolve: resolve,
                reject: reject,
                stack: stack
            });
            if (asyncifyDisabled) {
                DoNextAsyncifiedJob(workQueue.pop());
                return
            }
            if (callbackId === -1)
                SetNewCallback(SETTIMEOUT_INTERVAL)
        }
        )
    }
    ;
    C3.Asyncify.SetHighThroughputMode = function SetHighThroughputMode(m) {
        if (m)
            ++highThroughputMode;
        else {
            --highThroughputMode;
            if (highThroughputMode < 0)
                throw new Error("already turned off high throughput mode");
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IDLE_CHECK_MIN_INTERVAL = 1E3;
    const IDLE_CHECK_TIMER_OVERSHOOT = 100;
    let cachedNowTime = -1;
    function ClearTimeCache() {
        cachedNowTime = -1
    }
    C3.FastGetDateNow = function FastGetDateNow() {
        if (cachedNowTime === -1) {
            cachedNowTime = Date.now();
            self.setTimeout(ClearTimeCache, 16)
        }
        return cachedNowTime
    }
    ;
    let timerId = -1;
    let nextDeadline = -1;
    let activeIdleTimeouts = new Set;
    function CheckActiveIdleTimeouts() {
        timerId = -1;
        nextDeadline = -1;
        let nowTime = Date.now();
        for (let i of activeIdleTimeouts)
            if (i._CheckTimeout(nowTime)) {
                let deadline = i._GetDeadline();
                if (nextDeadline === -1 || deadline < nextDeadline)
                    nextDeadline = deadline
            } else
                activeIdleTimeouts.delete(i);
        if (nextDeadline !== -1) {
            let duration = Math.max(nextDeadline - nowTime + IDLE_CHECK_TIMER_OVERSHOOT, IDLE_CHECK_MIN_INTERVAL);
            timerId = self.setTimeout(CheckActiveIdleTimeouts, duration)
        }
    }
    C3.IdleTimeout = class IdleTimeout {
        constructor(callback, timeoutInSeconds) {
            this._callback = callback;
            this._timeout = timeoutInSeconds * 1E3;
            this._deadline = 0;
            this._isActive = false
        }
        Reset() {
            let nowTime = C3.FastGetDateNow();
            this._deadline = nowTime + this._timeout;
            if (!this._isActive) {
                activeIdleTimeouts.add(this);
                this._isActive = true
            }
            if (timerId === -1) {
                nextDeadline = this._deadline;
                timerId = self.setTimeout(CheckActiveIdleTimeouts, this._timeout + IDLE_CHECK_TIMER_OVERSHOOT)
            } else if (this._deadline < nextDeadline && nextDeadline > nowTime + IDLE_CHECK_MIN_INTERVAL) {
                self.clearTimeout(timerId);
                nextDeadline = this._deadline;
                timerId = self.setTimeout(CheckActiveIdleTimeouts, this._timeout + IDLE_CHECK_TIMER_OVERSHOOT)
            }
        }
        _CheckTimeout(nowTime) {
            if (nowTime >= this._deadline) {
                if (this._callback()) {
                    this._deadline = nowTime + this._timeout;
                    return true
                }
                this._isActive = false;
                return false
            }
            return true
        }
        _GetDeadline() {
            return this._deadline
        }
        Cancel() {
            if (this._isActive) {
                activeIdleTimeouts.delete(this);
                this._isActive = false;
                if (activeIdleTimeouts.size === 0 && timerId !== -1) {
                    self.clearTimeout(timerId);
                    timerId = -1;
                    nextDeadline = -1
                }
            }
        }
        Release() {
            this.Cancel();
            this._callback = null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Disposable = class Disposable {
        constructor(disposeAction) {
            this._disposed = false;
            this._disposeAction = disposeAction
        }
        Dispose() {
            if (this._disposed)
                return;
            this._disposed = true;
            if (this._disposeAction) {
                this._disposeAction();
                this._disposeAction = null
            }
        }
        IsDisposed() {
            return this._disposed
        }
        Release() {
            this.Dispose()
        }
        static Release(instance) {
            return new Disposable(()=>instance.Release())
        }
        static From(eventDispatcher, eventNames, eventHandler, opts, scope) {
            if (typeof opts === "undefined" || opts === null)
                opts = false;
            else if (typeof opts !== "boolean" && typeof opts !== "object")
                throw new TypeError("invalid event listener options");
            if (scope)
                eventHandler = eventHandler.bind(scope);
            if (eventNames.includes(" ")) {
                eventNames = eventNames.split(" ");
                const disposable = new C3.CompositeDisposable;
                for (let eventName of eventNames) {
                    eventDispatcher.addEventListener(eventName, eventHandler, opts);
                    disposable.Add(C3.New(C3.Disposable, ()=>eventDispatcher.removeEventListener(eventName, eventHandler, opts)))
                }
                return disposable
            } else {
                eventDispatcher.addEventListener(eventNames, eventHandler, opts);
                return C3.New(C3.Disposable, ()=>eventDispatcher.removeEventListener(eventNames, eventHandler, opts))
            }
        }
    }
    ;
    C3.StubDisposable = class StubDisposable extends C3.Disposable {
        SetAction(disposeAction) {
            this._disposeAction = disposeAction
        }
    }
    ;
    C3.CompositeDisposable = class CompositeDisposable extends C3.Disposable {
        constructor(...disposables) {
            super();
            this._disposables = new Set;
            for (let disposable of disposables)
                this.Add(disposable)
        }
        Add(...disposables) {
            if (this._disposed)
                throw new Error("already disposed");
            for (let disposable of disposables)
                this._disposables.add(disposable)
        }
        Remove(disposable) {
            if (this._disposed)
                throw new Error("already disposed");
            this._disposables.delete(disposable)
        }
        RemoveAll() {
            if (this._disposed)
                throw new Error("already disposed");
            if (!this._disposables)
                return;
            for (let disposable of this._disposables)
                disposable.Dispose();
            this._disposables.clear()
        }
        IsDisposed() {
            return this._disposed
        }
        Dispose() {
            if (this._disposed)
                throw new Error("already disposed");
            this._disposed = true;
            for (let disposable of this._disposables)
                disposable.Dispose();
            this._disposables.clear();
            this._disposables = null
        }
        Release() {
            this.Dispose()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.KahanSum = class KahanSum extends C3.DefendedBase {
        constructor() {
            super();
            this._c = 0;
            this._y = 0;
            this._t = 0;
            this._sum = 0
        }
        Add(v) {
            v = +v;
            this._y = v - this._c;
            this._t = this._sum + this._y;
            this._c = this._t - this._sum - this._y;
            this._sum = this._t
        }
        Subtract(v) {
            this._sum -= +v
        }
        Get() {
            return this._sum
        }
        Reset() {
            this._c = 0;
            this._y = 0;
            this._t = 0;
            this._sum = 0
        }
        Set(s) {
            this._c = 0;
            this._y = 0;
            this._t = 0;
            this._sum = +s
        }
        Release() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const js_cols = {};
    const RED = true;
    const BLACK = false;
    js_cols.RBnode = function(tree) {
        this.tree = tree;
        this.right = this.tree.sentinel;
        this.left = this.tree.sentinel;
        this.parent = null;
        this.color = false;
        this.key = null
    }
    ;
    js_cols.RedBlackSet = function(compare_func) {
        this.size = 0;
        this.sentinel = new js_cols.RBnode(this);
        this.sentinel.color = BLACK;
        this.root = this.sentinel;
        this.root.parent = this.sentinel;
        this.compare = compare_func || this.default_compare
    }
    ;
    js_cols.RedBlackSet.prototype.default_compare = function(a, b) {
        if (a < b)
            return -1;
        else if (b < a)
            return 1;
        else
            return 0
    }
    ;
    js_cols.RedBlackSet.prototype.clone = function() {
        var rv = new js_cols.RedBlackSet(this.compare);
        rv.insertAll(this);
        return rv
    }
    ;
    js_cols.RedBlackSet.prototype.clear = function() {
        this.size = 0;
        this.sentinel = new js_cols.RBnode(this);
        this.sentinel.color = BLACK;
        this.root = this.sentinel;
        this.root.parent = this.sentinel
    }
    ;
    js_cols.RedBlackSet.prototype.leftRotate = function(x) {
        var y = x.right;
        x.right = y.left;
        if (y.left != this.sentinel)
            y.left.parent = x;
        y.parent = x.parent;
        if (x.parent == this.sentinel)
            this.root = y;
        else if (x == x.parent.left)
            x.parent.left = y;
        else
            x.parent.right = y;
        y.left = x;
        x.parent = y
    }
    ;
    js_cols.RedBlackSet.prototype.rightRotate = function(x) {
        var y = x.left;
        x.left = y.right;
        if (y.right != this.sentinel)
            y.right.parent = x;
        y.parent = x.parent;
        if (x.parent == this.sentinel)
            this.root = y;
        else if (x == x.parent.right)
            x.parent.right = y;
        else
            x.parent.left = y;
        y.right = x;
        x.parent = y
    }
    ;
    js_cols.RedBlackSet.prototype.insert = function(key) {
        if (!this.contains(key)) {
            var z = new js_cols.RBnode(this);
            z.key = key;
            var y = this.sentinel;
            var x = this.root;
            while (x != this.sentinel) {
                y = x;
                if (this.compare(z.key, x.key) < 0)
                    x = x.left;
                else
                    x = x.right
            }
            z.parent = y;
            if (y == this.sentinel)
                this.root = z;
            else if (this.compare(z.key, y.key) < 0)
                y.left = z;
            else
                y.right = z;
            z.left = this.sentinel;
            z.right = this.sentinel;
            z.color = RED;
            this.insertFixup(z);
            this.size++
        } else {
            var node = this.get_(key);
            node.key = key
        }
    }
    ;
    js_cols.RedBlackSet.prototype.insertFixup = function(z) {
        while (z != this.sentinel && z != this.root && z.parent.color == RED)
            if (z.parent == z.parent.parent.left) {
                var y = z.parent.parent.right;
                if (y.color == RED) {
                    z.parent.color = BLACK;
                    y.color = BLACK;
                    z.parent.parent.color = RED;
                    z = z.parent.parent
                } else {
                    if (z == z.parent.right) {
                        z = z.parent;
                        this.leftRotate(z)
                    }
                    z.parent.color = BLACK;
                    z.parent.parent.color = RED;
                    if (z.parent.parent != this.sentinel)
                        this.rightRotate(z.parent.parent)
                }
            } else {
                var y = z.parent.parent.left;
                if (y.color == RED) {
                    z.parent.color = BLACK;
                    y.color = BLACK;
                    z.parent.parent.color = RED;
                    z = z.parent.parent
                } else {
                    if (z == z.parent.left) {
                        z = z.parent;
                        this.rightRotate(z)
                    }
                    z.parent.color = BLACK;
                    z.parent.parent.color = RED;
                    if (z.parent.parent != this.sentinel)
                        this.leftRotate(z.parent.parent)
                }
            }
        this.root.color = BLACK
    }
    ;
    js_cols.RedBlackSet.prototype.delete_ = function(z) {
        var y;
        var x;
        if (z.left == this.sentinel || z.right == this.sentinel)
            y = z;
        else
            y = this.successor_(z);
        if (y.left != this.sentinel)
            x = y.left;
        else
            x = y.right;
        x.parent = y.parent;
        if (y.parent == this.sentinel)
            this.root = x;
        else if (y == y.parent.left)
            y.parent.left = x;
        else
            y.parent.right = x;
        if (y != z)
            z.key = y.key;
        if (y.color == BLACK)
            this.deleteFixup(x);
        this.size--
    }
    ;
    js_cols.RedBlackSet.prototype.deleteFixup = function(x) {
        while (x != this.root && x.color == BLACK)
            if (x == x.parent.left) {
                var w = x.parent.right;
                if (w.color == RED) {
                    w.color = BLACK;
                    x.parent.color = RED;
                    this.leftRotate(x.parent);
                    w = x.parent.right
                }
                if (w.left.color == BLACK && w.right.color == BLACK) {
                    w.color = RED;
                    x = x.parent
                } else {
                    if (w.right.color == BLACK) {
                        w.left.color = BLACK;
                        w.color = RED;
                        this.rightRotate(w);
                        w = x.parent.right
                    }
                    w.color = x.parent.color;
                    x.parent.color = BLACK;
                    w.right.color = BLACK;
                    this.leftRotate(x.parent);
                    x = this.root
                }
            } else {
                var w = x.parent.left;
                if (w.color == RED) {
                    w.color = BLACK;
                    x.parent.color = RED;
                    this.rightRotate(x.parent);
                    w = x.parent.left
                }
                if (w.right.color == BLACK && w.left.color == BLACK) {
                    w.color = RED;
                    x = x.parent
                } else {
                    if (w.left.color == BLACK) {
                        w.right.color = BLACK;
                        w.color = RED;
                        this.leftRotate(w);
                        w = x.parent.left
                    }
                    w.color = x.parent.color;
                    x.parent.color = BLACK;
                    w.left.color = BLACK;
                    this.rightRotate(x.parent);
                    x = this.root
                }
            }
        x.color = BLACK
    }
    ;
    js_cols.RedBlackSet.prototype.remove = function(key) {
        var x = this.get_(key);
        if (x != this.sentinel) {
            var retval = x.key;
            this.delete_(x);
            return retval
        } else
            return null
    }
    ;
    js_cols.RedBlackSet.prototype.removeSwapped = function(value, key) {
        this.remove(key)
    }
    ;
    js_cols.RedBlackSet.prototype.min = function(x) {
        while (x.left != this.sentinel)
            x = x.left;
        return x
    }
    ;
    js_cols.RedBlackSet.prototype.max = function(x) {
        while (x.right != this.sentinel)
            x = x.right;
        return x
    }
    ;
    js_cols.RedBlackSet.prototype.successor_ = function(x) {
        if (x.right != this.sentinel)
            return this.min(x.right);
        var y = x.parent;
        while (y != this.sentinel && x == y.right) {
            x = y;
            y = y.parent
        }
        return y
    }
    ;
    js_cols.RedBlackSet.prototype.predeccessor_ = function(x) {
        if (x.left != this.sentinel)
            return this.max(x.left);
        var y = x.parent;
        while (y != this.sentinel && x == y.left) {
            x = y;
            y = y.parent
        }
        return y
    }
    ;
    js_cols.RedBlackSet.prototype.successor = function(key) {
        if (this.size > 0) {
            var x = this.get_(key);
            if (x == this.sentinel)
                return null;
            if (x.right != this.sentinel)
                return this.min(x.right).key;
            var y = x.parent;
            while (y != this.sentinel && x == y.right) {
                x = y;
                y = y.parent
            }
            if (y != this.sentinel)
                return y.key;
            else
                return null
        } else
            return null
    }
    ;
    js_cols.RedBlackSet.prototype.predecessor = function(key) {
        if (this.size > 0) {
            var x = this.get_(key);
            if (x == this.sentinel)
                return null;
            if (x.left != this.sentinel)
                return this.max(x.left).key;
            var y = x.parent;
            while (y != this.sentinel && x == y.left) {
                x = y;
                y = y.parent
            }
            if (y != this.sentinel)
                return y.key;
            else
                return null
        } else
            return null
    }
    ;
    js_cols.RedBlackSet.prototype.getMin = function() {
        return this.min(this.root).key
    }
    ;
    js_cols.RedBlackSet.prototype.getMax = function() {
        return this.max(this.root).key
    }
    ;
    js_cols.RedBlackSet.prototype.get_ = function(key) {
        var x = this.root;
        while (x != this.sentinel && this.compare(x.key, key) != 0)
            if (this.compare(key, x.key) < 0)
                x = x.left;
            else
                x = x.right;
        return x
    }
    ;
    js_cols.RedBlackSet.prototype.contains = function(key) {
        return this.get_(key).key != null
    }
    ;
    js_cols.RedBlackSet.prototype.getValues = function() {
        var ret = [];
        this.forEach(function(x) {
            ret.push(x)
        });
        return ret
    }
    ;
    js_cols.RedBlackSet.prototype.insertAll = function(col) {
        if (js_cols.typeOf(col) == "array")
            for (var i = 0; i < col.length; i++)
                this.insert(col[i]);
        else if (js_cols.typeOf(col.forEach) == "function")
            col.forEach(this.insert, this);
        else if (js_cols.typeOf(col.getValues) == "function") {
            var arr = col.getValues();
            for (var i = 0; i < arr.length; i++)
                this.insert(arr[i])
        } else if (js_cols.typeOf(col) == "object")
            for (var key in col)
                this.insert(col[key])
    }
    ;
    js_cols.RedBlackSet.prototype.removeAll = function(col) {
        if (js_cols.typeOf(col) == "array")
            for (var i = 0; i < col.length; i++)
                this.remove(col[i]);
        else if (js_cols.typeOf(col.forEach) == "function")
            col.forEach(this.removeSwapped, this);
        else if (js_cols.typeOf(col.getValues) == "function") {
            var arr = col.getValues();
            for (var i = 0; i < arr.length; i++)
                this.remove(arr[i])
        } else if (js_cols.typeOf(col) == "object")
            for (var key in col)
                this.remove(col[key])
    }
    ;
    js_cols.RedBlackSet.prototype.containsAll = function(col) {
        if (js_cols.typeOf(col) == "array") {
            for (var i = 0; i < col.length; i++)
                if (!this.contains(col[i]))
                    return false;
            return true
        } else if (js_cols.typeOf(col.forEach) == "function")
            return col.every(this.contains, this);
        else if (js_cols.typeOf(col.getValues) == "function") {
            var arr = col.getValues();
            for (var i = 0; i < arr.length; i++)
                if (!this.contains(arr[i]))
                    return false;
            return true
        } else if (js_cols.typeOf(col) == "object") {
            for (var key in col)
                if (!this.contains(col[key]))
                    return false;
            return true
        }
    }
    ;
    js_cols.RedBlackSet.prototype.range = function(from, to) {
        var retArray = [];
        this.traverseFromTo(function(x) {
            retArray.push(x)
        }, from, to);
        return retArray
    }
    ;
    js_cols.RedBlackSet.prototype.traverse = function(f, opt_obj) {
        if (this.isEmpty())
            return;
        var node = this.min(this.root);
        while (node != this.sentinel) {
            if (f.call(opt_obj, node.key, this))
                return;
            node = this.successor_(node)
        }
    }
    ;
    js_cols.RedBlackSet.prototype.traverseFrom = function(f, fromKey, opt_obj) {
        if (this.isEmpty())
            return;
        var node = this.get_(fromKey);
        while (node != this.sentinel) {
            if (f.call(opt_obj, node.key, this))
                return;
            node = this.successor_(node)
        }
    }
    ;
    js_cols.RedBlackSet.prototype.traverseTo = function(f, toKey, opt_obj) {
        if (this.isEmpty())
            return;
        var node = this.min(this.root);
        var toNode = this.get_(toKey);
        while (node != toNode) {
            if (f.call(opt_obj, node.key, this))
                return;
            node = this.successor_(node)
        }
    }
    ;
    js_cols.RedBlackSet.prototype.traverseFromTo = function(f, fromKey, toKey, opt_obj) {
        if (this.isEmpty())
            return;
        var node = this.get_(fromKey);
        var toNode = this.get_(toKey);
        while (node != toNode) {
            if (f.call(opt_obj, node.key, this))
                return;
            node = this.successor_(node)
        }
    }
    ;
    js_cols.RedBlackSet.prototype.traverseBackwards = function(f, opt_obj) {
        if (this.isEmpty())
            return;
        var node = this.max(this.root);
        while (node != this.sentinel) {
            if (f.call(opt_obj, node.key, this))
                return;
            node = this.predeccessor_(node)
        }
    }
    ;
    js_cols.RedBlackSet.prototype.forEach = function(f, opt_obj) {
        if (this.isEmpty())
            return;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            f.call(opt_obj, n.key, n.key, this)
    }
    ;
    js_cols.RedBlackSet.prototype.some = function(f, opt_obj) {
        if (this.isEmpty())
            return false;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            if (f.call(opt_obj, n.key, n.key, this))
                return true;
        return false
    }
    ;
    js_cols.RedBlackSet.prototype.every = function(f, opt_obj) {
        if (this.isEmpty())
            return false;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            if (!f.call(opt_obj, n.key, n.key, this))
                return false;
        return true
    }
    ;
    js_cols.RedBlackSet.prototype.map = function(f, opt_obj) {
        var rv = [];
        if (this.isEmpty())
            return rv;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            rv.push(f.call(opt_obj, n.key, n.key, this));
        return rv
    }
    ;
    js_cols.RedBlackSet.prototype.filter = function(f, opt_obj) {
        var rv = [];
        if (this.isEmpty())
            return rv;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            if (f.call(opt_obj, n.key, n.key, this))
                rv.push(n.key);
        return rv
    }
    ;
    js_cols.RedBlackSet.prototype.getCount = function() {
        return this.size
    }
    ;
    js_cols.RedBlackSet.prototype.isEmpty = function() {
        return this.size == 0
    }
    ;
    js_cols.RedBlackSet.prototype.isSubsetOf = function(col) {
        var colCount = js_cols.getCount(col);
        if (this.getCount() > colCount)
            return false;
        var i = 0;
        if (this.isEmpty())
            return true;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            if (js_cols.contains.call(col, col, n.key))
                i++;
        return i == this.getCount()
    }
    ;
    js_cols.RedBlackSet.prototype.intersection = function(col) {
        var result = new js_cols.RedBlackSet(this.compare);
        if (this.isEmpty())
            return result;
        for (var n = this.min(this.root); n != this.sentinel; n = this.successor_(n))
            if (col.contains.call(col, n.key, n.key, this))
                result.insert(n.key);
        return result
    }
    ;
    C3.RedBlackSet = class RedBlackSet extends C3.DefendedBase {
        constructor(sortFunc) {
            super();
            this._rbSet = new js_cols.RedBlackSet(sortFunc);
            this._enableQueue = false;
            this._queueInsert = new Set;
            this._queueRemove = new Set
        }
        Add(item) {
            if (this._enableQueue)
                if (this._rbSet.contains(item))
                    this._queueRemove.delete(item);
                else
                    this._queueInsert.add(item);
            else
                this._rbSet.insert(item)
        }
        Remove(item) {
            if (this._enableQueue)
                if (this._rbSet.contains(item))
                    this._queueRemove.add(item);
                else
                    this._queueInsert.delete(item);
            else
                this._rbSet.remove(item)
        }
        Has(item) {
            if (this._enableQueue) {
                if (this._queueInsert.has(item))
                    return true;
                return !this._queueRemove.has(item) && this._rbSet.contains(item)
            } else
                return this._rbSet.contains(item)
        }
        Clear() {
            this._rbSet.clear();
            this._queueInsert.clear();
            this._queueRemove.clear()
        }
        toArray() {
            if (this._enableQueue)
                throw new Error("cannot be used in queueing mode");
            return this._rbSet.getValues()
        }
        GetSize() {
            return this._rbSet.getCount() + this._queueInsert.size - this._queueRemove.size
        }
        IsEmpty() {
            return this.GetSize() === 0
        }
        Front() {
            if (this.IsEmpty())
                throw new Error("empty set");
            if (this._enableQueue)
                throw new Error("cannot be used in queueing mode");
            const rbSet = this._rbSet;
            const n = rbSet.min(rbSet.root);
            return n.key
        }
        Shift() {
            if (this.IsEmpty())
                throw new Error("empty set");
            if (this._enableQueue)
                throw new Error("cannot be used in queueing mode");
            const item = this.Front();
            this.Remove(item);
            return item
        }
        SetQueueingEnabled(q) {
            q = !!q;
            if (this._enableQueue === q)
                return;
            this._enableQueue = q;
            if (!q) {
                for (const item of this._queueRemove)
                    this._rbSet.remove(item);
                this._queueRemove.clear();
                for (const item of this._queueInsert)
                    this._rbSet.insert(item);
                this._queueInsert.clear()
            }
        }
        ForEach(func) {
            this._rbSet.forEach(func)
        }
        *values() {
            if (this.IsEmpty())
                return;
            const rbSet = this._rbSet;
            for (let n = rbSet.min(rbSet.root); n != rbSet.sentinel; n = rbSet.successor_(n))
                yield n.key
        }
        [Symbol.iterator]() {
            return this.values()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.PromiseThrottle = class PromiseThrottle {
        constructor(maxParallel=C3.hardwareConcurrency) {
            this._maxParallel = maxParallel;
            this._queue = [];
            this._activeCount = 0
        }
        Add(func) {
            return new Promise((resolve,reject)=>{
                this._queue.push({
                    func,
                    resolve,
                    reject
                });
                this._MaybeStartNext()
            }
            )
        }
        _FindInQueue(func) {
            for (let i = 0, len = this._queue.length; i < len; ++i)
                if (this._queue[i].func === func)
                    return i;
            return -1
        }
        RemoveAndResolve(func, value) {
            const i = this._FindInQueue(func);
            if (i === -1)
                throw new Error("cannot find promise to resolve");
            this._queue[i].resolve(value);
            this._queue.splice(i, 1)
        }
        RemoveAndReject(func, value) {
            const i = this._FindInQueue(func);
            if (i === -1)
                throw new Error("cannot find promise to reject");
            this._queue[i].reject(value);
            this._queue.splice(i, 1)
        }
        async _MaybeStartNext() {
            if (!this._queue.length)
                return;
            if (this._activeCount >= this._maxParallel)
                return;
            this._activeCount++;
            const job = this._queue.shift();
            try {
                const result = await job.func();
                job.resolve(result)
            } catch (err) {
                job.reject(err)
            }
            this._activeCount--;
            this._MaybeStartNext()
        }
        static async Batch(concurrency, methods) {
            const results = [];
            let failed = false;
            const execute = async _=>{
                let fn;
                while (fn = methods.pop()) {
                    if (failed)
                        return;
                    try {
                        results.push(await fn())
                    } catch (e) {
                        failed = true;
                        throw e;
                    }
                }
            }
            ;
            const promises = [];
            while (concurrency--)
                promises.push(execute());
            await Promise.all(promises);
            return results
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.RateLimiter = class RateLimiter {
        constructor(callback, interval, intervalOnBattery) {
            this._callback = callback;
            this._interval = interval;
            this._intervalOnBattery = intervalOnBattery || interval * 2;
            this._timerId = -1;
            this._lastCallTime = -Infinity;
            this._timerCallFunc = ()=>this._OnTimer();
            this._ignoreReset = false;
            this._canRunImmediate = false;
            this._callbackArguments = null
        }
        SetCanRunImmediate(c) {
            this._canRunImmediate = !!c
        }
        _GetInterval() {
            if (typeof C3.Battery !== "undefined" && C3.Battery.IsOnBatteryPower())
                return this._intervalOnBattery;
            else
                return this._interval
        }
        Call(...args) {
            if (this._timerId !== -1)
                return;
            this._callbackArguments = args;
            let nowTime = C3.FastGetDateNow();
            let timeSinceLastCall = nowTime - this._lastCallTime;
            let interval = this._GetInterval();
            if (timeSinceLastCall >= interval && this._canRunImmediate) {
                this._lastCallTime = nowTime;
                this._RunCallback()
            } else
                this._timerId = self.setTimeout(this._timerCallFunc, Math.max(interval - timeSinceLastCall, 4))
        }
        _RunCallback() {
            this._ignoreReset = true;
            const args = this._callbackArguments;
            this._callbackArguments = null;
            if (args)
                this._callback(...args);
            else
                this._callback();
            this._ignoreReset = false
        }
        Reset() {
            if (this._ignoreReset)
                return;
            this._CancelTimer();
            this._callbackArguments = null;
            this._lastCallTime = C3.FastGetDateNow()
        }
        _OnTimer() {
            this._timerId = -1;
            this._lastCallTime = C3.FastGetDateNow();
            this._RunCallback()
        }
        _CancelTimer() {
            if (this._timerId !== -1) {
                self.clearTimeout(this._timerId);
                this._timerId = -1
            }
        }
        Release() {
            this._CancelTimer();
            this._callback = null;
            this._callbackArguments = null;
            this._timerCallFunc = null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SVGRasterManager = class SVGRasterManager {
        constructor() {
            this._images = new Map;
            this._allowNpotSurfaces = false;
            this._getBaseSizeCallback = null;
            this._rasterAtSizeCallback = null;
            this._releaseResultCallback = null;
            this._redrawCallback = null
        }
        SetNpotSurfaceAllowed(a) {
            this._allowNpotSurfaces = !!a
        }
        IsNpotSurfaceAllowed() {
            return this._allowNpotSurfaces
        }
        SetGetBaseSizeCallback(f) {
            this._getBaseSizeCallback = f
        }
        GetBaseSize(dataSource) {
            if (!this._getBaseSizeCallback)
                throw new Error("no get base size callback set");
            return this._getBaseSizeCallback(dataSource)
        }
        SetRasterAtSizeCallback(f) {
            this._rasterAtSizeCallback = f
        }
        RasterAtSize(dataSource, context, surfaceWidth, surfaceHeight, imageWidth, imageHeight) {
            if (!this._rasterAtSizeCallback)
                throw new Error("no raster at size callback set");
            return this._rasterAtSizeCallback(dataSource, context, surfaceWidth, surfaceHeight, imageWidth, imageHeight)
        }
        SetReleaseResultCallback(f) {
            this._releaseResultCallback = f
        }
        ReleaseResult(rasterizedResult) {
            if (!this._releaseResultCallback)
                throw new Error("no release result callback set");
            this._releaseResultCallback(rasterizedResult)
        }
        SetRedrawCallback(f) {
            this._redrawCallback = f
        }
        Redraw() {
            if (!this._redrawCallback)
                throw new Error("no redraw callback set");
            this._redrawCallback()
        }
        AddImage(dataSource) {
            let ret = this._images.get(dataSource);
            if (!ret) {
                ret = C3.New(C3.SVGRasterImage, this, dataSource);
                this._images.set(dataSource, ret)
            }
            ret.IncReference();
            return ret
        }
        _RemoveImage(ri) {
            this._images.delete(ri.GetDataSource())
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const MAX_SURFACE_SIZE = 2048;
    C3.SVGRasterImage = class SVGRasterImage {
        constructor(manager, dataSource) {
            this._manager = manager;
            this._dataSource = dataSource;
            this._refCount = 0;
            this._baseWidth = 0;
            this._baseHeight = 0;
            this._getBaseSizePromise = this._manager.GetBaseSize(dataSource).then(baseSize=>{
                this._baseWidth = baseSize[0];
                this._baseHeight = baseSize[1];
                this._manager.Redraw()
            }
            ).catch(err=>{
                console.error("[SVG] Error loading SVG: ", err);
                this._hadError = true;
                this._manager.Redraw()
            }
            );
            this._rasterSurfaceWidth = 0;
            this._rasterSurfaceHeight = 0;
            this._rasterImageWidth = 0;
            this._rasterImageHeight = 0;
            this._isRasterizing = false;
            this._rasterizedResult = null;
            this._forceRaster = false;
            this._hadError = false
        }
        Release() {
            if (this._refCount <= 0)
                throw new Error("already released");
            this._refCount--;
            if (this._refCount === 0)
                this._Release()
        }
        _Release() {
            if (this._rasterizedResult) {
                this._manager.ReleaseResult(this._rasterizedResult);
                this._rasterizedResult = null
            }
            this._manager._RemoveImage(this);
            this._manager = null
        }
        GetDataSource() {
            return this._dataSource
        }
        IncReference() {
            this._refCount++
        }
        HasReferences() {
            return this._refCount > 0
        }
        GetRasterizedResult() {
            return this._rasterizedResult
        }
        ForceRasterAgain() {
            this._forceRaster = true
        }
        async StartRasterForSize(context, width, height) {
            if (width === 0 || height === 0 || this._hadError)
                return;
            if (this._isRasterizing)
                return;
            let rasterSurfaceWidth = C3.nextHighestPowerOfTwo(Math.ceil(width));
            let rasterSurfaceHeight = C3.nextHighestPowerOfTwo(Math.ceil(height));
            const maxDim = Math.max(rasterSurfaceWidth, rasterSurfaceHeight);
            if (maxDim > MAX_SURFACE_SIZE) {
                const scale = MAX_SURFACE_SIZE / maxDim;
                width *= scale;
                height *= scale;
                rasterSurfaceWidth = Math.min(Math.ceil(rasterSurfaceWidth * scale), MAX_SURFACE_SIZE);
                rasterSurfaceHeight = Math.min(Math.ceil(rasterSurfaceHeight * scale), MAX_SURFACE_SIZE)
            }
            if (width < rasterSurfaceWidth && height < rasterSurfaceHeight) {
                const imageAspectRatio = width / height;
                const surfaceAspectRatio = rasterSurfaceWidth / rasterSurfaceHeight;
                if (surfaceAspectRatio > imageAspectRatio) {
                    width = rasterSurfaceHeight * imageAspectRatio;
                    height = rasterSurfaceHeight
                } else {
                    width = rasterSurfaceWidth;
                    height = rasterSurfaceWidth / imageAspectRatio
                }
            }
            if (this._manager.IsNpotSurfaceAllowed()) {
                rasterSurfaceWidth = Math.ceil(width);
                rasterSurfaceHeight = Math.ceil(height)
            }
            if (rasterSurfaceWidth <= this._rasterSurfaceWidth && rasterSurfaceHeight <= this._rasterSurfaceHeight && !this._forceRaster)
                return;
            this._isRasterizing = true;
            this._rasterSurfaceWidth = rasterSurfaceWidth;
            this._rasterSurfaceHeight = rasterSurfaceHeight;
            const newRasterizedResult = await this._manager.RasterAtSize(this._dataSource, context, this._rasterSurfaceWidth, this._rasterSurfaceHeight, width, height);
            if (this._rasterizedResult)
                this._manager.ReleaseResult(this._rasterizedResult);
            this._rasterizedResult = newRasterizedResult;
            this._rasterImageWidth = width;
            this._rasterImageHeight = height;
            this._isRasterizing = false;
            this._forceRaster = false;
            this._manager.Redraw()
        }
        WhenBaseSizeReady() {
            return this._getBaseSizePromise
        }
        GetBaseWidth() {
            return this._baseWidth
        }
        GetBaseHeight() {
            return this._baseHeight
        }
        GetRasterWidth() {
            return this._rasterImageWidth
        }
        GetRasterHeight() {
            return this._rasterImageHeight
        }
        HadError() {
            return this._hadError
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.UTF8_BOM = "\ufeff";
    const NUMERIC_CHARS = new Set([..."0123456789"]);
    C3.IsNumericChar = function IsNumericChar(c) {
        return NUMERIC_CHARS.has(c)
    }
    ;
    const WHITESPACE_CHARS = new Set([..." \t\n\r\u00a0\u0085\u2000\u2001\u2002\u2003\u2004\u2005\u2006\u2007\u2008\u2009\u200a\u200b\u2028\u2029\u202f\u205f\u3000"]);
    C3.IsWhitespaceChar = function IsWhitespaceChar(c) {
        return WHITESPACE_CHARS.has(c)
    }
    ;
    C3.FilterWhitespace = function FilterWhitespace(str) {
        return [...str].filter(ch=>!C3.IsWhitespaceChar(ch)).join("")
    }
    ;
    C3.IsStringAllWhitespace = function IsStringAllWhitespace(str) {
        for (const ch of str)
            if (!C3.IsWhitespaceChar(ch))
                return false;
        return true
    }
    ;
    C3.IsUnprintableChar = function IsUnprintableChar(c) {
        return c.length === 1 && c.charCodeAt(0) < 32
    }
    ;
    C3.FilterUnprintableChars = function FilterUnprintableChars(str) {
        return [...str].filter(ch=>!C3.IsUnprintableChar(ch)).join("")
    }
    ;
    const NUMERIC_STRING_CHARS = new Set([..."0123456789.+-e"]);
    C3.IsStringNumber = function IsStringNumber(str) {
        str = str.trim();
        if (!str.length)
            return false;
        let firstChar = str.charAt(0);
        if (firstChar !== "-" && !NUMERIC_CHARS.has(firstChar))
            return false;
        for (let ch of str)
            if (!NUMERIC_STRING_CHARS.has(ch))
                return false;
        return true
    }
    ;
    C3.RemoveTrailingDigits = function RemoveTrailingDigits(str) {
        let i = str.length;
        while (i > 0) {
            let prev_ch = str.charAt(i - 1);
            if (!C3.IsNumericChar(prev_ch))
                break;
            --i
        }
        return str.substr(0, i)
    }
    ;
    C3.IncrementNumberAtEndOf = function IncrementNumberAtEndOf(str) {
        let baseStr = C3.RemoveTrailingDigits(str);
        let numberStr = str.substr(baseStr.length);
        if (numberStr)
            numberStr = (parseInt(numberStr, 10) + 1).toString();
        else
            numberStr = "2";
        return baseStr + numberStr
    }
    ;
    const HTML_ENTITY_MAP = new Map([["&", "&amp;"], ["<", "&lt;"], [">", "&gt;"], ['"', "&quot;"], ["'", "&#39;"]]);
    function lookupHtmlEntity(s) {
        return HTML_ENTITY_MAP.get(s)
    }
    const HTML_ENTITY_REGEX = /[&<>"']/g;
    C3.EscapeHTML = function EscapeHTML(str) {
        return str.replace(HTML_ENTITY_REGEX, lookupHtmlEntity)
    }
    ;
    C3.EscapeJS = function EscapeJS(str) {
        let ret = C3.ReplaceAll(str, "\\", "\\\\");
        ret = C3.ReplaceAll(ret, '"', '\\"');
        ret = C3.ReplaceAll(ret, "\t", "\\t");
        ret = C3.ReplaceAll(ret, "\r", "");
        return C3.ReplaceAll(ret, "\n", "\\n")
    }
    ;
    C3.EscapeXML = function EscapeXML(str) {
        let ret = C3.ReplaceAll(str, "&", "&amp;");
        ret = C3.ReplaceAll(ret, "<", "&lt;");
        ret = C3.ReplaceAll(ret, ">", "&gt;");
        return C3.ReplaceAll(ret, '"', "&quot;")
    }
    ;
    const ESCAPE_REGEX = /[-[\]{}()*+?.,\\^$|#\s]/g;
    C3.EscapeRegex = function EscapeRegex(str) {
        return str.replace(ESCAPE_REGEX, "\\$&")
    }
    ;
    C3.FindAll = function FindAll(str, find, matchCase=false) {
        if (!find)
            return [];
        if (!matchCase) {
            str = str.toLowerCase();
            find = find.toLowerCase()
        }
        const findLen = find.length;
        let startIndex = 0;
        let index = 0;
        let ret = [];
        while ((index = str.indexOf(find, startIndex)) > -1) {
            ret.push(index);
            startIndex = index + findLen
        }
        return ret
    }
    ;
    C3.ReplaceAll = function ReplaceAll(str, find, replace) {
        return str.replaceAll(find, ()=>replace)
    }
    ;
    C3.ReplaceAllCaseInsensitive = function ReplaceAll(str, find, replace) {
        return str.replace(new RegExp(C3.EscapeRegex(find),"gi"), ()=>replace)
    }
    ;
    C3.SetElementContent = function SetElementContent(elem, stringlike) {
        if (typeof stringlike === "string")
            elem.textContent = stringlike;
        else if (stringlike.isPlainText())
            elem.textContent = stringlike.toString();
        else {
            elem.innerHTML = stringlike.toHTML();
            if (stringlike instanceof C3.BBString)
                stringlike.attachLinkHandlers(elem)
        }
    }
    ;
    C3.StringLikeEquals = function StringLikeEquals(a, b) {
        if (a instanceof C3.HtmlString || a instanceof C3.BBString)
            return a.equals(b);
        else if (b instanceof C3.HtmlString || b instanceof C3.BBString)
            return b.equals(a);
        else
            return a === b
    }
    ;
    C3.StringSubstitute = function StringSubstitute(str, ...arr) {
        let ret = str;
        for (let i = 0, len = arr.length; i < len; ++i) {
            const sub = `{${i}}`;
            if (!str.includes(sub))
                throw new Error(`missing placeholder '${sub}' in string substitution`);
            ret = ret.replace(sub, arr[i].toString())
        }
        return ret
    }
    ;
    C3.StringSubstituteAllowMissing = function StringSubstituteAllowMissing(str, ...arr) {
        let ret = str;
        let lowestMissingIndex = -1;
        let highestUsedIndex = -1;
        for (let i = 0, len = arr.length; i < len; ++i) {
            const sub = `{${i}}`;
            if (str.includes(sub)) {
                highestUsedIndex = i;
                ret = ret.replace(sub, arr[i].toString())
            } else if (lowestMissingIndex === -1)
                lowestMissingIndex = i
        }
        if (lowestMissingIndex >= 0 && highestUsedIndex >= 0 && lowestMissingIndex < highestUsedIndex)
            throw new Error(`missing placeholder '${lowestMissingIndex}' in string substitution`);
        return ret
    }
    ;
    C3.StringSubstituteMap = function StringSubstituteMap(str, o) {
        let ret = str;
        for (let[placeholder,substitution] of Object.entries(o))
            ret = ret.replaceAll(placeholder, substitution.toString());
        return ret
    }
    ;
    C3.SortAZCaseInsensitive = function SortAZCaseInsensitive(a, b) {
        let lowerA = a.toLowerCase();
        let lowerB = b.toLowerCase();
        if (lowerA > lowerB)
            return 1;
        else if (lowerA < lowerB)
            return -1;
        else
            return 0
    }
    ;
    const KILOBYTE = 1024;
    const MEGABYTE = KILOBYTE * 1024;
    const GIGABYTE = MEGABYTE * 1024;
    const TERABYTE = GIGABYTE * 1024;
    C3.FormatDataSize = function FormatDataSize(sizeInBytes, asRate) {
        let rootKey = "common." + (asRate ? "dataRates" : "dataSizes") + ".";
        const langSub = self.langSub;
        if (sizeInBytes < KILOBYTE)
            return langSub(rootKey + "bytes", sizeInBytes);
        else if (sizeInBytes < MEGABYTE) {
            let kb = sizeInBytes / KILOBYTE;
            if (kb < 10)
                kb = Math.round(kb * 10) / 10;
            else
                kb = Math.round(kb);
            return langSub(rootKey + "kilobytes", kb)
        } else if (sizeInBytes < GIGABYTE) {
            let mb = sizeInBytes / MEGABYTE;
            if (mb < 10)
                mb = Math.round(mb * 10) / 10;
            else
                mb = Math.round(mb);
            return langSub(rootKey + "megabytes", mb)
        } else if (sizeInBytes < TERABYTE) {
            let gb = sizeInBytes / GIGABYTE;
            if (gb < 10)
                gb = Math.round(gb * 10) / 10;
            else
                gb = Math.round(gb);
            return langSub(rootKey + "gigabytes", gb)
        } else {
            let tb = sizeInBytes / TERABYTE;
            if (tb < 10)
                tb = Math.round(tb * 10) / 10;
            else
                tb = Math.round(tb);
            return langSub(rootKey + "terabytes", tb)
        }
    }
    ;
    const DEFAULT_FORMATTIME_OPTS = {
        approximate: false,
        days: true,
        hours: true,
        minutes: true,
        seconds: true
    };
    C3.FormatTime = function FormatTime(secondsTotal, opts) {
        opts = Object.assign({}, DEFAULT_FORMATTIME_OPTS, opts);
        C3.Lang.PushContext("common.time");
        const parts = [];
        const lang = self.lang;
        const langPluralSub = self.langPluralSub;
        if (opts.days) {
            const days = Math.floor(secondsTotal / (24 * 3600));
            if (days > 0) {
                secondsTotal -= days * 24 * 3600;
                parts.push(langPluralSub(".days", null, days))
            }
        }
        if (opts.hours) {
            const hours = Math.floor(secondsTotal / 3600);
            if (hours > 0 || parts.length) {
                secondsTotal -= hours * 3600;
                parts.push(langPluralSub(".hours", null, hours))
            }
        }
        if (opts.minutes) {
            const minutes = Math.floor(secondsTotal / 60);
            if (minutes > 0 || parts.length || !opts.seconds) {
                secondsTotal -= minutes * 60;
                parts.push(langPluralSub(".minutes", null, minutes))
            }
        }
        if (opts.seconds) {
            const seconds = Math.floor(secondsTotal % 60);
            parts.push(langPluralSub(".seconds", null, seconds))
        }
        const ret = (opts.approximate ? lang(".approx-prefix") : "") + parts.join(lang(".separator"));
        C3.Lang.PopContext();
        return ret
    }
    ;
    C3.ZeroPad = function(n, d) {
        let s = n < 0 ? "-" : "";
        n = Math.abs(n);
        let nStr = n.toString();
        let zeroes = d - nStr.length;
        for (let i = 0; i < zeroes; ++i)
            s += "0";
        return s + nStr
    }
    ;
    C3.StringToTitleCase = function StringToTitleCase(str) {
        return str.toLowerCase().replace(/\b\w/g, t=>t.toUpperCase())
    }
    ;
    C3.CompareVersionStrings = function CompareVersionStrings(v1, v2) {
        let a1 = v1.split(".").map(s=>s.trim());
        let a2 = v2.split(".").map(s=>s.trim());
        C3.resizeArray(a1, 4, "0");
        C3.resizeArray(a2, 4, "0");
        a1 = a1.map(s=>parseInt(s, 10));
        a2 = a2.map(s=>parseInt(s, 10));
        for (let i = 0; i < 4; ++i) {
            const diff = a1[i] - a2[i];
            if (diff !== 0)
                return diff < 0 ? -1 : 1
        }
        return 0
    }
    ;
    C3.CreateGUID = function CreateGUID() {
        return "xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx".replace(/[xy]/g, c=>{
            const r = Math.floor(Math.random() * 16);
            const v = c === "x" ? r : r & 3 | 8;
            return v.toString(16)
        }
        )
    }
    ;
    C3.StringHammingDistance = function StringHammingDistance(a, b) {
        if (a.length !== b.length)
            throw new Error("strings must be same length");
        let ret = 0;
        for (let i = 0, len = a.length; i < len; ++i)
            if (a.charAt(i) !== b.charAt(i))
                ++ret;
        return ret
    }
    ;
    C3.StringLevenshteinDistance = function StringLevenshteinDistance(a, b) {
        if (a.length === 0)
            return b.length;
        if (b.length === 0)
            return a.length;
        let tmp, i, j, prev, val, row;
        if (a.length > b.length) {
            tmp = a;
            a = b;
            b = tmp
        }
        row = Array(a.length + 1);
        for (i = 0; i <= a.length; i++)
            row[i] = i;
        for (i = 1; i <= b.length; i++) {
            prev = i;
            for (j = 1; j <= a.length; j++) {
                if (b[i - 1] === a[j - 1])
                    val = row[j - 1];
                else
                    val = Math.min(row[j - 1] + 1, Math.min(prev + 1, row[j] + 1));
                row[j - 1] = prev;
                prev = val
            }
            row[a.length] = prev
        }
        return row[a.length]
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    const BB_CODE_MAP = new Map([["b", "strong"], ["i", "em"], ["s", "s"], ["u", "u"], ["sub", "sub"], ["sup", "sup"], ["small", "small"], ["mark", "mark"], ["a1", "a"], ["a2", "a"], ["a3", "a"], ["a4", "a"], ["a5", "a"], ["a6", "a"], ["a7", "a"], ["a8", "a"], ["a9", "a"], ["bad", ["span", "bbCodeBad"]], ["good", ["span", "bbCodeGood"]], ["info", ["span", "bbCodeInfo"]], ["h1", ["span", "bbCodeH1"]], ["h2", ["span", "bbCodeH2"]], ["h3", ["span", "bbCodeH3"]], ["h4", ["span", "bbCodeH4"]], ["item", ["span", "bbCodeItem"]]]);
    const BBREGEX = /\[(\/?)([a-zA-Z0-9]+)\]/g;
    const CUSTOM_BBREGEX = /\[(\/?)([^\[]*?)\]/g;
    let linkActions = null;
    let classIndex = 0;
    function bbToHtmlReplacerFunc(match, closeSlash, tagName) {
        const entry = BB_CODE_MAP.get(tagName);
        if (entry)
            if (typeof entry === "string")
                if (entry === "a" && !closeSlash) {
                    const index = parseInt(tagName.substring(1), 10) - 1;
                    if (index < 0 || index >= linkActions.length)
                        throw new Error("invalid bbcode link substitution");
                    const linkAction = linkActions[index];
                    if (typeof linkAction === "string")
                        return `<a href="${linkActions[index]}">`;
                    else if (typeof linkAction === "function")
                        return `<a class="bblink${index}">`;
                    else
                        throw new TypeError("invalid bbcode link action");
                } else
                    return "<" + closeSlash + entry + ">";
            else if (Array.isArray(entry)) {
                let tag = entry[0];
                let className = entry[1];
                if (closeSlash)
                    return "</" + tag + ">";
                else
                    return `<${tag} class="${className}">`
            } else
                ;
        else if (tagName === "class")
            if (closeSlash)
                return "</span>";
            else
                return `<span class="bbclass${classIndex++}">`;
        else
            return match
    }
    const LINEBREAK_REGEX = /\n/g;
    C3.BBString = class BBString {
        constructor(str, opts) {
            this._bbstr = opts && opts.noEscape ? str : C3.EscapeHTML(str);
            this._htmlstr = "";
            this._convertLineBreaks = false;
            this._linkActions = [];
            if (opts) {
                this._convertLineBreaks = !!opts.convertLineBreaks;
                if (opts.links) {
                    if (opts.links.length > 9)
                        throw new Error("too many links");
                    this._linkActions = opts.links
                }
            }
            this._hasAnyBBtags = this._bbstr.includes("[");
            this._needsLineBreakConversion = this._convertLineBreaks && this._bbstr.includes("\n");
            this._isPlain = !this._hasAnyBBtags && !this._needsLineBreakConversion && !this._bbstr.includes("&");
            this._hasParsedFragments = false;
            this._fragments = []
        }
        toString() {
            return this._bbstr
        }
        valueOf() {
            return this._bbstr
        }
        isPlainText() {
            return this._isPlain
        }
        toPlainText() {
            if (this._hasAnyBBtags)
                return this._bbstr.replace(BBREGEX, "");
            else
                return this._bbstr
        }
        toHTML() {
            if (this._isPlain)
                return this._bbstr;
            if (!this._htmlstr && this._bbstr) {
                let str = this._bbstr;
                if (this._hasAnyBBtags) {
                    classIndex = 0;
                    linkActions = this._linkActions;
                    str = str.replace(BBREGEX, bbToHtmlReplacerFunc);
                    linkActions = null
                }
                if (this._needsLineBreakConversion)
                    str = str.replace(LINEBREAK_REGEX, "<br>");
                this._htmlstr = str
            }
            return this._htmlstr
        }
        attachLinkHandlers(parentElem) {
            if (!this._linkActions.length)
                return;
            for (let i = 0, len = this._linkActions.length; i < len; ++i) {
                const linkAction = this._linkActions[i];
                if (typeof linkAction !== "function")
                    continue;
                const linkElem = parentElem.querySelector(".bblink" + i);
                if (!linkElem)
                    throw new Error("unable to attach BBString link handler");
                linkElem.onclick = linkAction
            }
        }
        equals(s) {
            if (s instanceof C3.HtmlString)
                return this.toHTML() === s.toHTML();
            else if (s instanceof C3.BBString)
                return this._bbstr === s._bbstr;
            else
                return this._bbstr === s
        }
        toFragmentList() {
            if (this._hasParsedFragments)
                return this._fragments;
            const bbStr = this._bbstr;
            const styleStack = [];
            CUSTOM_BBREGEX.lastIndex = 0;
            let prevIndex = 0;
            let result = null;
            while ((result = CUSTOM_BBREGEX.exec(bbStr)) !== null) {
                const index = result.index;
                if (index > 0 && bbStr.charAt(index - 1) === "\\")
                    continue;
                const matchStr = result[0];
                const closeSlash = result[1];
                const tagName = result[2];
                const strFrag = bbStr.substring(prevIndex, index);
                prevIndex = index + matchStr.length;
                if (strFrag)
                    this._fragments.push({
                        text: strFrag,
                        styles: styleStack.slice(0)
                    });
                if (!tagName)
                    continue;
                if (closeSlash) {
                    const lowerTagName = tagName.toLowerCase();
                    for (let i = styleStack.length - 1; i >= 0; --i)
                        if (styleStack[i].tag === lowerTagName) {
                            styleStack.splice(i, 1);
                            break
                        }
                } else {
                    let tag = tagName;
                    let param = null;
                    const eq = tagName.indexOf("=");
                    if (eq !== -1) {
                        tag = tagName.substring(0, eq).toLowerCase();
                        param = tagName.substring(eq + 1)
                    } else
                        tag = tag.toLowerCase();
                    styleStack.push({
                        tag,
                        param
                    })
                }
            }
            if (prevIndex < bbStr.length)
                this._fragments.push({
                    text: bbStr.substring(prevIndex),
                    styles: styleStack.slice(0)
                });
            for (const frag of this._fragments)
                frag.text = this._ProcessBBCodeEscapeSequences(frag.text);
            this._hasParsedFragments = true;
            return this._fragments
        }
        _ProcessBBCodeEscapeSequences(text) {
            text = C3.ReplaceAll(text, "\\[", "[");
            return C3.ReplaceAll(text, "\\\\", "\\")
        }
        static StripTags(str) {
            return C3.New(C3.BBString, str, {
                noEscape: true
            }).toPlainText()
        }
        static StripAnyTags(str) {
            return str.replace(CUSTOM_BBREGEX, "")
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.WordWrap = class WordWrap {
        constructor() {
            this._lines = []
        }
        GetLines() {
            return this._lines
        }
        GetLineCount() {
            return this._lines.length
        }
        _MeasureLine(line, measureFunc) {
            let width = 0;
            let height = 0;
            for (const frag of line) {
                if (frag.width === -1) {
                    const m = measureFunc(frag.text, frag.styles);
                    frag.width = m.width;
                    frag.height = m.height
                }
                width += frag.width;
                height = Math.max(height, frag.height)
            }
            return {
                width,
                height
            }
        }
        _AddLine(fragments, width, height) {
            this._lines.push({
                fragments,
                width,
                height
            })
        }
        WordWrap(fragmentArr, measureFunc, wrapWidth, wrapMode, endOfLineMargin) {
            if (typeof fragmentArr === "string")
                fragmentArr = [{
                    text: fragmentArr,
                    styles: []
                }];
            C3.clearArray(this._lines);
            if (!fragmentArr.length || fragmentArr.length === 1 && !fragmentArr[0].text.length || wrapWidth < 2)
                return;
            if (fragmentArr.length === 1) {
                const frag = fragmentArr[0];
                const text = frag.text;
                const styles = frag.styles;
                if (text.length <= 100 && !text.includes("\n")) {
                    let {width, height} = measureFunc(text, styles);
                    width += endOfLineMargin;
                    if (width <= wrapWidth) {
                        this._AddLine([{
                            text,
                            styles,
                            width,
                            height
                        }], width, height);
                        return
                    }
                }
            }
            let tokenisedFragments;
            if (wrapMode === "word")
                tokenisedFragments = this._TokeniseWords(fragmentArr);
            else {
                tokenisedFragments = [];
                for (const frag of fragmentArr)
                    C3.appendArray(tokenisedFragments, [...frag.text].map(ch=>[{
                        text: ch,
                        styles: frag.styles
                    }]))
            }
            this._WrapText(tokenisedFragments, measureFunc, wrapWidth, endOfLineMargin)
        }
        _TokeniseWords(fragmentArr) {
            const ret = [];
            let curWord = [];
            let isCurWhitespace = false;
            for (const frag of fragmentArr) {
                const text = frag.text;
                const styles = frag.styles;
                for (const ch of text)
                    if (ch === "\n") {
                        if (curWord.length > 0)
                            ret.push(curWord);
                        ret.push([{
                            text: "\n",
                            styles
                        }]);
                        curWord = []
                    } else if (curWord.length === 0) {
                        curWord.push({
                            text: ch,
                            styles
                        });
                        isCurWhitespace = C3.IsWhitespaceChar(ch)
                    } else {
                        const isWhitespace = C3.IsWhitespaceChar(ch);
                        if (isWhitespace === isCurWhitespace) {
                            const curFrag = curWord[curWord.length - 1];
                            if (curFrag.styles === styles)
                                curFrag.text += ch;
                            else
                                curWord.push({
                                    text: ch,
                                    styles
                                })
                        } else {
                            ret.push(curWord);
                            curWord = [];
                            curWord.push({
                                text: ch,
                                styles
                            });
                            isCurWhitespace = isWhitespace
                        }
                    }
            }
            if (curWord.length > 0)
                ret.push(curWord);
            return ret
        }
        _CopyLine(line) {
            return line.map(f=>({
                text: f.text,
                styles: f.styles,
                width: f.width,
                height: f.height
            }))
        }
        _AddWordToLine(currentLine, curWord) {
            const lastFrag = currentLine.length ? currentLine[currentLine.length - 1] : null;
            let i = 0;
            if (lastFrag && curWord[0].styles === lastFrag.styles) {
                lastFrag.text += curWord[0].text;
                lastFrag.width = -1;
                lastFrag.height = -1;
                i = 1
            }
            for (let len = curWord.length; i < len; ++i) {
                const f = curWord[i];
                currentLine.push({
                    text: f.text,
                    styles: f.styles,
                    width: -1,
                    height: -1
                })
            }
        }
        _WrapText(tokenisedFragments, measureFunc, wrapWidth, endOfLineMargin) {
            let currentLine = [];
            let currentLineWidth = 0;
            let currentLineHeight = 0;
            for (const curWord of tokenisedFragments) {
                if (curWord.length === 1 && curWord[0].text === "\n") {
                    if (currentLineHeight === 0)
                        currentLineHeight = measureFunc(" ", curWord[0].styles).height;
                    this._AddLine(currentLine, currentLineWidth, currentLineHeight);
                    currentLine = [];
                    currentLineWidth = 0;
                    currentLineHeight = 0;
                    continue
                }
                const tryLine = this._CopyLine(currentLine);
                this._AddWordToLine(tryLine, curWord);
                const tryMetrics = this._MeasureLine(tryLine, measureFunc);
                const tryLineWidth = tryMetrics.width;
                const tryLineHeight = tryMetrics.height;
                if (tryLineWidth >= wrapWidth) {
                    if (currentLine.length > 0)
                        this._AddLine(currentLine, currentLineWidth, currentLineHeight);
                    currentLine = [];
                    if (C3.IsStringAllWhitespace(curWord[0].text)) {
                        currentLineWidth = 0;
                        currentLineHeight = 0
                    } else {
                        this._AddWordToLine(currentLine, curWord);
                        const metrics = this._MeasureLine(currentLine, measureFunc);
                        currentLineWidth = metrics.width;
                        currentLineHeight = metrics.height
                    }
                } else {
                    currentLine = tryLine;
                    currentLineWidth = tryLineWidth;
                    currentLineHeight = tryLineHeight
                }
            }
            if (currentLine.length > 0)
                this._AddLine(currentLine, currentLineWidth, currentLineHeight);
            this._TrimLinesTrailingWhitespace(measureFunc, endOfLineMargin)
        }
        _TrimLinesTrailingWhitespace(measureFunc, endOfLineMargin) {
            for (const line of this._lines) {
                const fragments = line.fragments;
                if (!fragments.length)
                    continue;
                let lastFrag = fragments[fragments.length - 1];
                const text = lastFrag.text;
                const trimmedText = text.trimEnd();
                if (!trimmedText) {
                    line.width -= lastFrag.width;
                    fragments.pop()
                } else if (trimmedText.length < text.length) {
                    const trimmedWidth = measureFunc(trimmedText, lastFrag.styles).width;
                    const diff = lastFrag.width - trimmedWidth;
                    lastFrag.width = trimmedWidth;
                    lastFrag.text = trimmedText;
                    line.width -= diff
                }
                if (endOfLineMargin !== 0 && fragments.length > 0) {
                    lastFrag = fragments[fragments.length - 1];
                    lastFrag.width += endOfLineMargin;
                    line.width += endOfLineMargin
                }
            }
        }
        Clear() {
            C3.clearArray(this._lines)
        }
        GetMaxLineWidth() {
            return this._lines.reduce((a,v)=>Math.max(a, v.width), 0)
        }
        GetTotalLineHeight() {
            return this._lines.reduce((a,v)=>a + v.height, 0)
        }
    }
}
;'use strict';
self.C3.Gfx = {};
'use strict';
{
    const C3 = self.C3;
    const PERSPECTIVE_NEAR_Z = 1;
    const PERSPECTIVE_FAR_Z = 1E4;
    const fTempo = [0, 0, 0, 0, 0, 0, 0, 0];
    const glMatrix = self.glMatrix;
    const vec3 = glMatrix.vec3;
    const mat4 = glMatrix.mat4;
    const tmpVec3 = vec3.fromValues(0, 0, 0);
    C3.Gfx.RendererBase = class RendererBase {
        constructor() {
            this._width = 0;
            this._height = 0;
            this._cam = vec3.fromValues(0, 0, 100);
            this._look = vec3.fromValues(0, 0, 0);
            this._up = vec3.fromValues(0, 1, 0);
            this._worldScale = vec3.fromValues(1, 1, 1);
            this._matP = mat4.create();
            this._matMV = mat4.create();
            this._lastMV = mat4.create();
            this._allShaderPrograms = [];
            this._shaderProgramsByName = new Map;
            this._spTextureFill = null;
            this._stateGroups = new Map;
            this._currentStateGroup = null;
            this._blendModeTable = [];
            this._namedBlendModeMap = new Map;
            this._frameNumber = 0;
            this._enableMipmaps = true
        }
        FillIndexBufferData(indexData) {
            let i = 0
              , len = indexData.length
              , fv = 0;
            while (i < len) {
                indexData[i++] = fv;
                indexData[i++] = fv + 1;
                indexData[i++] = fv + 2;
                indexData[i++] = fv;
                indexData[i++] = fv + 2;
                indexData[i++] = fv + 3;
                fv += 4
            }
        }
        Project(x, y, w, h, out) {
            const mv = this._matMV;
            const proj = this._matP;
            for (let i = 0, len = fTempo.length; i < len; ++i)
                fTempo[i] = 0;
            fTempo[0] = mv[0] * x + mv[4] * y + mv[12];
            fTempo[1] = mv[1] * x + mv[5] * y + mv[13];
            fTempo[2] = mv[2] * x + mv[6] * y + mv[14];
            fTempo[3] = mv[3] * x + mv[7] * y + mv[15];
            fTempo[4] = proj[0] * fTempo[0] + proj[4] * fTempo[1] + proj[8] * fTempo[2] + proj[12] * fTempo[3];
            fTempo[5] = proj[1] * fTempo[0] + proj[5] * fTempo[1] + proj[9] * fTempo[2] + proj[13] * fTempo[3];
            fTempo[6] = proj[2] * fTempo[0] + proj[6] * fTempo[1] + proj[10] * fTempo[2] + proj[14] * fTempo[3];
            fTempo[7] = -fTempo[2];
            if (fTempo[7] === 0)
                return;
            fTempo[7] = 1 / fTempo[7];
            fTempo[4] *= fTempo[7];
            fTempo[5] *= fTempo[7];
            fTempo[6] *= fTempo[7];
            out[0] = (fTempo[4] * .5 + .5) * w;
            out[1] = (fTempo[5] * .5 + .5) * h
        }
        GetWidth() {
            return this._width
        }
        GetHeight() {
            return this._height
        }
        GetNearZ() {
            return PERSPECTIVE_NEAR_Z
        }
        GetFarZ() {
            return PERSPECTIVE_FAR_Z
        }
        SetCameraXYZ(x, y, z) {
            this._cam[0] = x * this._worldScale[0];
            this._cam[1] = y * this._worldScale[1];
            this._cam[2] = z
        }
        SetLookXYZ(x, y, z) {
            this._look[0] = x * this._worldScale[0];
            this._look[1] = y * this._worldScale[1];
            this._look[2] = z
        }
        ResetModelView(alternateUpVector) {
            mat4.lookAt(this._matMV, this._cam, this._look, alternateUpVector || this._up);
            mat4.scale(this._matMV, this._matMV, this._worldScale)
        }
        Translate(x, y) {
            if (x === 0 && y === 0)
                return;
            tmpVec3[0] = x;
            tmpVec3[1] = y;
            tmpVec3[2] = 0;
            mat4.translate(this._matMV, this._matMV, tmpVec3)
        }
        Scale(x, y) {
            if (x === 1 && y === 1)
                return;
            tmpVec3[0] = x;
            tmpVec3[1] = y;
            tmpVec3[2] = 1;
            mat4.scale(this._matMV, this._matMV, tmpVec3)
        }
        RotateZ(a) {
            if (a === 0)
                return;
            mat4.rotateZ(this._matMV, this._matMV, a)
        }
        _AddShaderProgram(sp) {
            this._allShaderPrograms.push(sp);
            this._shaderProgramsByName.set(sp.GetName(), sp)
        }
        _RemoveShaderProgram(sp) {
            const i = this._allShaderPrograms.indexOf(sp);
            if (i !== -1)
                this._allShaderPrograms.splice(i, 1);
            this._shaderProgramsByName.delete(sp.GetName())
        }
        _ClearAllShaderPrograms() {
            C3.clearArray(this._allShaderPrograms);
            this._shaderProgramsByName.clear()
        }
        GetShaderProgramByName(name) {
            return this._shaderProgramsByName.get(name) || null
        }
        GetTextureFillShaderProgram() {
            return this._spTextureFill
        }
        _SetCurrentStateGroup(sg) {
            this._currentStateGroup = sg
        }
        GetCurrentStateGroup() {
            return this._currentStateGroup
        }
        AcquireStateGroup(shaderProgram_or_name, blendMode, color, zElevation) {
            const key = C3.Gfx.StateGroup.MakeKey(shaderProgram_or_name, blendMode, color, zElevation);
            let stateGroup = this._stateGroups.get(key);
            if (!stateGroup) {
                stateGroup = C3.New(C3.Gfx.StateGroup, this, shaderProgram_or_name, blendMode, color, zElevation);
                this._stateGroups.set(key, stateGroup)
            }
            stateGroup.AddRef();
            return stateGroup
        }
        ReleaseStateGroup(stateGroup) {
            stateGroup.DecRef();
            if (stateGroup._GetRefCount() === 0) {
                if (this._currentStateGroup === stateGroup)
                    this._currentStateGroup = null;
                this._stateGroups.delete(stateGroup.GetKey());
                stateGroup.Release()
            }
        }
        _InitBlendModeData(blendModeData) {
            C3.clearArray(this._blendModeTable);
            this._namedBlendModeMap.clear();
            for (const bmd of blendModeData) {
                const name = bmd[0];
                const srcBlend = bmd[1];
                const destBlend = bmd[2];
                this._blendModeTable.push([srcBlend, destBlend]);
                this._namedBlendModeMap.set(name, {
                    srcBlend,
                    destBlend
                })
            }
        }
        _GetBlendByIndex(blendIndex) {
            return this._blendModeTable[blendIndex]
        }
        GetSrcBlendByIndex(blendIndex) {
            return this._GetBlendByIndex(blendIndex)[0]
        }
        GetDestBlendByIndex(blendIndex) {
            return this._GetBlendByIndex(blendIndex)[1]
        }
        GetNamedBlend(blendName) {
            const ret = this._namedBlendModeMap.get(blendName);
            if (typeof ret === "undefined")
                throw new Error("invalid blend name");
            return ret
        }
        Finish() {
            this.EndBatch();
            this._frameNumber++
        }
        GetFrameNumber() {
            return this._frameNumber
        }
        IncrementFrameNumber() {
            this._frameNumber++
        }
        SetMipmapsEnabled(e) {
            this._enableMipmaps = !!e
        }
        AreMipmapsEnabled() {
            return this._enableMipmaps
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Gfx.StateGroup = class StateGroup {
        constructor(renderer, shaderProgram_or_name, blendMode, color, zElevation) {
            this._renderer = renderer;
            this._refCount = 0;
            this._shaderProgram = null;
            this._shaderProgramName = "";
            this._blendMode = blendMode;
            this._color = C3.New(C3.Color);
            this._color.set(color);
            this._zElevation = zElevation;
            if (typeof shaderProgram_or_name === "string")
                this._shaderProgramName = shaderProgram_or_name;
            else {
                this._shaderProgram = shaderProgram_or_name;
                this._shaderProgramName = this._shaderProgram.GetName()
            }
        }
        Release() {
            if (this._refCount > 0)
                throw new Error("releasing state group still in use");
            this._renderer = null;
            this._shaderProgram = null;
            this._shaderProgramName = ""
        }
        Apply() {
            const renderer = this._renderer;
            renderer.SetProgram(this._shaderProgram);
            renderer.SetBlendMode(this._blendMode);
            renderer.SetColor(this._color);
            renderer.SetCurrentZ(this._zElevation);
            renderer._SetCurrentStateGroup(this)
        }
        GetKey() {
            return C3.Gfx.StateGroup.MakeKey(this._shaderProgramName, this._blendMode, this._color, this._zElevation)
        }
        AddRef() {
            ++this._refCount
        }
        DecRef() {
            --this._refCount
        }
        _GetRefCount() {
            return this._refCount
        }
        OnContextLost() {
            this._shaderProgram = null
        }
        OnContextRestored(renderer) {
            this._shaderProgram = renderer.GetShaderProgramByName(this._shaderProgramName);
            if (!this._shaderProgram)
                throw new Error("failed to restore shader program");
        }
        static MakeKey(shaderProgram_or_name, blendMode, c, zElevation) {
            const shaderProgramName = typeof shaderProgram_or_name === "string" ? shaderProgram_or_name : shaderProgram_or_name.GetName();
            return shaderProgramName + "," + blendMode + "," + c.getR() + "," + c.getG() + "," + c.getB() + "," + c.getA() + "," + zElevation
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempQuadPos = C3.New(C3.Quad);
    const tempQuadTex = C3.New(C3.Quad);
    function interpolateQuad(srcX, srcY, quad) {
        const qtlx = quad.getTlx();
        const qtly = quad.getTly();
        const qtrx = quad.getTrx() - qtlx;
        const qtry = quad.getTry() - qtly;
        const qblx = quad.getBlx() - qtlx;
        const qbly = quad.getBly() - qtly;
        const xix = qtrx * srcX;
        const xiy = qtry * srcX;
        const yix = qblx * srcY;
        const yiy = qbly * srcY;
        return [qtlx + xix + yix, qtly + xiy + yiy]
    }
    class MeshPoint {
        constructor(mesh) {
            this._mesh = mesh;
            this._x = NaN;
            this._y = NaN;
            this._u = NaN;
            this._v = NaN;
            this._x = 0;
            this._y = 0;
            this._u = 0;
            this._v = 0
        }
        _Init(x, y, u, v) {
            this._x = x;
            this._y = y;
            this._u = u;
            this._v = v
        }
        GetX() {
            return this._x
        }
        SetX(x) {
            if (this._x === x)
                return;
            this._x = x;
            this._mesh._SetPointsChanged()
        }
        GetY() {
            return this._y
        }
        SetY(y) {
            if (this._y === y)
                return;
            this._y = y;
            this._mesh._SetPointsChanged()
        }
        GetU() {
            return this._u
        }
        SetU(u) {
            this._u = u
        }
        GetV() {
            return this._v
        }
        SetV(v) {
            this._v = v
        }
        _Interpolate_TexRect(srcPoint, quadPos, rcTex) {
            [this._x,this._y] = interpolateQuad(srcPoint._x, srcPoint._y, quadPos);
            this._u = C3.lerp(rcTex.getLeft(), rcTex.getRight(), srcPoint._u);
            this._v = C3.lerp(rcTex.getTop(), rcTex.getBottom(), srcPoint._v)
        }
        _Interpolate_TexQuad(srcPoint, quadPos, quadTex) {
            [this._x,this._y] = interpolateQuad(srcPoint._x, srcPoint._y, quadPos);
            [this._u,this._v] = interpolateQuad(srcPoint._u, srcPoint._v, quadTex)
        }
    }
    C3.Gfx.Mesh = class Mesh {
        constructor(hsize, vsize) {
            if (hsize < 2 || vsize < 2)
                throw new Error("invalid mesh size");
            this._hsize = hsize;
            this._vsize = vsize;
            this._pts = [];
            this._minX = 0;
            this._minY = 0;
            this._maxX = 1;
            this._maxY = 1;
            this._pointsChanged = false;
            const lastX = hsize - 1;
            const lastY = vsize - 1;
            for (let y = 0; y < vsize; ++y) {
                const row = [];
                for (let x = 0; x < hsize; ++x) {
                    const meshPoint = C3.New(MeshPoint, this);
                    const xf = x / lastX;
                    const yf = y / lastY;
                    meshPoint._Init(xf, yf, xf, yf);
                    row.push(meshPoint)
                }
                this._pts.push(row)
            }
        }
        Release() {
            C3.clearArray(this._pts)
        }
        GetHSize() {
            return this._hsize
        }
        GetVSize() {
            return this._vsize
        }
        _SetPointsChanged() {
            this._pointsChanged = true
        }
        _MaybeComputeBounds() {
            if (!this._pointsChanged)
                return;
            let minX = Infinity;
            let minY = Infinity;
            let maxX = -Infinity;
            let maxY = -Infinity;
            for (const row of this._pts)
                for (const meshPoint of row) {
                    const x = meshPoint.GetX();
                    const y = meshPoint.GetY();
                    minX = Math.min(minX, x);
                    minY = Math.min(minY, y);
                    maxX = Math.max(maxX, x);
                    maxY = Math.max(maxY, y)
                }
            this._minX = minX;
            this._minY = minY;
            this._maxX = maxX;
            this._maxY = maxY;
            this._pointsChanged = false
        }
        GetMinX() {
            this._MaybeComputeBounds();
            return this._minX
        }
        GetMinY() {
            this._MaybeComputeBounds();
            return this._minY
        }
        GetMaxX() {
            this._MaybeComputeBounds();
            return this._maxX
        }
        GetMaxY() {
            this._MaybeComputeBounds();
            return this._maxY
        }
        GetMeshPointAt(x, y) {
            x = Math.floor(x);
            y = Math.floor(y);
            if (x < 0 || x >= this._hsize || y < 0 || y >= this._vsize)
                return null;
            return this._pts[y][x]
        }
        CalculateTransformedMesh(srcMesh, quadPos, rcTex_or_quad) {
            const isTexRect = rcTex_or_quad instanceof C3.Rect;
            if (srcMesh.GetHSize() !== this.GetHSize() || srcMesh.GetVSize() !== this.GetVSize())
                throw new Error("source mesh wrong size");
            const srcPts = srcMesh._pts;
            const destPts = this._pts;
            for (let y = 0, lenY = destPts.length; y < lenY; ++y) {
                const srcRow = srcPts[y];
                const destRow = destPts[y];
                for (let x = 0, lenX = destRow.length; x < lenX; ++x) {
                    const srcPoint = srcRow[x];
                    const destPoint = destRow[x];
                    if (isTexRect)
                        destPoint._Interpolate_TexRect(srcPoint, quadPos, rcTex_or_quad);
                    else
                        destPoint._Interpolate_TexQuad(srcPoint, quadPos, rcTex_or_quad)
                }
            }
        }
        Draw(renderer) {
            const pts = this._pts;
            let prevRow = pts[0];
            for (let y = 1, lenY = pts.length; y < lenY; ++y) {
                const row = pts[y];
                let tl = prevRow[0];
                let bl = row[0];
                for (let x = 1, lenX = row.length; x < lenX; ++x) {
                    const tr = prevRow[x];
                    const br = row[x];
                    tempQuadPos.set(tl.GetX(), tl.GetY(), tr.GetX(), tr.GetY(), br.GetX(), br.GetY(), bl.GetX(), bl.GetY());
                    tempQuadTex.set(tl.GetU(), tl.GetV(), tr.GetU(), tr.GetV(), br.GetU(), br.GetV(), bl.GetU(), bl.GetV());
                    renderer.Quad4(tempQuadPos, tempQuadTex);
                    tl = tr;
                    bl = br
                }
                prevRow = row
            }
        }
        Outline(renderer) {
            const pts = this._pts;
            let prevRow = pts[0];
            for (let y = 1, lenY = pts.length; y < lenY; ++y) {
                const row = pts[y];
                let tl = prevRow[0];
                let bl = row[0];
                for (let x = 1, lenX = row.length; x < lenX; ++x) {
                    const tr = prevRow[x];
                    const br = row[x];
                    const tlx = tl.GetX();
                    const tly = tl.GetY();
                    const trx = tr.GetX();
                    const try_ = tr.GetY();
                    const brx = br.GetX();
                    const bry = br.GetY();
                    const blx = bl.GetX();
                    const bly = bl.GetY();
                    renderer.Line(tlx, tly, trx, try_);
                    renderer.Line(tlx, tly, brx, bry);
                    renderer.Line(tlx, tly, blx, bly);
                    if (x === lenX - 1)
                        renderer.Line(trx, try_, brx, bry);
                    if (y === lenY - 1)
                        renderer.Line(blx, bly, brx, bry);
                    tl = tr;
                    bl = br
                }
                prevRow = row
            }
        }
        InsertPolyMeshVertices(srcPoly) {
            const RAY_EXT_DIST = .001;
            const MIN_RAY_DIST = 0;
            const MAX_RAY_DIST = .99999999;
            const inPts = srcPoly.pointsArr();
            const outPts = [];
            const colCount = this.GetHSize() - 1;
            const rowCount = this.GetVSize() - 1;
            const colWidthNorm = 1 / colCount;
            const rowHeightNorm = 1 / rowCount;
            const lastCol = colCount - 1;
            const lastRow = rowCount - 1;
            let curX = inPts[0];
            let curY = inPts[1];
            let curCol = C3.clamp(Math.floor(curX * colCount), 0, lastCol);
            let curRow = C3.clamp(Math.floor(curY * rowCount), 0, lastRow);
            let isUpper = true;
            let nextX = 0;
            let nextY = 0;
            let rayHit = 0;
            const NOTHING_DISABLED = -1;
            const DISABLE_DIAGONAL = 0;
            const DISABLE_LEFT_EDGE = 1;
            const DISABLE_TOP_EDGE = 2;
            const DISABLE_RIGHT_EDGE = 3;
            const DISABLE_BOTTOM_EDGE = 4;
            let disableCheck = NOTHING_DISABLED;
            const addVertexAtRayHit = ()=>{
                curX = C3.clamp(C3.lerp(curX, nextX, rayHit), 0, 1);
                curY = C3.clamp(C3.lerp(curY, nextY, rayHit), 0, 1);
                outPts.push(curX, curY)
            }
            ;
            for (let i = 0, len = inPts.length; i < len; i += 2) {
                curX = inPts[i];
                curY = inPts[i + 1];
                outPts.push(curX, curY);
                curCol = C3.clamp(Math.floor(curX * colCount), 0, lastCol);
                curRow = C3.clamp(Math.floor(curY * rowCount), 0, lastRow);
                const j = (i + 2) % len;
                nextX = inPts[j];
                nextY = inPts[j + 1];
                disableCheck = NOTHING_DISABLED;
                while (true) {
                    if (outPts.length > 1E6)
                        throw new Error("Too many mesh poly points");
                    const srcTlx = curCol * colWidthNorm;
                    const srcTly = curRow * rowHeightNorm;
                    const srcBrx = (curCol + 1) * colWidthNorm;
                    const srcBry = (curRow + 1) * rowHeightNorm;
                    isUpper = C3.isPointInTriangleInclusive(curX, curY, srcTlx, srcTly, srcBrx, srcTly, srcBrx, srcBry);
                    if (disableCheck !== DISABLE_DIAGONAL) {
                        rayHit = C3.rayIntersectExtended(curX, curY, nextX, nextY, srcTlx, srcTly, srcBrx, srcBry, -RAY_EXT_DIST);
                        if (rayHit >= MIN_RAY_DIST && rayHit <= MAX_RAY_DIST) {
                            addVertexAtRayHit();
                            isUpper = !isUpper;
                            disableCheck = DISABLE_DIAGONAL;
                            continue
                        }
                    }
                    if (curRow > 0 && disableCheck !== DISABLE_TOP_EDGE) {
                        rayHit = C3.rayIntersectExtended(curX, curY, nextX, nextY, srcTlx, srcTly, srcBrx, srcTly, RAY_EXT_DIST);
                        if (rayHit >= MIN_RAY_DIST && rayHit <= MAX_RAY_DIST) {
                            addVertexAtRayHit();
                            curRow--;
                            isUpper = false;
                            disableCheck = DISABLE_BOTTOM_EDGE;
                            continue
                        }
                    }
                    if (curCol < lastCol && disableCheck !== DISABLE_RIGHT_EDGE) {
                        rayHit = C3.rayIntersectExtended(curX, curY, nextX, nextY, srcBrx, srcTly, srcBrx, srcBry, RAY_EXT_DIST);
                        if (rayHit >= MIN_RAY_DIST && rayHit <= MAX_RAY_DIST) {
                            addVertexAtRayHit();
                            curCol++;
                            isUpper = false;
                            disableCheck = DISABLE_LEFT_EDGE;
                            continue
                        }
                    }
                    if (curCol > 0 && disableCheck !== DISABLE_LEFT_EDGE) {
                        rayHit = C3.rayIntersectExtended(curX, curY, nextX, nextY, srcTlx, srcTly, srcTlx, srcBry, RAY_EXT_DIST);
                        if (rayHit >= MIN_RAY_DIST && rayHit <= MAX_RAY_DIST) {
                            addVertexAtRayHit();
                            curCol--;
                            isUpper = true;
                            disableCheck = DISABLE_RIGHT_EDGE;
                            continue
                        }
                    }
                    if (curRow < lastRow && disableCheck !== DISABLE_BOTTOM_EDGE) {
                        rayHit = C3.rayIntersectExtended(curX, curY, nextX, nextY, srcTlx, srcBry, srcBrx, srcBry, RAY_EXT_DIST);
                        if (rayHit >= MIN_RAY_DIST && rayHit <= MAX_RAY_DIST) {
                            addVertexAtRayHit();
                            curRow++;
                            isUpper = true;
                            disableCheck = DISABLE_TOP_EDGE;
                            continue
                        }
                    }
                    break
                }
            }
            return C3.New(C3.CollisionPoly, outPts)
        }
        TransformCollisionPoly(srcPoly, destPoly) {
            const ptsArr = this._TransformPolyPoints(srcPoly);
            this._SimplifyPoly(ptsArr);
            destPoly.setPoints(ptsArr)
        }
        _TransformPolyPoints(srcPoly) {
            const outPts = [];
            const ptsArr = srcPoly.pointsArr();
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const srcX = ptsArr[i];
                const srcY = ptsArr[i + 1];
                const [destX,destY] = this.TransformPoint(srcX, srcY);
                outPts.push(destX, destY)
            }
            return outPts
        }
        TransformPoint(srcX, srcY) {
            const lastCol = this.GetHSize() - 1;
            const lastRow = this.GetVSize() - 1;
            const colWidthNorm = 1 / lastCol;
            const rowHeightNorm = 1 / lastRow;
            const srcCol = C3.clamp(Math.floor(srcX * lastCol), 0, lastCol - 1);
            const srcRow = C3.clamp(Math.floor(srcY * lastRow), 0, lastRow - 1);
            const srcTlx = srcCol * colWidthNorm;
            const srcTly = srcRow * rowHeightNorm;
            const srcBrx = (srcCol + 1) * colWidthNorm;
            const srcBry = (srcRow + 1) * rowHeightNorm;
            const destTl = this.GetMeshPointAt(srcCol, srcRow);
            const destBr = this.GetMeshPointAt(srcCol + 1, srcRow + 1);
            const isUpper = C3.isPointInTriangleInclusive(srcX, srcY, srcTlx, srcTly, srcBrx, srcTly, srcBrx, srcBry);
            const srcAltX = isUpper ? srcTlx + colWidthNorm : srcTlx;
            const srcAltY = isUpper ? srcTly : srcTly + rowHeightNorm;
            const destAlt = this.GetMeshPointAt(srcCol + (isUpper ? 1 : 0), srcRow + (isUpper ? 0 : 1));
            const [u,v,w] = C3.triangleCartesianToBarycentric(srcX, srcY, srcTlx, srcTly, srcAltX, srcAltY, srcBrx, srcBry);
            return C3.triangleBarycentricToCartesian(u, v, w, destTl.GetX(), destTl.GetY(), destAlt.GetX(), destAlt.GetY(), destBr.GetX(), destBr.GetY())
        }
        _SimplifyPoly(ptsArr) {
            const outPts = [];
            const EPSILON = 1E-7;
            let curX = ptsArr[0];
            let curY = ptsArr[1];
            let lastDx = curX - ptsArr[ptsArr.length - 2];
            let lastDy = curY - ptsArr[ptsArr.length - 1];
            for (let i = 0, len = ptsArr.length; i < len; i += 2) {
                const j = (i + 2) % len;
                const nextX = ptsArr[j];
                const nextY = ptsArr[j + 1];
                const dx = nextX - curX;
                const dy = nextY - curY;
                const bothXNearZero = Math.abs(dx) < EPSILON && Math.abs(lastDx) < EPSILON && Math.sign(dy) === Math.sign(lastDy);
                const bothYNearZero = Math.abs(dy) < EPSILON && Math.abs(lastDy) < EPSILON && Math.sign(dx) === Math.sign(lastDx);
                if (!bothXNearZero && !bothYNearZero && Math.abs(dx / lastDx - dy / lastDy) > EPSILON || dx == 0 && dy === 0)
                    outPts.push(curX, curY);
                curX = nextX;
                curY = nextY;
                lastDx = dx;
                lastDy = dy
            }
            if (outPts.length < ptsArr.length)
                C3.shallowAssignArray(ptsArr, outPts)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const VALID_PIXEL_FORMATS = new Set(["rgba8", "rgb8", "rgba4", "rgb5_a1", "rgb565"]);
    const VALID_SAMPLINGS = new Set(["nearest", "bilinear", "trilinear"]);
    const VALID_MIPMAP_QUALITIES = new Set(["default", "low", "high"]);
    const VALID_WRAP_MODES = new Set(["clamp-to-edge", "repeat", "mirror-repeat"]);
    function GetFormatSpecifiers(pixelFormat, gl) {
        let sizedinternalformat;
        let internalformat;
        let format;
        let type;
        switch (pixelFormat) {
        case "rgba8":
            sizedinternalformat = gl.RGBA8;
            internalformat = gl.RGBA;
            format = gl.RGBA;
            type = gl.UNSIGNED_BYTE;
            break;
        case "rgb8":
            sizedinternalformat = gl.RGB8;
            internalformat = gl.RGB;
            format = gl.RGB;
            type = gl.UNSIGNED_BYTE;
            break;
        case "rgba4":
            sizedinternalformat = gl.RGBA4;
            internalformat = gl.RGBA;
            format = gl.RGBA;
            type = gl.UNSIGNED_SHORT_4_4_4_4;
            break;
        case "rgb5_a1":
            sizedinternalformat = gl.RGB5_A1;
            internalformat = gl.RGBA;
            format = gl.RGBA;
            type = gl.UNSIGNED_SHORT_5_5_5_1;
            break;
        case "rgb565":
            sizedinternalformat = gl.RGB565;
            internalformat = gl.RGB;
            format = gl.RGB;
            type = gl.UNSIGNED_SHORT_5_6_5;
            break;
        default:
            throw new Error("invalid pixel format");
        }
        return {
            sizedinternalformat,
            internalformat,
            format,
            type
        }
    }
    const CREATEFROM_DEFAULT_OPTIONS = {
        wrapX: "clamp-to-edge",
        wrapY: "clamp-to-edge",
        sampling: "trilinear",
        pixelFormat: "rgba8",
        mipMap: true,
        mipMapQuality: "default",
        premultiplyAlpha: true,
        isSvg: false,
        width: -1,
        height: -1
    };
    const UPDATE_DEFAULT_OPTIONS = {
        premultiplyAlpha: true,
        flipY: false
    };
    const allTextures = new Set;
    C3.Gfx.WebGLRendererTexture = class WebGLRendererTexture {
        constructor(renderer) {
            this._renderer = renderer;
            this._texture = null;
            this._width = 0;
            this._height = 0;
            this._isStatic = true;
            this._wrapX = "clamp-to-edge";
            this._wrapY = "clamp-to-edge";
            this._sampling = "trilinear";
            this._pixelFormat = "rgba8";
            this._isMipMapped = false;
            this._mipMapQuality = "default";
            this._refCount = 0
        }
        _CreateStatic(data, opts) {
            if ((typeof HTMLImageElement === "undefined" || !(data instanceof HTMLImageElement)) && (typeof HTMLCanvasElement === "undefined" || !(data instanceof HTMLCanvasElement)) && (typeof ImageBitmap === "undefined" || !(data instanceof ImageBitmap)) && (typeof OffscreenCanvas === "undefined" || !(data instanceof OffscreenCanvas)) && !(data instanceof ImageData) && !(data instanceof ArrayBuffer) && data !== null)
                throw new Error("invalid texture source");
            opts = Object.assign({}, CREATEFROM_DEFAULT_OPTIONS, opts);
            if (this._texture)
                throw new Error("already created texture");
            this._wrapX = opts.wrapX;
            this._wrapY = opts.wrapY;
            this._sampling = opts.sampling;
            this._pixelFormat = opts.pixelFormat;
            this._isMipMapped = !!opts.mipMap && this._renderer.AreMipmapsEnabled();
            this._mipMapQuality = opts.mipMapQuality;
            if (!VALID_WRAP_MODES.has(this._wrapX) || !VALID_WRAP_MODES.has(this._wrapY))
                throw new Error("invalid wrap mode");
            if (!VALID_SAMPLINGS.has(this._sampling))
                throw new Error("invalid sampling");
            if (!VALID_PIXEL_FORMATS.has(this._pixelFormat))
                throw new Error("invalid pixel format");
            if (!VALID_MIPMAP_QUALITIES.has(this._mipMapQuality))
                throw new Error("invalid mipmap quality");
            this._isStatic = true;
            if (data instanceof ArrayBuffer || data === null || opts.isSvg) {
                this._width = opts.width;
                this._height = opts.height;
                if (data instanceof ArrayBuffer && data.byteLength !== this._width * this._height * 4)
                    throw new Error("ArrayBuffer wrong size");
            } else {
                this._width = data.width;
                this._height = data.height
            }
            if (this._width <= 0 || this._height <= 0)
                throw new Error("invalid texture data size");
            if (opts.isSvg) {
                const canvas = C3.CreateCanvas(this._width, this._height);
                const ctx = canvas.getContext("2d");
                ctx.drawImage(data, 0, 0, this._width, this._height);
                data = canvas
            }
            const isPOT = C3.isPOT(this._width) && C3.isPOT(this._height);
            const maxTextureSize = this._renderer.GetMaxTextureSize();
            if (this._width > maxTextureSize || this._height > maxTextureSize)
                throw new Error("texture data exceeds maximum texture size");
            const gl = this._renderer.GetContext();
            const webglVersion = this._renderer.GetWebGLVersionNumber();
            this._texture = gl.createTexture();
            gl.bindTexture(gl.TEXTURE_2D, this._texture);
            gl.pixelStorei(gl["UNPACK_PREMULTIPLY_ALPHA_WEBGL"], opts.premultiplyAlpha);
            const formatspec = GetFormatSpecifiers(this._pixelFormat, gl);
            if (!this._renderer.SupportsNPOTTextures() && !isPOT && this._IsTiled()) {
                if (data === null)
                    throw new Error("cannot pass null data when creating a NPOT tiled texture without NPOT support");
                if (data instanceof ArrayBuffer)
                    data = new ImageData(new Uint8ClampedArray(data),this._width,this._height);
                if (data instanceof ImageData) {
                    const tmpCanvas = C3.CreateCanvas(this._width, this._height);
                    const tmpCtx = tmpCanvas.getContext("2d");
                    tmpCtx.putImageData(data, 0, 0);
                    data = tmpCanvas
                }
                const canvas = C3.CreateCanvas(C3.nextHighestPowerOfTwo(this._width), C3.nextHighestPowerOfTwo(this._height));
                const ctx = canvas.getContext("2d");
                ctx.imageSmoothingEnabled = this._sampling !== "nearest";
                ctx.drawImage(data, 0, 0, this._width, this._height, 0, 0, canvas.width, canvas.height);
                gl.texImage2D(gl.TEXTURE_2D, 0, formatspec.internalformat, formatspec.format, formatspec.type, canvas)
            } else if (webglVersion >= 2) {
                let levels;
                if (this._isMipMapped)
                    levels = Math.floor(Math.log2(Math.max(this._width, this._height)) + 1);
                else
                    levels = 1;
                gl.texStorage2D(gl.TEXTURE_2D, levels, formatspec.sizedinternalformat, this._width, this._height);
                if (data instanceof ArrayBuffer)
                    gl.texSubImage2D(gl.TEXTURE_2D, 0, 0, 0, this._width, this._height, formatspec.format, formatspec.type, new Uint8Array(data));
                else if (data !== null)
                    gl.texSubImage2D(gl.TEXTURE_2D, 0, 0, 0, formatspec.format, formatspec.type, data)
            } else if (data instanceof ArrayBuffer)
                gl.texImage2D(gl.TEXTURE_2D, 0, formatspec.internalformat, this._width, this._height, 0, formatspec.format, formatspec.type, new Uint8Array(data));
            else if (data === null)
                gl.texImage2D(gl.TEXTURE_2D, 0, formatspec.internalformat, this._width, this._height, 0, formatspec.format, formatspec.type, null);
            else
                gl.texImage2D(gl.TEXTURE_2D, 0, formatspec.internalformat, formatspec.format, formatspec.type, data);
            if (data !== null)
                this._SetTextureParameters(gl);
            gl.bindTexture(gl.TEXTURE_2D, null);
            this._renderer._ResetLastTexture();
            this._refCount = 1;
            allTextures.add(this)
        }
        _CreateDynamic(width, height, opts) {
            opts = Object.assign({}, CREATEFROM_DEFAULT_OPTIONS, opts);
            if (this._texture)
                throw new Error("already created texture");
            this._wrapX = opts.wrapX;
            this._wrapY = opts.wrapY;
            this._sampling = opts.sampling;
            this._pixelFormat = opts.pixelFormat;
            this._isMipMapped = !!opts.mipMap && this._renderer.AreMipmapsEnabled();
            this._mipMapQuality = opts.mipMapQuality;
            if (!VALID_WRAP_MODES.has(this._wrapX) || !VALID_WRAP_MODES.has(this._wrapY))
                throw new Error("invalid wrap mode");
            if (!VALID_SAMPLINGS.has(this._sampling))
                throw new Error("invalid sampling");
            if (!VALID_PIXEL_FORMATS.has(this._pixelFormat))
                throw new Error("invalid pixel format");
            if (!VALID_MIPMAP_QUALITIES.has(this._mipMapQuality))
                throw new Error("invalid mipmap quality");
            this._isStatic = false;
            this._width = Math.floor(width);
            this._height = Math.floor(height);
            const isPOT = C3.isPOT(this._width) && C3.isPOT(this._height);
            const maxTextureSize = this._renderer.GetMaxTextureSize();
            if (this._width <= 0 || this._height <= 0)
                throw new Error("invalid texture size");
            if (this._width > maxTextureSize || this._height > maxTextureSize)
                throw new Error("texture exceeds maximum texture size");
            if (!this._renderer.SupportsNPOTTextures() && this._IsTiled() && !isPOT)
                throw new Error("non-power-of-two tiled textures not supported");
            const gl = this._renderer.GetContext();
            const webglVersion = this._renderer.GetWebGLVersionNumber();
            this._texture = gl.createTexture();
            gl.bindTexture(gl.TEXTURE_2D, this._texture);
            gl.pixelStorei(gl["UNPACK_PREMULTIPLY_ALPHA_WEBGL"], opts.premultiplyAlpha);
            const formatspec = GetFormatSpecifiers(this._pixelFormat, gl);
            const internalformat = webglVersion >= 2 ? formatspec.sizedinternalformat : formatspec.internalformat;
            gl.texImage2D(gl.TEXTURE_2D, 0, internalformat, this._width, this._height, 0, formatspec.format, formatspec.type, null);
            this._SetTextureParameters(gl);
            gl.bindTexture(gl.TEXTURE_2D, null);
            this._renderer._ResetLastTexture();
            this._refCount = 1;
            allTextures.add(this)
        }
        _GetMipMapHint(gl) {
            if (this._mipMapQuality === "default")
                return this._isStatic ? gl.NICEST : gl.FASTEST;
            else if (this._mipMapQuality === "low")
                return gl.FASTEST;
            else if (this._mipMapQuality === "high")
                return gl.NICEST;
            else
                throw new Error("invalid mipmap quality");
        }
        _IsTiled() {
            return this._wrapX !== "clamp-to-edge" || this._wrapY !== "clamp-to-edge"
        }
        _GetTextureWrapMode(gl, wrapMode) {
            if (wrapMode === "clamp-to-edge")
                return gl.CLAMP_TO_EDGE;
            else if (wrapMode === "repeat")
                return gl.REPEAT;
            else if (wrapMode === "mirror-repeat")
                return gl.MIRRORED_REPEAT;
            else
                throw new Error("invalid wrap mode");
        }
        _SetTextureParameters(gl) {
            const isPOT = C3.isPOT(this._width) && C3.isPOT(this._height);
            gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, this._GetTextureWrapMode(gl, this._wrapX));
            gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, this._GetTextureWrapMode(gl, this._wrapY));
            if (this._sampling === "nearest") {
                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.NEAREST);
                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.NEAREST);
                this._isMipMapped = false
            } else {
                gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.LINEAR);
                if ((isPOT || this._renderer.SupportsNPOTTextures()) && this._isMipMapped) {
                    gl.hint(gl.GENERATE_MIPMAP_HINT, this._GetMipMapHint(gl));
                    gl.generateMipmap(gl.TEXTURE_2D);
                    const useTrilinear = this._sampling === "trilinear" && !this._renderer.HasMajorPerformanceCaveat();
                    gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, useTrilinear ? gl.LINEAR_MIPMAP_LINEAR : gl.LINEAR_MIPMAP_NEAREST)
                } else {
                    gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.LINEAR);
                    this._isMipMapped = false
                }
            }
        }
        _Update(data, opts) {
            if ((typeof HTMLImageElement === "undefined" || !(data instanceof HTMLImageElement)) && (typeof HTMLVideoElement === "undefined" || !(data instanceof HTMLVideoElement)) && (typeof HTMLCanvasElement === "undefined" || !(data instanceof HTMLCanvasElement)) && (typeof ImageBitmap === "undefined" || !(data instanceof ImageBitmap)) && (typeof OffscreenCanvas === "undefined" || !(data instanceof OffscreenCanvas)) && !(data instanceof ImageData))
                throw new Error("invalid texture source");
            if (!this._texture || this._refCount <= 0)
                throw new Error("texture not created");
            if (this._isStatic)
                throw new Error("cannot update static texture");
            opts = Object.assign({}, UPDATE_DEFAULT_OPTIONS, opts);
            const dataWidth = data.width || data.videoWidth;
            const dataHeight = data.height || data.videoHeight;
            const webglVersion = this._renderer.GetWebGLVersionNumber();
            const gl = this._renderer.GetContext();
            gl.bindTexture(gl.TEXTURE_2D, this._texture);
            gl.pixelStorei(gl["UNPACK_PREMULTIPLY_ALPHA_WEBGL"], opts.premultiplyAlpha);
            gl.pixelStorei(gl["UNPACK_FLIP_Y_WEBGL"], !!opts.flipY);
            const formatspec = GetFormatSpecifiers(this._pixelFormat, gl);
            const internalformat = webglVersion >= 2 ? formatspec.sizedinternalformat : formatspec.internalformat;
            try {
                if (this._width === dataWidth && this._height === dataHeight) {
                    const isPOT = C3.isPOT(this._width) && C3.isPOT(this._height);
                    gl.texSubImage2D(gl.TEXTURE_2D, 0, 0, 0, formatspec.format, formatspec.type, data);
                    if ((isPOT || this._renderer.SupportsNPOTTextures()) && this._isMipMapped) {
                        gl.hint(gl.GENERATE_MIPMAP_HINT, this._GetMipMapHint(gl));
                        gl.generateMipmap(gl.TEXTURE_2D)
                    }
                } else {
                    this._width = dataWidth;
                    this._height = dataHeight;
                    const isPOT = C3.isPOT(this._width) && C3.isPOT(this._height);
                    if (!this._renderer.SupportsNPOTTextures() && this._IsTiled() && !isPOT)
                        throw new Error("non-power-of-two tiled textures not supported");
                    gl.texImage2D(gl.TEXTURE_2D, 0, internalformat, formatspec.format, formatspec.type, data);
                    if ((isPOT || this._renderer.SupportsNPOTTextures()) && this._isMipMapped) {
                        gl.hint(gl.GENERATE_MIPMAP_HINT, this._GetMipMapHint(gl));
                        gl.generateMipmap(gl.TEXTURE_2D)
                    }
                }
            } catch (e) {
                console.error("Error updating WebGL texture: ", e)
            }
            gl.bindTexture(gl.TEXTURE_2D, null);
            this._renderer._ResetLastTexture()
        }
        _Delete() {
            if (this._refCount > 0)
                throw new Error("texture still has references");
            if (!this._texture)
                throw new Error("already deleted texture");
            allTextures.delete(this);
            const gl = this._renderer.GetContext();
            gl.deleteTexture(this._texture);
            this._texture = null
        }
        IsValid() {
            return !!this._texture
        }
        _GetTexture() {
            return this._texture
        }
        GetRenderer() {
            return this._renderer
        }
        AddReference() {
            this._refCount++
        }
        SubtractReference() {
            if (this._refCount <= 0)
                throw new Error("no more references");
            this._refCount--
        }
        GetReferenceCount() {
            return this._refCount
        }
        GetWidth() {
            return this._width
        }
        GetHeight() {
            return this._height
        }
        IsStatic() {
            return this._isStatic
        }
        GetEstimatedMemoryUsage() {
            let size = this._width * this._height;
            switch (this._pixelFormat) {
            case "rgba8":
                size *= 4;
                break;
            case "rgb8":
                size *= 3;
                break;
            case "rgba4":
            case "rgb5_a1":
            case "rgb565":
                size *= 2;
                break
            }
            if (this._isMipMapped)
                size += Math.floor(size / 3);
            return size
        }
        static OnContextLost() {
            allTextures.clear()
        }
        static allTextures() {
            return allTextures.values()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    const VALID_SAMPLINGS = new Set(["nearest", "bilinear", "trilinear"]);
    const DEFAULT_RENDERTARGET_OPTIONS = {
        sampling: "trilinear",
        alpha: true,
        readback: true,
        isDefaultSize: true,
        multisampling: 0
    };
    const allRenderTargets = new Set;
    C3.Gfx.WebGLRenderTarget = class WebGLRenderTarget {
        constructor(renderer) {
            this._renderer = renderer;
            this._frameBuffer = null;
            this._texture = null;
            this._renderBuffer = null;
            this._width = 0;
            this._height = 0;
            this._isDefaultSize = true;
            this._sampling = "trilinear";
            this._alpha = true;
            this._readback = true;
            this._multisampling = 0
        }
        _Create(width, height, opts) {
            opts = Object.assign({}, DEFAULT_RENDERTARGET_OPTIONS, opts);
            const webGLVersion = this._renderer.GetWebGLVersionNumber();
            if (this._texture || this._renderBuffer)
                throw new Error("already created render target");
            this._sampling = opts.sampling;
            this._alpha = !!opts.alpha;
            this._readback = !!opts.readback;
            this._isDefaultSize = !!opts.isDefaultSize;
            this._multisampling = opts.multisampling;
            if (!VALID_SAMPLINGS.has(this._sampling))
                throw new Error("invalid sampling");
            if (this._multisampling > 0 && (webGLVersion < 2 || this._readback))
                throw new Error("invalid use of multisampling");
            if (webGLVersion < 2)
                this._readback = true;
            this._width = width;
            this._height = height;
            if (this._width <= 0 || this._height <= 0)
                throw new Error("invalid render target size");
            const gl = this._renderer.GetContext();
            this._frameBuffer = gl.createFramebuffer();
            gl.bindFramebuffer(gl.FRAMEBUFFER, this._frameBuffer);
            if (this._readback) {
                this._texture = this._renderer.CreateDynamicTexture(this._width, this._height, {
                    sampling: this._sampling,
                    pixelFormat: this._alpha ? "rgba8" : "rgb8",
                    mipMap: false
                });
                const tex = this._texture._GetTexture();
                gl.framebufferTexture2D(gl.FRAMEBUFFER, gl.COLOR_ATTACHMENT0, gl.TEXTURE_2D, tex, 0)
            } else {
                this._renderBuffer = gl.createRenderbuffer();
                gl.bindRenderbuffer(gl.RENDERBUFFER, this._renderBuffer);
                const internalFormat = this._alpha ? gl.RGBA8 : gl.RGB8;
                if (this._multisampling > 0) {
                    const formatSamples = gl.getInternalformatParameter(gl.RENDERBUFFER, internalFormat, gl.SAMPLES);
                    if (formatSamples && formatSamples[0]) {
                        const maxSamples = formatSamples[0];
                        if (this._multisampling > maxSamples)
                            this._multisampling = maxSamples
                    } else
                        this._multisampling = 0
                }
                if (this._multisampling === 0)
                    gl.renderbufferStorage(gl.RENDERBUFFER, internalFormat, this._width, this._height);
                else
                    gl.renderbufferStorageMultisample(gl.RENDERBUFFER, this._multisampling, internalFormat, this._width, this._height);
                gl.framebufferRenderbuffer(gl.FRAMEBUFFER, gl.COLOR_ATTACHMENT0, gl.RENDERBUFFER, this._renderBuffer);
                gl.bindRenderbuffer(gl.RENDERBUFFER, null)
            }
            gl.bindFramebuffer(gl.FRAMEBUFFER, null);
            allRenderTargets.add(this)
        }
        _Resize(width, height) {
            if (this._width === width && this._height === height)
                return;
            this._width = width;
            this._height = height;
            const gl = this._renderer.GetContext();
            gl.bindFramebuffer(gl.FRAMEBUFFER, this._frameBuffer);
            if (this._texture)
                this._texture._Update(new ImageData(this._width,this._height));
            else {
                gl.bindRenderbuffer(gl.RENDERBUFFER, this._renderBuffer);
                gl.renderbufferStorage(gl.RENDERBUFFER, this._alpha ? gl.RGBA8 : gl.RGB8, this._width, this._height);
                gl.bindRenderbuffer(gl.RENDERBUFFER, null)
            }
            gl.bindFramebuffer(gl.FRAMEBUFFER, null)
        }
        _Delete() {
            if (!this._texture && !this._renderBuffer)
                throw new Error("already deleted render target");
            allRenderTargets.delete(this);
            const gl = this._renderer.GetContext();
            gl.bindFramebuffer(gl.FRAMEBUFFER, this._frameBuffer);
            if (this._texture) {
                gl.framebufferTexture2D(gl.FRAMEBUFFER, gl.COLOR_ATTACHMENT0, gl.TEXTURE_2D, null, 0);
                this._renderer.DeleteTexture(this._texture);
                this._texture = null
            } else if (this._renderBuffer) {
                gl.framebufferRenderbuffer(gl.FRAMEBUFFER, gl.COLOR_ATTACHMENT0, gl.RENDERBUFFER, null);
                gl.deleteRenderbuffer(this._renderBuffer);
                this._renderBuffer = null
            }
            gl.bindFramebuffer(gl.FRAMEBUFFER, null);
            if (this._renderer.GetWebGLVersionNumber() >= 2) {
                gl.bindFramebuffer(gl.READ_FRAMEBUFFER, null);
                gl.bindFramebuffer(gl.DRAW_FRAMEBUFFER, null)
            }
            gl.deleteFramebuffer(this._frameBuffer);
            this._renderer.GetBatchState().currentFramebuffer = null;
            this._frameBuffer = null
        }
        _GetFramebuffer() {
            return this._frameBuffer
        }
        GetWebGLRenderer() {
            return this._renderer
        }
        GetTexture() {
            return this._texture
        }
        IsLinearSampling() {
            return this._sampling !== "nearest"
        }
        HasAlpha() {
            return this._alpha
        }
        IsReadback() {
            return this._readback
        }
        GetWidth() {
            return this._width
        }
        GetHeight() {
            return this._height
        }
        IsDefaultSize() {
            return this._isDefaultSize
        }
        GetMultisampling() {
            return this._multisampling
        }
        GetOptions() {
            const ret = {
                sampling: this._sampling,
                alpha: this._alpha,
                readback: this._readback
            };
            if (!this._isDefaultSize) {
                ret.width = this._width;
                ret.height = this._height
            }
            return ret
        }
        IsCompatibleWithOptions(opts) {
            opts = Object.assign({}, DEFAULT_RENDERTARGET_OPTIONS, opts);
            if (opts.sampling !== "nearest" !== this.IsLinearSampling())
                return false;
            if (!!opts.alpha !== this.HasAlpha())
                return false;
            if (this._renderer.GetWebGLVersionNumber() >= 2)
                if (!!opts.readback !== this.IsReadback())
                    return false;
            if (typeof opts.width === "number" || typeof opts.height === "number")
                return !this.IsDefaultSize() && this.GetWidth() === opts.width && this.GetHeight() === opts.height;
            else
                return this.IsDefaultSize()
        }
        _GetWebGLTexture() {
            if (!this._texture)
                return null;
            return this._texture._GetTexture()
        }
        GetEstimatedMemoryUsage() {
            if (this._texture)
                return this._texture.GetEstimatedMemoryUsage();
            return this._width * this._height * (this._alpha ? 4 : 3)
        }
        static async DebugReadPixelsToBlob(renderer, renderTarget) {
            const imageData = await renderer.ReadBackRenderTargetToImageData(renderTarget, true);
            return await C3.ImageDataToBlob(imageData)
        }
        static OnContextLost() {
            allRenderTargets.clear()
        }
        static allRenderTargets() {
            return allRenderTargets.values()
        }
        static ResizeAll(width, height) {
            for (const rt of allRenderTargets)
                if (rt.IsDefaultSize())
                    rt._Resize(width, height)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const glMatrix = self.glMatrix;
    const vec3 = glMatrix.vec3;
    const mat4 = glMatrix.mat4;
    const RESERVED_UNIFORM_NAMES = new Set(["aPos", "aTex", "aPoints", "matP", "matMV", "samplerFront", "samplerBack", "destStart", "destEnd", "srcStart", "srcEnd", "srcOriginStart", "srcOriginEnd", "pixelSize", "seconds", "layerScale", "layerAngle", "layoutStart", "layoutEnd", "color", "color2_", "pointTexStart", "pointTexEnd", "zElevation", "tileSize", "tileSpacing", "outlineThickness"]);
    C3.Gfx.WebGLShaderProgram = class WebGLShaderProgram {
        static async Compile(renderer, fragSrc, vsSource, name) {
            const gl = renderer.GetContext();
            const fragmentShader = gl.createShader(gl.FRAGMENT_SHADER);
            gl.shaderSource(fragmentShader, fragSrc);
            gl.compileShader(fragmentShader);
            const vertexShader = gl.createShader(gl.VERTEX_SHADER);
            gl.shaderSource(vertexShader, vsSource);
            gl.compileShader(vertexShader);
            const shaderProgram = gl.createProgram();
            gl.attachShader(shaderProgram, fragmentShader);
            gl.attachShader(shaderProgram, vertexShader);
            gl.bindAttribLocation(shaderProgram, 0, "aPos");
            gl.bindAttribLocation(shaderProgram, 1, "aTex");
            gl.bindAttribLocation(shaderProgram, 2, "aPoints");
            gl.linkProgram(shaderProgram);
            const parallelShaderCompileExt = renderer._GetParallelShaderCompileExtension();
            if (parallelShaderCompileExt)
                await renderer._WaitForObjectReady(()=>gl.getProgramParameter(shaderProgram, parallelShaderCompileExt["COMPLETION_STATUS_KHR"]));
            else
                await C3.Wait(5);
            if (!gl.getShaderParameter(fragmentShader, gl.COMPILE_STATUS)) {
                const log = gl.getShaderInfoLog(fragmentShader);
                gl.deleteShader(fragmentShader);
                gl.deleteShader(vertexShader);
                gl.deleteProgram(shaderProgram);
                throw new Error("Error compiling fragment shader: " + log);
            }
            if (!gl.getShaderParameter(vertexShader, gl.COMPILE_STATUS)) {
                const log = gl.getShaderInfoLog(vertexShader);
                gl.deleteShader(fragmentShader);
                gl.deleteShader(vertexShader);
                gl.deleteProgram(shaderProgram);
                throw new Error("Error compiling vertex shader: " + log);
            }
            if (!gl.getProgramParameter(shaderProgram, gl.LINK_STATUS)) {
                const log = gl.getProgramInfoLog(shaderProgram);
                gl.deleteShader(fragmentShader);
                gl.deleteShader(vertexShader);
                gl.deleteProgram(shaderProgram);
                throw new Error("Error linking shader program: " + log);
            }
            const infoLog = C3.FilterUnprintableChars(gl.getProgramInfoLog(shaderProgram) || "").trim();
            if (infoLog && !C3.IsStringAllWhitespace(infoLog))
                console.info(`[WebGL] Shader program '${name}' compilation log: `, infoLog);
            gl.deleteShader(fragmentShader);
            gl.deleteShader(vertexShader);
            return shaderProgram
        }
        static async Create(renderer, shaderInfo, vsSource, name) {
            const shaderProgram = await C3.Gfx.WebGLShaderProgram.Compile(renderer, shaderInfo.src, vsSource, name);
            return new C3.Gfx.WebGLShaderProgram(renderer,shaderProgram,shaderInfo,name)
        }
        constructor(renderer, shaderProgram, shaderInfo, name) {
            const gl = renderer.GetContext();
            const batchState = renderer.GetBatchState();
            renderer.EndBatch();
            gl.useProgram(shaderProgram);
            this._gl = gl;
            this._renderer = renderer;
            this._name = name;
            this._shaderProgram = shaderProgram;
            this._isDeviceTransform = name === "<default-device-transform>";
            const locAPos = gl.getAttribLocation(shaderProgram, "aPos");
            const locATex = gl.getAttribLocation(shaderProgram, "aTex");
            const locAPoints = gl.getAttribLocation(shaderProgram, "aPoints");
            if (locAPos !== -1) {
                gl.bindBuffer(gl.ARRAY_BUFFER, renderer._vertexBuffer);
                gl.vertexAttribPointer(locAPos, renderer.GetNumVertexComponents(), gl.FLOAT, false, 0, 0);
                gl.enableVertexAttribArray(locAPos)
            }
            if (locATex !== -1) {
                gl.bindBuffer(gl.ARRAY_BUFFER, renderer._texcoordBuffer);
                gl.vertexAttribPointer(locATex, 2, gl.FLOAT, false, 0, 0);
                gl.enableVertexAttribArray(locATex)
            }
            if (locAPoints !== -1) {
                gl.bindBuffer(gl.ARRAY_BUFFER, renderer._pointBuffer);
                gl.vertexAttribPointer(locAPoints, 4, gl.FLOAT, false, 0, 0);
                gl.enableVertexAttribArray(locAPoints)
            }
            gl.bindBuffer(gl.ARRAY_BUFFER, null);
            this._uMatP = new C3.Gfx.WebGLShaderUniform(this,"matP","mat4");
            this._uMatMV = new C3.Gfx.WebGLShaderUniform(this,"matMV","mat4");
            this._uColor = new C3.Gfx.WebGLShaderUniform(this,"color","vec4");
            this._uSamplerFront = new C3.Gfx.WebGLShaderUniform(this,"samplerFront","sampler");
            this._uPointTexStart = new C3.Gfx.WebGLShaderUniform(this,"pointTexStart","vec2");
            this._uPointTexEnd = new C3.Gfx.WebGLShaderUniform(this,"pointTexEnd","vec2");
            this._uZElevation = new C3.Gfx.WebGLShaderUniform(this,"zElevation","float");
            this._uTileSize = new C3.Gfx.WebGLShaderUniform(this,"tileSize","vec2");
            this._uTileSpacing = new C3.Gfx.WebGLShaderUniform(this,"tileSpacing","vec2");
            this._uColor2 = new C3.Gfx.WebGLShaderUniform(this,"color2_","vec4");
            this._uOutlineThickness = new C3.Gfx.WebGLShaderUniform(this,"outlineThickness","float");
            this._uSamplerBack = new C3.Gfx.WebGLShaderUniform(this,"samplerBack","sampler");
            this._uDestStart = new C3.Gfx.WebGLShaderUniform(this,"destStart","vec2");
            this._uDestEnd = new C3.Gfx.WebGLShaderUniform(this,"destEnd","vec2");
            this._uSrcStart = new C3.Gfx.WebGLShaderUniform(this,"srcStart","vec2");
            this._uSrcEnd = new C3.Gfx.WebGLShaderUniform(this,"srcEnd","vec2");
            this._uSrcOriginStart = new C3.Gfx.WebGLShaderUniform(this,"srcOriginStart","vec2");
            this._uSrcOriginEnd = new C3.Gfx.WebGLShaderUniform(this,"srcOriginEnd","vec2");
            this._uPixelSize = new C3.Gfx.WebGLShaderUniform(this,"pixelSize","vec2");
            this._uSeconds = new C3.Gfx.WebGLShaderUniform(this,"seconds","float");
            this._uLayerScale = new C3.Gfx.WebGLShaderUniform(this,"layerScale","float");
            this._uLayerAngle = new C3.Gfx.WebGLShaderUniform(this,"layerAngle","float");
            this._uLayoutStart = new C3.Gfx.WebGLShaderUniform(this,"layoutStart","vec2");
            this._uLayoutEnd = new C3.Gfx.WebGLShaderUniform(this,"layoutEnd","vec2");
            this._hasAnyOptionalUniforms = !!(this._uPixelSize.IsUsed() || this._uSeconds.IsUsed() || this._uSamplerBack.IsUsed() || this._uDestStart.IsUsed() || this._uDestEnd.IsUsed() || this._uSrcStart.IsUsed() || this._uSrcEnd.IsUsed() || this._uSrcOriginStart.IsUsed() || this._uSrcOriginEnd.IsUsed() || this._uLayerScale.IsUsed() || this._uLayerAngle.IsUsed() || this._uLayoutStart.IsUsed() || this._uLayoutEnd.IsUsed());
            this._extendBoxHorizontal = shaderInfo.extendBoxHorizontal || 0;
            this._extendBoxVertical = shaderInfo.extendBoxVertical || 0;
            this._crossSampling = !!shaderInfo.crossSampling;
            this._mustPreDraw = !!shaderInfo.mustPreDraw;
            this._preservesOpaqueness = !!shaderInfo.preservesOpaqueness;
            this._animated = !!shaderInfo.animated;
            const customParameterDefs = shaderInfo.parameters || [];
            this._uCustomParameters = [];
            this._usesDest = this._uDestStart.IsUsed() || this._uDestEnd.IsUsed();
            this._usesAnySrcRectOrPixelSize = this._uPixelSize.IsUsed() || this._uSrcStart.IsUsed() || this._uSrcEnd.IsUsed() || this._uSrcOriginStart.IsUsed() || this._uSrcOriginEnd.IsUsed();
            this._needsPostDrawOrExtendBox = this._crossSampling || this._usesDest || this._extendBoxHorizontal !== 0 || this._extendBoxVertical !== 0;
            this._hasCurrentMatP = false;
            this._hasCurrentMatMV = false;
            this._uColor.Init4f(1, 1, 1, 1);
            this._uColor2.Init4f(1, 1, 1, 1);
            this._uSamplerFront.Init1i(0);
            this._uSamplerBack.Init1i(1);
            this._uPointTexStart.Init2f(0, 0);
            this._uPointTexEnd.Init2f(1, 1);
            this._uZElevation.Init1f(0);
            this._uTileSize.Init2f(0, 0);
            this._uTileSpacing.Init2f(0, 0);
            this._uDestStart.Init2f(0, 0);
            this._uDestEnd.Init2f(1, 1);
            this._uSrcStart.Init2f(0, 0);
            this._uSrcEnd.Init2f(0, 0);
            this._uSrcOriginStart.Init2f(0, 0);
            this._uSrcOriginEnd.Init2f(0, 0);
            this._uPixelSize.Init2f(0, 0);
            this._uLayerScale.Init1f(1);
            this._uLayerAngle.Init1f(0);
            this._uSeconds.Init1f(0);
            this._uLayoutStart.Init2f(0, 0);
            this._uLayoutEnd.Init2f(0, 0);
            this._uOutlineThickness.Init1f(1);
            for (const p of customParameterDefs) {
                const uniformName = p[0];
                const paramType = p[2];
                const shaderUniform = new C3.Gfx.WebGLShaderUniform(this,uniformName,paramType);
                if (paramType === "color")
                    shaderUniform.Init3f(0, 0, 0);
                else
                    shaderUniform.Init1f(0);
                this._uCustomParameters.push(shaderUniform)
            }
            if (this._isDeviceTransform)
                this._UpdateDeviceTransformUniforms(batchState.currentMatP);
            else {
                this.UpdateMatP(batchState.currentMatP, true);
                this.UpdateMatMV(batchState.currentMV, true)
            }
            const currentShader = batchState.currentShader;
            gl.useProgram(currentShader ? currentShader._shaderProgram : null)
        }
        Release() {
            this._gl.deleteProgram(this._shaderProgram);
            this._shaderProgram = null;
            this._renderer._RemoveShaderProgram(this);
            this._gl = null;
            this._renderer = null
        }
        GetName() {
            return this._name
        }
        GetWebGLContext() {
            return this._gl
        }
        GetShaderProgram() {
            return this._shaderProgram
        }
        UsesDest() {
            return this._usesDest
        }
        UsesCrossSampling() {
            return this._crossSampling
        }
        MustPreDraw() {
            return this._mustPreDraw
        }
        PreservesOpaqueness() {
            return this._preservesOpaqueness
        }
        ExtendsBox() {
            return this._extendBoxHorizontal !== 0 || this._extendBoxVertical !== 0
        }
        GetBoxExtendHorizontal() {
            return this._extendBoxHorizontal
        }
        GetBoxExtendVertical() {
            return this._extendBoxVertical
        }
        UsesAnySrcRectOrPixelSize() {
            return this._usesAnySrcRectOrPixelSize
        }
        NeedsPostDrawOrExtendsBox() {
            return this._needsPostDrawOrExtendBox
        }
        GetParameterCount() {
            return this._uCustomParameters.length
        }
        GetParameterType(paramIndex) {
            return this._uCustomParameters[paramIndex].GetType()
        }
        AreCustomParametersAlreadySetInBatch(params) {
            for (let i = 0, len = params.length; i < len; ++i)
                if (!this._uCustomParameters[i].IsSetToCustomInBatch(params[i]))
                    return false;
            return true
        }
        SetCustomParametersInBatch(params) {
            for (let i = 0, len = params.length; i < len; ++i)
                this._uCustomParameters[i].SetBatchValueCustom(params[i])
        }
        AreOptionalUniformsAlreadySetInBatch(destRect, srcRect, srcOriginRect, layoutRect, pixelWidth, pixelHeight, layerScale, layerAngle, time) {
            if (this._uSamplerBack.IsUsed())
                return false;
            if (this._uPixelSize.IsUsed() && !this._uPixelSize.IsSetTo2InBatch(pixelWidth, pixelHeight))
                return false;
            if (this._uDestStart.IsUsed() && !this._uDestStart.IsSetTo2InBatch(destRect.getLeft(), destRect.getTop()))
                return false;
            if (this._uDestEnd.IsUsed() && !this._uDestEnd.IsSetTo2InBatch(destRect.getRight(), destRect.getBottom()))
                return false;
            if (this._uLayerScale.IsUsed() && !this._uLayerScale.IsSetTo1InBatch(layerScale))
                return false;
            if (this._uLayerAngle.IsUsed() && !this._uLayerAngle.IsSetTo1InBatch(layerAngle))
                return false;
            if (this._uSrcStart.IsUsed() && !this._uSrcStart.IsSetTo2InBatch(srcRect.getLeft(), srcRect.getTop()))
                return false;
            if (this._uSrcEnd.IsUsed() && !this._uSrcEnd.IsSetTo2InBatch(srcRect.getRight(), srcRect.getBottom()))
                return false;
            if (this._uSrcOriginStart.IsUsed() && !this._uSrcOriginStart.IsSetTo2InBatch(srcOriginRect.getLeft(), srcOriginRect.getTop()))
                return false;
            if (this._uSrcOriginEnd.IsUsed() && !this._uSrcOriginEnd.IsSetTo2InBatch(srcOriginRect.getRight(), srcOriginRect.getBottom()))
                return false;
            if (this._uLayoutStart.IsUsed() && !this._uLayoutStart.IsSetTo2InBatch(layoutRect.getLeft(), layoutRect.getTop()))
                return false;
            if (this._uLayoutEnd.IsUsed() && !this._uLayoutEnd.IsSetTo2InBatch(layoutRect.getTop(), layoutRect.getBottom()))
                return false;
            if (this._uSeconds.IsUsed() && !this._uSeconds.IsSetTo1InBatch(time))
                return false;
            return true
        }
        SetOptionalUniformsInBatch(destRect, srcRect, srcOriginRect, layoutRect, pixelWidth, pixelHeight, layerScale, layerAngle, time) {
            if (this._uSamplerBack.IsUsed())
                return;
            if (this._uPixelSize.IsUsed())
                this._uPixelSize.SetBatch2(pixelWidth, pixelHeight);
            if (this._uDestStart.IsUsed())
                this._uDestStart.SetBatch2(destRect.getLeft(), destRect.getTop());
            if (this._uDestEnd.IsUsed())
                this._uDestEnd.SetBatch2(destRect.getRight(), destRect.getBottom());
            if (this._uLayerScale.IsUsed())
                this._uLayerScale.SetBatch1(layerScale);
            if (this._uLayerAngle.IsUsed())
                this._uLayerAngle.SetBatch1(layerAngle);
            if (this._uSrcStart.IsUsed())
                this._uSrcStart.SetBatch2(srcRect.getLeft(), srcRect.getTop());
            if (this._uSrcEnd.IsUsed())
                this._uSrcEnd.SetBatch2(srcRect.getRight(), srcRect.getBottom());
            if (this._uSrcOriginStart.IsUsed())
                this._uSrcOriginStart.SetBatch2(srcOriginRect.getLeft(), srcOriginRect.getTop());
            if (this._uSrcOriginEnd.IsUsed())
                this._uSrcOriginEnd.SetBatch2(srcOriginRect.getRight(), srcOriginRect.getBottom());
            if (this._uLayoutStart.IsUsed())
                this._uLayoutStart.SetBatch2(layoutRect.getLeft(), layoutRect.getTop());
            if (this._uLayoutEnd.IsUsed())
                this._uLayoutEnd.SetBatch2(layoutRect.getTop(), layoutRect.getBottom());
            if (this._uSeconds.IsUsed())
                this._uSeconds.SetBatch1(time)
        }
        IsAnimated() {
            return this._animated
        }
        UpdateMatP(matP, force) {
            if (this._hasCurrentMatP && !force)
                return;
            if (this._isDeviceTransform)
                return;
            if (this._uMatP.IsUsed())
                this._uMatP.UpdateMatrix4fv(matP);
            this._hasCurrentMatP = true
        }
        SetMatPStale() {
            this._hasCurrentMatP = false
        }
        UpdateMatMV(matMV, force) {
            if (this._hasCurrentMatMV && !force)
                return;
            if (this._isDeviceTransform)
                return;
            if (this._uMatMV.IsUsed())
                this._uMatMV.UpdateMatrix4fv(matMV);
            this._hasCurrentMatMV = true
        }
        SetMatMVStale() {
            this._hasCurrentMatMV = false
        }
        _UpdateDeviceTransformUniforms(matP) {
            if (!this._isDeviceTransform)
                throw new Error("not device transform shader");
            this._uMatP.UpdateMatrix4fv(matP);
            const renderer = this._renderer;
            const scrollX = renderer.GetWidth() / 2;
            const scrollY = renderer.GetHeight() / 2;
            const worldScale = renderer._worldScale;
            const cam = vec3.fromValues(scrollX * worldScale[0], scrollY * worldScale[1], 100 * self.devicePixelRatio);
            const look = vec3.fromValues(scrollX * worldScale[0], scrollY * worldScale[1], 0);
            const mv = mat4.create();
            mat4.lookAt(mv, cam, look, renderer._up);
            mat4.scale(mv, mv, worldScale);
            this._uMatMV.UpdateMatrix4fv(mv)
        }
        UpdateColor(c) {
            if (this._uColor.IsUsed())
                this._uColor.Update4f(c[0], c[1], c[2], c[3])
        }
        static GetReservedUniformNames() {
            return RESERVED_UNIFORM_NAMES
        }
        static GetDefaultVertexShaderSource(is3d, useHighP) {
            const texPrecision = useHighP ? "highmedp" : "mediump";
            return [`#ifdef GL_FRAGMENT_PRECISION_HIGH`, `#define highmedp highp`, `#else`, `#define highmedp mediump`, `#endif`, `attribute highp ${is3d ? "vec3" : "vec2"} aPos;`, `attribute ${texPrecision} vec2 aTex;`, `varying ${texPrecision} vec2 vTex;`, `uniform highp mat4 matP;`, `uniform highp mat4 matMV;`, `void main(void) {`, `	gl_Position = matP * matMV * vec4(aPos, ${is3d ? "" : "0.0,"} 1.0);`, `	vTex = aTex;`, `}`].join("\n")
        }
        static GetTextureFillFragmentShaderSource() {
            return ["varying mediump vec2 vTex;", "uniform lowp vec4 color;", "uniform lowp sampler2D samplerFront;", "void main(void) {", "\tgl_FragColor = texture2D(samplerFront, vTex) * color;", "}"].join("\n")
        }
        static GetTilemapFragmentShaderSource() {
            return ["#ifdef GL_FRAGMENT_PRECISION_HIGH", "#define highmedp highp", "#else", "#define highmedp mediump", "#endif", "varying highmedp vec2 vTex;", "uniform lowp vec4 color;", "uniform lowp sampler2D samplerFront;", "uniform highmedp vec2 srcStart;", "uniform highmedp vec2 pixelSize;", "uniform highmedp vec2 tileSize;", "uniform highmedp vec2 tileSpacing;", "void main(void) {", "\thighmedp vec2 tile = floor(vTex);", "\thighmedp vec2 tex = fract(vTex);", "\thighmedp vec2 tileOrigin = srcStart + tile * (tileSize + tileSpacing);", "\thighmedp vec2 lowerBound = tileOrigin + pixelSize / 2.0;", "\thighmedp vec2 upperBound = tileOrigin + tileSize - pixelSize / 2.0;", "\tgl_FragColor = texture2D(samplerFront, clamp(tex, lowerBound, upperBound), -16.0) * color;", "}"].join("\n")
        }
        static GetPointVertexShaderSource() {
            return ["attribute vec4 aPoints;", "varying float pointOpacity;", "uniform float zElevation;", "uniform mat4 matP;", "uniform mat4 matMV;", "void main(void) {", "\tgl_Position = matP * matMV * vec4(aPoints.xy, zElevation, 1.0);", "\tgl_PointSize = aPoints.z;", "\tpointOpacity = aPoints.w;", "}"].join("\n")
        }
        static GetPointFragmentShaderSource() {
            return ["uniform lowp sampler2D samplerFront;", "varying lowp float pointOpacity;", "uniform mediump vec2 pointTexStart;", "uniform mediump vec2 pointTexEnd;", "uniform lowp vec4 color;", "void main(void) {", "\tgl_FragColor = texture2D(samplerFront, mix(pointTexStart, pointTexEnd, gl_PointCoord)) * color * pointOpacity;", "}"].join("\n")
        }
        static GetColorFillFragmentShaderSource() {
            return ["uniform lowp vec4 color;", "void main(void) {", "\tgl_FragColor = color;", "}"].join("\n")
        }
        static GetLinearGradientFillFragmentShaderSource() {
            return ["precision lowp float;", "varying mediump vec2 vTex;", "uniform vec4 color;", "uniform vec4 color2_;", "vec3 fromLinear(vec3 linearRGB)", "{", "\tbvec3 cutoff = lessThan(linearRGB, vec3(0.0031308));", "\tvec3 higher = vec3(1.055) * pow(abs(linearRGB), vec3(1.0/2.4)) - vec3(0.055);", "\tvec3 lower = linearRGB * vec3(12.92);", "\treturn mix(higher, lower, vec3(cutoff));", "}", "vec3 toLinear(vec3 sRGB)", "{", "\tbvec3 cutoff = lessThan(sRGB, vec3(0.04045));", "\tvec3 higher = pow(abs((sRGB + vec3(0.055))/vec3(1.055)), vec3(2.4));", "\tvec3 lower = sRGB/vec3(12.92);", "\treturn mix(higher, lower, vec3(cutoff));", "}", "void main(void) {", "\tvec3 linearGrad = mix(toLinear(color.rgb), toLinear(color2_.rgb), vTex.x);", "\tfloat a = mix(color.a, color2_.a, vTex.x);", "\tgl_FragColor = vec4(fromLinear(linearGrad) * a, a);", "}"].join("\n")
        }
        static GetSmoothLineFillFragmentShaderSource() {
            return ["varying mediump vec2 vTex;", "uniform lowp vec4 color;", "void main(void) {", "\tlowp float f = 1.0 - abs(vTex.y - 0.5) * 2.0;", "\tgl_FragColor = color * f;", "}"].join("\n")
        }
        static GetHardEllipseFillFragmentShaderSource() {
            return ["varying mediump vec2 vTex;", "uniform lowp vec4 color;", "void main(void) {", "\tmediump vec2 diff = vTex - vec2(0.5, 0.5);", "\tmediump vec2 diffSq = diff * diff;", "\tmediump float f = step(diffSq.x + diffSq.y, 0.25);", "\tgl_FragColor = color * f;", "}"].join("\n")
        }
        static GetHardEllipseOutlineFragmentShaderSource() {
            return ["varying mediump vec2 vTex;", "uniform lowp vec4 color;", "uniform mediump vec2 pixelSize;", "uniform mediump float outlineThickness;", "void main(void) {", "\tmediump vec2 diff = vTex - vec2(0.5, 0.5);", "\tmediump vec2 diffSq = diff * diff;", "\tmediump float distSq = diffSq.x + diffSq.y;", "\tmediump vec2 norm = normalize(diff);", "\tmediump vec2 halfNorm = norm * 0.5;", "\tmediump float innerF = step(distSq, 0.25);", "\tmediump vec2 innerEdge = halfNorm - pixelSize * norm * outlineThickness;", "\tmediump vec2 innerEdgeSq = innerEdge * innerEdge;", "\tmediump float outerF = step(innerEdgeSq.x + innerEdgeSq.y, distSq);", "\tgl_FragColor = color * innerF * outerF;", "}"].join("\n")
        }
        static GetSmoothEllipseFillFragmentShaderSource() {
            return ["varying mediump vec2 vTex;", "uniform lowp vec4 color;", "uniform mediump vec2 pixelSize;", "void main(void) {", "\tmediump vec2 diff = vTex - vec2(0.5, 0.5);", "\tmediump vec2 diffSq = diff * diff;", "\tmediump vec2 norm = normalize(diff);", "\tmediump vec2 halfNorm = norm * 0.5;", "\tmediump vec2 halfNormSq = halfNorm * halfNorm;", "\tmediump vec2 innerEdge = halfNorm - pixelSize * norm;", "\tmediump vec2 innerEdgeSq = innerEdge * innerEdge;", "\tmediump float f = smoothstep(halfNormSq.x + halfNormSq.y, innerEdgeSq.x + innerEdgeSq.y, diffSq.x + diffSq.y);", "\tgl_FragColor = color * f;", "}"].join("\n")
        }
        static GetSmoothEllipseOutlineFragmentShaderSource() {
            return ["varying mediump vec2 vTex;", "uniform lowp vec4 color;", "uniform mediump vec2 pixelSize;", "uniform mediump float outlineThickness;", "void main(void) {", "\tmediump vec2 diff = vTex - vec2(0.5, 0.5);", "\tmediump vec2 diffSq = diff * diff;", "\tmediump float distSq = diffSq.x + diffSq.y;", "\tmediump vec2 norm = normalize(diff);", "\tmediump vec2 halfNorm = norm * 0.5;", "\tmediump vec2 halfNormSq = halfNorm * halfNorm;", "\tmediump vec2 pxNorm = pixelSize * norm;", "\tmediump vec2 innerEdge1 = halfNorm - pxNorm;", "\tmediump vec2 innerEdge1Sq = innerEdge1 * innerEdge1;", "\tmediump float innerF = smoothstep(halfNormSq.x + halfNormSq.y, innerEdge1Sq.x + innerEdge1Sq.y, distSq);", "\tmediump vec2 innerEdge2 = halfNorm - pxNorm * outlineThickness;", "\tmediump vec2 innerEdge2Sq = innerEdge2 * innerEdge2;", "\tmediump vec2 innerEdge3 = halfNorm - pxNorm * (outlineThickness + 1.0);", "\tmediump vec2 innerEdge3Sq = innerEdge3 * innerEdge3;", "\tmediump float outerF = smoothstep(innerEdge3Sq.x + innerEdge3Sq.y, innerEdge2Sq.x + innerEdge2Sq.y, distSq);", "\tgl_FragColor = color * innerF * outerF;", "}"].join("\n")
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TYPE_SIZES = new Map([["float", 1], ["percent", 1], ["sampler", 1], ["vec2", 2], ["vec3", 3], ["color", 3], ["vec4", 4], ["mat4", 16]]);
    function areMat4sEqual(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7] && a[8] === b[8] && a[9] === b[9] && a[10] === b[10] && a[11] === b[11] && a[12] === b[12] && a[13] === b[13] && a[14] === b[14] && a[15] === b[15]
    }
    C3.Gfx.WebGLShaderUniform = class WebGLShaderUniform {
        constructor(owner, name, type) {
            if (!TYPE_SIZES.has(type))
                throw new Error("invalid uniform type");
            this._owner = owner;
            this._gl = this._owner.GetWebGLContext();
            this._name = name;
            this._type = type;
            this._isColorType = this._type === "color";
            this._location = this._gl.getUniformLocation(this._owner.GetShaderProgram(), name);
            this._isUsed = !!this._location;
            const typeSize = TYPE_SIZES.get(type);
            this._lastValue = new Float32Array(typeSize);
            this._lastBatchValue = new Float32Array(typeSize)
        }
        Release() {
            this._owner = null;
            this._gl = null;
            this._location = null
        }
        IsUsed() {
            return this._isUsed
        }
        GetType() {
            return this._type
        }
        IsColorType() {
            return this._isColorType
        }
        Init1f(v0) {
            if (!this.IsUsed())
                return;
            this._lastValue[0] = v0;
            this._lastBatchValue.set(this._lastValue);
            this._gl.uniform1f(this._location, v0)
        }
        Init1i(v0) {
            if (!this.IsUsed())
                return;
            this._lastValue[0] = v0;
            this._lastBatchValue.set(this._lastValue);
            this._gl.uniform1i(this._location, v0)
        }
        Init2f(v0, v1) {
            if (!this.IsUsed())
                return;
            this._lastValue[0] = v0;
            this._lastValue[1] = v1;
            this._lastBatchValue.set(this._lastValue);
            this._gl.uniform2f(this._location, v0, v1)
        }
        Init3f(v0, v1, v2) {
            if (!this.IsUsed())
                return;
            this._lastValue[0] = v0;
            this._lastValue[1] = v1;
            this._lastValue[2] = v2;
            this._lastBatchValue.set(this._lastValue);
            this._gl.uniform3f(this._location, v0, v1, v2)
        }
        Init4f(v0, v1, v2, v3) {
            if (!this.IsUsed())
                return;
            this._lastValue[0] = v0;
            this._lastValue[1] = v1;
            this._lastValue[2] = v2;
            this._lastValue[3] = v3;
            this._lastBatchValue.set(this._lastValue);
            this._gl.uniform4f(this._location, v0, v1, v2, v3)
        }
        Update1f(v0) {
            v0 = Math.fround(v0);
            const lastValue = this._lastValue;
            if (lastValue[0] === v0)
                return;
            lastValue[0] = v0;
            this._gl.uniform1f(this._location, v0)
        }
        Update1i(v0) {
            const lastValue = this._lastValue;
            if (lastValue[0] === v0)
                return;
            lastValue[0] = v0;
            this._gl.uniform1i(this._location, v0)
        }
        Update2f(v0, v1) {
            v0 = Math.fround(v0);
            v1 = Math.fround(v1);
            const lastValue = this._lastValue;
            if (lastValue[0] === v0 && lastValue[1] === v1)
                return;
            lastValue[0] = v0;
            lastValue[1] = v1;
            this._gl.uniform2f(this._location, v0, v1)
        }
        Update3f(v0, v1, v2) {
            v0 = Math.fround(v0);
            v1 = Math.fround(v1);
            v2 = Math.fround(v2);
            const lastValue = this._lastValue;
            if (lastValue[0] === v0 && lastValue[1] === v1 && lastValue[2] === v2)
                return;
            lastValue[0] = v0;
            lastValue[1] = v1;
            lastValue[2] = v2;
            this._gl.uniform3f(this._location, v0, v1, v2)
        }
        Update4f(v0, v1, v2, v3) {
            v0 = Math.fround(v0);
            v1 = Math.fround(v1);
            v2 = Math.fround(v2);
            v3 = Math.fround(v3);
            const lastValue = this._lastValue;
            if (lastValue[0] === v0 && lastValue[1] === v1 && lastValue[2] === v2 && lastValue[3] === v3)
                return;
            lastValue[0] = v0;
            lastValue[1] = v1;
            lastValue[2] = v2;
            lastValue[3] = v3;
            this._gl.uniform4f(this._location, v0, v1, v2, v3)
        }
        UpdateMatrix4fv(m) {
            const lastValue = this._lastValue;
            if (areMat4sEqual(lastValue, m))
                return;
            C3.typedArraySet16(lastValue, m, 0);
            this._gl.uniformMatrix4fv(this._location, false, m)
        }
        IsSetToCustomInBatch(p) {
            const batchValue = this._lastBatchValue;
            if (this.IsColorType())
                return batchValue[0] === Math.fround(p.getR()) && batchValue[1] === Math.fround(p.getG()) && batchValue[2] === Math.fround(p.getB());
            else
                return batchValue[0] === Math.fround(p)
        }
        SetBatchValueCustom(p) {
            const batchValue = this._lastBatchValue;
            if (this.IsColorType()) {
                batchValue[0] = p.getR();
                batchValue[1] = p.getG();
                batchValue[2] = p.getB()
            } else
                batchValue[0] = p
        }
        IsSetTo1InBatch(x) {
            return this._lastBatchValue[0] === Math.fround(x)
        }
        IsSetTo2InBatch(x, y) {
            const batchValue = this._lastBatchValue;
            return batchValue[0] === Math.fround(x) && batchValue[1] === Math.fround(y)
        }
        SetBatch1(x) {
            this._lastBatchValue[0] = x
        }
        SetBatch2(x, y) {
            const batchValue = this._lastBatchValue;
            batchValue[0] = x;
            batchValue[1] = y
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const glMatrix = self.glMatrix;
    const vec4 = glMatrix.vec4;
    const mat4 = glMatrix.mat4;
    const BATCH_NULL = 0;
    const BATCH_QUAD = 1;
    const BATCH_SETTEXTURE = 2;
    const BATCH_SETCOLOR = 3;
    const BATCH_SETBLEND = 4;
    const BATCH_UPDATEMODELVIEW = 5;
    const BATCH_SETRENDERTARGET = 6;
    const BATCH_CLEARSURFACE = 7;
    const BATCH_CLEARRECT = 8;
    const BATCH_POINTS = 9;
    const BATCH_SETPROGRAM = 10;
    const BATCH_SETPROGRAMPARAMETERS = 11;
    const BATCH_INVALIDATEFRAMEBUFFER = 12;
    const BATCH_SETPOINTTEXCOORDS = 13;
    const BATCH_SETTILEMAPINFO = 14;
    const BATCH_BLITFRAMEBUFFER = 15;
    const BATCH_STARTQUERY = 16;
    const BATCH_ENDQUERY = 17;
    const BATCH_SETELLIPSEPARAMS = 18;
    const BATCH_SETGRADIENTCOLOR = 19;
    C3.Gfx.BatchState = class BatchState {
        constructor(renderer) {
            this.renderer = renderer;
            this.currentMV = mat4.create();
            this.currentMatP = mat4.create();
            this.currentFramebuffer = null;
            this.currentColor = vec4.fromValues(1, 1, 1, 1);
            this.currentShader = null;
            this.pointTexCoords = new C3.Rect;
            this.clearColor = C3.New(C3.Color, 0, 0, 0, 0)
        }
    }
    ;
    C3.Gfx.WebGLBatchJob = class WebGLBatchJob {
        constructor(batchState) {
            const arrayBuffer = new ArrayBuffer(96);
            this._type = 0;
            this._batchState = batchState;
            this._gl = batchState.renderer.GetContext();
            this._startIndex = 0;
            this._indexCount = 0;
            this._texParam = null;
            this._mat4param = new Float32Array(arrayBuffer,0,16);
            this._colorParam = new Float32Array(arrayBuffer,64,4);
            this._srcOriginRect = new Float32Array(arrayBuffer,80,4);
            this._shaderParams = []
        }
        InitQuad(startIndex, indexCount) {
            this._type = BATCH_QUAD;
            this._startIndex = startIndex;
            this._indexCount = indexCount
        }
        DoQuad() {
            const gl = this._gl;
            gl.drawElements(gl.TRIANGLES, this._indexCount, gl.UNSIGNED_SHORT, this._startIndex)
        }
        InitSetTexture(rendererTex) {
            this._type = BATCH_SETTEXTURE;
            this._texParam = rendererTex
        }
        DoSetTexture() {
            const gl = this._gl;
            const texParam = this._texParam;
            gl.bindTexture(gl.TEXTURE_2D, texParam ? texParam._GetTexture() : null)
        }
        InitSetColor(c) {
            this._type = BATCH_SETCOLOR;
            c.writeToTypedArray(this._colorParam, 0)
        }
        DoSetColor() {
            const c = this._colorParam;
            const batchState = this._batchState;
            vec4.copy(batchState.currentColor, c);
            batchState.currentShader.UpdateColor(c)
        }
        InitSetGradientColor(c) {
            this._type = BATCH_SETGRADIENTCOLOR;
            c.writeToTypedArray(this._colorParam, 0)
        }
        DoSetGradientColor() {
            const c = this._colorParam;
            const s = this._batchState.currentShader;
            if (s._uColor2.IsUsed())
                s._uColor2.Update4f(c[0], c[1], c[2], c[3])
        }
        InitSetBlend(s, d) {
            this._type = BATCH_SETBLEND;
            this._startIndex = s;
            this._indexCount = d
        }
        DoSetBlend() {
            this._gl.blendFunc(this._startIndex, this._indexCount)
        }
        InitUpdateModelView(m) {
            this._type = BATCH_UPDATEMODELVIEW;
            mat4.copy(this._mat4param, m)
        }
        DoUpdateModelView() {
            const batchState = this._batchState;
            const allShaderPrograms = batchState.renderer._allShaderPrograms;
            const currentShader = batchState.currentShader;
            const mat4param = this._mat4param;
            for (let i = 0, len = allShaderPrograms.length; i < len; ++i) {
                const s = allShaderPrograms[i];
                if (s === currentShader)
                    s.UpdateMatMV(mat4param, true);
                else
                    s.SetMatMVStale()
            }
            mat4.copy(batchState.currentMV, mat4param)
        }
        InitSetRenderTarget(renderTarget, didSurfaceSizeChange, matP) {
            this._type = BATCH_SETRENDERTARGET;
            this._texParam = renderTarget;
            this._startIndex = didSurfaceSizeChange ? 1 : 0;
            if (didSurfaceSizeChange)
                mat4.copy(this._mat4param, matP)
        }
        DoSetRenderTarget() {
            const gl = this._gl;
            const renderTarget = this._texParam;
            const didSurfaceSizeChange = this._startIndex !== 0;
            const matP = this._mat4param;
            const batchState = this._batchState;
            const renderer = batchState.renderer;
            let newViewportWidth, newViewportHeight;
            if (renderTarget) {
                const fbo = renderTarget._GetFramebuffer();
                batchState.currentFramebuffer = fbo;
                gl.bindFramebuffer(gl.FRAMEBUFFER, fbo);
                newViewportWidth = renderTarget.GetWidth();
                newViewportHeight = renderTarget.GetHeight()
            } else {
                batchState.currentFramebuffer = null;
                gl.bindFramebuffer(gl.FRAMEBUFFER, null);
                newViewportWidth = renderer.GetScissoredViewportWidth();
                newViewportHeight = renderer.GetScissoredViewportHeight()
            }
            if (didSurfaceSizeChange)
                renderer._UpdateViewportBatch(newViewportWidth, newViewportHeight, matP)
        }
        InitClearSurface(c) {
            this._type = BATCH_CLEARSURFACE;
            c.writeToTypedArray(this._mat4param, 0)
        }
        InitClearSurface2(r, g, b, a) {
            this._type = BATCH_CLEARSURFACE;
            const c = this._mat4param;
            c[0] = r;
            c[1] = g;
            c[2] = b;
            c[3] = a
        }
        DoClearSurface() {
            const gl = this._gl;
            const mat4param = this._mat4param;
            const batchState = this._batchState;
            const renderer = batchState.renderer;
            const lastClearColor = batchState.clearColor;
            const debugSkipScissor = renderer._isScissorViewport && C3.isDebug;
            if (debugSkipScissor)
                gl.disable(gl.SCISSOR_TEST);
            const r = mat4param[0];
            const g = mat4param[1];
            const b = mat4param[2];
            const a = mat4param[3];
            if (!lastClearColor.equalsRgba(r, g, b, a)) {
                gl.clearColor(r, g, b, a);
                lastClearColor.setRgba(r, g, b, a)
            }
            gl.clear(gl.COLOR_BUFFER_BIT);
            if (debugSkipScissor)
                gl.enable(gl.SCISSOR_TEST)
        }
        InitClearRect(x, y, w, h, r, g, b, a) {
            this._type = BATCH_CLEARRECT;
            const m = this._mat4param;
            m[0] = x;
            m[1] = y;
            m[2] = w;
            m[3] = h;
            m[4] = r;
            m[5] = g;
            m[6] = b;
            m[7] = a
        }
        DoClearRectangle() {
            const gl = this._gl;
            const mat4param = this._mat4param;
            const batchState = this._batchState;
            const renderer = batchState.renderer;
            const lastClearColor = batchState.clearColor;
            if (!renderer._isScissorViewport)
                gl.enable(gl.SCISSOR_TEST);
            gl.scissor(mat4param[0], mat4param[1], mat4param[2], mat4param[3]);
            const r = mat4param[4];
            const g = mat4param[5];
            const b = mat4param[6];
            const a = mat4param[7];
            if (!lastClearColor.equalsRgba(r, g, b, a)) {
                gl.clearColor(r, g, b, a);
                lastClearColor.setRgba(r, g, b, a)
            }
            gl.clear(gl.COLOR_BUFFER_BIT);
            if (!renderer._isScissorViewport)
                gl.disable(gl.SCISSOR_TEST);
            else
                gl.scissor(0, 0, renderer._viewportScissorWidth, renderer._viewportScissorHeight)
        }
        InitSetPointTexCoords(rect) {
            this._type = BATCH_SETPOINTTEXCOORDS;
            rect.writeToTypedArray(this._mat4param, 0)
        }
        DoSetPointTextureCoords() {
            const mat4param = this._mat4param;
            this._batchState.pointTexCoords.set(mat4param[0], mat4param[1], mat4param[2], mat4param[3])
        }
        InitPoints(startIndex, z) {
            this._type = BATCH_POINTS;
            this._startIndex = startIndex;
            this._indexCount = 1;
            this._mat4param[0] = z
        }
        DoPoints() {
            const gl = this._gl;
            const batchState = this._batchState;
            const renderer = batchState.renderer;
            const s = renderer._spPoints;
            gl.useProgram(s._shaderProgram);
            s.UpdateMatP(batchState.currentMatP, false);
            s.UpdateMatMV(batchState.currentMV, false);
            const ptc = batchState.pointTexCoords;
            if (s._uPointTexStart.IsUsed())
                s._uPointTexStart.Update2f(ptc.getLeft(), ptc.getTop());
            if (s._uPointTexEnd.IsUsed())
                s._uPointTexEnd.Update2f(ptc.getRight(), ptc.getBottom());
            const z = this._mat4param[0];
            if (s._uZElevation.IsUsed())
                s._uZElevation.Update1f(z);
            if (s._uColor.IsUsed()) {
                const c = batchState.currentColor;
                s._uColor.Update4f(c[0], c[1], c[2], c[3])
            }
            gl.drawArrays(gl.POINTS, this._startIndex / 4, this._indexCount);
            gl.useProgram(batchState.currentShader._shaderProgram)
        }
        InitSetProgram(program) {
            this._type = BATCH_SETPROGRAM;
            this._texParam = program
        }
        DoSetProgram() {
            const gl = this._gl;
            const batchState = this._batchState;
            const s = this._texParam;
            batchState.currentShader = s;
            gl.useProgram(s._shaderProgram);
            s.UpdateMatP(batchState.currentMatP, false);
            s.UpdateMatMV(batchState.currentMV, false);
            if (s._uColor.IsUsed()) {
                const c = batchState.currentColor;
                s._uColor.Update4f(c[0], c[1], c[2], c[3])
            }
        }
        InitSetProgramParameters() {
            this._type = BATCH_SETPROGRAMPARAMETERS
        }
        DoSetProgramParameters() {
            const s = this._batchState.currentShader;
            if (s._hasAnyOptionalUniforms)
                this._DoSetOptionalUniformProgramParameters(s);
            if (s._uCustomParameters.length)
                this._DoUpdateCustomProgramParameters(s)
        }
        _DoSetOptionalUniformProgramParameters(s) {
            const gl = this._gl;
            const mat4param = this._mat4param;
            const colorParam = this._colorParam;
            const srcOriginRect = this._srcOriginRect;
            if (s._uSamplerBack.IsUsed()) {
                const renderer = this._batchState.renderer;
                const texParam = this._texParam;
                if (renderer._lastTexture1 !== texParam) {
                    gl.activeTexture(gl.TEXTURE1);
                    gl.bindTexture(gl.TEXTURE_2D, texParam ? texParam._GetTexture() : null);
                    renderer._lastTexture1 = texParam;
                    gl.activeTexture(gl.TEXTURE0)
                }
            }
            if (s._uPixelSize.IsUsed())
                s._uPixelSize.Update2f(mat4param[0], mat4param[1]);
            if (s._uDestStart.IsUsed())
                s._uDestStart.Update2f(mat4param[2], mat4param[3]);
            if (s._uDestEnd.IsUsed())
                s._uDestEnd.Update2f(mat4param[4], mat4param[5]);
            if (s._uLayerScale.IsUsed())
                s._uLayerScale.Update1f(mat4param[6]);
            if (s._uLayerAngle.IsUsed())
                s._uLayerAngle.Update1f(mat4param[7]);
            if (s._uSrcStart.IsUsed())
                s._uSrcStart.Update2f(mat4param[12], mat4param[13]);
            if (s._uSrcEnd.IsUsed())
                s._uSrcEnd.Update2f(mat4param[14], mat4param[15]);
            if (s._uSrcOriginStart.IsUsed())
                s._uSrcOriginStart.Update2f(srcOriginRect[0], srcOriginRect[1]);
            if (s._uSrcOriginEnd.IsUsed())
                s._uSrcOriginEnd.Update2f(srcOriginRect[2], srcOriginRect[3]);
            if (s._uLayoutStart.IsUsed())
                s._uLayoutStart.Update2f(colorParam[0], colorParam[1]);
            if (s._uLayoutEnd.IsUsed())
                s._uLayoutEnd.Update2f(colorParam[2], colorParam[3]);
            if (s._uSeconds.IsUsed())
                s._uSeconds.Update1f(this._startIndex)
        }
        _DoUpdateCustomProgramParameters(s) {
            const uCustomParameters = s._uCustomParameters;
            const shaderParams = this._shaderParams;
            for (let i = 0, len = uCustomParameters.length; i < len; ++i) {
                const shaderUniform = uCustomParameters[i];
                const paramValue = shaderParams[i];
                if (shaderUniform.IsColorType())
                    shaderUniform.Update3f(paramValue.getR(), paramValue.getG(), paramValue.getB());
                else
                    shaderUniform.Update1f(paramValue)
            }
        }
        InitInvalidateFramebuffer(fbo) {
            this._type = BATCH_INVALIDATEFRAMEBUFFER;
            this._texParam = fbo
        }
        DoInvalidateFramebuffer() {
            const gl = this._gl;
            const fbo = this._texParam;
            const lastBoundFbo = this._batchState.currentFramebuffer;
            if (fbo !== lastBoundFbo)
                gl.bindFramebuffer(gl.FRAMEBUFFER, fbo);
            gl.invalidateFramebuffer(gl.FRAMEBUFFER, [gl.COLOR_ATTACHMENT0]);
            if (fbo !== lastBoundFbo)
                gl.bindFramebuffer(gl.FRAMEBUFFER, lastBoundFbo)
        }
        InitBlitFramebuffer(sourceRenderTarget, destRenderTarget, mode) {
            this._type = BATCH_BLITFRAMEBUFFER;
            const mat4param = this._mat4param;
            const renderer = this._batchState.renderer;
            mat4param[0] = sourceRenderTarget.GetWidth();
            mat4param[1] = sourceRenderTarget.GetHeight();
            mat4param[2] = destRenderTarget ? destRenderTarget.GetWidth() : renderer.GetWidth();
            mat4param[3] = destRenderTarget ? destRenderTarget.GetHeight() : renderer.GetHeight();
            mat4param[4] = sourceRenderTarget.IsLinearSampling() ? 1 : 0;
            mat4param[5] = mode === "stretch";
            const shaderParams = this._shaderParams;
            C3.clearArray(shaderParams);
            shaderParams.push(sourceRenderTarget._GetFramebuffer());
            shaderParams.push(destRenderTarget ? destRenderTarget._GetFramebuffer() : null)
        }
        DoBlitFramebuffer() {
            const mat4param = this._mat4param;
            const shaderParams = this._shaderParams;
            const gl = this._gl;
            const srcWidth = mat4param[0];
            const srcHeight = mat4param[1];
            const destWidth = mat4param[2];
            const destHeight = mat4param[3];
            const isLinearSampling = mat4param[4] !== 0;
            const isStretch = mat4param[5] !== 0;
            const srcFbo = shaderParams[0];
            const destFbo = shaderParams[1];
            gl.bindFramebuffer(gl.READ_FRAMEBUFFER, srcFbo);
            gl.bindFramebuffer(gl.DRAW_FRAMEBUFFER, destFbo);
            if (isStretch)
                gl.blitFramebuffer(0, 0, srcWidth, srcHeight, 0, 0, destWidth, destHeight, gl.COLOR_BUFFER_BIT, isLinearSampling ? gl.LINEAR : gl.NEAREST);
            else {
                const w = Math.min(srcWidth, destWidth);
                const h = Math.min(srcHeight, destHeight);
                const srcOffY = Math.max(srcHeight - destHeight, 0);
                const destOffY = Math.max(destHeight - srcHeight, 0);
                gl.blitFramebuffer(0, srcOffY, w, h + srcOffY, 0, destOffY, w, h + destOffY, gl.COLOR_BUFFER_BIT, gl.NEAREST)
            }
        }
        InitStartQuery(query) {
            this._type = BATCH_STARTQUERY;
            this._texParam = query
        }
        DoStartQuery() {
            this._texParam.BeginTimeElapsed();
            this._texParam = null
        }
        InitEndQuery(query) {
            this._type = BATCH_ENDQUERY;
            this._texParam = query
        }
        DoEndQuery() {
            this._texParam.EndTimeElapsed();
            this._texParam = null
        }
        InitSetEllipseParams(pixelW, pixelH, outlineThickness) {
            this._type = BATCH_SETELLIPSEPARAMS;
            const mat4param = this._mat4param;
            mat4param[0] = pixelW;
            mat4param[1] = pixelH;
            mat4param[2] = outlineThickness
        }
        DoSetEllipseParams() {
            const s = this._batchState.currentShader;
            const mat4param = this._mat4param;
            if (s._uPixelSize.IsUsed())
                s._uPixelSize.Update2f(mat4param[0], mat4param[1]);
            if (s._uOutlineThickness.IsUsed())
                s._uOutlineThickness.Update1f(mat4param[2])
        }
        InitSetTilemapInfo(srcRect, textureWidth, textureHeight, tileWidth, tileHeight, tileSpacingX, tileSpacingY) {
            this._type = BATCH_SETTILEMAPINFO;
            const mat4param = this._mat4param;
            srcRect.writeToTypedArray(mat4param, 0);
            mat4param[4] = 1 / textureWidth;
            mat4param[5] = 1 / textureHeight;
            mat4param[6] = tileWidth / textureWidth;
            mat4param[7] = tileHeight / textureHeight;
            mat4param[8] = tileSpacingX / textureWidth;
            mat4param[9] = tileSpacingY / textureHeight
        }
        DoSetTilemapInfo() {
            const s = this._batchState.currentShader;
            const mat4param = this._mat4param;
            if (s._uSrcStart.IsUsed())
                s._uSrcStart.Update2f(mat4param[0], mat4param[1]);
            if (s._uPixelSize.IsUsed())
                s._uPixelSize.Update2f(mat4param[4], mat4param[5]);
            if (s._uTileSize.IsUsed())
                s._uTileSize.Update2f(mat4param[6], mat4param[7]);
            if (s._uTileSpacing.IsUsed())
                s._uTileSpacing.Update2f(mat4param[8], mat4param[9])
        }
        Run() {
            switch (this._type) {
            case 1:
                this.DoQuad();
                return;
            case 2:
                this.DoSetTexture();
                return;
            case 3:
                this.DoSetColor();
                return;
            case 4:
                this.DoSetBlend();
                return;
            case 5:
                this.DoUpdateModelView();
                return;
            case 6:
                this.DoSetRenderTarget();
                return;
            case 7:
                this.DoClearSurface();
                return;
            case 8:
                this.DoClearRectangle();
                return;
            case 9:
                this.DoPoints();
                return;
            case 10:
                this.DoSetProgram();
                return;
            case 11:
                this.DoSetProgramParameters();
                return;
            case 12:
                this.DoInvalidateFramebuffer();
                return;
            case 13:
                this.DoSetPointTextureCoords();
                return;
            case 14:
                this.DoSetTilemapInfo();
                return;
            case 15:
                this.DoBlitFramebuffer();
                return;
            case 16:
                this.DoStartQuery();
                return;
            case 17:
                this.DoEndQuery();
                return;
            case 18:
                this.DoSetEllipseParams();
                return;
            case 19:
                this.DoSetGradientColor();
                return
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const MAX_TEXTURE_SIZE = 2048;
    const EXTRA_LINE_HEIGHT = 4;
    const DEFAULT_OPTS = {
        timeout: 60
    };
    const tempColor = new C3.Color(0,0,0,1);
    const VALID_HORIZ_ALIGNMENTS = new Set(["left", "center", "right"]);
    const VALID_VERT_ALIGNMENTS = new Set(["top", "center", "bottom"]);
    const VALID_WORD_WRAP_MODES = new Set(["word", "character"]);
    const allRendererTexts = new Set;
    if (C3.FontManager)
        C3.FontManager.addEventListener("fontload", e=>{
            const fontName = e.font.GetName();
            for (const f of allRendererTexts)
                if (f.IsBBCodeEnabled() || C3.equalsNoCase(f.GetFontName(), fontName))
                    f._SetTextChanged()
        }
        );
    function fillOrStrokeText(ctx, isStroke, text, x, y, maxWidth) {
        if (isStroke)
            if (C3.Platform.BrowserEngine === "Gecko")
                ctx.strokeText(text, x, y, maxWidth);
            else
                ctx.strokeText(text, x, y);
        else if (C3.Platform.BrowserEngine === "Gecko")
            ctx.fillText(text, x, y, maxWidth);
        else
            ctx.fillText(text, x, y)
    }
    function fillOrStrokeRect(ctx, isStroke, x, y, w, h) {
        if (isStroke)
            ctx.strokeRect(x, y, w, h);
        else
            ctx.fillRect(x, y, w, h)
    }
    function ptToPx(pt) {
        return pt * (4 / 3)
    }
    C3.Gfx.RendererText = class RendererText {
        constructor(renderer, opts) {
            opts = Object.assign({}, DEFAULT_OPTS, opts);
            this._renderer = renderer;
            this._fontName = "Arial";
            this._fontSize = 16;
            this._lineHeight = 0;
            this._isBold = false;
            this._isItalic = false;
            this._colorStr = "black";
            this._isBBcodeEnabled = false;
            this.onloadfont = null;
            this._alreadyLoadedFonts = new Set;
            this._horizontalAlign = "left";
            this._verticalAlign = "top";
            this._text = "";
            this._bbString = null;
            this._wrappedText = C3.New(C3.WordWrap);
            this._wrapMode = "word";
            this._textChanged = false;
            this._isUpdating = false;
            this._isAsync = true;
            this._drawMaxCharCount = -1;
            this._drawCharCount = 0;
            this._cssWidth = 0;
            this._cssHeight = 0;
            this._width = 0;
            this._height = 0;
            this._zoom = 1;
            this._changed = false;
            this._textCanvas = null;
            this._textContext = null;
            this._measureContext = null;
            this._lastCanvasWidth = -1;
            this._lastCanvasHeight = -1;
            this._lastTextCanvasFont = "";
            this._lastMeasureCanvasFont = "";
            this._lastTextCanvasFillStyle = "";
            this._lastTextCanvasOpacity = 1;
            this._lastTextCanvasLineWidth = 1;
            this._measureTextCallback = (text,styles)=>this._MeasureText(text, styles);
            this._texture = null;
            this._textureWidth = 0;
            this._textureHeight = 0;
            this._rcTex = new C3.Rect;
            this._scaleFactor = 1;
            this._needToRecreateTexture = false;
            this._textureTimeout = new C3.IdleTimeout(()=>{
                this.ReleaseTexture();
                this._SetTextCanvasSize(8, 8)
            }
            ,opts.timeout);
            this.ontextureupdate = null;
            this._wasReleased = false;
            allRendererTexts.add(this)
        }
        Release() {
            this.onloadfont = null;
            this._alreadyLoadedFonts.clear();
            this._bbString = null;
            this._textCanvas = null;
            this._textContext = null;
            this._measureContext = null;
            this._measureTextCallback = null;
            this._textureTimeout.Release();
            this.ontextureupdate = null;
            this.ReleaseTexture();
            this._wrappedText.Clear();
            this._wrappedText = null;
            this._renderer = null;
            this._wasReleased = true;
            allRendererTexts.delete(this)
        }
        _SetChanged() {
            this._changed = true
        }
        _SetTextChanged() {
            this._SetChanged();
            this._wrappedText.Clear();
            this._textChanged = true
        }
        SetIsAsync(a) {
            this._isAsync = !!a
        }
        IsAsync() {
            return this._isAsync
        }
        SetBBCodeEnabled(e) {
            e = !!e;
            if (this._isBBcodeEnabled === e)
                return;
            this._isBBcodeEnabled = e;
            if (this._textContext)
                this._textContext.textBaseline = this._isBBcodeEnabled ? "alphabetic" : "top";
            this._SetTextChanged()
        }
        IsBBCodeEnabled() {
            return this._isBBcodeEnabled
        }
        SetFontName(fontName) {
            if (!fontName)
                fontName = "serif";
            if (this._fontName === fontName)
                return;
            this._fontName = fontName;
            this._SetTextChanged()
        }
        GetFontName() {
            return this._fontName
        }
        SetFontSize(fontSize) {
            if (fontSize < .1)
                fontSize = .1;
            if (this._fontSize === fontSize)
                return;
            this._fontSize = fontSize;
            this._SetTextChanged()
        }
        SetLineHeight(h) {
            if (this._lineHeight === h)
                return;
            this._lineHeight = h;
            this._SetChanged()
        }
        SetBold(bold) {
            bold = !!bold;
            if (this._isBold === bold)
                return;
            this._isBold = bold;
            this._SetTextChanged()
        }
        SetItalic(italic) {
            italic = !!italic;
            if (this._isItalic === italic)
                return;
            this._isItalic = italic;
            this._SetTextChanged()
        }
        SetDrawMaxCharacterCount(n) {
            n = Math.floor(n);
            if (this._drawMaxCharCount === n)
                return;
            this._drawMaxCharCount = n;
            this._SetChanged()
        }
        GetDrawMaxCharacterCount() {
            return this._drawMaxCharCount
        }
        _GetStyleTag(styles, tag) {
            for (let i = styles.length - 1; i >= 0; --i) {
                const s = styles[i];
                if (s.tag === tag)
                    return s
            }
            return null
        }
        _HasStyleTag(styles, tag) {
            return !!this._GetStyleTag(styles, tag)
        }
        _GetFontString(useCssUnits, styles) {
            let ret = "";
            if (this._isBold || this._HasStyleTag(styles, "b"))
                ret += "bold";
            if (this._isItalic || this._HasStyleTag(styles, "i"))
                ret += " italic";
            const sizeStyle = this._GetStyleTag(styles, "size");
            const fontSize = sizeStyle ? parseFloat(sizeStyle.param) : this._fontSize;
            if (useCssUnits)
                ret += " " + fontSize + "pt";
            else
                ret += " " + fontSize * this._scaleFactor * this._zoom * self.devicePixelRatio + "pt";
            let fontName = this._fontName;
            const fontStyle = this._GetStyleTag(styles, "font");
            if (fontStyle && fontStyle.param) {
                fontName = fontStyle.param;
                if (this.onloadfont && !this._alreadyLoadedFonts.has(fontName)) {
                    this.onloadfont(fontName);
                    this._alreadyLoadedFonts.add(fontName)
                }
            }
            if (fontName)
                ret += ' "' + fontName + '"';
            return ret
        }
        SetColor(c) {
            if (c instanceof C3.Color)
                c = c.getCssRgb();
            if (this._colorStr === c)
                return;
            this._colorStr = c;
            this._SetChanged()
        }
        SetColorRgb(r, g, b) {
            tempColor.setRgb(r, g, b);
            this.SetColor(tempColor)
        }
        SetHorizontalAlignment(h) {
            if (!VALID_HORIZ_ALIGNMENTS.has(h))
                throw new Error("invalid horizontal alignment");
            if (this._horizontalAlign === h)
                return;
            this._horizontalAlign = h;
            this._SetChanged()
        }
        SetVerticalAlignment(v) {
            if (!VALID_VERT_ALIGNMENTS.has(v))
                throw new Error("invalid vertical alignment");
            if (this._verticalAlign === v)
                return;
            this._verticalAlign = v;
            this._SetChanged()
        }
        SetWordWrapMode(m) {
            if (!VALID_WORD_WRAP_MODES.has(m))
                throw new Error("invalid word wrap mode");
            if (this._wrapMode === m)
                return;
            this._wrapMode = m;
            this._SetTextChanged()
        }
        SetText(text) {
            if (this._text === text)
                return;
            this._text = text;
            this._SetTextChanged()
        }
        SetSize(cssWidth, cssHeight, zoom) {
            if (typeof zoom === "undefined")
                zoom = 1;
            if (cssWidth <= 0 || cssWidth <= 0)
                return;
            if (this._cssWidth === cssWidth && this._cssHeight === cssHeight && this._zoom === zoom)
                return;
            if (this._zoom === 1 !== (zoom === 1))
                this._needToRecreateTexture = true;
            const oldCssWidth = this._cssWidth;
            const oldZoom = this._zoom;
            this._cssWidth = cssWidth;
            this._cssHeight = cssHeight;
            this._zoom = zoom;
            const dpr = self.devicePixelRatio;
            this._width = this._cssWidth * this._zoom * dpr;
            this._height = this._cssHeight * this._zoom * dpr;
            const maxDim = Math.max(this._width, this._height);
            const maxTextureSize = Math.min(this._renderer.GetMaxTextureSize(), MAX_TEXTURE_SIZE);
            let scale = 1;
            if (maxDim > maxTextureSize) {
                scale = maxTextureSize / maxDim;
                this._width = Math.min(this._width * scale, maxTextureSize);
                this._height = Math.min(this._height * scale, maxTextureSize)
            }
            this._scaleFactor = scale;
            if (this._textureWidth > 0 && this._textureHeight > 0 && this._zoom === oldZoom)
                this._rcTex.set(0, 0, this._width / this._textureWidth, this._height / this._textureHeight);
            if (this._cssWidth !== oldCssWidth)
                this._SetTextChanged();
            else
                this._SetChanged()
        }
        GetWidth() {
            return this._width
        }
        GetHeight() {
            return this._height
        }
        GetTextWidth() {
            this._MaybeWrapText();
            return this._wrappedText.GetMaxLineWidth()
        }
        GetTextHeight() {
            this._MaybeWrapText();
            return this._wrappedText.GetTotalLineHeight() + this._wrappedText.GetLineCount() * (this._lineHeight + EXTRA_LINE_HEIGHT) - this._lineHeight
        }
        GetTexture() {
            this._textureTimeout.Reset();
            this._MaybeUpdate();
            return this._texture
        }
        _MaybeUpdate() {
            if (this._texture && !this._changed && !this._textChanged)
                return;
            if (this._isUpdating)
                return;
            if (this._width <= 0 || this._height <= 0)
                return;
            this._changed = false;
            this._isUpdating = true;
            if (this._isAsync)
                C3.Asyncify(()=>this._DoUpdate());
            else
                this._DoUpdate()
        }
        _DoUpdate() {
            if (this._wasReleased)
                return;
            this._SetTextCanvasSize(Math.ceil(this._width), Math.ceil(this._height));
            this._MaybeWrapText();
            this._DrawTextToCanvas();
            this._UpdateTexture();
            this._textureTimeout.Reset();
            this._isUpdating = false
        }
        _SetTextCanvasSize(w, h) {
            if (!this._textCanvas)
                this._textCanvas = C3.CreateCanvas(16, 16);
            let wasReset = false;
            if (this._lastCanvasWidth !== w || this._lastCanvasHeight !== h) {
                this._lastCanvasWidth = w;
                this._lastCanvasHeight = h;
                this._textCanvas.width = w;
                this._textCanvas.height = h;
                wasReset = true
            }
            if (!this._textContext) {
                this._textContext = this._textCanvas.getContext("2d");
                wasReset = true
            }
            if (wasReset) {
                this._textContext.textBaseline = this._isBBcodeEnabled ? "alphabetic" : "top";
                this._textContext.font = this._lastTextCanvasFont;
                this._textContext.fillStyle = this._lastTextCanvasFillStyle;
                this._textContext.strokeStyle = this._lastTextCanvasFillStyle;
                this._textContext.globalAlpha = this._lastTextCanvasOpacity;
                this._textContext.lineWidth = this._lastTextCanvasLineWidth
            } else
                this._textContext.clearRect(0, 0, w, h)
        }
        _MaybeCreateMeasureContext() {
            if (this._measureContext)
                return;
            this._measureContext = C3.CreateCanvas(16, 16).getContext("2d")
        }
        _SetMeasureFontString(fontString) {
            if (this._lastMeasureCanvasFont === fontString)
                return;
            this._lastMeasureCanvasFont = fontString;
            this._measureContext.font = fontString
        }
        _MaybeWrapText() {
            if (!this._textChanged)
                return;
            this._MaybeCreateMeasureContext();
            if (this._isBBcodeEnabled && (!this._bbString || this._bbString.toString() !== this._text))
                this._bbString = new C3.BBString(this._text,{
                    noEscape: true
                });
            this._wrappedText.WordWrap(this._isBBcodeEnabled ? this._bbString.toFragmentList() : this._text, this._measureTextCallback, this._cssWidth, this._wrapMode, 0);
            this._textChanged = false
        }
        _MeasureText(text, styles) {
            this._SetMeasureFontString(this._GetFontString(true, styles));
            const sizeStyle = this._GetStyleTag(styles, "size");
            const fontSize = sizeStyle ? parseFloat(sizeStyle.param) : this._fontSize;
            return {
                width: this._measureContext.measureText(text).width,
                height: ptToPx(fontSize)
            }
        }
        _SetDrawFontString(fontString) {
            if (this._lastTextCanvasFont === fontString)
                return;
            this._lastTextCanvasFont = fontString;
            this._textContext.font = fontString
        }
        _SetDrawCanvasColor(styleStr) {
            if (this._lastTextCanvasFillStyle === styleStr)
                return;
            this._lastTextCanvasFillStyle = styleStr;
            this._textContext.fillStyle = styleStr;
            this._textContext.strokeStyle = styleStr
        }
        _SetDrawCanvasOpacity(o) {
            if (this._lastTextCanvasOpacity === o)
                return;
            this._lastTextCanvasOpacity = o;
            this._textContext.globalAlpha = o
        }
        _SetDrawCanvasLineWith(w) {
            if (this._lastTextCanvasLineWidth === w)
                return;
            this._lastTextCanvasLineWidth = w;
            this._textContext.lineWidth = w
        }
        _DrawTextToCanvas() {
            this._drawCharCount = 0;
            const scale = this._scaleFactor * this._zoom * self.devicePixelRatio;
            const lineSpaceHeight = (EXTRA_LINE_HEIGHT + this._lineHeight) * scale;
            let penY = 0;
            const lines = this._wrappedText.GetLines();
            const linesTotalHeight = lines.reduce((a,v)=>a + v.height * scale + lineSpaceHeight, 0) - this._lineHeight * scale;
            if (this._verticalAlign === "center")
                penY = Math.max(this._height / 2 - linesTotalHeight / 2, 0);
            else if (this._verticalAlign === "bottom")
                penY = this._height - linesTotalHeight - 2;
            for (let i = 0, len = lines.length; i < len; ++i) {
                const line = lines[i];
                const curLineTextHeight = line.height * scale;
                const startPenY = penY;
                if (this._isBBcodeEnabled) {
                    penY += curLineTextHeight;
                    if (i > 0 && penY > this._height - EXTRA_LINE_HEIGHT * scale)
                        break
                } else if (i > 0 && penY >= this._height - curLineTextHeight)
                    break;
                if (startPenY >= 0)
                    this._DrawTextLine(line, penY, scale);
                if (!this._isBBcodeEnabled)
                    penY += curLineTextHeight;
                penY += lineSpaceHeight
            }
        }
        _DrawTextLine(line, penY, scale) {
            let penX = 0;
            if (this._horizontalAlign === "center")
                penX = (this._width - line.width * scale) / 2;
            else if (this._horizontalAlign === "right")
                penX = this._width - line.width * scale;
            for (const frag of line.fragments) {
                this._DrawTextFragment(frag, penX, penY, scale, line.height);
                penX += frag.width * scale
            }
        }
        _DrawTextFragment(frag, penX, penY, scale, lineHeight) {
            const textContext = this._textContext;
            const lineFontScale = lineHeight / 16;
            let fragWidth = frag.width * scale;
            const fragHeight = frag.height * scale;
            const fragFontScale = frag.height / 16;
            const lineSpaceHeight = (EXTRA_LINE_HEIGHT + this._lineHeight) * scale;
            const styles = frag.styles;
            let text = frag.text;
            if (this._drawMaxCharCount !== -1) {
                if (this._drawCharCount >= this._drawMaxCharCount)
                    return;
                if (this._drawCharCount + text.length > this._drawMaxCharCount) {
                    text = text.substr(0, this._drawMaxCharCount - this._drawCharCount);
                    fragWidth = this._MeasureText(text, styles).width * scale
                }
                this._drawCharCount += text.length
            }
            const backgroundStyle = this._GetStyleTag(styles, "background");
            const hasUnderline = this._HasStyleTag(styles, "u");
            const hasStrikethrough = this._HasStyleTag(styles, "s");
            if (C3.IsStringAllWhitespace(text) && !backgroundStyle && !hasUnderline && !hasStrikethrough || this._HasStyleTag(styles, "hide"))
                return;
            const offsetXStyle = this._GetStyleTag(styles, "offsetx");
            penX += offsetXStyle ? parseFloat(offsetXStyle.param) * scale : 0;
            const offsetYStyle = this._GetStyleTag(styles, "offsety");
            penY += offsetYStyle ? parseFloat(offsetYStyle.param) * scale : 0;
            if (backgroundStyle) {
                this._SetDrawCanvasColor(backgroundStyle.param);
                textContext.fillRect(penX, penY - fragHeight, fragWidth, fragHeight + lineSpaceHeight)
            }
            const colorStyle = this._GetStyleTag(styles, "color");
            this._SetDrawCanvasColor(colorStyle ? colorStyle.param : this._colorStr);
            const opacityStyle = this._GetStyleTag(styles, "opacity");
            this._SetDrawCanvasOpacity(opacityStyle ? parseFloat(opacityStyle.param) / 100 : 1);
            const isStroke = this._HasStyleTag(styles, "stroke");
            if (isStroke)
                this._SetDrawCanvasLineWith(fragFontScale * this._scaleFactor * this._zoom);
            if (hasUnderline)
                fillOrStrokeRect(textContext, isStroke, penX, penY + scale * lineFontScale, fragWidth, scale * lineFontScale);
            if (hasStrikethrough)
                fillOrStrokeRect(textContext, isStroke, penX, penY - fragHeight / 4, fragWidth, scale * fragFontScale);
            this._SetDrawFontString(this._GetFontString(false, styles));
            fillOrStrokeText(textContext, isStroke, text, penX, penY, fragWidth);
            if (!isStroke) {
                this._SetDrawCanvasLineWith(fragFontScale * this._scaleFactor * this._zoom);
                const outlineStyle = this._GetStyleTag(styles, "outline");
                if (outlineStyle) {
                    this._SetDrawCanvasColor(outlineStyle.param);
                    fillOrStrokeText(textContext, true, text, penX, penY, fragWidth)
                }
            }
        }
        _UpdateTexture() {
            if (this._renderer.IsContextLost())
                return;
            this._textureWidth = Math.ceil(this._width);
            this._textureHeight = Math.ceil(this._height);
            this._rcTex.set(0, 0, this._width / this._textureWidth, this._height / this._textureHeight);
            if (this._needToRecreateTexture) {
                this.ReleaseTexture();
                this._needToRecreateTexture = false
            }
            if (!this._texture)
                this._texture = this._renderer.CreateDynamicTexture(this._textureWidth, this._textureHeight, {
                    mipMap: this._zoom === 1,
                    mipMapQuality: "high"
                });
            this._renderer.UpdateTexture(this._textCanvas, this._texture);
            if (this.ontextureupdate)
                this.ontextureupdate()
        }
        GetTexRect() {
            return this._rcTex
        }
        ReleaseTexture() {
            if (this._texture) {
                if (!this._renderer.IsContextLost())
                    this._renderer.DeleteTexture(this._texture);
                this._texture = null
            }
        }
        static OnContextLost() {
            for (const rendererText of allRendererTexts)
                rendererText.ReleaseTexture()
        }
        static GetAll() {
            return allRendererTexts.values()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    class WebGLRealTimeElapsedQuery {
        constructor(renderer) {
            this._gl = renderer.GetContext();
            this._version = renderer.GetWebGLVersionNumber();
            this._timerExt = renderer._GetDisjointTimerQueryExtension();
            this._query = null;
            this._isActive = false;
            this._hasResult = false;
            this._result = 0;
            if (this._version === 1)
                this._query = this._timerExt["createQueryEXT"]();
            else
                this._query = this._gl["createQuery"]()
        }
        Release() {
            this._DeleteQueryObject();
            this._gl = null;
            this._timerExt = null;
            this._hasResult = false
        }
        _DeleteQueryObject() {
            if (!this._query)
                return;
            if (this._version === 1)
                this._timerExt["deleteQueryEXT"](this._query);
            else
                this._gl["deleteQuery"](this._query);
            this._query = null
        }
        BeginTimeElapsed() {
            if (this._isActive)
                throw new Error("query already active");
            if (this._version === 1)
                this._timerExt["beginQueryEXT"](this._timerExt["TIME_ELAPSED_EXT"], this._query);
            else
                this._gl["beginQuery"](this._timerExt["TIME_ELAPSED_EXT"], this._query);
            this._isActive = true
        }
        EndTimeElapsed() {
            if (!this._isActive)
                throw new Error("query not active");
            if (this._version === 1)
                this._timerExt["endQueryEXT"](this._timerExt["TIME_ELAPSED_EXT"]);
            else
                this._gl["endQuery"](this._timerExt["TIME_ELAPSED_EXT"]);
            this._isActive = false
        }
        CheckForResult() {
            if (!this._query || this._hasResult || this._isActive)
                return;
            let available = false;
            if (this._version === 1)
                available = this._timerExt["getQueryObjectEXT"](this._query, this._timerExt["QUERY_RESULT_AVAILABLE_EXT"]);
            else
                available = this._gl["getQueryParameter"](this._query, this._gl["QUERY_RESULT_AVAILABLE"]);
            const disjoint = this._gl.getParameter(this._timerExt["GPU_DISJOINT_EXT"]);
            if (available && !disjoint) {
                if (this._version === 1)
                    this._result = this._timerExt["getQueryObjectEXT"](this._query, this._timerExt["QUERY_RESULT_EXT"]);
                else
                    this._result = this._gl["getQueryParameter"](this._query, this._gl["QUERY_RESULT"]);
                this._result /= 1E9;
                this._hasResult = true
            }
            if (available || disjoint)
                this._DeleteQueryObject()
        }
        HasResult() {
            return this._hasResult
        }
        GetResult() {
            if (!this._hasResult)
                throw new Error("no result available");
            return this._result
        }
    }
    C3.Gfx.WebGLTimeElapsedQuery = class WebGLTimeElapsedQuery {
        constructor(renderer) {
            this._renderer = renderer;
            this._frameNumber = renderer.GetFrameNumber();
            this._isActive = false;
            this._parentQuery = null;
            this._isNested = false;
            this._realQuery = null;
            this._queries = []
        }
        Release() {
            for (const q of this._queries)
                if (q instanceof WebGLRealTimeElapsedQuery)
                    q.Release();
            C3.clearArray(this._queries);
            this._parentQuery = null;
            this._realQuery = null;
            this._renderer = null
        }
        BeginTimeElapsed() {
            if (this._isActive)
                throw new Error("query already active");
            const stack = this._renderer._GetTimeQueryStack();
            if (stack.length > 0) {
                this._isNested = true;
                this._parentQuery = stack[stack.length - 1];
                this._parentQuery._EndReal();
                this._parentQuery._queries.push(this)
            } else {
                this._isNested = false;
                this._parentQuery = null
            }
            this._isActive = true;
            stack.push(this);
            this._StartReal()
        }
        EndTimeElapsed() {
            if (!this._isActive)
                throw new Error("query not active");
            const top = this._renderer._GetTimeQueryStack().pop();
            if (top !== this)
                throw new Error("can only end most nested query");
            this._isActive = false;
            this._EndReal();
            if (this._parentQuery) {
                this._parentQuery._StartReal();
                this._parentQuery = null
            }
        }
        _StartReal() {
            this._realQuery = C3.New(WebGLRealTimeElapsedQuery, this._renderer);
            this._queries.push(this._realQuery);
            this._realQuery.BeginTimeElapsed()
        }
        _EndReal() {
            this._realQuery.EndTimeElapsed();
            this._realQuery = null
        }
        CheckForResult() {
            for (const q of this._queries)
                q.CheckForResult()
        }
        IsNested() {
            return this._isNested
        }
        HasResult() {
            return this._queries.every(q=>q.HasResult())
        }
        GetResult() {
            return this._queries.reduce((a,v)=>a + v.GetResult(), 0)
        }
        GetFrameNumber() {
            return this._frameNumber
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Gfx.WebGLQueryResultBuffer = class WebGLQueryResultBuffer {
        constructor(renderer, maxQueries=1E3) {
            this._renderer = renderer;
            this._maxQueries = maxQueries;
            this._buffer = [];
            this._renderer._AddQueryResultBuffer(this)
        }
        Release() {
            this.Clear();
            this._renderer._RemoveQueryResultBuffer(this);
            this._renderer = null
        }
        Clear() {
            for (const q of this._buffer)
                q.Release();
            C3.clearArray(this._buffer)
        }
        AddTimeElapsedQuery() {
            const ret = new C3.Gfx.WebGLTimeElapsedQuery(this._renderer);
            this._buffer.push(ret);
            if (this._buffer.length > this._maxQueries) {
                const oldest = this._buffer.shift();
                oldest.Release()
            }
            return ret
        }
        CheckForResults(toFrameNumber) {
            for (const q of this._buffer) {
                if (q.GetFrameNumber() >= toFrameNumber)
                    return;
                if (q.IsNested())
                    return;
                q.CheckForResult()
            }
        }
        GetFrameRangeResultSum(startFrame, endFrame) {
            if (endFrame <= startFrame)
                return NaN;
            let sum = 0;
            for (const q of this._buffer) {
                if (q.GetFrameNumber() >= endFrame)
                    break;
                if (q.GetFrameNumber() < startFrame)
                    continue;
                if (q.HasResult())
                    sum += q.GetResult();
                else
                    return NaN
            }
            return sum
        }
        DeleteAllBeforeFrameNumber(frameNumber) {
            for (let i = 0, len = this._buffer.length; i < len; ++i) {
                const q = this._buffer[i];
                if (q.GetFrameNumber() < frameNumber)
                    q.Release();
                else {
                    if (i > 0)
                        this._buffer.splice(0, i);
                    return
                }
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    const glMatrix = self.glMatrix;
    const vec3 = glMatrix.vec3;
    const vec4 = glMatrix.vec4;
    const mat4 = glMatrix.mat4;
    const DEFAULT_WEBGLRENDERER_OPTS = {
        powerPreference: "default",
        enableGpuProfiling: true,
        alpha: false,
        lowLatency: false,
        maxWebGLVersion: 2
    };
    const VALID_POWER_PREFERENCES = new Set(["default", "low-power", "high-performance"]);
    const MAX_VERTICES = 8E3;
    const MAX_INDICES = MAX_VERTICES / 2 * 3;
    const MAX_POINTS = 8E3;
    const LAST_POINT = MAX_POINTS - 4;
    const PARTIAL_TEXTURE_UPLOAD_CHUNK_SIZE = 256 * 1024;
    function areMat4sEqual(a, b) {
        return a[0] === b[0] && a[1] === b[1] && a[2] === b[2] && a[3] === b[3] && a[4] === b[4] && a[5] === b[5] && a[6] === b[6] && a[7] === b[7] && a[8] === b[8] && a[9] === b[9] && a[10] === b[10] && a[11] === b[11] && a[12] === b[12] && a[13] === b[13] && a[14] === b[14] && a[15] === b[15]
    }
    const defaultTexCoordsQuad = new C3.Quad(0,0,1,0,1,1,0,1);
    const tmpVec3 = vec3.fromValues(0, 0, 0);
    const tmpVec3b = vec3.fromValues(0, 0, 0);
    const tmpMat4 = mat4.create();
    const tmpQuad = new C3.Quad;
    const tmpRect = new C3.Rect;
    let loseContextExtension = null;
    if (C3.isDebug) {
        self.debug_lose_context = function() {
            if (!loseContextExtension) {
                console.warn("WEBGL_lose_context not supported");
                return
            }
            loseContextExtension.loseContext()
        }
        ;
        self.debug_restore_context = function() {
            if (!loseContextExtension) {
                console.warn("WEBGL_lose_context not supported");
                return
            }
            loseContextExtension.restoreContext()
        }
    }
    const pendingPolls = new Set;
    let pollRafId = -1;
    function CheckPendingPolls() {
        pollRafId = -1;
        for (const info of pendingPolls)
            if (info.checkFunc()) {
                info.resolve();
                pendingPolls.delete(info)
            }
        if (pendingPolls.size > 0)
            pollRafId = self.requestAnimationFrame(CheckPendingPolls)
    }
    function GetWebGLContext(canvas, attribs, maxWebGLVersion) {
        let gl = null;
        if (maxWebGLVersion >= 2) {
            gl = canvas.getContext("webgl2", attribs);
            if (gl)
                return {
                    gl,
                    version: 2
                }
        }
        gl = canvas.getContext("webgl", attribs);
        if (!gl)
            try {
                gl = canvas.getContext("experimental-webgl", attribs)
            } catch (err) {
                console.warn("Error requesting 'experimental-webgl' context: ", err)
            }
        return {
            gl,
            version: 1
        }
    }
    C3.Gfx.WebGLRenderer = class WebGLRenderer extends C3.Gfx.RendererBase {
        constructor(canvas, opts) {
            super();
            opts = Object.assign({}, DEFAULT_WEBGLRENDERER_OPTS, opts);
            if (!VALID_POWER_PREFERENCES.has(opts.powerPreference))
                throw new Error("invalid power preference");
            let hasMajorPerformanceCaveat = false;
            const attribs = {
                "alpha": !!opts.alpha,
                "depth": false,
                "antialias": false,
                "powerPreference": opts.powerPreference,
                "failIfMajorPerformanceCaveat": true
            };
            if (opts.lowLatency) {
                attribs["desynchronized"] = true;
                attribs["preserveDrawingBuffer"] = true
            }
            let ctxInfo = GetWebGLContext(canvas, attribs, opts.maxWebGLVersion);
            if (!ctxInfo.gl) {
                hasMajorPerformanceCaveat = true;
                attribs["failIfMajorPerformanceCaveat"] = false;
                ctxInfo = GetWebGLContext(canvas, attribs, opts.maxWebGLVersion)
            }
            if (!ctxInfo.gl)
                throw new Error("failed to initialise WebGL context");
            const gl = ctxInfo.gl;
            this._gl = gl;
            this._attribs = gl.getContextAttributes();
            if (opts.lowLatency && !this._attribs["desynchronized"])
                console.info("[WebGLRenderer] Low-latency mode specified but is not supported here");
            this._versionString = gl.getParameter(gl.VERSION);
            this._version = ctxInfo.version;
            this._is3d = true;
            this._lastBackbufferWidth = 0;
            this._lastBackbufferHeight = 0;
            this._vertexBuffer = null;
            this._texcoordBuffer = null;
            this._indexBuffer = null;
            this._pointBuffer = null;
            this._vertexData = new Float32Array(MAX_VERTICES * this.GetNumVertexComponents());
            this._indexData = new Uint16Array(MAX_INDICES);
            this._texcoordData = new Float32Array(MAX_VERTICES * 2);
            this._pointData = new Float32Array(MAX_POINTS * 4);
            this._vertexPtr = 0;
            this._texPtr = 0;
            this._pointPtr = 0;
            this._lastVertexPtr = 0;
            this._lastProgram = null;
            this._spDeviceTransformTextureFill = null;
            this._spColorFill = null;
            this._spLinearGradientFill = null;
            this._spHardEllipseFill = null;
            this._spHardEllipseOutline = null;
            this._spSmoothEllipseFill = null;
            this._spSmoothEllipseOutline = null;
            this._spSmoothLineFill = null;
            this._spPoints = null;
            this._spTilemapFill = null;
            this._batch = [];
            this._batchPtr = 0;
            this._topOfBatch = 0;
            this._currentRenderTarget = null;
            this._baseZ = 0;
            this._currentZ = 0;
            this._lastPointZ = 0;
            this._batchState = C3.New(C3.Gfx.BatchState, this);
            this._lastColor = C3.New(C3.Color, 1, 1, 1, 1);
            this._lastTexture0 = null;
            this._lastTexture1 = null;
            this._lastSrcBlend = 0;
            this._lastDestBlend = 0;
            this._lineWidth = 1;
            this._lineWidthStack = [this._lineWidth];
            this._lineCap = 1;
            this._lineCapStack = [this._lineCap];
            this._lineOffset = .5;
            this._lineOffsetStack = [this._lineOffset];
            this._isScissorViewport = false;
            this._viewportScissorWidth = -1;
            this._viewportScissorHeight = -1;
            this._lastPointTexCoords = new C3.Rect;
            this._maxTextureSize = -1;
            this._minPointSize = 0;
            this._maxPointSize = 0;
            this._highpPrecision = 0;
            this._unmaskedVendor = "(unavailable)";
            this._unmaskedRenderer = "(unavailable)";
            this._extensions = [];
            this._hasMajorPerformanceCaveat = hasMajorPerformanceCaveat;
            this._isInitialisingAfterContextRestored = false;
            this._parallelShaderCompileExt = null;
            this._isGpuProfilingEnabled = !!opts.enableGpuProfiling;
            this._timerExt = null;
            this._allQueryResultBuffers = new Set;
            this._timeQueryStack = [];
            this.FillIndexBufferData(this._indexData)
        }
        async InitState() {
            const gl = this._gl;
            const numVertexComponents = this.GetNumVertexComponents();
            this._lastColor.setRgba(1, 1, 1, 1);
            this._lastTexture0 = null;
            this._lastTexture1 = null;
            this._vertexPtr = 0;
            this._pointPtr = 0;
            this._lastVertexPtr = MAX_VERTICES * numVertexComponents - 4 * numVertexComponents;
            C3.clearArray(this._batch);
            this._batchPtr = 0;
            this._topOfBatch = 0;
            this._lastProgram = null;
            this._currentRenderTarget = null;
            this._lastPointTexCoords.set(0, 0, 1, 1);
            this._baseZ = 0;
            this._currentZ = 0;
            this._lastPointZ = 0;
            const batchState = this._batchState;
            batchState.currentShader = null;
            batchState.currentFramebuffer = null;
            vec4.set(batchState.currentColor, 1, 1, 1, 1);
            batchState.clearColor.setRgba(0, 0, 0, 0);
            batchState.pointTexCoords.set(0, 0, 1, 1);
            gl.clearColor(0, 0, 0, 0);
            gl.clear(gl.COLOR_BUFFER_BIT);
            gl.enable(gl.BLEND);
            gl.blendFunc(gl.ONE, gl.ONE_MINUS_SRC_ALPHA);
            this._lastSrcBlend = gl.ONE;
            this._lastDestBlend = gl.ONE_MINUS_SRC_ALPHA;
            this._InitBlendModes(gl);
            gl.disable(gl.CULL_FACE);
            gl.disable(gl.STENCIL_TEST);
            gl.disable(gl.DITHER);
            gl.disable(gl.DEPTH_TEST);
            this._pointBuffer = gl.createBuffer();
            gl.bindBuffer(gl.ARRAY_BUFFER, this._pointBuffer);
            gl.bufferData(gl.ARRAY_BUFFER, this._pointData.byteLength, gl.DYNAMIC_DRAW);
            this._vertexBuffer = gl.createBuffer();
            gl.bindBuffer(gl.ARRAY_BUFFER, this._vertexBuffer);
            gl.bufferData(gl.ARRAY_BUFFER, this._vertexData.byteLength, gl.DYNAMIC_DRAW);
            this._texcoordBuffer = gl.createBuffer();
            gl.bindBuffer(gl.ARRAY_BUFFER, this._texcoordBuffer);
            gl.bufferData(gl.ARRAY_BUFFER, this._texcoordData.byteLength, gl.DYNAMIC_DRAW);
            this._indexBuffer = gl.createBuffer();
            gl.bindBuffer(gl.ELEMENT_ARRAY_BUFFER, this._indexBuffer);
            gl.bufferData(gl.ELEMENT_ARRAY_BUFFER, this._indexData, gl.STATIC_DRAW);
            gl.activeTexture(gl.TEXTURE0);
            gl.bindTexture(gl.TEXTURE_2D, null);
            this._maxTextureSize = gl.getParameter(gl.MAX_TEXTURE_SIZE);
            const pointsizes = gl.getParameter(gl.ALIASED_POINT_SIZE_RANGE);
            this._minPointSize = pointsizes[0];
            this._maxPointSize = pointsizes[1];
            const highpVertex = gl.getShaderPrecisionFormat(gl.VERTEX_SHADER, gl.HIGH_FLOAT);
            const highpFrag = gl.getShaderPrecisionFormat(gl.FRAGMENT_SHADER, gl.HIGH_FLOAT);
            if (highpVertex && highpFrag)
                this._highpPrecision = Math.min(highpVertex["precision"], highpFrag["precision"]);
            else
                this._highpPrecision = 0;
            if (this._maxPointSize > 2048)
                this._maxPointSize = 2048;
            this._extensions = gl.getSupportedExtensions();
            const debug_ext = gl.getExtension("WEBGL_debug_renderer_info");
            if (debug_ext) {
                this._unmaskedVendor = gl.getParameter(debug_ext["UNMASKED_VENDOR_WEBGL"]);
                this._unmaskedRenderer = gl.getParameter(debug_ext["UNMASKED_RENDERER_WEBGL"])
            }
            this._parallelShaderCompileExt = gl.getExtension("KHR_parallel_shader_compile");
            if (C3.isDebug)
                loseContextExtension = gl.getExtension("WEBGL_lose_context");
            if (this._isGpuProfilingEnabled)
                if (this.GetWebGLVersionNumber() === 1) {
                    if (C3.Platform.BrowserEngine !== "Chromium" || C3.Platform.BrowserVersionNumber >= 81 || typeof document !== "undefined")
                        this._timerExt = gl.getExtension("EXT_disjoint_timer_query")
                } else
                    this._timerExt = gl.getExtension("EXT_disjoint_timer_query_webgl2") || gl.getExtension("EXT_disjoint_timer_query");
            this._ClearAllShaderPrograms();
            const WebGLShaderProgram = C3.Gfx.WebGLShaderProgram;
            const vsSource = WebGLShaderProgram.GetDefaultVertexShaderSource(this._is3d, false);
            const DEFAULT_SHADER_PROGRAMS = [[WebGLShaderProgram.GetTextureFillFragmentShaderSource(), vsSource, "<default>"], [WebGLShaderProgram.GetTextureFillFragmentShaderSource(), vsSource, "<default-device-transform>"], [WebGLShaderProgram.GetPointFragmentShaderSource(), WebGLShaderProgram.GetPointVertexShaderSource(), "<point>"], [WebGLShaderProgram.GetColorFillFragmentShaderSource(), vsSource, "<fill>"], [WebGLShaderProgram.GetLinearGradientFillFragmentShaderSource(), vsSource, "<lineargradient>"], [WebGLShaderProgram.GetHardEllipseFillFragmentShaderSource(), vsSource, "<hardellipse>"], [WebGLShaderProgram.GetHardEllipseOutlineFragmentShaderSource(), vsSource, "<hardellipseoutline>"], [WebGLShaderProgram.GetSmoothEllipseFillFragmentShaderSource(), vsSource, "<smoothellipse>"], [WebGLShaderProgram.GetSmoothEllipseOutlineFragmentShaderSource(), vsSource, "<smoothellipseoutline>"], [WebGLShaderProgram.GetSmoothLineFillFragmentShaderSource(), vsSource, "<smoothline>"], [WebGLShaderProgram.GetTilemapFragmentShaderSource(), WebGLShaderProgram.GetDefaultVertexShaderSource(this._is3d, true), "<tilemap>"]];
            const defaultShaders = await Promise.all(DEFAULT_SHADER_PROGRAMS.map(i=>this.CreateShaderProgram({
                src: i[0]
            }, i[1], i[2])));
            this._spTextureFill = defaultShaders[0];
            this._spDeviceTransformTextureFill = defaultShaders[1];
            this._spPoints = defaultShaders[2];
            this._spColorFill = defaultShaders[3];
            this._spLinearGradientFill = defaultShaders[4];
            this._spHardEllipseFill = defaultShaders[5];
            this._spHardEllipseOutline = defaultShaders[6];
            this._spSmoothEllipseFill = defaultShaders[7];
            this._spSmoothEllipseOutline = defaultShaders[8];
            this._spSmoothLineFill = defaultShaders[9];
            this._spTilemapFill = defaultShaders[10];
            this._currentStateGroup = null;
            this.SetTextureFillMode()
        }
        Is3D() {
            return this._is3d
        }
        GetNumVertexComponents() {
            return this._is3d ? 3 : 2
        }
        SetBaseZ(z) {
            this._baseZ = z
        }
        GetBaseZ() {
            return this._baseZ
        }
        SetCurrentZ(z) {
            this._currentZ = z;
            this._currentStateGroup = null
        }
        GetCurrentZ() {
            return this._currentZ
        }
        async CreateShaderProgram(shaderInfo, vsSource, name) {
            const ret = await C3.Gfx.WebGLShaderProgram.Create(this, shaderInfo, vsSource, name);
            this._AddShaderProgram(ret);
            return ret
        }
        ResetLastProgram() {
            this._lastProgram = null
        }
        SetSize(w, h, force) {
            if (this._width === w && this._height === h && !force)
                return;
            this.EndBatch();
            const gl = this._gl;
            const batchState = this._batchState;
            this._width = w;
            this._height = h;
            const viewW = this.GetScissoredViewportWidth();
            const viewH = this.GetScissoredViewportHeight();
            this._UpdateViewportRenderer(viewW, viewH, this._width, this._height);
            this._UpdateViewportBatch(viewW, viewH, this._matP);
            if (this._spDeviceTransformTextureFill) {
                gl.useProgram(this._spDeviceTransformTextureFill.GetShaderProgram());
                this._spDeviceTransformTextureFill._UpdateDeviceTransformUniforms(this._matP);
                this._lastProgram = this._spDeviceTransformTextureFill;
                this._batchState.currentShader = this._spDeviceTransformTextureFill
            }
            gl.bindTexture(gl.TEXTURE_2D, null);
            gl.activeTexture(gl.TEXTURE1);
            gl.bindTexture(gl.TEXTURE_2D, null);
            gl.activeTexture(gl.TEXTURE0);
            this._lastTexture0 = null;
            this._lastTexture1 = null;
            if (this._currentRenderTarget)
                this._currentRenderTarget._Resize(this._width, this._height);
            gl.bindFramebuffer(gl.FRAMEBUFFER, null);
            this._currentRenderTarget = null;
            batchState.currentFramebuffer = null
        }
        _UpdateViewportRenderer(viewW, viewH, surfaceW, surfaceH) {
            this._cam[2] = 100;
            mat4.lookAt(this._matMV, this._cam, this._look, this._up);
            mat4.perspective(this._matP, 45, viewW / viewH, this.GetNearZ(), this.GetFarZ());
            const tl = [0, 0];
            const br = [0, 0];
            const dpr = self.devicePixelRatio;
            this.Project(0, 0, viewW, viewH, tl);
            this.Project(1, 1, viewW, viewH, br);
            this._worldScale[0] = dpr / (br[0] - tl[0]);
            this._worldScale[1] = -dpr / (br[1] - tl[1]);
            this._lastBackbufferWidth = surfaceW;
            this._lastBackbufferHeight = surfaceH
        }
        _UpdateViewportBatch(viewW, viewH, matP) {
            const gl = this._gl;
            const batchState = this._batchState;
            gl.viewport(0, 0, viewW, viewH);
            const allShaderPrograms = this._allShaderPrograms;
            const currentShader = batchState.currentShader;
            for (let i = 0, len = allShaderPrograms.length; i < len; ++i) {
                const s = allShaderPrograms[i];
                if (s === currentShader)
                    s.UpdateMatP(matP, true);
                else
                    s.SetMatPStale()
            }
            mat4.copy(batchState.currentMatP, matP)
        }
        SetViewportScissor(w, h) {
            const gl = this._gl;
            if (this._width === w && this._height === h) {
                if (this._isScissorViewport) {
                    this.EndBatch();
                    gl.disable(gl.SCISSOR_TEST);
                    this._isScissorViewport = false;
                    this._viewportScissorWidth = -1;
                    this._viewportScissorHeight = -1;
                    this.SetSize(this._width, this._height, true)
                }
                return
            }
            if (!this._isScissorViewport) {
                this.EndBatch();
                gl.enable(gl.SCISSOR_TEST);
                this._isScissorViewport = true
            }
            if (this._viewportScissorWidth !== w || this._viewportScissorHeight !== h) {
                this.EndBatch();
                gl.scissor(0, 0, w, h);
                this._viewportScissorWidth = w;
                this._viewportScissorHeight = h;
                this.SetSize(this._width, this._height, true)
            }
        }
        RemoveViewportScissor() {
            const gl = this._gl;
            if (this._isScissorViewport) {
                this.EndBatch();
                gl.disable(gl.SCISSOR_TEST);
                this._isScissorViewport = false
            }
            this._viewportScissorWidth = -1;
            this._viewportScissorHeight = -1
        }
        GetScissoredViewportWidth() {
            if (this._isScissorViewport)
                return this._viewportScissorWidth;
            else
                return this.GetWidth()
        }
        GetScissoredViewportHeight() {
            if (this._isScissorViewport)
                return this._viewportScissorHeight;
            else
                return this.GetHeight()
        }
        UpdateModelView() {
            if (areMat4sEqual(this._lastMV, this._matMV))
                return;
            const b = this.PushBatch();
            b.InitUpdateModelView(this._matMV);
            mat4.copy(this._lastMV, this._matMV);
            this._topOfBatch = 0
        }
        GetBatchState() {
            return this._batchState
        }
        PushBatch() {
            const batch = this._batch;
            if (this._batchPtr === batch.length)
                batch.push(new C3.Gfx.WebGLBatchJob(this._batchState));
            return batch[this._batchPtr++]
        }
        EndBatch() {
            if (this._batchPtr === 0)
                return;
            if (this.IsContextLost())
                return;
            this._WriteBuffers();
            this._ExecuteBatch();
            this._batchPtr = 0;
            this._vertexPtr = 0;
            this._texPtr = 0;
            this._pointPtr = 0;
            this._topOfBatch = 0
        }
        _WriteBuffers() {
            const gl = this._gl;
            if (this._pointPtr > 0) {
                gl.bindBuffer(gl.ARRAY_BUFFER, this._pointBuffer);
                gl.bufferSubData(gl.ARRAY_BUFFER, 0, this._pointData.subarray(0, this._pointPtr))
            }
            if (this._vertexPtr > 0) {
                gl.bindBuffer(gl.ARRAY_BUFFER, this._vertexBuffer);
                gl.bufferSubData(gl.ARRAY_BUFFER, 0, this._vertexData.subarray(0, this._vertexPtr));
                gl.bindBuffer(gl.ARRAY_BUFFER, this._texcoordBuffer);
                gl.bufferSubData(gl.ARRAY_BUFFER, 0, this._texcoordData.subarray(0, this._texPtr))
            }
        }
        _ExecuteBatch() {
            const batch = this._batch;
            for (let i = 0, len = this._batchPtr; i < len; ++i)
                batch[i].Run()
        }
        GetOpacity() {
            return this._lastColor.getA()
        }
        SetColorRgba(r, g, b, a) {
            const lastColor = this._lastColor;
            if (lastColor.equalsRgba(r, g, b, a))
                return;
            lastColor.setRgba(r, g, b, a);
            const batch = this.PushBatch();
            batch.InitSetColor(lastColor);
            this._topOfBatch = 0;
            this._currentStateGroup = null
        }
        SetOpacity(a) {
            const lastColor = this._lastColor;
            if (lastColor.getA() === a)
                return;
            lastColor.setA(a);
            const batch = this.PushBatch();
            batch.InitSetColor(lastColor);
            this._topOfBatch = 0;
            this._currentStateGroup = null
        }
        SetColor(c) {
            const lastColor = this._lastColor;
            if (lastColor.equals(c))
                return;
            lastColor.set(c);
            const batch = this.PushBatch();
            batch.InitSetColor(lastColor);
            this._topOfBatch = 0;
            this._currentStateGroup = null
        }
        ResetColor() {
            this.SetColorRgba(1, 1, 1, 1)
        }
        GetColor() {
            return this._lastColor
        }
        SetTexture(rendererTex) {
            if (rendererTex === this._lastTexture0)
                return;
            const b = this.PushBatch();
            b.InitSetTexture(rendererTex);
            this._lastTexture0 = rendererTex;
            this._topOfBatch = 0
        }
        _ResetLastTexture() {
            this._lastTexture0 = null
        }
        SetBlendMode(bm) {
            const arr = this._GetBlendByIndex(bm);
            this._SetBlend(arr[0], arr[1])
        }
        SetNamedBlendMode(bm) {
            const o = this.GetNamedBlend(bm);
            this._SetBlend(o.srcBlend, o.destBlend)
        }
        _SetBlend(s, d) {
            if (s === this._lastSrcBlend && d === this._lastDestBlend)
                return;
            const b = this.PushBatch();
            b.InitSetBlend(s, d);
            this._lastSrcBlend = s;
            this._lastDestBlend = d;
            this._topOfBatch = 0;
            this._currentStateGroup = null
        }
        IsPremultipliedAlphaBlend() {
            return this._lastSrcBlend === this._gl.ONE && this._lastDestBlend === this._gl.ONE_MINUS_SRC_ALPHA
        }
        SetAlphaBlend() {
            this._SetBlend(this._gl.ONE, this._gl.ONE_MINUS_SRC_ALPHA)
        }
        SetNoPremultiplyAlphaBlend() {
            this._SetBlend(this._gl.SRC_ALPHA, this._gl.ONE_MINUS_SRC_ALPHA)
        }
        SetCopyBlend() {
            this._SetBlend(this._gl.ONE, this._gl.ZERO)
        }
        Rect(r) {
            this.Rect2(r.getLeft(), r.getTop(), r.getRight(), r.getBottom())
        }
        Rect2(left, top, right, bottom) {
            this.Quad2(left, top, right, top, right, bottom, left, bottom)
        }
        _ExtendQuadBatch() {
            let v = this._vertexPtr;
            if (v >= this._lastVertexPtr) {
                this.EndBatch();
                v = 0
            }
            if (this._topOfBatch === 1)
                this._batch[this._batchPtr - 1]._indexCount += 6;
            else {
                const b = this.PushBatch();
                b.InitQuad(this._is3d ? v : v / 2 * 3, 6);
                this._topOfBatch = 1
            }
        }
        _WriteQuadToVertexBuffer(quad) {
            quad.writeToTypedArray3D(this._vertexData, this._vertexPtr, this._baseZ + this._currentZ);
            this._vertexPtr += 12
        }
        Quad(quad) {
            this._ExtendQuadBatch();
            this._WriteQuadToVertexBuffer(quad);
            defaultTexCoordsQuad.writeToTypedArray(this._texcoordData, this._texPtr);
            this._texPtr += 8
        }
        Quad2(tlx, tly, trx, try_, brx, bry, blx, bly) {
            this._ExtendQuadBatch();
            const vd = this._vertexData;
            let v = this._vertexPtr;
            const z = this._baseZ + this._currentZ;
            if (this._is3d) {
                vd[v++] = tlx;
                vd[v++] = tly;
                vd[v++] = z;
                vd[v++] = trx;
                vd[v++] = try_;
                vd[v++] = z;
                vd[v++] = brx;
                vd[v++] = bry;
                vd[v++] = z;
                vd[v++] = blx;
                vd[v++] = bly;
                vd[v++] = z
            } else {
                vd[v++] = tlx;
                vd[v++] = tly;
                vd[v++] = trx;
                vd[v++] = try_;
                vd[v++] = brx;
                vd[v++] = bry;
                vd[v++] = blx;
                vd[v++] = bly
            }
            this._vertexPtr = v;
            defaultTexCoordsQuad.writeToTypedArray(this._texcoordData, this._texPtr);
            this._texPtr += 8
        }
        Quad3(quad, rcTex) {
            this._ExtendQuadBatch();
            this._WriteQuadToVertexBuffer(quad);
            rcTex.writeAsQuadToTypedArray(this._texcoordData, this._texPtr);
            this._texPtr += 8
        }
        Quad4(quad, uv) {
            this._ExtendQuadBatch();
            this._WriteQuadToVertexBuffer(quad);
            uv.writeToTypedArray(this._texcoordData, this._texPtr);
            this._texPtr += 8
        }
        FullscreenQuad(mode, curTex) {
            mat4.copy(tmpMat4, this._lastMV);
            vec3.copy(tmpVec3, this._cam);
            vec3.copy(tmpVec3b, this._look);
            this._cam[0] = 0;
            this._cam[1] = 0;
            this._cam[2] = 100 * self.devicePixelRatio;
            this._look[0] = 0;
            this._look[1] = 0;
            this._look[2] = 0;
            this.ResetModelView();
            this.UpdateModelView();
            if (this._isScissorViewport) {
                const left = this._viewportScissorWidth / 2;
                const top = this._viewportScissorHeight / 2;
                tmpRect.set(-left, top, -left + this._viewportScissorWidth, top - this._viewportScissorHeight);
                tmpQuad.setFromRect(tmpRect);
                tmpRect.set(0, 0, this._viewportScissorWidth / this._width, this._viewportScissorHeight / this._height);
                this.Quad3(tmpQuad, tmpRect)
            } else if (mode === "crop" && this._currentRenderTarget && curTex) {
                const left = this._width / 2;
                const top = this._height / 2;
                const srcW = curTex.GetWidth();
                const srcH = curTex.GetHeight();
                const destW = this._currentRenderTarget.GetWidth();
                const destH = this._currentRenderTarget.GetHeight();
                const copyW = Math.min(destW, srcW);
                const copyH = Math.min(destH, srcH);
                const srcOffY = Math.max(srcH - destH, 0);
                const destOffY = Math.max(destH - srcH, 0);
                tmpRect.set(-left, top - destOffY, -left + copyW, top - copyH - destOffY);
                tmpQuad.setFromRect(tmpRect);
                tmpRect.set(0, srcOffY, copyW, copyH + srcOffY);
                tmpRect.divide(srcW, srcH);
                this.Quad3(tmpQuad, tmpRect)
            } else {
                let[width,height] = this.GetRenderTargetSize(this._currentRenderTarget);
                const halfW = width / 2;
                const halfH = height / 2;
                this.Rect2(-halfW, halfH, halfW, -halfH)
            }
            mat4.copy(this._matMV, tmpMat4);
            vec3.copy(this._cam, tmpVec3);
            vec3.copy(this._look, tmpVec3b);
            this.UpdateModelView()
        }
        ConvexPoly(pts) {
            const pts_count = pts.length / 2;
            if (pts_count < 3)
                throw new Error("need at least 3 points");
            const tris = pts_count - 2;
            const last_tri = tris - 1;
            const p0x = pts[0];
            const p0y = pts[1];
            for (let i = 0; i < tris; i += 2) {
                const i2 = i * 2;
                const p1x = pts[i2 + 2];
                const p1y = pts[i2 + 3];
                const p2x = pts[i2 + 4];
                const p2y = pts[i2 + 5];
                if (i === last_tri)
                    this.Quad2(p0x, p0y, p1x, p1y, p2x, p2y, p2x, p2y);
                else {
                    const p3x = pts[i2 + 6];
                    const p3y = pts[i2 + 7];
                    this.Quad2(p0x, p0y, p1x, p1y, p2x, p2y, p3x, p3y)
                }
            }
        }
        Line(x1, y1, x2, y2) {
            const a = C3.angleTo(x1, y1, x2, y2);
            const sin_a = Math.sin(a);
            const cos_a = Math.cos(a);
            const halfLineWidth = this._lineWidth * .5;
            const sin_a_hlw = sin_a * halfLineWidth;
            const cos_a_hlw = cos_a * halfLineWidth;
            const lineCap = this._lineCap;
            if (lineCap === 2)
                this.LinePreCalc_LineCap2(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw);
            else if (lineCap === 1)
                this.LinePreCalc_LineCap1(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw);
            else
                this.LinePreCalc_LineCap0(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw)
        }
        LinePreCalc_LineCap2(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw) {
            const lineOffset = this._lineOffset;
            const startX = x1 + lineOffset - cos_a_hlw;
            const startY = y1 + lineOffset - sin_a_hlw;
            const endX = x2 + lineOffset + cos_a_hlw;
            const endY = y2 + lineOffset + sin_a_hlw;
            const cos_a_lw = cos_a_hlw * 2;
            const sin_a_lw = sin_a_hlw * 2;
            const tlx = startX + sin_a_hlw;
            const tly = startY - cos_a_hlw;
            const blx = startX - sin_a_hlw + cos_a_lw;
            const bly = startY + cos_a_hlw + sin_a_lw;
            const trx = endX + sin_a_hlw;
            const try_ = endY - cos_a_hlw;
            const brx = endX - sin_a_hlw - cos_a_lw;
            const bry = endY + cos_a_hlw - sin_a_lw;
            this.Quad2(tlx, tly, trx, try_, brx, bry, blx, bly)
        }
        LinePreCalc_LineCap1(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw) {
            const lineOffset = this._lineOffset;
            const startX = x1 + lineOffset - cos_a_hlw;
            const startY = y1 + lineOffset - sin_a_hlw;
            const endX = x2 + lineOffset + cos_a_hlw;
            const endY = y2 + lineOffset + sin_a_hlw;
            const tlx = startX + sin_a_hlw;
            const tly = startY - cos_a_hlw;
            const blx = startX - sin_a_hlw;
            const bly = startY + cos_a_hlw;
            const trx = endX + sin_a_hlw;
            const try_ = endY - cos_a_hlw;
            const brx = endX - sin_a_hlw;
            const bry = endY + cos_a_hlw;
            this.Quad2(tlx, tly, trx, try_, brx, bry, blx, bly)
        }
        LinePreCalc_LineCap0(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw) {
            const lineOffset = this._lineOffset;
            const startX = x1 + lineOffset;
            const startY = y1 + lineOffset;
            const endX = x2 + lineOffset;
            const endY = y2 + lineOffset;
            const tlx = startX + sin_a_hlw;
            const tly = startY - cos_a_hlw;
            const blx = startX - sin_a_hlw;
            const bly = startY + cos_a_hlw;
            const trx = endX + sin_a_hlw;
            const try_ = endY - cos_a_hlw;
            const brx = endX - sin_a_hlw;
            const bry = endY + cos_a_hlw;
            this.Quad2(tlx, tly, trx, try_, brx, bry, blx, bly)
        }
        TexturedLine(x1, y1, x2, y2, u, v) {
            const a = C3.angleTo(x1, y1, x2, y2);
            const sin_a = Math.sin(a);
            const cos_a = Math.cos(a);
            const halfLineWidth = this._lineWidth * .5;
            const sin_a_hlw = sin_a * halfLineWidth;
            const cos_a_hlw = cos_a * halfLineWidth;
            const lineCap = this._lineCap;
            if (lineCap === 2)
                this.TexturedLinePreCalc_LineCap2(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw, u, v);
            else if (lineCap === 1)
                this.TexturedLinePreCalc_LineCap1(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw, u, v);
            else
                this.TexturedLinePreCalc_LineCap0(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw, u, v)
        }
        TexturedLinePreCalc_LineCap2(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw, u, v) {
            const lineOffset = this._lineOffset;
            const startX = x1 + lineOffset - cos_a_hlw;
            const startY = y1 + lineOffset - sin_a_hlw;
            const endX = x2 + lineOffset + cos_a_hlw;
            const endY = y2 + lineOffset + sin_a_hlw;
            const cos_a_lw = cos_a_hlw * 2;
            const sin_a_lw = sin_a_hlw * 2;
            const tlx = startX + sin_a_hlw;
            const tly = startY - cos_a_hlw;
            const blx = startX - sin_a_hlw + cos_a_lw;
            const bly = startY + cos_a_hlw + sin_a_lw;
            const trx = endX + sin_a_hlw;
            const try_ = endY - cos_a_hlw;
            const brx = endX - sin_a_hlw - cos_a_lw;
            const bry = endY + cos_a_hlw - sin_a_lw;
            tmpQuad.set(tlx, tly, trx, try_, brx, bry, blx, bly);
            tmpRect.set(u, 0, v, 0);
            this.Quad3(tmpQuad, tmpRect)
        }
        TexturedLinePreCalc_LineCap1(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw, u, v) {
            const lineOffset = this._lineOffset;
            const startX = x1 + lineOffset - cos_a_hlw;
            const startY = y1 + lineOffset - sin_a_hlw;
            const endX = x2 + lineOffset + cos_a_hlw;
            const endY = y2 + lineOffset + sin_a_hlw;
            const tlx = startX + sin_a_hlw;
            const tly = startY - cos_a_hlw;
            const blx = startX - sin_a_hlw;
            const bly = startY + cos_a_hlw;
            const trx = endX + sin_a_hlw;
            const try_ = endY - cos_a_hlw;
            const brx = endX - sin_a_hlw;
            const bry = endY + cos_a_hlw;
            tmpQuad.set(tlx, tly, trx, try_, brx, bry, blx, bly);
            tmpRect.set(u, 0, v, 0);
            this.Quad3(tmpQuad, tmpRect)
        }
        TexturedLinePreCalc_LineCap0(x1, y1, x2, y2, sin_a_hlw, cos_a_hlw, u, v) {
            const lineOffset = this._lineOffset;
            const startX = x1 + lineOffset;
            const startY = y1 + lineOffset;
            const endX = x2 + lineOffset;
            const endY = y2 + lineOffset;
            const tlx = startX + sin_a_hlw;
            const tly = startY - cos_a_hlw;
            const blx = startX - sin_a_hlw;
            const bly = startY + cos_a_hlw;
            const trx = endX + sin_a_hlw;
            const try_ = endY - cos_a_hlw;
            const brx = endX - sin_a_hlw;
            const bry = endY + cos_a_hlw;
            tmpQuad.set(tlx, tly, trx, try_, brx, bry, blx, bly);
            tmpRect.set(u, 0, v, 0);
            this.Quad3(tmpQuad, tmpRect)
        }
        LineRect(left, top, right, bottom) {
            const halfLineWidth = this._lineWidth * .5;
            const lineCap = this._lineCap;
            if (lineCap === 2)
                this._LineRectPreCalc_LineCap2(left, top, right, bottom, halfLineWidth);
            else if (lineCap === 1)
                this._LineRectPreCalc_LineCap1(left, top, right, bottom, halfLineWidth);
            else
                this._LineRectPreCalc_LineCap0(left, top, right, bottom, halfLineWidth)
        }
        _LineRectPreCalc_LineCap2(left, top, right, bottom, halfLineWidth) {
            this.LinePreCalc_LineCap2(left, top, right, top, 0, halfLineWidth);
            this.LinePreCalc_LineCap2(right, top, right, bottom, halfLineWidth, 0);
            this.LinePreCalc_LineCap2(right, bottom, left, bottom, 0, -halfLineWidth);
            this.LinePreCalc_LineCap2(left, bottom, left, top, -halfLineWidth, 0)
        }
        _LineRectPreCalc_LineCap1(left, top, right, bottom, halfLineWidth) {
            this.LinePreCalc_LineCap1(left, top, right, top, 0, halfLineWidth);
            this.LinePreCalc_LineCap1(right, top, right, bottom, halfLineWidth, 0);
            this.LinePreCalc_LineCap1(right, bottom, left, bottom, 0, -halfLineWidth);
            this.LinePreCalc_LineCap1(left, bottom, left, top, -halfLineWidth, 0)
        }
        _LineRectPreCalc_LineCap0(left, top, right, bottom, halfLineWidth) {
            this.LinePreCalc_LineCap0(left, top, right, top, 0, halfLineWidth);
            this.LinePreCalc_LineCap0(right, top, right, bottom, halfLineWidth, 0);
            this.LinePreCalc_LineCap0(right, bottom, left, bottom, 0, -halfLineWidth);
            this.LinePreCalc_LineCap0(left, bottom, left, top, -halfLineWidth, 0)
        }
        LineRect2(r) {
            this.LineRect(r.getLeft(), r.getTop(), r.getRight(), r.getBottom())
        }
        LineQuad(q) {
            const a = C3.angleTo(q.getTlx(), q.getTly(), q.getTrx(), q.getTry());
            const sin_a = Math.sin(a);
            const cos_a = Math.cos(a);
            const halfLineWidth = this._lineWidth * .5;
            const sin_a_hlw = sin_a * halfLineWidth;
            const cos_a_hlw = cos_a * halfLineWidth;
            const lineCap = this._lineCap;
            if (lineCap === 2)
                this._LineQuadPreCalc_LineCap2(q, sin_a_hlw, cos_a_hlw);
            else if (lineCap === 1)
                this._LineQuadPreCalc_LineCap1(q, sin_a_hlw, cos_a_hlw);
            else
                this._LineQuadPreCalc_LineCap0(q, sin_a_hlw, cos_a_hlw)
        }
        _LineQuadPreCalc_LineCap2(q, sin_a_hlw, cos_a_hlw) {
            this.LinePreCalc_LineCap2(q.getTlx(), q.getTly(), q.getTrx(), q.getTry(), sin_a_hlw, cos_a_hlw);
            this.LinePreCalc_LineCap2(q.getTrx(), q.getTry(), q.getBrx(), q.getBry(), cos_a_hlw, -sin_a_hlw);
            this.LinePreCalc_LineCap2(q.getBrx(), q.getBry(), q.getBlx(), q.getBly(), -sin_a_hlw, -cos_a_hlw);
            this.LinePreCalc_LineCap2(q.getBlx(), q.getBly(), q.getTlx(), q.getTly(), -cos_a_hlw, sin_a_hlw)
        }
        _LineQuadPreCalc_LineCap1(q, sin_a_hlw, cos_a_hlw) {
            this.LinePreCalc_LineCap1(q.getTlx(), q.getTly(), q.getTrx(), q.getTry(), sin_a_hlw, cos_a_hlw);
            this.LinePreCalc_LineCap1(q.getTrx(), q.getTry(), q.getBrx(), q.getBry(), cos_a_hlw, -sin_a_hlw);
            this.LinePreCalc_LineCap1(q.getBrx(), q.getBry(), q.getBlx(), q.getBly(), -sin_a_hlw, -cos_a_hlw);
            this.LinePreCalc_LineCap1(q.getBlx(), q.getBly(), q.getTlx(), q.getTly(), -cos_a_hlw, sin_a_hlw)
        }
        _LineQuadPreCalc_LineCap0(q, sin_a_hlw, cos_a_hlw) {
            this.LinePreCalc_LineCap0(q.getTlx(), q.getTly(), q.getTrx(), q.getTry(), sin_a_hlw, cos_a_hlw);
            this.LinePreCalc_LineCap0(q.getTrx(), q.getTry(), q.getBrx(), q.getBry(), cos_a_hlw, -sin_a_hlw);
            this.LinePreCalc_LineCap0(q.getBrx(), q.getBry(), q.getBlx(), q.getBly(), -sin_a_hlw, -cos_a_hlw);
            this.LinePreCalc_LineCap0(q.getBlx(), q.getBly(), q.getTlx(), q.getTly(), -cos_a_hlw, sin_a_hlw)
        }
        SetLineWidth(n) {
            this._lineWidth = n;
            this._lineWidthStack[this._lineWidthStack.length - 1] = n
        }
        GetLineWidth() {
            return this._lineWidth
        }
        PushLineWidth(n) {
            if (this._lineWidthStack.length >= 100)
                throw new Error("pushed too many line widths - check push/pop pairs");
            this._lineWidthStack.push(n);
            this._lineWidth = n
        }
        PopLineWidth() {
            if (this._lineWidthStack.length <= 1)
                throw new Error("cannot pop last line width - check push/pop pairs");
            this._lineWidthStack.pop();
            this._lineWidth = this._lineWidthStack[this._lineWidthStack.length - 1]
        }
        SetLineCapButt() {
            this._lineCap = 0;
            this._lineCapStack[this._lineCapStack.length - 1] = 0
        }
        SetLineCapSquare() {
            this._lineCap = 1;
            this._lineCapStack[this._lineCapStack.length - 1] = 0
        }
        SetLineCapZag() {
            this._lineCap = 2;
            this._lineCapStack[this._lineCapStack.length - 1] = 0
        }
        PushLineCap(type) {
            if (type === "butt")
                this.PushLineCapButt();
            else if (type === "square")
                this.PushLineCapSquare();
            else if (type === "zag")
                this.PushLineCapZag();
            else
                throw new Error("invalid line cap");
        }
        PushLineCapButt() {
            if (this._lineCapStack.length >= 100)
                throw new Error("pushed too many line caps - check push/pop pairs");
            this._lineCapStack.push(0);
            this._lineCap = 0
        }
        PushLineCapSquare() {
            if (this._lineCapStack.length >= 100)
                throw new Error("pushed too many line caps - check push/pop pairs");
            this._lineCapStack.push(1);
            this._lineCap = 1
        }
        PushLineCapZag() {
            if (this._lineCapStack.length >= 100)
                throw new Error("pushed too many line caps - check push/pop pairs");
            this._lineCapStack.push(2);
            this._lineCap = 2
        }
        PopLineCap() {
            if (this._lineCapStack.length <= 1)
                throw new Error("cannot pop last line cap - check push/pop pairs");
            this._lineCapStack.pop();
            this._lineCap = this._lineCapStack[this._lineCapStack.length - 1]
        }
        SetLineOffset(n) {
            this._lineOffset = n;
            this._lineOffsetStack[this._lineOffsetStack.length - 1] = n
        }
        GetLineOffset() {
            return this._lineOffset
        }
        PushLineOffset(n) {
            if (this._lineOffsetStack.length >= 100)
                throw new Error("pushed too many line offsets - check push/pop pairs");
            this._lineOffsetStack.push(n);
            this._lineOffset = n
        }
        PopLineOffset() {
            if (this._lineOffsetStack.length <= 1)
                throw new Error("cannot pop last line offset - check push/pop pairs");
            this._lineOffsetStack.pop();
            this._lineOffset = this._lineOffsetStack[this._lineOffsetStack.length - 1]
        }
        SetPointTextureCoords(rect) {
            if (this._lastPointTexCoords.equals(rect))
                return;
            this._lastPointTexCoords.copy(rect);
            const b = this.PushBatch();
            b.InitSetPointTexCoords(rect);
            this._topOfBatch = 0
        }
        Point(x_, y_, size_, opacity_) {
            if (this._pointPtr >= LAST_POINT)
                this.EndBatch();
            let p = this._pointPtr;
            const z = this._baseZ + this._currentZ;
            if (this._topOfBatch === 2 && this._lastPointZ === z)
                this._batch[this._batchPtr - 1]._indexCount++;
            else {
                const b = this.PushBatch();
                b.InitPoints(p, z);
                this._topOfBatch = 2;
                this._lastPointZ = z
            }
            const pd = this._pointData;
            pd[p++] = x_;
            pd[p++] = y_;
            pd[p++] = size_;
            pd[p++] = opacity_;
            this._pointPtr = p
        }
        SetProgram(program) {
            if (this._lastProgram === program)
                return;
            const b = this.PushBatch();
            b.InitSetProgram(program);
            this._lastProgram = program;
            this._topOfBatch = 0;
            this._currentStateGroup = null
        }
        SetTextureFillMode() {
            this.SetProgram(this._spTextureFill)
        }
        SetDeviceTransformTextureFillMode() {
            this.SetProgram(this._spDeviceTransformTextureFill)
        }
        SetColorFillMode() {
            this.SetProgram(this._spColorFill)
        }
        SetLinearGradientFillMode() {
            this.SetProgram(this._spLinearGradientFill)
        }
        SetGradientColor(c) {
            const b = this.PushBatch();
            b.InitSetGradientColor(c);
            this._topOfBatch = 0
        }
        SetHardEllipseFillMode() {
            this.SetProgram(this._spHardEllipseFill)
        }
        SetHardEllipseOutlineMode() {
            this.SetProgram(this._spHardEllipseOutline)
        }
        SetSmoothEllipseFillMode() {
            this.SetProgram(this._spSmoothEllipseFill)
        }
        SetSmoothEllipseOutlineMode() {
            this.SetProgram(this._spSmoothEllipseOutline)
        }
        SetEllipseParams(pixelW, pixelH, outlineThickness=1) {
            const b = this.PushBatch();
            b.InitSetEllipseParams(pixelW, pixelH, outlineThickness);
            this._topOfBatch = 0
        }
        SetSmoothLineFillMode() {
            this.SetProgram(this._spSmoothLineFill)
        }
        SetTilemapFillMode() {
            this.SetProgram(this._spTilemapFill)
        }
        SetTilemapInfo(srcRect, textureWidth, textureHeight, tileWidth, tileHeight, tileSpacingX, tileSpacingY) {
            if (this._lastProgram !== this._spTilemapFill)
                throw new Error("must set tilemap fill mode first");
            const b = this.PushBatch();
            b.InitSetTilemapInfo(srcRect, textureWidth, textureHeight, tileWidth, tileHeight, tileSpacingX, tileSpacingY);
            this._topOfBatch = 0
        }
        SetProgramParameters(backTex, destRect, srcRect, srcOriginRect, layoutRect, pixelWidth, pixelHeight, layerScale, layerAngle, time, params) {
            const s = this._lastProgram;
            const hasAnyOptionalUniforms = s._hasAnyOptionalUniforms;
            const hasAnyCustomParams = !!params.length;
            if ((!hasAnyOptionalUniforms || s.AreOptionalUniformsAlreadySetInBatch(destRect, srcRect, srcOriginRect, layoutRect, pixelWidth, pixelHeight, layerScale, layerAngle, time)) && (!hasAnyCustomParams || s.AreCustomParametersAlreadySetInBatch(params)))
                return;
            const b = this.PushBatch();
            b.InitSetProgramParameters();
            if (hasAnyOptionalUniforms) {
                s.SetOptionalUniformsInBatch(destRect, srcRect, srcOriginRect, layoutRect, pixelWidth, pixelHeight, layerScale, layerAngle, time);
                const mat4param = b._mat4param;
                mat4param[0] = pixelWidth;
                mat4param[1] = pixelHeight;
                destRect.writeToTypedArray(mat4param, 2);
                mat4param[6] = layerScale;
                mat4param[7] = layerAngle;
                srcRect.writeToTypedArray(mat4param, 12);
                const colorParam = b._colorParam;
                layoutRect.writeToTypedArray(colorParam, 0);
                const tmp = colorParam[1];
                colorParam[1] = colorParam[3];
                colorParam[3] = tmp;
                srcOriginRect.writeToTypedArray(b._srcOriginRect, 0);
                b._startIndex = time;
                if (s._uSamplerBack.IsUsed())
                    b._texParam = backTex ? backTex.GetTexture() : null;
                else
                    b._texParam = null
            }
            if (hasAnyCustomParams) {
                s.SetCustomParametersInBatch(params);
                C3.shallowAssignArray(b._shaderParams, params)
            }
            this._topOfBatch = 0
        }
        ClearRgba(r, g, b_, a) {
            const b = this.PushBatch();
            b.InitClearSurface2(r, g, b_, a);
            this._topOfBatch = 0
        }
        Clear(c) {
            const b = this.PushBatch();
            b.InitClearSurface(c);
            this._topOfBatch = 0
        }
        ClearRect(x, y, w, h) {
            this.ClearRect4(x, y, w, h, 0, 0, 0, 0)
        }
        ClearRect2(rc) {
            this.ClearRect4(rc.getLeft(), rc.getTop(), rc.width(), rc.height(), 0, 0, 0, 0)
        }
        ClearRect3(rc, c) {
            this.ClearRect4(rc.getLeft(), rc.getTop(), rc.width(), rc.height(), c.getR(), c.getG(), c.getB(), c.getA())
        }
        ClearRect4(x, y, w, h, r, g, b, a) {
            if (w < 0 || h < 0)
                return;
            const batch = this.PushBatch();
            batch.InitClearRect(x, y, w, h, r, g, b, a);
            this._topOfBatch = 0
        }
        Start() {}
        Finish() {
            super.Finish();
            this._gl.flush()
        }
        CheckForQueryResults() {
            for (const qrb of this._allQueryResultBuffers)
                qrb.CheckForResults(this._frameNumber)
        }
        IsContextLost() {
            return !this._gl || this._gl.isContextLost() || this._isInitialisingAfterContextRestored
        }
        OnContextLost() {
            C3.Gfx.WebGLRendererTexture.OnContextLost();
            C3.Gfx.WebGLRenderTarget.OnContextLost();
            C3.Gfx.RendererText.OnContextLost();
            for (const qrb of this._allQueryResultBuffers)
                qrb.Clear();
            this._extensions = [];
            this._timerExt = null;
            this._parallelShaderCompileExt = null;
            this._unmaskedVendor = "(unavailable)";
            this._unmaskedRenderer = "(unavailable)";
            this._lastProgram = null;
            this._spTextureFill = null;
            this._spDeviceTransformTextureFill = null;
            this._spColorFill = null;
            this._spLinearGradientFill = null;
            this._spHardEllipseFill = null;
            this._spHardEllipseOutline = null;
            this._spSmoothEllipseFill = null;
            this._spSmoothEllipseOutline = null;
            this._spSmoothLineFill = null;
            this._spPoints = null;
            this._spTilemapFill = null;
            for (const stateGroup of this._stateGroups.values())
                stateGroup.OnContextLost();
            for (const s of this._allShaderPrograms)
                s.Release();
            this._ClearAllShaderPrograms()
        }
        async OnContextRestored() {
            this._isInitialisingAfterContextRestored = true;
            await this.InitState();
            this._isInitialisingAfterContextRestored = false;
            for (const stateGroup of this._stateGroups.values())
                stateGroup.OnContextRestored(this);
            this.SetSize(this._width, this._height, true)
        }
        CreateStaticTexture(data, opts) {
            if (this.IsContextLost())
                throw new Error("context lost");
            this.EndBatch();
            const rendererTex = C3.New(C3.Gfx.WebGLRendererTexture, this);
            rendererTex._CreateStatic(data, opts);
            return rendererTex
        }
        CreateStaticTextureAsync(data, opts) {
            if (this.IsContextLost())
                return Promise.reject("context lost");
            opts = Object.assign({}, opts);
            const isTiled = opts.wrapX && opts.wrapX !== "clamp-to-edge" || opts.wrapY && opts.wrapY !== "clamp-to-edge";
            if (C3.Supports.ImageBitmapOptions && (this.SupportsNPOTTextures() || !isTiled)) {
                opts.premultiplyAlpha = false;
                return createImageBitmap(data, {
                    "premultiplyAlpha": "premultiply"
                }).then(imageBitmap=>C3.Asyncify(()=>this.CreateStaticTexture(imageBitmap, opts)))
            } else if (C3.Supports.ImageBitmap)
                return createImageBitmap(data).then(imageBitmap=>C3.Asyncify(()=>this.CreateStaticTexture(imageBitmap, opts)));
            else if (data instanceof Blob)
                return C3.BlobToImage(data, true).then(img=>this.CreateStaticTextureAsync(img, opts));
            else if (typeof HTMLImageElement !== "undefined" && data instanceof HTMLImageElement && typeof data["decode"] === "function")
                return data["decode"]().then(()=>C3.Asyncify(()=>this.CreateStaticTexture(data, opts)));
            else
                return C3.Asyncify(()=>this.CreateStaticTexture(data, opts))
        }
        CreateDynamicTexture(width, height, opts) {
            this.EndBatch();
            const rendererTex = C3.New(C3.Gfx.WebGLRendererTexture, this);
            rendererTex._CreateDynamic(width, height, opts);
            return rendererTex
        }
        UpdateTexture(data, rendererTex, opts) {
            this.EndBatch();
            rendererTex._Update(data, opts)
        }
        DeleteTexture(rendererTex) {
            if (!rendererTex)
                return;
            rendererTex.SubtractReference();
            if (rendererTex.GetReferenceCount() > 0)
                return;
            this.EndBatch();
            if (rendererTex === this._lastTexture0) {
                this._gl.bindTexture(this._gl.TEXTURE_2D, null);
                this._lastTexture0 = null
            }
            if (rendererTex === this._lastTexture1) {
                this._gl.activeTexture(this._gl.TEXTURE1);
                this._gl.bindTexture(this._gl.TEXTURE_2D, null);
                this._gl.activeTexture(this._gl.TEXTURE0);
                this._lastTexture1 = null
            }
            rendererTex._Delete()
        }
        CreateRenderTarget(opts) {
            let width = this._width;
            let height = this._height;
            let isDefaultSize = true;
            if (opts) {
                if (typeof opts.width === "number") {
                    width = opts.width;
                    isDefaultSize = false
                }
                if (typeof opts.height === "number") {
                    height = opts.height;
                    isDefaultSize = false
                }
            }
            if (width <= 0 || height <= 0)
                throw new Error("invalid size");
            this.EndBatch();
            const renderTarget = C3.New(C3.Gfx.WebGLRenderTarget, this);
            renderTarget._Create(width, height, Object.assign({
                isDefaultSize
            }, opts));
            this._currentRenderTarget = null;
            this._batchState.currentFramebuffer = null;
            return renderTarget
        }
        SetRenderTarget(renderTarget) {
            if (renderTarget === this._currentRenderTarget)
                return;
            let newViewWidth, newViewHeight, newSurfaceWidth, newSurfaceHeight;
            if (renderTarget) {
                if (renderTarget.IsDefaultSize())
                    renderTarget._Resize(this._width, this._height);
                newSurfaceWidth = renderTarget.GetWidth();
                newSurfaceHeight = renderTarget.GetHeight();
                newViewWidth = newSurfaceWidth;
                newViewHeight = newSurfaceHeight
            } else {
                newSurfaceWidth = this._width;
                newSurfaceHeight = this._height;
                newViewWidth = this.GetScissoredViewportWidth();
                newViewHeight = this.GetScissoredViewportHeight()
            }
            const didSurfaceSizeChange = this._lastBackbufferWidth !== newSurfaceWidth || this._lastBackbufferHeight !== newSurfaceHeight;
            if (didSurfaceSizeChange)
                this._UpdateViewportRenderer(newViewWidth, newViewHeight, newSurfaceWidth, newSurfaceHeight);
            const b = this.PushBatch();
            b.InitSetRenderTarget(renderTarget, didSurfaceSizeChange, this._matP);
            this._currentRenderTarget = renderTarget;
            this._topOfBatch = 0
        }
        GetRenderTarget() {
            return this._currentRenderTarget
        }
        GetRenderTargetSize(renderTarget) {
            if (renderTarget)
                return [renderTarget.GetWidth(), renderTarget.GetHeight()];
            else
                return [this._width, this._height]
        }
        CopyRenderTarget(renderTarget, mode="stretch") {
            if (this._version < 2 || this._currentRenderTarget && this._currentRenderTarget.GetMultisampling() > 0) {
                this.SetCopyBlend();
                this.ResetColor();
                this.DrawRenderTarget(renderTarget, mode)
            } else {
                const b = this.PushBatch();
                b.InitBlitFramebuffer(renderTarget, this._currentRenderTarget, mode);
                this._topOfBatch = 0
            }
        }
        DrawRenderTarget(renderTarget, mode="stretch") {
            const tex = renderTarget.GetTexture();
            if (!tex)
                throw new Error("not a texture-backed render target");
            this.SetTexture(tex);
            this.FullscreenQuad(mode, tex)
        }
        InvalidateRenderTarget(renderTarget) {
            if (this._version < 2)
                return;
            const b = this.PushBatch();
            b.InitInvalidateFramebuffer(renderTarget._GetFramebuffer());
            this._topOfBatch = 0
        }
        DeleteRenderTarget(renderTarget) {
            this.SetRenderTarget(null);
            this.EndBatch();
            const renderTex = renderTarget.GetTexture();
            if (renderTex === this._lastTexture0) {
                this._gl.bindTexture(this._gl.TEXTURE_2D, null);
                this._lastTexture0 = null
            }
            if (renderTex === this._lastTexture1) {
                this._gl.activeTexture(this._gl.TEXTURE1);
                this._gl.bindTexture(this._gl.TEXTURE_2D, null);
                this._gl.activeTexture(this._gl.TEXTURE0);
                this._lastTexture1 = null
            }
            renderTarget._Delete()
        }
        async ReadBackRenderTargetToImageData(renderTarget, forceSynchronous, areaRect) {
            this.EndBatch();
            const oldRenderTarget = this._currentRenderTarget;
            let width, height, framebuffer;
            if (renderTarget) {
                width = renderTarget.GetWidth();
                height = renderTarget.GetHeight();
                framebuffer = renderTarget._GetFramebuffer()
            } else {
                width = this.GetWidth();
                height = this.GetHeight();
                framebuffer = null
            }
            let x = 0;
            let y = 0;
            let areaWidth = width;
            let areaHeight = height;
            if (areaRect) {
                x = C3.clamp(Math.floor(areaRect.getLeft()), 0, width - 1);
                y = C3.clamp(Math.floor(areaRect.getTop()), 0, height - 1);
                let w = areaRect.width();
                if (w === 0)
                    w = width - x;
                else
                    w = C3.clamp(Math.floor(w), 0, width - x);
                let h = areaRect.height();
                if (h === 0)
                    h = height - y;
                else
                    h = C3.clamp(Math.floor(h), 0, height - y);
                areaWidth = w;
                areaHeight = h;
                y = height - (y + areaHeight)
            }
            const gl = this._gl;
            gl.bindFramebuffer(gl.FRAMEBUFFER, framebuffer);
            const restorePreviousRenderTarget = ()=>{
                gl.bindFramebuffer(gl.FRAMEBUFFER, null);
                this._currentRenderTarget = null;
                this._batchState.currentFramebuffer = null;
                this.SetRenderTarget(oldRenderTarget)
            }
            ;
            let imageData;
            if (!forceSynchronous && this.GetWebGLVersionNumber() >= 2) {
                gl.bindFramebuffer(gl.READ_FRAMEBUFFER, framebuffer);
                const pixelBuffer = gl.createBuffer();
                const bufferSize = areaWidth * areaHeight * 4;
                const PIXEL_PACK_BUFFER = gl["PIXEL_PACK_BUFFER"];
                gl.bindBuffer(PIXEL_PACK_BUFFER, pixelBuffer);
                gl.bufferData(PIXEL_PACK_BUFFER, bufferSize, gl["STREAM_READ"]);
                gl.readPixels(x, y, areaWidth, areaHeight, gl.RGBA, gl.UNSIGNED_BYTE, 0);
                gl.bindFramebuffer(gl.READ_FRAMEBUFFER, null);
                gl.bindBuffer(PIXEL_PACK_BUFFER, null);
                restorePreviousRenderTarget();
                const sync = gl["fenceSync"](gl["SYNC_GPU_COMMANDS_COMPLETE"], 0);
                await this._WaitForObjectReady(()=>gl["getSyncParameter"](sync, gl["SYNC_STATUS"]) === gl["SIGNALED"]);
                gl["deleteSync"](sync);
                imageData = new ImageData(areaWidth,areaHeight);
                gl.bindBuffer(PIXEL_PACK_BUFFER, pixelBuffer);
                gl["getBufferSubData"](PIXEL_PACK_BUFFER, 0, new Uint8Array(imageData.data.buffer), 0, bufferSize);
                gl.bindBuffer(PIXEL_PACK_BUFFER, null);
                gl.deleteBuffer(pixelBuffer)
            } else {
                imageData = new ImageData(areaWidth,areaHeight);
                gl.readPixels(x, y, areaWidth, areaHeight, gl.RGBA, gl.UNSIGNED_BYTE, new Uint8Array(imageData.data.buffer));
                restorePreviousRenderTarget()
            }
            return imageData
        }
        StartQuery(query) {
            if (!this.SupportsGPUProfiling())
                return;
            const b = this.PushBatch();
            b.InitStartQuery(query);
            this._topOfBatch = 0
        }
        EndQuery(query) {
            if (!this.SupportsGPUProfiling())
                return;
            const b = this.PushBatch();
            b.InitEndQuery(query);
            this._topOfBatch = 0
        }
        _WaitForObjectReady(checkFunc) {
            const ret = new Promise(resolve=>pendingPolls.add({
                resolve,
                checkFunc
            }));
            if (pollRafId === -1)
                pollRafId = self.requestAnimationFrame(CheckPendingPolls);
            return ret
        }
        IsDesynchronized() {
            return !!this._attribs["desynchronized"]
        }
        GetEstimatedBackBufferMemoryUsage() {
            return this._width * this._height * (this._attribs["alpha"] ? 4 : 3)
        }
        GetEstimatedRenderBufferMemoryUsage() {
            let ret = 0;
            for (const t of C3.Gfx.WebGLRenderTarget.allRenderTargets()) {
                if (t.GetTexture())
                    continue;
                ret += t.GetEstimatedMemoryUsage()
            }
            return ret
        }
        GetEstimatedTextureMemoryUsage() {
            let ret = 0;
            for (const t of C3.Gfx.WebGLRendererTexture.allTextures())
                ret += t.GetEstimatedMemoryUsage();
            return ret
        }
        GetEstimatedTotalMemoryUsage() {
            return this.GetEstimatedBackBufferMemoryUsage() + this.GetEstimatedRenderBufferMemoryUsage() + this.GetEstimatedTextureMemoryUsage()
        }
        GetWebGLVersionString() {
            return this._versionString
        }
        GetWebGLVersionNumber() {
            return this._version
        }
        SupportsNPOTTextures() {
            return this.GetWebGLVersionNumber() >= 2
        }
        GetMaxTextureSize() {
            return this._maxTextureSize
        }
        GetMinPointSize() {
            return this._minPointSize
        }
        GetMaxPointSize() {
            return this._maxPointSize
        }
        SupportsHighP() {
            return this._highpPrecision !== 0
        }
        GetHighPPrecision() {
            return this._highpPrecision
        }
        GetUnmaskedVendor() {
            return this._unmaskedVendor
        }
        GetUnmaskedRenderer() {
            return this._unmaskedRenderer
        }
        GetExtensions() {
            return this._extensions
        }
        HasMajorPerformanceCaveat() {
            return this._hasMajorPerformanceCaveat
        }
        SupportsGPUProfiling() {
            return !!this._timerExt
        }
        _GetDisjointTimerQueryExtension() {
            return this._timerExt
        }
        _GetParallelShaderCompileExtension() {
            return this._parallelShaderCompileExt
        }
        _AddQueryResultBuffer(qrb) {
            this._allQueryResultBuffers.add(qrb)
        }
        _RemoveQueryResultBuffer(qrb) {
            this._allQueryResultBuffers.delete(qrb)
        }
        _GetTimeQueryStack() {
            return this._timeQueryStack
        }
        GetContext() {
            return this._gl
        }
        _InitBlendModes(gl) {
            this._InitBlendModeData([["normal", gl.ONE, gl.ONE_MINUS_SRC_ALPHA], ["additive", gl.ONE, gl.ONE], ["xor", gl.ONE, gl.ONE_MINUS_SRC_ALPHA], ["copy", gl.ONE, gl.ZERO], ["destination-over", gl.ONE_MINUS_DST_ALPHA, gl.ONE], ["source-in", gl.DST_ALPHA, gl.ZERO], ["destination-in", gl.ZERO, gl.SRC_ALPHA], ["source-out", gl.ONE_MINUS_DST_ALPHA, gl.ZERO], ["destination-out", gl.ZERO, gl.ONE_MINUS_SRC_ALPHA], ["source-atop", gl.DST_ALPHA, gl.ONE_MINUS_SRC_ALPHA], ["destination-atop", gl.ONE_MINUS_DST_ALPHA, gl.SRC_ALPHA]])
        }
        CreateRendererText() {
            return C3.New(C3.Gfx.RendererText, this)
        }
        CreateWebGLText() {
            return this.CreateRendererText()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    let runtime = null;
    const keysDownByKey = new Set;
    function SortZOrderList(a, b) {
        const layerA = a[0];
        const layerB = b[0];
        const diff = layerA - layerB;
        if (diff !== 0)
            return diff;
        const indexA = a[1];
        const indexB = b[1];
        return indexA - indexB
    }
    const tempZOrderList = [];
    const tempInstances = [];
    let didWarnInAlertPolyfill = false;
    self.IRuntime = class IRuntime {
        constructor(runtime_, objects) {
            runtime = runtime_;
            Object.defineProperties(this, {
                assets: {
                    value: runtime.GetAssetManager().GetIAssetManager(),
                    writable: false
                },
                objects: {
                    value: objects,
                    writable: false
                },
                globalVars: {
                    value: {},
                    writable: false
                },
                projectName: {
                    value: runtime.GetProjectName(),
                    writable: false
                },
                projectVersion: {
                    value: runtime.GetProjectVersion(),
                    writable: false
                },
                storage: {
                    value: new self.IStorage(runtime),
                    writable: false
                },
                isInWorker: {
                    value: runtime.IsInWorker(),
                    writable: false
                }
            });
            runtime.UserScriptDispatcher().addEventListener("keydown", e=>{
                if (keysDownByKey.has(e["key"])) {
                    e.stopPropagation();
                    return
                }
                keysDownByKey.add(e["key"])
            }
            );
            runtime.UserScriptDispatcher().addEventListener("keyup", e=>keysDownByKey.delete(e["key"]));
            runtime.Dispatcher().addEventListener("window-blur", ()=>keysDownByKey.clear());
            if (runtime.IsInWorker())
                self["alert"] = message=>{
                    if (!didWarnInAlertPolyfill) {
                        didWarnInAlertPolyfill = true;
                        console.warn("[Construct 3] alert() was called from a Web Worker, because the project 'Use worker' setting is enabled. This method is not normally available in a Web Worker. Construct has implemented the alert for you, but note that other features may be missing in worker mode. You may wish to disable 'Use worker', or use a more convenient function like console.log(). For more information please refer to the scripting section of the manual.")
                    }
                    return this.alert(message)
                }
        }
        _InitGlobalVars(globalVarDescriptors) {
            Object.defineProperties(this.globalVars, globalVarDescriptors)
        }
        addEventListener(name, func) {
            runtime.UserScriptDispatcher().addEventListener(name, func)
        }
        removeEventListener(name, func) {
            runtime.UserScriptDispatcher().removeEventListener(name, func)
        }
        callFunction(name, ...params) {
            const eventSheetManager = runtime.GetEventSheetManager();
            const functionBlock = eventSheetManager.GetFunctionBlockByName(name);
            if (!functionBlock)
                throw new Error(`cannot find function name '${name}'`);
            if (!functionBlock.IsEnabled())
                return functionBlock.GetDefaultReturnValue();
            if (params.length < functionBlock.GetFunctionParameterCount())
                throw new Error(`not enough function parameters passed for '${name}' (${params.length} passed, ${functionBlock.GetFunctionParameterCount()} expected)`);
            const callEventBlock = functionBlock.GetEventBlock();
            let solModifiers = null;
            const currentEvent = eventSheetManager.GetCurrentEvent();
            if (currentEvent) {
                const sm = currentEvent.GetSolModifiersIncludingParents();
                if (sm.length > 0) {
                    solModifiers = sm;
                    eventSheetManager.PushCleanSol(sm)
                }
            }
            const ret = callEventBlock.RunAsExpressionFunctionCall(callEventBlock.GetSolModifiersIncludingParents(), functionBlock.GetReturnType(), functionBlock.GetDefaultReturnValue(), ...params);
            if (solModifiers)
                eventSheetManager.PopSol(solModifiers);
            return ret
        }
        setReturnValue(v) {
            const frame = runtime.GetEventStack().GetCurrentExpFuncStackFrame();
            if (!frame)
                throw new Error("not in a function which returns a value");
            switch (frame.GetFunctionReturnType()) {
            case 1:
                if (typeof v === "number")
                    frame.SetFunctionReturnValue(v);
                break;
            case 2:
                if (typeof v === "string")
                    frame.SetFunctionReturnValue(v);
                break;
            case 3:
                if (typeof v === "number" || typeof v === "string")
                    frame.SetFunctionReturnValue(v);
                break
            }
        }
        get dt() {
            return runtime.GetDt()
        }
        get gameTime() {
            return runtime.GetGameTime()
        }
        get wallTime() {
            return runtime.GetWallTime()
        }
        random() {
            return runtime.Random()
        }
        get layout() {
            return runtime.GetMainRunningLayout().GetILayout()
        }
        getLayout(nameOrIndex) {
            const layoutManager = runtime.GetLayoutManager();
            let layout = null;
            if (typeof nameOrIndex === "number" || typeof nameOrIndex === "string")
                layout = layoutManager.GetLayout(nameOrIndex);
            else
                throw new TypeError("expected string or number");
            if (!layout)
                throw new Error("invalid layout");
            return layout.GetILayout()
        }
        getAllLayouts() {
            return runtime.GetLayoutManager().GetAllLayouts().map(layout=>layout.GetILayout())
        }
        goToLayout(nameOrIndex) {
            const layoutManager = runtime.GetLayoutManager();
            let layout = null;
            if (typeof nameOrIndex === "number" || typeof nameOrIndex === "string")
                layout = layoutManager.GetLayout(nameOrIndex);
            else
                throw new TypeError("expected string or number");
            if (!layout)
                throw new Error("invalid layout");
            if (layoutManager.IsPendingChangeMainLayout())
                return;
            layoutManager.ChangeMainLayout(layout)
        }
        get keyboard() {
            const ret = runtime._GetCommonScriptInterfaces().keyboard;
            if (!ret)
                throw new Error("runtime.keyboard used but Keyboard object missing - add it to your project first");
            return ret
        }
        get mouse() {
            const ret = runtime._GetCommonScriptInterfaces().mouse;
            if (!ret)
                throw new Error("runtime.mouse used but Mouse object missing - add it to your project first");
            return ret
        }
        get touch() {
            const ret = runtime._GetCommonScriptInterfaces().touch;
            if (!ret)
                throw new Error("runtime.touch used but Touch object missing - add it to your project first");
            return ret
        }
        invokeDownload(url, filename) {
            runtime.InvokeDownload(url, filename)
        }
        getInstanceByUid(uid) {
            const ret = runtime.GetInstanceByUID(uid);
            return ret ? ret.GetInterfaceClass() : null
        }
        sortZOrder(iterable, callback) {
            const layout = runtime.GetCurrentLayout();
            for (const iinst of iterable) {
                const inst = runtime._UnwrapScriptInterface(iinst);
                if (!inst || !inst.GetWorldInfo())
                    throw new Error("invalid instance");
                const wi = inst.GetWorldInfo();
                tempZOrderList.push([wi.GetLayer().GetIndex(), wi.GetZIndex()]);
                tempInstances.push(inst)
            }
            if (tempZOrderList.length === 0)
                return;
            tempZOrderList.sort(SortZOrderList);
            tempInstances.sort((a,b)=>callback(a.GetInterfaceClass(), b.GetInterfaceClass()));
            let anyChanged = false;
            for (let i = 0, len = tempZOrderList.length; i < len; ++i) {
                const inst = tempInstances[i];
                const layer = layout.GetLayerByIndex(tempZOrderList[i][0]);
                const toZ = tempZOrderList[i][1];
                const layerInstances = layer._GetInstances();
                if (layerInstances[toZ] !== inst) {
                    layerInstances[toZ] = inst;
                    inst.GetWorldInfo()._SetLayer(layer);
                    layer.SetZIndicesChanged();
                    anyChanged = true
                }
            }
            if (anyChanged)
                runtime.UpdateRender();
            C3.clearArray(tempZOrderList);
            C3.clearArray(tempInstances)
        }
        alert(message) {
            return runtime.PostComponentMessageToDOMAsync("runtime", "alert", {
                "message": message + (runtime.IsInWorker() ? " [via Web Worker]" : "")
            })
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    let assetManager = null;
    self.IAssetManager = class IAssetManager {
        constructor(assetManager_) {
            assetManager = assetManager_;
            Object.defineProperties(this, {
                isWebMOpusSupported: {
                    value: assetManager.IsAudioFormatSupported("audio/webm; codecs=opus"),
                    writable: false
                }
            })
        }
        fetchText(url) {
            return assetManager.FetchText(url)
        }
        fetchJson(url) {
            return assetManager.FetchJson(url)
        }
        fetchBlob(url) {
            return assetManager.FetchBlob(url)
        }
        fetchArrayBuffer(url) {
            return assetManager.FetchArrayBuffer(url)
        }
        getProjectFileUrl(url) {
            return assetManager.GetProjectFileUrl(url)
        }
        getMediaFileUrl(url) {
            if (C3.IsRelativeURL(url))
                url = url.toLowerCase();
            return assetManager.GetMediaFileUrl(url, assetManager.GetMediaSubfolder())
        }
        get mediaFolder() {
            return assetManager.GetMediaSubfolder()
        }
        async decodeWebMOpus(audioContext, arrayBuffer) {
            if (this.isWebMOpusSupported)
                throw new Error("decodeWebMOpus(): not supported because WebM Opus is supported by the platform");
            const decodedArrayBuffer = await assetManager.GetRuntime()._WasmDecodeWebMOpus(arrayBuffer);
            const decodedFloats = new Float32Array(decodedArrayBuffer);
            const audioBuffer = audioContext["createBuffer"](1, decodedFloats.length, 48E3);
            const channelBuffer = audioBuffer["getChannelData"](0);
            channelBuffer.set(decodedFloats);
            return audioBuffer
        }
        loadScripts(...urls) {
            return assetManager.LoadScripts(...urls)
        }
        compileWebAssembly(url) {
            return assetManager.CompileWebAssembly(url)
        }
        loadStyleSheet(url) {
            return assetManager.LoadStyleSheet(url)
        }
    }
}
;'use strict';
{
    self.IStorage = class IStorage {
        constructor(runtime) {
            this._storage = runtime._GetProjectStorage()
        }
        getItem(key) {
            return this._storage.getItem(key)
        }
        setItem(key, value) {
            return this._storage.setItem(key, value)
        }
        removeItem(key) {
            return this._storage.removeItem(key)
        }
        clear() {
            return this._storage.clear()
        }
        keys() {
            return this._storage.keys()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const map = new WeakMap;
    self.IObjectClass = class IObjectClass {
        constructor(objectClass) {
            map.set(this, objectClass);
            Object.defineProperties(this, {
                name: {
                    value: objectClass.GetName(),
                    writable: false
                }
            });
            objectClass.GetRuntime()._MapScriptInterface(this, objectClass)
        }
        addEventListener(name, func) {
            map.get(this).UserScriptDispatcher().addEventListener(name, func)
        }
        removeEventListener(name, func) {
            map.get(this).UserScriptDispatcher().removeEventListener(name, func)
        }
        getAllInstances() {
            return map.get(this).GetInstances().map(inst=>inst.GetInterfaceClass())
        }
        getFirstInstance() {
            const instances = map.get(this).GetInstances();
            if (instances.length > 0)
                return instances[0].GetInterfaceClass();
            else
                return null
        }
        getPickedInstances() {
            return map.get(this).GetCurrentSol().GetInstances().map(inst=>inst.GetInterfaceClass())
        }
        getFirstPickedInstance() {
            const pickedInstances = map.get(this).GetCurrentSol().GetInstances();
            if (pickedInstances.length > 0)
                return pickedInstances[0].GetInterfaceClass();
            else
                return null
        }
        *instances() {
            for (const inst of map.get(this).GetInstances())
                yield inst.GetInterfaceClass()
        }
        *pickedInstances() {
            for (const inst of map.get(this).GetCurrentSol().GetInstances())
                yield inst.GetInterfaceClass()
        }
        setInstanceClass(Class) {
            const objectClass = map.get(this);
            if (objectClass.GetInstanceCount() > 0)
                throw new Error("setInstanceClass() called too late, because instances have already been created - call in runOnStartup");
            map.get(this)._SetUserScriptInstanceClass(Class)
        }
        createInstance(layerNameOrIndex, x, y) {
            if (typeof layerNameOrIndex !== "number" && typeof layerNameOrIndex !== "string")
                throw new TypeError("invalid layer parameter");
            const objectClass = map.get(this);
            const runtime = objectClass.GetRuntime();
            const layer = runtime.GetMainRunningLayout().GetLayer(layerNameOrIndex);
            if (!layer)
                throw new Error("invalid layer");
            const inst = runtime.CreateInstance(objectClass, layer, x, y);
            const eventSheetManager = runtime.GetEventSheetManager();
            eventSheetManager.BlockFlushingInstances(true);
            inst._TriggerOnCreated();
            if (inst.IsInContainer())
                for (const s of inst.siblings())
                    s._TriggerOnCreated();
            eventSheetManager.BlockFlushingInstances(false);
            return inst.GetInterfaceClass()
        }
    }
}
;'use strict';
{
    const map = new WeakMap;
    self.ILayout = class ILayout {
        constructor(layout) {
            map.set(this, layout);
            const effectInstanceArr = [];
            const effectList = layout.GetEffectList();
            const effectCount = effectList.GetAllEffectTypes().length;
            for (let i = 0; i < effectCount; ++i)
                effectInstanceArr.push(new self.IEffectInstance(effectList,i));
            Object.defineProperties(this, {
                name: {
                    value: layout.GetName(),
                    writable: false
                },
                index: {
                    value: layout.GetIndex(),
                    writable: false
                },
                effects: {
                    value: effectInstanceArr,
                    writable: false
                }
            })
        }
        addEventListener(name, func) {
            map.get(this).UserScriptDispatcher().addEventListener(name, func)
        }
        removeEventListener(name, func) {
            map.get(this).UserScriptDispatcher().removeEventListener(name, func)
        }
        get width() {
            return map.get(this).GetWidth()
        }
        set width(w) {
            map.get(this).SetWidth(w)
        }
        get height() {
            return map.get(this).GetHeight()
        }
        set height(h) {
            map.get(this).SetHeight(h)
        }
        scrollTo(x, y) {
            const layout = map.get(this);
            layout.SetScrollX(x);
            layout.SetScrollY(y)
        }
        getLayer(nameOrIndex) {
            const layout = map.get(this);
            let layer = null;
            if (typeof nameOrIndex === "number" || typeof nameOrIndex === "string")
                layer = layout.GetLayer(nameOrIndex);
            else
                throw new TypeError("expected string or number");
            if (!layer)
                throw new Error("invalid layer");
            return layer.GetILayer()
        }
        getAllLayers() {
            return map.get(this).GetLayers().map(layer=>layer.GetILayer())
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const map = new WeakMap;
    self.ILayer = class ILayer {
        constructor(layer) {
            map.set(this, layer);
            const effectInstanceArr = [];
            const effectList = layer.GetEffectList();
            const effectCount = effectList.GetAllEffectTypes().length;
            for (let i = 0; i < effectCount; ++i)
                effectInstanceArr.push(new self.IEffectInstance(effectList,i));
            Object.defineProperties(this, {
                name: {
                    value: layer.GetName(),
                    writable: false
                },
                index: {
                    value: layer.GetIndex(),
                    writable: false
                },
                layout: {
                    value: layer.GetLayout().GetILayout(),
                    writable: false
                },
                effects: {
                    value: effectInstanceArr,
                    writable: false
                }
            })
        }
        static _Unwrap(ilayer) {
            return map.get(ilayer)
        }
        get isVisible() {
            return map.get(this).IsVisible()
        }
        set isVisible(v) {
            map.get(this).SetVisible(v)
        }
        get opacity() {
            return map.get(this).GetOpacity()
        }
        set opacity(o) {
            o = C3.clamp(+o, 0, 1);
            if (isNaN(o))
                return;
            map.get(this).SetOpacity(o)
        }
        getViewport() {
            return map.get(this).GetViewport().toDOMRect()
        }
        cssPxToLayer(clientX, clientY, z=0) {
            const layer = map.get(this);
            const runtime = layer.GetRuntime();
            return layer.CanvasCssToLayer(clientX - runtime.GetCanvasClientX(), clientY - runtime.GetCanvasClientY(), z)
        }
        layerToCssPx(layerX, layerY, z=0) {
            const layer = map.get(this);
            const runtime = layer.GetRuntime();
            const [clientX,clientY] = layer.LayerToCanvasCss(layerX, layerY, z);
            return [clientX + runtime.GetCanvasClientX(), clientY + runtime.GetCanvasClientY()]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const map = new WeakMap;
    const dispatchers = new WeakMap;
    function GetDispatcher(iinst) {
        let dispatcher = dispatchers.get(iinst);
        if (dispatcher)
            return dispatcher;
        dispatcher = C3.New(C3.Event.Dispatcher);
        dispatchers.set(iinst, dispatcher);
        return dispatcher
    }
    let initInst = null;
    self.IInstance = class IInstance {
        constructor() {
            map.set(this, initInst);
            const descriptors = {
                runtime: {
                    value: initInst.GetRuntime().GetIRuntime(),
                    writable: false
                },
                objectType: {
                    value: initInst.GetObjectClass().GetIObjectClass(),
                    writable: false
                },
                uid: {
                    value: initInst.GetUID(),
                    writable: false
                }
            };
            initInst._GetInstVarsScriptDescriptor(descriptors);
            initInst._GetBehaviorsScriptDescriptor(descriptors);
            Object.defineProperties(this, descriptors);
            initInst.GetRuntime()._MapScriptInterface(this, initInst)
        }
        static _Init(inst) {
            initInst = inst
        }
        static _GetInitInst() {
            return initInst
        }
        _Release() {
            const dispatcher = dispatchers.get(this);
            if (dispatcher) {
                dispatcher.Release();
                dispatchers.delete(this)
            }
            map.delete(this)
        }
        addEventListener(type, func, capture) {
            GetDispatcher(this).addEventListener(type, func, capture)
        }
        removeEventListener(type, func, capture) {
            GetDispatcher(this).removeEventListener(type, func, capture)
        }
        dispatchEvent(e) {
            GetDispatcher(this).dispatchEvent(e)
        }
        destroy() {
            const inst = map.get(this);
            inst.GetRuntime().DestroyInstance(inst)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IInstance = self.IInstance;
    const ILayer = self.ILayer;
    const map = new WeakMap;
    const BLEND_MODE_TO_INDEX = new Map([["normal", 0], ["additive", 1], ["copy", 3], ["destination-over", 4], ["source-in", 5], ["destination-in", 6], ["source-out", 7], ["destination-out", 8], ["source-atop", 9], ["destination-atop", 10]]);
    const INDEX_TO_BLEND_MODE = new Map([...BLEND_MODE_TO_INDEX.entries()].map(a=>[a[1], a[0]]));
    const tempColor = C3.New(C3.Color);
    self.IWorldInstance = class IWorldInstance extends IInstance {
        constructor() {
            super();
            const inst = IInstance._GetInitInst();
            map.set(this, inst);
            const effectInstanceArr = [];
            const wi = inst.GetWorldInfo();
            const instanceEffectList = wi.GetInstanceEffectList();
            if (instanceEffectList) {
                const effectCount = wi.GetObjectClass().GetEffectList().GetAllEffectTypes().length;
                for (let i = 0; i < effectCount; ++i)
                    effectInstanceArr.push(new self.IEffectInstance(instanceEffectList,i))
            }
            const descriptors = {
                effects: {
                    value: effectInstanceArr,
                    writable: false
                }
            };
            Object.defineProperties(this, descriptors)
        }
        get layout() {
            return map.get(this).GetWorldInfo().GetLayout().GetILayout()
        }
        get layer() {
            return map.get(this).GetWorldInfo().GetLayer().GetILayer()
        }
        get x() {
            return map.get(this).GetWorldInfo().GetX()
        }
        set x(v) {
            v = +v;
            const wi = map.get(this).GetWorldInfo();
            if (isNaN(v) || wi.GetX() === v)
                return;
            wi.SetX(v);
            wi.SetBboxChanged()
        }
        get y() {
            return map.get(this).GetWorldInfo().GetY()
        }
        set y(v) {
            v = +v;
            const wi = map.get(this).GetWorldInfo();
            if (isNaN(v) || wi.GetY() === v)
                return;
            wi.SetY(v);
            wi.SetBboxChanged()
        }
        get zElevation() {
            return map.get(this).GetWorldInfo().GetZElevation()
        }
        set zElevation(z) {
            z = +z;
            const inst = map.get(this);
            const wi = inst.GetWorldInfo();
            if (wi.GetZElevation() === z)
                return;
            wi.SetZElevation(z);
            inst.GetRuntime().UpdateRender()
        }
        get totalZElevation() {
            return map.get(this).GetWorldInfo().GetTotalZElevation()
        }
        get width() {
            return map.get(this).GetWorldInfo().GetWidth()
        }
        set width(w) {
            w = +w;
            const wi = map.get(this).GetWorldInfo();
            if (isNaN(w) || wi.GetWidth() === w)
                return;
            wi.SetWidth(w);
            wi.SetBboxChanged()
        }
        get height() {
            return map.get(this).GetWorldInfo().GetHeight()
        }
        set height(h) {
            h = +h;
            const wi = map.get(this).GetWorldInfo();
            if (isNaN(h) || wi.GetHeight() === h)
                return;
            wi.SetHeight(h);
            wi.SetBboxChanged()
        }
        get angle() {
            return map.get(this).GetWorldInfo().GetAngle()
        }
        set angle(a) {
            a = C3.clampAngle(+a);
            const wi = map.get(this).GetWorldInfo();
            if (isNaN(a) || wi.GetAngle() === a)
                return;
            wi.SetAngle(a);
            wi.SetBboxChanged()
        }
        get angleDegrees() {
            return C3.toDegrees(this.angle)
        }
        set angleDegrees(a) {
            this.angle = C3.toRadians(a)
        }
        getBoundingBox() {
            return map.get(this).GetWorldInfo().GetBoundingBox().toDOMRect()
        }
        getBoundingQuad() {
            return map.get(this).GetWorldInfo().GetBoundingQuad().toDOMQuad()
        }
        get isVisible() {
            return map.get(this).GetWorldInfo().IsVisible()
        }
        set isVisible(v) {
            v = !!v;
            const inst = map.get(this);
            const wi = inst.GetWorldInfo();
            if (wi.IsVisible() === v)
                return;
            wi.SetVisible(v);
            inst.GetRuntime().UpdateRender()
        }
        get opacity() {
            return map.get(this).GetWorldInfo().GetOpacity()
        }
        set opacity(o) {
            o = C3.clamp(+o, 0, 1);
            const inst = map.get(this);
            const wi = inst.GetWorldInfo();
            if (isNaN(o) || wi.GetOpacity() === o)
                return;
            wi.SetOpacity(o);
            inst.GetRuntime().UpdateRender()
        }
        set colorRgb(arr) {
            if (arr.length < 3)
                throw new Error("expected 3 elements");
            tempColor.setRgb(arr[0], arr[1], arr[2]);
            const inst = map.get(this);
            const wi = inst.GetWorldInfo();
            if (wi.GetUnpremultipliedColor().equalsIgnoringAlpha(tempColor))
                return;
            wi.SetUnpremultipliedColor(tempColor);
            inst.GetRuntime().UpdateRender()
        }
        get colorRgb() {
            const c = map.get(this).GetWorldInfo().GetUnpremultipliedColor();
            return [c.getR(), c.getG(), c.getB()]
        }
        set blendMode(bm) {
            const index = BLEND_MODE_TO_INDEX.get(bm);
            if (typeof index !== "number")
                throw new Error("invalid blend mode");
            const inst = map.get(this);
            const wi = inst.GetWorldInfo();
            wi.SetBlendMode(index);
            inst.GetRuntime().UpdateRender()
        }
        get blendMode() {
            return INDEX_TO_BLEND_MODE.get(map.get(this).GetWorldInfo().GetBlendMode())
        }
        moveToTop() {
            map.get(this).GetWorldInfo().ZOrderMoveToTop()
        }
        moveToBottom() {
            map.get(this).GetWorldInfo().ZOrderMoveToBottom()
        }
        moveToLayer(ilayer) {
            const layer = ILayer._Unwrap(ilayer);
            if (!layer)
                throw new Error("invalid layer");
            map.get(this).GetWorldInfo().ZOrderMoveToLayer(layer)
        }
        moveAdjacentToInstance(other, isAfter) {
            map.get(this).GetWorldInfo().ZOrderMoveAdjacentToInstance(map.get(other), isAfter)
        }
        containsPoint(x, y) {
            return map.get(this).GetWorldInfo().ContainsPoint(+x, +y)
        }
        testOverlap(worldInstance) {
            const a = map.get(this);
            const b = map.get(worldInstance);
            return a.GetRuntime().GetCollisionEngine().TestOverlap(a, b)
        }
        testOverlapSolid() {
            const inst = map.get(this);
            const overlapInst = inst.GetRuntime().GetCollisionEngine().TestOverlapSolid(inst);
            return overlapInst ? overlapInst.GetInterfaceClass() : null
        }
        getParent() {
            const parent = map.get(this).GetParent();
            return parent ? parent.GetInterfaceClass() : null
        }
        getTopParent() {
            const parent = map.get(this).GetTopParent();
            return parent ? parent.GetInterfaceClass() : null
        }
        *parents() {
            for (const parent of map.get(this).parents())
                yield parent.GetInterfaceClass()
        }
        getChildCount() {
            return map.get(this).GetChildCount()
        }
        getChildAt(index) {
            const child = map.get(this).GetChildAt(index);
            return child ? child.GetInterfaceClass() : null
        }
        *children() {
            for (const child of map.get(this).children())
                yield child.GetInterfaceClass()
        }
        *allChildren() {
            for (const child of map.get(this).allChildren())
                yield child.GetInterfaceClass()
        }
        addChild(ichild, opts) {
            if (!opts)
                opts = {};
            const inst = map.get(this);
            const child = map.get(ichild);
            inst.AddChild(child, opts)
        }
        removeChild(ichild) {
            const inst = map.get(this);
            const child = map.get(ichild);
            inst.RemoveChild(child)
        }
        removeFromParent() {
            const inst = map.get(this);
            if (!inst.HasParent())
                return;
            const parent = inst.GetParent();
            parent.RemoveChild(inst)
        }
        createMesh(hsize, vsize) {
            map.get(this).GetWorldInfo().CreateMesh(hsize, vsize)
        }
        releaseMesh() {
            const wi = map.get(this).GetWorldInfo();
            wi.ReleaseMesh();
            wi.SetBboxChanged()
        }
        setMeshPoint(col, row, opts) {
            const wi = map.get(this).GetWorldInfo();
            if (wi.SetMeshPoint(col, row, opts))
                wi.SetBboxChanged()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const map = new WeakMap;
    self.IDOMInstance = class IDOMInstance extends self.IWorldInstance {
        constructor() {
            super();
            map.set(this, self.IInstance._GetInitInst())
        }
        getElement() {
            return map.get(this).GetSdkInstance()._GetElementInDOMMode()
        }
        focus() {
            map.get(this).GetSdkInstance().FocusElement()
        }
        blur() {
            map.get(this).GetSdkInstance().BlurElement()
        }
        setCssStyle(prop, val) {
            map.get(this).GetSdkInstance().SetElementCSSStyle(prop, val)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const map = new WeakMap;
    const dispatchers = new WeakMap;
    function GetDispatcher(ibehinst) {
        let dispatcher = dispatchers.get(ibehinst);
        if (dispatcher)
            return dispatcher;
        dispatcher = C3.New(C3.Event.Dispatcher);
        dispatchers.set(ibehinst, dispatcher);
        return dispatcher
    }
    let initBehInst = null;
    self.IBehaviorInstance = class IBehaviorInstance {
        constructor() {
            map.set(this, initBehInst);
            const descriptors = {
                runtime: {
                    value: initBehInst.GetRuntime().GetIRuntime(),
                    writable: false
                },
                behavior: {
                    value: initBehInst.GetBehavior().GetIBehavior(),
                    writable: false
                }
            };
            Object.defineProperties(this, descriptors)
        }
        static _Init(behInst) {
            initBehInst = behInst
        }
        static _GetInitInst() {
            return initBehInst
        }
        get instance() {
            return map.get(this).GetObjectInstance().GetInterfaceClass()
        }
        _Release() {
            const dispatcher = dispatchers.get(this);
            if (dispatcher) {
                dispatcher.Release();
                dispatchers.delete(this)
            }
            map.delete(this)
        }
        addEventListener(type, func, capture) {
            GetDispatcher(this).addEventListener(type, func, capture)
        }
        removeEventListener(type, func, capture) {
            GetDispatcher(this).removeEventListener(type, func, capture)
        }
        dispatchEvent(e) {
            GetDispatcher(this).dispatchEvent(e)
        }
    }
}
;'use strict';
{
    const map = new WeakMap;
    self.IBehavior = class IBehavior {
        constructor(behavior) {
            map.set(this, behavior);
            const descriptors = {
                runtime: {
                    value: behavior.GetRuntime().GetIRuntime(),
                    writable: false
                }
            };
            Object.defineProperties(this, descriptors)
        }
        getAllInstances() {
            return map.get(this).GetInstances().map(inst=>inst.GetInterfaceClass())
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const map = new WeakMap;
    self.IEffectInstance = class IEffectInstance {
        constructor(effectList, index) {
            map.set(this, effectList);
            const descriptors = {
                index: {
                    value: index,
                    writable: false
                }
            };
            Object.defineProperties(this, descriptors)
        }
        get name() {
            const effectTypes = map.get(this).GetAllEffectTypes();
            return effectTypes[this.index].GetName()
        }
        get isActive() {
            return map.get(this).IsEffectIndexActive(this.index)
        }
        set isActive(a) {
            a = !!a;
            const fxList = map.get(this);
            if (fxList.IsEffectIndexActive(this.index) === a)
                return;
            fxList.SetEffectIndexActive(this.index, a);
            fxList.UpdateActiveEffects();
            fxList.GetRuntime().UpdateRender()
        }
        setParameter(i, v) {
            i = Math.floor(+i);
            const fxList = map.get(this);
            const paramsArr = fxList.GetEffectParametersForIndex(this.index);
            if (i < 0 || i >= paramsArr.length)
                throw new RangeError("invalid effect parameter index");
            const oldValue = paramsArr[i];
            if (oldValue instanceof C3.Color) {
                if (!Array.isArray(v) || v.length < 3)
                    throw new TypeError("expected array with 3 elements");
                const r = v[0];
                const g = v[1];
                const b = v[2];
                if (oldValue.equalsRgb(r, g, b))
                    return;
                oldValue.setRgb(r, g, b)
            } else {
                if (typeof v !== "number")
                    throw new TypeError("expected number");
                if (oldValue === v)
                    return;
                paramsArr[i] = v
            }
            if (fxList.IsEffectIndexActive(this.index))
                fxList.GetRuntime().UpdateRender()
        }
        getParameter(i) {
            i = Math.floor(+i);
            const fxList = map.get(this);
            const paramsArr = fxList.GetEffectParametersForIndex(this.index);
            if (i < 0 || i >= paramsArr.length)
                throw new RangeError("invalid effect parameter index");
            const ret = paramsArr[i];
            if (ret instanceof C3.Color)
                return [ret.getR(), ret.getG(), ret.getB()];
            else
                return ret
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const VALID_LOAD_POLICIES = new Set(["local", "remote"]);
    const EXT_TO_TYPE = new Map([["mp4", "video/mp4"], ["webm", "video/webm"], ["m4a", "audio/mp4"], ["mp3", "audio/mpeg"], ["js", "application/javascript"], ["wasm", "application/wasm"], ["svg", "image/svg+xml"], ["html", "text/html"]]);
    function GetTypeFromFileExtension(filename) {
        if (!filename)
            return "";
        const parts = filename.split(".");
        if (parts.length < 2)
            return "";
        const ext = parts[parts.length - 1].toLowerCase();
        return EXT_TO_TYPE.get(ext) || ""
    }
    function AddScript(url) {
        return new Promise((resolve,reject)=>{
            const elem = document.createElement("script");
            elem.onload = resolve;
            elem.onerror = reject;
            elem.async = false;
            elem.src = url;
            document.head.appendChild(elem)
        }
        )
    }
    C3.AssetManager = class AssetManager extends C3.DefendedBase {
        constructor(runtime, opts) {
            super();
            if (!VALID_LOAD_POLICIES.has(opts.defaultLoadPolicy))
                throw new Error("invalid load policy");
            this._runtime = runtime;
            this._localUrlBlobs = new Map;
            this._localBlobUrlCache = new Map;
            this._isCordova = !!opts.isCordova;
            this._isiOSCordova = !!opts.isiOSCordova;
            this._isFileProtocol = location.protocol === "file:";
            this._supportedAudioFormats = opts.supportedAudioFormats || {};
            this._audioFiles = new Map;
            this._preloadSounds = false;
            this._mediaSubfolder = "";
            this._fontsSubfolder = "";
            this._iconsSubfolder = "";
            this._defaultLoadPolicy = opts.defaultLoadPolicy;
            this._allAssets = [];
            this._assetsByUrl = new Map;
            this._webFonts = [];
            this._loadPromises = [];
            this._hasFinishedInitialLoad = false;
            this._totalAssetSizeToLoad = 0;
            this._assetSizeLoaded = 0;
            this._lastLoadProgress = 0;
            this._hasHadErrorLoading = false;
            this._loadingRateLimiter = C3.New(C3.RateLimiter, ()=>this._FireLoadingProgressEvent(), 50);
            this._promiseThrottle = new C3.PromiseThrottle(Math.max(C3.hardwareConcurrency, 8));
            if (opts.localUrlBlobs)
                for (const [url,blob] of Object.entries(opts.localUrlBlobs))
                    this._localUrlBlobs.set(url.toLowerCase(), blob);
            this._iAssetManager = new self.IAssetManager(this)
        }
        Release() {
            this._localUrlBlobs.clear();
            for (const url of this._localBlobUrlCache.values())
                URL.revokeObjectURL(url);
            this._localBlobUrlCache.clear();
            for (const asset of this._allAssets)
                asset.Release();
            C3.clearArray(this._allAssets);
            this._assetsByUrl.clear();
            C3.clearArray(this._loadPromises);
            this._runtime = null
        }
        GetRuntime() {
            return this._runtime
        }
        _SetMediaSubfolder(folder) {
            this._mediaSubfolder = folder
        }
        GetMediaSubfolder() {
            return this._mediaSubfolder
        }
        _SetFontsSubfolder(folder) {
            this._fontsSubfolder = folder
        }
        GetFontsSubfolder() {
            return this._fontsSubfolder
        }
        _SetIconsSubfolder(folder) {
            this._iconsSubfolder = folder
        }
        GetIconsSubfolder() {
            return this._iconsSubfolder
        }
        _HasLocalUrlBlob(url) {
            return this._localUrlBlobs.has(url.toLowerCase())
        }
        _GetLocalUrlBlob(url) {
            return this._localUrlBlobs.get(url.toLowerCase()) || null
        }
        GetLocalUrlAsBlobUrl(url) {
            const blob = this._GetLocalUrlBlob(url);
            if (!blob)
                return url;
            let ret = this._localBlobUrlCache.get(blob);
            if (!ret) {
                ret = URL.createObjectURL(blob);
                this._localBlobUrlCache.set(blob, ret)
            }
            return ret
        }
        FetchBlob(url, loadPolicy) {
            loadPolicy = loadPolicy || this._defaultLoadPolicy;
            const localBlob = this._GetLocalUrlBlob(url);
            if (localBlob)
                return Promise.resolve(localBlob);
            else if (C3.IsRelativeURL(url)) {
                const lowerUrl = url.toLowerCase();
                if (this._isCordova && this._isFileProtocol)
                    return this.CordovaFetchLocalFileAsBlob(lowerUrl);
                else if (loadPolicy === "local")
                    return this._promiseThrottle.Add(()=>C3.FetchBlob(lowerUrl));
                else
                    return C3.FetchBlob(lowerUrl)
            } else
                return C3.FetchBlob(url)
        }
        FetchArrayBuffer(url) {
            const localBlob = this._GetLocalUrlBlob(url);
            if (localBlob)
                return C3.BlobToArrayBuffer(localBlob);
            else if (C3.IsRelativeURL(url)) {
                const lowerUrl = url.toLowerCase();
                if (this._isCordova && this._isFileProtocol)
                    return this.CordovaFetchLocalFileAsArrayBuffer(lowerUrl);
                else if (this._defaultLoadPolicy === "local")
                    return this._promiseThrottle.Add(()=>C3.FetchArrayBuffer(lowerUrl));
                else
                    return C3.FetchArrayBuffer(lowerUrl)
            } else
                return C3.FetchArrayBuffer(url)
        }
        FetchText(url) {
            const localBlob = this._GetLocalUrlBlob(url);
            if (localBlob)
                return C3.BlobToString(localBlob);
            else if (C3.IsRelativeURL(url)) {
                const lowerUrl = url.toLowerCase();
                if (this._isCordova && this._isFileProtocol)
                    return this.CordovaFetchLocalFileAsText(lowerUrl);
                else if (this._defaultLoadPolicy === "local")
                    return this._promiseThrottle.Add(()=>C3.FetchText(lowerUrl));
                else
                    return C3.FetchText(lowerUrl)
            } else
                return C3.FetchText(url)
        }
        async FetchJson(url) {
            const text = await this.FetchText(url);
            return JSON.parse(text)
        }
        _CordovaFetchLocalFileAs(filename, as_) {
            return this._runtime.PostComponentMessageToDOMAsync("runtime", "cordova-fetch-local-file", {
                "filename": filename,
                "as": as_
            })
        }
        CordovaFetchLocalFileAsText(filename) {
            return this._CordovaFetchLocalFileAs(filename, "text")
        }
        async CordovaFetchLocalFileAsBlob(filename) {
            const buffer = await this._CordovaFetchLocalFileAs(filename, "buffer");
            const type = GetTypeFromFileExtension(filename);
            return new Blob([buffer],{
                "type": type
            })
        }
        async CordovaFetchLocalFileAsBlobURL(filename) {
            filename = filename.toLowerCase();
            let blobUrl = this._localBlobUrlCache.get(filename);
            if (blobUrl)
                return blobUrl;
            const blob = await this.CordovaFetchLocalFileAsBlob(filename);
            blobUrl = URL.createObjectURL(blob);
            this._localBlobUrlCache.set(filename, blobUrl);
            return blobUrl
        }
        CordovaFetchLocalFileAsArrayBuffer(filename) {
            return this._CordovaFetchLocalFileAs(filename, "buffer")
        }
        GetMediaFileUrl(filename) {
            if (this._HasLocalUrlBlob(filename))
                return this.GetLocalUrlAsBlobUrl(filename);
            else
                return this._mediaSubfolder + filename.toLowerCase()
        }
        GetProjectFileUrl(url, subfolder="") {
            if (C3.IsAbsoluteURL(url)) {
                if (subfolder)
                    throw new Error("cannot specify subfolder with remote URL");
                return Promise.resolve(url)
            } else if (this._HasLocalUrlBlob(url))
                return Promise.resolve(this.GetLocalUrlAsBlobUrl(url));
            else if (this._isCordova && this._isFileProtocol)
                return this.CordovaFetchLocalFileAsBlobURL(subfolder + url);
            else
                return Promise.resolve(subfolder + url.toLowerCase())
        }
        LoadProjectFileUrl(url) {
            return this.GetProjectFileUrl(url)
        }
        LoadImage(opts) {
            if (opts.loadPolicy && !VALID_LOAD_POLICIES.has(opts.loadPolicy))
                throw new Error("invalid load policy");
            let asset = this._assetsByUrl.get(opts.url);
            if (asset)
                return asset;
            asset = C3.New(C3.ImageAsset, this, {
                url: opts.url,
                size: opts.size || 0,
                loadPolicy: opts.loadPolicy || this._defaultLoadPolicy
            });
            this._allAssets.push(asset);
            this._assetsByUrl.set(asset.GetURL(), asset);
            if (!this._hasFinishedInitialLoad) {
                this._totalAssetSizeToLoad += asset.GetSize();
                this._loadPromises.push(asset.Load().then(()=>this._AddLoadedSize(asset.GetSize())))
            }
            return asset
        }
        async WaitForAllToLoad() {
            try {
                await Promise.all(this._loadPromises);
                this._lastLoadProgress = 1
            } catch (err) {
                console.error("Error loading: ", err);
                this._hasHadErrorLoading = true;
                this._FireLoadingProgressEvent()
            }
        }
        SetInitialLoadFinished() {
            this._hasFinishedInitialLoad = true
        }
        HasHadErrorLoading() {
            return this._hasHadErrorLoading
        }
        _AddLoadedSize(s) {
            this._assetSizeLoaded += s;
            this._loadingRateLimiter.Call()
        }
        _FireLoadingProgressEvent() {
            const event = C3.New(C3.Event, "loadingprogress");
            this._lastLoadProgress = C3.clamp(this._assetSizeLoaded / this._totalAssetSizeToLoad, 0, 1);
            event.progress = this._lastLoadProgress;
            this._runtime.Dispatcher().dispatchEvent(event)
        }
        GetLoadProgress() {
            return this._lastLoadProgress
        }
        _SetWebFonts(arr) {
            C3.shallowAssignArray(this._webFonts, arr);
            if (this._webFonts.length)
                this._loadPromises.push(this._LoadWebFonts())
        }
        _LoadWebFonts() {
            if (typeof FontFace === "undefined")
                return Promise.resolve();
            const promises = [];
            for (const [name,filename,size] of this._webFonts) {
                this._totalAssetSizeToLoad += size;
                promises.push(this._LoadWebFont(name, filename).then(()=>this._AddLoadedSize(size)))
            }
            return Promise.all(promises)
        }
        async _LoadWebFont(name, filename) {
            try {
                const url = await this.GetProjectFileUrl(filename, this._fontsSubfolder);
                const fontFace = new FontFace(name,`url('${url}')`);
                if (this._runtime.IsInWorker())
                    self.fonts.add(fontFace);
                else
                    document.fonts.add(fontFace);
                await fontFace.load()
            } catch (err) {
                console.warn(`[C3 runtime] Failed to load web font '${name}': `, err)
            }
        }
        IsAudioFormatSupported(type) {
            return !!this._supportedAudioFormats[type]
        }
        _SetAudioFiles(arr, preloadSounds) {
            this._preloadSounds = !!preloadSounds;
            for (const [fileName,projectFilesInfo,isMusic] of arr)
                this._audioFiles.set(fileName, {
                    fileName,
                    formats: projectFilesInfo.map(si=>({
                        type: si[0],
                        fileExtension: si[1],
                        fullName: fileName + si[1],
                        fileSize: si[2]
                    })),
                    isMusic
                })
        }
        GetPreferredAudioFile(namePart) {
            const info = this._audioFiles.get(namePart.toLowerCase());
            if (!info)
                return null;
            let webMOpusFile = null;
            for (const formatInfo of info.formats) {
                if (!webMOpusFile && formatInfo.type === "audio/webm; codecs=opus")
                    webMOpusFile = formatInfo;
                if (this.IsAudioFormatSupported(formatInfo.type))
                    return formatInfo
            }
            return webMOpusFile
        }
        GetProjectAudioFileUrl(namePart) {
            const formatInfo = this.GetPreferredAudioFile(namePart);
            if (!formatInfo)
                return null;
            return {
                url: this.GetMediaFileUrl(formatInfo.fullName),
                type: formatInfo.type
            }
        }
        GetAudioToPreload() {
            if (this._preloadSounds) {
                const ret = [];
                for (const info of this._audioFiles.values()) {
                    if (info.isMusic)
                        continue;
                    const formatInfo = this.GetPreferredAudioFile(info.fileName);
                    if (!formatInfo)
                        continue;
                    ret.push({
                        originalUrl: info.fileName,
                        url: this.GetMediaFileUrl(formatInfo.fullName),
                        type: formatInfo.type,
                        fileSize: formatInfo.fileSize
                    })
                }
                return ret
            } else
                return []
        }
        GetIAssetManager() {
            return this._iAssetManager
        }
        async LoadScripts(...urls) {
            const scriptUrls = await Promise.all(urls.map(url=>this.GetProjectFileUrl(url)));
            if (this._runtime.IsInWorker())
                importScripts(...scriptUrls);
            else
                await Promise.all(scriptUrls.map(url=>AddScript(url)))
        }
        async CompileWebAssembly(url) {
            if (WebAssembly.compileStreaming) {
                const fetchUrl = await this.GetProjectFileUrl(url);
                return await WebAssembly.compileStreaming(fetch(fetchUrl))
            } else {
                const arrayBuffer = await C3.FetchArrayBuffer(url);
                return await WebAssembly.compile(arrayBuffer)
            }
        }
        async LoadStyleSheet(url) {
            const fetchUrl = await this.GetProjectFileUrl(url);
            return await this._runtime.PostComponentMessageToDOMAsync("runtime", "add-stylesheet", {
                "url": fetchUrl
            })
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Asset = class Asset extends C3.DefendedBase {
        constructor(assetManager, opts) {
            super();
            this._assetManager = assetManager;
            this._runtime = assetManager.GetRuntime();
            this._url = opts.url;
            this._size = opts.size;
            this._loadPolicy = opts.loadPolicy;
            this._blob = null;
            this._isLoaded = false;
            this._loadPromise = null
        }
        Release() {
            this._loadPromise = null;
            this._assetManager = null;
            this._runtime = null;
            this._blob = null
        }
        GetURL() {
            return this._url
        }
        GetSize() {
            return this._size
        }
        Load() {
            if (this._loadPolicy === "local" || this._blob) {
                this._isLoaded = true;
                return Promise.resolve()
            }
            if (this._loadPromise)
                return this._loadPromise;
            this._loadPromise = this._assetManager.FetchBlob(this._url, this._loadPolicy).then(blob=>{
                this._isLoaded = true;
                this._loadPromise = null;
                this._blob = blob
            }
            ).catch(err=>console.error("Error loading resource: ", err));
            return this._loadPromise
        }
        IsLoaded() {
            return this._isLoaded
        }
        GetBlob() {
            if (this._blob)
                return Promise.resolve(this._blob);
            return this._assetManager.FetchBlob(this._url, this._loadPolicy)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const promiseThrottle = new C3.PromiseThrottle;
    const allImageAssets = new Set;
    C3.ImageAsset = class ImageAsset extends C3.Asset {
        constructor(assetManager, opts) {
            super(assetManager, opts);
            this._texturePromise = null;
            this._webglTexture = null;
            this._refCount = 0;
            this._imageWidth = -1;
            this._imageHeight = -1;
            allImageAssets.add(this)
        }
        Release() {
            this.ReleaseTexture();
            if (this._refCount !== 0)
                throw new Error("released image asset which still has texture references");
            this._texturePromise = null;
            allImageAssets.delete(this);
            super.Release()
        }
        static OnWebGLContextLost() {
            for (const imageAsset of allImageAssets) {
                imageAsset._texturePromise = null;
                imageAsset._webglTexture = null;
                imageAsset._refCount = 0
            }
        }
        LoadStaticTexture(renderer, opts) {
            this._refCount++;
            if (this._webglTexture)
                return Promise.resolve(this._webglTexture);
            if (this._texturePromise)
                return this._texturePromise;
            this._texturePromise = this.GetBlob().then(blob=>promiseThrottle.Add(()=>renderer.CreateStaticTextureAsync(blob, opts).then(texture=>{
                this._texturePromise = null;
                if (this._refCount === 0) {
                    renderer.DeleteTexture(texture);
                    return null
                }
                this._webglTexture = texture;
                this._imageWidth = texture.GetWidth();
                this._imageHeight = texture.GetHeight();
                return this._webglTexture
            }
            ))).catch(err=>{
                console.error("Failed to load texture: ", err);
                throw err;
            }
            );
            return this._texturePromise
        }
        ReleaseTexture() {
            if (this._refCount <= 0)
                throw new Error("texture released too many times");
            this._refCount--;
            if (this._refCount === 0 && this._webglTexture) {
                const renderer = this._webglTexture.GetRenderer();
                renderer.DeleteTexture(this._webglTexture);
                this._webglTexture = null
            }
        }
        GetTexture() {
            return this._webglTexture
        }
        GetWidth() {
            return this._imageWidth
        }
        GetHeight() {
            return this._imageHeight
        }
        async LoadToDrawable() {
            const blob = await this.GetBlob();
            if (C3.Supports.ImageBitmapOptions)
                return await createImageBitmap(blob, {
                    "premultiplyAlpha": "none"
                });
            else if (C3.Supports.ImageBitmap)
                return await createImageBitmap(blob);
            else
                return await C3.BlobToImage(blob)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    function SortByInstLastCachedZIndex(a, b) {
        return a.GetWorldInfo()._GetLastCachedZIndex() - b.GetWorldInfo()._GetLastCachedZIndex()
    }
    C3.RenderCell = class RenderCell extends C3.DefendedBase {
        constructor(grid, x, y) {
            super();
            this._grid = grid;
            this._x = x;
            this._y = y;
            this._instances = [];
            this._isSorted = true;
            this._pendingRemoval = new Set;
            this._isAnyPendingRemoval = false
        }
        Release() {
            C3.clearArray(this._instances);
            this._pendingRemoval.clear();
            this._grid = null
        }
        Reset() {
            C3.clearArray(this._instances);
            this._isSorted = true;
            this._pendingRemoval.clear();
            this._isAnyPendingRemoval = false
        }
        SetChanged() {
            this._isSorted = false
        }
        IsEmpty() {
            if (!this._instances.length)
                return true;
            if (this._instances.length > this._pendingRemoval.size)
                return false;
            this._FlushPending();
            return true
        }
        Insert(inst) {
            if (this._pendingRemoval.has(inst)) {
                this._pendingRemoval.delete(inst);
                if (this._pendingRemoval.size === 0)
                    this._isAnyPendingRemoval = false;
                return
            }
            this._instances.push(inst);
            this._isSorted = this._instances.length === 1
        }
        Remove(inst) {
            this._pendingRemoval.add(inst);
            this._isAnyPendingRemoval = true;
            if (this._pendingRemoval.size >= 50)
                this._FlushPending()
        }
        _FlushPending() {
            if (!this._isAnyPendingRemoval)
                return;
            if (this._instances.length === this._pendingRemoval.size) {
                this.Reset();
                return
            }
            C3.arrayRemoveAllInSet(this._instances, this._pendingRemoval);
            this._pendingRemoval.clear();
            this._isAnyPendingRemoval = false
        }
        _EnsureSorted() {
            if (this._isSorted)
                return;
            this._instances.sort(SortByInstLastCachedZIndex);
            this._isSorted = true
        }
        Dump(result) {
            this._FlushPending();
            this._EnsureSorted();
            if (this._instances.length)
                result.push(this._instances)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.RenderGrid = class RenderGrid extends C3.DefendedBase {
        constructor(cellWidth, cellHeight) {
            super();
            this._cellWidth = cellWidth;
            this._cellHeight = cellHeight;
            this._cells = C3.New(C3.PairMap)
        }
        Release() {
            this._cells.Release();
            this._cells = null
        }
        GetCell(x, y, createIfMissing) {
            let ret = this._cells.Get(x, y);
            if (ret)
                return ret;
            else if (createIfMissing) {
                ret = C3.New(C3.RenderCell, this, x, y);
                this._cells.Set(x, y, ret);
                return ret
            } else
                return null
        }
        XToCell(x) {
            return Math.floor(x / this._cellWidth)
        }
        YToCell(y) {
            return Math.floor(y / this._cellHeight)
        }
        Update(inst, oldRange, newRange) {
            if (oldRange)
                for (let x = oldRange.getLeft(), lenx = oldRange.getRight(); x <= lenx; ++x)
                    for (let y = oldRange.getTop(), leny = oldRange.getBottom(); y <= leny; ++y) {
                        if (newRange && newRange.containsPoint(x, y))
                            continue;
                        const cell = this.GetCell(x, y, false);
                        if (!cell)
                            continue;
                        cell.Remove(inst);
                        if (cell.IsEmpty())
                            this._cells.Delete(x, y)
                    }
            if (newRange)
                for (let x = newRange.getLeft(), lenx = newRange.getRight(); x <= lenx; ++x)
                    for (let y = newRange.getTop(), leny = newRange.getBottom(); y <= leny; ++y) {
                        if (oldRange && oldRange.containsPoint(x, y))
                            continue;
                        this.GetCell(x, y, true).Insert(inst)
                    }
        }
        QueryRange(rc, result) {
            let x = this.XToCell(rc.getLeft());
            const ystart = this.YToCell(rc.getTop());
            const lenx = this.XToCell(rc.getRight());
            const leny = this.YToCell(rc.getBottom());
            for (; x <= lenx; ++x)
                for (let y = ystart; y <= leny; ++y) {
                    const cell = this.GetCell(x, y, false);
                    if (!cell)
                        continue;
                    cell.Dump(result)
                }
        }
        MarkRangeChanged(rc) {
            let x = rc.getLeft();
            const ystart = rc.getTop();
            const lenx = rc.getRight();
            const leny = rc.getBottom();
            for (; x <= lenx; ++x)
                for (let y = ystart; y <= leny; ++y) {
                    const cell = this.GetCell(x, y, false);
                    if (!cell)
                        continue;
                    cell.SetChanged()
                }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tmpRect = new C3.Rect;
    const tmpQuad = new C3.Quad;
    const renderCellArr = [];
    const tmpDestRect = new C3.Rect;
    const tmpSrcRect = new C3.Rect;
    const glMatrix = self.glMatrix;
    const vec3 = glMatrix.vec3;
    const tempVec3 = vec3.fromValues(0, 1, 0);
    function SortByInstLastCachedZIndex(a, b) {
        return a.GetWorldInfo()._GetLastCachedZIndex() - b.GetWorldInfo()._GetLastCachedZIndex()
    }
    function SortByInstZElevation(a, b) {
        return a.GetWorldInfo().GetZElevation() - b.GetWorldInfo().GetZElevation()
    }
    C3.Layer = class Layer extends C3.DefendedBase {
        constructor(layout, index, data) {
            super();
            this._layout = layout;
            this._runtime = layout.GetRuntime();
            this._name = data[0];
            this._index = index;
            this._sid = data[2];
            this._isVisible = !!data[3];
            this._backgroundColor = C3.New(C3.Color);
            this._backgroundColor.setFromJSON(data[4].map(x=>x / 255));
            this._isTransparent = !!data[5];
            this._parallaxX = data[6];
            this._parallaxY = data[7];
            this._color = C3.New(C3.Color, 1, 1, 1, data[8]);
            this._premultipliedColor = C3.New(C3.Color);
            this._isForceOwnTexture = data[9];
            this._useRenderCells = data[10];
            this._scaleRate = data[11];
            this._blendMode = data[12];
            this._curRenderTarget = null;
            this._scale = 1;
            this._zElevation = data[16];
            this._angle = 0;
            this._isAngleEnabled = true;
            this._viewport = C3.New(C3.Rect);
            this._viewportZ0 = C3.New(C3.Rect);
            this._startupInitialInstances = [];
            this._initialInstances = [];
            this._createdGlobalUids = [];
            this._instances = [];
            this._zIndicesUpToDate = false;
            this._anyInstanceZElevated = false;
            this._effectList = C3.New(C3.EffectList, this, data[15]);
            this._renderGrid = null;
            this._lastRenderList = [];
            this._isRenderListUpToDate = false;
            this._lastRenderCells = C3.New(C3.Rect, 0, 0, -1, -1);
            this._curRenderCells = C3.New(C3.Rect, 0, 0, -1, -1);
            this._iLayer = new self.ILayer(this);
            this._UpdatePremultipliedColor();
            if (this._useRenderCells)
                this._renderGrid = C3.New(C3.RenderGrid, this._runtime.GetOriginalViewportWidth(), this._runtime.GetOriginalViewportHeight());
            for (const instData of data[14]) {
                const objectClass = this._runtime.GetObjectClassByIndex(instData[1]);
                this._layout._AddInitialObjectClass(objectClass);
                if (!objectClass.GetDefaultInstanceData()) {
                    objectClass.SetDefaultInstanceData(instData);
                    objectClass._SetDefaultLayerIndex(this._index)
                }
                this._initialInstances.push(instData)
            }
            C3.shallowAssignArray(this._startupInitialInstances, this._initialInstances)
        }
        static Create(layout, index, data) {
            return C3.New(C3.Layer, layout, index, data)
        }
        Release() {
            this._layout = null;
            this._runtime = null
        }
        CreateInitialInstances(createdInstances) {
            const isFirstVisit = this._layout.IsFirstVisit();
            let k = 0;
            const initialInstances = this._initialInstances;
            for (let i = 0, len = initialInstances.length; i < len; ++i) {
                const instData = initialInstances[i];
                const objectClass = this._runtime.GetObjectClassByIndex(instData[1]);
                let keep = true;
                if (!objectClass.HasPersistBehavior() || isFirstVisit) {
                    const inst = this._runtime.CreateInstanceFromData(instData, this, true);
                    createdInstances.push(inst);
                    if (objectClass.IsGlobal()) {
                        keep = false;
                        this._createdGlobalUids.push(inst.GetUID())
                    }
                }
                if (keep) {
                    initialInstances[k] = initialInstances[i];
                    ++k
                }
            }
            C3.truncateArray(initialInstances, k);
            this._runtime.FlushPendingInstances();
            this.SetZIndicesChanged()
        }
        _AddInstance(inst, addToGrid) {
            const wi = inst.GetWorldInfo();
            if (wi.GetLayer() !== this)
                throw new Error("instance added to wrong layer");
            this._instances.push(inst);
            if (wi.GetZElevation() !== 0)
                this._anyInstanceZElevated = true;
            if (addToGrid && this._useRenderCells)
                inst.GetWorldInfo().SetBboxChanged();
            this.SetZIndicesChanged()
        }
        _MaybeAddInstance(inst) {
            if (this._instances.includes(inst))
                return;
            this._instances.push(inst);
            if (inst.GetWorldInfo().GetZElevation() !== 0)
                this._anyInstanceZElevated = true;
            this.SetZIndicesChanged()
        }
        _PrependInstance(inst, addToGrid) {
            const wi = inst.GetWorldInfo();
            if (wi.GetLayer() !== this)
                throw new Error("instance added to wrong layer");
            this._instances.unshift(inst);
            if (wi.GetZElevation() !== 0)
                this._anyInstanceZElevated = true;
            this.SetZIndicesChanged();
            if (addToGrid && this._useRenderCells)
                inst.GetWorldInfo().SetBboxChanged()
        }
        _RemoveInstance(inst, removeFromGrid) {
            const index = this._instances.indexOf(inst);
            if (index < 0)
                return;
            if (removeFromGrid && this._useRenderCells)
                inst.GetWorldInfo()._RemoveFromRenderCells();
            this._instances.splice(index, 1);
            this.SetZIndicesChanged();
            this._MaybeResetAnyInstanceZElevatedFlag()
        }
        _SetAnyInstanceZElevated() {
            this._anyInstanceZElevated = true
        }
        _MaybeResetAnyInstanceZElevatedFlag() {
            if (this._instances.length === 0)
                this._anyInstanceZElevated = false
        }
        _SortInstancesByLastCachedZIndex(isPersistMode) {
            if (isPersistMode) {
                const assignedZIndices = new Set;
                for (const inst of this._instances) {
                    const cachedZIndex = inst.GetWorldInfo()._GetLastCachedZIndex();
                    if (cachedZIndex >= 0)
                        assignedZIndices.add(cachedZIndex)
                }
                let index = -1;
                for (const inst of this._instances) {
                    const wi = inst.GetWorldInfo();
                    if (wi._GetLastCachedZIndex() >= 0)
                        continue;
                    ++index;
                    while (assignedZIndices.has(index))
                        ++index;
                    wi._SetZIndex(index)
                }
            }
            this._instances.sort(SortByInstLastCachedZIndex)
        }
        _Start() {}
        _End() {
            for (const inst of this._instances)
                if (!inst.GetObjectClass().IsGlobal())
                    this._runtime.DestroyInstance(inst);
            this._runtime.FlushPendingInstances();
            C3.clearArray(this._instances);
            this._anyInstanceZElevated = false;
            this.SetZIndicesChanged()
        }
        RecreateInitialObjects(objectClass, rc, offsetX, offsetY) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const allObjectClasses = this._runtime.GetAllObjectClasses();
            const isFamily = objectClass.IsFamily();
            const ret = [];
            for (const instData of this._initialInstances) {
                const worldData = instData[0];
                const x = worldData[0];
                const y = worldData[1];
                if (!rc.containsPoint(x, y))
                    continue;
                const objectType = allObjectClasses[instData[1]];
                if (objectType !== objectClass)
                    if (isFamily) {
                        if (!objectClass.FamilyHasMember(objectType))
                            continue
                    } else
                        continue;
                let createOnLayer = this;
                const runningLayout = this._runtime.GetCurrentLayout();
                if (this.GetLayout() !== runningLayout) {
                    createOnLayer = runningLayout.GetLayerByName(this.GetName());
                    if (!createOnLayer)
                        createOnLayer = runningLayout.GetLayerByIndex(this.GetIndex())
                }
                const inst = this._runtime.CreateInstanceFromData(instData, createOnLayer, false);
                const wi = inst.GetWorldInfo();
                wi.OffsetXY(offsetX, offsetY);
                wi.SetBboxChanged();
                eventSheetManager.BlockFlushingInstances(true);
                inst._TriggerOnCreated();
                if (inst.IsInContainer())
                    for (const s of inst.siblings())
                        s._TriggerOnCreated();
                eventSheetManager.BlockFlushingInstances(false);
                ret.push(inst)
            }
            return ret
        }
        GetInstanceCount() {
            return this._instances.length
        }
        GetLayout() {
            return this._layout
        }
        GetName() {
            return this._name
        }
        GetIndex() {
            return this._index
        }
        GetSID() {
            return this._sid
        }
        GetRuntime() {
            return this._runtime
        }
        GetDevicePixelRatio() {
            return this._runtime.GetDevicePixelRatio()
        }
        GetEffectList() {
            return this._effectList
        }
        UsesRenderCells() {
            return this._useRenderCells
        }
        GetRenderGrid() {
            return this._renderGrid
        }
        SetRenderListStale() {
            this._isRenderListUpToDate = false
        }
        IsVisible() {
            return this._isVisible
        }
        SetVisible(v) {
            v = !!v;
            if (this._isVisible === v)
                return;
            this._isVisible = v;
            this._runtime.UpdateRender()
        }
        GetViewport() {
            return this._viewport
        }
        GetViewportForZ(z, outRect) {
            const viewportZ0 = this._viewportZ0;
            if (z === 0)
                outRect.copy(viewportZ0);
            else {
                const scaleFactor = this.Get2DScaleFactorToZ(z);
                const midX = viewportZ0.midX();
                const midY = viewportZ0.midY();
                const halfW = .5 * viewportZ0.width() / scaleFactor;
                const halfH = .5 * viewportZ0.height() / scaleFactor;
                outRect.set(midX - halfW, midY - halfH, midX + halfW, midY + halfH)
            }
        }
        GetOpacity() {
            return this._color.getA()
        }
        SetOpacity(o) {
            o = C3.clamp(o, 0, 1);
            if (this._color.getA() === o)
                return;
            this._color.setA(o);
            this._UpdatePremultipliedColor();
            this._runtime.UpdateRender()
        }
        _UpdatePremultipliedColor() {
            this._premultipliedColor.copy(this._color);
            this._premultipliedColor.premultiply()
        }
        GetPremultipliedColor() {
            return this._premultipliedColor
        }
        HasDefaultColor() {
            return this._color.equalsRgba(1, 1, 1, 1)
        }
        GetScaleRate() {
            return this._scaleRate
        }
        SetScaleRate(r) {
            if (this._scaleRate === r)
                return;
            this._scaleRate = r;
            this._runtime.UpdateRender()
        }
        GetParallaxX() {
            return this._parallaxX
        }
        GetParallaxY() {
            return this._parallaxY
        }
        SetParallax(px, py) {
            if (this._parallaxX === px && this._parallaxY === py)
                return;
            this._parallaxX = px;
            this._parallaxY = py;
            this._runtime.UpdateRender();
            if (this._parallaxX !== 1 || this._parallaxY !== 1)
                for (const inst of this._instances)
                    inst.GetObjectClass()._SetAnyInstanceParallaxed(true)
        }
        SetParallaxX(px) {
            this.SetParallax(px, this.GetParallaxY())
        }
        SetParallaxY(py) {
            this.SetParallax(this.GetParallaxX(), py)
        }
        SetZElevation(z) {
            z = +z;
            if (this._zElevation === z)
                return;
            this._zElevation = z;
            this._runtime.UpdateRender()
        }
        GetZElevation() {
            return this._zElevation
        }
        SetAngle(a) {
            this._angle = C3.clampAngle(a)
        }
        GetAngle() {
            if (this._isAngleEnabled)
                return C3.clampAngle(this._layout.GetAngle() + this._angle);
            else
                return 0
        }
        GetOwnAngle() {
            return this._angle
        }
        HasInstances() {
            return this._instances.length > 0
        }
        _GetInstances() {
            return this._instances
        }
        GetBackgroundColor() {
            return this._backgroundColor
        }
        IsTransparent() {
            return this._isTransparent
        }
        SetTransparent(t) {
            this._isTransparent = !!t
        }
        IsForceOwnTexture() {
            return this._isForceOwnTexture
        }
        SetForceOwnTexture(f) {
            this._isForceOwnTexture = !!f
        }
        SetBlendMode(bm) {
            if (this._blendMode === bm)
                return;
            this._blendMode = bm;
            this._runtime.UpdateRender()
        }
        GetBlendMode() {
            return this._blendMode
        }
        IsTransformCompatibleWith(otherLayer) {
            return this === otherLayer || this._parallaxX === otherLayer._parallaxX && this._parallaxY === otherLayer._parallaxY && this._scale === otherLayer._scale && this._scaleRate === otherLayer._scaleRate && this._angle === otherLayer._angle
        }
        _RemoveAllInstancesInSet(s) {
            if (s.size === 0)
                return;
            const numRemoved = C3.arrayRemoveAllInSet(this._instances, s);
            if (numRemoved > 0) {
                this._MaybeResetAnyInstanceZElevatedFlag();
                this.SetZIndicesChanged()
            }
        }
        SetZIndicesChanged() {
            this._zIndicesUpToDate = false;
            this._isRenderListUpToDate = false
        }
        _UpdateZIndices() {
            if (this._zIndicesUpToDate)
                return;
            this._instances.sort(SortByInstZElevation);
            if (this._useRenderCells)
                for (let i = 0, len = this._instances.length; i < len; ++i) {
                    const wi = this._instances[i].GetWorldInfo();
                    wi._SetZIndex(i);
                    this._renderGrid.MarkRangeChanged(wi.GetRenderCellRange())
                }
            else
                for (let i = 0, len = this._instances.length; i < len; ++i)
                    this._instances[i].GetWorldInfo()._SetZIndex(i);
            this._zIndicesUpToDate = true
        }
        MoveInstanceAdjacent(inst, other, isAfter) {
            const instWi = inst.GetWorldInfo();
            const otherWi = other.GetWorldInfo();
            if (instWi.GetLayer() !== this || otherWi.GetLayer() !== this)
                throw new Error("can't arrange Z order unless both objects on this layer");
            const myZ = instWi.GetZIndex();
            let insertZ = otherWi.GetZIndex();
            if (myZ === insertZ + (isAfter ? 1 : -1))
                return false;
            C3.arrayRemove(this._instances, myZ);
            if (myZ < insertZ)
                insertZ--;
            if (isAfter)
                insertZ++;
            if (insertZ === this._instances.length)
                this._instances.push(inst);
            else
                this._instances.splice(insertZ, 0, inst);
            this.SetZIndicesChanged();
            return true
        }
        _MergeSortedZArrays(a, b) {
            const ret = [];
            let i = 0
              , j = 0
              , lena = a.length
              , lenb = b.length;
            while (i < lena && j < lenb) {
                const ai = a[i];
                const bj = b[j];
                if (ai.GetWorldInfo()._GetLastCachedZIndex() < bj.GetWorldInfo()._GetLastCachedZIndex()) {
                    ret.push(ai);
                    ++i
                } else {
                    ret.push(bj);
                    ++j
                }
            }
            for (; i < lena; ++i)
                ret.push(a[i]);
            for (; j < lenb; ++j)
                ret.push(b[j]);
            return ret
        }
        _MergeAllSortedZArrays_pass(arr) {
            const ret = [];
            const len = arr.length;
            for (let i = 0; i < len - 1; i += 2) {
                const arr1 = arr[i];
                const arr2 = arr[i + 1];
                ret.push(this._MergeSortedZArrays(arr1, arr2))
            }
            if (len % 2 === 1)
                ret.push(arr[len - 1]);
            return ret
        }
        _MergeAllSortedZArrays(arr) {
            while (arr.length > 1)
                arr = this._MergeAllSortedZArrays_pass(arr);
            return arr[0]
        }
        _GetRenderCellInstancesToDraw() {
            this._UpdateZIndices();
            C3.clearArray(renderCellArr);
            this._renderGrid.QueryRange(this._viewport, renderCellArr);
            if (!renderCellArr.length)
                return [];
            if (renderCellArr.length === 1)
                return renderCellArr[0];
            return this._MergeAllSortedZArrays(renderCellArr)
        }
        _IsOpaque() {
            return !this.UsesOwnTexture() && !this.IsTransparent()
        }
        ShouldDraw() {
            return this.IsVisible() && this.GetOpacity() > 0 && (this.HasInstances() || !this.IsTransparent())
        }
        UsesOwnTexture() {
            return this.IsForceOwnTexture() || !this.HasDefaultColor() || this.GetBlendMode() !== 0 || this._effectList.HasAnyActiveEffect()
        }
        GetRenderTarget() {
            return this._curRenderTarget
        }
        _CanFastPathDrawLayer(activeEffectTypes) {
            if (activeEffectTypes.length === 0)
                return true;
            if (activeEffectTypes.length >= 2)
                return false;
            const effectType = activeEffectTypes[0];
            const shaderProgram = effectType.GetShaderProgram();
            return !shaderProgram.MustPreDraw() && !shaderProgram.UsesDest() && !shaderProgram.UsesCrossSampling() && this.HasDefaultColor()
        }
        Get2DScaleFactorToZ(z) {
            const camZ = this.GetCameraZ();
            return camZ / (camZ - z)
        }
        GetCameraZ() {
            return 100 / this.GetNormalScale()
        }
        _SetTransform(renderer, offX=0, offY=0) {
            const renderScale = this._runtime.GetRenderScale();
            const camX = (this._viewport.midX() + offX) * renderScale;
            const camY = (this._viewport.midY() + offY) * renderScale;
            const camZ = this.GetCameraZ();
            renderer.SetCameraXYZ(camX, camY, camZ);
            renderer.SetLookXYZ(camX, camY, camZ - 100);
            const a = this.GetAngle();
            const upVector = tempVec3;
            if (a === 0)
                vec3.set(upVector, 0, 1, 0);
            else
                vec3.set(upVector, Math.sin(a), Math.cos(a), 0);
            renderer.ResetModelView(upVector);
            renderer.Scale(renderScale, renderScale);
            renderer.UpdateModelView()
        }
        Draw(renderer, destinationRenderTarget, isFirstDrawnLayer) {
            const canvasManager = this._runtime.GetCanvasManager();
            const useOwnTexture = this.UsesOwnTexture();
            let ownRenderTarget = null;
            let layerQuery = null;
            if (this._runtime.IsGPUProfiling() && renderer.SupportsGPUProfiling()) {
                const timingsBuffer = canvasManager.GetLayerTimingsBuffer(this);
                if (timingsBuffer) {
                    layerQuery = timingsBuffer.AddTimeElapsedQuery();
                    renderer.StartQuery(layerQuery)
                }
            }
            if (useOwnTexture) {
                const rtOpts = {
                    sampling: this._runtime.GetSampling()
                };
                if (canvasManager.GetCurrentFullscreenScalingQuality() === "low") {
                    rtOpts.width = canvasManager.GetDrawWidth();
                    rtOpts.height = canvasManager.GetDrawHeight()
                }
                ownRenderTarget = this._runtime.GetAdditionalRenderTarget(rtOpts);
                renderer.SetRenderTarget(ownRenderTarget);
                if (this.IsTransparent())
                    renderer.ClearRgba(0, 0, 0, 0)
            } else
                renderer.SetRenderTarget(destinationRenderTarget);
            if (!this.IsTransparent())
                renderer.Clear(this._backgroundColor);
            this._curRenderTarget = ownRenderTarget || destinationRenderTarget;
            this._SetTransform(renderer);
            renderer.SetBaseZ(this.GetZElevation());
            if (this.GetNormalScale() > Number.EPSILON) {
                this._UpdateZIndices();
                const useRenderCells = this._useRenderCells && this.GetZElevation() === 0 && !this._anyInstanceZElevated;
                if (useRenderCells)
                    this._DrawInstances_RenderCells(renderer);
                else
                    this._DrawInstances(renderer, this._instances)
            }
            renderer.SetBaseZ(0);
            renderer.SetCurrentZ(0);
            renderer.SetCameraXYZ(0, 0, 100);
            renderer.SetLookXYZ(0, 0, 0);
            if (useOwnTexture)
                this._DrawLayerOwnTextureToRenderTarget(renderer, ownRenderTarget, destinationRenderTarget, isFirstDrawnLayer);
            if (layerQuery)
                renderer.EndQuery(layerQuery);
            this._curRenderTarget = null
        }
        _DrawInstances(renderer, instances) {
            const viewport = this._viewport;
            const renderTarget = this._curRenderTarget;
            let lastInst = null;
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                if (inst === lastInst)
                    continue;
                lastInst = inst;
                const wi = inst.GetWorldInfo();
                if (wi.IsVisible() && wi.IsInViewport(viewport))
                    if (wi.HasAnyActiveEffect())
                        this._DrawInstanceWithEffectsAndRestore(inst, wi, renderer, renderTarget);
                    else
                        this._DrawInstance(inst, wi, renderer)
            }
        }
        _DrawInstances_RenderCells(renderer) {
            const renderGrid = this._renderGrid;
            const curRenderCells = this._curRenderCells;
            const lastRenderCells = this._lastRenderCells;
            const viewport = this._viewport;
            let instancesToDraw;
            curRenderCells.set(renderGrid.XToCell(viewport.getLeft()), renderGrid.YToCell(viewport.getTop()), renderGrid.XToCell(viewport.getRight()), renderGrid.YToCell(viewport.getBottom()));
            if (!this._isRenderListUpToDate || !curRenderCells.equals(lastRenderCells)) {
                instancesToDraw = this._GetRenderCellInstancesToDraw();
                this._isRenderListUpToDate = true;
                lastRenderCells.copy(curRenderCells)
            } else
                instancesToDraw = this._lastRenderList;
            this._DrawInstances(renderer, instancesToDraw);
            if (instancesToDraw !== this._lastRenderList)
                C3.shallowAssignArray(this._lastRenderList, instancesToDraw)
        }
        _DrawInstance(inst, wi, renderer) {
            const wiStateGroup = wi.GetRendererStateGroup();
            if (renderer.GetCurrentStateGroup() !== wiStateGroup)
                wiStateGroup.Apply();
            inst.Draw(renderer)
        }
        _DrawInstanceWithEffectsAndRestore(inst, wi, renderer, renderTarget) {
            if (this._DrawInstanceWithEffects(inst, wi, renderer, renderTarget, null))
                this._SetTransform(renderer)
        }
        _DrawInstanceWithEffects(inst, wi, renderer, renderTarget, opts) {
            const activeEffectTypes = wi.GetInstanceEffectList().GetActiveEffectTypes();
            if (activeEffectTypes.length === 1) {
                const effectType = activeEffectTypes[0];
                const shaderProgram = effectType.GetShaderProgram();
                if (!shaderProgram.NeedsPostDrawOrExtendsBox() && wi.HasDefaultColor() && !inst.MustPreDraw()) {
                    this._DrawInstanceWithEffects_FastPath(inst, wi, effectType, shaderProgram, renderer);
                    return false
                }
            }
            const ret = C3.RenderEffectChain(renderer, this._runtime, inst, renderTarget, activeEffectTypes, opts);
            renderer.SetBaseZ(this.GetZElevation());
            return ret
        }
        _DrawInstanceWithEffects_FastPath(inst, wi, effectType, shaderProgram, renderer) {
            renderer.SetProgram(shaderProgram);
            renderer.SetBlendMode(wi.GetBlendMode());
            if (shaderProgram.IsAnimated())
                this._runtime.UpdateRender();
            let pixelWidth = 0
              , pixelHeight = 0;
            if (shaderProgram.UsesAnySrcRectOrPixelSize()) {
                const [sheetWidth,sheetHeight] = inst.GetCurrentSurfaceSize();
                pixelWidth = 1 / sheetWidth;
                pixelHeight = 1 / sheetHeight;
                const instTexRect = inst.GetCurrentTexRect();
                if (instTexRect)
                    tmpSrcRect.copy(instTexRect);
                else
                    tmpSrcRect.set(0, 0, 0, 0)
            }
            const paramArr = wi.GetInstanceEffectList().GetEffectParametersForIndex(effectType.GetIndex());
            renderer.SetCurrentZ(wi.GetZElevation());
            renderer.SetProgramParameters(null, tmpDestRect, tmpSrcRect, tmpSrcRect, wi.GetBoundingBox(), pixelWidth, pixelHeight, this.GetOwnScale(), this.GetAngle(), this._runtime.GetGameTime(), paramArr);
            inst.Draw(renderer)
        }
        _DrawLayerOwnTextureToRenderTarget(renderer, ownRenderTarget, destinationRenderTarget, isFirstDrawnLayer) {
            const activeEffectTypes = this._effectList.GetActiveEffectTypes();
            const runtime = this._runtime;
            if (this._CanFastPathDrawLayer(activeEffectTypes)) {
                renderer.SetRenderTarget(destinationRenderTarget);
                if (activeEffectTypes.length === 1) {
                    const effectType = activeEffectTypes[0];
                    const shaderProgram = effectType.GetShaderProgram();
                    renderer.SetProgram(shaderProgram);
                    tmpSrcRect.set(0, 0, 1, 1);
                    const paramArr = this._effectList.GetEffectParametersForIndex(effectType.GetIndex());
                    renderer.SetProgramParameters(null, tmpDestRect, tmpSrcRect, tmpSrcRect, this._viewport, 1 / runtime.GetDrawWidth(), 1 / runtime.GetDrawHeight(), this.GetNormalScale(), this.GetAngle(), runtime.GetGameTime(), paramArr);
                    if (shaderProgram.IsAnimated())
                        runtime.UpdateRender()
                } else
                    renderer.SetTextureFillMode();
                if (isFirstDrawnLayer && this._blendMode === 0 && this.HasDefaultColor() && activeEffectTypes.length === 0)
                    renderer.CopyRenderTarget(ownRenderTarget);
                else {
                    renderer.SetBlendMode(this._blendMode);
                    renderer.SetColor(this._premultipliedColor);
                    renderer.DrawRenderTarget(ownRenderTarget)
                }
                renderer.InvalidateRenderTarget(ownRenderTarget);
                runtime.ReleaseAdditionalRenderTarget(ownRenderTarget)
            } else
                C3.RenderEffectChain(renderer, runtime, this, destinationRenderTarget, activeEffectTypes)
        }
        GetOwnScale() {
            return this._scale
        }
        SetOwnScale(s) {
            if (this._scale === s)
                return;
            this._scale = s;
            this._layout.BoundScrolling();
            this._runtime.UpdateRender()
        }
        GetRenderScale() {
            return this.GetNormalScale() * this._runtime.GetRenderScale()
        }
        GetDisplayScale() {
            return this.GetNormalScale() * this._runtime.GetDisplayScale()
        }
        GetNormalScale() {
            return (this._scale * this._layout.GetScale() - 1) * this._scaleRate + 1
        }
        UpdateViewport() {
            this._isAngleEnabled = false;
            let[px,py] = this.CanvasCssToLayer(0, 0);
            this._isAngleEnabled = true;
            if (this._runtime.IsPixelRoundingEnabled()) {
                px = Math.round(px);
                py = Math.round(py)
            }
            const invScale = 1 / this.GetNormalScale();
            const viewportZ0 = this._viewportZ0;
            viewportZ0.set(px, py, px + this._runtime.GetViewportWidth() * invScale, py + this._runtime.GetViewportHeight() * invScale);
            const myAngle = this.GetAngle();
            if (myAngle !== 0) {
                tmpRect.copy(viewportZ0);
                tmpRect.offset(-viewportZ0.midX(), -viewportZ0.midY());
                tmpQuad.setFromRotatedRect(tmpRect, myAngle);
                tmpQuad.getBoundingBox(tmpRect);
                tmpRect.offset(viewportZ0.midX(), viewportZ0.midY());
                viewportZ0.copy(tmpRect)
            }
            this.GetViewportForZ(this._zElevation, this._viewport)
        }
        CanvasCssToLayer(ptx, pty, z=0) {
            return this._CanvasToLayer(ptx, pty, z, this.GetDisplayScale())
        }
        DrawSurfaceToLayer(ptx, pty, z=0) {
            return this._CanvasToLayer(ptx, pty, z, this.GetRenderScale() * this.GetDevicePixelRatio())
        }
        _CanvasToLayer(canvasX, canvasY, zElevation, displayScale) {
            const parallaxOriginX = this._runtime.GetParallaxXOrigin();
            const parallaxOriginY = this._runtime.GetParallaxYOrigin();
            const scrollOriginX = (this._layout.GetScrollX() - parallaxOriginX) * this._parallaxX + parallaxOriginX;
            const scrollOriginY = (this._layout.GetScrollY() - parallaxOriginY) * this._parallaxY + parallaxOriginY;
            const normalScale = this.GetNormalScale();
            const scaledViewportWidth = this._runtime.GetViewportWidth() / normalScale;
            const scaledViewportHeight = this._runtime.GetViewportHeight() / normalScale;
            const viewportOriginX = scrollOriginX - scaledViewportWidth / 2;
            const viewportOriginY = scrollOriginY - scaledViewportHeight / 2;
            let layerX = viewportOriginX + canvasX / displayScale;
            let layerY = viewportOriginY + canvasY / displayScale;
            const a = this.GetAngle();
            if (a !== 0) {
                layerX -= scrollOriginX;
                layerY -= scrollOriginY;
                const cosa = Math.cos(a);
                const sina = Math.sin(a);
                const x_temp = layerX * cosa - layerY * sina;
                layerY = layerY * cosa + layerX * sina;
                layerX = x_temp;
                layerX += scrollOriginX;
                layerY += scrollOriginY
            }
            if (zElevation !== 0) {
                const midX = this._viewportZ0.midX();
                const midY = this._viewportZ0.midY();
                const scaleFactor = this.Get2DScaleFactorToZ(zElevation);
                layerX = (layerX - midX) / scaleFactor + midX;
                layerY = (layerY - midY) / scaleFactor + midY
            }
            return [layerX, layerY]
        }
        CanvasCssToLayer_DefaultTransform(ptx, pty) {
            const scale = this._scale;
            const scaleRate = this._scaleRate;
            const parallaxX = this._parallaxX;
            const parallaxY = this._parallaxY;
            const angle = this._angle;
            this._scale = 1;
            this._scaleRate = 1;
            this._parallaxX = 1;
            this._parallaxY = 1;
            this._angle = 0;
            const ret = this.CanvasCssToLayer(ptx, pty);
            this._scale = scale;
            this._scaleRate = scaleRate;
            this._parallaxX = parallaxX;
            this._parallaxY = parallaxY;
            this._angle = angle;
            return ret
        }
        LayerToCanvasCss(ptx, pty, z=0) {
            return this._LayerToCanvas(ptx, pty, z, this.GetDisplayScale())
        }
        LayerToDrawSurface(ptx, pty, z=0) {
            return this._LayerToCanvas(ptx, pty, z, this.GetRenderScale() * this.GetDevicePixelRatio())
        }
        _LayerToCanvas(layerX, layerY, zElevation, displayScale) {
            const runtime = this._runtime;
            const layout = this._layout;
            if (zElevation !== 0) {
                const midX = this._viewportZ0.midX();
                const midY = this._viewportZ0.midY();
                const scaleFactor = this.Get2DScaleFactorToZ(zElevation);
                layerX = (layerX - midX) * scaleFactor + midX;
                layerY = (layerY - midY) * scaleFactor + midY
            }
            const parallaxOriginX = runtime.GetParallaxXOrigin();
            const parallaxOriginY = runtime.GetParallaxYOrigin();
            const scrollOriginX = (layout.GetScrollX() - parallaxOriginX) * this._parallaxX + parallaxOriginX;
            const scrollOriginY = (layout.GetScrollY() - parallaxOriginY) * this._parallaxY + parallaxOriginY;
            const a = this.GetAngle();
            if (a !== 0) {
                layerX -= scrollOriginX;
                layerY -= scrollOriginY;
                const cosa = Math.cos(-a);
                const sina = Math.sin(-a);
                const x_temp = layerX * cosa - layerY * sina;
                layerY = layerY * cosa + layerX * sina;
                layerX = x_temp;
                layerX += scrollOriginX;
                layerY += scrollOriginY
            }
            const normalScale = this.GetNormalScale();
            const scaledViewportWidth = runtime.GetViewportWidth() / normalScale;
            const scaledViewportHeight = runtime.GetViewportHeight() / normalScale;
            const viewportOriginX = scrollOriginX - scaledViewportWidth / 2;
            const viewportOriginY = scrollOriginY - scaledViewportHeight / 2;
            const viewportOffX = layerX - viewportOriginX;
            const viewportOffY = layerY - viewportOriginY;
            const canvasX = viewportOffX * displayScale;
            const canvasY = viewportOffY * displayScale;
            return [canvasX, canvasY]
        }
        _GetLayerToDrawSurfaceScale(size, zElevation) {
            size *= this.GetRenderScale() * this.GetDevicePixelRatio();
            if (zElevation !== 0)
                size *= this.Get2DScaleFactorToZ(zElevation);
            return size
        }
        _SaveToJson() {
            const o = {
                "s": this.GetOwnScale(),
                "a": this.GetOwnAngle(),
                "vl": this._viewport.getLeft(),
                "vt": this._viewport.getTop(),
                "vr": this._viewport.getRight(),
                "vb": this._viewport.getBottom(),
                "v": this.IsVisible(),
                "bc": this._backgroundColor.toJSON(),
                "t": this.IsTransparent(),
                "px": this.GetParallaxX(),
                "py": this.GetParallaxY(),
                "c": this._color.toJSON(),
                "sr": this.GetScaleRate(),
                "fx": this._effectList.SaveToJson(),
                "cg": this._createdGlobalUids
            };
            return o
        }
        _LoadFromJson(o) {
            this._scale = o["s"];
            this._angle = o["a"];
            this._viewport.set(o["vl"], o["vt"], o["vr"], o["vb"]);
            this._isVisible = !!o["v"];
            this._backgroundColor.setFromJSON(o["bc"]);
            this._isTransparent = !!o["t"];
            this._parallaxX = o["px"];
            this._parallaxY = o["py"];
            this._color.setFromJSON(o["c"]);
            this._scaleRate = o["sr"];
            C3.shallowAssignArray(this._createdGlobalUids, o["cg"]);
            C3.shallowAssignArray(this._initialInstances, this._startupInitialInstances);
            const tempSet = new Set(this._createdGlobalUids);
            let j = 0;
            for (let i = 0, len = this._initialInstances.length; i < len; ++i)
                if (!tempSet.has(this._initialInstances[i][2])) {
                    this._initialInstances[j] = this._initialInstances[i];
                    ++j
                }
            C3.truncateArray(this._initialInstances, j);
            this._effectList.LoadFromJson(o["fx"]);
            this._SortInstancesByLastCachedZIndex(false);
            this.SetZIndicesChanged()
        }
        GetILayer() {
            return this._iLayer
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const C3Debugger = self.C3Debugger;
    const assert = self.assert;
    const tempDestRect = C3.New(C3.Rect);
    const tempSrcRect = C3.New(C3.Rect);
    const tempLayoutRect = C3.New(C3.Rect);
    C3.Layout = class Layout extends C3.DefendedBase {
        constructor(layoutManager, index, data) {
            super();
            this._layoutManager = layoutManager;
            this._runtime = layoutManager.GetRuntime();
            this._name = data[0];
            this._originalWidth = data[1];
            this._originalHeight = data[2];
            this._width = data[1];
            this._height = data[2];
            this._isUnboundedScrolling = !!data[3];
            this._eventSheetName = data[4];
            this._eventSheet = null;
            this._sid = data[5];
            this._index = index;
            this._scrollX = 0;
            this._scrollY = 0;
            this._scale = 1;
            this._angle = 0;
            this._initialObjectClasses = new Set;
            this._textureLoadedTypes = new Set;
            this._textureLoadPendingPromises = new Set;
            this._createdInstances = [];
            this._initialNonWorld = [];
            this._layers = [];
            this._layersByName = new Map;
            this._layersBySid = new Map;
            this._effectList = C3.New(C3.EffectList, this, data[8]);
            this._curRenderTarget = null;
            this._persistData = {};
            this._isFirstVisit = true;
            this._iLayout = new self.ILayout(this);
            this._userScriptDispatcher = C3.New(C3.Event.Dispatcher);
            for (const layerData of data[6]) {
                const layer = C3.Layer.Create(this, this._layers.length, layerData);
                this._layers.push(layer);
                this._layersByName.set(layer.GetName().toLowerCase(), layer);
                this._layersBySid.set(layer.GetSID(), layer)
            }
            for (const instData of data[7]) {
                const objectClass = this._runtime.GetObjectClassByIndex(instData[1]);
                if (!objectClass)
                    throw new Error("missing nonworld object class");
                if (!objectClass.GetDefaultInstanceData())
                    objectClass.SetDefaultInstanceData(instData);
                this._initialNonWorld.push(instData);
                this._AddInitialObjectClass(objectClass)
            }
        }
        Release() {
            for (const l of this._layers)
                l.Release();
            C3.clearArray(this._layers);
            this._textureLoadPendingPromises.clear();
            this._eventSheet = null;
            this._layoutManager = null;
            this._runtime = null
        }
        GetRuntime() {
            return this._runtime
        }
        GetName() {
            return this._name
        }
        GetSID() {
            return this._sid
        }
        GetIndex() {
            return this._index
        }
        GetEffectList() {
            return this._effectList
        }
        GetMinLayerScale() {
            let m = this._layers[0].GetNormalScale();
            for (let i = 1, len = this._layers.length; i < len; ++i) {
                const layer = this._layers[i];
                if (layer.GetParallaxX() === 0 && layer.GetParallaxY() === 0)
                    continue;
                m = Math.min(m, layer.GetNormalScale())
            }
            return m
        }
        SetScrollX(x) {
            if (!this._isUnboundedScrolling) {
                const widthBoundary = this._runtime.GetViewportWidth() * (1 / this.GetMinLayerScale()) / 2;
                if (x > this._width - widthBoundary)
                    x = this._width - widthBoundary;
                if (x < widthBoundary)
                    x = widthBoundary
            }
            if (this._scrollX !== x) {
                this._scrollX = x;
                this._runtime.UpdateRender()
            }
        }
        GetScrollX() {
            return this._scrollX
        }
        SetScrollY(y) {
            if (!this._isUnboundedScrolling) {
                const heightBoundary = this._runtime.GetViewportHeight() * (1 / this.GetMinLayerScale()) / 2;
                if (y > this._height - heightBoundary)
                    y = this._height - heightBoundary;
                if (y < heightBoundary)
                    y = heightBoundary
            }
            if (this._scrollY !== y) {
                this._scrollY = y;
                this._runtime.UpdateRender()
            }
        }
        GetScrollY() {
            return this._scrollY
        }
        BoundScrolling() {
            this.SetScrollX(this.GetScrollX());
            this.SetScrollY(this.GetScrollY())
        }
        GetScale() {
            return this._scale
        }
        SetScale(s) {
            s = +s;
            if (this._scale === s)
                return;
            this._scale = s;
            this.BoundScrolling()
        }
        SetAngle(a) {
            this._angle = C3.clampAngle(a)
        }
        GetAngle() {
            return this._angle
        }
        GetWidth() {
            return this._width
        }
        SetWidth(w) {
            if (!isFinite(w) || w < 1)
                return;
            this._width = w
        }
        GetHeight() {
            return this._height
        }
        SetHeight(h) {
            if (!isFinite(h) || h < 1)
                return;
            this._height = h
        }
        GetEventSheet() {
            return this._eventSheet
        }
        GetLayers() {
            return this._layers
        }
        GetLayerCount() {
            return this._layers.length
        }
        GetLayer(p) {
            if (typeof p === "number")
                return this.GetLayerByIndex(p);
            else
                return this.GetLayerByName(p.toString())
        }
        GetLayerByIndex(i) {
            i = C3.clamp(Math.floor(i), 0, this._layers.length - 1);
            return this._layers[i]
        }
        GetLayerByName(name) {
            return this._layersByName.get(name.toLowerCase()) || null
        }
        GetLayerBySID(sid) {
            return this._layersBySid.get(sid) || null
        }
        HasOpaqueBottomLayer() {
            for (const layer of this._layers)
                if (layer.ShouldDraw())
                    return layer._IsOpaque();
            return false
        }
        IsFirstVisit() {
            return this._isFirstVisit
        }
        _GetInitialObjectClasses() {
            return [...this._initialObjectClasses]
        }
        _AddInitialObjectClass(objectClass) {
            if (objectClass.IsInContainer())
                for (const containerType of objectClass.GetContainer().GetObjectTypes())
                    this._initialObjectClasses.add(containerType);
            else
                this._initialObjectClasses.add(objectClass)
        }
        _GetTextureLoadedObjectTypes() {
            return [...this._textureLoadedTypes]
        }
        _Load(previousLayout, renderer) {
            if (previousLayout === this || !renderer)
                return Promise.resolve();
            if (previousLayout) {
                C3.CopySet(this._textureLoadedTypes, previousLayout._textureLoadedTypes);
                previousLayout._textureLoadedTypes.clear()
            }
            const promises = [];
            for (const oc of this._initialObjectClasses)
                if (!this._textureLoadedTypes.has(oc)) {
                    promises.push(oc.LoadTextures(renderer));
                    this._textureLoadedTypes.add(oc)
                }
            return Promise.all(promises)
        }
        async MaybeLoadTexturesFor(objectClass) {
            if (objectClass.IsFamily())
                throw new Error("cannot load textures for family");
            const renderer = this._runtime.GetWebGLRenderer();
            if (!renderer || renderer.IsContextLost() || this._textureLoadedTypes.has(objectClass))
                return;
            this._textureLoadedTypes.add(objectClass);
            const loadPromise = objectClass.LoadTextures(renderer);
            this._AddPendingTextureLoadPromise(loadPromise);
            await loadPromise;
            objectClass.OnDynamicTextureLoadComplete();
            this._runtime.UpdateRender()
        }
        _AddPendingTextureLoadPromise(promise) {
            this._textureLoadPendingPromises.add(promise);
            promise.then(()=>this._textureLoadPendingPromises.delete(promise)).catch(()=>this._textureLoadPendingPromises.delete(promise))
        }
        WaitForPendingTextureLoadsToComplete() {
            return Promise.all([...this._textureLoadPendingPromises])
        }
        MaybeUnloadTexturesFor(objectClass) {
            if (objectClass.IsFamily() || objectClass.GetInstanceCount() > 0)
                throw new Error("cannot unload textures");
            const renderer = this._runtime.GetWebGLRenderer();
            if (!renderer || !this._textureLoadedTypes.has(objectClass))
                return;
            this._textureLoadedTypes.delete(objectClass);
            objectClass.ReleaseTextures(renderer)
        }
        _Unload(nextLayout, renderer) {
            if (nextLayout === this || !renderer)
                return;
            for (const oc of this._textureLoadedTypes)
                if (!oc.IsGlobal() && !nextLayout._initialObjectClasses.has(oc)) {
                    oc.ReleaseTextures();
                    this._textureLoadedTypes.delete(oc)
                }
        }
        _OnWebGLContextLost() {
            this._textureLoadedTypes.clear()
        }
        async _StartRunning(isFirstLayout) {
            const runtime = this._runtime;
            const layoutManager = this._layoutManager;
            const eventSheetManager = runtime.GetEventSheetManager();
            if (this._eventSheetName) {
                this._eventSheet = eventSheetManager.GetEventSheetByName(this._eventSheetName);
                this._eventSheet._UpdateDeepIncludes()
            }
            layoutManager._SetMainRunningLayout(this);
            this._width = this._originalWidth;
            this._height = this._originalHeight;
            this._scrollX = runtime.GetOriginalViewportWidth() / 2;
            this._scrollY = runtime.GetOriginalViewportHeight() / 2;
            this.BoundScrolling();
            this._MoveGlobalObjectsToThisLayout(isFirstLayout);
            this._runtime.SetUsingCreatePromises(true);
            this._CreateInitialInstances();
            if (!this._isFirstVisit)
                this._CreatePersistedInstances();
            this._CreateAndLinkContainerInstances(this._createdInstances);
            this._CreateInitialNonWorldInstances();
            layoutManager.ClearPendingChangeLayout();
            runtime.FlushPendingInstances();
            this._runtime.SetUsingCreatePromises(false);
            const createPromises = this._runtime.GetCreatePromises();
            await Promise.all(createPromises);
            C3.clearArray(createPromises);
            if (runtime.IsLoadingState())
                runtime._TriggerOnCreateAfterLoad(this._createdInstances);
            else
                for (const inst of this._createdInstances) {
                    inst._TriggerOnCreated();
                    inst.SetupInitialSceneGraphConnections()
                }
            C3.clearArray(this._createdInstances);
            await Promise.all([...this._initialObjectClasses].map(oc=>oc.PreloadTexturesWithInstances(this._runtime.GetWebGLRenderer())));
            if (isFirstLayout) {
                runtime.Dispatcher().dispatchEvent(new C3.Event("beforefirstlayoutstart"));
                await runtime.DispatchUserScriptEventAsyncWait(new C3.Event("beforeprojectstart"))
            }
            await this.DispatchUserScriptEventAsyncWait(new C3.Event("beforelayoutstart"));
            if (!runtime.IsLoadingState())
                await runtime.TriggerAsync(C3.Plugins.System.Cnds.OnLayoutStart, null, null);
            await this.DispatchUserScriptEventAsyncWait(new C3.Event("afterlayoutstart"));
            if (isFirstLayout) {
                runtime.Dispatcher().dispatchEvent(new C3.Event("afterfirstlayoutstart"));
                await runtime.DispatchUserScriptEventAsyncWait(new C3.Event("afterprojectstart"))
            }
            eventSheetManager._RunQueuedTriggers(layoutManager);
            await this.WaitForPendingTextureLoadsToComplete();
            this._isFirstVisit = false
        }
        _MoveGlobalObjectsToThisLayout(isFirstLayout) {
            for (const objectClass of this._runtime.GetAllObjectClasses()) {
                if (objectClass.IsFamily() || !objectClass.IsWorldType())
                    continue;
                for (const inst of objectClass.GetInstances()) {
                    const wi = inst.GetWorldInfo();
                    const oldLayer = wi.GetLayer();
                    const layerIndex = C3.clamp(oldLayer.GetIndex(), 0, this._layers.length - 1);
                    const newLayer = this._layers[layerIndex];
                    wi._SetLayer(newLayer);
                    newLayer._MaybeAddInstance(inst)
                }
            }
            if (!isFirstLayout)
                for (const layer of this._layers)
                    layer._SortInstancesByLastCachedZIndex(false)
        }
        _CreateInitialInstances() {
            for (const layer of this._layers) {
                layer.CreateInitialInstances(this._createdInstances);
                layer.UpdateViewport();
                layer._Start()
            }
        }
        _CreatePersistedInstances() {
            let uidsChanged = false;
            for (const [sidStr,typeData] of Object.entries(this._persistData)) {
                const objectClass = this._runtime.GetObjectClassBySID(parseInt(sidStr, 10));
                if (!objectClass || objectClass.IsFamily() || !objectClass.HasPersistBehavior())
                    continue;
                for (const instData of typeData) {
                    let layer = null;
                    if (objectClass.IsWorldType()) {
                        layer = this.GetLayerBySID(instData["w"]["l"]);
                        if (!layer)
                            continue
                    }
                    const inst = this._runtime.CreateInstanceFromData(objectClass, layer, false, 0, 0, true);
                    inst.LoadFromJson(instData);
                    uidsChanged = true;
                    this._createdInstances.push(inst)
                }
                C3.clearArray(typeData)
            }
            for (const layer of this._layers) {
                layer._SortInstancesByLastCachedZIndex(true);
                layer.SetZIndicesChanged()
            }
            if (uidsChanged) {
                this._runtime.FlushPendingInstances();
                this._runtime._RefreshUidMap()
            }
        }
        _CreateAndLinkContainerInstances(createdInstances) {
            for (const inst of createdInstances) {
                if (!inst.IsInContainer())
                    continue;
                const wi = inst.GetWorldInfo();
                const iid = inst.GetIID();
                for (const containerType of inst.GetObjectClass().GetContainer().objectTypes()) {
                    if (containerType === inst.GetObjectClass())
                        continue;
                    const instances = containerType.GetInstances();
                    if (instances.length > iid)
                        inst._AddSibling(instances[iid]);
                    else {
                        let s;
                        if (wi)
                            s = this._runtime.CreateInstanceFromData(containerType, wi.GetLayer(), true, wi.GetX(), wi.GetY(), true);
                        else
                            s = this._runtime.CreateInstanceFromData(containerType, null, true, 0, 0, true);
                        this._runtime.FlushPendingInstances();
                        containerType._UpdateIIDs();
                        inst._AddSibling(s);
                        createdInstances.push(s)
                    }
                }
            }
        }
        _CreateInitialNonWorldInstances() {
            for (const instData of this._initialNonWorld) {
                const objectClass = this._runtime.GetObjectClassByIndex(instData[1]);
                if (!objectClass.IsInContainer())
                    this._runtime.CreateInstanceFromData(instData, null, true)
            }
        }
        _CreateGlobalNonWorlds() {
            const createdInstances = [];
            const initialNonWorld = this._initialNonWorld;
            let k = 0;
            for (let i = 0, len = initialNonWorld.length; i < len; ++i) {
                const instData = initialNonWorld[i];
                const objectClass = this._runtime.GetObjectClassByIndex(instData[1]);
                if (objectClass.IsGlobal()) {
                    if (!objectClass.IsInContainer() || !objectClass.GetContainer().HasAnyWorldType())
                        createdInstances.push(this._runtime.CreateInstanceFromData(instData, null, true))
                } else {
                    initialNonWorld[k] = instData;
                    ++k
                }
            }
            C3.truncateArray(initialNonWorld, k);
            this._runtime.FlushPendingInstances();
            this._CreateAndLinkContainerInstances(createdInstances)
        }
        RecreateInitialObjects(objectClass, rc, srcLayer, offsetX, offsetY) {
            if (srcLayer)
                return srcLayer.RecreateInitialObjects(objectClass, rc, offsetX, offsetY);
            else {
                const ret = [];
                for (const layer of this._layers)
                    ret.push(layer.RecreateInitialObjects(objectClass, rc, offsetX, offsetY));
                return ret.flat()
            }
        }
        async _StopRunning() {
            const layoutManager = this._layoutManager;
            if (!this._runtime.IsLoadingState())
                await this._runtime.TriggerAsync(C3.Plugins.System.Cnds.OnLayoutEnd, null, null);
            layoutManager.SetIsEndingLayout(true);
            this._runtime.GetEventSheetManager().ClearAllScheduledWaits();
            if (!this._isFirstVisit)
                this._SavePersistData();
            for (const layer of this._layers)
                layer._End();
            for (const objectClass of this._runtime.GetAllObjectClasses()) {
                if (objectClass.IsGlobal() || objectClass.IsWorldType() || objectClass.GetPlugin().IsSingleGlobal() || objectClass.IsFamily())
                    continue;
                for (const inst of objectClass.GetInstances())
                    this._runtime.DestroyInstance(inst);
                this._runtime.FlushPendingInstances()
            }
            layoutManager.SetIsEndingLayout(false);
            if (layoutManager.GetMainRunningLayout() === this)
                layoutManager._SetMainRunningLayout(null)
        }
        _SaveInstanceToPersist(inst) {
            const sidStr = inst.GetObjectClass().GetSID().toString();
            if (!this._persistData.hasOwnProperty(sidStr))
                this._persistData[sidStr] = [];
            const typePersist = this._persistData[sidStr];
            typePersist.push(inst.SaveToJson())
        }
        _SavePersistData() {
            for (const layer of this._layers) {
                layer._UpdateZIndices();
                for (const inst of layer._GetInstances()) {
                    const objectClass = inst.GetObjectClass();
                    if (!objectClass.IsGlobal() && objectClass.HasPersistBehavior())
                        this._SaveInstanceToPersist(inst)
                }
            }
        }
        ResetPersistData() {
            this._persistData = {};
            this._isFirstVisit = true
        }
        GetRenderTarget() {
            return this._curRenderTarget
        }
        UsesOwnTexture() {
            return this._runtime.GetCanvasManager().GetCurrentFullscreenScalingQuality() === "low" || this._runtime.UsesAnyBackgroundBlending() || this._runtime.GetCompositingMode() === "low-latency" || this._effectList.HasAnyActiveEffect()
        }
        _CanFastPathDrawLayout(activeEffectTypes) {
            if (activeEffectTypes.length === 0)
                return true;
            if (activeEffectTypes.length >= 2)
                return false;
            const effectType = activeEffectTypes[0];
            const shaderProgram = effectType.GetShaderProgram();
            return !shaderProgram.MustPreDraw()
        }
        Draw(renderer) {
            const canvasManager = this._runtime.GetCanvasManager();
            const useOwnTexture = this.UsesOwnTexture();
            let ownRenderTarget = null;
            if (useOwnTexture) {
                if (this._runtime.GetCompositingMode() !== "low-latency") {
                    renderer.SetRenderTarget(null);
                    renderer.ClearRgba(0, 0, 0, 0)
                }
                const rtOpts = {
                    sampling: this._runtime.GetSampling(),
                    readback: this._runtime.UsesAnyBackgroundBlending() || this._effectList.HasAnyActiveEffect()
                };
                if (canvasManager.GetCurrentFullscreenScalingQuality() === "low") {
                    rtOpts.width = canvasManager.GetDrawWidth();
                    rtOpts.height = canvasManager.GetDrawHeight()
                }
                ownRenderTarget = this._runtime.GetAdditionalRenderTarget(rtOpts);
                renderer.SetRenderTarget(ownRenderTarget)
            } else
                renderer.SetRenderTarget(null);
            if (!this.HasOpaqueBottomLayer())
                renderer.ClearRgba(0, 0, 0, 0);
            this._curRenderTarget = ownRenderTarget;
            let isFirstDrawnLayer = true;
            for (const layer of this._layers) {
                layer.UpdateViewport();
                if (layer.ShouldDraw()) {
                    layer.Draw(renderer, ownRenderTarget, isFirstDrawnLayer);
                    isFirstDrawnLayer = false
                }
            }
            if (useOwnTexture)
                this._DrawLayoutOwnTextureToRenderTarget(renderer, ownRenderTarget);
            this._curRenderTarget = null
        }
        _DrawLayoutOwnTextureToRenderTarget(renderer, ownRenderTarget) {
            const activeEffectTypes = this._effectList.GetActiveEffectTypes();
            const runtime = this._runtime;
            if (this._CanFastPathDrawLayout(activeEffectTypes)) {
                renderer.SetRenderTarget(null);
                if (activeEffectTypes.length === 1) {
                    const effectType = activeEffectTypes[0];
                    const shaderProgram = effectType.GetShaderProgram();
                    renderer.SetProgram(shaderProgram);
                    tempSrcRect.set(0, 0, 1, 1);
                    tempLayoutRect.set(0, 0, runtime.GetViewportWidth(), runtime.GetViewportHeight());
                    const paramArr = this._effectList.GetEffectParametersForIndex(effectType.GetIndex());
                    renderer.SetProgramParameters(null, tempDestRect, tempSrcRect, tempSrcRect, tempLayoutRect, 1 / runtime.GetDrawWidth(), 1 / runtime.GetDrawHeight(), this.GetScale(), this.GetAngle(), runtime.GetGameTime(), paramArr);
                    if (shaderProgram.IsAnimated())
                        runtime.UpdateRender()
                } else
                    renderer.SetTextureFillMode();
                if (activeEffectTypes.length === 0)
                    renderer.CopyRenderTarget(ownRenderTarget);
                else {
                    renderer.SetAlphaBlend();
                    renderer.ResetColor();
                    renderer.DrawRenderTarget(ownRenderTarget)
                }
                renderer.InvalidateRenderTarget(ownRenderTarget);
                runtime.ReleaseAdditionalRenderTarget(ownRenderTarget)
            } else
                C3.RenderEffectChain(renderer, runtime, this, null, activeEffectTypes)
        }
        _SaveToJson() {
            const o = {
                "sx": this.GetScrollX(),
                "sy": this.GetScrollY(),
                "s": this.GetScale(),
                "a": this.GetAngle(),
                "w": this.GetWidth(),
                "h": this.GetHeight(),
                "fv": this._isFirstVisit,
                "persist": this._persistData,
                "fx": this._effectList.SaveToJson(),
                "layers": {}
            };
            for (const layer of this._layers)
                o["layers"][layer.GetSID().toString()] = layer._SaveToJson();
            return o
        }
        _LoadFromJson(o) {
            this._scrollX = o["sx"];
            this._scrollY = o["sy"];
            this._scale = o["s"];
            this._angle = o["a"];
            this._width = o["w"];
            this._height = o["h"];
            this._isFirstVisit = !!o["fv"];
            this._persistData = o["persist"];
            this._effectList.LoadFromJson(o["fx"]);
            for (const [sidStr,data] of Object.entries(o["layers"])) {
                const sid = parseInt(sidStr, 10);
                const layer = this.GetLayerBySID(sid);
                if (!layer)
                    continue;
                layer._LoadFromJson(data)
            }
        }
        GetILayout() {
            return this._iLayout
        }
        UserScriptDispatcher() {
            return this._userScriptDispatcher
        }
        DispatchUserScriptEvent(e) {
            e.layout = this.GetILayout();
            const runtime = this._runtime;
            const shouldTime = runtime.IsDebug() && !runtime.GetEventSheetManager().IsInEventEngine();
            if (shouldTime)
                C3Debugger.StartMeasuringScriptTime();
            this._userScriptDispatcher.dispatchEvent(e);
            if (shouldTime)
                C3Debugger.AddScriptTime()
        }
        DispatchUserScriptEventAsyncWait(e) {
            e.layout = this.GetILayout();
            return this._userScriptDispatcher.dispatchEventAndWaitAsync(e)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.LayoutManager = class LayoutManager extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._allLayouts = [];
            this._layoutsByName = new Map;
            this._layoutsBySid = new Map;
            this._mainRunningLayout = null;
            this._runningSubLayouts = [];
            this._firstLayout = null;
            this._isEndingLayout = 0;
            this._pendingChangeLayout = null
        }
        Release() {
            this._runtime = null;
            this._mainRunningLayout = null;
            this._firstLayout = null;
            this._pendingChangeLayout = null;
            C3.clearArray(this._allLayouts);
            this._layoutsByName.clear();
            this._layoutsBySid.clear();
            C3.clearArray(this._runningSubLayouts)
        }
        Create(layoutData) {
            const layout = C3.New(C3.Layout, this, this._allLayouts.length, layoutData);
            this._allLayouts.push(layout);
            this._layoutsByName.set(layout.GetName().toLowerCase(), layout);
            this._layoutsBySid.set(layout.GetSID(), layout)
        }
        GetRuntime() {
            return this._runtime
        }
        SetFirstLayout(layout) {
            this._firstLayout = layout
        }
        GetFirstLayout() {
            if (this._firstLayout)
                return this._firstLayout;
            if (this._allLayouts.length)
                return this._allLayouts[0];
            throw new Error("no first layout");
        }
        GetLayoutByName(name) {
            return this._layoutsByName.get(name.toLowerCase()) || null
        }
        GetLayoutBySID(sid) {
            return this._layoutsBySid.get(sid) || null
        }
        GetLayoutByIndex(index) {
            index = C3.clamp(Math.floor(index), 0, this._allLayouts.length - 1);
            return this._allLayouts[index]
        }
        GetLayout(p) {
            if (typeof p === "number")
                return this.GetLayoutByIndex(p);
            else
                return this.GetLayoutByName(p.toString())
        }
        GetAllLayouts() {
            return this._allLayouts
        }
        _SetMainRunningLayout(layout) {
            this._mainRunningLayout = layout
        }
        GetMainRunningLayout() {
            return this._mainRunningLayout
        }
        _AddRunningSubLayout(layout) {
            if (this._runningSubLayouts.includes(layout))
                throw new Error("layout already running");
            this._runningSubLayouts.push(layout)
        }
        _RemoveRunningSubLayout(layout) {
            const i = this._runningSubLayouts.indexOf(layout);
            if (i === -1)
                throw new Error("layout not running");
            this._runningSubLayouts.splice(i, 1)
        }
        *runningLayouts() {
            if (this._mainRunningLayout)
                yield this._mainRunningLayout;
            if (this._runningSubLayouts.length)
                yield*this._runningSubLayouts
        }
        IsLayoutRunning(layout) {
            return this._mainRunningLayout === layout || this._runningSubLayouts.includes(layout)
        }
        SetIsEndingLayout(e) {
            if (e)
                this._isEndingLayout++;
            else {
                if (this._isEndingLayout <= 0)
                    throw new Error("already unset");
                this._isEndingLayout--
            }
        }
        IsEndingLayout() {
            return this._isEndingLayout > 0
        }
        ChangeMainLayout(layout) {
            this._pendingChangeLayout = layout
        }
        ClearPendingChangeLayout() {
            this._pendingChangeLayout = null
        }
        IsPendingChangeMainLayout() {
            return !!this._pendingChangeLayout
        }
        GetPendingChangeMainLayout() {
            return this._pendingChangeLayout
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    class RenderEffectChainState {
        constructor() {
            this.renderer = null;
            this.runtime = null;
            this.drawWidth = 0;
            this.drawHeight = 0;
            this.surfaceWidth = 0;
            this.surfaceHeight = 0;
            this.layoutRect = new C3.Rect;
            this.rcTexBounce = new C3.Rect;
            this.rcTexDest = new C3.Rect;
            this.rcTexOrigin = new C3.Rect;
            this.screenRect = new C3.Rect;
            this.clearRect = new C3.Rect;
            this.srcRect = new C3.Rect;
            this.fxTex = [null, null];
            this.fxIndex = 0;
            this.otherFxIndex = 1;
            this.boxExtendHorizontal = 0;
            this.boxExtendVertical = 0;
            this.layerScale = 0;
            this.layerAngle = 0;
            this.layout = null;
            this.layer = null;
            this.inst = null;
            this.wi = null;
            this.renderTarget = null;
            this.preDraw = false;
            this.postDraw = false;
            this.didChangeTransform = false;
            this.opts = null
        }
        Clear() {
            this.renderer = null;
            this.runtime = null;
            this.layout = null;
            this.layer = null;
            this.inst = null;
            this.wi = null;
            this.renderTarget = null;
            this.opts = null
        }
        ShouldPreDraw(firstEffectType) {
            const shaderProgram = firstEffectType.GetShaderProgram();
            if (shaderProgram.MustPreDraw())
                return true;
            if (this.inst)
                return shaderProgram.UsesDest() && (this.wi.GetAngle() !== 0 || this.wi.GetWidth() < 0 || this.wi.GetHeight() < 0) || this.boxExtendHorizontal !== 0 || this.boxExtendVertical !== 0 || !this.wi.HasDefaultColor() || this.inst.MustPreDraw();
            else if (this.layer)
                return !this.layer.HasDefaultColor()
        }
        ShouldPostDraw(lastEffectType) {
            const shaderProgram = lastEffectType.GetShaderProgram();
            return shaderProgram.UsesDest() || shaderProgram.UsesCrossSampling() || this.layout && this.runtime.GetCanvasManager().GetCurrentFullscreenScalingQuality() === "low"
        }
        GetEffectRenderTarget(i) {
            if (i !== 0 && i !== 1)
                throw new Error("invalid effect target");
            const fxTex = this.fxTex;
            if (!fxTex[i]) {
                const runtime = this.runtime;
                const canvasManager = runtime.GetCanvasManager();
                const opts = {
                    sampling: runtime.GetSampling()
                };
                if (canvasManager.GetCurrentFullscreenScalingQuality() === "low") {
                    opts.width = canvasManager.GetDrawWidth();
                    opts.height = canvasManager.GetDrawHeight()
                }
                fxTex[i] = canvasManager.GetAdditionalRenderTarget(opts)
            }
            return fxTex[i]
        }
        ReleaseEffectRenderTargets() {
            const fxTex = this.fxTex;
            const canvasManager = this.runtime.GetCanvasManager();
            if (fxTex[0]) {
                canvasManager.ReleaseAdditionalRenderTarget(fxTex[0]);
                fxTex[0] = null
            }
            if (fxTex[1]) {
                canvasManager.ReleaseAdditionalRenderTarget(fxTex[1]);
                fxTex[1] = null
            }
        }
    }
    const ctxStack = [];
    let ctxPtr = 0;
    function AllocRenderEffectChainState() {
        if (ctxPtr === ctxStack.length)
            ctxStack.push(new RenderEffectChainState);
        return ctxStack[ctxPtr++]
    }
    function ReleaseRenderEffectChainState(ctx) {
        ctx.ReleaseEffectRenderTargets();
        ctx.Clear();
        ctxPtr--
    }
    const tempQuad = new C3.Quad;
    let isDebug = false;
    let isDebugFrame = false;
    async function DebugLogRenderTargetContents(msg, renderer, renderTarget) {
        const blob = await C3.Gfx.WebGLRenderTarget.DebugReadPixelsToBlob(renderer, renderTarget);
        const blobUrl = URL.createObjectURL(blob);
        console.log("[FX] " + msg + " " + (renderTarget ? "" : " [to display]") + ": ", blobUrl)
    }
    C3.RenderEffectChain = function RenderEffectChain(renderer, runtime, effectsObject, renderTarget_, activeEffectTypes, opts_) {
        const ctx = AllocRenderEffectChainState();
        ctx.renderer = renderer;
        ctx.runtime = runtime;
        if (effectsObject instanceof C3.Instance) {
            ctx.inst = effectsObject;
            ctx.wi = ctx.inst.GetWorldInfo()
        } else if (effectsObject instanceof C3.Layer)
            ctx.layer = effectsObject;
        else if (effectsObject instanceof C3.Layout)
            ctx.layout = effectsObject;
        else
            throw new Error("invalid effects object");
        const canvasManager = runtime.GetCanvasManager();
        ctx.renderTarget = renderTarget_;
        ctx.drawWidth = canvasManager.GetDrawWidth();
        ctx.drawHeight = canvasManager.GetDrawHeight();
        ctx.surfaceWidth = ctx.drawWidth;
        ctx.surfaceHeight = ctx.drawHeight;
        ctx.fxIndex = 0;
        ctx.otherFxIndex = 1;
        ctx.boxExtendHorizontal = 0;
        ctx.boxExtendVertical = 0;
        ctx.screenRect.set(0, 0, ctx.drawWidth, ctx.drawHeight);
        ctx.clearRect.set(0, 0, ctx.drawWidth, ctx.drawHeight);
        ctx.didChangeTransform = false;
        ctx.opts = opts_;
        if (ctx.inst) {
            const wi = ctx.wi;
            ctx.layerScale = wi.GetLayer().GetRenderScale();
            ctx.layerAngle = wi.GetLayer().GetAngle();
            ctx.layoutRect.copy(wi.GetBoundingBox())
        } else if (ctx.layer) {
            const layer = ctx.layer;
            ctx.layerScale = layer.GetRenderScale();
            ctx.layerAngle = layer.GetAngle();
            ctx.layoutRect.copy(layer.GetViewport())
        } else {
            const layout = ctx.layout;
            ctx.layerScale = layout.GetScale();
            ctx.layerAngle = layout.GetAngle();
            ctx.layoutRect.set(0, 0, ctx.drawWidth, ctx.drawHeight)
        }
        if (ctx.inst)
            GetInstanceBox(ctx, activeEffectTypes);
        else {
            ctx.rcTexBounce.set(0, 0, ctx.drawWidth / ctx.surfaceWidth, ctx.drawHeight / ctx.surfaceHeight);
            ctx.rcTexDest.copy(ctx.rcTexBounce);
            ctx.rcTexOrigin.copy(ctx.rcTexBounce);
            ctx.rcTexBounce.swapTopBottom();
            ctx.rcTexDest.swapTopBottom();
            ctx.rcTexOrigin.swapTopBottom()
        }
        renderer.SetAlphaBlend();
        renderer.ResetColor();
        renderer.SetBaseZ(0);
        renderer.SetCurrentZ(0);
        ctx.preDraw = ctx.ShouldPreDraw(activeEffectTypes[0]);
        if (ctx.preDraw)
            PreDraw(ctx);
        renderer.ResetColor();
        const lastEffectTypeIndex = activeEffectTypes.length - 1;
        ctx.postDraw = ctx.ShouldPostDraw(activeEffectTypes[lastEffectTypeIndex]);
        for (let i = 0, len = activeEffectTypes.length; i < len; ++i) {
            const effectType = activeEffectTypes[i];
            const shaderProgram = effectType.GetShaderProgram();
            renderer.SetProgram(shaderProgram);
            if (shaderProgram.IsAnimated())
                runtime.UpdateRender();
            if (i === 0 && !ctx.preDraw)
                RenderFirstBounce(ctx, effectType);
            else {
                renderer.SetCopyBlend();
                const isLast = i === lastEffectTypeIndex && !ctx.postDraw;
                RenderBounce(ctx, effectType, isLast, i)
            }
            if (ctx.fxIndex === 0) {
                ctx.fxIndex = 1;
                ctx.otherFxIndex = 0
            } else {
                ctx.fxIndex = 0;
                ctx.otherFxIndex = 1
            }
        }
        if (ctx.postDraw)
            PostDraw(ctx, activeEffectTypes);
        const ret = ctx.didChangeTransform;
        ReleaseRenderEffectChainState(ctx);
        isDebugFrame = false;
        return ret
    }
    ;
    function GetInstanceBox(ctx, activeEffectTypes) {
        for (let i = 0, len = activeEffectTypes.length; i < len; ++i) {
            const shaderProgram = activeEffectTypes[i].GetShaderProgram();
            ctx.boxExtendHorizontal += shaderProgram.GetBoxExtendHorizontal();
            ctx.boxExtendVertical += shaderProgram.GetBoxExtendVertical()
        }
        const wi = ctx.wi;
        const layer = wi.GetLayer();
        const layerAngle = layer.GetAngle();
        const bbox = wi.GetBoundingBox();
        const z = wi.GetTotalZElevation();
        let[sl,st] = layer.LayerToDrawSurface(bbox.getLeft(), bbox.getTop(), z);
        let[sr,sb] = layer.LayerToDrawSurface(bbox.getRight(), bbox.getBottom(), z);
        if (layerAngle !== 0) {
            const [strx,stry] = layer.LayerToDrawSurface(bbox.getRight(), bbox.getTop(), z);
            const [sblx,sbly] = layer.LayerToDrawSurface(bbox.getLeft(), bbox.getBottom(), z);
            let temp = Math.min(sl, sr, strx, sblx);
            sr = Math.max(sl, sr, strx, sblx);
            sl = temp;
            temp = Math.min(st, sb, stry, sbly);
            sb = Math.max(st, sb, stry, sbly);
            st = temp
        }
        const screenRect = ctx.screenRect;
        const rcTexOrigin = ctx.rcTexOrigin;
        const rcTexDest = ctx.rcTexDest;
        const clearRect = ctx.clearRect;
        const rcTexBounce = ctx.rcTexBounce;
        screenRect.set(sl, st, sr, sb);
        screenRect.shuntY(ctx.drawHeight);
        rcTexOrigin.copy(screenRect);
        rcTexOrigin.divide(ctx.surfaceWidth, ctx.surfaceHeight);
        rcTexOrigin.swapTopBottom();
        screenRect.inflate(ctx.boxExtendHorizontal, ctx.boxExtendVertical);
        rcTexDest.copy(screenRect);
        rcTexDest.divide(ctx.surfaceWidth, ctx.surfaceHeight);
        rcTexDest.swapTopBottom();
        clearRect.copy(screenRect);
        clearRect.roundOuter();
        clearRect.inflate(ctx.boxExtendHorizontal + 1, ctx.boxExtendVertical + 1);
        screenRect.clamp(0, 0, ctx.drawWidth, ctx.drawHeight);
        clearRect.clamp(0, 0, ctx.drawWidth, ctx.drawHeight);
        rcTexBounce.copy(screenRect);
        rcTexBounce.divide(ctx.surfaceWidth, ctx.surfaceHeight);
        rcTexBounce.swapTopBottom()
    }
    function PreDraw(ctx) {
        const renderer = ctx.renderer;
        renderer.SetTextureFillMode();
        const fxTarget = ctx.GetEffectRenderTarget(ctx.fxIndex);
        renderer.SetRenderTarget(fxTarget);
        const opts = ctx.opts;
        if (opts && opts.preTransform)
            opts.preTransform();
        if (isDebug)
            renderer.ClearRgba(1, 0, 0, 1);
        renderer.ClearRect2(ctx.clearRect);
        if (ctx.inst) {
            renderer.SetColor(ctx.wi.GetPremultipliedColor());
            renderer.SetCurrentZ(ctx.wi.GetTotalZElevation());
            ctx.inst.Draw(renderer);
            renderer.SetCurrentZ(0)
        } else {
            const renderSurface = (ctx.layer || ctx.layout).GetRenderTarget();
            if (ctx.layer)
                renderer.SetColor(ctx.layer.GetPremultipliedColor());
            else
                renderer.ResetColor();
            renderer.DrawRenderTarget(renderSurface);
            renderer.InvalidateRenderTarget(renderSurface);
            ctx.runtime.GetCanvasManager().ReleaseAdditionalRenderTarget(renderSurface)
        }
        ctx.rcTexDest.clampFlipped(0, 1, 1, 0);
        ctx.fxIndex = 1;
        ctx.otherFxIndex = 0;
        if (isDebugFrame)
            DebugLogRenderTargetContents("Pre-draw", renderer, fxTarget)
    }
    function RenderFirstBounce(ctx, effectType) {
        const renderer = ctx.renderer;
        const runtime = ctx.runtime;
        const fxTarget = ctx.GetEffectRenderTarget(ctx.fxIndex);
        renderer.SetRenderTarget(fxTarget);
        const opts = ctx.opts;
        if (opts && opts.preTransform)
            opts.preTransform();
        if (isDebug)
            renderer.ClearRgba(1, 0, 0, 1);
        renderer.ClearRect2(ctx.clearRect);
        if (ctx.inst) {
            const [sheetWidth,sheetHeight] = ctx.inst.GetCurrentSurfaceSize();
            const instTexRect = ctx.inst.GetCurrentTexRect();
            if (instTexRect)
                ctx.srcRect.copy(instTexRect);
            else
                ctx.srcRect.set(0, 0, 0, 0);
            const paramArr = ctx.wi.GetInstanceEffectList().GetEffectParametersForIndex(effectType.GetIndex());
            renderer.SetProgramParameters(ctx.renderTarget, ctx.rcTexDest, ctx.srcRect, ctx.srcRect, ctx.layoutRect, 1 / sheetWidth, 1 / sheetHeight, ctx.layerScale, ctx.layerAngle, runtime.GetGameTime(), paramArr);
            renderer.SetCurrentZ(ctx.wi.GetTotalZElevation());
            ctx.inst.Draw(renderer);
            renderer.SetCurrentZ(0);
            ctx.rcTexDest.clampFlipped(0, 1, 1, 0);
            ctx.screenRect.shuntY(ctx.drawHeight);
            if (isDebugFrame)
                DebugLogRenderTargetContents("First bounce", renderer, fxTarget)
        } else {
            const paramArr = (ctx.layer || ctx.layout).GetEffectList().GetEffectParametersForIndex(effectType.GetIndex());
            renderer.SetProgramParameters(ctx.renderTarget, ctx.rcTexDest, ctx.rcTexBounce, ctx.rcTexOrigin, ctx.layoutRect, 1 / ctx.drawWidth, 1 / ctx.drawHeight, ctx.layerScale, ctx.layerAngle, runtime.GetGameTime(), paramArr);
            const renderSurface = (ctx.layer || ctx.layout).GetRenderTarget();
            if (isDebugFrame)
                DebugLogRenderTargetContents("Layer target", renderer, renderSurface);
            renderer.DrawRenderTarget(renderSurface);
            renderer.InvalidateRenderTarget(renderSurface);
            runtime.GetCanvasManager().ReleaseAdditionalRenderTarget(renderSurface);
            if (isDebugFrame)
                DebugLogRenderTargetContents("First bounce", renderer, fxTarget)
        }
    }
    function RenderBounce(ctx, effectType, isLast, i) {
        const renderer = ctx.renderer;
        const runtime = ctx.runtime;
        let fxTarget;
        let paramArr;
        if (i === 0 && ctx.preDraw && ctx.inst)
            ctx.screenRect.shuntY(ctx.drawHeight);
        if (isLast) {
            if (ctx.inst)
                renderer.SetBlendMode(ctx.wi.GetBlendMode());
            else if (ctx.layer)
                renderer.SetBlendMode(ctx.layer.GetBlendMode());
            fxTarget = ctx.renderTarget;
            renderer.SetRenderTarget(fxTarget)
        } else {
            fxTarget = ctx.GetEffectRenderTarget(ctx.fxIndex);
            renderer.SetRenderTarget(fxTarget);
            if (isDebug)
                renderer.ClearRgba(1, 0, 0, 1);
            renderer.ClearRect2(ctx.clearRect)
        }
        if (ctx.inst)
            paramArr = ctx.wi.GetInstanceEffectList().GetEffectParametersForIndex(effectType.GetIndex());
        else
            paramArr = (ctx.layer || ctx.layout).GetEffectList().GetEffectParametersForIndex(effectType.GetIndex());
        renderer.SetProgramParameters(ctx.renderTarget, ctx.rcTexDest, ctx.rcTexBounce, ctx.rcTexOrigin, ctx.layoutRect, 1 / ctx.surfaceWidth, 1 / ctx.surfaceHeight, ctx.layerScale, ctx.layerAngle, runtime.GetGameTime(), paramArr);
        const srcTarget = ctx.GetEffectRenderTarget(ctx.otherFxIndex);
        renderer.SetTexture(srcTarget.GetTexture());
        runtime.GetCanvasManager().SetDeviceTransform(renderer);
        ctx.didChangeTransform = true;
        tempQuad.setFromRect(ctx.screenRect);
        renderer.Quad3(tempQuad, ctx.rcTexBounce);
        if (!ctx.inst)
            renderer.InvalidateRenderTarget(srcTarget);
        if (isDebugFrame)
            DebugLogRenderTargetContents("Bounce " + i, renderer, fxTarget)
    }
    function PostDraw(ctx, activeEffectTypes) {
        const renderer = ctx.renderer;
        if (ctx.layout) {
            renderer.SetTextureFillMode();
            renderer.SetRenderTarget(ctx.renderTarget);
            const srcTarget = ctx.GetEffectRenderTarget(ctx.otherFxIndex);
            renderer.CopyRenderTarget(srcTarget);
            renderer.InvalidateRenderTarget(srcTarget);
            return
        }
        const canvasManager = ctx.runtime.GetCanvasManager();
        if (canvasManager.GetCurrentFullscreenScalingQuality() === "low") {
            renderer.SetTextureFillMode();
            canvasManager.SetDeviceTransform(renderer, canvasManager.GetDrawWidth(), canvasManager.GetDrawHeight());
            ctx.didChangeTransform = true
        } else
            renderer.SetDeviceTransformTextureFillMode();
        if (ctx.inst)
            renderer.SetBlendMode(ctx.wi.GetBlendMode());
        else if (ctx.layer)
            renderer.SetBlendMode(ctx.layer.GetBlendMode());
        renderer.SetRenderTarget(ctx.renderTarget);
        const srcTarget = ctx.GetEffectRenderTarget(ctx.otherFxIndex);
        renderer.SetTexture(srcTarget.GetTexture());
        tempQuad.setFromRect(ctx.screenRect);
        renderer.Quad3(tempQuad, ctx.rcTexBounce);
        if (!ctx.inst)
            renderer.InvalidateRenderTarget(srcTarget);
        if (isDebugFrame)
            DebugLogRenderTargetContents("Post-draw", renderer, ctx.renderTarget)
    }
}
;'use strict';
{
    const C3 = self.C3;
    const NAMES_REGEXP = new RegExp("<(.+?)>","g");
    C3.TimelineManager = class TimelineManager extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._timelineDataManager = C3.New(C3.TimelineDataManager);
            this._pluginInstance = null;
            this._timelines = [];
            this._timelinesByName = new Map;
            this._objectClassToTimelineMap = new Map;
            this._timelinesCreatedByTemplate = new Map;
            this._scheduledTimelines = [];
            this._playingTimelines = [];
            this._hasRuntimeListeners = false;
            this._changingLayout = false;
            this._isTickingTimelines = false;
            this._tickFunc = ()=>this._OnTick();
            this._tick2Func = ()=>this._OnTick2();
            this._beforeLayoutChange = ()=>this._OnBeforeChangeLayout();
            this._layoutChange = ()=>this._OnAfterChangeLayout();
            this._instanceDestroy = e=>this._OnInstanceDestroy(e.instance);
            this._afterLoad = e=>this._OnAfterLoad();
            this._destroyedWhileLoadingState = []
        }
        Release() {
            this.RemoveRuntimeListeners();
            this._tickFunc = null;
            this._tick2Func = null;
            this._beforeLayoutChange = null;
            this._layoutChange = null;
            this._instanceDestroy = null;
            this._afterLoad = null;
            for (const timeline of this._timelines) {
                timeline.Stop();
                timeline.Release()
            }
            C3.clearArray(this._timelines);
            this._timelines = null;
            this._timelineDataManager.Release();
            this._timelineDataManager = null;
            C3.clearArray(this._scheduledTimelines);
            this._scheduledTimelines = null;
            C3.clearArray(this._playingTimelines);
            this._playingTimelines = null;
            this._timelinesByName.clear();
            this._timelinesByName = null;
            this._objectClassToTimelineMap.clear();
            this._objectClassToTimelineMap = null;
            this._timelinesCreatedByTemplate.clear();
            this._timelinesCreatedByTemplate = null;
            C3.clearArray(this._destroyedWhileLoadingState);
            this._destroyedWhileLoadingState = null;
            this._runtime = null
        }
        AddRuntimeListeners() {
            const dispatcher = this._runtime.Dispatcher();
            dispatcher.addEventListener("pretick", this._tickFunc);
            dispatcher.addEventListener("tick2", this._tick2Func);
            dispatcher.addEventListener("beforelayoutchange", this._beforeLayoutChange);
            dispatcher.addEventListener("layoutchange", this._layoutChange);
            dispatcher.addEventListener("instancedestroy", this._instanceDestroy);
            dispatcher.addEventListener("afterload", this._afterLoad)
        }
        RemoveRuntimeListeners() {
            const dispatcher = this._runtime.Dispatcher();
            dispatcher.removeEventListener("pretick", this._tickFunc);
            dispatcher.removeEventListener("tick2", this._tick2Func);
            dispatcher.removeEventListener("beforelayoutchange", this._beforeLayoutChange);
            dispatcher.removeEventListener("layoutchange", this._layoutChange);
            dispatcher.removeEventListener("instancedestroy", this._instanceDestroy);
            dispatcher.removeEventListener("afterload", this._afterLoad)
        }
        Create(timelineData) {
            this._timelineDataManager.Add(timelineData);
            const timeline = C3.TimelineState.CreateInitial(timelineData, this);
            this.Add(timeline);
            this.SetTimelineObjectClassesToMap(timeline);
            this._timelinesCreatedByTemplate.set(timeline.GetName(), 0)
        }
        CreateFromTemplate(template) {
            const timelineDataManager = this.GetTimelineDataManager();
            const templateName = template.GetTemplateName();
            const timelineDataItem = timelineDataManager.Get(templateName);
            const timeline = C3.TimelineState.CreateFromTemplate(`${templateName}:${this._timelinesCreatedByTemplate.get(templateName)}`, timelineDataItem, this);
            this._IncreaseTemplateTimelinesCount(templateName);
            this.Add(timeline);
            return timeline
        }
        _IncreaseTemplateTimelinesCount(templateName) {
            this._timelinesCreatedByTemplate.set(templateName, this._timelinesCreatedByTemplate.get(templateName) + 1)
        }
        _SetCreatedTemplateTimelinesCount() {
            for (const timeline of this._timelines) {
                if (timeline.IsTemplate())
                    continue;
                const templateName = timeline.GetTemplateName();
                this._IncreaseTemplateTimelinesCount(templateName)
            }
        }
        _ClearCreatedTemplateTimelinesCount() {
            for (const templateName of this._timelinesCreatedByTemplate.keys())
                this._timelinesCreatedByTemplate.set(templateName, 0)
        }
        Add(timeline) {
            this._timelines.push(timeline);
            this._timelinesByName.set(timeline.GetName().toLowerCase(), timeline)
        }
        Remove(timeline) {
            if (timeline.IsTemplate())
                return;
            C3.arrayFindRemove(this._timelines, timeline);
            C3.arrayFindRemove(this._scheduledTimelines, timeline);
            C3.arrayFindRemove(this._playingTimelines, timeline);
            this._timelinesByName.delete(timeline.GetName().toLowerCase());
            this.RemoveTimelineFromObjectClassMap(timeline);
            if (!timeline.IsReleased())
                timeline.Release()
        }
        Trigger(method) {
            this._runtime.Trigger(method, this._pluginInstance, null)
        }
        GetRuntime() {
            return this._runtime
        }
        GetTimelineDataManager() {
            return this._timelineDataManager
        }
        SetPluginInstance(inst) {
            this._pluginInstance = inst
        }
        GetPluginInstance() {
            return this._pluginInstance
        }
        *GetTimelines() {
            for (const timeline of this._timelines)
                yield timeline
        }
        SetTimelineObjectClassToMap(objectClass, timeline) {
            if (!this._objectClassToTimelineMap.has(objectClass))
                this._objectClassToTimelineMap.set(objectClass, new Set);
            this._objectClassToTimelineMap.get(objectClass).add(timeline)
        }
        SetTimelineObjectClassesToMap(timeline) {
            for (const objectClass of timeline.GetObjectClasses())
                this.SetTimelineObjectClassToMap(objectClass, timeline)
        }
        RemoveTimelineFromObjectClassMap(timeline) {
            for (const [objectClass,timelines] of this._objectClassToTimelineMap.entries())
                if (timelines.has(timeline)) {
                    timelines.delete(timeline);
                    if (timelines.size === 0)
                        this._objectClassToTimelineMap.delete(objectClass)
                }
        }
        GetTimelinesForObjectClass(objectClass) {
            if (!this._objectClassToTimelineMap.has(objectClass))
                return;
            return this._objectClassToTimelineMap.get(objectClass)
        }
        GetTimelineOfTemplateForInstances(templateTimeline, instancesObject) {
            if (!instancesObject)
                return;
            for (const timeline of this._timelines) {
                const found = instancesObject.every(io=>{
                    return timeline.HasTrackInstance(io.instance, io.trackId)
                }
                );
                if (found)
                    if (timeline.GetName().includes(templateTimeline.GetName()))
                        return timeline
            }
        }
        GetTimelineByName(name) {
            return this._timelinesByName.get(name.toLowerCase()) || null
        }
        GetScheduledOrPlayingTimelineByName(name) {
            for (const timeline of this._scheduledTimelines)
                if (timeline.GetName() === name)
                    return timeline;
            for (const timeline of this._playingTimelines)
                if (timeline.GetName() === name)
                    return timeline;
            return null
        }
        *GetTimelinesByName(name) {
            if (NAMES_REGEXP.test(name)) {
                NAMES_REGEXP.lastIndex = 0;
                let match;
                const uniqueNames = new Set;
                do {
                    match = NAMES_REGEXP.exec(name);
                    if (match) {
                        const names = match[1].split(",");
                        for (const name of names)
                            uniqueNames.add(name)
                    }
                } while (match);
                for (const name of uniqueNames.values()) {
                    const timeline = this.GetTimelineByName(name);
                    if (timeline)
                        yield timeline
                }
                uniqueNames.clear()
            } else {
                const timeline = this.GetTimelineByName(name);
                if (timeline)
                    yield timeline
            }
        }
        *GetTimelinesByTags(tags) {
            for (const timeline of this._timelines)
                if (timeline.HasTags(tags))
                    yield timeline
        }
        AddScheduledTimeline(timeline) {
            if (!this._scheduledTimelines.includes(timeline))
                this._scheduledTimelines.push(timeline);
            this._MaybeEnableRuntimeListeners()
        }
        RemovePlayingTimeline(timeline) {
            C3.arrayFindRemove(this._playingTimelines, timeline);
            this._MaybeDisableRuntimeListeners()
        }
        ScheduleTimeline(timeline) {
            if (this._playingTimelines.includes(timeline)) {
                timeline.SetPlaying(true);
                timeline.SetScheduled(false);
                timeline.SetMarkedForRemoval(false)
            } else {
                timeline.SetPlaying(false);
                timeline.SetScheduled(true);
                timeline.SetMarkedForRemoval(false);
                if (!this._scheduledTimelines.includes(timeline))
                    this._scheduledTimelines.push(timeline)
            }
            this._MaybeEnableRuntimeListeners()
        }
        DeScheduleTimeline(timeline) {
            timeline.SetPlaying(false);
            timeline.SetScheduled(false);
            timeline.ResolvePlayPromise();
            C3.arrayFindRemove(this._scheduledTimelines, timeline);
            this._MaybeDisableRuntimeListeners()
        }
        CompleteTimeline(timeline) {
            timeline.SetPlaying(false);
            timeline.SetScheduled(false);
            timeline.SetMarkedForRemoval(true)
        }
        CompleteTimelineAndResolve(timeline) {
            this.CompleteTimeline(timeline);
            timeline.ResolvePlayPromise()
        }
        _OnTick() {
            if (this.GetRuntime().IsLoadingState())
                return;
            if (!this._hasRuntimeListeners)
                return;
            if (this._changingLayout)
                return;
            let renderChange = false;
            this._isTickingTimelines = true;
            while (this._scheduledTimelines.length) {
                const timeline = this._scheduledTimelines.pop();
                timeline.SetInitialState();
                this._playingTimelines.push(timeline)
            }
            const dt = this._runtime.GetDt();
            const ts = this._runtime.GetTimeScale();
            for (const t of this._playingTimelines) {
                if (t.IsMarkedForRemoval())
                    continue;
                const change = t.Tick(dt, ts);
                if (!renderChange && change)
                    renderChange = true
            }
            this._isTickingTimelines = false;
            if (renderChange)
                this.GetRuntime().UpdateRender()
        }
        _OnTick2() {
            if (this.GetRuntime().IsLoadingState())
                return;
            if (!this._hasRuntimeListeners)
                return;
            if (this._changingLayout)
                return;
            let timelinesToRemove;
            for (const t of this._playingTimelines) {
                if (!t.IsMarkedForRemoval())
                    continue;
                if (!timelinesToRemove)
                    timelinesToRemove = new Set;
                this._MaybeExecuteTimelineFinishTriggers(t);
                timelinesToRemove.add(t)
            }
            if (timelinesToRemove)
                C3.arrayRemoveAllInSet(this._playingTimelines, timelinesToRemove);
            this._MaybeDisableRuntimeListeners()
        }
        _MaybeExecuteTimelineFinishTriggers(timeline) {
            if (timeline.IsReleased())
                return;
            if (!timeline.HasValidTracks())
                return;
            if (timeline.IsComplete() && timeline.InitialStateSet())
                timeline.FinishTriggers()
        }
        _MaybeEnableRuntimeListeners() {
            if (this._hasRuntimeListeners)
                return;
            this._hasRuntimeListeners = true
        }
        _MaybeDisableRuntimeListeners() {
            if (this._playingTimelines.length)
                return;
            if (this._scheduledTimelines.length)
                return;
            if (this._isTickingTimelines)
                return;
            this._hasRuntimeListeners = false
        }
        _OnBeforeChangeLayout() {
            this._changingLayout = true;
            while (this._scheduledTimelines.length)
                this.DeScheduleTimeline(this._scheduledTimelines.pop());
            const timelinesToRemove = new Set;
            for (const t of this._playingTimelines) {
                const remove = t._OnBeforeChangeLayout();
                if (remove)
                    timelinesToRemove.add(t)
            }
            C3.arrayRemoveAllInSet(this._playingTimelines, timelinesToRemove);
            this._MaybeDisableRuntimeListeners();
            for (const timeline of this._timelines)
                timeline.CleanCaches()
        }
        _OnAfterChangeLayout() {
            this._changingLayout = false
        }
        _OnInstanceDestroy(instance) {
            const objectClass = instance.GetObjectClass();
            const timelines = this.GetTimelinesForObjectClass(objectClass);
            if (!timelines)
                return;
            if (this._runtime.IsLoadingState())
                this._destroyedWhileLoadingState.push(instance);
            else
                for (const timeline of timelines) {
                    if (timeline.IsTemplate())
                        continue;
                    if (timeline.IsReleased()) {
                        this.Remove(timeline);
                        continue
                    }
                    if (!timeline.HasValidTracks()) {
                        this._MaybeExecuteTimelineFinishTriggers(timeline);
                        this.Remove(timeline)
                    }
                }
        }
        _OnAfterLoad() {
            for (const destroyedInstance of this._destroyedWhileLoadingState)
                this._OnInstanceDestroy(destroyedInstance);
            C3.clearArray(this._destroyedWhileLoadingState)
        }
        _SaveToJson() {
            return {
                "timelinesJson": this._SaveTimelinesToJson(),
                "scheduledTimelinesJson": this._SaveScheduledTimelinesToJson(),
                "playingTimelinesJson": this._SavePlayingTimelinesToJson(),
                "hasRuntimeListeners": this._hasRuntimeListeners,
                "changingLayout": this._changingLayout,
                "isTickingTimelines": this._isTickingTimelines
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._ClearCreatedTemplateTimelinesCount();
            this._LoadTimelinesFromJson(o["timelinesJson"]);
            this._LoadScheduledTimelinesFromJson(o["scheduledTimelinesJson"]);
            this._LoadPlayingTimelinesFromJson(o["playingTimelinesJson"]);
            this._hasRuntimeListeners = !o["hasRuntimeListeners"];
            this._changingLayout = !!o["changingLayout"];
            this._isTickingTimelines = !!o["isTickingTimelines"];
            this._SetCreatedTemplateTimelinesCount();
            this._MaybeEnableRuntimeListeners();
            this._MaybeDisableRuntimeListeners()
        }
        _SaveTimelinesToJson() {
            return this._timelines.map(timelineState=>timelineState._SaveToJson())
        }
        _LoadTimelinesFromJson(timelinesJson) {
            for (const timelineJson of timelinesJson) {
                let timeline = this.GetTimelineByName(timelineJson["name"]);
                if (timeline)
                    timeline._LoadFromJson(timelineJson);
                else {
                    const templateName = this._GetTemplateNameFromJson(timelineJson);
                    if (!templateName)
                        continue;
                    const templateTimeline = this.GetTimelineByName(templateName);
                    timeline = this.CreateFromTemplate(templateTimeline);
                    timeline._LoadFromJson(timelineJson)
                }
                if (!timeline.HasTracks())
                    this.Remove(timeline)
            }
        }
        _GetTemplateNameFromJson(timelineJson) {
            const name = timelineJson["name"];
            const nameParts = name.split(":");
            if (!nameParts || nameParts.length !== 2)
                return null;
            return nameParts[0]
        }
        _SaveScheduledTimelinesToJson() {
            return this._SaveTimelines(this._scheduledTimelines)
        }
        _LoadScheduledTimelinesFromJson(scheduledTimelinesJson) {
            this._LoadTimelines(scheduledTimelinesJson, this._scheduledTimelines)
        }
        _SavePlayingTimelinesToJson() {
            return this._SaveTimelines(this._playingTimelines)
        }
        _LoadPlayingTimelinesFromJson(playingTimelinesJson) {
            this._LoadTimelines(playingTimelinesJson, this._playingTimelines)
        }
        _IsTimelineInJson(timeline, json) {
            for (const name of json)
                if (name === timeline.GetName())
                    return true;
            return false
        }
        _SaveTimelines(collection) {
            return collection.map(t=>t.GetName())
        }
        _LoadTimelines(timelinesJson, collection) {
            const timelinesToRemove = new Set;
            for (const timeline of collection)
                if (!this._IsTimelineInJson(timeline, timelinesJson))
                    timelinesToRemove.add(timeline);
            C3.arrayRemoveAllInSet(collection, timelinesToRemove);
            const ff = tn=>t=>t.GetName() === tn;
            for (const name of timelinesJson) {
                const timeline = this.GetTimelineByName(name);
                if (timeline) {
                    const t = collection.find(ff(name));
                    if (!t)
                        collection.push(timeline)
                }
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const PING_PONG_BEGIN = 0;
    const PING_PONG_END = 1;
    C3.TimelineState = class Timeline extends C3.DefendedBase {
        constructor(name, timelineDataItem, timelineManager) {
            super();
            this._runtime = timelineManager.GetRuntime();
            this._timelineManager = timelineManager;
            this._timelineDataItem = timelineDataItem;
            this._name = name;
            this._tracks = [];
            for (const trackDataItem of this._timelineDataItem.GetTrackData().trackDataItems())
                this._tracks.push(C3.TrackState.Create(this, trackDataItem));
            this._playPromise = null;
            this._playResolve = null;
            this._playheadTime = C3.New(C3.KahanSum);
            this._playheadTime.Set(0);
            this._playbackRate = 1;
            this._pingPongState = PING_PONG_BEGIN;
            this._currentRepeatCount = 1;
            this._isPlaying = false;
            this._isScheduled = false;
            this._initialStateSet = false;
            this._complete = true;
            this._released = false;
            this._markedForRemoval = false;
            this._completedTick = -1;
            this._implicitPause = false;
            this._isTemplate = false;
            this._finishedTriggers = false;
            this._firstTick = false;
            this._lastDelta = NaN;
            this._tags = [""];
            this._stringTags = "";
            this._tagsChanged = false
        }
        static CreateInitial(timelineDataJson, timelineManager) {
            const timelineDataManager = timelineManager.GetTimelineDataManager();
            const nameId = timelineDataManager.GetNameId();
            const timelineDataItem = timelineDataManager.Get(timelineDataJson[nameId]);
            const timeline = C3.New(C3.TimelineState, timelineDataJson[nameId], timelineDataItem, timelineManager);
            timeline.SetIsTemplate(true);
            return timeline
        }
        static CreateFromTemplate(name, timelineDataItem, timelineManager) {
            return C3.New(C3.TimelineState, name, timelineDataItem, timelineManager)
        }
        static get WORLD_INSTANCE_BOX_CHANGE() {
            return 1
        }
        static get LAYOUT_RENDER_CHANGE() {
            return C3.nextHighestPowerOfTwo(1)
        }
        Release() {
            if (this.IsReleased())
                return;
            this._timelineManager.DeScheduleTimeline(this);
            this._timelineManager.CompleteTimelineAndResolve(this);
            for (const track of this._tracks)
                track.Release();
            C3.clearArray(this._tracks);
            this._tracks = null;
            this._playheadTime.Release();
            this._playheadTime = null;
            this._runtime = null;
            this._timelineManager = null;
            this._timelineDataItem = null;
            this._released = true;
            this._playPromise = null;
            this._playResolve = null
        }
        GetTimelineManager() {
            return this._timelineManager
        }
        GetRuntime() {
            return this._runtime
        }
        GetTracks() {
            return this._tracks
        }
        GetSimilarPropertyTracks(instance, sourceAdapter, propertyName) {
            const ret = [];
            for (const track of this._tracks) {
                if (instance !== track.GetInstance())
                    continue;
                const propertyTrack = track.GetPropertyTrack(propertyName);
                if (!propertyTrack)
                    continue;
                if (sourceAdapter.constructor !== propertyTrack.GetSourceAdapter().constructor)
                    continue;
                ret.push(propertyTrack)
            }
            return ret
        }
        HasTracks() {
            return !!this._tracks.length
        }
        GetTrackById(trackId) {
            for (const track of this._tracks)
                if (C3.equalsNoCase(track.GetId(), trackId))
                    return track;
            return null
        }
        SetName(name) {
            this._name = name
        }
        GetName() {
            return this._name
        }
        GetTimelineDataItem() {
            return this._timelineDataItem
        }
        GetTemplateName() {
            return this._timelineDataItem.GetName()
        }
        GetTotalTime() {
            return this._timelineDataItem.GetTotalTime()
        }
        SetTotalTime(tt) {
            this._timelineDataItem.SetTotalTime(tt)
        }
        GetStep() {
            return this._timelineDataItem.GetStep()
        }
        SetStep(s) {
            this._timelineDataItem.SetStep(s)
        }
        GetInterpolationMode() {
            return this._timelineDataItem.GetInterpolationMode()
        }
        SetInterpolationMode(im) {
            this._timelineDataItem.SetInterpolationMode(im)
        }
        GetResultMode() {
            return this._timelineDataItem.GetResultMode()
        }
        SetResultMode(rm) {
            this._timelineDataItem.GetResultMode(rm)
        }
        SetEase(e) {
            for (const track of this.GetTracks())
                track.SetEase(e)
        }
        GetLoop() {
            return this._timelineDataItem.GetLoop()
        }
        SetLoop(l) {
            return this._timelineDataItem.SetLoop(l)
        }
        GetPingPong() {
            return this._timelineDataItem.GetPingPong()
        }
        SetPingPong(p) {
            return this._timelineDataItem.SetPingPong(p)
        }
        GetRepeatCount() {
            return this._timelineDataItem.GetRepeatCount()
        }
        SetPlaybackRate(r) {
            return this._playbackRate = r
        }
        GetPlaybackRate() {
            return this._playbackRate
        }
        IsForwardPlayBack() {
            if (!this.IsPlaying())
                return true;
            return this._playbackRate > 0
        }
        GetPlayPromise() {
            if (this._playPromise)
                return this._playPromise;
            this._playPromise = new Promise(resolve=>{
                this._playResolve = resolve
            }
            );
            return this._playPromise
        }
        ResolvePlayPromise() {
            if (!this._playPromise)
                return;
            this._playResolve();
            this._playPromise = null;
            this._playResolve = null
        }
        SetTags(tags) {
            this._tags = C3.TimelineState._GetTagArray(tags);
            this._tagsChanged = true
        }
        GetTags() {
            return this._tags
        }
        GetStringTags() {
            if (this._tagsChanged)
                this._stringTags = this._tags.join(" ");
            this._tagsChanged = false;
            return this._stringTags
        }
        HasTags(tags) {
            if (!this._tags)
                return false;
            if (!this._tags.length)
                return false;
            const t = C3.TimelineState._GetTagArray(tags);
            if (!t)
                return false;
            if (!t.length)
                return false;
            return t.every(C3.TimelineState._HasTag, this)
        }
        OnStarted() {
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(this);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimelineStarted);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimelineStartedByName);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimelineStartedByTags);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnAnyTimelineStarted);
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(null)
        }
        OnCompleted() {
            this._completedTick = this._runtime.GetTickCount()
        }
        FinishTriggers() {
            if (this._finishedTriggers)
                return;
            this._finishedTriggers = true;
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(this);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimelineFinished);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimelineFinishedByName);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimelineFinishedByTags);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnAnyTimelineFinished);
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(null)
        }
        SetPlaying(p) {
            this._isPlaying = p
        }
        IsCompletedTick() {
            return this._completedTick === this._runtime.GetTickCount()
        }
        IsPlaying(playingOnly=false) {
            if (this.IsCompletedTick())
                return true;
            if (this.IsScheduled() && !playingOnly)
                return true;
            return this._isPlaying
        }
        _IsPlaying() {
            return this.IsPlaying(true)
        }
        IsPaused() {
            return this._IsPaused()
        }
        _IsPaused() {
            if (this.IsReleased())
                return false;
            if (this.IsScheduled())
                return false;
            if (this._IsPlaying())
                return false;
            if (this.IsComplete())
                return false;
            return true
        }
        SetScheduled(s) {
            this._isScheduled = s
        }
        IsScheduled() {
            return this._isScheduled
        }
        SetComplete(c) {
            this._complete = c;
            const t = this.GetTime();
            if (t <= 0 || t >= this.GetTotalTime())
                this._complete = true
        }
        IsComplete() {
            return this._complete
        }
        IsReleased() {
            return this._released
        }
        SetMarkedForRemoval(mfr) {
            this._markedForRemoval = mfr
        }
        IsMarkedForRemoval() {
            return this._markedForRemoval
        }
        SetImplicitPause(ip) {
            this._implicitPause = ip
        }
        IsImplicitPause() {
            return this._implicitPause
        }
        SetIsTemplate(it) {
            this._isTemplate = !!it
        }
        IsTemplate() {
            return this._isTemplate
        }
        InitialStateSet() {
            return this._initialStateSet
        }
        GetTime() {
            return this._playheadTime.Get()
        }
        SetTime(time) {
            const lastGlobalTime = this.GetTime();
            this._SetTime(time);
            this.SetComplete(false);
            if (!this.IsComplete())
                this.SetImplicitPause(true);
            if (!this._IsPlaying() && !this.IsScheduled() && this._initialStateSet)
                ;
            else if (!this._IsPlaying() && !this.IsScheduled() && !this._initialStateSet)
                this.SetInitialStateFromSetTime();
            else if (this._IsPlaying())
                this.Stop();
            else if (this.IsScheduled()) {
                this._timelineManager.DeScheduleTimeline(this);
                this.SetInitialStateFromSetTime()
            }
            const renderChange = this._Interpolate(time, false, true, true, lastGlobalTime);
            if (renderChange)
                this.GetRuntime().UpdateRender();
            this._OnSetTime()
        }
        _SetTime(time) {
            if (time < 0)
                this._playheadTime.Set(0);
            else if (time >= this.GetTotalTime())
                this._playheadTime.Set(this.GetTotalTime());
            else
                this._playheadTime.Set(time)
        }
        _OnSetTime() {
            if (!C3.Plugins.Timeline || this.constructor !== C3.TimelineState)
                return;
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(this);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimeSet);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimeSetByName);
            this._timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnTimeSetByTags);
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(null)
        }
        _CanResume() {
            if (this.GetLoop())
                return true;
            else if (this.GetPingPong() && this._pingPongState === PING_PONG_END)
                if (this.IsForwardPlayBack()) {
                    if (this.GetTime() >= this.GetTotalTime())
                        return false
                } else {
                    if (this.GetTime() <= 0)
                        return false
                }
            else if (!this.GetLoop() && !this.GetPingPong())
                if (this.IsForwardPlayBack()) {
                    if (this.GetTime() >= this.GetTotalTime())
                        return false
                } else if (this.GetTime() <= 0)
                    return false;
            return true
        }
        Resume() {
            if (this.IsReleased())
                return;
            if (this._CanResume())
                this.Play(true)
        }
        Play(resume=false) {
            if (this.IsReleased())
                return false;
            if (this.IsScheduled())
                return false;
            if (this._IsPlaying() && this.IsCompletedTick())
                return this._SchedulePlayingTimeline();
            if (this._IsPlaying())
                return false;
            if (!this.IsComplete() && !resume && !this.IsImplicitPause())
                return false;
            return this._ScheduleStoppedTimeline()
        }
        _SchedulePlayingTimeline() {
            this.SetImplicitPause(false);
            this._timelineManager.RemovePlayingTimeline(this);
            this._timelineManager.ScheduleTimeline(this);
            this.GetPlayPromise();
            return true
        }
        _ScheduleStoppedTimeline() {
            this.SetImplicitPause(false);
            this._timelineManager.ScheduleTimeline(this);
            this.GetPlayPromise();
            return true
        }
        Stop(completed=false) {
            if (this.IsReleased())
                return;
            this.SetComplete(completed);
            this._timelineManager.CompleteTimeline(this);
            if (this.IsComplete())
                this.ResolvePlayPromise()
        }
        Reset(render=true, beforeChangeLayout=false) {
            if (this.IsReleased())
                return;
            if (!this._IsPlaying() && this.IsScheduled())
                return this._timelineManager.DeScheduleTimeline(this);
            if (this.IsComplete())
                return;
            this.Stop(true);
            if (this.IsForwardPlayBack())
                this._SetTime(0);
            else
                this._SetTime(this.GetTotalTime());
            let renderChange;
            const time = this.GetTime();
            if (beforeChangeLayout)
                renderChange = this._InterpolateBeforeChangeLayout(time);
            else
                renderChange = this._Interpolate(time, false, false, true);
            if (render)
                this._OnSetTime();
            if (renderChange && render)
                this.GetRuntime().UpdateRender()
        }
        ResetBeforeChangeLayout() {
            this.Reset(false, true)
        }
        _InterpolateBeforeChangeLayout(time) {
            this._Interpolate(time, false, false, true, NaN, false, true)
        }
        _OnBeforeChangeLayout() {
            if (this.IsReleased())
                return true;
            if (this.HasValidGlobalTracks())
                return false;
            this._timelineManager.CompleteTimeline(this);
            this.ResetBeforeChangeLayout();
            return true
        }
        SetInitialStateFromSetTime() {
            this.SetInitialState(true)
        }
        SetInitialState(fromSetTime) {
            if (this.IsMarkedForRemoval())
                return;
            if (fromSetTime) {
                this._initialStateSet = true;
                this._firstTick = true;
                for (const track of this._tracks)
                    track.SetInitialState()
            } else {
                this.SetPlaying(true);
                this.SetScheduled(false);
                this.OnStarted();
                if (this.IsComplete()) {
                    this._completedTick = -1;
                    this._pingPongState = PING_PONG_BEGIN;
                    this._currentRepeatCount = 1;
                    this._complete = false;
                    this._finishedTriggers = false;
                    this._initialStateSet = true;
                    this._firstTick = true;
                    if (this.IsForwardPlayBack())
                        this._SetTime(0);
                    else
                        this._SetTime(this.GetTotalTime());
                    for (const track of this._tracks)
                        track.SetInitialState()
                } else {
                    this._firstTick = true;
                    for (const track of this._tracks)
                        track.SetResumeState()
                }
            }
        }
        Tick(deltaTime, timeScale) {
            if (deltaTime === 0 && this._lastDelta === 0)
                return;
            this._lastDelta = deltaTime;
            const lastTime = this.GetTime();
            const newDeltaTime = deltaTime * timeScale * this._playbackRate;
            this._SetTime(lastTime + newDeltaTime);
            let complete;
            if (!this.GetLoop() && !this.GetPingPong())
                complete = this._SimpleCompleteCheck();
            else if (this.GetLoop() && !this.GetPingPong())
                complete = this._LoopCompleteCheck();
            else if (!this.GetLoop() && this.GetPingPong())
                complete = this._PingPongCompleteCheck();
            else if (this.GetLoop() && this.GetPingPong())
                complete = this._LoopPingPongCompleteCheck();
            if (complete) {
                for (const track of this._tracks)
                    track.SetEndState();
                this.Stop(true);
                this.OnCompleted();
                return true
            } else
                return this._Interpolate(this.GetTime(), true, false, false, lastTime, true)
        }
        _Interpolate(time, isTicking=false, setTime=false, ensureValue=false, lastTime=NaN, onTickCall=false, ignoreGlobals=false) {
            let renderChange = false;
            for (const track of this._tracks)
                track.BeforeInterpolate();
            for (const track of this._tracks) {
                let t = time;
                if (typeof lastTime === "number") {
                    const globalTime = this.GetTime();
                    const localTime = globalTime - track.GetStartOffset();
                    const lastLocalTime = lastTime - track.GetStartOffset();
                    if (localTime < 0 && lastLocalTime > 0) {
                        t = track.GetStartOffset();
                        this._SetTime(t)
                    }
                }
                const change = track.Interpolate(t, isTicking, setTime, ensureValue, this._firstTick, ignoreGlobals);
                if (!renderChange && change)
                    renderChange = true
            }
            for (const track of this._tracks)
                track.AfterInterpolate();
            if (this._firstTick && onTickCall)
                this._firstTick = false;
            return renderChange
        }
        _SimpleCompleteCheck() {
            if (this.IsForwardPlayBack()) {
                if (this.GetTime() >= this.GetTotalTime())
                    if (this._currentRepeatCount < this.GetRepeatCount()) {
                        this._currentRepeatCount++;
                        this._SetTime(0)
                    } else {
                        this._SetTime(this.GetTotalTime());
                        return true
                    }
            } else if (this.GetTime() <= 0)
                if (this._currentRepeatCount < this.GetRepeatCount()) {
                    this._currentRepeatCount++;
                    this._SetTime(this.GetTotalTime())
                } else {
                    this._SetTime(0);
                    return true
                }
            return false
        }
        _LoopCompleteCheck() {
            if (this.IsForwardPlayBack()) {
                if (this.GetTime() >= this.GetTotalTime())
                    this._SetTime(0)
            } else if (this.GetTime() <= 0)
                this._SetTime(this.GetTotalTime());
            return false
        }
        _PingPongCompleteCheck() {
            if (this.IsForwardPlayBack()) {
                if (this.GetTime() >= this.GetTotalTime()) {
                    this._SetTime(this.GetTotalTime());
                    this.SetPlaybackRate(this.GetPlaybackRate() * -1);
                    if (this._pingPongState === PING_PONG_END)
                        if (this._currentRepeatCount < this.GetRepeatCount()) {
                            this._currentRepeatCount++;
                            this._pingPongState = PING_PONG_BEGIN
                        } else
                            return true;
                    else if (this._pingPongState === PING_PONG_BEGIN)
                        this._pingPongState = PING_PONG_END
                }
            } else if (this.GetTime() <= 0) {
                this._SetTime(0);
                this.SetPlaybackRate(this.GetPlaybackRate() * -1);
                if (this._pingPongState === PING_PONG_END)
                    if (this._currentRepeatCount < this.GetRepeatCount()) {
                        this._currentRepeatCount++;
                        this._pingPongState = PING_PONG_BEGIN
                    } else
                        return true;
                else if (this._pingPongState === PING_PONG_BEGIN)
                    this._pingPongState = PING_PONG_END
            }
            return false
        }
        _LoopPingPongCompleteCheck() {
            if (this.IsForwardPlayBack()) {
                if (this.GetTime() >= this.GetTotalTime()) {
                    this._SetTime(this.GetTotalTime());
                    this.SetPlaybackRate(this.GetPlaybackRate() * -1)
                }
            } else if (this.GetTime() <= 0) {
                this._SetTime(0);
                this.SetPlaybackRate(this.GetPlaybackRate() * -1)
            }
            return false
        }
        AddTrack() {
            const trackDataItem = this._timelineDataItem.GetTrackData().AddEmptyTrackDataItem();
            const track = C3.TrackState.Create(this, trackDataItem);
            this._tracks.push(track);
            return track
        }
        CleanCaches() {
            for (const track of this._tracks)
                track.CleanCaches()
        }
        ClearTrackInstances() {
            for (const track of this._tracks)
                track.ClearInstance()
        }
        SetTrackInstance(trackId, instance) {
            if (!instance)
                return;
            for (const track of this._tracks)
                if (trackId) {
                    if (track.GetId() !== trackId)
                        continue;
                    track.SetInstance(instance);
                    this._timelineManager.SetTimelineObjectClassToMap(instance.GetObjectClass(), this);
                    break
                } else {
                    if (track.HasInstance())
                        continue;
                    track.SetInstance(instance);
                    this._timelineManager.SetTimelineObjectClassToMap(instance.GetObjectClass(), this);
                    break
                }
        }
        HasTrackInstance(instance, trackId) {
            for (const track of this._tracks)
                if (trackId) {
                    if (trackId === track.GetId() && instance === track.GetInstance())
                        return true
                } else if (instance === track.GetInstance())
                    return true;
            return false
        }
        HasValidTracks() {
            return this._tracks.some(t=>t.CanInstanceBeValid())
        }
        HasValidGlobalTracks() {
            return this._tracks.some(t=>{
                if (!t.CanInstanceBeValid())
                    return false;
                const objectClass = t.GetObjectClass();
                if (!objectClass)
                    return false;
                return objectClass.IsGlobal()
            }
            )
        }
        GetPropertyTrack(propertyName) {
            for (const track of this.GetTracks())
                for (const propertyTrack of track.GetPropertyTracks())
                    if (propertyTrack.GetPropertyName() === propertyName)
                        return propertyTrack
        }
        GetKeyframeWithTags(tags) {
            let tagsArray = tags ? tags.split(" ") : [];
            const tagsSet = new Set(tagsArray.map(t=>t.toLowerCase().trim()));
            tagsArray = [...tagsSet.values()];
            for (const track of this.GetTracks())
                for (const keyframeDataItem of track.GetKeyframeDataItems()) {
                    const hasAllTags = tagsArray.every(t=>keyframeDataItem.HasTag(t));
                    if (hasAllTags)
                        return keyframeDataItem
                }
        }
        GetObjectClasses() {
            const ret = [];
            for (const track of this.GetTracks())
                ret.push(track.GetObjectClass());
            return ret.filter(oc=>oc)
        }
        _SaveToJson() {
            return {
                "tracksJson": this._SaveTracksToJson(),
                "name": this._name,
                "playheadTime": this.GetTime(),
                "playbackRate": this._playbackRate,
                "pingPongState": this._pingPongState,
                "currentRepeatCount": this._currentRepeatCount,
                "isPlaying": this._isPlaying,
                "isScheduled": this._isScheduled,
                "initialStateSet": this._initialStateSet,
                "finishedTriggers": this._finishedTriggers,
                "complete": this._complete,
                "released": this._released,
                "markedForRemoval": this._markedForRemoval,
                "completedTick": this._completedTick,
                "implicitPause": this._implicitPause,
                "isTemplate": this._isTemplate,
                "tags": this._tags.join(" "),
                "stringTags": this._stringTags,
                "tagsChanged": this._tagsChanged,
                "firstTick": this._firstTick
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._LoadTracksFromJson(o["tracksJson"]);
            this._name = o["name"];
            this._playheadTime.Set(o["playheadTime"]);
            this._playbackRate = o["playbackRate"];
            this._pingPongState = o["pingPongState"];
            this._currentRepeatCount = o["currentRepeatCount"];
            this._isPlaying = !!o["isPlaying"];
            this._isScheduled = !!o["isScheduled"];
            this._initialStateSet = !!o["initialStateSet"];
            this._finishedTriggers = o.hasOwnProperty("finishedTriggers") ? !!o["finishedTriggers"] : false;
            this._complete = !!o["complete"];
            this._released = !!o["released"];
            this._markedForRemoval = !!o["markedForRemoval"];
            this._completedTick = o["completedTick"];
            this._implicitPause = !!o["implicitPause"];
            this._isTemplate = !!o["isTemplate"];
            this._tags = o["tags"].split(" ");
            this._stringTags = o["stringTags"];
            this._tagsChanged = !!o["tagsChanged"];
            this._firstTick = !!o["firstTick"]
        }
        _SaveTracksToJson() {
            return this._tracks.map(trackState=>trackState._SaveToJson())
        }
        _LoadTracksFromJson(tracksJson) {
            tracksJson.forEach((trackJson,i)=>{
                const track = this._tracks[i];
                track._LoadFromJson(trackJson)
            }
            );
            this._tracks.filter(track=>track.CanInstanceBeValid())
        }
        static _HasTag(tag) {
            const tags = this.GetTags();
            if (tag === "")
                return tags.length === 1 && tags[0] === "";
            return tags.includes(tag)
        }
        static _GetTagArray(tags) {
            if (C3.IsArray(tags))
                return tags.slice(0);
            if (C3.IsString(tags))
                return tags.split(" ")
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.TrackState = class Track extends C3.DefendedBase {
        constructor(timeline, trackDataItem) {
            super();
            this._timeline = timeline;
            this._trackDataItem = trackDataItem;
            this._trackData = trackDataItem.GetTrackData();
            this._instanceUid = NaN;
            this._objectClassIndex = NaN;
            this._instance = null;
            this._worldInfo = null;
            this._isNested = trackDataItem.GetStartOffset() > 0;
            this._initialStateOfNestedSet = false;
            this._endStateOfNestedSet = false;
            this._lastKeyframeDataItem = null;
            this._keyframeDataItems = this._trackDataItem.GetKeyframeData().GetKeyframeDataItemArray();
            this._propertyTracks = [];
            for (const propertyTrackDataItem of this._trackDataItem.GetPropertyTrackData().propertyTrackDataItems())
                this._propertyTracks.push(C3.PropertyTrackState.Create(this, propertyTrackDataItem))
        }
        static Create(timeline, trackDataItem) {
            return C3.New(C3.TrackState, timeline, trackDataItem)
        }
        Release() {
            this._keyframeDataItems = null;
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.Release();
            C3.clearArray(this._propertyTracks);
            this._propertyTracks = null;
            this._timeline = null;
            this._instance = null;
            this._worldInfo = null;
            this._trackDataItem = null;
            this._lastKeyframeDataItem = null
        }
        CleanCaches() {
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.CleanCaches();
            this._instance = null;
            this._worldInfo = null
        }
        GetTimeline() {
            return this._timeline
        }
        GetRuntime() {
            return this._timeline.GetRuntime()
        }
        GetKeyframeDataItems() {
            if (this._keyframeDataItems)
                return this._keyframeDataItems;
            this._keyframeDataItems = this._trackDataItem.GetKeyframeData().GetKeyframeDataItemArray();
            return this._keyframeDataItems
        }
        GetPropertyTracks() {
            return this._propertyTracks
        }
        GetPropertyTrack(propertyName) {
            for (const propertyTrack of this._propertyTracks)
                if (propertyTrack.GetPropertyName() === propertyName)
                    return propertyTrack
        }
        MaybeGetInstance() {
            if (!this._instance)
                this.GetInstance()
        }
        IsInstanceValid() {
            if (!this._instance)
                return false;
            return !this._instance.IsDestroyed()
        }
        CanInstanceBeValid() {
            const uid = this.GetInstanceUID();
            const instance = this.GetRuntime().GetInstanceByUID(uid);
            if (!instance)
                return false;
            return !instance.IsDestroyed()
        }
        GetObjectClass() {
            const index = this.GetObjectClassIndex();
            if (index === -1)
                return;
            return this.GetRuntime().GetObjectClassByIndex(index)
        }
        ClearInstance() {
            this._instance = null;
            this._instanceUid = -1;
            this._worldInfo = null;
            this._objectClassIndex = -1
        }
        HasInstance() {
            return !!this._instance
        }
        GetInstance() {
            if (this._instance && this.IsInstanceValid())
                return this._instance;
            const uid = this.GetInstanceUID();
            this._instance = this.GetRuntime().GetInstanceByUID(uid);
            return this._instance
        }
        SetInstance(instance) {
            if (this._instance === instance)
                return;
            this.CleanCaches();
            this._instance = instance;
            this._objectClassIndex = instance.GetObjectClass().GetIndex();
            this._instanceUid = instance.GetUID();
            this._worldInfo = instance.GetWorldInfo();
            for (const item of this.propertyTrackItems()) {
                const propertyTrack = item.propertyTrack;
                const sourceAdapter = item.sourceAdapter;
                const id = propertyTrack.GetSourceAdapterId();
                switch (id) {
                case "instance-variable":
                    {
                        const index = sourceAdapter.GetEditorIndex();
                        const objectClass = instance.GetObjectClass();
                        const i = objectClass.GetInstanceVariableIndexByName(item.name);
                        const name = objectClass.GetInstanceVariableName(i);
                        const type = objectClass.GetInstanceVariableType(i);
                        if (name === item.name && type === item.type)
                            sourceAdapter.UpdateInstanceVariableIndex(i);
                        break
                    }
                case "behavior":
                    {
                        const timelineBehaviorType = item.behaviorType;
                        const trackObjectClass = this.GetObjectClass();
                        const objectClass = instance.GetObjectClass();
                        const instanceBehaviorType = sourceAdapter.GetBehaviorType(objectClass);
                        if (timelineBehaviorType && instanceBehaviorType) {
                            const name = timelineBehaviorType.GetName();
                            const templateBehaviorIndex = trackObjectClass.GetBehaviorIndexByName(name);
                            const instanceBehaviorIndex = objectClass.GetBehaviorIndexByName(name);
                            const propertyIndex = sourceAdapter.GetEditorIndex();
                            sourceAdapter.UpdateBehaviorTypeSid(instanceBehaviorType.GetSID())
                        }
                        break
                    }
                }
            }
        }
        *propertyTrackItems() {
            for (const propertyTrack of this._propertyTracks) {
                const sourceAdapter = propertyTrack.GetSourceAdapter();
                const objectClass = this.GetObjectClass();
                const ret = {
                    propertyTrack: propertyTrack,
                    sourceAdapter: sourceAdapter
                };
                switch (propertyTrack.GetSourceAdapterId()) {
                case "world-instance":
                    {
                        ret.property = propertyTrack.GetPropertyName();
                        break
                    }
                case "instance-variable":
                    {
                        const index = sourceAdapter.GetEditorIndex();
                        ret.name = objectClass.GetInstanceVariableName(index);
                        ret.type = objectClass.GetInstanceVariableType(index);
                        break
                    }
                case "effect":
                    {
                        const effectList = objectClass.GetEffectList();
                        const effectType = sourceAdapter.GetEffectType(effectList);
                        ret.effectType = effectType;
                        break
                    }
                case "behavior":
                    {
                        const behaviorType = sourceAdapter.GetBehaviorType(objectClass);
                        ret.behaviorType = behaviorType;
                        break
                    }
                case "plugin":
                    {
                        ret.plugin = objectClass.GetPlugin();
                        break
                    }
                }
                yield ret
            }
        }
        GetWorldInfo() {
            if (this._worldInfo && this.IsInstanceValid())
                return this._worldInfo;
            const instance = this.GetInstance();
            if (instance)
                this._worldInfo = instance.GetWorldInfo();
            return this._worldInfo
        }
        GetTrackDataItem() {
            return this._trackDataItem
        }
        GetInstanceUID() {
            if (this._instanceUid)
                return this._instanceUid;
            return this._trackDataItem.GetInstanceUID()
        }
        SetInstanceUID(uid) {
            this._trackDataItem.SetInstanceUID(uid)
        }
        GetInterpolationMode() {
            return this._trackDataItem.GetInterpolationMode()
        }
        SetInterpolationMode(im) {
            this._trackDataItem.SetInterpolationMode(im)
        }
        GetResultMode() {
            return this._trackDataItem.GetResultMode()
        }
        GetId() {
            return this._trackDataItem.GetId()
        }
        GetStartOffset() {
            return this._trackDataItem.GetStartOffset()
        }
        GetLocalTotalTime() {
            return this._trackDataItem.GetLocalTotalTime()
        }
        SetResultMode(rm) {
            this._trackDataItem.SetResultMode(rm)
        }
        SetEase(e) {
            for (const keyframeDataItem of this.GetKeyframeDataItems())
                keyframeDataItem.SetEase(e);
            for (const propertyTrack of this.GetPropertyTracks())
                propertyTrack.SetEase(e)
        }
        GetEnable() {
            return this._trackDataItem.GetEnable()
        }
        SetEnable(e) {
            this._trackDataItem.SetEnable(e)
        }
        GetObjectClassIndex() {
            if (!isNaN(this._objectClassIndex))
                return this._objectClassIndex;
            return this._trackDataItem.GetObjectClassIndex()
        }
        SetObjectClassIndex(objectClassIndex) {
            this._trackDataItem.SetObjectClassIndex(objectClassIndex)
        }
        SetOriginalWidth(w) {
            this._trackDataItem.SetOriginalWidth(w)
        }
        GetOriginalWidth() {
            return this._trackDataItem.GetOriginalWidth()
        }
        SetOriginalHeight(h) {
            this._trackDataItem.SetOriginalHeight(h)
        }
        GetOriginalHeight() {
            return this._trackDataItem.GetOriginalHeight()
        }
        SetInitialState() {
            this.MaybeGetInstance();
            if (!this.IsInstanceValid())
                return;
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.SetInitialState();
            const timeline = this.GetTimeline();
            const isForwardPlayBack = timeline.IsForwardPlayBack();
            const time = isForwardPlayBack ? 0 : this.GetLocalTotalTime();
            this._lastKeyframeDataItem = this.GetLastKeyFrameBeforeTime(time);
            this._initialStateOfNestedSet = false;
            this._endStateOfNestedSet = false;
            this.Interpolate(time)
        }
        SetResumeState() {
            this.MaybeGetInstance();
            if (!this.IsInstanceValid())
                return;
            const playbackDirection = this._timeline.IsForwardPlayBack();
            const time = this._timeline.GetTime() - this.GetStartOffset();
            this._lastKeyframeDataItem = this.GetLastKeyFrameBeforeTime(time);
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.SetResumeState()
        }
        SetEndState() {
            if (this.GetTimeline().IsComplete())
                return;
            this.MaybeGetInstance();
            if (!this.IsInstanceValid())
                return;
            if (!this._isNested) {
                const time = this._timeline.GetTime();
                const totalTime = this.GetStartOffset() + this.GetLocalTotalTime();
                if (time >= totalTime)
                    this.Interpolate(this.GetLocalTotalTime(), true, false, true);
                else if (time <= 0)
                    this.Interpolate(0, true, false, true)
            }
        }
        BeforeInterpolate() {
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.BeforeInterpolate()
        }
        Interpolate(time, isTicking=false, setTime=false, ensureValue=false, firstTick=false, ignoreGlobals=false) {
            this.MaybeGetInstance();
            if (!this.IsInstanceValid())
                return false;
            if (ignoreGlobals && this.GetObjectClass().IsGlobal())
                return false;
            time = time - this.GetStartOffset();
            if (time < 0)
                return false;
            this.MaybeSetInitialStateOfNestedTrack(time, isTicking);
            this.MaybeTriggerKeyframeReachedConditions(time, isTicking, firstTick);
            let boxChange = false;
            let renderChange = false;
            for (const propertyTrack of this._propertyTracks) {
                const change = propertyTrack.Interpolate(time, setTime, false, ensureValue);
                if (!boxChange && (change & C3.TimelineState.WORLD_INSTANCE_BOX_CHANGE) !== 0)
                    boxChange = true;
                if (!renderChange && (change & C3.TimelineState.LAYOUT_RENDER_CHANGE) !== 0)
                    renderChange = true
            }
            this.MaybeSetEndStateOfNestedTrack(time, isTicking);
            if (boxChange) {
                const worldInfo = this.GetWorldInfo();
                if (worldInfo)
                    worldInfo.SetBboxChanged()
            }
            return renderChange
        }
        AfterInterpolate() {
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.AfterInterpolate()
        }
        MaybeSetInitialStateOfNestedTrack(time, isTicking) {
            if (!isTicking)
                return;
            if (!this._isNested)
                return;
            if (this._initialStateOfNestedSet)
                return;
            const timeline = this.GetTimeline();
            if (timeline.IsForwardPlayBack()) {
                if (time < 0)
                    return;
                for (const propertyTrack of this._propertyTracks)
                    propertyTrack.Interpolate(0, false, false, true)
            } else {
                if (time > this.GetLocalTotalTime())
                    return;
                for (const propertyTrack of this._propertyTracks)
                    propertyTrack.Interpolate(this.GetLocalTotalTime(), false, false, true)
            }
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.SetInitialState();
            this._initialStateOfNestedSet = true
        }
        MaybeSetEndStateOfNestedTrack(time, isTicking) {
            if (!isTicking)
                return;
            if (!this._isNested)
                return;
            if (this._endStateOfNestedSet)
                return;
            const timeline = this.GetTimeline();
            if (timeline.IsForwardPlayBack()) {
                if (time >= this.GetLocalTotalTime()) {
                    for (const propertyTrack of this._propertyTracks)
                        propertyTrack.Interpolate(this.GetLocalTotalTime(), false, false, true);
                    this._endStateOfNestedSet = true
                }
            } else if (time <= 0) {
                for (const propertyTrack of this._propertyTracks)
                    propertyTrack.Interpolate(0, false, false, true);
                this._endStateOfNestedSet = true
            }
        }
        MaybeTriggerKeyframeReachedConditions(time, isTicking, firstTick) {
            if (firstTick)
                return;
            if (!isTicking)
                return;
            let keyframeDataItem = this.GetLastKeyFrameBeforeTime(time);
            if (keyframeDataItem !== this._lastKeyframeDataItem)
                this.OnKeyframeReached(keyframeDataItem);
            this._lastKeyframeDataItem = keyframeDataItem;
            return keyframeDataItem
        }
        GetLastKeyFrameBeforeTime(time) {
            const timeline = this.GetTimeline();
            let keyframeDataItem = this._trackData.GetKeyFrameDataItemAtTime(time, this._trackDataItem);
            if (keyframeDataItem)
                return keyframeDataItem;
            else if (timeline.IsForwardPlayBack())
                return this._trackData.GetFirstKeyFrameDataItemLowerOrEqualThan(time, this._trackDataItem);
            else
                return this._trackData.GetFirstKeyFrameDataItemHigherOrEqualThan(time, this._trackDataItem)
        }
        OnKeyframeReached(keyframeDataItem) {
            if (!C3.Plugins.Timeline || this.GetTimeline().constructor !== C3.TimelineState)
                return;
            const timeline = this.GetTimeline();
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(timeline);
            C3.Plugins.Timeline.Cnds.SetTriggerKeyframe(keyframeDataItem);
            const timelineManager = timeline.GetTimelineManager();
            timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnAnyKeyframeReached);
            timelineManager.Trigger(C3.Plugins.Timeline.Cnds.OnKeyframeReached);
            C3.Plugins.Timeline.Cnds.SetTriggerTimeline(null);
            C3.Plugins.Timeline.Cnds.SetTriggerKeyframe(null)
        }
        AddKeyframe() {
            const keyframeData = this._trackDataItem.GetKeyframeData();
            const keyframeDataItem = keyframeData.AddEmptyKeyframeDataItem();
            return keyframeDataItem
        }
        AddPropertyTrack() {
            const propertyTrackData = this._trackDataItem.GetPropertyTrackData();
            const propertyTrackDataItem = propertyTrackData.AddEmptyPropertyTrackDataItem();
            const propertyTrack = C3.PropertyTrackState.Create(this, propertyTrackDataItem);
            this._propertyTracks.push(propertyTrack);
            return propertyTrack
        }
        DeleteKeyframes(match) {
            const keyframeData = this._trackDataItem.GetKeyframeData();
            keyframeData.DeleteKeyframeDataItems(match)
        }
        DeletePropertyKeyframes(match) {
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.DeletePropertyKeyframes(match)
        }
        SaveState() {
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.SaveState()
        }
        CompareInitialStateWithCurrent() {
            this.MaybeGetInstance();
            if (!this.IsInstanceValid())
                return;
            for (const propertyTrack of this._propertyTracks)
                propertyTrack.CompareInitialStateWithCurrent()
        }
        CompareSaveStateWithCurrent() {
            this.MaybeGetInstance();
            if (!this.IsInstanceValid())
                return;
            let difference = false;
            for (const propertyTrack of this._propertyTracks) {
                const diff = propertyTrack.CompareSaveStateWithCurrent();
                if (!difference && diff)
                    difference = true
            }
            if (difference) {
                const keyframeDataItem = this.AddKeyframe();
                keyframeDataItem.SetTime(this.GetTimeline().GetTime());
                keyframeDataItem.SetEase("noease");
                keyframeDataItem.SetEnable(true);
                keyframeDataItem.SetTags("")
            }
        }
        _SaveToJson() {
            const instance = this.GetInstance();
            const uid = instance ? instance.GetUID() : this.GetInstanceUID();
            return {
                "propertyTracksJson": this._SavePropertyTracksToJson(),
                "lastKeyframeDataItemJson": this._SaveLastKeyframeDataItemToJson(),
                "initialStateOfNestedSet": this._initialStateOfNestedSet,
                "endStateOfNestedSet": this._endStateOfNestedSet,
                "instanceUid": uid
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._LoadPropertyTracksFromJson(o["propertyTracksJson"]);
            this._LoadLastKeyframeDataItemFromJson(o["lastKeyframeDataItemJson"]);
            this._LoadInstanceFromJson(o["instanceUid"]);
            this._initialStateOfNestedSet = false;
            if (o.hasOwnProperty["initialStateOfNestedSet"])
                this._initialStateOfNestedSet = o["initialStateOfNestedSet"];
            this._endStateOfNestedSet = false;
            if (o.hasOwnProperty["endStateOfNestedSet"])
                this._endStateOfNestedSet = o["endStateOfNestedSet"]
        }
        _SaveLastKeyframeDataItemToJson() {
            const keyframeData = this._trackDataItem.GetKeyframeData();
            return keyframeData.GetKeyframeDataItemIndex(this._lastKeyframeDataItem)
        }
        _SavePropertyTracksToJson() {
            return this._propertyTracks.map(propertyTrackState=>propertyTrackState._SaveToJson())
        }
        _LoadPropertyTracksFromJson(propertyTracksJson) {
            propertyTracksJson.forEach((propertyTrackJson,i)=>{
                const propertyTrack = this._propertyTracks[i];
                propertyTrack._LoadFromJson(propertyTrackJson)
            }
            )
        }
        _LoadInstanceFromJson(uid) {
            if (!C3.IsFiniteNumber(uid))
                return;
            const instance = this.GetRuntime().GetInstanceByUID(uid);
            if (!instance)
                return;
            const timeline = this.GetTimeline();
            timeline.ClearTrackInstances();
            timeline.SetTrackInstance(this._trackDataItem.GetId(), instance)
        }
        _LoadLastKeyframeDataItemFromJson(lastKeyframeDataItemIndex) {
            const keyframeData = this._trackDataItem.GetKeyframeData();
            this._lastKeyframeDataItem = keyframeData.GetKeyframeDataItemFromIndex(lastKeyframeDataItemIndex)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.PropertyTrackState = class PropertyTrack extends C3.DefendedBase {
        constructor(track, propertyTrackDataItem) {
            super();
            this._track = track;
            this._propertyTrackDataItem = propertyTrackDataItem;
            this._propertyTrackData = propertyTrackDataItem.GetPropertyTrackData();
            this._sourceAdapter = this.GetSourceAdapter();
            this._propertyKeyframeDataItems = this._propertyTrackDataItem.GetPropertyKeyframeData().GetPropertyKeyframeDataItemArray()
        }
        static Create(track, propertyTrackDataItem) {
            return C3.New(C3.PropertyTrackState, track, propertyTrackDataItem)
        }
        Release() {
            this._track = null;
            if (this._sourceAdapter) {
                this._sourceAdapter.Release();
                this._sourceAdapter = null
            }
            this._propertyKeyframeDataItems = null;
            this._propertyTrackDataItem = null;
            this._propertyTrackData = null
        }
        GetTrack() {
            return this._track
        }
        GetPropertyTrackDataItem() {
            return this._propertyTrackDataItem
        }
        GetPropertyTrackData() {
            return this._propertyTrackData
        }
        GetTimeline() {
            return this._track.GetTimeline()
        }
        GetRuntime() {
            return this._track.GetRuntime()
        }
        GetInstance() {
            return this._track.GetInstance()
        }
        GetSourceAdapter() {
            if (this._sourceAdapter)
                return this._sourceAdapter;
            const id = this._propertyTrackDataItem.GetSourceAdapterId();
            let ret;
            switch (id) {
            case "behavior":
                ret = new C3.PropertyTrackState.BehaviorSourceAdapter(this);
                break;
            case "effect":
                ret = new C3.PropertyTrackState.EffectSourceAdapter(this);
                break;
            case "instance-variable":
                ret = new C3.PropertyTrackState.InstanceVariableSourceAdapter(this);
                break;
            case "plugin":
                ret = new C3.PropertyTrackState.PluginSourceAdapter(this);
                break;
            case "world-instance":
                ret = new C3.PropertyTrackState.WorldInstanceSourceAdapter(this);
                break;
            case "value":
                ret = new C3.PropertyTrackState.ValueSourceAdapter(this);
                break
            }
            this._sourceAdapter = ret;
            return this._sourceAdapter
        }
        GetSourceAdapterId() {
            return this._propertyTrackDataItem.GetSourceAdapterId()
        }
        SetSourceAdapterId(said) {
            this._propertyTrackDataItem.SetSourceAdapterId(said)
        }
        GetSourceAdapterArgs() {
            return this._propertyTrackDataItem.GetSourceAdapterArguments()
        }
        SetSourceAdapterArgs(sargs) {
            this._propertyTrackDataItem.SetSourceAdapterArguments(sargs)
        }
        GetSourceAdapterValue() {
            return this.GetSourceAdapter().GetValue()
        }
        GetPropertyName() {
            return this._propertyTrackDataItem.GetProperty()
        }
        SetPropertyName(pn) {
            this._propertyTrackDataItem.SetProperty(pn)
        }
        GetPropertyType() {
            return this._propertyTrackDataItem.GetType()
        }
        SetPropertyType(pt) {
            this._propertyTrackDataItem.SetType(pt)
        }
        GetPropertyKeyframeType() {
            return this.GetPropertyTrackData().GetFirstPropertyKeyframeDataItem(this._propertyTrackDataItem).GetType()
        }
        GetMin() {
            return this._propertyTrackDataItem.GetMin()
        }
        SetMin(min) {
            this._propertyTrackDataItem.SetMin(min)
        }
        GetMax() {
            return this._propertyTrackDataItem.GetMax()
        }
        SetMax(max) {
            this._propertyTrackDataItem.SetMax(max)
        }
        GetEnable() {
            return this._propertyTrackDataItem.GetEnable()
        }
        SetEnable(e) {
            this._propertyTrackDataItem.SetEnable(e)
        }
        GetInterpolationMode() {
            return this._propertyTrackDataItem.GetInterpolationMode()
        }
        SetInterpolationMode(im) {
            this._propertyTrackDataItem.SetInterpolationMode(im)
        }
        GetResultMode() {
            return this._propertyTrackDataItem.GetResultMode()
        }
        SetResultMode(rm) {
            this._propertyTrackDataItem.SetResultMode(rm)
        }
        SetEase(e) {
            for (const propertyKeyframeDataItem of this.GetPropertyKeyframeDataItems())
                propertyKeyframeDataItem.SetEase(e)
        }
        GetPropertyKeyframeDataItems() {
            if (this._propertyKeyframeDataItems)
                return this._propertyKeyframeDataItems;
            this._propertyKeyframeDataItems = this._propertyTrackDataItem.GetPropertyKeyframeData().GetPropertyKeyframeDataItemArray();
            return this._propertyKeyframeDataItems
        }
        *GetPropertyKeyframeValues() {
            for (const propertyKeyframeDataItem of this.GetPropertyKeyframeDataItems())
                yield propertyKeyframeDataItem.GetValueWithResultMode()
        }
        CleanCaches() {
            this.GetSourceAdapter().CleanCaches()
        }
        GetCurrentState() {
            return this.GetSourceAdapter().GetCurrentState()
        }
        SetInitialState() {
            this.GetSourceAdapter().SetInitialState()
        }
        SetResumeState() {
            this.GetSourceAdapter().SetResumeState()
        }
        BeforeInterpolate() {
            this.GetSourceAdapter().BeforeInterpolate()
        }
        Interpolate(time, setTime=false, noChange=false, ensureValue=false) {
            const propertyTrackDataItem = this._propertyTrackDataItem;
            let start = this._propertyTrackData.GetPropertyKeyFrameDataItemAtTime(time, propertyTrackDataItem);
            let end;
            if (start)
                end = this._propertyTrackData.GetFirstPropertyKeyFrameDataItemHigherThan(time, propertyTrackDataItem);
            else {
                start = this._propertyTrackData.GetFirstPropertyKeyFrameDataItemLowerOrEqualThan(time, propertyTrackDataItem);
                end = this._propertyTrackData.GetFirstPropertyKeyFrameDataItemHigherOrEqualThan(time, propertyTrackDataItem)
            }
            return this.GetSourceAdapter().Interpolate(time, start, end, setTime, noChange, ensureValue)
        }
        AfterInterpolate() {
            this.GetSourceAdapter().AfterInterpolate()
        }
        static GetStartPropertyKeyframeForTime(time, propertyTrack) {
            const propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
            const propertyTrackData = propertyTrack._propertyTrackData;
            let start = propertyTrackData.GetPropertyKeyFrameDataItemAtTime(time, propertyTrackDataItem);
            if (!start)
                start = propertyTrackData.GetFirstPropertyKeyFrameDataItemLowerOrEqualThan(time, propertyTrackDataItem);
            return start
        }
        static GetEndPropertyKeyframeForTime(time, propertyTrack) {
            const propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
            const propertyTrackData = propertyTrack._propertyTrackData;
            let end = propertyTrackData.GetPropertyKeyFrameDataItemAtTime(time, propertyTrackDataItem);
            if (end)
                return propertyTrackData.GetFirstPropertyKeyFrameDataItemHigherThan(time, propertyTrackDataItem);
            else
                return propertyTrackData.GetFirstPropertyKeyFrameDataItemHigherOrEqualThan(time, propertyTrackDataItem)
        }
        AddPropertyKeyframe() {
            const propertyKeyframeData = this._propertyTrackDataItem.GetPropertyKeyframeData();
            const propertyKeyframeDataItem = propertyKeyframeData.AddEmptyPropertyKeyframeDataItem();
            return propertyKeyframeDataItem
        }
        DeletePropertyKeyframes(match) {
            const propertyKeyframeData = this._propertyTrackDataItem.GetPropertyKeyframeData();
            propertyKeyframeData.DeletePropertyKeyframeDataItems(match)
        }
        SaveState() {
            this.GetSourceAdapter().SaveState()
        }
        CompareInitialStateWithCurrent() {
            const difference = this.GetSourceAdapter().CompareInitialStateWithCurrent();
            if (difference) {
                const propertyKeyframeDataItem = this._propertyTrackData.GetFirstPropertyKeyframeDataItem(this._propertyTrackDataItem);
                const currentState = this.GetSourceAdapter().GetCurrentState();
                propertyKeyframeDataItem.SetAbsoluteValue(currentState)
            }
        }
        CompareSaveStateWithCurrent() {
            const difference = this.GetSourceAdapter().CompareSaveStateWithCurrent();
            if (difference)
                this.AddPropertyKeyframeAtCurrentTime();
            this.GetSourceAdapter().ClearSaveState();
            return difference
        }
        AddPropertyKeyframeAtCurrentTime() {
            const time = this.GetTimeline().GetTime();
            const sourceAdapter = this.GetSourceAdapter();
            const startPropertyKeyframe = C3.PropertyTrackState.GetStartPropertyKeyframeForTime(time, this);
            const propertyKeyframeDataItem = this.AddPropertyKeyframe();
            propertyKeyframeDataItem.SetType(startPropertyKeyframe.GetType());
            propertyKeyframeDataItem.SetTime(time);
            propertyKeyframeDataItem.SetEase(startPropertyKeyframe.GetEase());
            propertyKeyframeDataItem.SetEnable(true);
            propertyKeyframeDataItem.SetValue(sourceAdapter.GetValueAtTime());
            propertyKeyframeDataItem.SetAbsoluteValue(sourceAdapter.GetCurrentState())
        }
        _SaveToJson() {
            return {
                "sourceAdapterJson": this.GetSourceAdapter()._SaveToJson()
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this.GetSourceAdapter()._LoadFromJson(o["sourceAdapterJson"])
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const NS = C3.PropertyTrackState;
    NS.PropertySourceAdapter = class PropertySourceAdapter {
        constructor(propertyTrack) {
            this._propertyTrack = propertyTrack;
            this._propertyAdapter = null
        }
        Release() {
            if (this._propertyAdapter) {
                this._propertyAdapter.Release();
                this._propertyAdapter = null
            }
            this._propertyTrack = null
        }
        GetPropertyTrack() {
            return this._propertyTrack
        }
        CleanCaches() {
            if (this._propertyAdapter)
                this._propertyAdapter.CleanCaches()
        }
        GetPropertyAdapter() {
            if (this._propertyAdapter)
                return this._propertyAdapter;
            this._propertyAdapter = this._CreatePropertyAdapter();
            return this._propertyAdapter
        }
        GetEditorIndex() {}
        GetIndex() {
            return this.GetEditorIndex()
        }
        GetTarget() {}
        SetInitialState() {
            this.GetPropertyAdapter().SetInitialState()
        }
        SetResumeState() {
            this.GetPropertyAdapter().SetResumeState()
        }
        BeforeInterpolate() {
            this.GetPropertyAdapter().BeforeChangeProperty()
        }
        Interpolate(time, start, end, setTime, noChange, ensureValue) {
            const interpolateFunc = NS.PropertySourceAdapter.GetInterpolateFunc(this._propertyTrack);
            const value = interpolateFunc(time, start, end, this._propertyTrack);
            if (noChange)
                return value;
            return this.GetPropertyAdapter().ChangeProperty(time, value, start, end, setTime, ensureValue)
        }
        AfterInterpolate() {
            this.GetPropertyAdapter().AfterChangeProperty()
        }
        SaveState() {
            this.GetPropertyAdapter().SetSaveState()
        }
        ClearSaveState() {
            this.GetPropertyAdapter().ClearSaveState()
        }
        GetCurrentState() {
            return this.GetPropertyAdapter().GetCurrentState()
        }
        CompareInitialStateWithCurrent() {
            return this.GetPropertyAdapter().CompareInitialStateWithCurrent()
        }
        CompareSaveStateWithCurrent() {
            return this.GetPropertyAdapter().CompareSaveStateWithCurrent()
        }
        GetValueAtTime() {
            return NS.PropertySourceAdapter.GetValueAtTime(this._propertyTrack)
        }
        _CreatePropertyAdapter() {
            const propertyType = this._propertyTrack.GetPropertyType();
            const keyframePropertyType = this._propertyTrack.GetPropertyKeyframeType();
            switch (keyframePropertyType) {
            case "combo":
            case "boolean":
            case "text":
            case "string":
                {
                    return new NS.PropertyInterpolationAdapter.NoInterpolationAdapter(this)
                }
            case "numeric":
            case "number":
            case "angle":
                {
                    if (propertyType === "combo")
                        return new NS.PropertyInterpolationAdapter.NoInterpolationAdapter(this);
                    return new NS.PropertyInterpolationAdapter.NumericInterpolationAdapter(this)
                }
            case "color":
            case "offsetColor":
                {
                    return new NS.PropertyInterpolationAdapter.ColorInterpolationAdapter(this)
                }
            }
        }
        _SaveToJson() {
            return {
                "propertyAdapterJson": this.GetPropertyAdapter()._SaveToJson()
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this.GetPropertyAdapter()._LoadFromJson(o["propertyAdapterJson"])
        }
        static GetValueAtTime(propertyTrack) {
            const track = propertyTrack.GetTrack();
            const time = track.GetTimeline().GetTime();
            const start = NS.GetStartPropertyKeyframeForTime(time, propertyTrack);
            const end = NS.GetEndPropertyKeyframeForTime(time, propertyTrack);
            const interpolateFunc = NS.PropertySourceAdapter.GetInterpolateFunc(propertyTrack);
            return interpolateFunc(time, start, end, propertyTrack)
        }
        static GetValue(propertyTrack, initialValue, value) {
            let resultMode = propertyTrack.GetResultMode();
            if (propertyTrack.GetPropertyType() === "combo")
                resultMode = "absolute";
            switch (resultMode) {
            case "relative":
                return initialValue + value;
            case "absolute":
                return value
            }
        }
        static GetInterpolateFunc(propertyTrack) {
            const type = propertyTrack.GetPropertyKeyframeType();
            switch (type) {
            case "numeric":
                return NS.NumericTypeAdapter.Interpolate;
            case "angle":
                return NS.AngleTypeAdapter.Interpolate;
            case "boolean":
                return NS.BooleanTypeAdapter.Interpolate;
            case "color":
                return NS.ColorTypeAdapter.Interpolate;
            case "text":
                return NS.TextTypeAdapter.Interpolate
            }
        }
        static GetWillChangeFunc(propertyTrack) {
            const type = propertyTrack.GetPropertyKeyframeType();
            switch (type) {
            case "numeric":
                return NS.NumericTypeAdapter.WillChange;
            case "angle":
                return NS.AngleTypeAdapter.WillChange;
            case "boolean":
                return NS.BooleanTypeAdapter.WillChange;
            case "color":
                return NS.ColorTypeAdapter.WillChange;
            case "text":
                return NS.TextTypeAdapter.WillChange
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    class WorldInstanceSourceAdapter extends C3.PropertyTrackState.PropertySourceAdapter {
        constructor(propertyTrack) {
            super(propertyTrack)
        }
    }
    C3.PropertyTrackState.WorldInstanceSourceAdapter = WorldInstanceSourceAdapter
}
;'use strict';
{
    const C3 = self.C3;
    const INDEX = 0;
    class InstanceVariableSourceAdapter extends C3.PropertyTrackState.PropertySourceAdapter {
        constructor(propertyTrack) {
            super(propertyTrack);
            this._updatedIndex = NaN
        }
        GetEditorIndex() {
            return this._propertyTrack.GetPropertyTrackDataItem().GetSourceAdapterArguments()[INDEX]
        }
        GetIndex() {
            if (this._updatedIndex)
                return this._updatedIndex;
            return super.GetIndex()
        }
        GetTarget() {
            return this._propertyTrack.GetTrack().GetInstance()
        }
        UpdateInstanceVariableIndex(index) {
            const i = this._propertyTrack.GetPropertyTrackDataItem().GetSourceAdapterArguments()[INDEX];
            if (i === index)
                return;
            this._updatedIndex = index
        }
        Interpolate(time, start, end, setTime, noChange, ensureValue) {
            if (!this.GetPropertyAdapter().CanChange(start.GetValue()))
                return;
            return super.Interpolate(time, start, end, setTime, noChange, ensureValue)
        }
        _SaveToJson() {
            return Object.assign(super._SaveToJson(), {
                "index": this._updatedIndex
            })
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            super._LoadFromJson(o);
            this._updatedIndex = o["index"]
        }
    }
    C3.PropertyTrackState.InstanceVariableSourceAdapter = InstanceVariableSourceAdapter
}
;'use strict';
{
    const C3 = self.C3;
    const SID = 0;
    const INDEX = 1;
    const NAME = 2;
    class BehaviorSourceAdapter extends C3.PropertyTrackState.PropertySourceAdapter {
        constructor(propertyTrack) {
            super(propertyTrack);
            this._sid = NaN
        }
        GetEditorIndex() {
            const dataItem = this._propertyTrack.GetPropertyTrackDataItem();
            return dataItem.GetSourceAdapterArguments()[INDEX]
        }
        GetTarget() {
            const dataItem = this._propertyTrack.GetPropertyTrackDataItem();
            const track = this._propertyTrack.GetTrack();
            const sid = this._sid ? this._sid : dataItem.GetSourceAdapterArguments()[SID];
            const instance = track.GetInstance();
            const index = instance.GetBehaviorIndexBySID(sid);
            const behaviorInstance = instance.GetBehaviorInstances()[index];
            return behaviorInstance.GetSdkInstance()
        }
        GetBehaviorType(objectClass) {
            const dataItem = this._propertyTrack.GetPropertyTrackDataItem();
            const name = dataItem.GetSourceAdapterArguments()[NAME];
            return objectClass.GetBehaviorTypeByName(name)
        }
        UpdateBehaviorTypeSid(sid) {
            const dataItem = this._propertyTrack.GetPropertyTrackDataItem();
            if (dataItem.GetSourceAdapterArguments()[SID] === sid)
                return;
            this._sid = sid
        }
        Interpolate(time, start, end, setTime, noChange, ensureValue) {
            const track = this._propertyTrack.GetTrack();
            const instance = track.GetInstance();
            if (!this.GetBehaviorType(instance.GetObjectClass()))
                return;
            return super.Interpolate(time, start, end, setTime, noChange, ensureValue)
        }
        _SaveToJson() {
            return Object.assign(super._SaveToJson(), {
                "sid": this._sid
            })
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            super._LoadFromJson(o);
            this._sid = o["sid"]
        }
    }
    C3.PropertyTrackState.BehaviorSourceAdapter = BehaviorSourceAdapter
}
;'use strict';
{
    const C3 = self.C3;
    const NAME = 0;
    const INDEX = 1;
    class EffectSourceAdapter extends C3.PropertyTrackState.PropertySourceAdapter {
        constructor(propertyTrack) {
            super(propertyTrack)
        }
        GetEditorIndex() {
            return this._propertyTrack.GetPropertyTrackDataItem().GetSourceAdapterArguments()[INDEX]
        }
        GetTarget() {
            const pTrack = this._propertyTrack;
            const track = pTrack.GetTrack();
            const worldInfo = track.GetWorldInfo();
            const instanceEffectList = worldInfo.GetInstanceEffectList();
            const effectList = instanceEffectList.GetEffectList();
            const effectType = this.GetEffectType(effectList);
            const effectIndex = effectType.GetIndex();
            if (instanceEffectList.IsEffectIndexActive(effectIndex))
                return instanceEffectList.GetEffectParametersForIndex(effectIndex);
            return null
        }
        GetEffectType(effectList) {
            const pTrack = this._propertyTrack;
            const name = pTrack.GetPropertyTrackDataItem().GetSourceAdapterArguments()[NAME];
            return effectList.GetEffectTypeByName(name)
        }
        Interpolate(time, start, end, setTime, noChange, ensureValue) {
            if (!this._IsEffectActive())
                return;
            return super.Interpolate(time, start, end, setTime, noChange, ensureValue)
        }
        _IsEffectActive() {
            const pTrack = this._propertyTrack;
            const track = pTrack.GetTrack();
            const worldInfo = track.GetWorldInfo();
            const instanceEffectList = worldInfo.GetInstanceEffectList();
            const effectList = instanceEffectList.GetEffectList();
            const effectType = this.GetEffectType(effectList);
            if (!effectType)
                return;
            const effectIndex = effectType.GetIndex();
            return instanceEffectList.IsEffectIndexActive(effectIndex)
        }
    }
    C3.PropertyTrackState.EffectSourceAdapter = EffectSourceAdapter
}
;'use strict';
{
    const C3 = self.C3;
    const INDEX = 0;
    class PluginSourceAdapter extends C3.PropertyTrackState.PropertySourceAdapter {
        constructor(propertyTrack) {
            super(propertyTrack)
        }
        GetEditorIndex() {
            return this._propertyTrack.GetPropertyTrackDataItem().GetSourceAdapterArguments()[INDEX]
        }
        GetTarget() {
            return this._propertyTrack.GetTrack().GetInstance().GetSdkInstance()
        }
        Interpolate(time, start, end, setTime, noChange, ensureValue) {
            const track = this._propertyTrack.GetTrack();
            const templatePlugin = track.GetObjectClass().GetPlugin();
            const currentPlugin = track.GetInstance().GetObjectClass().GetPlugin();
            if (templatePlugin !== currentPlugin)
                return;
            return super.Interpolate(time, start, end, setTime, noChange, ensureValue)
        }
    }
    C3.PropertyTrackState.PluginSourceAdapter = PluginSourceAdapter
}
;'use strict';
{
    const C3 = self.C3;
    class ValueSourceAdapter extends C3.PropertyTrackState.PropertySourceAdapter {
        constructor(propertyTrack) {
            super(propertyTrack);
            this._value = 0;
            this._init = false
        }
        SetInitialState() {
            const propertyTrackData = this._propertyTrack.GetPropertyTrackData();
            let propertyTrackDataItem = this._propertyTrack.GetPropertyTrackDataItem();
            propertyTrackDataItem = propertyTrackData.GetFirstPropertyKeyframeDataItem(propertyTrackDataItem);
            this._value = propertyTrackDataItem.GetValueWithResultMode()
        }
        SetResumeState() {}
        GetValue() {
            if (!this._init)
                this._propertyTrack.Interpolate(0);
            return this._value
        }
        Interpolate(time, start, end, setTime, noChange, ensureValue) {
            const interpolateFunc = C3.PropertyTrackState.NumericTypeAdapter.Interpolate;
            this._value = interpolateFunc(time, start, end, this._propertyTrack);
            this._init = true
        }
        SaveState() {}
        ClearSaveState() {}
        GetCurrentState() {
            return this._value
        }
        CompareInitialStateWithCurrent() {
            return false
        }
        CompareSaveStateWithCurrent() {
            return false
        }
        _SaveToJson() {
            return {
                "value": this._value,
                "init": this._init
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._value = o["value"];
            this._init = o.hasOwnProperty("init") ? o["init"] : true
        }
    }
    C3.PropertyTrackState.ValueSourceAdapter = ValueSourceAdapter
}
;'use strict';
{
    const C3 = self.C3;
    C3.PropertyTrackState.PropertyInterpolationAdapter = class PropertyInterpolationAdapter {
        constructor(sourceAdapter) {
            this._sourceAdapter = sourceAdapter;
            this._propertyTrack = sourceAdapter.GetPropertyTrack();
            this._worldInfo = this._propertyTrack.GetTrack().GetWorldInfo();
            this._property = this._propertyTrack.GetPropertyName();
            this._firstAbsoluteUpdate = false;
            this._saveState = null;
            this._target = null
        }
        Release() {
            this._sourceAdapter = null;
            this._propertyTrack = null;
            this._worldInfo = null;
            this._saveState = null;
            this._target = null
        }
        CleanCaches() {
            this._worldInfo = null;
            this._saveState = null;
            this._target = null
        }
        GetPropertyTrack() {
            return this._propertyTrack
        }
        GetWorldInfo() {
            if (this._worldInfo)
                return this._worldInfo;
            this._worldInfo = this._propertyTrack.GetTrack().GetWorldInfo();
            return this._worldInfo
        }
        SetFirstAbsoluteUpdate(f) {
            this._firstAbsoluteUpdate = !!f
        }
        GetFirstAbsoluteUpdate() {
            return this._firstAbsoluteUpdate
        }
        SetInitialState() {}
        SetResumeState() {}
        SetSaveState() {
            this._saveState = this.GetCurrentState()
        }
        ClearSaveState() {
            this._saveState = null
        }
        GetCurrentState() {}
        CompareInitialStateWithCurrent() {}
        CompareSaveStateWithCurrent() {}
        CanChange(value) {
            const targetType = typeof this._Getter();
            const newType = typeof value;
            return targetType === newType
        }
        BeforeChangeProperty() {}
        ChangeProperty(time, value, start, end, setTime) {}
        AfterChangeProperty() {}
        _FirstKeyframeGetter() {
            const propertyKeyframeDataItem = this._PickTimelinePlaybackMode(()=>{
                const propertyTrackDataItem = this._propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = this._propertyTrack.GetPropertyTrackData();
                return propertyTrackData.GetFirstPropertyKeyframeDataItem(propertyTrackDataItem)
            }
            , ()=>{
                const propertyTrackDataItem = this._propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = this._propertyTrack.GetPropertyTrackData();
                return propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem)
            }
            );
            return propertyKeyframeDataItem.GetAbsoluteValue()
        }
        _CurrentKeyframeGetter() {
            const timeline = this._propertyTrack.GetTimeline();
            const time = timeline.GetTime() - this._propertyTrack.GetTrack().GetStartOffset();
            const propertyKeyframe = this._PickTimelinePlaybackMode(()=>{
                const propertyTrackDataItem = this._propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = this._propertyTrack.GetPropertyTrackData();
                return propertyTrackData.GetFirstPropertyKeyFrameDataItemLowerOrEqualThan(time, propertyTrackDataItem)
            }
            , ()=>{
                const propertyTrackDataItem = this._propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = this._propertyTrack.GetPropertyTrackData();
                const ret = propertyTrackData.GetFirstPropertyKeyFrameDataItemHigherOrEqualThan(time, propertyTrackDataItem);
                if (!ret)
                    return propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
                return ret
            }
            );
            return propertyKeyframe.GetAbsoluteValue()
        }
        _PickTimelinePlaybackMode(forwardFunc, backwardFunc) {
            const timeline = this._propertyTrack.GetTimeline();
            return timeline.IsForwardPlayBack() ? forwardFunc() : backwardFunc()
        }
        _PickResultMode(relativeFunc, absoluteFunc) {
            const resultMode = this._propertyTrack.GetResultMode();
            return resultMode === "relative" ? relativeFunc() : absoluteFunc()
        }
        _PickFirstAbsoluteUpdate(firstFunc, otherFunc) {
            if (this.GetFirstAbsoluteUpdate()) {
                this.SetFirstAbsoluteUpdate(false);
                return firstFunc()
            } else
                return otherFunc()
        }
        _GetAbsoluteInitialValue(keyframeValue) {}
        _GetIndex() {
            return this._sourceAdapter.GetIndex()
        }
        _GetTarget() {
            if (this._target)
                return this._target;
            this._target = this._sourceAdapter.GetTarget();
            return this._target
        }
        _PickSource(bFunc, eFunc, ivFunc, pFunc, wiFunc) {
            const id = this._propertyTrack.GetSourceAdapterId();
            switch (id) {
            case "behavior":
                return bFunc();
            case "effect":
                return eFunc();
            case "instance-variable":
                return ivFunc();
            case "plugin":
                return pFunc();
            case "world-instance":
                return wiFunc()
            }
        }
        _SaveToJson() {
            return {
                "firstAbsoluteUpdate": this._firstAbsoluteUpdate,
                "saveState": this._saveState
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._firstAbsoluteUpdate = o["firstAbsoluteUpdate"];
            this._saveState = o["saveState"]
        }
        _GetPropertyKeyframeStubs(propertyTracks, firstOnly=false) {
            const ret = [];
            for (const propertyTrack of propertyTracks) {
                const startOffset = propertyTrack.GetTrack().GetStartOffset();
                for (const propertyKeyframeDataItem of propertyTrack.GetPropertyKeyframeDataItems())
                    if (firstOnly && propertyKeyframeDataItem.GetTime() === 0)
                        ret.push({
                            time: startOffset + propertyKeyframeDataItem.GetTime(),
                            value: propertyKeyframeDataItem.GetAbsoluteValue()
                        });
                    else if (!firstOnly)
                        ret.push({
                            time: startOffset + propertyKeyframeDataItem.GetTime(),
                            value: propertyKeyframeDataItem.GetAbsoluteValue()
                        })
            }
            return ret.sort((f,s)=>f.time - s.time)
        }
        _GetLastPropertyKeyframeStub(timeline, time, propertyKeyframeStubs) {
            return this._GetPropertyKeyframeStubLowerThanPlayhead(time, propertyKeyframeStubs)
        }
        _GetPropertyKeyframeStubLowerThanPlayhead(time, propertyKeyframeStubs) {
            for (let i = propertyKeyframeStubs.length - 1; i >= 0; i--) {
                const stubTime = propertyKeyframeStubs[i].time;
                if (stubTime <= time)
                    return propertyKeyframeStubs[i]
            }
            return null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TMP_COLORS_MAP = new Map;
    const TMP_COLOR = [0, 0, 0];
    class ColorInterpolationAdapter extends C3.PropertyTrackState.PropertyInterpolationAdapter {
        constructor(sourceAdapter) {
            super(sourceAdapter)
        }
        SetInitialState() {}
        SetResumeState() {}
        GetCurrentState() {
            const id = this._propertyTrack.GetSourceAdapterId();
            const target = this._GetTarget();
            const index = this._GetIndex();
            switch (id) {
            case "behavior":
                return this._ToColorArray(target.GetPropertyValueByIndex(index));
            case "effect":
                return this._ToColorArray(target[index]);
            case "plugin":
                return this._ToColorArray(target.GetPropertyValueByIndex(index));
            case "world-instance":
                return this._ToColorArray(this._Getter())
            }
        }
        CompareInitialStateWithCurrent() {
            const firstKeyframeColor = this._FirstKeyframeGetter();
            return !this._CompareColors(firstKeyframeColor, this._Getter())
        }
        CompareSaveStateWithCurrent() {
            if (C3.IsNullOrUndefined(this._saveState))
                return false;
            return !this._CompareColors(this._saveState, this._Getter())
        }
        _CompareColors(fColor, sColor) {
            return fColor.equalsIgnoringAlpha(sColor)
        }
        _FirstKeyframeGetter() {
            const color = super._FirstKeyframeGetter();
            return this._GetColorFromArray(color)
        }
        _CurrentKeyframeGetter() {
            const color = super._CurrentKeyframeGetter();
            return this._GetColorFromArray(color)
        }
        _GetAbsoluteInitialValue(value) {}
        _ToColorArray(color) {
            if (C3.IsInstanceOf(color, C3.Color))
                return color.toArray().slice(0, 3);
            return color.slice(0, 3)
        }
        _GetColorFromArray(color) {
            if (C3.IsInstanceOf(color, C3.Color))
                return color;
            return new C3.Color(color[0],color[1],color[2],1)
        }
        CanChange(value) {
            return true
        }
        BeforeChangeProperty() {
            const instance = this._propertyTrack.GetInstance();
            if (!TMP_COLORS_MAP.has(instance))
                TMP_COLORS_MAP.set(instance, new Map);
            const instanceMap = TMP_COLORS_MAP.get(instance);
            const id = this._propertyTrack.GetSourceAdapterId();
            if (!instanceMap.has(id))
                instanceMap.set(id, new Map);
            const sourceMap = instanceMap.get(id);
            if (!sourceMap.has(this._property))
                sourceMap.set(this._property, {
                    used: false,
                    color: new C3.Color(0,0,0,1)
                })
        }
        _GetTmpColor(instance, sourceId, propertyName) {
            const tmpColorObj = TMP_COLORS_MAP.get(instance).get(sourceId).get(propertyName);
            tmpColorObj.used = true;
            return tmpColorObj.color
        }
        ChangeProperty(time, value, start, end, setTime) {
            const timeline = this._propertyTrack.GetTimeline();
            const track = this._propertyTrack.GetTrack();
            const instance = this._propertyTrack.GetInstance();
            const sourceAdapter = this._propertyTrack.GetSourceAdapter();
            const sourceAdapterId = this._propertyTrack.GetSourceAdapterId();
            const property = this._property;
            const propertyTracks = timeline.GetSimilarPropertyTracks(instance, sourceAdapter, property);
            if (propertyTracks.length > 1) {
                const propertyKeyframeStubs = this._GetPropertyKeyframeStubs(propertyTracks, true);
                const stub = this._GetLastPropertyKeyframeStub(timeline, timeline.GetTime(), propertyKeyframeStubs);
                if (stub) {
                    const startOffset = track.GetStartOffset();
                    const t = stub.time - startOffset;
                    if (t === 0)
                        this._GetTmpColor(instance, sourceAdapterId, this._property).addRgb(value[0], value[1], value[2]);
                    else {
                        if (t < 0)
                            return;
                        const r = value[0];
                        const g = value[1];
                        const b = value[2];
                        const v = this._propertyTrack.Interpolate(t, false, true);
                        const dr = C3.Color.DiffChannel(r, v[0]);
                        const dg = C3.Color.DiffChannel(g, v[1]);
                        const db = C3.Color.DiffChannel(b, v[2]);
                        this._GetTmpColor(instance, sourceAdapterId, this._property).addRgb(dr, dg, db)
                    }
                }
            } else
                this._Setter(value[0], value[1], value[2]);
            return C3.TimelineState.LAYOUT_RENDER_CHANGE
        }
        AfterChangeProperty() {
            const instance = this._propertyTrack.GetInstance();
            if (!TMP_COLORS_MAP.has(instance))
                return;
            const instanceMap = TMP_COLORS_MAP.get(instance);
            const id = this._propertyTrack.GetSourceAdapterId();
            if (!instanceMap.has(id))
                return;
            const sourceMap = instanceMap.get(id);
            if (!sourceMap.has(this._property))
                return;
            const tmpColorObj = sourceMap.get(this._property);
            const used = tmpColorObj.used;
            const color = tmpColorObj.color;
            if (used)
                this._Setter(color.getR(), color.getG(), color.getB());
            if (sourceMap.size === 0)
                instanceMap.delete(id);
            if (instanceMap.size === 0)
                TMP_COLORS_MAP.delete(instance)
        }
        _Getter() {
            const id = this._propertyTrack.GetSourceAdapterId();
            const target = this._GetTarget();
            const index = this._GetIndex();
            switch (id) {
            case "behavior":
                return this._GetColorFromArray(target.GetPropertyValueByIndex(index));
            case "effect":
                return target[index].clone();
            case "plugin":
                return this._GetColorFromArray(target.GetPropertyValueByIndex(index));
            case "world-instance":
                return this.GetWorldInfo().GetUnpremultipliedColor().clone()
            }
        }
        _Setter(r, g, b) {
            const id = this._propertyTrack.GetSourceAdapterId();
            const target = this._GetTarget();
            const index = this._GetIndex();
            switch (id) {
            case "behavior":
                TMP_COLOR[0] = r;
                TMP_COLOR[1] = g;
                TMP_COLOR[2] = b;
                target.SetPropertyValueByIndex(index, TMP_COLOR);
                break;
            case "effect":
                target[index].setRgb(r, g, b);
                break;
            case "plugin":
                TMP_COLOR[0] = r;
                TMP_COLOR[1] = g;
                TMP_COLOR[2] = b;
                target.SetPropertyValueByIndex(index, TMP_COLOR);
                break;
            case "world-instance":
                this.GetWorldInfo().SetUnpremultipliedColorRGB(r, g, b);
                break
            }
        }
        _SaveToJson() {}
        _LoadFromJson(o) {}
    }
    C3.PropertyTrackState.PropertyInterpolationAdapter.ColorInterpolationAdapter = ColorInterpolationAdapter
}
;'use strict';
{
    const C3 = self.C3;
    class NoInterpolationAdapter extends C3.PropertyTrackState.PropertyInterpolationAdapter {
        constructor(sourceAdapter) {
            super(sourceAdapter)
        }
        SetInitialState() {}
        SetResumeState() {}
        GetCurrentState() {
            return this._Getter()
        }
        CompareInitialStateWithCurrent() {
            const firstKeyframeValue = this._FirstKeyframeGetter();
            return firstKeyframeValue !== this.GetCurrentState()
        }
        CompareSaveStateWithCurrent() {
            if (C3.IsNullOrUndefined(this._saveState))
                return false;
            return this._saveState !== this.GetCurrentState()
        }
        ChangeProperty(time, value, start, end, setTime) {
            const willChangeFunc = C3.PropertyTrackState.PropertySourceAdapter.GetWillChangeFunc(this._propertyTrack);
            const propertyTrack = this._propertyTrack;
            const track = propertyTrack.GetTrack();
            const id = propertyTrack.GetSourceAdapterId();
            const timeline = propertyTrack.GetTimeline();
            const instance = track.GetInstance();
            const sourceAdapter = propertyTrack.GetSourceAdapter();
            const property = this._property;
            const propertyTracks = timeline.GetSimilarPropertyTracks(instance, sourceAdapter, property);
            if (propertyTracks.length > 1) {
                const propertyKeyframeStubs = this._GetPropertyKeyframeStubs(propertyTracks);
                const t = time + track.GetStartOffset();
                const stub = this._GetLastPropertyKeyframeStub(timeline, t, propertyKeyframeStubs);
                if (stub)
                    value = stub.value
            }
            const change = willChangeFunc(this._GetIndex(), this._GetTarget(), value, id);
            if (!change)
                return;
            this._Setter(value);
            switch (id) {
            case "behavior":
                return;
            case "effect":
                return;
            case "instance-variable":
                return;
            case "plugin":
                return C3.TimelineState.LAYOUT_RENDER_CHANGE
            }
        }
        _Getter() {
            const id = this._propertyTrack.GetSourceAdapterId();
            const target = this._GetTarget();
            const index = this._GetIndex();
            switch (id) {
            case "behavior":
                return target.GetPropertyValueByIndex(index);
            case "effect":
                return target[index];
            case "instance-variable":
                return target.GetInstanceVariableValue(index);
            case "plugin":
                return target.GetPropertyValueByIndex(index)
            }
        }
        _Setter(value) {
            const id = this._propertyTrack.GetSourceAdapterId();
            const target = this._GetTarget();
            const index = this._GetIndex();
            switch (id) {
            case "behavior":
                target.SetPropertyValueByIndex(index, value);
                break;
            case "effect":
                target[index] = value;
                break;
            case "instance-variable":
                target.SetInstanceVariableValue(index, value);
                break;
            case "plugin":
                target.SetPropertyValueByIndex(index, value);
                break
            }
        }
    }
    C3.PropertyTrackState.PropertyInterpolationAdapter.NoInterpolationAdapter = NoInterpolationAdapter
}
;'use strict';
{
    const C3 = self.C3;
    const NS = C3.PropertyTrackState.PropertyInterpolationAdapter;
    const INSTANCE_FUNC_MAP = new Map;
    const add = (prop,setter,absolute_setter,getter,round)=>INSTANCE_FUNC_MAP.set(prop, {
        setter,
        absolute_setter,
        getter,
        round
    });
    add("offsetX", (wi,v)=>wi.OffsetX(v), (wi,v)=>wi.SetX(v), wi=>wi.GetX(), true);
    add("offsetY", (wi,v)=>wi.OffsetY(v), (wi,v)=>wi.SetY(v), wi=>wi.GetY(), true);
    add("offsetWidth", (wi,v)=>wi.OffsetWidth(v), (wi,v)=>wi.SetWidth(v), wi=>wi.GetWidth(), true);
    add("offsetHeight", (wi,v)=>wi.OffsetHeight(v), (wi,v)=>wi.SetHeight(v), wi=>wi.GetHeight(), true);
    add("offsetAngle", (wi,v)=>wi.OffsetAngle(v), (wi,v)=>wi.SetAngle(v), wi=>wi.GetAngle(), false);
    add("offsetOpacity", (wi,v)=>wi.OffsetOpacity(v), (wi,v)=>wi.SetOpacity(v), wi=>wi.GetOpacity(), false);
    add("offsetOriginX", (wi,v)=>wi.OffsetOriginX(v), (wi,v)=>wi.SetOriginX(v), wi=>wi.GetOriginX(), false);
    add("offsetOriginY", (wi,v)=>wi.OffsetOriginY(v), (wi,v)=>wi.SetOriginY(v), wi=>wi.GetOriginY(), false);
    add("offsetZElevation", (wi,v)=>wi.OffsetZElevation(v), (wi,v)=>wi.SetZElevation(v), wi=>wi.GetZElevation(), true);
    add("offsetScaleX", (wi,v,t)=>{
        wi.OffsetWidth(t.GetOriginalWidth() * v)
    }
    , (wi,v,t)=>{
        wi.SetWidth(t.GetOriginalWidth() * v)
    }
    , (wi,t)=>{
        return wi.GetWidth() / t.GetOriginalWidth()
    }
    , false);
    add("offsetScaleY", (wi,v,t)=>{
        wi.OffsetHeight(t.GetOriginalHeight() * v)
    }
    , (wi,v,t)=>{
        wi.SetHeight(t.GetOriginalHeight() * v)
    }
    , (wi,t)=>{
        return wi.GetHeight() / t.GetOriginalHeight()
    }
    , false);
    class NumericInterpolationAdapter extends C3.PropertyTrackState.PropertyInterpolationAdapter {
        constructor(sourceAdapter) {
            super(sourceAdapter);
            this._lastValue = 0;
            this._instance_getter = null;
            this._instance_setter = null;
            this._instance_absolute_setter = null;
            this._round = false;
            if (C3.IsInstanceOf(this._propertyTrack.GetTimeline(), C3.Tween))
                this._typeAdapter = new C3.PropertyTrackState.PropertyInterpolationAdapter.NumericInterpolationAdapterForTween(this);
            else
                this._typeAdapter = new C3.PropertyTrackState.PropertyInterpolationAdapter.NumericInterpolationAdapterForTimeline(this);
            const property = this._propertyTrack.GetPropertyName();
            if (this._propertyTrack.GetSourceAdapterId() === "world-instance") {
                const p = INSTANCE_FUNC_MAP.get(property);
                this._instance_getter = p.getter;
                this._instance_setter = p.setter;
                this._instance_absolute_setter = p.absolute_setter;
                this._round = p.round
            }
        }
        Release() {
            this._typeAdapter = null;
            this._instance_getter = null;
            this._instance_setter = null;
            this._instance_absolute_setter = null;
            super.Release()
        }
        GetLastValue() {
            return this._lastValue
        }
        SetLastValue(v) {
            this._lastValue = v
        }
        SetInitialState() {
            const initValue = this._typeAdapter.SetInitialState();
            if (typeof initValue === "number")
                this._lastValue = initValue
        }
        SetResumeState() {
            const resumeValue = this._typeAdapter.SetResumeState();
            if (typeof resumeValue === "number")
                this._lastValue = resumeValue
        }
        GetCurrentState() {
            return this._Getter()
        }
        CompareInitialStateWithCurrent() {
            const firstKeyframeValue = this._FirstKeyframeGetter();
            return firstKeyframeValue !== this.GetCurrentState()
        }
        CompareSaveStateWithCurrent() {
            if (C3.IsNullOrUndefined(this._saveState))
                return false;
            return this._saveState !== this.GetCurrentState()
        }
        BeforeChangeProperty() {
            this._typeAdapter.BeforeChangeProperty()
        }
        ChangeProperty(time, value, start, end, setTime, ensureValue) {
            return this._typeAdapter.ChangeProperty(time, value, start, end, setTime, ensureValue)
        }
        AfterChangeProperty() {
            this._typeAdapter.AfterChangeProperty()
        }
        _Getter() {
            const target = this._GetTarget();
            const index = this._GetIndex();
            const track = this._propertyTrack.GetTrack();
            const wi = this.GetWorldInfo();
            return this._PickSource(()=>target.GetPropertyValueByIndex(index), ()=>target[index], ()=>target.GetInstanceVariableValue(index), ()=>target.GetPropertyValueByIndex(index), ()=>this._instance_getter(wi, track))
        }
        _Setter(value, start, end) {
            const target = this._GetTarget();
            const index = this._GetIndex();
            const track = this._propertyTrack.GetTrack();
            const wi = this.GetWorldInfo();
            this._PickSource(()=>target.OffsetPropertyValueByIndex(index, value), ()=>target[index] += value, ()=>target.SetInstanceVariableOffset(index, value), ()=>target.OffsetPropertyValueByIndex(index, value), ()=>this._instance_setter(wi, value, track))
        }
        _SetterAbsolute(value, start, end) {
            const target = this._GetTarget();
            const index = this._GetIndex();
            const track = this._propertyTrack.GetTrack();
            const wi = this.GetWorldInfo();
            this._PickSource(()=>target.SetPropertyValueByIndex(index, value), ()=>target[index] = value, ()=>target.SetInstanceVariableValue(index, value), ()=>target.SetPropertyValueByIndex(index, value), ()=>this._instance_absolute_setter(wi, value, track))
        }
        _MaybeEnsureValue(time, start, end, setTime, lastValue, currentValue) {
            this._typeAdapter._MaybeEnsureValue(time, start, end, setTime, lastValue, currentValue)
        }
        _AddDelta(value, start, end) {
            const stringValue = value.toString();
            const decimalsString = stringValue.split(".")[1] || "";
            const decimalPlaces = decimalsString.length;
            const v = this._Getter();
            let rv;
            if (decimalPlaces === 0)
                rv = this._round ? Math.round(v) : v;
            else
                rv = C3.toFixed(v, decimalPlaces);
            this._Setter(rv - v, start, end)
        }
        _SaveToJson() {
            return Object.assign(super._SaveToJson(), {
                "v": this._lastValue
            })
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            super._LoadFromJson(o);
            this._lastValue = o["v"]
        }
    }
    C3.PropertyTrackState.PropertyInterpolationAdapter.NumericInterpolationAdapter = NumericInterpolationAdapter
}
;'use strict';
{
    const C3 = self.C3;
    const TMP_ABSOLUTE_VALUES_MAP = new Map;
    class NumericInterpolationAdapterForTimeline {
        constructor(numericInterpolationAdapter) {
            this._numericInterpolationAdapter = numericInterpolationAdapter
        }
        Release() {
            this._numericInterpolationAdapter = null
        }
        SetInitialState() {
            const adapter = this._numericInterpolationAdapter;
            const propertyTrack = this._numericInterpolationAdapter.GetPropertyTrack();
            return adapter._PickResultMode(()=>{
                return adapter._PickTimelinePlaybackMode(()=>0, ()=>C3.PropertyTrackState.PropertySourceAdapter.GetValueAtTime(propertyTrack))
            }
            , ()=>{}
            )
        }
        SetResumeState() {}
        BeforeChangeProperty() {
            const adapter = this._numericInterpolationAdapter;
            const propertyTrack = this._numericInterpolationAdapter.GetPropertyTrack();
            const property = propertyTrack.GetPropertyName();
            adapter._PickResultMode(()=>{}
            , ()=>{
                const instance = propertyTrack.GetInstance();
                if (!TMP_ABSOLUTE_VALUES_MAP.has(instance))
                    TMP_ABSOLUTE_VALUES_MAP.set(instance, new Map);
                const instanceMap = TMP_ABSOLUTE_VALUES_MAP.get(instance);
                const id = propertyTrack.GetSourceAdapterId();
                if (!instanceMap.has(id))
                    instanceMap.set(id, new Map);
                const sourceMap = instanceMap.get(id);
                if (!sourceMap.has(property))
                    sourceMap.set(property, {
                        used: false,
                        value: 0
                    })
            }
            )
        }
        _GetTmpAbsoluteValueObject(instance, sourceId, propertyName) {
            const tmpAbsoluteValueObj = TMP_ABSOLUTE_VALUES_MAP.get(instance).get(sourceId).get(propertyName);
            tmpAbsoluteValueObj.used = true;
            return tmpAbsoluteValueObj
        }
        ChangeProperty(time, value, start, end, setTime, ensureValue) {
            const adapter = this._numericInterpolationAdapter;
            const propertyTrack = this._numericInterpolationAdapter.GetPropertyTrack();
            const property = propertyTrack.GetPropertyName();
            adapter._PickResultMode(()=>{
                const lastValue = adapter.GetLastValue();
                adapter._Setter(value - lastValue, start, end);
                if (ensureValue)
                    this._MaybeEnsureValue(time, start, end, setTime, lastValue, value);
                adapter.SetLastValue(value)
            }
            , ()=>{
                const timeline = propertyTrack.GetTimeline();
                const track = propertyTrack.GetTrack();
                const instance = propertyTrack.GetInstance();
                const sourceAdapter = propertyTrack.GetSourceAdapter();
                const sourceAdapterId = propertyTrack.GetSourceAdapterId();
                const propertyTracks = timeline.GetSimilarPropertyTracks(instance, sourceAdapter, property);
                if (propertyTracks.length > 1) {
                    const propertyKeyframeStubs = adapter._GetPropertyKeyframeStubs(propertyTracks, true);
                    const stub = adapter._GetLastPropertyKeyframeStub(timeline, timeline.GetTime(), propertyKeyframeStubs);
                    if (stub) {
                        const startOffset = track.GetStartOffset();
                        const t = stub.time - startOffset;
                        if (t === 0) {
                            const valueObj = this._GetTmpAbsoluteValueObject(instance, sourceAdapterId, property);
                            valueObj.value += value
                        } else {
                            if (t < 0)
                                return;
                            const v = propertyTrack.Interpolate(t, false, true);
                            const valueObj = this._GetTmpAbsoluteValueObject(instance, sourceAdapterId, property);
                            valueObj.value += value - v
                        }
                    }
                } else
                    adapter._SetterAbsolute(value)
            }
            );
            return adapter._PickSource(()=>{}
            , ()=>C3.TimelineState.LAYOUT_RENDER_CHANGE, ()=>{}
            , ()=>C3.TimelineState.LAYOUT_RENDER_CHANGE, ()=>C3.TimelineState.LAYOUT_RENDER_CHANGE)
        }
        AfterChangeProperty() {
            const adapter = this._numericInterpolationAdapter;
            const propertyTrack = this._numericInterpolationAdapter.GetPropertyTrack();
            const property = propertyTrack.GetPropertyName();
            adapter._PickResultMode(()=>{}
            , ()=>{
                const instance = propertyTrack.GetInstance();
                if (!TMP_ABSOLUTE_VALUES_MAP.has(instance))
                    return;
                const instanceMap = TMP_ABSOLUTE_VALUES_MAP.get(instance);
                const id = propertyTrack.GetSourceAdapterId();
                if (!instanceMap.has(id))
                    return;
                const sourceMap = instanceMap.get(id);
                if (!sourceMap.has(property))
                    return;
                const tmpValueObj = sourceMap.get(property);
                const used = tmpValueObj.used;
                const value = tmpValueObj.value;
                if (used)
                    adapter._SetterAbsolute(value);
                sourceMap.delete(property);
                if (sourceMap.size === 0)
                    instanceMap.delete(id);
                if (instanceMap.size === 0)
                    TMP_ABSOLUTE_VALUES_MAP.delete(instance)
            }
            )
        }
        _MaybeEnsureValue(time, start, end, setTime, lastValue, currentValue) {
            const adapter = this._numericInterpolationAdapter;
            if (setTime)
                return;
            if (start && time === start.GetTime())
                adapter._AddDelta(start.GetValueWithResultMode(), start, end);
            else if (end && time === end.GetTime())
                adapter._AddDelta(end.GetValueWithResultMode(), start, end);
            else if (currentValue - lastValue === 0)
                adapter._AddDelta(start.GetValueWithResultMode(), start, end)
        }
    }
    C3.PropertyTrackState.PropertyInterpolationAdapter.NumericInterpolationAdapterForTimeline = NumericInterpolationAdapterForTimeline
}
;'use strict';
{
    const C3 = self.C3;
    const TMP_ABSOLUTE_VALUES_MAP = new Map;
    class NumericInterpolationAdapterForTween {
        constructor(numericInterpolationAdapter) {
            this._numericInterpolationAdapter = numericInterpolationAdapter
        }
        Release() {
            this._numericInterpolationAdapter = null
        }
        SetInitialState() {
            const adapter = this._numericInterpolationAdapter;
            adapter.SetFirstAbsoluteUpdate(true);
            return this._GetAbsoluteInitialValue(adapter._FirstKeyframeGetter())
        }
        SetResumeState() {
            const adapter = this._numericInterpolationAdapter;
            if (adapter._FirstKeyframeGetter() === adapter._CurrentKeyframeGetter())
                return;
            adapter.SetFirstAbsoluteUpdate(true);
            return this._GetAbsoluteInitialValue(adapter._CurrentKeyframeGetter())
        }
        BeforeChangeProperty() {}
        ChangeProperty(time, value, start, end, setTime, ensureValue) {
            const adapter = this._numericInterpolationAdapter;
            const lastValue = adapter.GetLastValue();
            adapter._PickResultMode(()=>{
                adapter._Setter(value - lastValue, start, end);
                if (ensureValue)
                    this._MaybeEnsureValue(time, start, end, setTime, lastValue, value)
            }
            , ()=>{
                adapter._PickFirstAbsoluteUpdate(()=>{
                    adapter._Setter(lastValue, start, end)
                }
                , ()=>{
                    adapter._Setter(value - lastValue, start, end);
                    if (ensureValue)
                        this._MaybeEnsureValue(time, start, end, setTime, lastValue, value)
                }
                )
            }
            );
            adapter.SetLastValue(value);
            return adapter._PickSource(()=>{}
            , ()=>C3.TimelineState.LAYOUT_RENDER_CHANGE, ()=>{}
            , ()=>C3.TimelineState.LAYOUT_RENDER_CHANGE, ()=>C3.TimelineState.LAYOUT_RENDER_CHANGE)
        }
        AfterChangeProperty() {}
        _GetAbsoluteInitialValue(keyframeValue) {
            const adapter = this._numericInterpolationAdapter;
            return keyframeValue - adapter.GetCurrentState()
        }
        _MaybeEnsureValue(time, start, end, setTime, lastValue, currentValue) {
            const adapter = this._numericInterpolationAdapter;
            if (setTime)
                if (start && time === start.GetTime())
                    adapter._AddDelta(start.GetValueWithResultMode(), start, end);
                else if (end && time === end.GetTime())
                    adapter._AddDelta(end.GetValueWithResultMode(), start, end);
                else {
                    if (!end)
                        adapter._AddDelta(start.GetValueWithResultMode(), start, end)
                }
            else if (start && time === start.GetTime())
                adapter._AddDelta(start.GetValueWithResultMode(), start, end);
            else if (end && time === end.GetTime())
                adapter._AddDelta(end.GetValueWithResultMode(), start, end);
            else if (currentValue - lastValue === 0)
                adapter._AddDelta(start.GetValueWithResultMode(), start, end)
        }
    }
    C3.PropertyTrackState.PropertyInterpolationAdapter.NumericInterpolationAdapterForTween = NumericInterpolationAdapterForTween
}
;'use strict';
{
    const C3 = self.C3;
    const Ease = self.Ease;
    C3.PropertyTrackState.NumericTypeAdapter = class NumericTypeAdapter {
        constructor() {}
        static WillChange(index, source, newValue, type) {
            let oldValue;
            switch (type) {
            case "behavior":
                oldValue = source.GetPropertyValueByIndex(index);
                break;
            case "effect":
                oldValue = source[index];
                break;
            case "instance-variable":
                oldValue = source.GetInstanceVariableValue(index);
                break;
            case "plugin":
                oldValue = source.GetPropertyValueByIndex(index);
                break
            }
            if (oldValue === newValue)
                return false;
            return true
        }
        static Interpolate(time, start, end, propertyTrack) {
            if (!end) {
                let propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = propertyTrack.GetPropertyTrackData();
                propertyTrackDataItem = propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
                return propertyTrackDataItem.GetValueWithResultMode()
            }
            let mode = propertyTrack.GetInterpolationMode();
            if (mode === "default")
                mode = "continuous";
            if (propertyTrack.GetPropertyType() === "combo")
                mode = "discrete";
            if (mode === "discrete")
                return start.GetValueWithResultMode();
            else if (mode === "continuous" || mode === "step") {
                if (mode === "step") {
                    const step = propertyTrack.GetTimeline().GetStep();
                    if (step !== 0) {
                        const s = 1 / step;
                        time = Math.floor(time * s) / s
                    }
                }
                const st = start.GetTime();
                const et = end.GetTime();
                const sv = start.GetValueWithResultMode();
                const ev = end.GetValueWithResultMode();
                if (sv === ev)
                    return sv;
                const n = C3.normalize(time, st, et);
                const e = start.GetEase();
                let ret;
                const startAddon = start.GetAddOn("cubic-bezier");
                const endAddon = end.GetAddOn("cubic-bezier");
                if (startAddon && startAddon.GetStartEnable() && endAddon && endAddon.GetEndEnable()) {
                    const dt = et - st;
                    ret = Ease.GetRuntimeEase(e)(dt * n, 0, 1, dt);
                    ret = Ease.GetRuntimeEase("cubicbezier")(ret, sv, sv + startAddon.GetStartAnchor(), ev + endAddon.GetEndAnchor(), ev)
                } else
                    ret = Ease.GetRuntimeEase(e)((et - st) * n, sv, ev - sv, et - st);
                if (propertyTrack.GetPropertyType() === "integer")
                    return Math.floor(ret);
                return ret
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.PropertyTrackState.AngleTypeAdapter = class AngleTypeAdapter {
        constructor() {}
        static WillChange(index, source, newValue, type) {
            let oldValue;
            switch (type) {
            case "behavior":
                oldValue = source.GetPropertyValueByIndex(index);
                break;
            case "effect":
                oldValue = source[index];
                break;
            case "instance-variable":
                oldValue = source.GetInstanceVariableValue(index);
                break;
            case "plugin":
                oldValue = source.GetPropertyValueByIndex(index);
                break
            }
            if (oldValue === newValue)
                return false;
            return true
        }
        static Interpolate(time, start, end, propertyTrack) {
            if (!end) {
                let propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = propertyTrack.GetPropertyTrackData();
                propertyTrackDataItem = propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
                return propertyTrackDataItem.GetValueWithResultMode()
            }
            let mode = propertyTrack.GetInterpolationMode();
            if (mode === "default")
                mode = "continuous";
            if (propertyTrack.GetPropertyType() === "combo")
                mode = "discrete";
            if (mode === "discrete")
                return start.GetValueWithResultMode();
            else if (mode === "continuous" || mode === "step") {
                if (mode === "step") {
                    const step = propertyTrack.GetTimeline().GetStep();
                    if (step !== 0) {
                        const s = 1 / step;
                        time = Math.floor(time * s) / s
                    }
                }
                const st = start.GetTime();
                const et = end.GetTime();
                const sv = start.GetValueWithResultMode();
                const ev = end.GetValueWithResultMode();
                const angleAddon = start.GetAddOn("angle");
                if (angleAddon) {
                    const revolutions = angleAddon.GetRevolutions();
                    if (sv === ev && revolutions === 0)
                        return sv;
                    const n = C3.normalize(time, st, et);
                    const easeFunc = self.Ease.GetRuntimeEase(start.GetEase());
                    const easeRes = easeFunc(n, 0, 1, 1);
                    switch (angleAddon.GetDirection()) {
                    case "closest":
                        return C3.angleLerp(sv, ev, easeRes, revolutions);
                    case "clockwise":
                        return C3.angleLerpClockwise(sv, ev, easeRes, revolutions);
                    case "anti-clockwise":
                        return C3.angleLerpAntiClockwise(sv, ev, easeRes, revolutions)
                    }
                } else {
                    if (sv === ev)
                        return sv;
                    const n = C3.normalize(time, st, et);
                    const easeFunc = self.Ease.GetRuntimeEase(start.GetEase());
                    return C3.angleLerp(sv, ev, easeFunc(n, 0, 1, 1))
                }
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.PropertyTrackState.BooleanTypeAdapter = class BooleanTypeAdapter {
        constructor() {}
        static WillChange(index, source, newValue, type) {
            let oldValue;
            switch (type) {
            case "behavior":
                oldValue = source.GetPropertyValueByIndex(index);
                break;
            case "effect":
                oldValue = source[index];
                break;
            case "instance-variable":
                oldValue = source.GetInstanceVariableValue(index);
                break;
            case "plugin":
                oldValue = source.GetPropertyValueByIndex(index);
                break
            }
            if (!!oldValue === !!newValue)
                return false;
            return true
        }
        static Interpolate(time, start, end, propertyTrack) {
            if (!end) {
                let propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = propertyTrack.GetPropertyTrackData();
                propertyTrackDataItem = propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
                return propertyTrackDataItem.GetValueWithResultMode() ? 1 : 0
            }
            return start.GetValueWithResultMode() ? 1 : 0
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TEMP_COLOR_ARRAY = [0, 0, 0];
    const TEMP_COLOR_ARRAY_2 = [0, 0, 0];
    const TEMP_COLOR_ARRAY_3 = [0, 0, 0];
    C3.PropertyTrackState.ColorTypeAdapter = class ColorTypeAdapter {
        constructor() {}
        static WillChange(index, source, newValue, type) {
            let oldValue;
            switch (type) {
            case "behavior":
                oldValue = source.GetPropertyValueByIndex(index);
                break;
            case "effect":
                oldValue = source[index];
                break;
            case "instance-variable":
                oldValue = source.GetInstanceVariableValue(index);
                break;
            case "plugin":
                oldValue = source.GetPropertyValueByIndex(index);
                break
            }
            if (Array.isArray(newValue)) {
                TEMP_COLOR_ARRAY[0] = newValue[0];
                TEMP_COLOR_ARRAY[1] = newValue[1];
                TEMP_COLOR_ARRAY[2] = newValue[2]
            } else {
                TEMP_COLOR_ARRAY_3.parseCommaSeparatedRgb(newValue);
                TEMP_COLOR_ARRAY[0] = Math.floor(TEMP_COLOR_ARRAY_3.getR() * 255);
                TEMP_COLOR_ARRAY[1] = Math.floor(TEMP_COLOR_ARRAY_3.getG() * 255);
                TEMP_COLOR_ARRAY[2] = Math.floor(TEMP_COLOR_ARRAY_3.getB() * 255)
            }
            if (Array.isArray(oldValue)) {
                TEMP_COLOR_ARRAY_2[0] = oldValue[0];
                TEMP_COLOR_ARRAY_2[1] = oldValue[1];
                TEMP_COLOR_ARRAY_2[2] = oldValue[2]
            } else {
                TEMP_COLOR_ARRAY_3.parseCommaSeparatedRgb(oldValue);
                TEMP_COLOR_ARRAY_2[0] = Math.floor(TEMP_COLOR_ARRAY_3.getR() * 255);
                TEMP_COLOR_ARRAY_2[1] = Math.floor(TEMP_COLOR_ARRAY_3.getG() * 255);
                TEMP_COLOR_ARRAY_2[2] = Math.floor(TEMP_COLOR_ARRAY_3.getB() * 255)
            }
            if (TEMP_COLOR_ARRAY[0] !== TEMP_COLOR_ARRAY_2[0])
                return true;
            if (TEMP_COLOR_ARRAY[1] !== TEMP_COLOR_ARRAY_2[1])
                return true;
            if (TEMP_COLOR_ARRAY[2] !== TEMP_COLOR_ARRAY_2[2])
                return true;
            return false
        }
        static Interpolate(time, start, end, propertyTrack) {
            if (!end) {
                let propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = propertyTrack.GetPropertyTrackData();
                propertyTrackDataItem = propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
                const color = propertyTrackDataItem.GetValueWithResultMode();
                TEMP_COLOR_ARRAY[0] = color[0];
                TEMP_COLOR_ARRAY[1] = color[1];
                TEMP_COLOR_ARRAY[2] = color[2];
                return TEMP_COLOR_ARRAY
            }
            let mode = propertyTrack.GetInterpolationMode();
            if (mode === "default")
                mode = "continuous";
            if (mode === "discrete") {
                const color = start.GetValueWithResultMode();
                TEMP_COLOR_ARRAY[0] = color[0];
                TEMP_COLOR_ARRAY[1] = color[1];
                TEMP_COLOR_ARRAY[2] = color[2];
                return TEMP_COLOR_ARRAY
            } else if (mode === "continuous" || mode === "step") {
                if (mode === "step") {
                    const step = propertyTrack.GetTimeline().GetStep();
                    if (step !== 0) {
                        const s = 1 / step;
                        time = Math.floor(time * s) / s
                    }
                }
                const st = start.GetTime();
                const et = end.GetTime();
                const sv = start.GetValueWithResultMode();
                const ev = end.GetValueWithResultMode();
                const n = C3.normalize(time, st, et);
                const e = start.GetEase();
                const sr = sv[0];
                const sg = sv[1];
                const sb = sv[2];
                const er = ev[0];
                const eg = ev[1];
                const eb = ev[2];
                const easeFunc = self.Ease.GetRuntimeEase(e);
                const d = et - st;
                const dn = d * n;
                if (sr === er)
                    TEMP_COLOR_ARRAY[0] = sr;
                else
                    TEMP_COLOR_ARRAY[0] = easeFunc(dn, sr, er - sr, d);
                if (sg === eg)
                    TEMP_COLOR_ARRAY[1] = sg;
                else
                    TEMP_COLOR_ARRAY[1] = easeFunc(dn, sg, eg - sg, d);
                if (sb === eb)
                    TEMP_COLOR_ARRAY[2] = sb;
                else
                    TEMP_COLOR_ARRAY[2] = easeFunc(dn, sb, eb - sb, d);
                return TEMP_COLOR_ARRAY
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.PropertyTrackState.TextTypeAdapter = class TextTypeAdapter {
        constructor() {}
        static WillChange(index, source, newValue, type) {
            let oldValue;
            switch (type) {
            case "behavior":
                oldValue = source.GetPropertyValueByIndex(index);
                break;
            case "effect":
                oldValue = source[index];
                break;
            case "instance-variable":
                oldValue = source.GetInstanceVariableValue(index);
                break;
            case "plugin":
                oldValue = source.GetPropertyValueByIndex(index);
                break
            }
            if (oldValue === newValue)
                return false;
            return true
        }
        static Interpolate(time, start, end, propertyTrack) {
            if (!end) {
                let propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
                const propertyTrackData = propertyTrack.GetPropertyTrackData();
                propertyTrackDataItem = propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
                return propertyTrackDataItem.GetValueWithResultMode()
            }
            return start.GetValueWithResultMode()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.TimelineDataManager = class TimelineDataManager {
        constructor() {
            this._timelineDataItems = new Map
        }
        Release() {
            for (const timelineDataItem of this._timelineDataItems.values())
                timelineDataItem.Release();
            this._timelineDataItems.clear();
            this._timelineDataItems = null
        }
        Add(data) {
            const timelineDataItem = new C3.TimelineDataItem(data);
            const name = timelineDataItem.GetName();
            this._timelineDataItems.set(name, timelineDataItem)
        }
        Get(name) {
            return this._timelineDataItems.get(name)
        }
        GetNameId() {
            return 0
        }
        static _CreateDataItems(items, jsonItems, dataItemConstructor, dataContainer) {
            if (!jsonItems)
                return;
            for (const jsonItem of jsonItems)
                C3.TimelineDataManager._CreateDataItem("create", jsonItem, items, dataItemConstructor, dataContainer)
        }
        static _LoadDataItemsFromJson(items, jsonItems, dataItemConstructor, dataContainer) {
            if (items.length)
                jsonItems.forEach((jsonItem,index)=>{
                    items[index]._LoadFromJson(jsonItem)
                }
                );
            else
                jsonItems.forEach(jsonItem=>{
                    C3.TimelineDataManager._CreateDataItem("load", jsonItem, items, dataItemConstructor, dataContainer)
                }
                )
        }
        static _CreateDataItem(mode, json, items, dataItemConstructor, dataContainer) {
            let dataItem;
            if (typeof dataItemConstructor === "function")
                switch (mode) {
                case "load":
                    dataItem = new dataItemConstructor(null,dataContainer);
                    break;
                case "create":
                    dataItem = new dataItemConstructor(json,dataContainer);
                    break
                }
            else if (typeof dataItemConstructor === "object") {
                const prop = dataItemConstructor.prop;
                const value = json[prop];
                const cnstrctr = dataItemConstructor.map.get(value);
                switch (mode) {
                case "load":
                    dataItem = new cnstrctr(null,dataContainer);
                    break;
                case "create":
                    dataItem = new cnstrctr(json,dataContainer);
                    break
                }
            }
            switch (mode) {
            case "load":
                dataItem._LoadFromJson(json);
                items.push(dataItem);
                break;
            case "create":
                if (typeof dataItem.GetEnable === "function" && !dataItem.GetEnable())
                    return dataItem.Release();
                items.push(dataItem);
                break
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const NAME = 0;
    const TOTAL_TIME = 1;
    const STEP = 2;
    const INTERPOLATION_MODE = 3;
    const RESULT_MODE = 4;
    const TRACKS = 5;
    const LOOP = 6;
    const PING_PONG = 7;
    const REPEAT_COUNT = 8;
    C3.TimelineDataItem = class TimelineDataItem {
        constructor(timelineDataJson) {
            this._name = "";
            this._totalTime = NaN;
            this._step = 0;
            this._interpolationMode = "default";
            this._resultMode = "default";
            this._loop = false;
            this._pingPong = false;
            this._repeatCount = 1;
            this._trackData = null;
            if (!timelineDataJson)
                return;
            this._name = timelineDataJson[NAME];
            this._totalTime = timelineDataJson[TOTAL_TIME];
            this._step = timelineDataJson[STEP];
            this._interpolationMode = timelineDataJson[INTERPOLATION_MODE];
            this._resultMode = timelineDataJson[RESULT_MODE];
            this._loop = !!timelineDataJson[LOOP];
            this._pingPong = !!timelineDataJson[PING_PONG];
            this._repeatCount = timelineDataJson[REPEAT_COUNT];
            this._trackData = new C3.TrackData(timelineDataJson[TRACKS],this)
        }
        Release() {
            this._trackData.Release();
            this._trackData = null
        }
        GetTrackData() {
            if (!this._trackData)
                this._trackData = new C3.TrackData(null,this);
            return this._trackData
        }
        GetName() {
            return this._name
        }
        SetName(n) {
            this._name = n
        }
        GetTotalTime() {
            return this._totalTime
        }
        SetTotalTime(tt) {
            this._totalTime = tt
        }
        GetStep() {
            return this._step
        }
        SetStep(s) {
            this._step = s
        }
        GetInterpolationMode() {
            return this._interpolationMode
        }
        SetInterpolationMode(im) {
            this._interpolationMode = im
        }
        GetResultMode() {
            return this._resultMode
        }
        SetResultMode(rm) {
            this._resultMode = rm
        }
        GetLoop() {
            return this._loop
        }
        SetLoop(l) {
            this._loop = l
        }
        GetPingPong() {
            return this._pingPong
        }
        SetPingPong(p) {
            this._pingPong = p
        }
        GetRepeatCount() {
            return this._repeatCount
        }
        _SaveToJson() {
            return {
                "trackDataJson": this._trackData._SaveToJson(),
                "name": this._name,
                "totalTime": this._totalTime,
                "step": this._step,
                "interpolationMode": this._interpolationMode,
                "resultMode": this._resultMode,
                "loop": this._loop,
                "pingPong": this._pingPong,
                "repeatCount": this._repeatCount
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this.GetTrackData()._LoadFromJson(o["trackDataJson"]);
            this._name = o["name"];
            this._totalTime = o["totalTime"];
            this._step = o["step"];
            this._interpolationMode = o["interpolationMode"];
            this._resultMode = o["resultMode"];
            this._loop = o["loop"];
            this._pingPong = o["pingPong"];
            this._repeatCount = o["repeatCount"]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const WI_DATA = 0;
    const OC_INDEX = 1;
    const WI_UID = 2;
    const INTERPOLATION_MODE = 1;
    const RESULT_MODE = 2;
    const ENABLED = 3;
    const KEYFRAMES = 4;
    const PROPERTY_TRACKS = 5;
    const ID = 6;
    const NESTED_DATA = 7;
    const START_OFFSET = 0;
    const LOCAL_TOTAL_TIME = 1;
    const WI_ADDITIONAL_DATA = 8;
    const ORIGINAL_WIDTH = 0;
    const ORIGINAL_HEIGHT = 1;
    class TrackDataItem {
        constructor(trackDataJson, trackData) {
            this._trackData = trackData;
            this._instanceData = null;
            this._additionalInstanceData = null;
            this._instanceUid = NaN;
            this._objectClassIndex = NaN;
            this._interpolationMode = "default";
            this._resultMode = "default";
            this._enabled = false;
            this._keyframeData = null;
            this._propertyTrackData = null;
            this._id = "";
            this._nestedData = null;
            this._startOffset = 0;
            this._localTotalTime = this._trackData.GetTimelineDataItem().GetTotalTime();
            if (!trackDataJson)
                return;
            this._instanceData = trackDataJson[WI_DATA];
            this._instanceUid = trackDataJson[WI_DATA][WI_UID];
            this._objectClassIndex = trackDataJson[WI_DATA][OC_INDEX];
            this._interpolationMode = trackDataJson[INTERPOLATION_MODE];
            this._resultMode = trackDataJson[RESULT_MODE];
            this._enabled = !!trackDataJson[ENABLED];
            if (trackDataJson[ID])
                this._id = trackDataJson[ID];
            if (trackDataJson[NESTED_DATA]) {
                this._nestedData = trackDataJson[NESTED_DATA];
                this._startOffset = trackDataJson[NESTED_DATA][START_OFFSET];
                this._localTotalTime = trackDataJson[NESTED_DATA][LOCAL_TOTAL_TIME]
            }
            if (trackDataJson[WI_ADDITIONAL_DATA])
                this._additionalInstanceData = trackDataJson[WI_ADDITIONAL_DATA];
            this._keyframeData = new C3.KeyframeData(trackDataJson[KEYFRAMES],this);
            this._propertyTrackData = new C3.PropertyTrackData(trackDataJson[PROPERTY_TRACKS],this)
        }
        Release() {
            this._instanceData = null;
            this._trackData = null;
            if (this._keyframeData) {
                this._keyframeData.Release();
                this._keyframeData = null
            }
            if (this._propertyTrackData) {
                this._propertyTrackData.Release();
                this._propertyTrackData = null
            }
            this._nestedData = null
        }
        GetTrackData() {
            return this._trackData
        }
        GetKeyframeData() {
            if (!this._keyframeData)
                this._keyframeData = new C3.KeyframeData(null,this);
            return this._keyframeData
        }
        GetPropertyTrackData() {
            if (!this._propertyTrackData)
                this._propertyTrackData = new C3.PropertyTrackData(null,this);
            return this._propertyTrackData
        }
        GetInstanceData() {
            return this._instanceData
        }
        GetObjectClassIndex() {
            return this._objectClassIndex
        }
        SetObjectClassIndex(index) {
            this._objectClassIndex = index
        }
        GetInstanceUID() {
            return this._instanceUid
        }
        SetInstanceUID(uid) {
            this._instanceUid = uid
        }
        GetInterpolationMode() {
            return this._interpolationMode
        }
        SetInterpolationMode(im) {
            this._interpolationMode = im
        }
        GetResultMode() {
            return this._resultMode
        }
        SetResultMode(rm) {
            this._resultMode = rm
        }
        GetEnable() {
            return this._enabled
        }
        SetEnable(e) {
            this._enabled = !!e
        }
        GetId() {
            return this._id
        }
        GetStartOffset() {
            return this._startOffset
        }
        GetLocalTotalTime() {
            return this._localTotalTime
        }
        GetOriginalWidth() {
            return this._additionalInstanceData[ORIGINAL_WIDTH]
        }
        SetOriginalWidth(w) {
            if (!this._additionalInstanceData)
                this._additionalInstanceData = [];
            this._additionalInstanceData[ORIGINAL_WIDTH] = w
        }
        GetOriginalHeight() {
            if (!this._additionalInstanceData)
                this._additionalInstanceData = [];
            return this._additionalInstanceData[ORIGINAL_HEIGHT]
        }
        SetOriginalHeight(h) {
            if (!this._additionalInstanceData)
                this._additionalInstanceData = [];
            this._additionalInstanceData[ORIGINAL_HEIGHT] = h
        }
        _SaveToJson() {
            return {
                "keyframeDataJson": this._keyframeData._SaveToJson(),
                "propertyTrackDataJson": this._propertyTrackData._SaveToJson(),
                "instanceData": this._instanceData,
                "additionalInstanceData": this._additionalInstanceData,
                "instanceUid": this._instanceUid,
                "objectClassIndex": this._objectClassIndex,
                "interpolationMode": this._interpolationMode,
                "resultMode": this._resultMode,
                "enabled": this._enabled,
                "id": this._id,
                "nestedData": this._nestedData
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._instanceData = o["instanceData"];
            this._instanceUid = o["instanceUid"];
            this._objectClassIndex = o["objectClassIndex"];
            this._interpolationMode = o["interpolationMode"];
            this._resultMode = o["resultMode"];
            this._enabled = o["enabled"];
            this._id = o["id"];
            this._localTotalTime = this._trackData.GetTimelineDataItem().GetTotalTime();
            if (o["nestedData"]) {
                this._nestedData = o["nestedData"];
                this._startOffset = this._nestedData[START_OFFSET];
                this._localTotalTime = this._nestedData[LOCAL_TOTAL_TIME]
            }
            if (o["additionalInstanceData"])
                this._additionalInstanceData = o["additionalInstanceData"];
            this.GetKeyframeData()._LoadFromJson(o["keyframeDataJson"]);
            this.GetPropertyTrackData()._LoadFromJson(o["propertyTrackDataJson"])
        }
    }
    C3.TrackData = class TrackData {
        constructor(tracksDataJson, timelineDataItem) {
            this._timelineDataItem = timelineDataItem;
            this._trackDataItems = [];
            this._keyframeTimeMap = new Map;
            C3.TimelineDataManager._CreateDataItems(this._trackDataItems, tracksDataJson, TrackDataItem, this)
        }
        Release() {
            this._timelineDataItem = null;
            for (const trackDataItem of this._trackDataItems)
                trackDataItem.Release();
            C3.clearArray(this._trackDataItems);
            this._trackDataItems = null;
            this._keyframeTimeMap.clear();
            this._keyframeTimeMap = null
        }
        GetTimelineDataItem() {
            return this._timelineDataItem
        }
        AddEmptyTrackDataItem() {
            const trackDataItem = new TrackDataItem(null,this);
            this._trackDataItems.push(trackDataItem);
            return trackDataItem
        }
        GetFirstKeyframeDataItem(trackDataItem) {
            return trackDataItem.GetKeyframeData().GetKeyframeDataItemArray()[0]
        }
        GetLastKeyframeDataItem(trackDataItem) {
            const keyframeDataItems = trackDataItem.GetKeyframeData().GetKeyframeDataItemArray();
            return keyframeDataItems[keyframeDataItems.length - 1]
        }
        GetKeyFrameDataItemAtTime(time, trackDataItem) {
            const keyframeDataItemEntry = this._keyframeTimeMap.get(trackDataItem);
            if (!!keyframeDataItemEntry && keyframeDataItemEntry.has(time))
                return keyframeDataItemEntry.get(time);
            for (const keyframeDataItem of trackDataItem.GetKeyframeData().keyframeDataItems())
                if (keyframeDataItem.GetTime() === time) {
                    if (!keyframeDataItemEntry)
                        this._keyframeTimeMap.set(trackDataItem, new Map);
                    this._keyframeTimeMap.get(trackDataItem).set(time, keyframeDataItem);
                    return keyframeDataItem
                }
        }
        GetFirstKeyFrameDataItemHigherThan(time, trackDataItem) {
            for (const keyframeDataItem of trackDataItem.GetKeyframeData().keyframeDataItems())
                if (keyframeDataItem.GetTime() > time)
                    return keyframeDataItem
        }
        GetFirstKeyFrameDataItemHigherOrEqualThan(time, trackDataItem) {
            for (const keyframeDataItem of trackDataItem.GetKeyframeData().keyframeDataItems())
                if (keyframeDataItem.GetTime() >= time)
                    return keyframeDataItem
        }
        GetFirstKeyFrameDataItemLowerOrEqualThan(time, trackDataItem) {
            for (const keyframeDataItem of trackDataItem.GetKeyframeData().keyframeDataItemsReverse())
                if (keyframeDataItem.GetTime() <= time)
                    return keyframeDataItem
        }
        *trackDataItems() {
            for (const trackDataItem of this._trackDataItems)
                yield trackDataItem
        }
        _SaveToJson() {
            return {
                "trackDataItemsJson": this._trackDataItems.map(trackDataItem=>trackDataItem._SaveToJson())
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            C3.TimelineDataManager._LoadDataItemsFromJson(this._trackDataItems, o["trackDataItemsJson"], TrackDataItem, this)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const SOURCE_DATA = 0;
    const SOURCE = 0;
    const PROPERTY = 1;
    const TYPE = 2;
    const MIN = 3;
    const MAX = 4;
    const INTERPOLATION_MODE = 5;
    const RESULT_MODE = 6;
    const ENABLED = 7;
    const PROPERTY_KEYFRAMES = 8;
    class PropertyTrackDataItem {
        constructor(propertyTrackDataJson, propertyTrackData) {
            this._propertyTrackData = propertyTrackData;
            this._sourceAdapterId = "";
            this._sourceAdapterArguments = null;
            this._property = null;
            this._type = null;
            this._min = NaN;
            this._max = NaN;
            this._interpolationMode = "default";
            this._resultMode = "default";
            this._enabled = false;
            this._propertyKeyframeData = null;
            if (!propertyTrackDataJson)
                return;
            this._sourceAdapterId = propertyTrackDataJson[SOURCE_DATA][SOURCE];
            this._sourceAdapterArguments = propertyTrackDataJson[SOURCE_DATA].slice(1);
            this._property = propertyTrackDataJson[PROPERTY];
            this._type = propertyTrackDataJson[TYPE];
            this._min = propertyTrackDataJson[MIN];
            this._max = propertyTrackDataJson[MAX];
            this._interpolationMode = propertyTrackDataJson[INTERPOLATION_MODE];
            this._resultMode = propertyTrackDataJson[RESULT_MODE];
            this._enabled = !!propertyTrackDataJson[ENABLED];
            this._propertyKeyframeData = new C3.PropertyKeyframeData(propertyTrackDataJson[PROPERTY_KEYFRAMES],this)
        }
        Release() {
            this._propertyKeyframeData.Release();
            this._propertyKeyframeData = null;
            this._propertyTrackData = null;
            this._sourceAdapterArguments = null
        }
        GetPropertyTrackData() {
            return this._propertyTrackData
        }
        GetPropertyKeyframeData() {
            if (!this._propertyKeyframeData)
                this._propertyKeyframeData = new C3.PropertyKeyframeData(null,this);
            return this._propertyKeyframeData
        }
        GetSourceAdapterId() {
            return this._sourceAdapterId
        }
        SetSourceAdapterId(said) {
            this._sourceAdapterId = said
        }
        GetSourceAdapterArguments() {
            return this._sourceAdapterArguments
        }
        SetSourceAdapterArguments(sargs) {
            this._sourceAdapterArguments = sargs
        }
        GetProperty() {
            return this._property
        }
        SetProperty(p) {
            this._property = p
        }
        GetType() {
            return this._type
        }
        SetType(t) {
            this._type = t
        }
        GetMin() {
            return this._min
        }
        SetMin(min) {
            this._min = min
        }
        GetMax() {
            return this._max
        }
        SetMax(max) {
            this._max = max
        }
        GetInterpolationMode() {
            return this._interpolationMode
        }
        SetInterpolationMode(im) {
            this._interpolationMode = im
        }
        GetResultMode() {
            return this._resultMode
        }
        SetResultMode(rm) {
            this._resultMode = rm
        }
        GetEnable() {
            return this._enabled
        }
        SetEnable(e) {
            this._enabled = !!e
        }
        _SaveToJson() {
            return {
                "propertyKeyframeDataJson": this._propertyKeyframeData._SaveToJson(),
                "sourceAdapterId": this._sourceAdapterId,
                "sourceAdapterArguments": this._sourceAdapterArguments,
                "property": this._property,
                "type": this._type,
                "min": this._min,
                "max": this._max,
                "interpolationMode": this._interpolationMode,
                "resultMode": this._resultMode,
                "enabled": this._enabled
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._sourceAdapterId = o["sourceAdapterId"];
            this._sourceAdapterArguments = o["sourceAdapterArguments"];
            this._property = o["property"];
            this._type = o["type"];
            this._min = o["min"];
            this._max = o["max"];
            this._interpolationMode = o["interpolationMode"];
            this._resultMode = o["resultMode"];
            this._enabled = o["enabled"];
            this.GetPropertyKeyframeData()._LoadFromJson(o["propertyKeyframeDataJson"])
        }
    }
    C3.PropertyTrackData = class PropertyTrackData {
        constructor(propertyTracksDataJson, trackDataItem) {
            this._trackDataItem = trackDataItem;
            this._propertyTrackDataItems = [];
            this._propertyKeyframeTimeMap = new Map;
            C3.TimelineDataManager._CreateDataItems(this._propertyTrackDataItems, propertyTracksDataJson, PropertyTrackDataItem, this)
        }
        Release() {
            this._trackDataItem = null;
            for (const propertyTrackDataItem of this._propertyTrackDataItems)
                propertyTrackDataItem.Release();
            C3.clearArray(this._propertyTrackDataItems);
            this._propertyTrackDataItems = null;
            this._propertyKeyframeTimeMap.clear();
            this._propertyKeyframeTimeMap = null
        }
        GetTrackDataItem() {
            return this._trackDataItem
        }
        AddEmptyPropertyTrackDataItem() {
            const propertyTrackDataItem = new PropertyTrackDataItem(null,this);
            this._propertyTrackDataItems.push(propertyTrackDataItem);
            return propertyTrackDataItem
        }
        GetFirstPropertyKeyframeDataItem(propertyTrackDataItem) {
            const propertyKeyframeData = propertyTrackDataItem.GetPropertyKeyframeData();
            return propertyKeyframeData.GetPropertyKeyframeDataItemArray()[0]
        }
        GetLastPropertyKeyframeDataItem(propertyTrackDataItem) {
            const propertyKeyframeData = propertyTrackDataItem.GetPropertyKeyframeData();
            const propertyKeyframeDataItems = propertyKeyframeData.GetPropertyKeyframeDataItemArray();
            return propertyKeyframeDataItems[propertyKeyframeDataItems.length - 1]
        }
        GetPropertyKeyFrameDataItemAtTime(time, propertyTrackDataItem) {
            const propertyKeyframeDataItemEntry = this._propertyKeyframeTimeMap.get(propertyTrackDataItem);
            if (!!propertyKeyframeDataItemEntry && propertyKeyframeDataItemEntry.has(time))
                return propertyKeyframeDataItemEntry.get(time);
            const propertyKeyframeData = propertyTrackDataItem.GetPropertyKeyframeData();
            for (const propertyKeyframeDataItem of propertyKeyframeData.propertyKeyframeDataItems())
                if (propertyKeyframeDataItem.GetTime() === time) {
                    if (!propertyKeyframeDataItemEntry)
                        this._propertyKeyframeTimeMap.set(propertyTrackDataItem, new Map);
                    this._propertyKeyframeTimeMap.get(propertyTrackDataItem).set(time, propertyKeyframeDataItem);
                    return propertyKeyframeDataItem
                }
        }
        GetFirstPropertyKeyFrameDataItemHigherThan(time, propertyTrackDataItem) {
            const propertyKeyframeData = propertyTrackDataItem.GetPropertyKeyframeData();
            for (const propertyKeyframeDataItem of propertyKeyframeData.propertyKeyframeDataItems())
                if (propertyKeyframeDataItem.GetTime() > time)
                    return propertyKeyframeDataItem
        }
        GetFirstPropertyKeyFrameDataItemHigherOrEqualThan(time, propertyTrackDataItem) {
            const propertyKeyframeData = propertyTrackDataItem.GetPropertyKeyframeData();
            for (const propertyKeyframeDataItem of propertyKeyframeData.propertyKeyframeDataItems())
                if (propertyKeyframeDataItem.GetTime() >= time)
                    return propertyKeyframeDataItem
        }
        GetFirstPropertyKeyFrameDataItemLowerOrEqualThan(time, propertyTrackDataItem) {
            const propertyKeyframeData = propertyTrackDataItem.GetPropertyKeyframeData();
            for (const propertyKeyframeDataItem of propertyKeyframeData.propertyKeyframeDataItemsReverse())
                if (propertyKeyframeDataItem.GetTime() <= time)
                    return propertyKeyframeDataItem
        }
        *propertyTrackDataItems() {
            for (const propertyTrackDataItem of this._propertyTrackDataItems)
                yield propertyTrackDataItem
        }
        _SaveToJson() {
            return {
                "propertyTrackDataItemsJson": this._propertyTrackDataItems.map(propertyTrackDataItem=>propertyTrackDataItem._SaveToJson())
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            C3.TimelineDataManager._LoadDataItemsFromJson(this._propertyTrackDataItems, o["propertyTrackDataItemsJson"], PropertyTrackDataItem, this)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TIME = 0;
    const EASE = 1;
    const ENABLE = 2;
    const TAGS = 3;
    class KeyframeDataItem {
        constructor(keyframeDataJson, keyframeData) {
            this._keyframeData = keyframeData;
            this._time = -1;
            this._ease = "noease";
            this._enable = false;
            this._tags = null;
            this._lowerTags = null;
            if (!keyframeDataJson)
                return;
            this._time = keyframeDataJson[TIME];
            this._ease = keyframeDataJson[EASE];
            this._enable = !!keyframeDataJson[ENABLE];
            const tagStr = keyframeDataJson[TAGS];
            this._tags = tagStr ? tagStr.split(" ") : [];
            this._lowerTags = new Set(this._tags.map(t=>t.toLowerCase()))
        }
        Release() {
            this._keyframeData = null;
            C3.clearArray(this._tags);
            this._tags = null;
            this._lowerTags.clear();
            this._lowerTags = null
        }
        GetKeyframeData() {
            return this._keyframeData
        }
        GetTime() {
            return this._time
        }
        SetTime(t) {
            this._time = t
        }
        GetEase() {
            return this._ease
        }
        SetEase(e) {
            this._ease = e
        }
        GetEnable() {
            return this._enable
        }
        SetEnable(e) {
            this._enable = !!e
        }
        GetTags() {
            return this._tags
        }
        SetTags(t) {
            this._tags = t ? t.split(" ") : [];
            this._lowerTags = new Set(this._tags.map(t=>t.toLowerCase()))
        }
        GetLowerTags() {
            return this._lowerTags
        }
        HasTag(tag) {
            return this._lowerTags.has(tag.toLowerCase())
        }
        _SaveToJson() {
            return {
                "time": this._time,
                "ease": this._ease,
                "enable": this._enable,
                "tags": this._tags
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._time = o["time"];
            this._ease = o["ease"];
            this._enable = o["enable"];
            this._tags = o["tags"];
            this._lowerTags = new Set(this._tags.map(t=>t.toLowerCase()))
        }
    }
    C3.KeyframeData = class KeyframeData {
        constructor(keyframesDataJson, trackDataItem) {
            this._trackDataItem = trackDataItem;
            this._keyframeDataItems = [];
            C3.TimelineDataManager._CreateDataItems(this._keyframeDataItems, keyframesDataJson, KeyframeDataItem, this)
        }
        Release() {
            this._trackDataItem = null;
            for (const keyframeDataItem of this._keyframeDataItems)
                keyframeDataItem.Release();
            C3.clearArray(this._keyframeDataItems);
            this._keyframeDataItems = null
        }
        GetTrackDataItem() {
            return this._trackDataItem
        }
        GetKeyframeDataItemCount() {
            return this._keyframeDataItems.length
        }
        GetKeyframeDataItemArray() {
            return this._keyframeDataItems
        }
        AddEmptyKeyframeDataItem() {
            const keyframeDataItem = new KeyframeDataItem(null,this);
            this._keyframeDataItems.push(keyframeDataItem);
            return keyframeDataItem
        }
        DeleteKeyframeDataItems(match) {
            for (const keyframeDataItem of this._keyframeDataItems) {
                if (!match(keyframeDataItem))
                    continue;
                const index = this._keyframeDataItems.indexOf(keyframeDataItem);
                if (index === -1)
                    continue;
                keyframeDataItem.Release();
                this._keyframeDataItems.splice(index, 1)
            }
            this.SortKeyframeDataItems()
        }
        SortKeyframeDataItems() {
            this._keyframeDataItems.sort((a,b)=>a.GetTime() - b.GetTime())
        }
        GetKeyframeDataItemIndex(keyframeDataItem) {
            return this._keyframeDataItems.indexOf(keyframeDataItem)
        }
        GetKeyframeDataItemFromIndex(index) {
            return this._keyframeDataItems[index]
        }
        *keyframeDataItems() {
            for (const keyframeDataItem of this._keyframeDataItems)
                yield keyframeDataItem
        }
        *keyframeDataItemsReverse() {
            for (let i = this._keyframeDataItems.length - 1; i >= 0; i--)
                yield this._keyframeDataItems[i]
        }
        _SaveToJson() {
            return {
                "keyframeDataItemsJson": this._keyframeDataItems.map(keyframeDataItem=>keyframeDataItem._SaveToJson())
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            C3.TimelineDataManager._LoadDataItemsFromJson(this._keyframeDataItems, o["keyframeDataItemsJson"], KeyframeDataItem, this)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const VALUE_DATA = 0;
    const VALUE_DATA_VALUE = 0;
    const VALUE_DATA_ABSOLUTE_VALUE = 1;
    const VALUE_DATA_TYPE = 2;
    const TIME = 1;
    const EASE = 2;
    const ENABLE = 3;
    const ADDONS = 4;
    class PropertyKeyframeDataItem {
        constructor(propertyKeyframeDataJson, propertyKeyframeData) {
            this._propertyKeyframeData = propertyKeyframeData;
            this._value = null;
            this._aValue = null;
            this._type = "";
            this._time = NaN;
            this._ease = "noease";
            this._enable = false;
            this._addonData = null;
            if (!propertyKeyframeDataJson)
                return;
            this._value = propertyKeyframeDataJson[VALUE_DATA][VALUE_DATA_VALUE];
            this._aValue = propertyKeyframeDataJson[VALUE_DATA][VALUE_DATA_ABSOLUTE_VALUE];
            this._type = propertyKeyframeDataJson[VALUE_DATA][VALUE_DATA_TYPE];
            this._time = propertyKeyframeDataJson[TIME];
            this._ease = propertyKeyframeDataJson[EASE];
            this._enable = !!propertyKeyframeDataJson[ENABLE];
            this._addonData = null;
            if (!!propertyKeyframeDataJson[ADDONS])
                this._addonData = new C3.AddonData(propertyKeyframeDataJson[ADDONS],this)
        }
        Release() {
            this._propertyKeyframeData = null;
            if (this._addonData) {
                this._addonData.Release();
                this._addonData = null
            }
        }
        GetAddonData() {
            return this._addonData
        }
        GetValue() {
            return this._value
        }
        SetValue(value) {
            if (this._type === "color" && C3.IsFiniteNumber(value)) {
                this._value[0] = C3.GetRValue(value);
                this._value[1] = C3.GetGValue(value);
                this._value[2] = C3.GetBValue(value)
            } else
                this._value = value
        }
        GetAbsoluteValue() {
            return this._aValue
        }
        SetAbsoluteValue(aValue) {
            if (this._type === "color" && C3.IsFiniteNumber(aValue)) {
                this._aValue[0] = C3.GetRValue(aValue);
                this._aValue[1] = C3.GetGValue(aValue);
                this._aValue[2] = C3.GetBValue(aValue)
            } else
                this._aValue = aValue
        }
        GetValueWithResultMode() {
            const rm = this._propertyKeyframeData.GetPropertyTrackDataItem().GetResultMode();
            if (rm === "relative")
                return this.GetValue();
            else if (rm === "absolute")
                return this.GetAbsoluteValue()
        }
        GetType() {
            return this._type
        }
        SetType(t) {
            this._type = t
        }
        GetTime() {
            return this._time
        }
        SetTime(t) {
            this._time = t
        }
        GetEase() {
            return this._ease
        }
        SetEase(e) {
            this._ease = e
        }
        GetEnable() {
            return this._enable
        }
        SetEnable(e) {
            this._enable = !!e
        }
        GetAddOn(id) {
            if (!this.GetAddonData())
                return;
            for (const addonDataItem of this.GetAddonData().addonDataItems())
                if (addonDataItem.GetId() === id)
                    return addonDataItem
        }
        _SaveToJson() {
            const aData = this._addonData;
            return {
                "addonDataJson": aData ? aData._SaveToJson() : aData,
                "value": this._value,
                "aValue": this._aValue,
                "type": this._type,
                "time": this._time,
                "ease": this._ease,
                "enable": this._enable
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            if (o["addonDataJson"])
                this._addonData._SetFromJson(o["addonDataJson"]);
            this._value = o["value"];
            this._aValue = o["aValue"];
            this._type = o["type"];
            this._time = o["time"];
            this._ease = o["ease"];
            this._enable = o["enable"]
        }
    }
    C3.PropertyKeyframeData = class PropertyKeyframeData {
        constructor(propertyKeyframesDataJson, propertyTrackDataItem) {
            this._propertyTrackDataItem = propertyTrackDataItem;
            this._propertyKeyframeDataItems = [];
            C3.TimelineDataManager._CreateDataItems(this._propertyKeyframeDataItems, propertyKeyframesDataJson, PropertyKeyframeDataItem, this)
        }
        Release() {
            this._propertyTrackDataItem = null;
            for (const propertyKeyframeDataItem of this._propertyKeyframeDataItems)
                propertyKeyframeDataItem.Release();
            C3.clearArray(this._propertyKeyframeDataItems);
            this._propertyKeyframeDataItems = null
        }
        AddEmptyPropertyKeyframeDataItem() {
            const propertyKeyframeDataItem = new PropertyKeyframeDataItem(null,this);
            this._propertyKeyframeDataItems.push(propertyKeyframeDataItem);
            return propertyKeyframeDataItem
        }
        DeletePropertyKeyframeDataItems(match) {
            for (const propertyKeyframeDataItem of this._propertyKeyframeDataItems) {
                if (!match(propertyKeyframeDataItem))
                    continue;
                const index = this._propertyKeyframeDataItems.indexOf(propertyKeyframeDataItem);
                if (index === -1)
                    continue;
                propertyKeyframeDataItem.Release();
                this._propertyKeyframeDataItems.splice(index, 1)
            }
            this.SortPropertyKeyFrameDataItems()
        }
        SortPropertyKeyFrameDataItems() {
            this._propertyKeyframeDataItems.sort((a,b)=>a.GetTime() - b.GetTime())
        }
        GetPropertyTrackDataItem() {
            return this._propertyTrackDataItem
        }
        GetPropertyKeyframeDataItemCount() {
            return this._propertyKeyframeDataItems.length
        }
        GetPropertyKeyframeDataItemArray() {
            return this._propertyKeyframeDataItems
        }
        *propertyKeyframeDataItems() {
            for (const propertyKeyframeDataItem of this._propertyKeyframeDataItems)
                yield propertyKeyframeDataItem
        }
        *propertyKeyframeDataItemsReverse() {
            for (let i = this._propertyKeyframeDataItems.length - 1; i >= 0; i--)
                yield this._propertyKeyframeDataItems[i]
        }
        _SaveToJson() {
            return {
                "propertyKeyframeDataItemsJson": this._propertyKeyframeDataItems.map(propertyTrackDataItem=>propertyTrackDataItem._SaveToJson())
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            C3.TimelineDataManager._LoadDataItemsFromJson(this._propertyKeyframeDataItems, o["propertyKeyframeDataItemsJson"], PropertyKeyframeDataItem, this)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const ADDON_ID = 0;
    const ADDON_DATA = 1;
    class AddonDataItem {
        constructor(addonDataJson, addonData) {
            this._addonData = addonData;
            this._id = addonDataJson[ADDON_ID];
            this._data = addonDataJson[ADDON_DATA]
        }
        Release() {
            this._addonData = null;
            this._data = null
        }
        GetAddonData() {
            return this._addonData
        }
        GetId() {
            return this._id
        }
        _SaveToJson() {
            return {
                "id": this._id,
                "data": this._data
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            this._id = o["id"];
            this._data = o["data"]
        }
    }
    const START_ANCHOR = 0;
    const START_ENABLE = 1;
    const END_ANCHOR = 2;
    const END_ENABLE = 3;
    class AddonDataCubicBezierItem extends AddonDataItem {
        constructor(addonDataJson, addonData) {
            super(addonDataJson, addonData);
            this._startAnchor = this._data[START_ANCHOR];
            this._startEnable = !!this._data[START_ENABLE];
            this._endAnchor = this._data[END_ANCHOR];
            this._endEnable = !!this._data[END_ENABLE]
        }
        Release() {
            super.Release()
        }
        GetStartAnchor() {
            return this._startAnchor
        }
        GetStartEnable() {
            return this._startEnable
        }
        GetEndAnchor() {
            return this._endAnchor
        }
        GetEndEnable() {
            return this._endEnable
        }
        _SaveToJson() {
            return Object.assign(super._SaveToJson(), {
                "startAnchor": this._startAnchor,
                "startEnable": !!this._startEnable,
                "endAnchor": this._endAnchor,
                "endEnable": !!this._endEnable
            })
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            super._LoadFromJson(o);
            this._startAnchor = o["startAnchor"];
            this._startEnable = !!o["startEnable"];
            this._endAnchor = o["endAnchor"];
            this._endEnable = !!o["endEnable"]
        }
    }
    const DIRECTION = 0;
    const REVOLUTIONS = 1;
    class AddonDataAngleItem extends AddonDataItem {
        constructor(addonDataJson, addonData) {
            super(addonDataJson, addonData);
            this._direction = this._data[DIRECTION];
            this._revolutions = this._data[REVOLUTIONS]
        }
        Release() {
            super.Release()
        }
        GetDirection() {
            return this._direction
        }
        GetRevolutions() {
            return this._revolutions
        }
        _SaveToJson() {
            return Object.assign(super._SaveToJson(), {
                "direction": this._direction,
                "revolutions": this._revolutions
            })
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            super._LoadFromJson(o);
            this._direction = o["direction"];
            this._revolutions = o["revolutions"]
        }
    }
    C3.AddonData = class AddonData {
        constructor(addonsDataJson, propertyKeyframeDataItem) {
            this._propertyKeyframeDataItem = propertyKeyframeDataItem;
            this._addonDataItems = [];
            C3.TimelineDataManager._CreateDataItems(this._addonDataItems, addonsDataJson, {
                prop: 0,
                map: new Map([["cubic-bezier", AddonDataCubicBezierItem], ["angle", AddonDataAngleItem]])
            }, this)
        }
        Release() {
            this._propertyKeyframeDataItem = null;
            for (const addonDataItem of this._addonDataItems)
                addonDataItem.Release();
            C3.clearArray(this._addonDataItems);
            this._addonDataItems = null
        }
        GetPropertyKeyframeDataItem() {
            return this._propertyKeyframeDataItem
        }
        *addonDataItems() {
            for (const addonDataItem of this._addonDataItems)
                yield addonDataItem
        }
        _SaveToJson() {
            return {
                "addonDataItemsJson": this._addonDataItems.map(addonDataItem=>addonDataItem._SaveToJson())
            }
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            C3.TimelineDataManager._LoadDataItemsFromJson(this._addonDataItems, o["addonDataItemsJson"], {
                prop: "id",
                map: new Map([["cubic-bezier", AddonDataCubicBezierItem], ["angle", AddonDataAngleItem]])
            }, this)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const INITIAL_VALUE_MODE_START_VALUE = "start-value";
    const INITIAL_VALUE_MODE_CURRENT_STATE = "current-state";
    let createdTweens = 0;
    C3.Tween = class Tween extends C3.TimelineState {
        constructor(tweenDataItem, timelineManager) {
            super(`tween-${createdTweens++}`, tweenDataItem, timelineManager);
            this._id = "";
            this._destroyInstanceOnComplete = false;
            this._initialValueMode = INITIAL_VALUE_MODE_START_VALUE;
            this._on_completed_callbacks = null;
            this._on_started_callbacks = null
        }
        GetInstance() {
            const tracks = this.GetTracks();
            if (!tracks || !tracks.length)
                return;
            const track = tracks[0];
            if (!track)
                return;
            const instance = track.GetInstance();
            return track.IsInstanceValid() ? instance : null
        }
        AddStartedCallback(c) {
            if (!this._on_started_callbacks)
                this._on_started_callbacks = [];
            this._on_started_callbacks.push(c)
        }
        AddCompletedCallback(c) {
            if (!this._on_completed_callbacks)
                this._on_completed_callbacks = [];
            this._on_completed_callbacks.push(c)
        }
        RemoveStartedCallback(c) {
            if (!this._on_started_callbacks)
                return;
            const index = this._on_started_callbacks.indexOf(c);
            if (index !== -1)
                this._on_started_callbacks.splice(index, 1)
        }
        RemoveCompletedCallback(c) {
            if (!this._on_completed_callbacks)
                return;
            const index = this._on_completed_callbacks.indexOf(c);
            if (index !== -1)
                this._on_completed_callbacks.splice(index, 1)
        }
        SetStartValue(startValue, propertyName) {
            for (const track of this._tracks)
                for (const propertyTrack of track._propertyTracks) {
                    if (propertyTrack.GetPropertyName() !== propertyName)
                        continue;
                    const propertyTrackData = propertyTrack.GetPropertyTrackData();
                    const propertyTrackDataItem = propertyTrack.GetPropertyTrackDataItem();
                    const propertyKeyframeDataItem = propertyTrackData.GetFirstPropertyKeyframeDataItem(propertyTrackDataItem);
                    propertyKeyframeDataItem.SetValue(startValue);
                    propertyKeyframeDataItem.SetAbsoluteValue(startValue)
                }
        }
        _GetPropertyTrackState(propertyName) {
            for (const track of this._tracks)
                for (const propertyTrack of track._propertyTracks)
                    if (propertyTrack.GetPropertyName() === propertyName)
                        return propertyTrack
        }
        BeforeSetEndValues(properties) {
            for (const propertyName of properties) {
                const propertyTrackState = this._GetPropertyTrackState(propertyName);
                this.SetStartValue(propertyTrackState.GetCurrentState(), propertyName)
            }
            if (this.IsForwardPlayBack()) {
                this.SetTotalTime(this.GetTotalTime() - this.GetTime());
                this._SetTime(0)
            } else {
                this.SetTotalTime(this.GetTime());
                this._SetTime(this.GetTotalTime())
            }
            this.SetInitialStateFromSetTime()
        }
        SetEndValue(endValue, propertyName) {
            const propertyTrackState = this._GetPropertyTrackState(propertyName);
            const propertyTrackData = propertyTrackState.GetPropertyTrackData();
            const propertyTrackDataItem = propertyTrackState.GetPropertyTrackDataItem();
            const propertyKeyframeDataItem = propertyTrackData.GetLastPropertyKeyframeDataItem(propertyTrackDataItem);
            propertyKeyframeDataItem.SetTime(this.GetTotalTime());
            propertyKeyframeDataItem.SetValue(endValue);
            propertyKeyframeDataItem.SetAbsoluteValue(endValue)
        }
        SetId(id) {
            this._id = id
        }
        GetId() {
            return this._id
        }
        SetInitialValueMode(initialValueMode) {
            this._initialValueMode = initialValueMode
        }
        GetInitialValueMode() {
            return this._initialValueMode
        }
        SetDestroyInstanceOnComplete(releaseOnComplete) {
            this._destroyInstanceOnComplete = releaseOnComplete
        }
        GetDestroyInstanceOnComplete() {
            return this._destroyInstanceOnComplete
        }
        OnStarted() {
            if (this._on_started_callbacks)
                for (const c of this._on_started_callbacks)
                    c(this);
            if (this.IsComplete())
                return;
            for (const track of this._tracks)
                track.CompareSaveStateWithCurrent()
        }
        OnCompleted() {
            this._completedTick = this._runtime.GetTickCount()
        }
        FinishTriggers() {
            if (this._finishedTriggers)
                return;
            this._finishedTriggers = true;
            if (this._on_completed_callbacks)
                for (const c of this._on_completed_callbacks)
                    c(this)
        }
        SetTime(time) {
            this._DeleteIntermediateKeyframes();
            super.SetTime(time)
        }
        SetInitialState(fromSetTime) {
            if (!this.InitialStateSet() && this.GetInitialValueMode() === INITIAL_VALUE_MODE_CURRENT_STATE)
                for (const track of this._tracks)
                    track.CompareInitialStateWithCurrent();
            super.SetInitialState(fromSetTime)
        }
        Stop(completed=false) {
            super.Stop(completed);
            if (this.IsComplete())
                return;
            for (const track of this._tracks)
                track.SaveState()
        }
        Reset(render=true, beforeChangeLayout=false) {
            this._DeleteIntermediateKeyframes();
            super.Reset(render, beforeChangeLayout)
        }
        _DeleteIntermediateKeyframes() {
            for (const track of this._tracks) {
                const del = kf=>{
                    const time = kf.GetTime();
                    const totalTime = this.GetTotalTime();
                    return time !== 0 && time !== totalTime
                }
                ;
                track.DeleteKeyframes(del);
                track.DeletePropertyKeyframes(del)
            }
        }
        _OnBeforeChangeLayout() {
            if (this.IsReleased())
                return true;
            const instance = this.GetInstance();
            if (instance && instance.GetObjectClass().IsGlobal())
                return false;
            this._timelineManager.CompleteTimeline(this);
            this.ResetBeforeChangeLayout();
            return true
        }
        MaybeTriggerKeyframeReachedConditions() {}
        Tick(deltaTime, timeScale) {
            const instance = this.GetInstance();
            const dt = this.GetRuntime().GetDt(instance);
            super.Tick(dt, 1)
        }
        _SaveToJson() {
            const ret = super._SaveToJson();
            const tweenDataItem = this.GetTimelineDataItem();
            return Object.assign(ret, {
                "tweenDataItemJson": tweenDataItem._SaveToJson(),
                "id": this._id,
                "destroyInstanceOnComplete": this._destroyInstanceOnComplete,
                "initialValueMode": this._initialValueMode
            })
        }
        _LoadFromJson(o) {
            if (!o)
                return;
            const tweenDataItem = this.GetTimelineDataItem();
            tweenDataItem._LoadFromJson(o["tweenDataItemJson"]);
            super._LoadFromJson(o);
            this._id = o["id"];
            this._destroyInstanceOnComplete = o["destroyInstanceOnComplete"];
            this._initialValueMode = o["initialValueMode"]
        }
        static IsPlaying(tween) {
            return tween.IsPlaying()
        }
        static IsPaused(tween) {
            return tween.IsPaused()
        }
        static Build(config) {
            const timelineManager = config.runtime.GetTimelineManager();
            const tweenDataItem = new C3.TimelineDataItem;
            if (config.json) {
                tweenDataItem._LoadFromJson(config.json["tweenDataItemJson"]);
                const tween = new C3.Tween(tweenDataItem,timelineManager);
                tween._LoadFromJson(config.json);
                return tween
            } else {
                const tween = new C3.Tween(tweenDataItem,timelineManager);
                if (!C3.IsArray(config.propertyTracksConfig))
                    config.propertyTracksConfig = [config.propertyTracksConfig];
                tween.SetId(config.id);
                tween.SetTags(config.tags);
                tween.SetInitialValueMode(config.initialValueMode);
                tween.SetDestroyInstanceOnComplete(config.releaseOnComplete);
                tween.SetLoop(config.loop);
                tween.SetPingPong(config.pingPong);
                tween.SetTotalTime(config.time);
                tween.SetStep(0);
                tween.SetInterpolationMode("default");
                tween.SetResultMode(config.propertyTracksConfig[0].resultMode);
                const track = tween.AddTrack();
                track.SetInstanceUID(config.instance.GetUID());
                track.SetInterpolationMode("default");
                track.SetResultMode(config.propertyTracksConfig[0].resultMode);
                track.SetEnable(true);
                track.SetObjectClassIndex(config.instance.GetObjectClass().GetIndex());
                track.SetOriginalWidth(config.instance.GetWorldInfo().GetWidth());
                track.SetOriginalHeight(config.instance.GetWorldInfo().GetHeight());
                const startKeyframeDataItem = track.AddKeyframe();
                startKeyframeDataItem.SetTime(0);
                startKeyframeDataItem.SetEase("noease");
                startKeyframeDataItem.SetEnable(true);
                startKeyframeDataItem.SetTags("");
                const endKeyframeDataItem = track.AddKeyframe();
                endKeyframeDataItem.SetTime(config.time);
                endKeyframeDataItem.SetEase("noease");
                endKeyframeDataItem.SetEnable(true);
                endKeyframeDataItem.SetTags("");
                for (const propertyTrackConfig of config.propertyTracksConfig) {
                    const propertyTrack = track.AddPropertyTrack();
                    propertyTrack.SetSourceAdapterId(propertyTrackConfig.sourceId);
                    propertyTrack.SetSourceAdapterArgs(propertyTrackConfig.sourceArgs);
                    propertyTrack.SetPropertyName(propertyTrackConfig.property);
                    propertyTrack.SetPropertyType(propertyTrackConfig.type);
                    propertyTrack.SetMin(NaN);
                    propertyTrack.SetMax(NaN);
                    propertyTrack.SetInterpolationMode("default");
                    propertyTrack.SetResultMode(propertyTrackConfig.resultMode);
                    propertyTrack.SetEnable(true);
                    const startPropertyKeyframeDataItem = propertyTrack.AddPropertyKeyframe();
                    startPropertyKeyframeDataItem.SetType(propertyTrackConfig.valueType);
                    startPropertyKeyframeDataItem.SetTime(0);
                    startPropertyKeyframeDataItem.SetEase(propertyTrackConfig.ease);
                    startPropertyKeyframeDataItem.SetEnable(true);
                    startPropertyKeyframeDataItem.SetValue(propertyTrackConfig.startValue);
                    startPropertyKeyframeDataItem.SetAbsoluteValue(propertyTrackConfig.startValue);
                    const endPropertyKeyframeDataItem = propertyTrack.AddPropertyKeyframe();
                    endPropertyKeyframeDataItem.SetType(propertyTrackConfig.valueType);
                    endPropertyKeyframeDataItem.SetTime(config.time);
                    endPropertyKeyframeDataItem.SetEase(propertyTrackConfig.ease);
                    endPropertyKeyframeDataItem.SetEnable(true);
                    endPropertyKeyframeDataItem.SetValue(propertyTrackConfig.endValue);
                    endPropertyKeyframeDataItem.SetAbsoluteValue(propertyTrackConfig.endValue)
                }
                return tween
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const Ease = self.Ease;
    const NAME = 0;
    const TRANSITION_KEYFRAMES = 1;
    C3.Transition = class Transition extends C3.DefendedBase {
        constructor(data) {
            super();
            this._name = data[NAME];
            this._transitionKeyframes = [];
            for (const transitionKeyframeData of data[TRANSITION_KEYFRAMES]) {
                const transitionKeyframe = C3.TransitionKeyframe.Create(this, transitionKeyframeData);
                this._transitionKeyframes.push(transitionKeyframe)
            }
            this._precalculatedSamples = new Map;
            this._transitionKeyframeCache = new Map;
            this._PreCalcSamples();
            Ease.AddCustomEase(this._name, (t,sv,dv,tt)=>this.Interpolate(t, sv, dv, tt))
        }
        static Create(data) {
            return C3.New(C3.Transition, data)
        }
        Release() {
            for (const transitionKeyframe of this._transitionKeyframes)
                transitionKeyframe.Release();
            C3.clearArray(this._transitionKeyframes);
            this._transitionKeyframes = null;
            this._precalculatedSamples.clear();
            this._precalculatedSamples = null;
            this._transitionKeyframeCache.clear();
            this._transitionKeyframeCache = null
        }
        GetTransitionKeyFrameAt(x) {
            const transitionKeyframe = this._transitionKeyframeCache.get(x);
            if (transitionKeyframe)
                return transitionKeyframe;
            for (const transitionKeyframe of this._transitionKeyframes)
                if (transitionKeyframe.GetValueX() === x) {
                    this._transitionKeyframeCache.set(x, transitionKeyframe);
                    return transitionKeyframe
                }
        }
        GetFirstTransitionKeyFrameHigherThan(x) {
            for (const transitionKeyframe of this._transitionKeyframes)
                if (transitionKeyframe.GetValueX() > x)
                    return transitionKeyframe
        }
        GetFirstTransitionKeyFrameHigherOrEqualThan(x) {
            for (const transitionKeyframe of this._transitionKeyframes)
                if (transitionKeyframe.GetValueX() >= x)
                    return transitionKeyframe
        }
        GetFirstTransitionKeyFrameLowerOrEqualThan(x) {
            for (let i = this._transitionKeyframes.length - 1; i >= 0; i--) {
                const transitionKeyframe = this._transitionKeyframes[i];
                if (transitionKeyframe.GetValueX() <= x)
                    return transitionKeyframe
            }
        }
        Interpolate(time, startValue, deltaValue, totalTime) {
            const n = time / totalTime;
            let start = this.GetTransitionKeyFrameAt(n);
            let end = null;
            if (start)
                end = this.GetFirstTransitionKeyFrameHigherThan(n);
            else {
                start = this.GetFirstTransitionKeyFrameLowerOrEqualThan(n);
                end = this.GetFirstTransitionKeyFrameHigherOrEqualThan(n)
            }
            const delta = end.GetValueX() - start.GetValueX();
            const nn = C3.mapToRange(n, start.GetValueX(), end.GetValueX(), 0, delta);
            const startX = start.GetValueX();
            const startY = start.GetValueY();
            const anchor1X = start.GetValueX() + start.GetStartAnchorX();
            const anchor1Y = start.GetValueY() + start.GetStartAnchorY();
            const anchor2X = end.GetValueX() + end.GetEndAnchorX();
            const anchor2Y = end.GetValueY() + end.GetEndAnchorY();
            const endX = end.GetValueX();
            const endY = end.GetValueY();
            let ret = Ease.GetRuntimeEase("spline")(nn, startX, startY, anchor1X, anchor1Y, anchor2X, anchor2Y, endX, endY, this._precalculatedSamples.get(start));
            ret += start.GetValueY();
            return (1 - ret) * startValue + ret * (startValue + deltaValue)
        }
        _PreCalcSamples() {
            this._precalculatedSamples.clear();
            for (let i = 0; i < this._transitionKeyframes.length - 1; i++) {
                const transitionKeyframe = this._transitionKeyframes[i];
                if (!transitionKeyframe.GetStartEnable())
                    continue;
                const start = transitionKeyframe;
                const end = this._transitionKeyframes[i + 1];
                const startValue = start.GetValueX();
                const anchor1Value = start.GetValueX() + start.GetStartAnchorX();
                const anchor2Value = end.GetValueX() + end.GetEndAnchorX();
                const endValue = end.GetValueX();
                this._precalculatedSamples.set(start, Ease.GetBezierSamples(startValue, anchor1Value, anchor2Value, endValue))
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const VALUE_X = 0;
    const VALUE_Y = 1;
    const START_ANCHOR_X = 2;
    const START_ANCHOR_Y = 3;
    const END_ANCHOR_X = 4;
    const END_ANCHOR_Y = 5;
    const START_ENABLE = 6;
    const END_ENABLE = 7;
    C3.TransitionKeyframe = class TransitionKeyframe extends C3.DefendedBase {
        constructor(transition, data) {
            super();
            this._transition = transition;
            this._valueX = data[VALUE_X];
            this._valueY = data[VALUE_Y];
            this._startAnchorX = data[START_ANCHOR_X];
            this._startAnchorY = data[START_ANCHOR_Y];
            this._endAnchorX = data[END_ANCHOR_X];
            this._endAnchorY = data[END_ANCHOR_Y];
            this._startEnable = data[START_ENABLE];
            this._endEnable = data[END_ENABLE]
        }
        Release() {
            this._transition = null
        }
        static Create(transition, data) {
            return C3.New(C3.TransitionKeyframe, transition, data)
        }
        GetValueX() {
            return this._valueX
        }
        GetValueY() {
            return this._valueY
        }
        GetStartAnchorX() {
            return this._startAnchorX
        }
        GetStartAnchorY() {
            return this._startAnchorY
        }
        GetEndAnchorX() {
            return this._endAnchorX
        }
        GetEndAnchorY() {
            return this._endAnchorY
        }
        GetStartEnable() {
            return this._startEnable
        }
        GetEndEnable() {
            return this._endEnable
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.TransitionManager = class TransitionManager extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._transitions = []
        }
        Release() {
            for (const transition of this._transitions)
                transition.Release();
            C3.clearArray(this._transitions);
            this._transitions = null
        }
        Create(transitionData) {
            this._transitions.push(C3.Transition.Create(transitionData))
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SolStack = class SolStack extends C3.DefendedBase {
        constructor(objectClass) {
            super();
            this._objectClass = objectClass;
            this._stack = [];
            this._stack.push(C3.New(C3.Sol, this));
            this._index = 0;
            this._current = this._stack[0]
        }
        Release() {
            for (const s of this._stack)
                s.Release();
            C3.clearArray(this._stack);
            this._current = null;
            this._objectClass = null
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetCurrentSol() {
            return this._current
        }
        Clear() {
            this.GetCurrentSol().Clear()
        }
        PushClean() {
            const stack = this._stack;
            const index = ++this._index;
            if (index === stack.length) {
                const sol = C3.New(C3.Sol, this);
                stack.push(sol);
                this._current = sol
            } else {
                const sol = stack[index];
                sol.Reset();
                this._current = sol
            }
        }
        PushCopy() {
            const stack = this._stack;
            const index = ++this._index;
            if (index === stack.length)
                stack.push(C3.New(C3.Sol, this));
            const sol = stack[index];
            sol.Copy(stack[index - 1]);
            this._current = sol
        }
        Pop() {
            this._current = this._stack[--this._index]
        }
        RemoveInstances(s) {
            const stack = this._stack;
            for (let i = 0, len = stack.length; i < len; ++i)
                stack[i].RemoveInstances(s)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Sol = class Sol extends C3.DefendedBase {
        constructor(stack) {
            super();
            this._stack = stack;
            this._objectClass = this._stack.GetObjectClass();
            this._eventStack = this._objectClass.GetRuntime().GetEventStack();
            this._selectAll = true;
            this._instances = [];
            this._elseInstances = []
        }
        Release() {
            this.ClearArrays();
            this._stack = null;
            this._objectClass = null;
            this._eventStack = null
        }
        ClearArrays() {
            C3.clearArray(this._instances);
            C3.clearArray(this._elseInstances)
        }
        GetObjectClass() {
            return this._objectClass
        }
        IsSelectAll() {
            return this._selectAll
        }
        HasAnyInstances() {
            if (this._selectAll)
                return !!this._objectClass.GetInstanceCount();
            else
                return !!this._instances.length
        }
        GetInstances() {
            if (this._selectAll)
                return this._objectClass.GetInstances();
            else
                return this._instances
        }
        HasAnyElseInstances() {
            return !!this._elseInstances.length
        }
        GetElseInstances() {
            return this._elseInstances
        }
        GetExpressionInstances() {
            const ret = this.GetInstances();
            if (ret.length)
                return ret;
            else
                return this._elseInstances
        }
        Reset() {
            this._selectAll = true;
            C3.clearArray(this._elseInstances)
        }
        Clear() {
            this._selectAll = true
        }
        Copy(sol) {
            if (sol.IsSelectAll())
                this.Reset();
            else {
                this._selectAll = false;
                C3.shallowAssignArray(this._instances, sol._instances);
                C3.clearArray(this._elseInstances)
            }
        }
        _PushInstance(inst) {
            this._instances.push(inst)
        }
        _PushElseInstance(inst) {
            this._elseInstances.push(inst)
        }
        _SetSelectAll(s) {
            this._selectAll = !!s
        }
        _GetOwnInstances() {
            return this._instances
        }
        _GetOwnElseInstances() {
            return this._elseInstances
        }
        SetSinglePicked(inst) {
            this._selectAll = false;
            C3.clearArray(this._instances);
            this._instances.push(inst)
        }
        SetArrayPicked(arr) {
            this._selectAll = false;
            C3.shallowAssignArray(this._instances, arr)
        }
        SetSetPicked(set) {
            this._selectAll = false;
            C3.clearArray(this._instances);
            for (const item of set)
                this._instances.push(item)
        }
        AddElseInstances(setOfPicked, arrayOfAllPicked) {
            for (const inst of arrayOfAllPicked)
                if (!setOfPicked.has(inst))
                    this._elseInstances.push(inst)
        }
        TransferElseInstancesToOwn(setOfPicked) {
            for (const inst of setOfPicked)
                this._instances.push(inst);
            C3.arrayRemoveAllInSet(this._elseInstances, setOfPicked)
        }
        PickOne(inst) {
            if (!inst)
                return;
            if (this._eventStack.GetCurrentStackFrame().GetCurrentEvent().IsOrBlock()) {
                if (this.IsSelectAll()) {
                    C3.clearArray(this._instances);
                    C3.shallowAssignArray(this._elseInstances, inst.GetObjectClass().GetInstances());
                    this._selectAll = false
                }
                const i = this._elseInstances.indexOf(inst);
                if (i !== -1) {
                    this._instances.push(this._elseInstances[i]);
                    this._elseInstances.splice(i, 1)
                }
            } else
                this.SetSinglePicked(inst)
        }
        RemoveInstances(s) {
            C3.arrayRemoveAllInSet(this._instances, s);
            C3.arrayRemoveAllInSet(this._elseInstances, s)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.EventStack = class EventStack extends C3.DefendedBase {
        constructor(eventSheetManager) {
            super();
            this._eventSheetManager = eventSheetManager;
            this._runtime = this._eventSheetManager.GetRuntime();
            this._stack = [];
            this._stack.push(C3.New(C3.EventStackFrame, this, null));
            this._index = 0;
            this._expFuncStack = []
        }
        Release() {
            for (const e of this._stack)
                e.Release();
            C3.clearArray(this._stack);
            C3.clearArray(this._expFuncStack);
            this._eventSheetManager = null;
            this._runtime = null
        }
        GetEventSheetManager() {
            return this._eventSheetManager
        }
        GetRuntime() {
            return this._runtime
        }
        GetCurrentStackFrame() {
            return this._stack[this._index]
        }
        Push(currentEvent) {
            const stack = this._stack;
            const index = ++this._index;
            if (index === stack.length) {
                const ret = C3.New(C3.EventStackFrame, this, currentEvent);
                stack.push(ret);
                return ret
            } else {
                const ret = stack[index];
                ret.Reset(currentEvent);
                return ret
            }
        }
        Pop() {
            --this._index
        }
        PushExpFunc(frame) {
            this._expFuncStack.push(frame)
        }
        PopExpFunc() {
            this._expFuncStack.pop()
        }
        GetCurrentExpFuncStackFrame() {
            const expFuncStack = this._expFuncStack;
            if (expFuncStack.length === 0)
                return null;
            else
                return expFuncStack[expFuncStack.length - 1]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.EventStackFrame = class EventStackFrame extends C3.DefendedBase {
        constructor(stack, currentEvent) {
            super();
            this._stack = stack;
            this._runtime = this._stack.GetRuntime();
            this._currentEvent = currentEvent;
            this._cndIndex = 0;
            this._actIndex = 0;
            this._lastEventTrue = false;
            this._elseBranchRan = false;
            this._expressionObjectClass = null;
            this._functionReturnType = 0;
            this._functionReturnValue = 0
        }
        Release() {
            this.Reset(null);
            this._stack = null;
            this._runtime = null
        }
        Reset(currentEvent) {
            this._currentEvent = currentEvent;
            this._cndIndex = 0;
            this._actIndex = 0;
            this._lastEventTrue = false;
            this._elseBranchRan = false
        }
        _Restore(currentEvent, actIndex) {
            this._currentEvent = currentEvent;
            this._cndIndex = 0;
            this._actIndex = actIndex
        }
        ResetQuick() {
            this._cndIndex = 0;
            this._actIndex = 0
        }
        GetCurrentEvent() {
            return this._currentEvent
        }
        SetCurrentEvent(currentEvent) {
            this._currentEvent = currentEvent
        }
        GetConditionIndex() {
            return this._cndIndex
        }
        SetConditionIndex(i) {
            this._cndIndex = i
        }
        GetActionIndex() {
            return this._actIndex
        }
        SetActionIndex(i) {
            this._actIndex = i
        }
        SetLastEventTrue(t) {
            this._lastEventTrue = !!t
        }
        GetLastEventTrue() {
            return this._lastEventTrue
        }
        SetElseBranchRan(r) {
            this._elseBranchRan = !!r
        }
        GetElseBranchRan() {
            return this._elseBranchRan
        }
        SetExpressionObjectClass(objectClass) {
            this._expressionObjectClass = objectClass
        }
        GetExpressionObjectClass() {
            return this._expressionObjectClass
        }
        InitCallFunctionExpression(returnType, defaultReturnValue) {
            this._functionReturnType = returnType;
            this._functionReturnValue = defaultReturnValue
        }
        GetFunctionReturnType() {
            return this._functionReturnType
        }
        SetFunctionReturnValue(v) {
            this._functionReturnValue = v
        }
        GetFunctionReturnValue() {
            return this._functionReturnValue
        }
        IsSolModifierAfterCnds() {
            const currentEvent = this._currentEvent;
            if (currentEvent.IsSolWriterAfterCnds())
                return true;
            if (this._cndIndex < currentEvent.GetConditionCount() - 1)
                return !!currentEvent.GetSolModifiers().length;
            return false
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.LocalVarStack = class LocalVarStack extends C3.DefendedBase {
        constructor(eventSheetManager) {
            super();
            this._eventSheetManager = eventSheetManager;
            this._runtime = this._eventSheetManager.GetRuntime();
            this._stack = [];
            this._index = -1;
            this._current = null;
            this._initialValues = []
        }
        Release() {
            C3.clearArray(this._stack);
            this._eventSheetManager = null;
            this._runtime = null
        }
        _SetInitialValues(initialValues) {
            this._initialValues = initialValues;
            const arr = this._initialValues.slice(0);
            this._stack.push(arr);
            this._index = 0;
            this._current = arr
        }
        GetEventSheetManager() {
            return this._eventSheetManager
        }
        GetRuntime() {
            return this._runtime
        }
        GetCurrent() {
            return this._current
        }
        Push() {
            const index = ++this._index;
            const stack = this._stack;
            if (index === stack.length)
                stack.push(this._initialValues.slice(0));
            else
                C3.shallowAssignArray(stack[index], this._initialValues);
            this._current = stack[index]
        }
        Pop() {
            this._current = this._stack[--this._index]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.LoopStack = class LoopStack extends C3.DefendedBase {
        constructor(eventSheetManager) {
            super();
            this._eventSheetManager = eventSheetManager;
            this._runtime = this._eventSheetManager.GetRuntime();
            this._stack = [];
            this._index = -1
        }
        Release() {
            C3.clearArray(this._stack);
            this._eventSheetManager = null;
            this._runtime = null
        }
        GetEventSheetManager() {
            return this._eventSheetManager
        }
        GetRuntime() {
            return this._runtime
        }
        IsInLoop() {
            return this._index >= 0
        }
        GetCurrent() {
            return this._stack[this._index]
        }
        Push() {
            ++this._index;
            if (this._index === this._stack.length) {
                const ret = C3.New(C3.Loop, this);
                this._stack.push(ret);
                return ret
            } else {
                const ret = this._stack[this._index];
                ret.Reset();
                return ret
            }
        }
        Pop() {
            --this._index
        }
        FindByName(name) {
            const stack = this._stack;
            for (let i = this._index; i >= 0; --i) {
                const loop = stack[i];
                if (loop.GetName() === name)
                    return loop
            }
            return null
        }
        _GetStack() {
            return this._stack.slice(0, this._index + 1)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Loop = class Loop extends C3.DefendedBase {
        constructor(loopStack) {
            super();
            this._loopStack = loopStack;
            this._name = "";
            this._index = 0;
            this._isStopped = false;
            this._end = NaN
        }
        Reset() {
            this._name = "";
            this._index = 0;
            this._isStopped = false;
            this._end = NaN
        }
        SetName(name) {
            this._name = name
        }
        GetName() {
            return this._name
        }
        SetIndex(i) {
            this._index = i
        }
        GetIndex() {
            return this._index
        }
        Stop() {
            this._isStopped = true
        }
        IsStopped() {
            return this._isStopped
        }
        SetEnd(e) {
            this._end = e
        }
        GetEnd() {
            return this._end
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.ArrayStack = class ArrayStack extends C3.DefendedBase {
        constructor() {
            super();
            this._stack = [];
            this._index = -1
        }
        Release() {
            C3.clearArray(this._stack)
        }
        GetCurrent() {
            return this._stack[this._index]
        }
        Push() {
            ++this._index;
            if (this._index === this._stack.length) {
                const ret = [];
                this._stack.push(ret);
                return ret
            } else
                return this._stack[this._index]
        }
        Pop() {
            --this._index
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    function SortSolArray(a, b) {
        return a.GetIndex() - b.GetIndex()
    }
    function IsSolArrayIdentical(a, b) {
        for (let i = 0, len = a.length; i < len; ++i)
            if (a[i] !== b[i])
                return false;
        return true
    }
    C3.EventSheetManager = class EventSheetManager extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._allSheets = [];
            this._sheetsByName = new Map;
            this._allGroups = [];
            this._groupsByName = new Map;
            this._blocksBySid = new Map;
            this._cndsBySid = new Map;
            this._actsBySid = new Map;
            this._allUniqueSolModifiers = new Map;
            this._eventVarsBySid = new Map;
            this._nextLocalVarIndex = 0;
            this._allGlobalVars = [];
            this._allLocalVars = [];
            this._localVarInitialValues = [];
            this._functionBlocksByName = new Map;
            this._eventStack = C3.New(C3.EventStack, this);
            this._localVarStack = C3.New(C3.LocalVarStack, this);
            this._loopStack = C3.New(C3.LoopStack, this);
            this._triggersToPostInit = [];
            this._queuedTriggers = [];
            this._queuedDebugTriggers = [];
            this._runningEventsDepth = 0;
            this._executingTriggerDepth = 0;
            this._blockFlushingDepth = 0;
            this._scheduledWaits = [];
            this._asyncActionPromises = [];
            self["c3_callFunction"] = (name,params)=>this._InvokeFunctionFromJS(name, params)
        }
        Release() {
            this.ClearAllScheduledWaits();
            this._eventStack.Release();
            this._eventStack = null;
            this._localVarStack.Release();
            this._localVarStack = null;
            C3.clearArray(this._queuedTriggers);
            C3.clearArray(this._queuedDebugTriggers);
            this._runtime = null;
            C3.clearArray(this._allSheets);
            this._sheetsByName.clear()
        }
        Create(eventSheetData) {
            const eventSheet = C3.New(C3.EventSheet, this, eventSheetData);
            this._allSheets.push(eventSheet);
            this._sheetsByName.set(eventSheet.GetName().toLowerCase(), eventSheet)
        }
        _AddTriggerToPostInit(trig) {
            this._triggersToPostInit.push(trig)
        }
        _PostInit() {
            for (const functionBlock of this._functionBlocksByName.values())
                functionBlock._PostInit(false);
            for (const sheet of this._allSheets)
                sheet._PostInit();
            for (const sheet of this._allSheets)
                sheet._UpdateDeepIncludes();
            for (const trig of this._triggersToPostInit)
                trig._PostInit(false);
            C3.clearArray(this._triggersToPostInit);
            this._localVarStack._SetInitialValues(this._localVarInitialValues)
        }
        GetRuntime() {
            return this._runtime
        }
        GetEventSheetByName(name) {
            return this._sheetsByName.get(name.toLowerCase()) || null
        }
        _RegisterGroup(group) {
            this._allGroups.push(group);
            this._groupsByName.set(group.GetGroupName(), group)
        }
        _RegisterEventBlock(eventBlock) {
            this._blocksBySid.set(eventBlock.GetSID(), eventBlock)
        }
        _RegisterCondition(condition) {
            this._cndsBySid.set(condition.GetSID(), condition)
        }
        _RegisterAction(action) {
            this._actsBySid.set(action.GetSID(), action)
        }
        _RegisterFunctionBlock(functionBlock) {
            this._functionBlocksByName.set(functionBlock.GetFunctionName().toLowerCase(), functionBlock)
        }
        _RegisterEventVariable(ev) {
            this._eventVarsBySid.set(ev.GetSID(), ev);
            if (ev.IsGlobal())
                this._allGlobalVars.push(ev);
            else
                this._allLocalVars.push(ev)
        }
        _DeduplicateSolModifierList(arr) {
            if (arr.length >= 2)
                arr.sort(SortSolArray);
            let candidateList = this._allUniqueSolModifiers.get(arr.length);
            if (!candidateList) {
                candidateList = [];
                this._allUniqueSolModifiers.set(arr.length, candidateList)
            }
            for (let i = 0, len = candidateList.length; i < len; ++i) {
                const candidate = candidateList[i];
                if (IsSolArrayIdentical(arr, candidate))
                    return candidate
            }
            candidateList.push(arr);
            return arr
        }
        _GetNextLocalVarIndex(eventVar) {
            this._localVarInitialValues.push(eventVar.GetInitialValue());
            return this._nextLocalVarIndex++
        }
        GetEventStack() {
            return this._eventStack
        }
        GetCurrentEventStackFrame() {
            return this.GetEventStack().GetCurrentStackFrame()
        }
        GetCurrentEvent() {
            return this.GetCurrentEventStackFrame().GetCurrentEvent()
        }
        GetCurrentCondition() {
            const frame = this.GetCurrentEventStackFrame();
            const event = frame.GetCurrentEvent();
            return event.GetConditionAt(frame.GetConditionIndex())
        }
        GetCurrentAction() {
            const frame = this.GetCurrentEventStackFrame();
            const event = frame.GetCurrentEvent();
            return event.GetActionAt(frame.GetActionIndex())
        }
        GetLocalVarStack() {
            return this._localVarStack
        }
        GetLoopStack() {
            return this._loopStack
        }
        GetAllLocalVariablesInScope(fromRow) {
            const ret = [];
            fromRow = fromRow.GetScopeParent();
            while (fromRow) {
                C3.appendArray(ret, fromRow._GetAllLocalVariablesInScope());
                fromRow = fromRow.GetScopeParent()
            }
            return ret
        }
        _GetLocalVariablesScriptInterface(fromRow) {
            const localVarDescriptors = {};
            for (const v of this.GetAllLocalVariablesInScope(fromRow))
                localVarDescriptors[v.GetJsPropName()] = v._GetScriptInterfaceDescriptor();
            return Object.create(Object.prototype, localVarDescriptors)
        }
        GetEventVariableBySID(sid) {
            return this._eventVarsBySid.get(sid) || null
        }
        GetEventBlockBySID(sid) {
            return this._blocksBySid.get(sid) || null
        }
        GetConditionBySID(sid) {
            return this._cndsBySid.get(sid) || null
        }
        GetActionBySID(sid) {
            return this._actsBySid.get(sid) || null
        }
        GetFunctionBlockByName(name) {
            return this._functionBlocksByName.get(name.toLowerCase()) || null
        }
        GetAllGlobalVariables() {
            return this._allGlobalVars
        }
        GetAllLocalVariables() {
            return this._allLocalVars
        }
        ResetAllGlobalsToInitialValue() {
            for (const ev of this._allGlobalVars)
                ev.ResetToInitialValue()
        }
        GetEventGroupByName(name) {
            return this._groupsByName.get(name.toLowerCase()) || null
        }
        GetEventGroupBySID(sid) {
            const group = this._blocksBySid.get(sid);
            if (group && group.IsGroup())
                return group;
            else
                return null
        }
        GetAllGroups() {
            return this._allGroups
        }
        ResetAllGroupsInitialActivation() {
            for (const group of this._allGroups)
                group.ResetInitialActivation()
        }
        _ResetAllHasRunFlags() {
            for (const sheet of this._allSheets)
                sheet._ResetHasRunFlag()
        }
        RunEvents(layoutManager) {
            this._ResetAllHasRunFlags();
            this._runningEventsDepth++;
            for (const layout of layoutManager.runningLayouts()) {
                const eventSheet = layout.GetEventSheet();
                if (!eventSheet)
                    continue;
                this._runtime.PushCurrentLayout(layout);
                eventSheet.Run();
                this._runtime.PopCurrentLayout()
            }
            this._runningEventsDepth--
        }
        async DebugRunEvents(layoutManager) {
            this._ResetAllHasRunFlags();
            this._runningEventsDepth++;
            for (const breakEventObject of this._DebugRunEventsGen(layoutManager))
                await this._runtime.DebugBreak(breakEventObject);
            this._runningEventsDepth--
        }
        *_DebugRunEventsGen(layoutManager) {
            for (const layout of layoutManager.runningLayouts()) {
                const eventSheet = layout.GetEventSheet();
                if (!eventSheet)
                    continue;
                this._runtime.PushCurrentLayout(layout);
                yield*eventSheet.DebugRun();
                this._runtime.PopCurrentLayout()
            }
        }
        _Trigger(layoutManager, method, inst, behaviorType) {
            let ret = false;
            if (!layoutManager.GetMainRunningLayout())
                return this.QueueTrigger(method, inst, behaviorType);
            this._executingTriggerDepth++;
            for (const layout of layoutManager.runningLayouts()) {
                const eventSheet = layout.GetEventSheet();
                if (!eventSheet)
                    continue;
                this._runtime.PushCurrentLayout(layout);
                for (const includeSheet of eventSheet.deepIncludes()) {
                    const result = includeSheet._Trigger(method, inst, behaviorType);
                    ret = ret || result
                }
                const result2 = eventSheet._Trigger(method, inst, behaviorType);
                ret = ret || result2;
                this._runtime.PopCurrentLayout()
            }
            this._executingTriggerDepth--;
            return ret
        }
        *_DebugTrigger(layoutManager, method, inst, behaviorType) {
            let ret = false;
            if (!layoutManager.GetMainRunningLayout())
                return this.QueueTrigger(method, inst, behaviorType);
            this._executingTriggerDepth++;
            for (const layout of layoutManager.runningLayouts()) {
                const eventSheet = layout.GetEventSheet();
                if (!eventSheet)
                    continue;
                this._runtime.PushCurrentLayout(layout);
                for (const includeSheet of eventSheet.deepIncludes()) {
                    const result = yield*includeSheet._DebugTrigger(method, inst, behaviorType);
                    ret = ret || result
                }
                const result2 = yield*eventSheet._DebugTrigger(method, inst, behaviorType);
                ret = ret || result2;
                this._runtime.PopCurrentLayout()
            }
            this._executingTriggerDepth--;
            return ret
        }
        QueueTrigger(method, inst, behaviorType) {
            this._queuedTriggers.push([method, inst, behaviorType]);
            return false
        }
        QueueDebugTrigger(method, inst, behaviorType) {
            let resolve = null;
            const ret = new Promise(r=>resolve = r);
            this._queuedDebugTriggers.push([method, inst, behaviorType, resolve]);
            return ret
        }
        *_RunQueuedDebugTriggersGen() {
            if (this._runtime.HitBreakpoint())
                throw new Error("should not be in breakpoint");
            const layoutManager = this._runtime.GetLayoutManager();
            while (this._queuedDebugTriggers.length) {
                const [method,inst,behaviorType,resolve] = this._queuedDebugTriggers.shift();
                const ret = yield*this._DebugTrigger(layoutManager, method, inst, behaviorType);
                resolve(ret)
            }
        }
        async RunQueuedDebugTriggersAsync() {
            for (const breakEventObject of this._RunQueuedDebugTriggersGen())
                await this._runtime.DebugBreak(breakEventObject)
        }
        _FastTrigger(layoutManager, method, inst, value) {
            let ret = false;
            const layout = layoutManager.GetMainRunningLayout();
            const eventSheet = layout.GetEventSheet();
            if (!eventSheet)
                return;
            this._executingTriggerDepth++;
            this._runtime.PushCurrentLayout(layout);
            const deepIncludes = eventSheet.deepIncludes();
            for (let i = 0, len = deepIncludes.length; i < len; ++i) {
                const result = deepIncludes[i]._FastTrigger(method, inst, value);
                ret = ret || result
            }
            const result2 = eventSheet._FastTrigger(method, inst, value);
            ret = ret || result2;
            this._runtime.PopCurrentLayout();
            this._executingTriggerDepth--;
            return ret
        }
        *_DebugFastTrigger(layoutManager, method, inst, value) {
            let ret = false;
            const layout = layoutManager.GetMainRunningLayout();
            const eventSheet = layout.GetEventSheet();
            if (!eventSheet)
                return;
            this._executingTriggerDepth++;
            this._runtime.PushCurrentLayout(layout);
            const deepIncludes = eventSheet.deepIncludes();
            for (let i = 0, len = deepIncludes.length; i < len; ++i) {
                const result = yield*deepIncludes[i]._DebugFastTrigger(method, inst, value);
                ret = ret || result
            }
            const result2 = yield*eventSheet._DebugFastTrigger(method, inst, value);
            ret = ret || result2;
            this._runtime.PopCurrentLayout();
            this._executingTriggerDepth--;
            return ret
        }
        GetTriggerDepth() {
            return this._executingTriggerDepth
        }
        IsInTrigger() {
            return this.GetTriggerDepth() > 0
        }
        _IncTriggerDepth() {
            return ++this._executingTriggerDepth
        }
        _DecTriggerDepth() {
            --this._executingTriggerDepth
        }
        IsRunningEvents() {
            return this._runningEventsDepth > 0
        }
        IsInEventEngine() {
            return this.IsRunningEvents() || this.IsInTrigger()
        }
        _RunQueuedTriggers(layoutManager) {
            for (const [method,inst,behaviorType] of this._queuedTriggers)
                this._Trigger(layoutManager, method, inst, behaviorType);
            C3.clearArray(this._queuedTriggers)
        }
        BlockFlushingInstances(e) {
            if (e)
                this._blockFlushingDepth++;
            else
                this._blockFlushingDepth--
        }
        IsFlushingBlocked() {
            return this._blockFlushingDepth > 0
        }
        ClearSol(solModifiers) {
            for (let i = 0, len = solModifiers.length; i < len; ++i)
                solModifiers[i].GetSolStack().Clear()
        }
        PushCleanSol(solModifiers) {
            for (let i = 0, len = solModifiers.length; i < len; ++i)
                solModifiers[i].GetSolStack().PushClean()
        }
        PushCopySol(solModifiers) {
            for (let i = 0, len = solModifiers.length; i < len; ++i)
                solModifiers[i].GetSolStack().PushCopy()
        }
        PopSol(solModifiers) {
            for (let i = 0, len = solModifiers.length; i < len; ++i)
                solModifiers[i].GetSolStack().Pop()
        }
        AddScheduledWait() {
            const w = C3.New(C3.ScheduledWait, this);
            this._scheduledWaits.push(w);
            return w
        }
        scheduledWaits() {
            return this._scheduledWaits
        }
        RunScheduledWaits() {
            if (!this._scheduledWaits.length)
                return;
            const frame = this.GetCurrentEventStackFrame();
            let didAnyRun = false;
            this._runningEventsDepth++;
            for (let i = 0, len = this._scheduledWaits.length; i < len; ++i) {
                const w = this._scheduledWaits[i];
                if (w._ShouldRun())
                    w._Run(frame);
                if (w.ShouldRelease())
                    didAnyRun = true
            }
            if (didAnyRun)
                this._FilterScheduledWaitsToRelease();
            this._runningEventsDepth--
        }
        async DebugRunScheduledWaits() {
            if (!this._scheduledWaits.length)
                return;
            const frame = this.GetCurrentEventStackFrame();
            let didAnyRun = false;
            this._runningEventsDepth++;
            for (let i = 0, len = this._scheduledWaits.length; i < len; ++i) {
                const w = this._scheduledWaits[i];
                if (w._ShouldRun())
                    await w._DebugRun(frame);
                if (w.ShouldRelease())
                    didAnyRun = true
            }
            if (didAnyRun)
                this._FilterScheduledWaitsToRelease();
            this._runningEventsDepth--
        }
        _FilterScheduledWaitsToRelease() {
            const toRelease = C3.arrayFilterOut(this._scheduledWaits, w=>w.ShouldRelease());
            for (const w of toRelease)
                w.Release()
        }
        ClearAllScheduledWaits() {
            for (const w of this._scheduledWaits)
                w.Release();
            C3.clearArray(this._scheduledWaits)
        }
        RemoveInstancesFromScheduledWaits(s) {
            for (const w of this._scheduledWaits)
                w.RemoveInstances(s)
        }
        AddAsyncActionPromise(p) {
            this._asyncActionPromises.push(p)
        }
        ClearAsyncActionPromises() {
            C3.clearArray(this._asyncActionPromises)
        }
        GetPromiseForAllAsyncActions() {
            const ret = Promise.all(this._asyncActionPromises);
            this._asyncActionPromises = [];
            return ret
        }
        _SaveToJson() {
            return {
                "groups": this._SaveGroupsToJson(),
                "cnds": this._SaveCndsToJson(),
                "acts": this._SaveActsToJson(),
                "vars": this._SaveVarsToJson(),
                "waits": this._SaveScheduledWaitsToJson()
            }
        }
        _LoadFromJson(o) {
            this._LoadGroupsFromJson(o["groups"]);
            this._LoadCndsFromJson(o["cnds"]);
            this._LoadActsFromJson(o["acts"]);
            this._LoadVarsFromJson(o["vars"]);
            this._LoadScheduledWaitsFromJson(o["waits"])
        }
        _SaveGroupsToJson() {
            const o = {};
            for (const group of this.GetAllGroups())
                o[group.GetSID().toString()] = group.IsGroupActive();
            return o
        }
        _LoadGroupsFromJson(o) {
            for (const [sidStr,data] of Object.entries(o)) {
                const sid = parseInt(sidStr, 10);
                const group = this.GetEventGroupBySID(sid);
                if (group)
                    group.SetGroupActive(data)
            }
        }
        _SaveCndsToJson() {
            const o = {};
            for (const [sid,cnd] of this._cndsBySid) {
                const data = cnd._SaveToJson();
                if (data)
                    o[sid.toString()] = data
            }
            return o
        }
        _LoadCndsFromJson(o) {
            const map = new Map;
            for (const [sidStr,data] of Object.entries(o))
                map.set(parseInt(sidStr, 10), data);
            for (const [sid,cnd] of this._cndsBySid)
                cnd._LoadFromJson(map.get(sid) || null)
        }
        _SaveActsToJson() {
            const o = {};
            for (const [sid,act] of this._actsBySid) {
                const data = act._SaveToJson();
                if (data)
                    o[sid.toString()] = data
            }
            return o
        }
        _LoadActsFromJson(o) {
            const map = new Map;
            for (const [sidStr,data] of Object.entries(o))
                map.set(parseInt(sidStr, 10), data);
            for (const [sid,act] of this._actsBySid)
                act._LoadFromJson(map.get(sid) || null)
        }
        _SaveVarsToJson() {
            const o = {};
            for (const [sid,eventVar] of this._eventVarsBySid)
                if (!eventVar.IsConstant() && (eventVar.IsGlobal() || eventVar.IsStatic()))
                    o[sid.toString()] = eventVar.GetValue();
            return o
        }
        _LoadVarsFromJson(o) {
            for (const [sidStr,data] of Object.entries(o)) {
                const sid = parseInt(sidStr, 10);
                const eventVar = this.GetEventVariableBySID(sid);
                if (eventVar)
                    eventVar.SetValue(data)
            }
        }
        _SaveScheduledWaitsToJson() {
            return this._scheduledWaits.filter(w=>!w.IsPromise()).map(w=>w._SaveToJson())
        }
        _LoadScheduledWaitsFromJson(arr) {
            this.ClearAllScheduledWaits();
            for (const data of arr) {
                const sw = C3.ScheduledWait._CreateFromJson(this, data);
                if (sw)
                    this._scheduledWaits.push(sw)
            }
        }
        _GetPerfRecords() {
            return [...this._runtime.GetLayoutManager().runningLayouts()].map(l=>l.GetEventSheet()).filter(eventSheet=>eventSheet).map(e=>e._GetPerfRecord())
        }
        FindFirstFunctionBlockParent(eventRow) {
            while (eventRow) {
                const scopeParent = eventRow.GetScopeParent();
                if (scopeParent instanceof C3.FunctionBlock)
                    return scopeParent;
                eventRow = eventRow.GetParent()
            }
            return null
        }
        _InvokeFunctionFromJS(name, params) {
            if (!Array.isArray(params))
                params = [];
            const functionBlock = this.GetFunctionBlockByName(name.toLowerCase());
            if (!functionBlock)
                return null;
            if (!functionBlock.IsEnabled())
                return functionBlock.GetDefaultReturnValue();
            const functionParameters = functionBlock.GetFunctionParameters();
            if (params.length < functionParameters.length) {
                params = params.slice(0);
                do
                    params.push(functionParameters[params.length].GetInitialValue());
                while (params.length < functionParameters.length)
            }
            const callEventBlock = functionBlock.GetEventBlock();
            return callEventBlock.RunAsExpressionFunctionCall(callEventBlock.GetSolModifiersIncludingParents(), functionBlock.GetReturnType(), functionBlock.GetDefaultReturnValue(), ...params)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.EventSheet = class EventSheet extends C3.DefendedBase {
        constructor(eventSheetManager, data) {
            super();
            this._eventSheetManager = eventSheetManager;
            this._runtime = eventSheetManager.GetRuntime();
            this._name = data[0];
            this._events = [];
            this._triggers = new Map;
            this._fastTriggers = new Map;
            this._eventsByDisplayNumber = new Map;
            this._hasRun = false;
            this._shallowIncludes = [];
            this._deepIncludes = [];
            this._alreadyIncludedSheets = new Set;
            for (const eventData of data[1])
                this._CreateEvent(eventData, null, this._events);
            this._perfRecord = this._runtime.IsDebug() ? {
                type: "sheet",
                name: this._name,
                totalTimeCounter: 0,
                children: []
            } : null
        }
        Release() {
            this._eventSheetManager = null;
            this._runtime = null
        }
        _CreateEvent(eventData, parent, nontriggers) {
            switch (eventData[0]) {
            case 0:
            case 3:
                this._CreateEventBlock(eventData, parent, nontriggers);
                break;
            case 1:
                this._CreateEventVariable(eventData, parent, nontriggers);
                break;
            case 2:
                this._CreateInclude(eventData, parent, nontriggers);
                break;
            case 4:
                this._CreateFunctionBlock(eventData, parent);
                break;
            case 5:
                this._CreateScriptBlock(eventData, parent, nontriggers);
                break;
            default:
                throw new Error("invalid event type");
            }
        }
        _CreateEventBlock(data, parent, nontriggers) {
            const eventBlock = C3.EventBlock.Create(this, parent, data);
            if (eventBlock.IsOrBlock()) {
                nontriggers.push(eventBlock);
                const conditions = eventBlock.GetConditions();
                for (let i = 0, len = conditions.length; i < len; ++i)
                    if (conditions[i].IsTrigger())
                        this._InitTrigger(eventBlock, i)
            } else if (eventBlock.IsTrigger())
                this._InitTrigger(eventBlock, 0);
            else
                nontriggers.push(eventBlock)
        }
        _CreateFunctionBlock(data, parent) {
            const functionBlock = C3.FunctionBlock.Create(this, parent, data);
            this._eventSheetManager._RegisterFunctionBlock(functionBlock)
        }
        _CreateEventVariable(data, parent, nontriggers) {
            const v = C3.EventVariable.Create(this, parent, data);
            nontriggers.push(v)
        }
        _CreateInclude(data, parent, nontriggers) {
            const include = C3.EventInclude.Create(this, parent, data);
            nontriggers.push(include)
        }
        _CreateScriptBlock(data, parent, nontriggers) {
            const scriptBlock = C3.EventScript.Create(this, parent, data);
            nontriggers.push(scriptBlock)
        }
        _InitTrigger(eventBlock, i) {
            if (!eventBlock.IsOrBlock())
                this._eventSheetManager._AddTriggerToPostInit(eventBlock);
            const cnd = eventBlock.GetConditionAt(i);
            const func = cnd._GetFunc();
            const objectClass = cnd.GetObjectClass();
            if (cnd.IsFastTrigger()) {
                let methodMap = this._fastTriggers.get(objectClass);
                if (!methodMap) {
                    methodMap = new Map;
                    this._fastTriggers.set(objectClass, methodMap)
                }
                const value = cnd.GetFastTriggerValue().toLowerCase();
                let valueMap = methodMap.get(func);
                if (!valueMap) {
                    valueMap = new Map;
                    methodMap.set(func, valueMap)
                }
                let triggerArr = valueMap.get(value);
                if (!triggerArr) {
                    triggerArr = [];
                    valueMap.set(value, triggerArr)
                }
                triggerArr.push([eventBlock, i])
            } else {
                let ocInfo = this._triggers.get(objectClass);
                if (!ocInfo) {
                    ocInfo = {
                        methodMap: new Map,
                        behaviors: new Map
                    };
                    this._triggers.set(objectClass, ocInfo)
                }
                const behaviorType = cnd.GetBehaviorType();
                let methodMap;
                if (behaviorType) {
                    methodMap = ocInfo.behaviors.get(behaviorType);
                    if (!methodMap) {
                        methodMap = new Map;
                        ocInfo.behaviors.set(behaviorType, methodMap)
                    }
                } else
                    methodMap = ocInfo.methodMap;
                let triggerArr = methodMap.get(func);
                if (!triggerArr) {
                    triggerArr = [];
                    methodMap.set(func, triggerArr)
                }
                triggerArr.push([eventBlock, i])
            }
        }
        _PostInit() {
            const events = this._events;
            for (let i = 0, len = events.length; i < len; ++i) {
                const hasElseBlock = i < len - 1 && events[i + 1]instanceof C3.EventBlock && events[i + 1].IsElseBlock();
                events[i]._PostInit(hasElseBlock)
            }
        }
        _AddShallowInclude(include) {
            this._shallowIncludes.push(include)
        }
        _UpdateDeepIncludes() {
            C3.clearArray(this._deepIncludes);
            this._AddDeepIncludes(this);
            this._alreadyIncludedSheets.clear()
        }
        _AddDeepIncludes(rootSheet) {
            const deepIncludes = rootSheet._deepIncludes;
            const alreadyIncludedSheets = rootSheet._alreadyIncludedSheets;
            for (const include of this._shallowIncludes) {
                const sheet = include.GetIncludeSheet();
                if (!include.IsActive() || rootSheet === sheet || alreadyIncludedSheets.has(sheet))
                    continue;
                alreadyIncludedSheets.add(sheet);
                sheet._AddDeepIncludes(rootSheet);
                deepIncludes.push(sheet)
            }
        }
        deepIncludes() {
            return this._deepIncludes
        }
        GetEventSheetManager() {
            return this._eventSheetManager
        }
        GetRuntime() {
            return this._runtime
        }
        GetName() {
            return this._name
        }
        _RegisterEventByDisplayNumber(eventBlock, displayNumber) {
            this._eventsByDisplayNumber.set(displayNumber, eventBlock)
        }
        _GetEventByDisplayNumber(displayNumber) {
            return this._eventsByDisplayNumber.get(displayNumber) || null
        }
        _ResetHasRunFlag() {
            this._hasRun = false
        }
        Run() {
            if (this._hasRun)
                return;
            const runtime = this._runtime;
            const profile = runtime.IsCPUProfiling();
            const startTime = profile ? performance.now() : 0;
            this._hasRun = true;
            const eventSheetManager = this.GetEventSheetManager();
            const frame = eventSheetManager.GetCurrentEventStackFrame();
            for (const e of this._events) {
                e.Run(frame);
                eventSheetManager.ClearSol(e.GetSolModifiers());
                eventSheetManager.ClearAsyncActionPromises();
                runtime.FlushPendingInstances()
            }
            frame.Reset(null);
            if (profile)
                this._perfRecord.totalTimeCounter += performance.now() - startTime
        }
        *DebugRun() {
            if (this._hasRun)
                return;
            this._hasRun = true;
            const runtime = this._runtime;
            const eventSheetManager = this.GetEventSheetManager();
            const frame = eventSheetManager.GetCurrentEventStackFrame();
            for (const e of this._events) {
                yield*e.DebugRun(frame);
                eventSheetManager.ClearSol(e.GetSolModifiers());
                eventSheetManager.ClearAsyncActionPromises();
                runtime.FlushPendingInstances()
            }
            frame.Reset(null)
        }
        _Trigger(method, inst, behaviorType) {
            if (inst) {
                const objectClass = inst.GetObjectClass();
                let ret = false;
                let r = this._TriggerForClass(method, inst, objectClass, behaviorType);
                ret = ret || r;
                for (const family of objectClass.GetFamilies()) {
                    r = this._TriggerForClass(method, inst, family, behaviorType);
                    ret = ret || r
                }
            } else
                return this._TriggerForClass(method, inst, null, null)
        }
        _TriggerForClass(method, inst, objectClass, behaviorType) {
            const ocInfo = this._triggers.get(objectClass);
            if (!ocInfo)
                return false;
            const methodMap = behaviorType ? ocInfo.behaviors.get(behaviorType) : ocInfo.methodMap;
            if (!methodMap)
                return false;
            const triggerList = methodMap.get(method);
            if (!triggerList)
                return false;
            let ret = false;
            for (const [trigger,index] of triggerList) {
                const r = this._ExecuteTrigger(inst, trigger, index);
                ret = ret || r
            }
            return ret
        }
        *_DebugTrigger(method, inst, behaviorType) {
            if (inst) {
                const objectClass = inst.GetObjectClass();
                let ret = false;
                let r = yield*this._DebugTriggerForClass(method, inst, objectClass, behaviorType);
                ret = ret || r;
                for (const family of objectClass.GetFamilies()) {
                    r = yield*this._DebugTriggerForClass(method, inst, family, behaviorType);
                    ret = ret || r
                }
            } else
                return yield*this._DebugTriggerForClass(method, inst, null, null)
        }
        *_DebugTriggerForClass(method, inst, objectClass, behaviorType) {
            const ocInfo = this._triggers.get(objectClass);
            if (!ocInfo)
                return false;
            const methodMap = behaviorType ? ocInfo.behaviors.get(behaviorType) : ocInfo.methodMap;
            if (!methodMap)
                return false;
            const triggerList = methodMap.get(method);
            if (!triggerList)
                return false;
            let ret = false;
            for (const [trigger,index] of triggerList) {
                let r;
                if (trigger.DebugCanRunFast())
                    r = this._ExecuteTrigger(inst, trigger, index);
                else
                    r = yield*this._DebugExecuteTrigger(inst, trigger, index);
                ret = ret || r
            }
            return ret
        }
        _FastTrigger(method, inst, value) {
            const objectClass = inst.GetObjectClass();
            const methodMap = this._fastTriggers.get(objectClass);
            if (!methodMap)
                return false;
            const valueMap = methodMap.get(method);
            if (!valueMap)
                return false;
            const triggerList = valueMap.get(value);
            if (!triggerList)
                return false;
            let ret = false;
            for (let i = 0, len = triggerList.length; i < len; ++i) {
                const t = triggerList[i];
                const r = this._ExecuteTrigger(null, t[0], t[1]);
                ret = ret || r
            }
            return ret
        }
        *_DebugFastTrigger(method, inst, value) {
            const objectClass = inst.GetObjectClass();
            const methodMap = this._fastTriggers.get(objectClass);
            if (!methodMap)
                return false;
            const valueMap = methodMap.get(method);
            if (!valueMap)
                return false;
            const triggerList = valueMap.get(value);
            if (!triggerList)
                return false;
            let ret = false;
            for (let i = 0, len = triggerList.length; i < len; ++i) {
                const t = triggerList[i];
                const trigger = t[0];
                const index = t[1];
                let r;
                if (trigger.DebugCanRunFast())
                    r = this._ExecuteTrigger(null, trigger, index);
                else
                    r = yield*this._DebugExecuteTrigger(null, trigger, index);
                ret = ret || r
            }
            return ret
        }
        _ExecuteTrigger(inst, trigger, index) {
            const runtime = this._runtime;
            const eventSheetManager = this._eventSheetManager;
            const currentEvent = eventSheetManager.GetCurrentEvent();
            const eventStack = eventSheetManager.GetEventStack();
            const triggerDepth = eventSheetManager.GetTriggerDepth();
            let ret = false;
            if (currentEvent)
                eventSheetManager.PushCleanSol(currentEvent.GetSolModifiersIncludingParents());
            eventSheetManager.PushCleanSol(trigger.GetSolModifiersIncludingParents());
            const isRecursive = triggerDepth > 1;
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Push();
            const frame = eventStack.Push(trigger);
            if (inst) {
                const objectClass = trigger.GetConditions()[index].GetObjectClass();
                const sol = objectClass.GetCurrentSol();
                sol.SetSinglePicked(inst);
                if (inst.IsInContainer())
                    inst.SetSiblingsSinglePicked()
            }
            let okToRun = true;
            if (trigger.GetParent()) {
                const parents = trigger.GetTriggerParents();
                for (let i = 0, len = parents.length; i < len; ++i)
                    if (!parents[i].RunPreTrigger(frame)) {
                        okToRun = false;
                        break
                    }
            }
            if (okToRun) {
                runtime.IncrementExecCount();
                if (trigger.IsOrBlock())
                    trigger.RunOrBlockTrigger(frame, index);
                else
                    trigger.Run(frame);
                ret = frame.GetLastEventTrue()
            }
            eventStack.Pop();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            eventSheetManager.PopSol(trigger.GetSolModifiersIncludingParents());
            if (currentEvent)
                eventSheetManager.PopSol(currentEvent.GetSolModifiersIncludingParents());
            if (!currentEvent && triggerDepth === 1 && !eventSheetManager.IsFlushingBlocked())
                runtime.FlushPendingInstances();
            return ret
        }
        *_DebugExecuteTrigger(inst, trigger, index) {
            const runtime = this._runtime;
            const eventSheetManager = this._eventSheetManager;
            const currentEvent = eventSheetManager.GetCurrentEvent();
            const eventStack = eventSheetManager.GetEventStack();
            const triggerDepth = eventSheetManager.GetTriggerDepth();
            let ret = false;
            if (currentEvent)
                eventSheetManager.PushCleanSol(currentEvent.GetSolModifiersIncludingParents());
            eventSheetManager.PushCleanSol(trigger.GetSolModifiersIncludingParents());
            const isRecursive = triggerDepth > 1;
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Push();
            const frame = eventStack.Push(trigger);
            if (inst) {
                const objectClass = trigger.GetConditions()[index].GetObjectClass();
                const sol = objectClass.GetCurrentSol();
                sol.SetSinglePicked(inst);
                if (inst.IsInContainer())
                    inst.SetSiblingsSinglePicked()
            }
            let okToRun = true;
            if (trigger.GetParent()) {
                const parents = trigger.GetTriggerParents();
                for (let i = 0, len = parents.length; i < len; ++i)
                    if (!(yield*parents[i].DebugRunPreTrigger(frame))) {
                        okToRun = false;
                        break
                    }
            }
            if (okToRun) {
                runtime.IncrementExecCount();
                if (trigger.IsOrBlock())
                    yield*trigger.DebugRunOrBlockTrigger(frame, index);
                else
                    yield*trigger.DebugRun(frame);
                ret = frame.GetLastEventTrue()
            }
            eventStack.Pop();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            eventSheetManager.PopSol(trigger.GetSolModifiersIncludingParents());
            if (currentEvent)
                eventSheetManager.PopSol(currentEvent.GetSolModifiersIncludingParents());
            if (!currentEvent && triggerDepth === 1 && !eventSheetManager.IsFlushingBlocked())
                runtime.FlushPendingInstances();
            return ret
        }
        _GetPerfRecord() {
            return this._perfRecord
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const EMPTY_ARRAY = [];
    function NoActions(frame, index) {
        return true
    }
    function *DebugNoActions(frame, index) {
        return true
    }
    C3.EventBlock = class EventBlock extends C3.DefendedBase {
        constructor(eventSheet, parent, data) {
            super();
            this._eventSheet = eventSheet;
            this._runtime = eventSheet.GetRuntime();
            this._parent = parent;
            this._scopeParent = null;
            this._eventStack = this._runtime.GetEventSheetManager().GetEventStack();
            this._solModifiers = [];
            this._solModifiersIncludingParents = [];
            this._hasGotSolModifiersIncludingParents = false;
            this._isSolWriterAfterCnds = false;
            this._isTopLevelGroup = false;
            this._hasElseBlock = false;
            this._isOrBlock = !!data[2];
            this._isElseBlock = false;
            this._triggerParents = null;
            this._conditions = [];
            this._actions = [];
            this._subEvents = [];
            this._RunActions = NoActions;
            this._DebugRunActions = DebugNoActions;
            this._isGroup = false;
            this._isInitiallyActive = false;
            this._groupName = "";
            this._isGroupActive = false;
            this._containedIncludes = null;
            this._perfRecord = null;
            this._sid = data[4];
            this._displayNumber = data[5];
            this._eventSheet._RegisterEventByDisplayNumber(this, this._displayNumber);
            this._debugData = this._runtime.IsDebug() ? {
                isBreakpoint: data[3][0],
                isBreakable: data[3][1],
                canRunAllConditionsFast: false,
                canRunAllActionsFast: false,
                canRunAllSubEventsFast: false,
                canRunSelfFast: false
            } : null;
            this.GetEventSheetManager()._RegisterEventBlock(this);
            if (data[0] === 3)
                this._InitGroup(data[1]);
            let index = 0;
            for (const cndData of data[6]) {
                const condition = C3.Condition.Create(this, cndData, index++);
                this._conditions.push(condition);
                this._AddSolModifier(condition.GetObjectClass())
            }
            index = 0;
            for (const actData of data[7]) {
                const action = C3.Action.Create(this, actData, index++);
                this._actions.push(action)
            }
            if (data.length === 9) {
                const subEventsData = data[8];
                for (const eventData of subEventsData)
                    this._eventSheet._CreateEvent(eventData, this, this._subEvents)
            }
            if (this._conditions.length)
                this._isElseBlock = this._conditions[0].GetObjectClass() === null && this._conditions[0]._GetFunc() === C3.Plugins.System.Cnds.Else;
            if (this._conditions.length === 0)
                this._conditions = EMPTY_ARRAY;
            if (this._actions.length === 0)
                this._actions = EMPTY_ARRAY;
            if (this._subEvents.length === 0)
                this._subEvents = EMPTY_ARRAY
        }
        static Create(eventSheet, parent, data) {
            return C3.New(C3.EventBlock, eventSheet, parent, data)
        }
        _InitGroup(groupData) {
            this._isGroup = true;
            this._isInitiallyActive = !!groupData[0];
            this._isGroupActive = this._isInitiallyActive;
            this._groupName = groupData[1].toLowerCase();
            this._containedIncludes = [];
            this.GetEventSheetManager()._RegisterGroup(this);
            if (this._runtime.IsDebug())
                this._perfRecord = {
                    type: "group",
                    name: groupData[1],
                    totalTimeCounter: 0,
                    children: []
                }
        }
        _AddContainedInclude(include) {
            this._containedIncludes.push(include)
        }
        _AddContainerSolModifierToList(objectClass, arr) {
            for (const containerType of objectClass.GetContainer().objectTypes())
                if (!arr.includes(containerType))
                    arr.push(containerType)
        }
        _AddSolModifierToList(objectClass, arr) {
            if (!objectClass)
                return;
            if (!arr.includes(objectClass))
                arr.push(objectClass);
            if (objectClass.IsFamily())
                for (const familyMember of objectClass.GetFamilyMembers()) {
                    if (familyMember.IsInContainer())
                        this._AddContainerSolModifierToList(familyMember, arr)
                }
            else if (objectClass.IsInContainer())
                this._AddContainerSolModifierToList(objectClass, arr)
        }
        _AddSolModifier(objectClass) {
            this._AddSolModifierToList(objectClass, this._solModifiers)
        }
        _AddParentSolModifier(objectClass) {
            this._AddSolModifierToList(objectClass, this._solModifiersIncludingParents)
        }
        SetAllSolModifiers() {
            this._solModifiers = this._runtime.GetAllObjectClasses()
        }
        _PostInit(hasElse) {
            this._hasElseBlock = !!hasElse;
            this._IdentifyTopLevelGroup();
            this._IdentifyTriggerParents();
            for (const c of this._conditions)
                c._PostInit();
            if (this._actions.length > 0) {
                let hasAnyActionWithReturnType = false;
                for (const a of this._actions) {
                    a._PostInit();
                    if (a.HasReturnType())
                        hasAnyActionWithReturnType = true
                }
                if (hasAnyActionWithReturnType) {
                    this._RunActions = this._RunActions_ReturnValue;
                    this._DebugRunActions = this._DebugRunActions_ReturnValue
                } else {
                    this._RunActions = this._RunActions_Fast;
                    this._DebugRunActions = this._DebugRunActions_Fast
                }
            }
            const subEvents = this._subEvents;
            for (let i = 0, len = subEvents.length; i < len; ++i) {
                const hasElseBlock = i < len - 1 && subEvents[i + 1]instanceof C3.EventBlock && subEvents[i + 1].IsElseBlock();
                subEvents[i]._PostInit(hasElseBlock)
            }
            if (this._debugData)
                this._UpdateCanRunFast();
            if (this._perfRecord)
                this._GetPerfRecordParent()._GetPerfRecord().children.push(this._perfRecord)
        }
        _GetPerfRecord() {
            return this._perfRecord
        }
        _GetPerfRecordParent() {
            let p = this.GetParent();
            while (p) {
                if (p.IsGroup())
                    return p;
                p = p.GetParent()
            }
            return this._eventSheet
        }
        _UpdateCanRunFast() {
            const dd = this._debugData;
            dd.canRunAllConditionsFast = this._conditions.every(c=>c.DebugCanRunFast());
            dd.canRunAllActionsFast = this._actions.every(a=>a.DebugCanRunFast());
            dd.canRunAllSubEventsFast = this._subEvents.every(s=>s.DebugCanRunFast());
            dd.canRunSelfFast = dd.canRunAllConditionsFast && dd.canRunAllActionsFast && dd.canRunAllSubEventsFast
        }
        _UpdateCanRunFastRecursive() {
            let e = this;
            do {
                e._UpdateCanRunFast();
                e = e.GetParent()
            } while (e)
        }
        _IdentifyTopLevelGroup() {
            if (!this.IsGroup())
                return;
            let p = this.GetParent();
            this._isTopLevelGroup = true;
            while (p) {
                if (!p.IsGroup()) {
                    this._isTopLevelGroup = false;
                    break
                }
                p = p.GetParent()
            }
        }
        _IdentifySolModifiersIncludingParents() {
            const allObjectClasses = this._runtime.GetAllObjectClasses();
            if (this._solModifiers === allObjectClasses)
                this._solModifiersIncludingParents = allObjectClasses;
            else {
                this._solModifiersIncludingParents = C3.cloneArray(this._solModifiers);
                let p = this.GetParent();
                while (p) {
                    for (const o of p._solModifiers)
                        this._AddParentSolModifier(o);
                    p = p.GetParent()
                }
                const eventSheetManager = this.GetEventSheetManager();
                this._solModifiers = eventSheetManager._DeduplicateSolModifierList(this._solModifiers);
                this._solModifiersIncludingParents = eventSheetManager._DeduplicateSolModifierList(this._solModifiersIncludingParents)
            }
        }
        _IdentifyTriggerParents() {
            if (!this.HasAnyTriggeredCondition())
                return;
            this._triggerParents = [];
            let p = this.GetParent();
            while (p) {
                this._triggerParents.push(p);
                p = p.GetParent()
            }
            this._triggerParents.reverse()
        }
        SetSolWriterAfterCnds() {
            this._isSolWriterAfterCnds = true;
            if (this._parent)
                this._parent.SetSolWriterAfterCnds()
        }
        IsSolWriterAfterCnds() {
            return this._isSolWriterAfterCnds
        }
        GetSolModifiers() {
            return this._solModifiers
        }
        GetSolModifiersIncludingParents() {
            if (!this._hasGotSolModifiersIncludingParents) {
                this._hasGotSolModifiersIncludingParents = true;
                this._IdentifySolModifiersIncludingParents()
            }
            return this._solModifiersIncludingParents
        }
        HasSolModifier(objectClass) {
            return this._solModifiers.includes(objectClass)
        }
        GetTriggerParents() {
            return this._triggerParents
        }
        GetEventSheet() {
            return this._eventSheet
        }
        GetEventSheetManager() {
            return this._eventSheet.GetEventSheetManager()
        }
        GetRuntime() {
            return this._runtime
        }
        GetParent() {
            return this._parent
        }
        _SetScopeParent(p) {
            this._scopeParent = p
        }
        GetScopeParent() {
            return this._scopeParent || this._parent
        }
        GetDisplayNumber() {
            return this._displayNumber
        }
        IsDebugBreakable() {
            return this._debugData && this._debugData.isBreakable
        }
        IsDebugBreakpoint() {
            return this.IsDebugBreakable() && this._debugData.isBreakpoint
        }
        _SetDebugBreakpoint(b) {
            this._debugData.isBreakpoint = !!b;
            this._UpdateCanRunFastRecursive()
        }
        IsGroup() {
            return this._isGroup
        }
        IsTopLevelGroup() {
            return this._isTopLevelGroup
        }
        IsElseBlock() {
            return this._isElseBlock
        }
        HasElseBlock() {
            return this._hasElseBlock
        }
        GetGroupName() {
            return this._groupName
        }
        IsGroupActive() {
            return this._isGroupActive
        }
        ResetInitialActivation() {
            this.SetGroupActive(this._isInitiallyActive)
        }
        SetGroupActive(a) {
            a = !!a;
            if (!this._isGroup)
                throw new Error("not a group");
            if (this._isGroupActive === a)
                return;
            this._isGroupActive = a;
            for (const include of this._containedIncludes)
                include.UpdateActive();
            if (this._containedIncludes.length) {
                const currentLayout = this._runtime.GetCurrentLayout();
                const mainEventSheet = currentLayout.GetEventSheet();
                if (mainEventSheet)
                    mainEventSheet._UpdateDeepIncludes()
            }
        }
        GetSID() {
            return this._sid
        }
        IsOrBlock() {
            return this._isOrBlock
        }
        IsTrigger() {
            return this._conditions.length && this._conditions[0].IsTrigger()
        }
        IsForFunctionBlock() {
            return this._scopeParent && this._scopeParent instanceof C3.FunctionBlock
        }
        HasAnyTriggeredCondition() {
            return this.IsForFunctionBlock() || this._conditions.some(c=>c.IsTrigger())
        }
        GetConditions() {
            return this._conditions
        }
        GetConditionCount() {
            return this._conditions.length
        }
        GetConditionAt(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._conditions.length)
                throw new RangeError("invalid condition index");
            return this._conditions[i]
        }
        GetConditionByDebugIndex(i) {
            return this.GetConditionAt(i)
        }
        IsFirstConditionOfType(cnd) {
            let i = cnd.GetIndex();
            if (i === 0)
                return true;
            --i;
            for (; i >= 0; --i)
                if (this._conditions[i].GetObjectClass() === cnd.GetObjectClass())
                    return false;
            return true
        }
        GetActions() {
            return this._actions
        }
        GetActionCount() {
            return this._actions.length
        }
        GetActionAt(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._actions.length)
                throw new RangeError("invalid action index");
            return this._actions[i]
        }
        GetActionByDebugIndex(i) {
            i = Math.floor(i);
            const ret = this._actions.find(a=>a.GetDebugIndex() === i);
            if (!ret)
                throw new RangeError("invalid action debug index");
            return ret
        }
        _HasActionIndex(i) {
            i = Math.floor(i);
            return i >= 0 && i < this._actions.length
        }
        GetSubEvents() {
            return this._subEvents
        }
        _GetAllLocalVariablesInScope() {
            return this._subEvents.filter(e=>e instanceof C3.EventVariable)
        }
        RunPreTrigger(frame) {
            frame.SetCurrentEvent(this);
            let isAnyTrue = false;
            const conditions = this._conditions;
            for (let i = 0, len = conditions.length; i < len; ++i) {
                const c = conditions[i];
                frame.SetConditionIndex(i);
                if (c.IsLooping())
                    throw new Error("trigger cannot be used as sub-event to a loop");
                if (c.Run())
                    isAnyTrue = true;
                else if (!this._isOrBlock)
                    return false
            }
            return this._isOrBlock ? isAnyTrue : true
        }
        RunOrBlockTrigger(frame, index) {
            frame.SetCurrentEvent(this);
            if (this._conditions[index].Run()) {
                if (this._RunActions(frame, 0))
                    this._RunSubEvents(frame);
                frame.SetLastEventTrue(true)
            }
        }
        *DebugRunPreTrigger(frame) {
            frame.SetCurrentEvent(this);
            let isAnyTrue = false;
            const conditions = this._conditions;
            for (let i = 0, len = conditions.length; i < len; ++i) {
                const c = conditions[i];
                frame.SetConditionIndex(i);
                if (c.IsLooping())
                    throw new Error("trigger cannot be used as sub-event to a loop");
                let ret;
                if (c.DebugCanRunFast())
                    ret = c.Run();
                else
                    ret = yield*c.DebugRun();
                if (ret)
                    isAnyTrue = true;
                else if (!this._isOrBlock)
                    return false
            }
            return this._isOrBlock ? isAnyTrue : true
        }
        *DebugRunOrBlockTrigger(frame, index) {
            frame.SetCurrentEvent(this);
            const c = this._conditions[index];
            let ret;
            if (c.DebugCanRunFast())
                ret = c.Run();
            else
                ret = yield*c.DebugRun();
            if (ret) {
                let actRet;
                if (this.DebugCanRunActionsFast())
                    actRet = this._RunActions(frame, 0);
                else
                    actRet = yield*this._DebugRunActions(frame, 0);
                if (actRet)
                    if (this.DebugCanRunSubEventsFast())
                        this._RunSubEvents();
                    else
                        yield*this._DebugRunSubEvents();
                frame.SetLastEventTrue(true)
            }
        }
        Run(frame) {
            frame.SetCurrentEvent(this);
            if (!this._isElseBlock)
                frame.SetElseBranchRan(false);
            if (this._isOrBlock)
                this._RunOrBlock(frame);
            else
                this._RunAndBlock(frame)
        }
        *DebugRun(frame) {
            if (this.IsDebugBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            frame.SetCurrentEvent(this);
            if (!this._isElseBlock)
                frame.SetElseBranchRan(false);
            if (this._isOrBlock)
                yield*this._DebugRunOrBlock(frame);
            else
                yield*this._DebugRunAndBlock(frame)
        }
        _RunOrBlock(frame) {
            const conditions = this._conditions;
            let isAnyTrue = conditions.length === 0;
            for (let i = 0, len = conditions.length; i < len; ++i) {
                const c = conditions[i];
                if (c.IsTrigger())
                    continue;
                frame.SetConditionIndex(i);
                const result = c.Run();
                isAnyTrue = isAnyTrue || result
            }
            frame.SetLastEventTrue(isAnyTrue);
            if (isAnyTrue) {
                if (this._RunActions(frame, 0))
                    this._RunSubEvents(frame);
                if (this._hasElseBlock)
                    frame.SetElseBranchRan(true)
            }
        }
        *_DebugRunOrBlock(frame) {
            const conditions = this._conditions;
            let isAnyTrue = conditions.length === 0;
            for (let i = 0, len = conditions.length; i < len; ++i) {
                const c = conditions[i];
                if (c.IsTrigger())
                    continue;
                frame.SetConditionIndex(i);
                let ret;
                if (c.DebugCanRunFast())
                    ret = c.Run();
                else
                    ret = yield*c.DebugRun();
                isAnyTrue = isAnyTrue || ret
            }
            frame.SetLastEventTrue(isAnyTrue);
            if (isAnyTrue) {
                let actRet;
                if (this.DebugCanRunActionsFast())
                    actRet = this._RunActions(frame, 0);
                else
                    actRet = yield*this._DebugRunActions(frame, 0);
                if (actRet)
                    if (this.DebugCanRunSubEventsFast())
                        this._RunSubEvents();
                    else
                        yield*this._DebugRunSubEvents();
                if (this._hasElseBlock)
                    frame.SetElseBranchRan(true)
            }
        }
        _RunAndBlock(frame) {
            const conditions = this._conditions;
            for (let i = 0, len = conditions.length; i < len; ++i) {
                const c = conditions[i];
                frame.SetConditionIndex(i);
                const result = c.Run();
                if (!result) {
                    frame.SetLastEventTrue(false);
                    return
                }
            }
            frame.SetLastEventTrue(true);
            if (this._RunActions(frame, 0))
                this._RunSubEvents(frame);
            if (frame.GetLastEventTrue() && this._hasElseBlock)
                frame.SetElseBranchRan(true)
        }
        *_DebugRunAndBlock(frame) {
            const conditions = this._conditions;
            for (let i = 0, len = conditions.length; i < len; ++i) {
                const c = conditions[i];
                frame.SetConditionIndex(i);
                let ret;
                if (c.DebugCanRunFast())
                    ret = c.Run();
                else
                    ret = yield*c.DebugRun();
                if (!ret) {
                    frame.SetLastEventTrue(false);
                    return
                }
            }
            frame.SetLastEventTrue(true);
            let actRet;
            if (this.DebugCanRunActionsFast())
                actRet = this._RunActions(frame, 0);
            else
                actRet = yield*this._DebugRunActions(frame, 0);
            if (actRet)
                if (this.DebugCanRunSubEventsFast())
                    this._RunSubEvents();
                else
                    yield*this._DebugRunSubEvents();
            if (frame.GetLastEventTrue() && this._hasElseBlock)
                frame.SetElseBranchRan(true)
        }
        _RunActions_Fast(frame, startIndex) {
            const actions = this._actions;
            for (let i = startIndex, len = actions.length; i < len; ++i) {
                const a = actions[i];
                frame.SetActionIndex(i);
                a.Run()
            }
            return true
        }
        *_DebugRunActions_Fast(frame, startIndex) {
            const actions = this._actions;
            for (let i = startIndex, len = actions.length; i < len; ++i) {
                const a = actions[i];
                frame.SetActionIndex(i);
                if (a.DebugCanRunFast())
                    a.Run();
                else
                    yield*a.DebugRun()
            }
            return true
        }
        _RunActions_ReturnValue(frame, startIndex) {
            const eventSheetManager = this.GetEventSheetManager();
            const actions = this._actions;
            for (let i = startIndex, len = actions.length; i < len; ++i) {
                const a = actions[i];
                frame.SetActionIndex(i);
                const ret = a.Run();
                if (a.CanBailOut() && ret === true)
                    return false;
                else if (a.IsAsync() && ret instanceof Promise)
                    eventSheetManager.AddAsyncActionPromise(ret)
            }
            return true
        }
        *_DebugRunActions_ReturnValue(frame, startIndex) {
            const eventSheetManager = this.GetEventSheetManager();
            const actions = this._actions;
            for (let i = startIndex, len = actions.length; i < len; ++i) {
                const a = actions[i];
                frame.SetActionIndex(i);
                let ret;
                if (a.DebugCanRunFast())
                    ret = a.Run();
                else
                    ret = yield*a.DebugRun();
                if (a.CanBailOut() && ret === true)
                    return false;
                else if (a.IsAsync() && ret instanceof Promise)
                    eventSheetManager.AddAsyncActionPromise(ret)
            }
            return true
        }
        _ResumeActionsAndSubEvents(frame) {
            if (this._RunActions(frame, frame.GetActionIndex()))
                this._RunSubEvents()
        }
        *_DebugResumeActionsAndSubEvents(frame) {
            if (yield*this._DebugRunActions(frame, frame.GetActionIndex()))
                yield*this._DebugRunSubEvents()
        }
        _RunSubEvents() {
            if (!this._subEvents.length)
                return;
            const profile = this.IsGroup() && this._runtime.IsCPUProfiling();
            const startTime = profile ? performance.now() : 0;
            const eventStack = this._eventStack;
            const frame = eventStack.Push(this);
            if (this._isSolWriterAfterCnds)
                this._RunSubEvents_SolWriterAfterCnds(frame);
            else
                this._RunSubEvents_Fast(frame);
            eventStack.Pop();
            if (profile)
                this._perfRecord.totalTimeCounter += performance.now() - startTime
        }
        _RunSubEvents_SolWriterAfterCnds(frame) {
            const isGroup = this._isGroup;
            const isTopLevelGroup = this._isTopLevelGroup;
            const eventSheetManager = this.GetEventSheetManager();
            const subEvents = this._subEvents;
            for (let i = 0, len = subEvents.length, last = len - 1; i < len; ++i) {
                const e = subEvents[i];
                const solModifiers = e.GetSolModifiers();
                const copySol = !isTopLevelGroup || !isGroup && i < last;
                if (copySol)
                    eventSheetManager.PushCopySol(solModifiers);
                e.Run(frame);
                if (copySol)
                    eventSheetManager.PopSol(solModifiers);
                else
                    eventSheetManager.ClearSol(solModifiers)
            }
        }
        _RunSubEvents_Fast(frame) {
            const subEvents = this._subEvents;
            for (let i = 0, len = subEvents.length; i < len; ++i)
                subEvents[i].Run(frame)
        }
        *_DebugRunSubEvents() {
            if (!this._subEvents.length)
                return;
            const eventStack = this._eventStack;
            const frame = eventStack.Push(this);
            if (this._isSolWriterAfterCnds)
                yield*this._DebugRunSubEvents_SolWriterAfterCnds(frame);
            else
                yield*this._DebugRunSubEvents_Fast(frame);
            eventStack.Pop()
        }
        *_DebugRunSubEvents_SolWriterAfterCnds(frame) {
            const isGroup = this._isGroup;
            const isTopLevelGroup = this._isTopLevelGroup;
            const eventSheetManager = this.GetEventSheetManager();
            const subEvents = this._subEvents;
            for (let i = 0, len = subEvents.length, last = len - 1; i < len; ++i) {
                const e = subEvents[i];
                const solModifiers = e.GetSolModifiers();
                const copySol = !isTopLevelGroup || !isGroup && i < last;
                if (copySol)
                    eventSheetManager.PushCopySol(solModifiers);
                yield*e.DebugRun(frame);
                if (copySol)
                    eventSheetManager.PopSol(solModifiers);
                else
                    eventSheetManager.ClearSol(solModifiers)
            }
        }
        *_DebugRunSubEvents_Fast(frame) {
            const subEvents = this._subEvents;
            for (let i = 0, len = subEvents.length; i < len; ++i)
                yield*subEvents[i].DebugRun(frame)
        }
        Retrigger(oldFrame, newFrame) {
            this._runtime.IncrementExecCount();
            newFrame.ResetQuick();
            const conditions = this._conditions;
            if (!this.IsOrBlock())
                for (let i = oldFrame.GetConditionIndex() + 1, len = conditions.length; i < len; ++i) {
                    const c = conditions[i];
                    newFrame.SetConditionIndex(i);
                    const result = c.Run();
                    if (!result)
                        return false
                }
            if (this._RunActions(newFrame, 0))
                this._RunSubEvents(newFrame);
            return true
        }
        *DebugRetrigger(oldFrame, newFrame) {
            this._runtime.IncrementExecCount();
            newFrame.ResetQuick();
            const conditions = this._conditions;
            if (!this.IsOrBlock())
                for (let i = oldFrame.GetConditionIndex() + 1, len = conditions.length; i < len; ++i) {
                    const c = conditions[i];
                    newFrame.SetConditionIndex(i);
                    let ret;
                    if (c.DebugCanRunFast())
                        ret = c.Run();
                    else
                        ret = yield*c.DebugRun();
                    if (!ret)
                        return false
                }
            let actRet;
            if (this.DebugCanRunActionsFast())
                actRet = this._RunActions(newFrame, 0);
            else
                actRet = yield*this._DebugRunActions(newFrame, 0);
            if (actRet)
                if (this.DebugCanRunSubEventsFast())
                    this._RunSubEvents();
                else
                    yield*this._DebugRunSubEvents();
            return true
        }
        DebugCanRunFast() {
            return !this.IsDebugBreakpoint() && !this._runtime.DebugBreakNext() && this._debugData.canRunSelfFast
        }
        DebugCanRunActionsFast() {
            return !this._runtime.DebugBreakNext() && this._debugData.canRunAllActionsFast
        }
        DebugCanRunSubEventsFast() {
            return !this._runtime.DebugBreakNext() && this._debugData.canRunAllSubEventsFast
        }
        _CheckParentsOKToRun(frame) {
            if (this.GetParent()) {
                const parents = this.GetTriggerParents();
                for (let i = 0, len = parents.length; i < len; ++i)
                    if (!parents[i].RunPreTrigger(frame))
                        return false
            }
            return true
        }
        *_DebugCheckParentsOKToRun(frame) {
            if (this.GetParent()) {
                const parents = this.GetTriggerParents();
                for (let i = 0, len = parents.length; i < len; ++i)
                    if (!(yield*parents[i].DebugRunPreTrigger(frame)))
                        return false
            }
            return true
        }
        _EvaluateFunctionCallParameters(eventSheetManager, parameters, isRecursive) {
            if (parameters.length > 0)
                if (isRecursive) {
                    const paramResults = parameters.map(p=>p.Get(0));
                    eventSheetManager.GetLocalVarStack().Push();
                    this._scopeParent.SetFunctionParameters(paramResults)
                } else
                    this._scopeParent.EvaluateFunctionParameters(parameters);
            else if (isRecursive)
                eventSheetManager.GetLocalVarStack().Push()
        }
        RunAsFunctionCall(combinedSolModifiers, parameters) {
            let ret;
            let asyncId;
            const hasAnySolModifiers = combinedSolModifiers.length > 0;
            const runtime = this._runtime;
            const eventStack = this._eventStack;
            const eventSheetManager = runtime.GetEventSheetManager();
            const triggerDepth = eventSheetManager._IncTriggerDepth();
            const isRecursive = triggerDepth > 1;
            this._EvaluateFunctionCallParameters(eventSheetManager, parameters, isRecursive);
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(combinedSolModifiers);
            const frame = eventStack.Push(this);
            if (this._CheckParentsOKToRun(frame)) {
                runtime.IncrementExecCount();
                frame.SetCurrentEvent(this);
                const isAsync = this._scopeParent.IsAsync();
                if (isAsync)
                    [asyncId,ret] = this._scopeParent.StartAsyncFunctionCall();
                this._RunAndBlock(frame);
                if (isAsync)
                    this._scopeParent.MaybeFinishAsyncFunctionCall(asyncId)
            }
            eventStack.Pop();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(combinedSolModifiers);
            eventSheetManager._DecTriggerDepth();
            return ret
        }
        *DebugRunAsFunctionCall(combinedSolModifiers, parameters) {
            let ret;
            let asyncId;
            if (this.IsDebugBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            const hasAnySolModifiers = combinedSolModifiers.length > 0;
            const runtime = this._runtime;
            const eventStack = this._eventStack;
            const eventSheetManager = runtime.GetEventSheetManager();
            const triggerDepth = eventSheetManager._IncTriggerDepth();
            const isRecursive = triggerDepth > 1;
            this._EvaluateFunctionCallParameters(eventSheetManager, parameters, isRecursive);
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(combinedSolModifiers);
            const frame = eventStack.Push(this);
            if (yield*this._DebugCheckParentsOKToRun(frame)) {
                runtime.IncrementExecCount();
                frame.SetCurrentEvent(this);
                const isAsync = this._scopeParent.IsAsync();
                if (isAsync)
                    [asyncId,ret] = this._scopeParent.StartAsyncFunctionCall();
                yield*this._DebugRunAndBlock(frame);
                if (isAsync)
                    this._scopeParent.MaybeFinishAsyncFunctionCall(asyncId)
            }
            eventStack.Pop();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(combinedSolModifiers);
            eventSheetManager._DecTriggerDepth();
            return ret
        }
        RunAsMappedFunctionCall(paramResults) {
            const solModifiers = this.GetSolModifiersIncludingParents();
            const hasAnySolModifiers = solModifiers.length > 0;
            const runtime = this._runtime;
            const eventStack = this._eventStack;
            const eventSheetManager = runtime.GetEventSheetManager();
            const triggerDepth = eventSheetManager._IncTriggerDepth();
            const isRecursive = triggerDepth > 1;
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Push();
            this._scopeParent.SetFunctionParameters(paramResults);
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(solModifiers);
            const frame = eventStack.Push(this);
            if (this._CheckParentsOKToRun(frame)) {
                runtime.IncrementExecCount();
                frame.SetCurrentEvent(this);
                this._RunAndBlock(frame)
            }
            eventStack.Pop();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(solModifiers);
            eventSheetManager._DecTriggerDepth()
        }
        *DebugRunAsMappedFunctionCall(paramResults) {
            if (this.IsDebugBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            const solModifiers = this.GetSolModifiersIncludingParents();
            const hasAnySolModifiers = solModifiers.length > 0;
            const runtime = this._runtime;
            const eventStack = this._eventStack;
            const eventSheetManager = runtime.GetEventSheetManager();
            const triggerDepth = eventSheetManager._IncTriggerDepth();
            const isRecursive = triggerDepth > 1;
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Push();
            this._scopeParent.SetFunctionParameters(paramResults);
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(solModifiers);
            const frame = eventStack.Push(this);
            if (yield*this._DebugCheckParentsOKToRun(frame)) {
                runtime.IncrementExecCount();
                frame.SetCurrentEvent(this);
                yield*this._DebugRunAndBlock(frame)
            }
            eventStack.Pop();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(solModifiers);
            eventSheetManager._DecTriggerDepth()
        }
        RunAsExpressionFunctionCall(combinedSolModifiers, returnType, defaultReturnValue, ...paramResults) {
            let ret;
            let asyncId;
            const hasAnySolModifiers = combinedSolModifiers.length > 0;
            const runtime = this._runtime;
            const eventStack = this._eventStack;
            const eventSheetManager = runtime.GetEventSheetManager();
            const triggerDepth = eventSheetManager._IncTriggerDepth();
            const isRecursive = triggerDepth > 1;
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Push();
            if (paramResults.length > 0)
                this._scopeParent.SetFunctionParameters(paramResults);
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(combinedSolModifiers);
            const frame = eventStack.Push(this);
            frame.InitCallFunctionExpression(returnType, defaultReturnValue);
            eventStack.PushExpFunc(frame);
            runtime.SetDebuggingEnabled(false);
            if (this._CheckParentsOKToRun(frame)) {
                runtime.IncrementExecCount();
                frame.SetCurrentEvent(this);
                const isAsync = this._scopeParent.IsAsync();
                if (isAsync)
                    [asyncId,ret] = this._scopeParent.StartAsyncFunctionCall();
                this._RunAndBlock(frame);
                if (isAsync)
                    this._scopeParent.MaybeFinishAsyncFunctionCall(asyncId)
            }
            runtime.SetDebuggingEnabled(true);
            eventStack.Pop();
            eventStack.PopExpFunc();
            if (isRecursive)
                eventSheetManager.GetLocalVarStack().Pop();
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(combinedSolModifiers);
            eventSheetManager._DecTriggerDepth();
            return ret || frame.GetFunctionReturnValue()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const EMPTY_SOL_MODIFIERS = [];
    let hadUserScriptException = false;
    C3.EventScript = class EventScript extends C3.DefendedBase {
        constructor(eventSheet, parent, data) {
            super();
            const runtime = eventSheet.GetRuntime();
            const eventSheetManager = eventSheet.GetEventSheetManager();
            this._eventSheet = eventSheet;
            this._eventSheetManager = eventSheetManager;
            this._runtime = eventSheet.GetRuntime();
            this._parent = parent;
            const userMethod = runtime.GetObjectReference(data[1]);
            this._func = userMethod;
            this._displayNumber = data[2];
            this._eventSheet._RegisterEventByDisplayNumber(this, this._displayNumber);
            this._debugData = runtime.IsDebug() ? {
                isBreakpoint: data[3][0],
                isBreakable: data[3][1]
            } : null
        }
        static Create(eventSheet, parent, data) {
            return C3.New(C3.EventScript, eventSheet, parent, data)
        }
        _PostInit() {
            const userMethod = this._func;
            const localVars = this._runtime.GetEventSheetManager()._GetLocalVariablesScriptInterface(this);
            this._func = userMethod.bind(null, this._runtime.GetIRuntime(), localVars)
        }
        GetParent() {
            return this._parent
        }
        GetScopeParent() {
            return this._parent
        }
        GetEventSheet() {
            return this._eventSheet
        }
        GetDisplayNumber() {
            return this._displayNumber
        }
        IsDebugBreakable() {
            return this._debugData && this._debugData.isBreakable
        }
        IsDebugBreakpoint() {
            return this.IsDebugBreakable() && this._debugData.isBreakpoint
        }
        _SetDebugBreakpoint(b) {
            this._debugData.isBreakpoint = !!b
        }
        IsElseBlock() {
            return false
        }
        GetSolModifiers() {
            return EMPTY_SOL_MODIFIERS
        }
        GetSolModifiersIncludingParents() {
            if (this._parent)
                return this._parent.GetSolModifiersIncludingParents();
            else
                return EMPTY_SOL_MODIFIERS
        }
        Run(frame) {
            frame.SetCurrentEvent(this);
            this._eventSheetManager.AddAsyncActionPromise(this._RunUserScript())
        }
        async _RunUserScript() {
            try {
                await this._func()
            } catch (err) {
                console.error(`Unhandled exception running script %c${this.GetEventSheet().GetName()}, event ${this.GetDisplayNumber()}:`, "font-size: 1.2em; font-weight: bold;", err);
                if (self.C3Debugger)
                    self.C3Debugger._SetLastErrorScript(this);
                if (!hadUserScriptException) {
                    console.info(`%cTip:%c run this to highlight in Construct the last script that had an error: %cgoToLastErrorScript()`, "font-weight: bold; text-decoration: underline", "", "font-weight: bold");
                    hadUserScriptException = true
                }
            }
        }
        *DebugRun(frame) {
            frame.SetCurrentEvent(this);
            if (this.IsDebugBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            this.Run(frame)
        }
        DebugCanRunFast() {
            return !this.IsDebugBreakpoint() && !this._runtime.DebugBreakNext()
        }
        static HadUserScriptException() {
            return hadUserScriptException
        }
        static SetHadUserScriptException() {
            hadUserScriptException = true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    C3.FunctionBlock = class FunctionBlock extends C3.DefendedBase {
        constructor(eventSheet, parent, data) {
            super();
            this._eventSheet = eventSheet;
            this._runtime = eventSheet.GetRuntime();
            this._parent = parent;
            const funcData = data[1];
            this._functionName = funcData[0];
            this._returnType = funcData[1];
            this._functionParameters = funcData[2].map(paramData=>C3.EventVariable.Create(eventSheet, this, paramData));
            this._isEnabled = funcData[3];
            this._isAsync = funcData[4];
            this._nextAsyncId = 0;
            this._currentAsyncId = -1;
            this._asyncMap = new Map;
            this._eventBlock = C3.EventBlock.Create(eventSheet, parent, data);
            this._eventBlock._SetScopeParent(this)
        }
        static Create(eventSheet, parent, data) {
            return C3.New(C3.FunctionBlock, eventSheet, parent, data)
        }
        _PostInit() {
            for (const fp of this._functionParameters)
                fp._PostInit();
            this._eventBlock._PostInit(false)
        }
        _GetAllLocalVariablesInScope() {
            return this._functionParameters
        }
        GetFunctionParameters() {
            return this._functionParameters
        }
        GetFunctionParameterCount() {
            return this._functionParameters.length
        }
        EvaluateFunctionParameters(parameters) {
            const functionParameters = this._functionParameters;
            for (let i = 0, len = functionParameters.length; i < len; ++i)
                functionParameters[i].SetValue(parameters[i].Get(0))
        }
        SetFunctionParameters(paramResults) {
            const functionParameters = this._functionParameters;
            for (let i = 0, len = functionParameters.length; i < len; ++i)
                functionParameters[i].SetValue(paramResults[i])
        }
        CaptureFunctionParameters() {
            return this._functionParameters.map(p=>p.GetValue())
        }
        GetParent() {
            return this._parent
        }
        GetScopeParent() {
            return this._parent
        }
        GetFunctionName() {
            return this._functionName
        }
        GetReturnType() {
            return this._returnType
        }
        IsEnabled() {
            return this._isEnabled
        }
        GetDefaultReturnValue() {
            switch (this._returnType) {
            case 0:
                return null;
            case 2:
                return "";
            default:
                return 0
            }
        }
        GetEventBlock() {
            return this._eventBlock
        }
        IsAsync() {
            return this._isAsync
        }
        StartAsyncFunctionCall() {
            const asyncId = this._nextAsyncId++;
            this._currentAsyncId = asyncId;
            let resolve;
            const promise = new Promise(r=>resolve = r);
            this._asyncMap.set(asyncId, {
                resolve,
                pauseCount: 0
            });
            return [asyncId, promise]
        }
        MaybeFinishAsyncFunctionCall(asyncId) {
            const info = this._asyncMap.get(asyncId);
            if (info.pauseCount === 0) {
                info.resolve();
                this._asyncMap.delete(asyncId)
            }
            this._currentAsyncId = -1
        }
        PauseCurrentAsyncFunction() {
            const info = this._asyncMap.get(this._currentAsyncId);
            info.pauseCount++;
            return this._currentAsyncId
        }
        ResumeAsyncFunction(asyncId) {
            this._currentAsyncId = asyncId;
            const info = this._asyncMap.get(asyncId);
            info.pauseCount--
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const EMPTY_SOL_MODIFIERS = [];
    C3.EventVariable = class EventVariable extends C3.DefendedBase {
        constructor(eventSheet, parent, data) {
            super();
            const eventSheetManager = eventSheet.GetEventSheetManager();
            this._eventSheet = eventSheet;
            this._eventSheetManager = eventSheetManager;
            this._runtime = eventSheet.GetRuntime();
            this._parent = parent;
            this._localVarStack = eventSheetManager.GetLocalVarStack();
            this._name = data[1];
            this._type = data[2];
            this._initialValue = data[3];
            this._isStatic = !!data[4];
            this._isConstant = !!data[5];
            this._isFunctionParameter = parent instanceof C3.FunctionBlock;
            this._sid = data[6];
            this._jsPropName = this._runtime.GetJsPropName(data[8]);
            this._scriptSetter = v=>this.SetValue(v);
            this._scriptGetter = ()=>this.GetValue();
            this._hasSingleValue = !this._parent || this._isStatic || this._isConstant;
            this._value = this._initialValue;
            this._localIndex = -1;
            if (this.IsBoolean())
                this._value = this._value ? 1 : 0;
            if (this.IsLocal() && !this.IsStatic() && !this.IsConstant())
                this._localIndex = eventSheetManager._GetNextLocalVarIndex(this);
            eventSheetManager._RegisterEventVariable(this)
        }
        static Create(eventSheet, parent, data) {
            return C3.New(C3.EventVariable, eventSheet, parent, data)
        }
        _PostInit() {}
        GetName() {
            return this._name
        }
        GetJsPropName() {
            return this._jsPropName
        }
        GetParent() {
            return this._parent
        }
        IsGlobal() {
            return !this.GetParent()
        }
        IsLocal() {
            return !this.IsGlobal()
        }
        IsFunctionParameter() {
            return this._isFunctionParameter
        }
        IsStatic() {
            return this._isStatic
        }
        IsConstant() {
            return this._isConstant
        }
        IsNumber() {
            return this._type === 0
        }
        IsString() {
            return this._type === 1
        }
        IsBoolean() {
            return this._type === 2
        }
        IsElseBlock() {
            return false
        }
        GetSID() {
            return this._sid
        }
        GetInitialValue() {
            return this._initialValue
        }
        GetSolModifiers() {
            return EMPTY_SOL_MODIFIERS
        }
        Run(frame) {
            if (this.IsLocal() && !this.IsStatic() && !this.IsConstant())
                this.SetValue(this.GetInitialValue())
        }
        DebugCanRunFast() {
            return true
        }
        *DebugRun(frame) {
            this.Run(frame)
        }
        SetValue(v) {
            if (this.IsNumber()) {
                if (typeof v !== "number")
                    v = parseFloat(v)
            } else if (this.IsString()) {
                if (typeof v !== "string")
                    v = v.toString()
            } else if (this.IsBoolean())
                v = v ? 1 : 0;
            if (this._hasSingleValue)
                this._value = v;
            else
                this._localVarStack.GetCurrent()[this._localIndex] = v
        }
        GetValue() {
            return this._hasSingleValue ? this._value : this._localVarStack.GetCurrent()[this._localIndex]
        }
        GetTypedValue() {
            let ret = this.GetValue();
            if (this.IsBoolean())
                ret = !!ret;
            return ret
        }
        ResetToInitialValue() {
            this._value = this._initialValue
        }
        _GetScriptInterfaceDescriptor() {
            return {
                configurable: false,
                enumerable: true,
                get: this._scriptGetter,
                set: this._scriptSetter
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    const EMPTY_SOL_MODIFIERS = [];
    C3.EventInclude = class EventInclude extends C3.DefendedBase {
        constructor(eventSheet, parent, data) {
            super();
            const eventSheetManager = eventSheet.GetEventSheetManager();
            this._eventSheet = eventSheet;
            this._eventSheetManager = eventSheetManager;
            this._runtime = eventSheet.GetRuntime();
            this._parent = parent;
            this._includeSheet = null;
            this._includeSheetName = data[1];
            this._isActive = true
        }
        static Create(eventSheet, parent, data) {
            return C3.New(C3.EventInclude, eventSheet, parent, data)
        }
        _PostInit() {
            this._includeSheet = this._eventSheetManager.GetEventSheetByName(this._includeSheetName);
            this._eventSheet._AddShallowInclude(this);
            let p = this.GetParent();
            while (p) {
                if (p instanceof C3.EventBlock && p.IsGroup())
                    p._AddContainedInclude(this);
                p = p.GetParent()
            }
            this.UpdateActive();
            if (this._runtime.IsDebug())
                this._eventSheet._GetPerfRecord().children.push(this._includeSheet._GetPerfRecord())
        }
        GetParent() {
            return this._parent
        }
        GetSolModifiers() {
            return EMPTY_SOL_MODIFIERS
        }
        GetIncludeSheet() {
            return this._includeSheet
        }
        Run(frame) {
            const pushSol = !!this.GetParent();
            const allObjectClasses = this._runtime.GetAllObjectClasses();
            if (pushSol)
                this._eventSheetManager.PushCleanSol(allObjectClasses);
            this._includeSheet.Run();
            if (pushSol)
                this._eventSheetManager.PopSol(allObjectClasses)
        }
        *DebugRun(frame) {
            const pushSol = !!this.GetParent();
            const allObjectClasses = this._runtime.GetAllObjectClasses();
            if (pushSol)
                this._eventSheetManager.PushCleanSol(allObjectClasses);
            yield*this._includeSheet.DebugRun();
            if (pushSol)
                this._eventSheetManager.PopSol(allObjectClasses)
        }
        DebugCanRunFast() {
            return false
        }
        IsActive() {
            return this._isActive
        }
        UpdateActive() {
            let p = this.GetParent();
            while (p) {
                if (p instanceof C3.EventBlock && p.IsGroup() && !p.IsGroupActive()) {
                    this._isActive = false;
                    return
                }
                p = p.GetParent()
            }
            this._isActive = true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    C3.ExpNode = class ExpNode extends C3.DefendedBase {
        constructor(owner) {
            super();
            this._owner = owner;
            this._runtime = owner.GetRuntime()
        }
        _PostInit() {}
        static CreateNode(owner, data) {
            const type = data[0];
            const Classes = [BehaviorExpressionNode, ObjectExpressionNode, InstVarExpressionNode, EventVarExpNode, SystemExpressionExpNode, CallFunctionExpressionExpNode];
            return C3.New(Classes[type], owner, data)
        }
    }
    ;
    class SystemExpressionExpNode extends C3.ExpNode {
        constructor(owner, data) {
            super(owner);
            this._systemPlugin = this._runtime.GetSystemPlugin();
            this._func = this._runtime.GetObjectReference(data[1]);
            if (this._func === C3.Plugins.System.Exps.random || this._func === C3.Plugins.System.Exps.choose)
                this._owner.SetVariesPerInstance()
        }
        GetBoundMethod() {
            return this._systemPlugin._GetBoundACEMethod(this._func, this._systemPlugin)
        }
    }
    class CallFunctionExpressionExpNode extends C3.ExpNode {
        constructor(owner, data) {
            super(owner);
            this._functionBlock = null;
            this._functionName = data[1];
            this._owner.SetVariesPerInstance()
        }
        _PostInit() {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            this._functionBlock = eventSheetManager.GetFunctionBlockByName(this._functionName);
            this._functionName = null;
            const myEventBlock = this._owner.GetEventBlock();
            const callEventBlock = this._functionBlock.GetEventBlock();
            this._combinedSolModifiers = [...new Set([...myEventBlock.GetSolModifiersIncludingParents(), ...callEventBlock.GetSolModifiersIncludingParents()])];
            this._combinedSolModifiers = eventSheetManager._DeduplicateSolModifierList(this._combinedSolModifiers)
        }
        GetBoundMethod() {
            const functionBlock = this._functionBlock;
            if (functionBlock.IsEnabled()) {
                const callEventBlock = functionBlock.GetEventBlock();
                return C3.EventBlock.prototype.RunAsExpressionFunctionCall.bind(callEventBlock, this._combinedSolModifiers, functionBlock.GetReturnType(), functionBlock.GetDefaultReturnValue())
            } else {
                const defaultReturnValue = functionBlock.GetDefaultReturnValue();
                return ()=>defaultReturnValue
            }
        }
    }
    function WrapIndex(index, len) {
        if (index >= len)
            return index % len;
        else if (index < 0) {
            if (index <= -len)
                index %= len;
            if (index < 0)
                index += len;
            return index
        } else
            return index
    }
    class ObjectExpressionNode extends C3.ExpNode {
        constructor(owner, data) {
            super(owner);
            this._objectClass = this._runtime.GetObjectClassByIndex(data[1]);
            this._func = this._runtime.GetObjectReference(data[2]);
            this._returnsString = !!data[3];
            this._eventStack = this._runtime.GetEventSheetManager().GetEventStack();
            this._owner._MaybeVaryFor(this._objectClass)
        }
        GetBoundMethod() {
            return this._objectClass.GetPlugin()._GetBoundACEMethod(this._func, this._objectClass.GetSingleGlobalInstance().GetSdkInstance())
        }
        ExpObject(...args) {
            const objectClass = this._objectClass;
            const instances = objectClass.GetCurrentSol().GetExpressionInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(this._owner.GetSolIndex(), len);
            this._eventStack.GetCurrentStackFrame().SetExpressionObjectClass(objectClass);
            return this._func.apply(instances[index].GetSdkInstance(), args)
        }
        ExpObject_InstExpr(instIndex, ...args) {
            const objectClass = this._objectClass;
            const instances = objectClass.GetInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(instIndex, len);
            this._eventStack.GetCurrentStackFrame().SetExpressionObjectClass(objectClass);
            return this._func.apply(instances[index].GetSdkInstance(), args)
        }
    }
    class InstVarExpressionNode extends C3.ExpNode {
        constructor(owner, data) {
            super(owner);
            this._objectClass = this._runtime.GetObjectClassByIndex(data[1]);
            this._varIndex = data[3];
            this._returnsString = !!data[2];
            this._owner._MaybeVaryFor(this._objectClass)
        }
        ExpInstVar() {
            const instances = this._objectClass.GetCurrentSol().GetExpressionInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(this._owner.GetSolIndex(), len);
            return instances[index]._GetInstanceVariableValueUnchecked(this._varIndex)
        }
        ExpInstVar_Family() {
            const objectClass = this._objectClass;
            const instances = objectClass.GetCurrentSol().GetExpressionInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(this._owner.GetSolIndex(), len);
            const inst = instances[index];
            const offset = inst.GetObjectClass().GetFamilyInstanceVariableOffset(objectClass.GetFamilyIndex());
            return inst._GetInstanceVariableValueUnchecked(this._varIndex + offset)
        }
        ExpInstVar_InstExpr(instIndex) {
            const objectClass = this._objectClass;
            const instances = objectClass.GetInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(instIndex, len);
            const inst = instances[index];
            let offset = 0;
            if (objectClass.IsFamily())
                offset = inst.GetObjectClass().GetFamilyInstanceVariableOffset(objectClass.GetFamilyIndex());
            return inst._GetInstanceVariableValueUnchecked(this._varIndex + offset)
        }
    }
    class BehaviorExpressionNode extends C3.ExpNode {
        constructor(owner, data) {
            super(owner);
            this._objectClass = this._runtime.GetObjectClassByIndex(data[1]);
            this._behaviorType = this._objectClass.GetBehaviorTypeByName(data[2]);
            this._behaviorIndex = this._objectClass.GetBehaviorIndexByName(data[2]);
            this._func = this._runtime.GetObjectReference(data[3]);
            this._returnsString = !!data[4];
            this._eventStack = this._runtime.GetEventSheetManager().GetEventStack();
            this._owner._MaybeVaryFor(this._objectClass)
        }
        ExpBehavior(...args) {
            const objectClass = this._objectClass;
            const instances = objectClass.GetCurrentSol().GetExpressionInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(this._owner.GetSolIndex(), len);
            this._eventStack.GetCurrentStackFrame().SetExpressionObjectClass(objectClass);
            const inst = instances[index];
            let offset = 0;
            if (objectClass.IsFamily())
                offset = inst.GetObjectClass().GetFamilyBehaviorOffset(objectClass.GetFamilyIndex());
            return this._func.apply(inst.GetBehaviorInstances()[this._behaviorIndex + offset].GetSdkInstance(), args)
        }
        ExpBehavior_InstExpr(instIndex, ...args) {
            const objectClass = this._objectClass;
            const instances = objectClass.GetInstances();
            const len = instances.length;
            if (len === 0)
                return this._returnsString ? "" : 0;
            const index = WrapIndex(instIndex, len);
            this._eventStack.GetCurrentStackFrame().SetExpressionObjectClass(objectClass);
            const inst = instances[index];
            let offset = 0;
            if (objectClass.IsFamily())
                offset = inst.GetObjectClass().GetFamilyBehaviorOffset(objectClass.GetFamilyIndex());
            return this._func.apply(inst.GetBehaviorInstances()[this._behaviorIndex + offset].GetSdkInstance(), args)
        }
    }
    class EventVarExpNode extends C3.ExpNode {
        constructor(owner, data) {
            super(owner);
            this._eventVar = null;
            this._eventVarSid = data[1]
        }
        _PostInit() {
            this._eventVar = this._runtime.GetEventSheetManager().GetEventVariableBySID(this._eventVarSid)
        }
        GetVar() {
            return this._eventVar
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    C3.Parameter = class Parameter extends C3.DefendedBase {
        constructor(owner, type, index) {
            super();
            this._owner = owner;
            this._index = index;
            this._type = type;
            this.Get = null;
            this._variesPerInstance = false;
            this._isConstant = false
        }
        static Create(owner, data, index) {
            const type = data[0];
            const Classes = [ExpressionParameter, StringExpressionParameter, FileParameter, ComboParameter, ObjectParameter, LayerExpressionParameter, LayoutParameter, ExpressionParameter, ComboParameter, ComboParameter, InstVarParameter, EventVarParameter, FileParameter, VariadicParameter, StringExpressionParameter, TimelineParameter, BooleanParameter, FunctionParameter, EaseParameter];
            return C3.New(Classes[type], owner, type, index, data)
        }
        _PostInit() {}
        SetVariesPerInstance() {
            this._variesPerInstance = true
        }
        _MaybeVaryFor(objectClass) {
            if (this._variesPerInstance)
                return;
            if (!objectClass)
                return;
            if (!objectClass.GetPlugin().IsSingleGlobal())
                this._variesPerInstance = true
        }
        VariesPerInstance() {
            return this._variesPerInstance
        }
        GetIndex() {
            return this._index
        }
        GetRuntime() {
            return this._owner.GetRuntime()
        }
        GetEventBlock() {
            return this._owner.GetEventBlock()
        }
        IsConstant() {
            return this._isConstant
        }
    }
    ;
    function GetExpressionFunc(number) {
        const ret = self.C3_ExpressionFuncs[number];
        if (!ret)
            throw new Error("invalid expression number");
        return ret
    }
    class ExpressionParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._solIndex = 0;
            const expData = data[1];
            this._expressionNumber = expData[0];
            this._numberedNodes = [];
            this._expressionFunc = null;
            for (let i = 1, len = expData.length; i < len; ++i)
                this._numberedNodes.push(C3.ExpNode.CreateNode(this, expData[i]));
            if (this._numberedNodes.length)
                this.Get = this.GetExpression;
            else {
                this.Get = GetExpressionFunc(this._expressionNumber);
                this._isConstant = true
            }
        }
        _GetNode(i) {
            if (i < 0 || i >= this._numberedNodes.length)
                throw new RangeError("invalid numbered node");
            return this._numberedNodes[i]
        }
        _PostInit() {
            for (const node of this._numberedNodes)
                node._PostInit();
            const func = GetExpressionFunc(this._expressionNumber);
            if (this._numberedNodes.length)
                this._expressionFunc = func(this);
            else
                this._expressionFunc = func
        }
        GetSolIndex() {
            return this._solIndex
        }
        GetExpression(solIndex) {
            this._solIndex = solIndex;
            return this._expressionFunc()
        }
    }
    class StringExpressionParameter extends ExpressionParameter {
        constructor(owner, type, index, data) {
            super(owner, type, index, data);
            this.Get = this.GetStringExpression;
            if (type === 14) {
                this.GetEventBlock().SetAllSolModifiers();
                if (this._owner instanceof C3.Action)
                    this.GetEventBlock().SetSolWriterAfterCnds()
            }
        }
        GetStringExpression(solIndex) {
            this._solIndex = solIndex;
            const ret = this._expressionFunc();
            if (typeof ret === "string")
                return ret;
            else
                return ""
        }
        _GetFastTriggerValue() {
            return GetExpressionFunc(this._expressionNumber)()
        }
    }
    class LayerExpressionParameter extends ExpressionParameter {
        constructor(owner, type, index, data) {
            super(owner, type, index, data);
            this.Get = this.GetLayer;
            this._isConstant = false
        }
        GetLayer(solIndex) {
            this._solIndex = solIndex;
            const ret = this._expressionFunc();
            const layout = this.GetRuntime().GetCurrentLayout();
            return layout.GetLayer(ret)
        }
    }
    class ComboParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._combo = data[1];
            this.Get = this.GetCombo;
            this._isConstant = true
        }
        GetCombo() {
            return this._combo
        }
    }
    class BooleanParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._bool = data[1];
            this.Get = this.GetBoolean;
            this._isConstant = true
        }
        GetBoolean() {
            return this._bool
        }
    }
    class ObjectParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._objectClass = this.GetRuntime().GetObjectClassByIndex(data[1]);
            this.Get = this.GetObjectClass;
            const eventBlock = this.GetEventBlock();
            eventBlock._AddSolModifier(this._objectClass);
            if (this._owner instanceof C3.Action)
                eventBlock.SetSolWriterAfterCnds();
            else if (eventBlock.GetParent())
                eventBlock.GetParent().SetSolWriterAfterCnds();
            this._isConstant = true
        }
        GetObjectClass() {
            return this._objectClass
        }
    }
    class LayoutParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._layout = this.GetRuntime().GetLayoutManager().GetLayoutByName(data[1]);
            this.Get = this.GetLayout;
            this._isConstant = true
        }
        GetLayout() {
            return this._layout
        }
    }
    class TimelineParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._timeline = this.GetRuntime().GetTimelineManager().GetTimelineByName(data[1]);
            this.Get = this.GetTimeline;
            this._isConstant = true
        }
        GetTimeline() {
            return this._timeline
        }
    }
    class FileParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._fileInfo = data[1];
            this.Get = this.GetFile;
            this._isConstant = true
        }
        GetFile() {
            return this._fileInfo
        }
    }
    class InstVarParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._instVarIndex = data[1];
            const ownerObjectClass = this._owner.GetObjectClass();
            if (ownerObjectClass && ownerObjectClass.IsFamily()) {
                this.Get = this.GetFamilyInstanceVariable;
                this.SetVariesPerInstance()
            } else {
                this.Get = this.GetInstanceVariable;
                this._isConstant = true
            }
        }
        GetInstanceVariable() {
            return this._instVarIndex
        }
        GetFamilyInstanceVariable(solIndex) {
            solIndex = solIndex || 0;
            const familyType = this._owner.GetObjectClass();
            const sol = familyType.GetCurrentSol();
            const instances = sol.GetInstances();
            let realType = null;
            if (instances.length)
                realType = instances[solIndex % instances.length].GetObjectClass();
            else if (sol.HasAnyElseInstances()) {
                const elseInstances = sol.GetElseInstances();
                realType = elseInstances[solIndex % elseInstances.length].GetObjectClass()
            } else if (familyType.GetInstanceCount() > 0) {
                const familyInstances = familyType.GetInstances();
                realType = familyInstances[solIndex % familyInstances.length].GetObjectClass()
            } else
                return 0;
            return this._instVarIndex + realType.GetFamilyInstanceVariableOffset(familyType.GetFamilyIndex())
        }
    }
    class EventVarParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._eventVarSid = data[1];
            this._eventVar = null;
            this.Get = this.GetEventVariable;
            this._isConstant = true
        }
        _PostInit() {
            this._eventVar = this.GetRuntime().GetEventSheetManager().GetEventVariableBySID(this._eventVarSid)
        }
        GetEventVariable() {
            return this._eventVar
        }
    }
    class FunctionParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._functionBlockName = data[1];
            this._functionBlock = null;
            this.Get = this.GetFunction;
            this._isConstant = true
        }
        _PostInit() {
            this._functionBlock = this.GetRuntime().GetEventSheetManager().GetFunctionBlockByName(this._functionBlockName);
            this._functionBlockName = null
        }
        GetFunction() {
            return this._functionBlock
        }
    }
    class VariadicParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._subParams = [];
            this._variadicRet = [];
            this._isConstant = true;
            for (let i = 1, len = data.length; i < len; ++i) {
                const subParam = C3.Parameter.Create(this._owner, data[i], 0);
                this._subParams.push(subParam);
                this._variadicRet.push(0);
                if (!subParam.IsConstant())
                    this._isConstant = false
            }
            this.Get = this.GetVariadic
        }
        _PostInit() {
            for (const subParam of this._subParams)
                subParam._PostInit()
        }
        GetVariadic() {
            const subParams = this._subParams;
            const variadicRet = this._variadicRet;
            for (let i = 0, len = subParams.length; i < len; ++i)
                variadicRet[i] = subParams[i].Get(0);
            return variadicRet
        }
    }
    class EaseParameter extends C3.Parameter {
        constructor(owner, type, index, data) {
            super(owner, type, index);
            this._easeIndex = data[1];
            this.Get = this.GetEase;
            this._isConstant = true
        }
        GetEase() {
            return this._easeIndex
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    function EvalParams(parameters, results) {
        for (let i = 0, len = parameters.length; i < len; ++i)
            results[i] = parameters[i].Get(0)
    }
    const EMPTY_PARAMS_ARRAY = [];
    const noop = function() {};
    C3.Condition = class Condition extends C3.DefendedBase {
        constructor(eventBlock, data, index) {
            super();
            this._eventBlock = eventBlock;
            this._runtime = eventBlock.GetRuntime();
            this._index = index;
            this._func = this._runtime.GetObjectReference(data[1]);
            this._isTrigger = data[3] > 0;
            this._isFastTrigger = data[3] === 2;
            this._isLooping = !!data[4];
            this._isInverted = !!data[5];
            this._isStatic = !!data[6];
            this._sid = data[7];
            this._isInOrBlock = this._eventBlock.IsOrBlock();
            this._objectClass = null;
            this._behaviorType = null;
            this._behaviorIndex = -1;
            this._systemPlugin = null;
            this.Run = noop;
            this.DebugRun = noop;
            this._parameters = [];
            this._results = [];
            this._anyParamVariesPerInstance = false;
            this._savedData = null;
            this._unsavedData = null;
            this._debugData = this._runtime.IsDebug() ? {
                isBreakpoint: data[8][0],
                canDebug: data[8][1]
            } : null;
            if (data[0] === -1)
                this._systemPlugin = this._runtime.GetSystemPlugin();
            else {
                this._objectClass = this._runtime.GetObjectClassByIndex(data[0]);
                if (data[2]) {
                    this._behaviorType = this._objectClass.GetBehaviorTypeByName(data[2]);
                    this._behaviorIndex = this._objectClass.GetBehaviorIndexByName(data[2])
                }
                if (this._eventBlock.GetParent())
                    this._eventBlock.GetParent().SetSolWriterAfterCnds()
            }
            if (data.length === 10) {
                let paramData = data[9];
                for (let data of paramData) {
                    this._parameters.push(C3.Parameter.Create(this, data, this._parameters.length));
                    this._results.push(0)
                }
            }
            if (this._parameters.length === 0) {
                this._parameters = EMPTY_PARAMS_ARRAY;
                this._results = EMPTY_PARAMS_ARRAY
            }
            this._eventBlock.GetEventSheetManager()._RegisterCondition(this)
        }
        static Create(eventBlock, data, index) {
            return C3.New(C3.Condition, eventBlock, data, index)
        }
        _PostInit() {
            for (const param of this._parameters) {
                param._PostInit();
                if (param.VariesPerInstance())
                    this._anyParamVariesPerInstance = true
            }
            if (this._isFastTrigger) {
                this.Run = this._RunFastTrigger;
                this.DebugRun = this._DebugRunFastTrigger
            } else if (this._systemPlugin) {
                this._SetSystemRunMethod();
                this.DebugRun = this._DebugRunSystem
            } else if (this._objectClass.GetPlugin().IsSingleGlobal()) {
                this._SetSingleGlobalRunMethod();
                this.DebugRun = this._DebugRunSingleGlobal
            } else if (this._isStatic) {
                this.Run = this._RunStatic;
                this.DebugRun = this._DebugRunStatic
            } else {
                this.Run = this._RunObject;
                this.DebugRun = this._DebugRunObject
            }
        }
        _SetSystemRunMethod() {
            const plugin = this._systemPlugin;
            const bindThis = this._systemPlugin;
            this._SetRunMethodForBoundFunc(plugin, bindThis, this._RunSystem)
        }
        _SetSingleGlobalRunMethod() {
            const plugin = this._objectClass.GetPlugin();
            const bindThis = this._objectClass.GetSingleGlobalInstance().GetSdkInstance();
            this._SetRunMethodForBoundFunc(plugin, bindThis, this._RunSingleGlobal)
        }
        _SetRunMethodForBoundFunc(plugin, bindThis, fallbackMethod) {
            const func = this._func;
            const isInverted = this._isInverted;
            const parameters = this._parameters;
            if (parameters.length === 0) {
                const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                if (isInverted)
                    this.Run = function RunSingleCnd_0param() {
                        return C3.xor(boundFunc(), isInverted)
                    }
                    ;
                else
                    this.Run = boundFunc
            } else if (parameters.length === 1) {
                const param0 = parameters[0];
                if (!isInverted && param0.IsConstant())
                    this.Run = plugin._GetBoundACEMethod_1param(func, bindThis, param0.Get(0));
                else {
                    const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                    this.Run = function RunSingleCnd_1param() {
                        return C3.xor(boundFunc(param0.Get(0)), isInverted)
                    }
                }
            } else if (parameters.length === 2) {
                const param0 = parameters[0];
                const param1 = parameters[1];
                if (!isInverted && param0.IsConstant() && param1.IsConstant())
                    this.Run = plugin._GetBoundACEMethod_2params(func, bindThis, param0.Get(0), param1.Get(0));
                else {
                    const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                    this.Run = function RunSingleCnd_2params() {
                        return C3.xor(boundFunc(param0.Get(0), param1.Get(0)), isInverted)
                    }
                }
            } else if (parameters.length === 3) {
                const param0 = parameters[0];
                const param1 = parameters[1];
                const param2 = parameters[2];
                if (!isInverted && param0.IsConstant() && param1.IsConstant() && param2.IsConstant())
                    this.Run = plugin._GetBoundACEMethod_3params(func, bindThis, param0.Get(0), param1.Get(0), param2.Get(0));
                else {
                    const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                    this.Run = function RunSingleCnd_3params() {
                        return C3.xor(boundFunc(param0.Get(0), param1.Get(0), param2.Get(0)), isInverted)
                    }
                }
            } else
                this.Run = fallbackMethod
        }
        GetSID() {
            return this._sid
        }
        _GetFunc() {
            return this._func
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetBehaviorType() {
            return this._behaviorType
        }
        GetEventBlock() {
            return this._eventBlock
        }
        GetRuntime() {
            return this._runtime
        }
        GetIndex() {
            return this._index
        }
        GetDebugIndex() {
            return this.GetIndex()
        }
        IsTrigger() {
            return this._isTrigger
        }
        IsFastTrigger() {
            return this._isFastTrigger
        }
        IsInverted() {
            return this._isInverted
        }
        IsLooping() {
            return this._isLooping
        }
        IsBreakpoint() {
            return this._debugData.isBreakpoint
        }
        _SetBreakpoint(b) {
            this._debugData.isBreakpoint = !!b;
            this._eventBlock._UpdateCanRunFastRecursive()
        }
        _DebugReturnsGenerator() {
            return this._debugData.canDebug
        }
        DebugCanRunFast() {
            return !this.IsBreakpoint() && !this._runtime.DebugBreakNext() && !this._DebugReturnsGenerator()
        }
        GetSavedDataMap() {
            if (!this._savedData)
                this._savedData = new Map;
            return this._savedData
        }
        GetUnsavedDataMap() {
            if (!this._unsavedData)
                this._unsavedData = new Map;
            return this._unsavedData
        }
        _RunSystem() {
            const results = this._results;
            EvalParams(this._parameters, results);
            return C3.xor(this._func.apply(this._systemPlugin, results), this._isInverted)
        }
        *_DebugRunSystem() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                EvalParams(this._parameters, results);
                let ret = this._func.apply(this._systemPlugin, results);
                if (C3.IsIterator(ret))
                    ret = yield*ret;
                return C3.xor(ret, this._isInverted)
            } else
                return this.Run()
        }
        _RunSingleGlobal() {
            const results = this._results;
            EvalParams(this._parameters, results);
            const inst = this._objectClass.GetSingleGlobalInstance().GetSdkInstance();
            return C3.xor(this._func.apply(inst, results), this._isInverted)
        }
        *_DebugRunSingleGlobal() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                EvalParams(this._parameters, results);
                const inst = this._objectClass.GetSingleGlobalInstance().GetSdkInstance();
                let ret = this._func.apply(inst, results);
                if (C3.IsIterator(ret))
                    ret = yield*ret;
                return C3.xor(ret, this._isInverted)
            } else
                return this.Run()
        }
        _RunFastTrigger() {
            return true
        }
        *_DebugRunFastTrigger() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            return true
        }
        _RunStatic() {
            const results = this._results;
            EvalParams(this._parameters, results);
            const ret = this._func.apply(this._behaviorType || this._objectClass, results);
            this._objectClass.ApplySolToContainer();
            return ret
        }
        *_DebugRunStatic() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                EvalParams(this._parameters, results);
                let ret = this._func.apply(this._behaviorType || this._objectClass, results);
                if (C3.IsIterator(ret))
                    ret = yield*ret;
                this._objectClass.ApplySolToContainer();
                return ret
            } else
                return this.Run()
        }
        _RunObject() {
            const parameters = this._parameters;
            const results = this._results;
            const sol = this._objectClass.GetCurrentSol();
            for (let i = 0, len = parameters.length; i < len; ++i) {
                const p = parameters[i];
                if (!p.VariesPerInstance())
                    results[i] = p.Get(0)
            }
            if (sol.IsSelectAll())
                return this._RunObject_FirstFilter(sol);
            else
                return this._RunObject_NextFilter(sol)
        }
        *_DebugRunObject() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            return this._RunObject()
        }
        _EvaluateVaryingParameters(solIndex) {
            const parameters = this._parameters;
            const results = this._results;
            for (let i = 0, len = parameters.length; i < len; ++i) {
                const p = parameters[i];
                if (p.VariesPerInstance())
                    results[i] = p.Get(solIndex)
            }
        }
        _RunObject_FirstFilter(sol) {
            const objectClass = this._objectClass;
            const isFamily = objectClass.IsFamily();
            const familyIndex = objectClass.GetFamilyIndex();
            const behaviorIndex = this._behaviorIndex;
            const isBehavior = behaviorIndex >= 0;
            const allInstances = objectClass.GetInstances();
            const paramsVary = this._anyParamVariesPerInstance;
            const results = this._results;
            const func = this._func;
            const isInverted = this._isInverted;
            const isInOrBlock = this._isInOrBlock && !this._isTrigger;
            sol.ClearArrays();
            for (let i = 0, len = allInstances.length; i < len; ++i) {
                const inst = allInstances[i];
                if (paramsVary)
                    this._EvaluateVaryingParameters(i);
                let ret;
                if (isBehavior) {
                    const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                    ret = func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results)
                } else
                    ret = func.apply(inst.GetSdkInstance(), results);
                if (C3.xor(ret, isInverted))
                    sol._PushInstance(inst);
                else if (isInOrBlock)
                    sol._PushElseInstance(inst)
            }
            objectClass.FinishCondition(true);
            sol._SetSelectAll(false);
            objectClass.ApplySolToContainer();
            return sol.HasAnyInstances()
        }
        _RunObject_NextFilter(sol) {
            const objectClass = this._objectClass;
            const isFamily = objectClass.IsFamily();
            const familyIndex = objectClass.GetFamilyIndex();
            const isInContainer = objectClass.IsInContainer();
            const behaviorIndex = this._behaviorIndex;
            const isBehavior = behaviorIndex >= 0;
            const paramsVary = this._anyParamVariesPerInstance;
            const results = this._results;
            const func = this._func;
            const isInverted = this._isInverted;
            const isInOrBlock = this._isInOrBlock && !this._isTrigger;
            const solInstances = sol._GetOwnInstances();
            const solElseInstances = sol._GetOwnElseInstances();
            const isUsingElseInstances = isInOrBlock && !this._eventBlock.IsFirstConditionOfType(this);
            const arr = isUsingElseInstances ? solElseInstances : solInstances;
            let k = 0;
            let isAnyTrue = false;
            for (let i = 0, len = arr.length; i < len; ++i) {
                const inst = arr[i];
                if (paramsVary)
                    this._EvaluateVaryingParameters(i);
                let ret;
                if (isBehavior) {
                    const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                    ret = func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results)
                } else
                    ret = func.apply(inst.GetSdkInstance(), results);
                if (C3.xor(ret, isInverted)) {
                    isAnyTrue = true;
                    if (isUsingElseInstances) {
                        solInstances.push(inst);
                        if (isInContainer)
                            inst._PushSiblingsToSolInstances()
                    } else {
                        arr[k] = inst;
                        if (isInContainer)
                            inst._SetSiblingsToSolInstancesIndex(k);
                        ++k
                    }
                } else if (isUsingElseInstances) {
                    arr[k] = inst;
                    if (isInContainer)
                        inst._SetSiblingsToSolElseInstancesIndex(k);
                    ++k
                } else if (isInOrBlock) {
                    solElseInstances.push(inst);
                    if (isInContainer)
                        inst._PushSiblingsToSolElseInstances()
                }
            }
            C3.truncateArray(arr, k);
            if (isInContainer)
                objectClass._TruncateContainerSols(isUsingElseInstances, k);
            const pickInFinish = isAnyTrue;
            if (isUsingElseInstances && !isAnyTrue)
                isAnyTrue = this._OrBlockCheckInstances(solInstances);
            objectClass.FinishCondition(pickInFinish || isInOrBlock);
            return isInOrBlock ? isAnyTrue : sol.HasAnyInstances()
        }
        _OrBlockCheckInstances(solInstances) {
            const objectClass = this._objectClass;
            const isFamily = objectClass.IsFamily();
            const familyIndex = objectClass.GetFamilyIndex();
            const paramsVary = this._anyParamVariesPerInstance;
            const behaviorIndex = this._behaviorIndex;
            const isBehavior = behaviorIndex >= 0;
            const results = this._results;
            const func = this._func;
            const isInverted = this._isInverted;
            for (let i = 0, len = solInstances.length; i < len; ++i) {
                const inst = solInstances[i];
                if (paramsVary)
                    this._EvaluateVaryingParameters(i);
                let ret;
                if (isBehavior) {
                    const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                    ret = func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results)
                } else
                    ret = func.apply(inst.GetSdkInstance(), results);
                if (C3.xor(ret, isInverted))
                    return true
            }
            return false
        }
        ReevaluateParameter(paramIndex, solIndex) {
            return this._parameters[paramIndex].Get(solIndex)
        }
        GetFastTriggerValue() {
            const parameters = this._parameters;
            if (!parameters.length)
                throw new Error("no parameters");
            return parameters[0]._GetFastTriggerValue()
        }
        _SaveToJson() {
            if (!this._savedData || !this._savedData.size)
                return null;
            const ex = {};
            for (const [k,v] of this._savedData.entries()) {
                let saveVal = v;
                if (k === "collmemory")
                    saveVal = [...v.entries()].map(arr=>[arr[0].GetUID(), arr[1].GetUID(), arr[2]]);
                ex[k] = saveVal
            }
            return {
                "ex": ex
            }
        }
        _LoadFromJson(o) {
            if (this._savedData) {
                this._savedData.clear();
                this._savedData = null
            }
            if (!o)
                return;
            const runtime = this._runtime;
            const ex = o["ex"];
            if (ex) {
                const map = this.GetSavedDataMap();
                map.clear();
                for (const [k,v] of Object.entries(ex)) {
                    let loadVal = v;
                    if (k === "collmemory")
                        loadVal = C3.New(C3.PairMap, v.map(arr=>[runtime.GetInstanceByUID(arr[0]), runtime.GetInstanceByUID(arr[1]), arr[2]]).filter(arr=>arr[0] && arr[1]));
                    map.set(k, loadVal)
                }
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const assert = self.assert;
    function EvalParams(parameters, results) {
        for (let i = 0, len = parameters.length; i < len; ++i)
            results[i] = parameters[i].Get(0)
    }
    const EMPTY_PARAMS_ARRAY = [];
    const noop = function() {};
    const noopGenerator = function*() {};
    C3.Action = class Action extends C3.DefendedBase {
        constructor(eventBlock, data, index) {
            super();
            this._eventBlock = eventBlock;
            const runtime = eventBlock.GetRuntime();
            this._runtime = runtime;
            this._index = index;
            this._sid = data.length >= 4 ? data[3] : -1;
            this._actionReturnType = data.length >= 5 ? data[4] : 0;
            this._func = null;
            this._objectClass = null;
            this._behaviorType = null;
            this._behaviorIndex = -1;
            this._systemPlugin = null;
            this._callFunctionName = "";
            this._callEventBlock = null;
            this._combinedSolModifiers = null;
            this.Run = noop;
            this.DebugRun = noop;
            this._parameters = [];
            this._results = [];
            this._anyParamVariesPerInstance = false;
            this._savedData = null;
            this._unsavedData = null;
            const isScript = data[0] === -3;
            const debugInfo = isScript ? data[2] : data[5];
            this._debugData = runtime.IsDebug() || isScript ? {
                isBreakpoint: debugInfo[0],
                canDebug: debugInfo[1],
                index: debugInfo[2]
            } : null;
            if (data[0] === -1) {
                this._systemPlugin = runtime.GetSystemPlugin();
                this._func = runtime.GetObjectReference(data[1])
            } else if (data[0] === -2)
                this._callFunctionName = data[1];
            else if (isScript) {
                const userMethod = runtime.GetObjectReference(data[1]);
                this._func = userMethod;
                this.Run = this.RunUserScript;
                this.DebugRun = this.DebugRunUserScript;
                this._actionReturnType = 1
            } else {
                this._func = runtime.GetObjectReference(data[1]);
                this._objectClass = runtime.GetObjectClassByIndex(data[0]);
                if (data[2]) {
                    this._behaviorType = this._objectClass.GetBehaviorTypeByName(data[2]);
                    this._behaviorIndex = this._objectClass.GetBehaviorIndexByName(data[2])
                }
            }
            if (data.length === 7) {
                const paramData = data[6];
                for (const data of paramData) {
                    this._parameters.push(C3.Parameter.Create(this, data, this._parameters.length));
                    this._results.push(0)
                }
            }
            if (this._parameters.length === 0) {
                this._parameters = EMPTY_PARAMS_ARRAY;
                this._results = EMPTY_PARAMS_ARRAY
            }
            this._eventBlock.GetEventSheetManager()._RegisterAction(this)
        }
        static Create(eventBlock, data, index) {
            return C3.New(C3.Action, eventBlock, data, index)
        }
        _PostInit() {
            for (const param of this._parameters) {
                param._PostInit();
                if (param.VariesPerInstance())
                    this._anyParamVariesPerInstance = true
            }
            if (this._systemPlugin) {
                this._SetSystemRunMethod();
                this.DebugRun = this._DebugRunSystem
            } else if (this._callFunctionName) {
                this._SetCallFunctionRunMethod();
                this._callFunctionName = ""
            } else if (this.Run === this.RunUserScript) {
                const userMethod = this._func;
                const localVars = this._runtime.GetEventSheetManager()._GetLocalVariablesScriptInterface(this._eventBlock);
                this._func = userMethod.bind(null, this._runtime.GetIRuntime(), localVars)
            } else if (this._behaviorType)
                if (this.IsAsync()) {
                    this.Run = this._RunBehavior_Async;
                    this.DebugRun = this._DebugRunBehavior_Async
                } else {
                    this.Run = this._RunBehavior;
                    this.DebugRun = this._DebugRunBehavior
                }
            else if (this._objectClass.GetPlugin().IsSingleGlobal()) {
                this._SetSingleGlobalRunMethod();
                this.DebugRun = this._DebugRunSingleGlobal
            } else if (this.IsAsync()) {
                this.Run = this._RunObject_Async;
                this.DebugRun = this._DebugRunObject_Async
            } else if (!this._parameters.length) {
                this.Run = this._RunObject_ParamsConst;
                this.DebugRun = this._DebugRunObject_ParamsConst
            } else if (this._parameters.every(p=>p.VariesPerInstance())) {
                this.Run = this._RunObject_AllParamsVary;
                this.DebugRun = this._DebugRunObject_AllParamsVary
            } else if (this._anyParamVariesPerInstance) {
                this.Run = this._RunObject_SomeParamsVary;
                this.DebugRun = this._DebugRunObject_SomeParamsVary
            } else if (this._parameters.every(p=>p.IsConstant())) {
                EvalParams(this._parameters, this._results);
                this.Run = this._RunObject_ParamsConst;
                this.DebugRun = this._DebugRunObject_ParamsConst
            } else {
                this.Run = this._RunObject_ParamsDontVary;
                this.DebugRun = this._DebugRunObject_ParamsDontVary
            }
        }
        _SetSystemRunMethod() {
            const plugin = this._systemPlugin;
            const bindThis = this._systemPlugin;
            this._SetRunMethodForBoundFunc(plugin, bindThis, this._RunSystem)
        }
        _SetSingleGlobalRunMethod() {
            const plugin = this._objectClass.GetPlugin();
            const bindThis = this._objectClass.GetSingleGlobalInstance().GetSdkInstance();
            this._SetRunMethodForBoundFunc(plugin, bindThis, this._RunSingleGlobal)
        }
        _SetCallFunctionRunMethod() {
            const eventSheetManager = this._eventBlock.GetEventSheetManager();
            const functionBlock = eventSheetManager.GetFunctionBlockByName(this._callFunctionName);
            if (functionBlock.IsEnabled()) {
                this._callEventBlock = functionBlock.GetEventBlock();
                this._combinedSolModifiers = [...new Set([...this._eventBlock.GetSolModifiersIncludingParents(), ...this._callEventBlock.GetSolModifiersIncludingParents()])];
                this._combinedSolModifiers = eventSheetManager._DeduplicateSolModifierList(this._combinedSolModifiers);
                this.Run = C3.EventBlock.prototype.RunAsFunctionCall.bind(this._callEventBlock, this._combinedSolModifiers, this._parameters);
                this.DebugRun = this._DebugRunCallFunction
            } else {
                this.Run = noop;
                this.DebugRun = noopGenerator
            }
        }
        _SetRunMethodForBoundFunc(plugin, bindThis, fallbackMethod) {
            const func = this._func;
            const parameters = this._parameters;
            if (parameters.length === 0)
                this.Run = plugin._GetBoundACEMethod(func, bindThis);
            else if (parameters.length === 1) {
                const param0 = parameters[0];
                if (param0.IsConstant())
                    this.Run = plugin._GetBoundACEMethod_1param(func, bindThis, param0.Get(0));
                else {
                    const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                    this.Run = function RunSingleAct_1param() {
                        return boundFunc(param0.Get(0))
                    }
                }
            } else if (parameters.length === 2) {
                const param0 = parameters[0];
                const param1 = parameters[1];
                if (param0.IsConstant() && param1.IsConstant())
                    this.Run = plugin._GetBoundACEMethod_2params(func, bindThis, param0.Get(0), param1.Get(0));
                else {
                    const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                    this.Run = function RunSingleAct_2params() {
                        return boundFunc(param0.Get(0), param1.Get(0))
                    }
                }
            } else if (parameters.length === 3) {
                const param0 = parameters[0];
                const param1 = parameters[1];
                const param2 = parameters[2];
                if (param0.IsConstant() && param1.IsConstant() && param2.IsConstant())
                    this.Run = plugin._GetBoundACEMethod_3params(func, bindThis, param0.Get(0), param1.Get(0), param2.Get(0));
                else {
                    const boundFunc = plugin._GetBoundACEMethod(func, bindThis);
                    this.Run = function RunSingleAct_3params() {
                        return boundFunc(param0.Get(0), param1.Get(0), param2.Get(0))
                    }
                }
            } else
                this.Run = fallbackMethod
        }
        GetSID() {
            return this._sid
        }
        IsAsync() {
            return this._actionReturnType === 1
        }
        CanBailOut() {
            return this._actionReturnType === 2
        }
        HasReturnType() {
            return this._actionReturnType !== 0
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetEventBlock() {
            return this._eventBlock
        }
        GetRuntime() {
            return this._runtime
        }
        GetIndex() {
            return this._index
        }
        GetDebugIndex() {
            return this._debugData.index
        }
        GetCombinedSolModifiers() {
            return this._combinedSolModifiers
        }
        IsBreakpoint() {
            return this._debugData.isBreakpoint
        }
        _SetBreakpoint(b) {
            this._debugData.isBreakpoint = !!b;
            this._eventBlock._UpdateCanRunFastRecursive()
        }
        _DebugReturnsGenerator() {
            return this._debugData.canDebug
        }
        DebugCanRunFast() {
            return !this.IsBreakpoint() && !this._runtime.DebugBreakNext() && !this._DebugReturnsGenerator()
        }
        GetSavedDataMap() {
            if (!this._savedData)
                this._savedData = new Map;
            return this._savedData
        }
        GetUnsavedDataMap() {
            if (!this._unsavedData)
                this._unsavedData = new Map;
            return this._unsavedData
        }
        _RunSystem() {
            const results = this._results;
            EvalParams(this._parameters, results);
            return this._func.apply(this._systemPlugin, results)
        }
        *_DebugRunSystem() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                EvalParams(this._parameters, results);
                const ret = yield*this._func.apply(this._systemPlugin, results);
                return ret
            } else
                return this.Run()
        }
        *_DebugRunCallFunction() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            const ret = yield*this._callEventBlock.DebugRunAsFunctionCall(this._combinedSolModifiers, this._parameters);
            return ret
        }
        _RunSingleGlobal() {
            const results = this._results;
            EvalParams(this._parameters, results);
            return this._func.apply(this._objectClass.GetSingleGlobalInstance().GetSdkInstance(), results)
        }
        *_DebugRunSingleGlobal() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                EvalParams(this._parameters, results);
                const ret = yield*this._func.apply(this._objectClass.GetSingleGlobalInstance().GetSdkInstance(), results);
                return ret
            } else
                return this.Run()
        }
        _RunObject_ParamsConst() {
            const results = this._results;
            const instances = this._objectClass.GetCurrentSol().GetInstances();
            for (let i = 0, len = instances.length; i < len; ++i)
                this._func.apply(instances[i].GetSdkInstance(), results)
        }
        *_DebugRunObject_ParamsConst() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                const instances = this._objectClass.GetCurrentSol().GetInstances();
                for (let i = 0, len = instances.length; i < len; ++i)
                    yield*this._func.apply(instances[i].GetSdkInstance(), results)
            } else
                this._RunObject_ParamsConst()
        }
        _RunObject_ParamsDontVary() {
            const results = this._results;
            EvalParams(this._parameters, results);
            const instances = this._objectClass.GetCurrentSol().GetInstances();
            for (let i = 0, len = instances.length; i < len; ++i)
                this._func.apply(instances[i].GetSdkInstance(), results)
        }
        *_DebugRunObject_ParamsDontVary() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const results = this._results;
                EvalParams(this._parameters, results);
                const instances = this._objectClass.GetCurrentSol().GetInstances();
                for (let i = 0, len = instances.length; i < len; ++i)
                    yield*this._func.apply(instances[i].GetSdkInstance(), results)
            } else
                this._RunObject_ParamsDontVary()
        }
        _RunObject_AllParamsVary() {
            const parameters = this._parameters;
            const results = this._results;
            const func = this._func;
            const instances = this._objectClass.GetCurrentSol().GetInstances();
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                for (let j = 0, lenj = parameters.length; j < lenj; ++j)
                    results[j] = parameters[j].Get(i);
                func.apply(inst.GetSdkInstance(), results)
            }
        }
        *_DebugRunObject_AllParamsVary() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const parameters = this._parameters;
                const results = this._results;
                const func = this._func;
                const instances = this._objectClass.GetCurrentSol().GetInstances();
                for (let i = 0, len = instances.length; i < len; ++i) {
                    const inst = instances[i];
                    for (let j = 0, lenj = parameters.length; j < lenj; ++j)
                        results[j] = parameters[j].Get(i);
                    yield*func.apply(inst.GetSdkInstance(), results)
                }
            } else
                this._RunObject_AllParamsVary()
        }
        _RunObject_SomeParamsVary() {
            const parameters = this._parameters;
            const results = this._results;
            const func = this._func;
            const instances = this._objectClass.GetCurrentSol().GetInstances();
            for (let i = 0, len = parameters.length; i < len; ++i) {
                const p = parameters[i];
                if (!p.VariesPerInstance())
                    results[i] = p.Get(0)
            }
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                for (let j = 0, lenj = parameters.length; j < lenj; ++j) {
                    const p = parameters[j];
                    if (p.VariesPerInstance())
                        results[j] = p.Get(i)
                }
                func.apply(inst.GetSdkInstance(), results)
            }
        }
        *_DebugRunObject_SomeParamsVary() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const parameters = this._parameters;
                const results = this._results;
                const func = this._func;
                const instances = this._objectClass.GetCurrentSol().GetInstances();
                for (let i = 0, len = parameters.length; i < len; ++i) {
                    const p = parameters[i];
                    if (!p.VariesPerInstance())
                        results[i] = p.Get(0)
                }
                for (let i = 0, len = instances.length; i < len; ++i) {
                    const inst = instances[i];
                    for (let j = 0, lenj = parameters.length; j < lenj; ++j) {
                        const p = parameters[j];
                        if (p.VariesPerInstance())
                            results[j] = p.Get(i)
                    }
                    yield*func.apply(inst.GetSdkInstance(), results)
                }
            } else
                this._RunObject_SomeParamsVary()
        }
        _RunBehavior() {
            const objectClass = this._objectClass;
            const isFamily = objectClass.IsFamily();
            const familyIndex = objectClass.GetFamilyIndex();
            const parameters = this._parameters;
            const paramsVary = this._anyParamVariesPerInstance;
            const results = this._results;
            const func = this._func;
            const behaviorIndex = this._behaviorIndex;
            const instances = objectClass.GetCurrentSol().GetInstances();
            for (let i = 0, len = parameters.length; i < len; ++i) {
                const p = parameters[i];
                if (!p.VariesPerInstance())
                    results[i] = p.Get(0)
            }
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                if (paramsVary)
                    for (let j = 0, lenj = parameters.length; j < lenj; ++j) {
                        const p = parameters[j];
                        if (p.VariesPerInstance())
                            results[j] = p.Get(i)
                    }
                const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results)
            }
        }
        *_DebugRunBehavior() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const objectClass = this._objectClass;
                const isFamily = objectClass.IsFamily();
                const familyIndex = objectClass.GetFamilyIndex();
                const parameters = this._parameters;
                const paramsVary = this._anyParamVariesPerInstance;
                const results = this._results;
                const func = this._func;
                const behaviorIndex = this._behaviorIndex;
                const instances = objectClass.GetCurrentSol().GetInstances();
                for (let i = 0, len = parameters.length; i < len; ++i) {
                    const p = parameters[i];
                    if (!p.VariesPerInstance())
                        results[i] = p.Get(0)
                }
                for (let i = 0, len = instances.length; i < len; ++i) {
                    const inst = instances[i];
                    if (paramsVary)
                        for (let j = 0, lenj = parameters.length; j < lenj; ++j) {
                            const p = parameters[j];
                            if (p.VariesPerInstance())
                                results[j] = p.Get(i)
                        }
                    const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                    yield*func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results)
                }
            } else
                this._RunBehavior()
        }
        _RunObject_Async() {
            const parameters = this._parameters;
            const results = this._results;
            const func = this._func;
            const instances = this._objectClass.GetCurrentSol().GetInstances();
            const promises = [];
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                for (let j = 0, lenj = parameters.length; j < lenj; ++j)
                    results[j] = parameters[j].Get(i);
                promises.push(func.apply(inst.GetSdkInstance(), results))
            }
            return Promise.all(promises)
        }
        *_DebugRunObject_Async() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const parameters = this._parameters;
                const results = this._results;
                const func = this._func;
                const instances = this._objectClass.GetCurrentSol().GetInstances();
                const promises = [];
                for (let i = 0, len = instances.length; i < len; ++i) {
                    const inst = instances[i];
                    for (let j = 0, lenj = parameters.length; j < lenj; ++j)
                        results[j] = parameters[j].Get(i);
                    promises.push(yield*func.apply(inst.GetSdkInstance(), results))
                }
                return Promise.all(promises)
            } else
                return this._RunObject_Async()
        }
        _RunBehavior_Async() {
            const objectClass = this._objectClass;
            const isFamily = objectClass.IsFamily();
            const familyIndex = objectClass.GetFamilyIndex();
            const parameters = this._parameters;
            const results = this._results;
            const func = this._func;
            const behaviorIndex = this._behaviorIndex;
            const instances = objectClass.GetCurrentSol().GetInstances();
            const promises = [];
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                for (let j = 0, lenj = parameters.length; j < lenj; ++j)
                    results[j] = parameters[j].Get(i);
                const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                promises.push(func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results))
            }
            return Promise.all(promises)
        }
        *_DebugRunBehavior_Async() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            if (this._DebugReturnsGenerator()) {
                const objectClass = this._objectClass;
                const isFamily = objectClass.IsFamily();
                const familyIndex = objectClass.GetFamilyIndex();
                const parameters = this._parameters;
                const results = this._results;
                const func = this._func;
                const behaviorIndex = this._behaviorIndex;
                const instances = objectClass.GetCurrentSol().GetInstances();
                const promises = [];
                for (let i = 0, len = instances.length; i < len; ++i) {
                    const inst = instances[i];
                    for (let j = 0, lenj = parameters.length; j < lenj; ++j)
                        results[j] = parameters[j].Get(i);
                    const offset = isFamily ? inst.GetObjectClass().GetFamilyBehaviorOffset(familyIndex) : 0;
                    promises.push(yield*func.apply(inst.GetBehaviorInstances()[behaviorIndex + offset].GetSdkInstance(), results))
                }
                return Promise.all(promises)
            } else
                return this._RunBehavior_Async()
        }
        async RunUserScript() {
            try {
                await this._func()
            } catch (err) {
                console.error(`Unhandled exception running script %c${this._eventBlock.GetEventSheet().GetName()}, event ${this._eventBlock.GetDisplayNumber()}, action ${this.GetDebugIndex() + 1}:`, "font-size: 1.2em; font-weight: bold;", err);
                if (self.C3Debugger)
                    self.C3Debugger._SetLastErrorScript(this);
                if (!C3.EventScript.HadUserScriptException()) {
                    console.info(`%cTip:%c run this to highlight in Construct the last script that had an error: %cgoToLastErrorScript()`, "font-weight: bold; text-decoration: underline", "", "font-weight: bold");
                    C3.EventScript.SetHadUserScriptException()
                }
            }
        }
        *DebugRunUserScript() {
            if (this.IsBreakpoint() || this._runtime.DebugBreakNext())
                yield this;
            return this.RunUserScript()
        }
        _SaveToJson() {
            if (!this._savedData || !this._savedData.size)
                return null;
            return {
                "ex": C3.ToSuperJSON(this._savedData)
            }
        }
        _LoadFromJson(o) {
            if (this._savedData) {
                this._savedData.clear();
                this._savedData = null
            }
            if (!o)
                return;
            const ex = o["ex"];
            if (ex)
                this._savedData = C3.FromSuperJSON(ex)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempColor = new C3.Color;
    function CompareX(cmp, x) {
        return C3.compare(this.GetWorldInfo().GetX(), cmp, x)
    }
    function CompareY(cmp, y) {
        return C3.compare(this.GetWorldInfo().GetY(), cmp, y)
    }
    function IsOnScreen() {
        const wi = this.GetWorldInfo();
        return wi.IsInViewport(wi.GetLayer().GetViewport())
    }
    function IsOutsideLayout() {
        const wi = this.GetWorldInfo();
        const layout = wi.GetLayout();
        const bbox = wi.GetBoundingBox();
        return bbox.getRight() < 0 || bbox.getBottom() < 0 || bbox.getLeft() > layout.GetWidth() || bbox.getTop() > layout.GetHeight()
    }
    function PickDistance(which, x, y) {
        const sol = this.GetCurrentSol();
        const instances = sol.GetInstances();
        if (!instances.length)
            return false;
        let inst = instances[0];
        let wi = inst.GetWorldInfo();
        let pickme = inst;
        let dist2 = C3.distanceSquared(wi.GetX(), wi.GetY(), x, y);
        for (let i = 1, len = instances.length; i < len; ++i) {
            inst = instances[i];
            wi = inst.GetWorldInfo();
            const d2 = C3.distanceSquared(wi.GetX(), wi.GetY(), x, y);
            if (which === 0 && d2 < dist2 || which === 1 && d2 > dist2) {
                dist2 = d2;
                pickme = inst
            }
        }
        sol.PickOne(pickme);
        return true
    }
    function SetX(x) {
        const wi = this.GetWorldInfo();
        if (wi.GetX() === x)
            return;
        wi.SetX(x);
        wi.SetBboxChanged()
    }
    function SetY(y) {
        const wi = this.GetWorldInfo();
        if (wi.GetY() === y)
            return;
        wi.SetY(y);
        wi.SetBboxChanged()
    }
    function SetPos(x, y) {
        const wi = this.GetWorldInfo();
        if (wi.EqualsXY(x, y))
            return;
        wi.SetXY(x, y);
        wi.SetBboxChanged()
    }
    function SetPosToObject(objectClass, imgPt) {
        if (!objectClass)
            return;
        const inst = objectClass.GetPairedInstance(this._inst);
        if (!inst)
            return;
        const [x,y] = inst.GetImagePoint(imgPt);
        const wi = this.GetWorldInfo();
        if (wi.GetX() === x && wi.GetY() === y)
            return;
        wi.SetXY(x, y);
        wi.SetBboxChanged()
    }
    function MoveForward(dist) {
        if (dist === 0)
            return;
        const wi = this.GetWorldInfo();
        wi.OffsetXY(wi.GetCosAngle() * dist, wi.GetSinAngle() * dist);
        wi.SetBboxChanged()
    }
    function MoveAtAngle(a, dist) {
        if (dist === 0)
            return;
        const wi = this.GetWorldInfo();
        a = C3.toRadians(a);
        wi.OffsetXY(Math.cos(a) * dist, Math.sin(a) * dist);
        wi.SetBboxChanged()
    }
    function GetX() {
        return this.GetWorldInfo().GetX()
    }
    function GetY() {
        return this.GetWorldInfo().GetY()
    }
    function GetDt() {
        return this._runtime.GetDt(this._inst)
    }
    function CompareWidth(cmp, w) {
        return C3.compare(this.GetWorldInfo().GetWidth(), cmp, w)
    }
    function CompareHeight(cmp, h) {
        return C3.compare(this.GetWorldInfo().GetHeight(), cmp, h)
    }
    function SetWidth(w) {
        const wi = this.GetWorldInfo();
        if (wi.GetWidth() === w)
            return;
        wi.SetWidth(w);
        wi.SetBboxChanged()
    }
    function SetHeight(h) {
        const wi = this.GetWorldInfo();
        if (wi.GetHeight() === h)
            return;
        wi.SetHeight(h);
        wi.SetBboxChanged()
    }
    function SetSize(w, h) {
        const wi = this.GetWorldInfo();
        if (wi.GetWidth() === w && wi.GetHeight() === h)
            return;
        wi.SetSize(w, h);
        wi.SetBboxChanged()
    }
    function GetWidth() {
        return this.GetWorldInfo().GetWidth()
    }
    function GetHeight() {
        return this.GetWorldInfo().GetHeight()
    }
    function GetBboxLeft() {
        return this.GetWorldInfo().GetBoundingBox().getLeft()
    }
    function GetBboxTop() {
        return this.GetWorldInfo().GetBoundingBox().getTop()
    }
    function GetBboxRight() {
        return this.GetWorldInfo().GetBoundingBox().getRight()
    }
    function GetBboxBottom() {
        return this.GetWorldInfo().GetBoundingBox().getBottom()
    }
    function IsAngleWithin(within, a) {
        return C3.angleDiff(this.GetWorldInfo().GetAngle(), C3.toRadians(a)) <= C3.toRadians(within)
    }
    function IsAngleClockwiseFrom(a) {
        return C3.angleClockwise(this.GetWorldInfo().GetAngle(), C3.toRadians(a))
    }
    function IsBetweenAngles(a, b) {
        const lower = C3.toRadians(a);
        const upper = C3.toRadians(b);
        const angle = this.GetWorldInfo().GetAngle();
        const obtuse = !C3.angleClockwise(upper, lower);
        if (obtuse)
            return !(!C3.angleClockwise(angle, lower) && C3.angleClockwise(angle, upper));
        else
            return C3.angleClockwise(angle, lower) && !C3.angleClockwise(angle, upper)
    }
    function SetAngle(a) {
        const wi = this.GetWorldInfo();
        const newAngle = C3.clampAngle(C3.toRadians(a));
        if (isNaN(newAngle) || wi.GetAngle() === newAngle)
            return;
        wi.SetAngle(newAngle);
        wi.SetBboxChanged()
    }
    function RotateClockwise(a) {
        if (isNaN(a) || a === 0)
            return;
        const wi = this.GetWorldInfo();
        wi.SetAngle(wi.GetAngle() + C3.toRadians(a));
        wi.SetBboxChanged()
    }
    function RotateCounterclockwise(a) {
        if (isNaN(a) || a === 0)
            return;
        const wi = this.GetWorldInfo();
        wi.SetAngle(wi.GetAngle() - C3.toRadians(a));
        wi.SetBboxChanged()
    }
    function RotateTowardAngle(amt, target) {
        const wi = this.GetWorldInfo();
        const a = wi.GetAngle();
        const newAngle = C3.angleRotate(a, C3.toRadians(target), C3.toRadians(amt));
        if (isNaN(newAngle) || a === newAngle)
            return;
        wi.SetAngle(newAngle);
        wi.SetBboxChanged()
    }
    function RotateTowardPosition(amt, x, y) {
        const wi = this.GetWorldInfo();
        const a = wi.GetAngle();
        const dx = x - wi.GetX();
        const dy = y - wi.GetY();
        const target = Math.atan2(dy, dx);
        const newAngle = C3.angleRotate(a, target, C3.toRadians(amt));
        if (isNaN(newAngle) || a === newAngle)
            return;
        wi.SetAngle(newAngle);
        wi.SetBboxChanged()
    }
    function SetTowardPosition(x, y) {
        const wi = this.GetWorldInfo();
        const a = wi.GetAngle();
        const dx = x - wi.GetX();
        const dy = y - wi.GetY();
        const newAngle = Math.atan2(dy, dx);
        if (isNaN(newAngle) || a === newAngle)
            return;
        wi.SetAngle(newAngle);
        wi.SetBboxChanged()
    }
    function GetAngle() {
        return C3.toDegrees(this.GetWorldInfo().GetAngle())
    }
    function CompareOpacity(cmp, x) {
        return C3.compare(C3.round6dp(this.GetWorldInfo().GetOpacity() * 100), cmp, x)
    }
    function IsVisible() {
        return this.GetWorldInfo().IsVisible()
    }
    function SetVisible(v) {
        const wi = this.GetWorldInfo();
        if (v === 2)
            v = !wi.IsVisible();
        else
            v = v !== 0;
        if (wi.IsVisible() === v)
            return;
        wi.SetVisible(v);
        this._runtime.UpdateRender()
    }
    function SetOpacity(o) {
        const newOpacity = C3.clamp(o / 100, 0, 1);
        const wi = this.GetWorldInfo();
        if (wi.GetOpacity() === newOpacity)
            return;
        wi.SetOpacity(newOpacity);
        this._runtime.UpdateRender()
    }
    function SetDefaultColor(rgb) {
        tempColor.setFromRgbValue(rgb);
        const wi = this.GetWorldInfo();
        if (wi.GetUnpremultipliedColor().equalsIgnoringAlpha(tempColor))
            return;
        wi.SetUnpremultipliedColor(tempColor);
        this._runtime.UpdateRender()
    }
    function GetColor() {
        const c = this.GetWorldInfo().GetUnpremultipliedColor();
        return C3.PackRGBAEx(c.getR(), c.getG(), c.getB(), c.getA())
    }
    function GetOpacity() {
        return C3.round6dp(this.GetWorldInfo().GetOpacity() * 100)
    }
    function IsOnLayer(layer) {
        if (!layer)
            return false;
        return this.GetWorldInfo().GetLayer() === layer
    }
    function PickTopBottom(which) {
        const sol = this.GetCurrentSol();
        const instances = sol.GetInstances();
        if (!instances.length)
            return false;
        let inst = instances[0];
        let pickme = inst;
        for (let i = 1, len = instances.length; i < len; ++i) {
            const inst = instances[i];
            const instWi = inst.GetWorldInfo();
            const pickmeWi = pickme.GetWorldInfo();
            const instLayerIndex = instWi.GetLayer().GetIndex();
            const pickmeLayerIndex = pickmeWi.GetLayer().GetIndex();
            if (which === 0) {
                if (instLayerIndex > pickmeLayerIndex || instLayerIndex === pickmeLayerIndex && instWi.GetZIndex() > pickmeWi.GetZIndex())
                    pickme = inst
            } else if (instLayerIndex < pickmeLayerIndex || instLayerIndex === pickmeLayerIndex && instWi.GetZIndex() < pickmeWi.GetZIndex())
                pickme = inst
        }
        sol.PickOne(pickme);
        return true
    }
    function CompareZElevation(which, cmp, value) {
        const wi = this.GetWorldInfo();
        const z = which === 0 ? wi.GetZElevation() : wi.GetTotalZElevation();
        return C3.compare(z, cmp, value)
    }
    function MoveToTop() {
        this.GetWorldInfo().ZOrderMoveToTop()
    }
    function MoveToBottom() {
        this.GetWorldInfo().ZOrderMoveToBottom()
    }
    function MoveToLayer(layerMove) {
        if (!layerMove)
            return;
        this.GetWorldInfo().ZOrderMoveToLayer(layerMove)
    }
    function ZMoveToObject(where, objectClass) {
        const isAfter = where === 0;
        if (!objectClass)
            return;
        const otherInst = objectClass.GetFirstPicked(this.GetInstance());
        if (!otherInst)
            return;
        this.GetWorldInfo().ZOrderMoveAdjacentToInstance(otherInst, isAfter)
    }
    function SetZElevation(z) {
        const wi = this.GetWorldInfo();
        if (wi.GetZElevation() === z)
            return;
        wi.SetZElevation(z);
        this._runtime.UpdateRender()
    }
    function LayerNumber() {
        return this.GetWorldInfo().GetLayer().GetIndex()
    }
    function LayerName() {
        return this.GetWorldInfo().GetLayer().GetName()
    }
    function ZIndex() {
        return this.GetWorldInfo().GetZIndex()
    }
    function ZElevation() {
        return this.GetWorldInfo().GetZElevation()
    }
    function TotalZElevation() {
        return this.GetWorldInfo().GetTotalZElevation()
    }
    function SetEffectEnabled(enabled, effectName) {
        const effectType = this.GetObjectClass().GetEffectList().GetEffectTypeByName(effectName);
        if (!effectType)
            return;
        const effectTypeIndex = effectType.GetIndex();
        const e = enabled === 1;
        const instFxList = this.GetWorldInfo().GetInstanceEffectList();
        if (instFxList.IsEffectIndexActive(effectTypeIndex) === e)
            return;
        instFxList.SetEffectIndexActive(effectTypeIndex, e);
        instFxList.UpdateActiveEffects();
        this._runtime.UpdateRender()
    }
    function SetEffectParam(effectName, paramIndex, value) {
        const effectType = this.GetObjectClass().GetEffectList().GetEffectTypeByName(effectName);
        if (!effectType)
            return;
        const effectTypeIndex = effectType.GetIndex();
        const instFxList = this.GetWorldInfo().GetInstanceEffectList();
        const paramsArr = instFxList.GetEffectParametersForIndex(effectTypeIndex);
        paramIndex = Math.floor(paramIndex);
        if (paramIndex < 0 || paramIndex >= paramsArr.length)
            return;
        const paramType = effectType.GetShaderProgram().GetParameterType(paramIndex);
        if (paramType === "color") {
            tempColor.setFromRgbValue(value);
            const curColor = paramsArr[paramIndex];
            if (tempColor.equalsIgnoringAlpha(curColor))
                return;
            curColor.copyRgb(tempColor)
        } else {
            if (paramType === "percent")
                value /= 100;
            if (paramsArr[paramIndex] === value)
                return;
            paramsArr[paramIndex] = value
        }
        if (instFxList.IsEffectIndexActive(effectTypeIndex))
            this._runtime.UpdateRender()
    }
    function HasParent() {
        return this.GetWorldInfo().HasParent()
    }
    function HasChildren() {
        return this.GetWorldInfo().HasChildren()
    }
    function PickParent(parentObjectClass, which) {
        const mySol = this.GetCurrentSol();
        const myInstances = mySol.GetInstances();
        if (myInstances.length === 0)
            return false;
        const parentSol = parentObjectClass.GetCurrentSol();
        const parentInstances = parentSol.GetInstances();
        if (parentInstances.length === 0)
            return false;
        const parentInstancesSet = new Set(parentInstances);
        const pickParents = new Set;
        for (let i = 0, len = myInstances.length; i < len; ++i) {
            const myInst = myInstances[i];
            if (which === 1)
                for (const parentInst of myInst.parents()) {
                    if (parentInst.BelongsToObjectClass(parentObjectClass) && parentInstancesSet.has(parentInst))
                        pickParents.add(parentInst)
                }
            else {
                let parentInst;
                if (which === 0) {
                    parentInst = myInst.GetParent();
                    if (parentInst === null)
                        continue
                } else
                    parentInst = myInst.GetTopParent();
                if (parentInst.BelongsToObjectClass(parentObjectClass) && parentInstancesSet.has(parentInst))
                    pickParents.add(parentInst)
            }
        }
        if (pickParents.size === 0)
            return false;
        parentSol.SetSetPicked(pickParents);
        parentObjectClass.ApplySolToContainer();
        return true
    }
    function PickChildren(childObjectClass, which) {
        const mySol = this.GetCurrentSol();
        const myInstances = mySol.GetInstances();
        if (myInstances.length === 0)
            return false;
        const childSol = childObjectClass.GetCurrentSol();
        const childInstances = childSol.GetInstances();
        if (childInstances.length === 0)
            return false;
        const childInstancesSet = new Set(childInstances);
        const pickChildren = new Set;
        for (let i = 0, len = myInstances.length; i < len; ++i) {
            const myInst = myInstances[i];
            if (which === 2 && !myInst.HasChildren() && myInst.BelongsToObjectClass(childObjectClass) && childInstancesSet.has(myInst))
                pickChildren.add(myInst);
            for (const childInst of which === 0 ? myInst.children() : myInst.allChildren()) {
                if (which === 2 && childInst.HasChildren())
                    continue;
                if (childInst.BelongsToObjectClass(childObjectClass) && childInstancesSet.has(childInst))
                    pickChildren.add(childInst)
            }
        }
        if (pickChildren.size === 0)
            return false;
        childSol.SetSetPicked(pickChildren);
        childObjectClass.ApplySolToContainer();
        return true
    }
    function PickNthChild(childObjectClass, index) {
        const mySol = this.GetCurrentSol();
        const myInstances = mySol.GetInstances();
        if (myInstances.length === 0)
            return false;
        const childSol = childObjectClass.GetCurrentSol();
        const childInstances = childSol.GetInstances();
        if (childInstances.length === 0)
            return false;
        const childInstancesSet = new Set(childInstances);
        const pickChildren = [];
        for (let i = 0, len = myInstances.length; i < len; ++i) {
            const myInst = myInstances[i];
            const childInst = myInst.GetChildAt(index);
            if (childInst !== null && childInst.BelongsToObjectClass(childObjectClass) && childInstancesSet.has(childInst))
                pickChildren.push(childInst)
        }
        if (pickChildren.length === 0)
            return false;
        childSol.SetArrayPicked(pickChildren);
        childObjectClass.ApplySolToContainer();
        return true
    }
    function CompareChildCount(cmp, count) {
        return C3.compare(this._inst.GetChildCount(), cmp, count)
    }
    function AddChild(childObjectClass, transformX, transformY, transformWidth, transformHeight, transformAngle, transformZElevation, destroyWithParent) {
        const inst = this._inst;
        const actObjectClass = this._runtime.GetCurrentAction().GetObjectClass();
        for (const child of childObjectClass.allCorrespondingInstances(inst, actObjectClass)) {
            if (!child.GetPlugin().SupportsSceneGraph())
                return;
            inst.AddChild(child, {
                transformX,
                transformY,
                transformWidth,
                transformHeight,
                transformAngle,
                transformZElevation,
                destroyWithParent
            })
        }
    }
    function RemoveChild(childObjectClass) {
        const inst = this._inst;
        const actObjectClass = this._runtime.GetCurrentAction().GetObjectClass();
        for (const child of childObjectClass.allCorrespondingInstances(inst, actObjectClass))
            inst.RemoveChild(child)
    }
    function RemoveFromParent() {
        if (!this._inst.HasParent())
            return;
        const parent = this._inst.GetParent();
        parent.RemoveChild(this._inst)
    }
    function ChildCount() {
        return this._inst.GetChildCount()
    }
    function SetMeshSize(cols, rows) {
        cols = Math.floor(cols);
        rows = Math.floor(rows);
        const wi = this.GetWorldInfo();
        if (cols < 2 || rows < 2 || !isFinite(cols) || !isFinite(rows)) {
            wi.ReleaseMesh();
            wi.SetBboxChanged()
        } else
            wi.CreateMesh(cols, rows)
    }
    function SetMeshPoint(col, row, mode, posx, posy, texu, texv) {
        const wi = this.GetWorldInfo();
        const didBboxChange = wi.SetMeshPoint(col, row, {
            mode: mode === 0 ? "absolute" : "relative",
            x: posx,
            y: posy,
            u: texu,
            v: texv
        });
        if (didBboxChange)
            wi.SetBboxChanged()
    }
    function MeshColumns() {
        const wi = this.GetWorldInfo();
        return wi.HasMesh() ? wi.GetSourceMesh().GetHSize() : 0
    }
    function MeshRows() {
        const wi = this.GetWorldInfo();
        return wi.HasMesh() ? wi.GetSourceMesh().GetVSize() : 0
    }
    function SetElementVisible(v) {
        const wi = this.GetWorldInfo();
        if (v === 2)
            v = !wi.IsVisible();
        else
            v = v !== 0;
        if (wi.IsVisible() === v)
            return;
        wi.SetVisible(v)
    }
    function SetElementCSSStyle(prop, val) {
        this.SetElementCSSStyle(prop, val)
    }
    function SetElementAttribute(attribName, value) {
        this.SetElementAttribute(attribName, "" + value)
    }
    function RemoveElementAttribute(attribName) {
        this.RemoveElementAttribute(attribName)
    }
    function SetElementFocus() {
        this.FocusElement()
    }
    function SetElementBlur() {
        this.BlurElement()
    }
    function IsElementFocused() {
        return this.IsElementFocused()
    }
    function SetElementEnabled(e) {
        this._SetEnabled(e !== 0)
    }
    function IsElementEnabled() {
        return this._IsEnabled()
    }
    function CompareInstanceVar(iv, cmp, val) {
        return C3.compare(this.GetInstance().GetInstanceVariableValue(iv), cmp, val)
    }
    function IsBoolInstanceVarSet(iv) {
        return !!this.GetInstance().GetInstanceVariableValue(iv)
    }
    function PickInstVarHiLow(which, iv) {
        const sol = this.GetCurrentSol();
        const instances = sol.GetInstances();
        if (!instances.length)
            return false;
        let inst = instances[0];
        let pickme = inst;
        let val = inst.GetInstanceVariableValue(iv);
        for (let i = 1, len = instances.length; i < len; ++i) {
            inst = instances[i];
            const v = inst.GetInstanceVariableValue(iv);
            if (which === 0 && v < val || which === 1 && v > val) {
                val = v;
                pickme = inst
            }
        }
        sol.PickOne(pickme);
        return true
    }
    function PickByUID(uid) {
        if (this._runtime.GetCurrentCondition().IsInverted())
            return PickByUID_Inverted(this, uid);
        else
            return PickByUID_Normal(this, uid)
    }
    function PickByUID_Normal(objectClass, uid) {
        const inst = objectClass.GetRuntime().GetInstanceByUID(uid);
        if (!inst)
            return false;
        const sol = objectClass.GetCurrentSol();
        if (!sol.IsSelectAll() && !sol._GetOwnInstances().includes(inst))
            return false;
        if (objectClass.IsFamily()) {
            if (inst.GetObjectClass().BelongsToFamily(objectClass)) {
                sol.PickOne(inst);
                objectClass.ApplySolToContainer();
                return true
            }
        } else if (inst.GetObjectClass() === objectClass) {
            sol.PickOne(inst);
            objectClass.ApplySolToContainer();
            return true
        }
        return false
    }
    function PickByUID_Inverted(objectClass, uid) {
        const sol = objectClass.GetCurrentSol();
        if (sol.IsSelectAll()) {
            sol._SetSelectAll(false);
            sol.ClearArrays();
            const instances = objectClass.GetInstances();
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                if (inst.GetUID() === uid)
                    sol._PushElseInstance(inst);
                else
                    sol._PushInstance(inst)
            }
            objectClass.ApplySolToContainer();
            return !!sol._GetOwnInstances().length
        } else {
            const instances = sol._GetOwnInstances();
            let j = 0;
            for (let i = 0, len = instances.length; i < len; ++i) {
                const inst = instances[i];
                instances[j] = inst;
                if (inst.GetUID() === uid)
                    sol._PushElseInstance(inst);
                else
                    ++j
            }
            C3.truncateArray(instances, j);
            objectClass.ApplySolToContainer();
            return !!instances.length
        }
    }
    function Destroy() {
        this._runtime.DestroyInstance(this._inst)
    }
    function OnCreated() {
        return true
    }
    function OnDestroyed() {
        return true
    }
    function SetInstanceVar(iv, value) {
        this.GetInstance().SetInstanceVariableValue(iv, value)
    }
    function AddInstanceVar(iv, value) {
        const instance = this.GetInstance();
        const lastValue = instance.GetInstanceVariableValue(iv);
        if (typeof lastValue === "number" && typeof value !== "number")
            value = parseFloat(value);
        else if (typeof lastValue === "string" && typeof value !== "string")
            value = value.toString();
        instance.SetInstanceVariableValue(iv, lastValue + value)
    }
    function SubInstanceVar(iv, value) {
        const instance = this.GetInstance();
        const lastValue = instance.GetInstanceVariableValue(iv);
        if (typeof lastValue !== "number")
            return;
        if (typeof value !== "number")
            value = parseFloat(value);
        instance.SetInstanceVariableValue(iv, lastValue - value)
    }
    function SetBoolInstanceVar(iv, value) {
        this.GetInstance().SetInstanceVariableValue(iv, value ? 1 : 0)
    }
    function ToggleBoolInstanceVar(iv) {
        const instance = this.GetInstance();
        instance.SetInstanceVariableValue(iv, instance.GetInstanceVariableValue(iv) === 0 ? 1 : 0)
    }
    function LoadFromJsonString(str) {
        let o;
        try {
            o = JSON.parse(str)
        } catch (err) {
            console.error("Failed to load from JSON string: ", err);
            return
        }
        this.GetInstance().LoadFromJson(o, "state")
    }
    function AsJSON() {
        return JSON.stringify(this.GetInstance().SaveToJson("state"))
    }
    function ObjectTypeName() {
        return this.GetInstance().GetObjectClass().GetName()
    }
    function Count() {
        const expObjectClass = this._runtime.GetCurrentEventStackFrame().GetExpressionObjectClass();
        let count = expObjectClass.GetInstanceCount();
        const instancesPendingCreate = this._runtime._GetInstancesPendingCreate();
        for (const inst of instancesPendingCreate)
            if (expObjectClass.IsFamily()) {
                if (inst.GetObjectClass().BelongsToFamily(expObjectClass))
                    ++count
            } else if (inst.GetObjectClass() === expObjectClass)
                ++count;
        return count
    }
    function PickedCount() {
        return this._runtime.GetCurrentEventStackFrame().GetExpressionObjectClass().GetCurrentSol().GetInstances().length
    }
    function GetIID() {
        return this._inst.GetIID()
    }
    function GetUID() {
        return this._inst.GetUID()
    }
    C3.AddCommonACEs = function AddCommonACEs(pluginData, pluginCtor) {
        const isSingleGlobal = pluginData[1];
        const hasPositionACEs = pluginData[3];
        const hasSizeACEs = pluginData[4];
        const hasAngleACEs = pluginData[5];
        const hasAppearanceACEs = pluginData[6];
        const hasZOrderACEs = pluginData[7];
        const hasEffectsACEs = pluginData[8];
        const hasElementACEs = pluginData[10];
        const hasElementFocusACEs = pluginData[11];
        const hasElementEnabledACEs = pluginData[12];
        const hasSceneGraphACEs = pluginData[13];
        const hasMeshACEs = pluginData[14];
        const Cnds = pluginCtor.Cnds;
        const Acts = pluginCtor.Acts;
        const Exps = pluginCtor.Exps;
        if (hasPositionACEs) {
            Cnds.CompareX = CompareX;
            Cnds.CompareY = CompareY;
            Cnds.IsOnScreen = IsOnScreen;
            Cnds.IsOutsideLayout = IsOutsideLayout;
            Cnds.PickDistance = PickDistance;
            Acts.SetX = SetX;
            Acts.SetY = SetY;
            Acts.SetPos = SetPos;
            Acts.SetPosToObject = SetPosToObject;
            Acts.MoveForward = MoveForward;
            Acts.MoveAtAngle = MoveAtAngle;
            Exps.X = GetX;
            Exps.Y = GetY;
            Exps.dt = GetDt
        }
        if (hasSizeACEs) {
            Cnds.CompareWidth = CompareWidth;
            Cnds.CompareHeight = CompareHeight;
            Acts.SetWidth = SetWidth;
            Acts.SetHeight = SetHeight;
            Acts.SetSize = SetSize;
            Exps.Width = GetWidth;
            Exps.Height = GetHeight;
            Exps.BBoxLeft = GetBboxLeft;
            Exps.BBoxTop = GetBboxTop;
            Exps.BBoxRight = GetBboxRight;
            Exps.BBoxBottom = GetBboxBottom
        }
        if (hasAngleACEs) {
            Cnds.AngleWithin = IsAngleWithin;
            Cnds.IsClockwiseFrom = IsAngleClockwiseFrom;
            Cnds.IsBetweenAngles = IsBetweenAngles;
            Acts.SetAngle = SetAngle;
            Acts.RotateClockwise = RotateClockwise;
            Acts.RotateCounterclockwise = RotateCounterclockwise;
            Acts.RotateTowardAngle = RotateTowardAngle;
            Acts.RotateTowardPosition = RotateTowardPosition;
            Acts.SetTowardPosition = SetTowardPosition;
            Exps.Angle = GetAngle
        }
        if (hasAppearanceACEs) {
            Cnds.IsVisible = IsVisible;
            Cnds.CompareOpacity = CompareOpacity;
            Acts.SetVisible = SetVisible;
            Acts.SetOpacity = SetOpacity;
            Acts.SetDefaultColor = SetDefaultColor;
            Exps.Opacity = GetOpacity;
            Exps.ColorValue = GetColor
        }
        if (hasZOrderACEs) {
            Cnds.IsOnLayer = IsOnLayer;
            Cnds.PickTopBottom = PickTopBottom;
            Cnds.CompareZElevation = CompareZElevation;
            Acts.MoveToTop = MoveToTop;
            Acts.MoveToBottom = MoveToBottom;
            Acts.MoveToLayer = MoveToLayer;
            Acts.ZMoveToObject = ZMoveToObject;
            Acts.SetZElevation = SetZElevation;
            Exps.LayerNumber = LayerNumber;
            Exps.LayerName = LayerName;
            Exps.ZIndex = ZIndex;
            Exps.ZElevation = ZElevation;
            Exps.TotalZElevation = TotalZElevation
        }
        if (hasEffectsACEs) {
            Acts.SetEffectEnabled = SetEffectEnabled;
            Acts.SetEffectParam = SetEffectParam
        }
        if (hasSceneGraphACEs) {
            Cnds.HasParent = HasParent;
            Cnds.HasChildren = HasChildren;
            Cnds.PickParent = PickParent;
            Cnds.PickChildren = PickChildren;
            Cnds.PickNthChild = PickNthChild;
            Cnds.CompareChildCount = CompareChildCount;
            Acts.AddChild = AddChild;
            Acts.RemoveChild = RemoveChild;
            Acts.RemoveFromParent = RemoveFromParent;
            Exps.ChildCount = ChildCount
        }
        if (hasMeshACEs) {
            Acts.SetMeshSize = SetMeshSize;
            Acts.SetMeshPoint = SetMeshPoint;
            Exps.MeshColumns = MeshColumns;
            Exps.MeshRows = MeshRows
        }
        if (hasElementACEs) {
            Cnds.IsVisible = IsVisible;
            Acts.SetVisible = SetElementVisible;
            Acts.SetCSSStyle = SetElementCSSStyle;
            Acts.SetElemAttribute = SetElementAttribute;
            Acts.RemoveElemAttribute = RemoveElementAttribute
        }
        if (hasElementFocusACEs) {
            Cnds.IsFocused = IsElementFocused;
            Acts.SetFocus = SetElementFocus;
            Acts.SetBlur = SetElementBlur
        }
        if (hasElementEnabledACEs) {
            Cnds.IsEnabled = IsElementEnabled;
            Acts.SetEnabled = SetElementEnabled
        }
        if (!isSingleGlobal) {
            Cnds.CompareInstanceVar = CompareInstanceVar;
            Cnds.IsBoolInstanceVarSet = IsBoolInstanceVarSet;
            Cnds.PickInstVarHiLow = PickInstVarHiLow;
            Cnds.PickByUID = PickByUID;
            Acts.SetInstanceVar = SetInstanceVar;
            Acts.AddInstanceVar = AddInstanceVar;
            Acts.SubInstanceVar = SubInstanceVar;
            Acts.SetBoolInstanceVar = SetBoolInstanceVar;
            Acts.ToggleBoolInstanceVar = ToggleBoolInstanceVar;
            Cnds.OnCreated = OnCreated;
            Cnds.OnDestroyed = OnDestroyed;
            Acts.Destroy = Destroy;
            if (!Acts.LoadFromJsonString)
                Acts.LoadFromJsonString = LoadFromJsonString;
            if (!Exps.AsJSON)
                Exps.AsJSON = AsJSON;
            Exps.Count = Count;
            Exps.PickedCount = PickedCount;
            Exps.IID = GetIID;
            Exps.UID = GetUID;
            Exps.ObjectTypeName = ObjectTypeName
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.ScheduledWait = class ScheduledWait extends C3.DefendedBase {
        constructor(eventSheetManager) {
            super();
            this._eventSheetManager = eventSheetManager;
            this._type = "";
            this._time = -1;
            this._signalTag = "";
            this._isSignalled = false;
            this._event = null;
            this._actIndex = 0;
            this._solModifiers = [];
            this._sols = new Map;
            this._callingFunctionBlock = null;
            this._asyncId = -1;
            this._functionParameters = null;
            this._shouldRelease = false
        }
        Release() {
            this._type = "";
            this._time = -1;
            this._signalTag = "";
            this._event = null;
            this._callingFunctionBlock = null;
            this._functionParameters = null;
            this._asyncId = -1;
            C3.clearArray(this._solModifiers);
            for (const s of this._sols.values())
                s.Release();
            this._sols.clear()
        }
        _Init() {
            const eventSheetManager = this._eventSheetManager;
            const allObjectClasses = eventSheetManager.GetRuntime().GetAllObjectClasses();
            const frame = eventSheetManager.GetCurrentEventStackFrame();
            this._event = frame.GetCurrentEvent();
            this._actIndex = frame.GetActionIndex() + 1;
            const functionBlock = eventSheetManager.FindFirstFunctionBlockParent(this._event);
            if (functionBlock) {
                this._callingFunctionBlock = functionBlock;
                this._functionParameters = functionBlock.CaptureFunctionParameters();
                if (functionBlock.IsAsync())
                    this._asyncId = functionBlock.PauseCurrentAsyncFunction()
            }
            for (const objectClass of allObjectClasses) {
                const sol = objectClass.GetCurrentSol();
                if (sol.IsSelectAll() && !this._event.HasSolModifier(objectClass))
                    continue;
                this._solModifiers.push(objectClass);
                this._sols.set(objectClass, C3.New(C3.SolState, sol))
            }
        }
        InitTimer(seconds) {
            this._type = "timer";
            this._Init();
            this._time = this._eventSheetManager.GetRuntime().GetGameTime() + seconds
        }
        InitSignal(tag) {
            this._type = "signal";
            this._Init();
            this._signalTag = tag.toLowerCase()
        }
        InitPromise(p) {
            this._type = "promise";
            this._Init();
            p.then(()=>this.SetSignalled()).catch(err=>{
                console.warn("[C3 runtime] Promise rejected in 'Wait for previous actions to complete': ", err);
                this.SetSignalled()
            }
            )
        }
        IsTimer() {
            return this._type === "timer"
        }
        IsSignal() {
            return this._type === "signal"
        }
        IsPromise() {
            return this._type === "promise"
        }
        GetSignalTag() {
            return this._signalTag
        }
        IsSignalled() {
            return this._isSignalled
        }
        SetSignalled() {
            this._isSignalled = true
        }
        _ShouldRun() {
            if (this.IsTimer())
                return this._time <= this._eventSheetManager.GetRuntime().GetGameTime();
            else
                return this.IsSignalled()
        }
        _RestoreState(frame) {
            frame._Restore(this._event, this._actIndex);
            for (const [objectClass,solState] of this._sols.entries()) {
                const sol = objectClass.GetCurrentSol();
                solState._Restore(sol)
            }
            const callingFunctionBlock = this._callingFunctionBlock;
            if (callingFunctionBlock) {
                callingFunctionBlock.SetFunctionParameters(this._functionParameters);
                if (callingFunctionBlock.IsAsync())
                    callingFunctionBlock.ResumeAsyncFunction(this._asyncId)
            }
        }
        _Run(frame) {
            this._RestoreState(frame);
            this._event._ResumeActionsAndSubEvents(frame);
            if (this._callingFunctionBlock && this._callingFunctionBlock.IsAsync())
                this._callingFunctionBlock.MaybeFinishAsyncFunctionCall(this._asyncId);
            this._eventSheetManager.ClearSol(this._solModifiers);
            this._shouldRelease = true
        }
        async _DebugRun(frame) {
            this._RestoreState(frame);
            for (const breakEventObject of this._event._DebugResumeActionsAndSubEvents(frame))
                await this._eventSheetManager.GetRuntime().DebugBreak(breakEventObject);
            if (this._callingFunctionBlock && this._callingFunctionBlock.IsAsync())
                this._callingFunctionBlock.MaybeFinishAsyncFunctionCall(this._asyncId);
            this._eventSheetManager.ClearSol(this._solModifiers);
            this._shouldRelease = true
        }
        ShouldRelease() {
            return this._shouldRelease
        }
        RemoveInstances(s) {
            for (const solState of this._sols.values())
                solState.RemoveInstances(s)
        }
        _SaveToJson() {
            const sols = {};
            const o = {
                "t": this._time,
                "st": this._signalTag,
                "s": this._isSignalled,
                "ev": this._event.GetSID(),
                "sm": this._solModifiers.map(oc=>oc.GetSID()),
                "sols": sols
            };
            if (this._event._HasActionIndex(this._actIndex))
                o["act"] = this._event.GetActionAt(this._actIndex).GetSID();
            for (const [objectClass,solState] of this._sols)
                sols[objectClass.GetSID().toString()] = solState._SaveToJson();
            return o
        }
        static _CreateFromJson(eventSheetManager, o) {
            const runtime = eventSheetManager.GetRuntime();
            const event = eventSheetManager.GetEventBlockBySID(o["ev"]);
            if (!event)
                return null;
            let actIndex = 0;
            if (o.hasOwnProperty("act")) {
                const act = eventSheetManager.GetActionBySID(o["act"]);
                if (!act)
                    return null;
                actIndex = act.GetIndex()
            }
            const sw = C3.New(C3.ScheduledWait, eventSheetManager);
            sw._time = o["t"];
            sw._type = sw._time === -1 ? "signal" : "timer";
            sw._signalTag = o["st"];
            sw._isSignalled = o["s"];
            sw._event = event;
            sw._actIndex = actIndex;
            for (const sid of o["sm"]) {
                const objectClass = runtime.GetObjectClassBySID(sid);
                if (objectClass)
                    sw._solModifiers.push(objectClass)
            }
            for (const [sidStr,solData] of Object.entries(o["sols"])) {
                const sid = parseInt(sidStr, 10);
                const objectClass = runtime.GetObjectClassBySID(sid);
                if (!objectClass)
                    continue;
                const solState = C3.New(C3.SolState, null);
                solState._LoadFromJson(eventSheetManager, solData);
                sw._sols.set(objectClass, solState)
            }
            return sw
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SolState = class SolState extends C3.DefendedBase {
        constructor(sol) {
            super();
            this._objectClass = null;
            this._isSelectAll = true;
            this._instances = [];
            if (sol) {
                this._objectClass = sol.GetObjectClass();
                this._isSelectAll = sol.IsSelectAll();
                C3.shallowAssignArray(this._instances, sol._GetOwnInstances())
            }
        }
        Release() {
            this._objectClass = null;
            C3.clearArray(this._instances)
        }
        _Restore(sol) {
            sol._SetSelectAll(this._isSelectAll);
            C3.shallowAssignArray(sol._GetOwnInstances(), this._instances)
        }
        RemoveInstances(s) {
            C3.arrayRemoveAllInSet(this._instances, s)
        }
        _SaveToJson() {
            return {
                "sa": this._isSelectAll,
                "insts": this._instances.map(inst=>inst.GetUID())
            }
        }
        _LoadFromJson(eventSheetManager, o) {
            const runtime = eventSheetManager.GetRuntime();
            this._isSelectAll = !!o["sa"];
            C3.clearArray(this._instances);
            for (const uid of o["insts"]) {
                const inst = runtime.GetInstanceByUID(uid);
                if (inst)
                    this._instances.push(inst)
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function GetNextParamMap(paramMap, param) {
        let nextParamMap = paramMap.get(param);
        if (!nextParamMap) {
            nextParamMap = new Map;
            paramMap.set(param, nextParamMap)
        }
        return nextParamMap
    }
    C3.SDKPluginBase = class SDKPluginBase extends C3.DefendedBase {
        constructor(opts) {
            super();
            this._runtime = opts.runtime;
            this._isSingleGlobal = !!opts.isSingleGlobal;
            this._isWorldType = !!opts.isWorld;
            this._isRotatable = !!opts.isRotatable;
            this._mustPredraw = !!opts.mustPredraw;
            this._hasEffects = !!opts.hasEffects;
            this._supportsSceneGraph = !!opts.supportsSceneGraph;
            this._supportsMesh = !!opts.supportsMesh;
            this._singleGlobalObjectClass = null;
            this._boundACEMethodCache = new Map;
            this._boundACEMethodCache_1param = new Map;
            this._boundACEMethodCache_2params = new Map;
            this._boundACEMethodCache_3params = new Map
        }
        Release() {
            this._runtime = null
        }
        GetRuntime() {
            return this._runtime
        }
        OnCreate() {}
        IsSingleGlobal() {
            return this._isSingleGlobal
        }
        IsWorldType() {
            return this._isWorldType
        }
        IsRotatable() {
            return this._isRotatable
        }
        MustPreDraw() {
            return this._mustPredraw
        }
        HasEffects() {
            return this._hasEffects
        }
        SupportsSceneGraph() {
            return this._supportsSceneGraph
        }
        SupportsMesh() {
            return this._supportsMesh
        }
        _GetBoundACEMethod(func, bindThis) {
            if (!bindThis)
                throw new Error("missing 'this' binding");
            let ret = this._boundACEMethodCache.get(func);
            if (ret)
                return ret;
            ret = func.bind(bindThis);
            this._boundACEMethodCache.set(func, ret);
            return ret
        }
        _GetBoundACEMethod_1param(func, bindThis, param0) {
            if (!bindThis)
                throw new Error("missing 'this' binding");
            const param0map = GetNextParamMap(this._boundACEMethodCache_1param, func);
            let ret = param0map.get(param0);
            if (ret)
                return ret;
            ret = func.bind(bindThis, param0);
            param0map.set(param0, ret);
            return ret
        }
        _GetBoundACEMethod_2params(func, bindThis, param0, param1) {
            if (!bindThis)
                throw new Error("missing 'this' binding");
            const param0map = GetNextParamMap(this._boundACEMethodCache_2params, func);
            const param1map = GetNextParamMap(param0map, param0);
            let ret = param1map.get(param1);
            if (ret)
                return ret;
            ret = func.bind(bindThis, param0, param1);
            param1map.set(param1, ret);
            return ret
        }
        _GetBoundACEMethod_3params(func, bindThis, param0, param1, param2) {
            if (!bindThis)
                throw new Error("missing 'this' binding");
            const param0map = GetNextParamMap(this._boundACEMethodCache_3params, func);
            const param1map = GetNextParamMap(param0map, param0);
            const param2map = GetNextParamMap(param1map, param1);
            let ret = param2map.get(param2);
            if (ret)
                return ret;
            ret = func.bind(bindThis, param0, param1, param2);
            param2map.set(param2, ret);
            return ret
        }
        _SetSingleGlobalObjectClass(objectClass) {
            if (!this.IsSingleGlobal())
                throw new Error("must be single-global plugin");
            this._singleGlobalObjectClass = objectClass
        }
        GetSingleGlobalObjectClass() {
            if (!this.IsSingleGlobal())
                throw new Error("must be single-global plugin");
            return this._singleGlobalObjectClass
        }
        GetSingleGlobalInstance() {
            if (!this.IsSingleGlobal())
                throw new Error("must be single-global plugin");
            return this._singleGlobalObjectClass.GetSingleGlobalInstance()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SDKDOMPluginBase = class SDKDOMPluginBase extends C3.SDKPluginBase {
        constructor(opts, DOM_COMPONENT_ID) {
            super(opts);
            this._domComponentId = DOM_COMPONENT_ID;
            this._nextElementId = 0;
            this._instMap = new Map;
            this.AddElementMessageHandler("elem-focused", sdkInst=>sdkInst._OnElemFocused());
            this.AddElementMessageHandler("elem-blurred", sdkInst=>{
                if (sdkInst)
                    sdkInst._OnElemBlurred()
            }
            )
        }
        Release() {
            super.Release()
        }
        _AddElement(sdkInst) {
            const elementId = this._nextElementId++;
            this._instMap.set(elementId, sdkInst);
            return elementId
        }
        _RemoveElement(elementId) {
            this._instMap.delete(elementId)
        }
        AddElementMessageHandler(handler, func) {
            this._runtime.AddDOMComponentMessageHandler(this._domComponentId, handler, e=>{
                const sdkInst = this._instMap.get(e["elementId"]);
                func(sdkInst, e)
            }
            )
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SDKTypeBase = class SDKTypeBase extends C3.DefendedBase {
        constructor(objectClass) {
            super();
            this._objectClass = objectClass;
            this._runtime = objectClass.GetRuntime();
            this._plugin = objectClass.GetPlugin()
        }
        Release() {
            this._objectClass = null;
            this._runtime = null;
            this._plugin = null
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetRuntime() {
            return this._runtime
        }
        GetPlugin() {
            return this._plugin
        }
        GetImageInfo() {
            return this._objectClass.GetImageInfo()
        }
        FinishCondition(f) {}
        LoadTextures(renderer) {}
        ReleaseTextures() {}
        OnDynamicTextureLoadComplete() {}
        PreloadTexturesWithInstances(renderer) {}
        LoadTilemapData() {}
        GetScriptInterfaceClass() {
            return null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SDKInstanceBase = class SDKInstanceBase extends C3.DefendedBase {
        constructor(inst, domComponentId) {
            super();
            this._inst = inst;
            this._domComponentId = domComponentId;
            this._runtime = inst.GetRuntime();
            this._objectClass = this._inst.GetObjectClass();
            this._sdkType = this._objectClass.GetSdkType();
            this._tickFunc = null;
            this._tick2Func = null;
            this._isTicking = false;
            this._isTicking2 = false;
            this._disposables = null;
            this._wasReleased = false
        }
        Release() {
            this._wasReleased = true;
            this._StopTicking();
            this._StopTicking2();
            this._tickFunc = null;
            this._tick2Func = null;
            if (this._disposables) {
                this._disposables.Release();
                this._disposables = null
            }
            this._inst = null;
            this._runtime = null;
            this._objectClass = null;
            this._sdkType = null
        }
        WasReleased() {
            return this._wasReleased
        }
        GetInstance() {
            return this._inst
        }
        GetRuntime() {
            return this._runtime
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetPlugin() {
            return this._sdkType.GetPlugin()
        }
        GetSdkType() {
            return this._sdkType
        }
        GetScriptInterface() {
            return this._inst.GetInterfaceClass()
        }
        Trigger(method) {
            return this._runtime.Trigger(method, this._inst, null)
        }
        DebugTrigger(method) {
            return this._runtime.DebugTrigger(method, this._inst, null)
        }
        TriggerAsync(method) {
            return this._runtime.TriggerAsync(method, this._inst, null)
        }
        FastTrigger(method, value) {
            return this._runtime.FastTrigger(method, this._inst, value)
        }
        DebugFastTrigger(method, value) {
            return this._runtime.DebugFastTrigger(method, this._inst, value)
        }
        ScheduleTriggers(f) {
            return this._runtime.ScheduleTriggers(f)
        }
        AddDOMMessageHandler(handler, func) {
            this._runtime.AddDOMComponentMessageHandler(this._domComponentId, handler, func)
        }
        AddDOMMessageHandlers(list) {
            for (const [handler,func] of list)
                this.AddDOMMessageHandler(handler, func)
        }
        PostToDOM(handler, data) {
            this._runtime.PostComponentMessageToDOM(this._domComponentId, handler, data)
        }
        PostToDOMAsync(handler, data) {
            return this._runtime.PostComponentMessageToDOMAsync(this._domComponentId, handler, data)
        }
        _PostToDOMMaybeSync(handler, data) {
            if (this._runtime.IsInWorker())
                this.PostToDOM(handler, data);
            else
                return window["c3_runtimeInterface"]["_OnMessageFromRuntime"]({
                    "type": "event",
                    "component": this._domComponentId,
                    "handler": handler,
                    "data": data,
                    "responseId": null
                })
        }
        GetCurrentImageInfo() {
            return null
        }
        GetCurrentSurfaceSize() {
            const imageInfo = this.GetCurrentImageInfo();
            if (imageInfo) {
                const texture = imageInfo.GetTexture();
                if (texture)
                    return [texture.GetWidth(), texture.GetHeight()]
            }
            return [100, 100]
        }
        GetCurrentTexRect() {
            const imageInfo = this.GetCurrentImageInfo();
            return imageInfo ? imageInfo.GetTexRect() : null
        }
        GetImagePoint(nameOrIndex) {
            const wi = this._inst.GetWorldInfo();
            return [wi.GetX(), wi.GetY()]
        }
        Tick() {}
        Tick2() {}
        _StartTicking() {
            if (this._isTicking)
                return;
            if (!this._tickFunc)
                this._tickFunc = ()=>this.Tick();
            this._runtime.Dispatcher().addEventListener("tick", this._tickFunc);
            this._isTicking = true
        }
        _StopTicking() {
            if (!this._isTicking)
                return;
            this._runtime.Dispatcher().removeEventListener("tick", this._tickFunc);
            this._isTicking = false
        }
        IsTicking() {
            return this._isTicking
        }
        _StartTicking2() {
            if (this._isTicking2)
                return;
            if (!this._tick2Func)
                this._tick2Func = ()=>this.Tick2();
            this._runtime.Dispatcher().addEventListener("tick2", this._tick2Func);
            this._isTicking2 = true
        }
        _StopTicking2() {
            if (!this._isTicking2)
                return;
            this._runtime.Dispatcher().removeEventListener("tick2", this._tick2Func);
            this._isTicking2 = false
        }
        IsTicking2() {
            return this._isTicking2
        }
        GetDebuggerProperties() {
            return []
        }
        SaveToJson() {
            return null
        }
        LoadFromJson(o) {}
        LoadTilemapData(data, mapWidth, mapHeight) {}
        TestPointOverlapTile(x, y) {}
        GetPropertyValueByIndex(index) {}
        SetPropertyValueByIndex(index, value) {}
        OffsetPropertyValueByIndex(index, offset) {
            if (offset === 0)
                return;
            const value = this.GetPropertyValueByIndex(index);
            if (typeof value !== "number")
                throw new Error("expected number");
            this.SetPropertyValueByIndex(index, value + offset)
        }
        SetPropertyColorOffsetValueByIndex(offset, r, g, b) {}
        CallAction(actMethod, ...args) {
            actMethod.call(this, ...args)
        }
        CallExpression(expMethod, ...args) {
            return expMethod.call(this, ...args)
        }
        GetScriptInterfaceClass() {
            return null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SDKWorldInstanceBase = class SDKWorldInstanceBase extends C3.SDKInstanceBase {
        constructor(inst, domComponentId) {
            super(inst, domComponentId);
            this._worldInfo = inst.GetWorldInfo();
            this._webglcontextlost_handler = null;
            this._webglcontextrestored_handler = null
        }
        Release() {
            if (this._webglcontextlost_handler) {
                const dispatcher = this._runtime.Dispatcher();
                dispatcher.removeEventListener("webglcontextlost", this._webglcontextlost_handler);
                dispatcher.removeEventListener("webglcontextrestored", this._webglcontextrestored_handler);
                this._webglcontextlost_handler = null;
                this._webglcontextrestored_handler = null
            }
            this._worldInfo = null;
            super.Release()
        }
        HandleWebGLContextLoss() {
            if (this._webglcontextlost_handler)
                return;
            this._webglcontextlost_handler = ()=>this.OnWebGLContextLost();
            this._webglcontextrestored_handler = ()=>this.OnWebGLContextRestored();
            const dispatcher = this._runtime.Dispatcher();
            dispatcher.addEventListener("webglcontextlost", this._webglcontextlost_handler);
            dispatcher.addEventListener("webglcontextrestored", this._webglcontextrestored_handler)
        }
        OnWebGLContextLost() {}
        OnWebGLContextRestored() {}
        GetWorldInfo() {
            return this._worldInfo
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempRect = C3.New(C3.Rect);
    C3.SDKDOMInstanceBase = class SDKDOMInstanceBase extends C3.SDKWorldInstanceBase {
        constructor(inst, domComponentId) {
            super(inst, domComponentId);
            this._elementId = this.GetPlugin()._AddElement(this);
            this._isElementShowing = true;
            this._elemHasFocus = false;
            this._autoFontSize = false;
            this._lastRect = C3.New(C3.Rect, 0, 0, -1, -1);
            const canvasManager = this._runtime.GetCanvasManager();
            this._lastWindowWidth = canvasManager.GetLastWidth();
            this._lastWindowHeight = canvasManager.GetLastHeight();
            this._isPendingUpdateState = false;
            this._StartTicking()
        }
        Release() {
            this.GetPlugin()._RemoveElement(this._elementId);
            this.PostToDOMElement("destroy");
            this._elementId = -1;
            super.Release()
        }
        _GetElementInDOMMode() {
            if (this._runtime.IsInWorker())
                throw new Error("not valid in worker mode");
            return this._PostToDOMElementMaybeSync("get-element")
        }
        PostToDOMElement(handler, data) {
            if (!data)
                data = {};
            data["elementId"] = this._elementId;
            this.PostToDOM(handler, data)
        }
        _PostToDOMElementMaybeSync(handler, data) {
            if (!data)
                data = {};
            data["elementId"] = this._elementId;
            return this._PostToDOMMaybeSync(handler, data)
        }
        PostToDOMElementAsync(handler, data) {
            if (!data)
                data = {};
            data["elementId"] = this._elementId;
            return this.PostToDOMAsync(handler, data)
        }
        CreateElement(data) {
            if (!data)
                data = {};
            const isVisible = this.GetWorldInfo().IsVisible();
            data["elementId"] = this._elementId;
            data["isVisible"] = isVisible;
            Object.assign(data, this.GetElementState());
            this._isElementShowing = !!data["isVisible"];
            this._PostToDOMMaybeSync("create", data);
            this._UpdatePosition(true)
        }
        SetElementVisible(v) {
            v = !!v;
            if (this._isElementShowing === v)
                return;
            this._isElementShowing = v;
            this.PostToDOMElement("set-visible", {
                "isVisible": v
            })
        }
        Tick() {
            this._UpdatePosition(false)
        }
        _ShouldPreserveElement() {
            const fullscreenMode = this._runtime.GetCanvasManager().GetFullscreenMode();
            return C3.Platform.OS === "Android" && (fullscreenMode === "scale-inner" || fullscreenMode === "scale-outer" || fullscreenMode === "crop")
        }
        _UpdatePosition(first) {
            const wi = this.GetWorldInfo();
            const layer = wi.GetLayer();
            const x = wi.GetX();
            const y = wi.GetY();
            let[cleft,ctop] = layer.LayerToCanvasCss(x, y);
            let[cright,cbottom] = layer.LayerToCanvasCss(x + wi.GetWidth(), y + wi.GetHeight());
            const canvasManager = this._runtime.GetCanvasManager();
            const rightEdge = canvasManager.GetCssWidth();
            const bottomEdge = canvasManager.GetCssHeight();
            if (!wi.IsVisible() || !layer.IsVisible()) {
                this.SetElementVisible(false);
                return
            }
            if (!this._ShouldPreserveElement()) {
                if (cright <= 0 || cbottom <= 0 || cleft >= rightEdge || ctop >= bottomEdge) {
                    this.SetElementVisible(false);
                    return
                }
                if (cleft < 1)
                    cleft = 1;
                if (ctop < 1)
                    ctop = 1;
                if (cright >= rightEdge)
                    cright = rightEdge - 1;
                if (cbottom >= bottomEdge)
                    cbottom = bottomEdge - 1
            }
            tempRect.set(cleft, ctop, cright, cbottom);
            const curWinWidth = canvasManager.GetLastWidth();
            const curWinHeight = canvasManager.GetLastHeight();
            if (!first && tempRect.equals(this._lastRect) && this._lastWindowWidth === curWinWidth && this._lastWindowHeight === curWinHeight) {
                this.SetElementVisible(true);
                return
            }
            this._lastRect.copy(tempRect);
            this._lastWindowWidth = curWinWidth;
            this._lastWindowHeight = curWinHeight;
            this.SetElementVisible(true);
            let fontSize = null;
            if (this._autoFontSize)
                fontSize = layer.GetDisplayScale() - .2;
            this.PostToDOMElement("update-position", {
                "left": Math.round(this._lastRect.getLeft()) + canvasManager.GetCanvasClientX(),
                "top": Math.round(this._lastRect.getTop()) + canvasManager.GetCanvasClientY(),
                "width": Math.round(this._lastRect.width()),
                "height": Math.round(this._lastRect.height()),
                "fontSize": fontSize
            })
        }
        FocusElement() {
            this._PostToDOMElementMaybeSync("focus", {
                "focus": true
            })
        }
        BlurElement() {
            this._PostToDOMElementMaybeSync("focus", {
                "focus": false
            })
        }
        _OnElemFocused() {
            this._elemHasFocus = true
        }
        _OnElemBlurred() {
            this._elemHasFocus = false
        }
        IsElementFocused() {
            return this._elemHasFocus
        }
        SetElementCSSStyle(prop, val) {
            this.PostToDOMElement("set-css-style", {
                "prop": C3.CSSToCamelCase(prop),
                "val": val
            })
        }
        SetElementAttribute(attribName, value) {
            this.PostToDOMElement("set-attribute", {
                "name": attribName,
                "val": value
            })
        }
        RemoveElementAttribute(attribName) {
            this.PostToDOMElement("remove-attribute", {
                "name": attribName
            })
        }
        UpdateElementState() {
            if (this._isPendingUpdateState)
                return;
            this._isPendingUpdateState = true;
            Promise.resolve().then(()=>{
                this._isPendingUpdateState = false;
                this.PostToDOMElement("update-state", this.GetElementState())
            }
            )
        }
        GetElementState() {}
        GetElementId() {
            return this._elementId
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IBehavior = self.IBehavior;
    C3.SDKBehaviorBase = class SDKBehaviorBase extends C3.DefendedBase {
        constructor(opts) {
            super();
            this._runtime = opts.runtime;
            this._myObjectClasses = C3.New(C3.ArraySet);
            this._myInstances = C3.New(C3.ArraySet);
            this._iBehavior = null;
            const CustomScriptClass = opts.scriptInterfaceClass;
            if (CustomScriptClass) {
                this._iBehavior = new CustomScriptClass(this);
                if (!(this._iBehavior instanceof IBehavior))
                    throw new TypeError("script interface class must derive from IBehavior");
            } else
                this._iBehavior = new IBehavior(this)
        }
        Release() {
            this._myInstances.Release();
            this._myObjectClasses.Release();
            this._runtime = null
        }
        GetRuntime() {
            return this._runtime
        }
        OnCreate() {}
        _AddObjectClass(objectClass) {
            this._myObjectClasses.Add(objectClass)
        }
        GetObjectClasses() {
            return this._myObjectClasses.GetArray()
        }
        _AddInstance(inst) {
            this._myInstances.Add(inst)
        }
        _RemoveInstance(inst) {
            this._myInstances.Delete(inst)
        }
        GetInstances() {
            return this._myInstances.GetArray()
        }
        GetIBehavior() {
            return this._iBehavior
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SDKBehaviorTypeBase = class SDKBehaviorTypeBase extends C3.DefendedBase {
        constructor(behaviorType) {
            super();
            this._runtime = behaviorType.GetRuntime();
            this._behaviorType = behaviorType;
            this._objectClass = behaviorType.GetObjectClass();
            this._behavior = behaviorType.GetBehavior();
            this._behavior._AddObjectClass(this._objectClass)
        }
        Release() {
            this._runtime = null;
            this._behaviorType = null;
            this._objectClass = null;
            this._behavior = null
        }
        GetBehaviorType() {
            return this._behaviorType
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetRuntime() {
            return this._runtime
        }
        GetBehavior() {
            return this._behavior
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SDKBehaviorInstanceBase = class SDKBehaviorInstanceBase extends C3.DefendedBase {
        constructor(behInst, domComponentId) {
            super();
            this._behInst = behInst;
            this._domComponentId = domComponentId;
            this._inst = behInst.GetObjectInstance();
            this._runtime = behInst.GetRuntime();
            this._behaviorType = behInst.GetBehaviorType();
            this._sdkType = this._behaviorType.GetSdkType();
            this._isTicking = false;
            this._isTicking2 = false;
            this._isPostTicking = false;
            this._disposables = null
        }
        Release() {
            this._StopTicking();
            this._StopTicking2();
            this._StopPostTicking();
            if (this._disposables) {
                this._disposables.Release();
                this._disposables = null
            }
            this._behInst = null;
            this._inst = null;
            this._runtime = null;
            this._behaviorType = null;
            this._sdkType = null
        }
        GetBehavior() {
            return this._behaviorType.GetBehavior()
        }
        GetBehaviorInstance() {
            return this._behInst
        }
        GetObjectInstance() {
            return this._inst
        }
        GetObjectClass() {
            return this._inst.GetObjectClass()
        }
        GetWorldInfo() {
            return this._inst.GetWorldInfo()
        }
        GetRuntime() {
            return this._runtime
        }
        GetBehaviorType() {
            return this._behaviorType
        }
        GetSdkType() {
            return this._sdkType
        }
        GetScriptInterface() {
            return this._behInst.GetScriptInterface()
        }
        Trigger(method) {
            return this._runtime.Trigger(method, this._inst, this._behaviorType)
        }
        DebugTrigger(method) {
            return this._runtime.DebugTrigger(method, this._inst, this._behaviorType)
        }
        TriggerAsync(method) {
            return this._runtime.TriggerAsync(method, this._inst, this._behaviorType)
        }
        PostCreate() {}
        Tick() {}
        Tick2() {}
        PostTick() {}
        _StartTicking() {
            if (this._isTicking)
                return;
            this._runtime._AddBehInstToTick(this);
            this._isTicking = true
        }
        _StopTicking() {
            if (!this._isTicking)
                return;
            this._runtime._RemoveBehInstToTick(this);
            this._isTicking = false
        }
        IsTicking() {
            return this._isTicking
        }
        _StartTicking2() {
            if (this._isTicking2)
                return;
            this._runtime._AddBehInstToTick2(this);
            this._isTicking2 = true
        }
        _StopTicking2() {
            if (!this._isTicking2)
                return;
            this._runtime._RemoveBehInstToTick2(this);
            this._isTicking2 = false
        }
        IsTicking2() {
            return this._isTicking2
        }
        _StartPostTicking() {
            if (this._isPostTicking)
                return;
            this._runtime._AddBehInstToPostTick(this);
            this._isPostTicking = true
        }
        _StopPostTicking() {
            if (!this._isPostTicking)
                return;
            this._runtime._RemoveBehInstToPostTick(this);
            this._isPostTicking = false
        }
        IsPostTicking() {
            return this._isPostTicking
        }
        GetDebuggerProperties() {
            return []
        }
        AddDOMMessageHandler(handler, func) {
            this._runtime.AddDOMComponentMessageHandler(this._domComponentId, handler, func)
        }
        OnSpriteFrameChanged(prevFrame, nextFrame) {}
        SaveToJson() {
            return null
        }
        LoadFromJson(o) {}
        GetPropertyValueByIndex(index) {}
        SetPropertyValueByIndex(index, value) {}
        OffsetPropertyValueByIndex(index, offset) {
            if (offset === 0)
                return;
            const value = this.GetPropertyValueByIndex(index);
            if (typeof value !== "number")
                throw new Error("expected number");
            this.SetPropertyValueByIndex(index, value + offset)
        }
        SetPropertyColorOffsetValueByIndex(index, offsetR, offsetG, offsetB) {}
        CallAction(actMethod, ...args) {
            actMethod.call(this, ...args)
        }
        CallExpression(expMethod, ...args) {
            return expMethod.call(this, ...args)
        }
        GetScriptInterfaceClass() {
            return null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins = {};
    C3.Behaviors = {};
    C3.PluginManager = class PluginManager extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._allPlugins = [];
            this._pluginsByCtor = new Map;
            this._systemPlugin = null;
            this._allBehaviors = [];
            this._behaviorsByCtor = new Map;
            this._solidBehavior = null;
            this._jumpthruBehavior = null
        }
        CreatePlugin(pluginData) {
            const Ctor = this._runtime.GetObjectReference(pluginData[0]);
            if (!Ctor)
                throw new Error("missing plugin");
            C3.AddCommonACEs(pluginData, Ctor);
            const plugin = C3.New(Ctor, {
                runtime: this._runtime,
                isSingleGlobal: pluginData[1],
                isWorld: pluginData[2],
                isRotatable: pluginData[5],
                hasEffects: pluginData[8],
                mustPredraw: pluginData[9],
                supportsSceneGraph: pluginData[13],
                supportsMesh: pluginData[14]
            });
            plugin.OnCreate();
            this._allPlugins.push(plugin);
            this._pluginsByCtor.set(Ctor, plugin)
        }
        CreateSystemPlugin() {
            this._systemPlugin = C3.New(C3.Plugins.System, {
                runtime: this._runtime,
                isSingleGlobal: true
            });
            this._systemPlugin.OnCreate()
        }
        CreateBehavior(behaviorData) {
            const Ctor = this._runtime.GetObjectReference(behaviorData[1]);
            if (!Ctor)
                throw new Error("missing behavior");
            const behavior = C3.New(Ctor, {
                runtime: this._runtime
            });
            behavior.OnCreate();
            this._allBehaviors.push(behavior);
            this._behaviorsByCtor.set(Ctor, behavior);
            if (!this._solidBehavior && C3.Behaviors.solid && behavior instanceof C3.Behaviors.solid)
                this._solidBehavior = behavior;
            else if (!this._jumpthruBehavior && C3.Behaviors.jumpthru && behavior instanceof C3.Behaviors.jumpthru)
                this._jumpthruBehavior = behavior
        }
        GetPluginByConstructorFunction(ctor) {
            return this._pluginsByCtor.get(ctor) || null
        }
        HasBehaviorByConstructorFunction(ctor) {
            return this._behaviorsByCtor.has(ctor)
        }
        GetBehaviorByConstructorFunction(ctor) {
            return this._behaviorsByCtor.get(ctor) || null
        }
        GetSystemPlugin() {
            return this._systemPlugin
        }
        GetSolidBehavior() {
            return this._solidBehavior
        }
        GetJumpthruBehavior() {
            return this._jumpthruBehavior
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const allImageInfos = new Set;
    C3.ImageInfo = class ImageInfo extends C3.DefendedBase {
        constructor() {
            super();
            this._url = "";
            this._size = 0;
            this._pixelFormat = 0;
            this._offsetX = 0;
            this._offsetY = 0;
            this._width = 0;
            this._height = 0;
            this._hasMetaData = false;
            this._imageAsset = null;
            this._textureState = "";
            this._rcTex = C3.New(C3.Rect);
            allImageInfos.add(this)
        }
        Release() {
            this.ReleaseTexture();
            this._imageAsset = null;
            allImageInfos.delete(this)
        }
        static OnWebGLContextLost() {
            for (const imageInfo of allImageInfos) {
                imageInfo._textureState = "";
                imageInfo._rcTex.set(0, 0, 0, 0)
            }
        }
        LoadData(imageData) {
            this._url = imageData[0];
            this._size = imageData[1];
            this._pixelFormat = imageData[2];
            this._offsetX = imageData[3];
            this._offsetY = imageData[4];
            this._width = imageData[5];
            this._height = imageData[6];
            this._hasMetaData = true
        }
        LoadAnimationFrameData(frameData) {
            this._url = frameData[0];
            this._size = frameData[1];
            this._offsetX = frameData[2];
            this._offsetY = frameData[3];
            this._width = frameData[4];
            this._height = frameData[5];
            this._pixelFormat = frameData[11];
            this._hasMetaData = true
        }
        LoadDynamicAsset(runtime, url) {
            if (this._imageAsset)
                throw new Error("already loaded asset");
            this._url = url;
            const opts = {};
            if (C3.IsAbsoluteURL(url))
                opts.loadPolicy = "remote";
            this.LoadAsset(runtime, opts);
            return this._imageAsset.Load()
        }
        ReplaceWith(otherImageInfo) {
            if (otherImageInfo === this)
                throw new Error("cannot replace with self");
            this.ReleaseTexture();
            this._url = otherImageInfo._url;
            this._size = otherImageInfo._size;
            this._pixelFormat = otherImageInfo._pixelFormat;
            this._offsetX = otherImageInfo._offsetX;
            this._offsetY = otherImageInfo._offsetY;
            this._width = otherImageInfo._width;
            this._height = otherImageInfo._height;
            this._hasMetaData = otherImageInfo._hasMetaData;
            this._imageAsset = otherImageInfo._imageAsset;
            this._textureState = otherImageInfo._textureState;
            this._rcTex = otherImageInfo._rcTex
        }
        GetURL() {
            return this._url
        }
        GetSize() {
            return this._size
        }
        GetPixelFormat() {
            return this._pixelFormat
        }
        GetOffsetX() {
            return this._offsetX
        }
        GetOffsetY() {
            return this._offsetY
        }
        GetWidth() {
            return this._width
        }
        GetHeight() {
            return this._height
        }
        GetSheetWidth() {
            return this._imageAsset.GetWidth()
        }
        GetSheetHeight() {
            return this._imageAsset.GetHeight()
        }
        LoadAsset(runtime, opts) {
            if (this._imageAsset)
                throw new Error("already got asset");
            opts = Object.assign({}, opts, {
                url: this.GetURL(),
                size: this.GetSize()
            });
            this._imageAsset = runtime.LoadImage(opts)
        }
        IsLoaded() {
            return this._imageAsset && this._imageAsset.IsLoaded()
        }
        async LoadStaticTexture(renderer, opts) {
            if (!this._imageAsset)
                throw new Error("no asset");
            if (this._textureState)
                throw new Error("already loaded texture");
            this._textureState = "loading";
            const texture = await this._imageAsset.LoadStaticTexture(renderer, opts);
            if (!texture) {
                this._textureState = "";
                return null
            }
            this._textureState = "loaded";
            if (!this._hasMetaData) {
                this._width = texture.GetWidth();
                this._height = texture.GetHeight();
                this._hasMetaData = true
            }
            this._rcTex.set(this._offsetX, this._offsetY, this._offsetX + this._width, this._offsetY + this._height);
            this._rcTex.divide(texture.GetWidth(), texture.GetHeight());
            return texture
        }
        ReleaseTexture() {
            if (!this._textureState)
                return;
            if (this._imageAsset)
                this._imageAsset.ReleaseTexture();
            this._textureState = "";
            this._rcTex.set(0, 0, 0, 0)
        }
        GetTexture() {
            return this._imageAsset ? this._imageAsset.GetTexture() : null
        }
        GetTexRect() {
            return this._rcTex
        }
        async ExtractImageToCanvas() {
            const srcDrawable = await this._imageAsset.LoadToDrawable();
            const canvas = C3.CreateCanvas(this._width, this._height);
            const ctx = canvas.getContext("2d");
            ctx.drawImage(srcDrawable, this._offsetX, this._offsetY, this._width, this._height, 0, 0, this._width, this._height);
            return canvas
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.AnimationInfo = class AnimationInfo extends C3.DefendedBase {
        constructor(animData) {
            super();
            this._name = animData[0];
            this._speed = animData[1];
            this._isLooping = !!animData[2];
            this._repeatCount = animData[3];
            this._repeatTo = animData[4];
            this._isPingPong = !!animData[5];
            this._sid = animData[6];
            this._frames = animData[7].map(frameData=>C3.New(C3.AnimationFrameInfo, frameData))
        }
        Release() {
            for (const f of this._frames)
                f.Release();
            C3.clearArray(this._frames)
        }
        LoadAllAssets(runtime) {
            for (const f of this._frames)
                f.GetImageInfo().LoadAsset(runtime)
        }
        LoadAllTextures(renderer, opts) {
            return Promise.all(this._frames.map(f=>f.GetImageInfo().LoadStaticTexture(renderer, opts)))
        }
        ReleaseAllTextures() {
            for (const f of this._frames)
                f.GetImageInfo().ReleaseTexture()
        }
        GetName() {
            return this._name
        }
        GetSID() {
            return this._sid
        }
        GetFrameCount() {
            return this._frames.length
        }
        GetFrames() {
            return this._frames
        }
        GetFrameAt(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._frames.length)
                throw new RangeError("invalid frame");
            return this._frames[i]
        }
        GetSpeed() {
            return this._speed
        }
        IsLooping() {
            return this._isLooping
        }
        GetRepeatCount() {
            return this._repeatCount
        }
        GetRepeatTo() {
            return this._repeatTo
        }
        IsPingPong() {
            return this._isPingPong
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.AnimationFrameInfo = class AnimationFrameInfo extends C3.DefendedBase {
        constructor(frameData) {
            super();
            this._imageInfo = C3.New(C3.ImageInfo);
            this._imageInfo.LoadAnimationFrameData(frameData);
            this._duration = frameData[6];
            this._origin = C3.New(C3.Vector2, frameData[7], frameData[8]);
            this._imagePoints = frameData[9].map(data=>C3.New(C3.ImagePoint, this, data));
            this._imagePointsByName = new Map;
            for (const ip of this._imagePoints)
                this._imagePointsByName.set(ip.GetName().toLowerCase(), ip);
            this._collisionPoly = null;
            const polyPoints = frameData[10];
            if (polyPoints.length >= 6)
                this._collisionPoly = C3.New(C3.CollisionPoly, polyPoints)
        }
        Release() {
            if (this._collisionPoly) {
                this._collisionPoly.Release();
                this._collisionPoly = null
            }
            this._imageInfo.Release();
            this._imageInfo = null
        }
        GetImageInfo() {
            return this._imageInfo
        }
        GetDuration() {
            return this._duration
        }
        GetOriginX() {
            return this._origin.getX()
        }
        GetOriginY() {
            return this._origin.getY()
        }
        GetCollisionPoly() {
            return this._collisionPoly
        }
        GetImagePointByName(name) {
            return this._imagePointsByName.get(name.toLowerCase()) || null
        }
        GetImagePointByIndex(index) {
            index = Math.floor(index);
            if (index < 0 || index >= this._imagePoints.length)
                return null;
            return this._imagePoints[index]
        }
        GetImagePointCount() {
            return this._imagePoints.length
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.ImagePoint = class ImagePoint extends C3.DefendedBase {
        constructor(afi, data) {
            super();
            this._afi = afi;
            this._name = data[0];
            this._pos = C3.New(C3.Vector2, data[1], data[2])
        }
        Release() {}
        GetName() {
            return this._name
        }
        GetX() {
            return this._pos.getX()
        }
        GetY() {
            return this._pos.getY()
        }
        GetVec2() {
            return this._pos
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const C3Debugger = self.C3Debugger;
    const IObjectClass = self.IObjectClass;
    const assert = self.assert;
    C3.ObjectClass = class ObjectClass extends C3.DefendedBase {
        constructor(runtime, index, data) {
            super();
            const PluginCtor = runtime.GetObjectReference(data[1]);
            this._runtime = runtime;
            this._plugin = runtime.GetPluginManager().GetPluginByConstructorFunction(PluginCtor);
            this._sdkType = null;
            this._instSdkCtor = PluginCtor.Instance;
            this._index = index;
            this._sid = data[11];
            this._name = data[0];
            this._jsPropName = this._runtime.GetJsPropName(data[14]);
            this._isGlobal = !!data[9];
            this._isFamily = !!data[2];
            this._isOnLoaderLayout = !!data[10];
            this._instVars = data[3].map(arr=>({
                sid: arr[0],
                type: arr[1],
                name: arr[2],
                jsPropName: runtime.GetJsPropName(arr[3])
            }));
            this._behaviorsCount = data[4];
            this._effectsCount = data[5];
            this._isWorldType = this._plugin.IsWorldType();
            this._effectList = null;
            this._collisionGrid = C3.New(C3.SparseGrid, runtime.GetOriginalViewportWidth(), runtime.GetOriginalViewportHeight());
            this._anyCollisionCellChanged = true;
            this._anyInstanceParallaxed = false;
            this._familyMembers = null;
            this._familyMembersSet = null;
            this._familyIndex = -1;
            this._families = null;
            this._familiesSet = null;
            this._familyInstVarMap = null;
            this._familyBehaviorMap = null;
            this._familyEffectMap = null;
            this._isInContainer = false;
            this._container = null;
            this._behaviorTypes = data[8].map(behaviorTypeData=>C3.BehaviorType.Create(this, behaviorTypeData));
            this._behaviorTypesIncludingInherited = [];
            this._behaviorsByName = new Map;
            this._behaviorNameToIndex = new Map;
            this._usedBehaviorCtors = new Set;
            this._solStack = C3.New(C3.SolStack, this);
            this._defaultInstanceData = null;
            this._defaultLayerIndex = 0;
            this._isContained = false;
            this._container = null;
            this._imageInfo = null;
            this._animations = null;
            this._animationsByName = null;
            this._animationsBySid = null;
            this._textureRefCount = 0;
            this._savedData = new Map;
            this._unsavedData = new Map;
            this._instances = [];
            this._iidsStale = true;
            if (this._plugin.HasEffects())
                this._effectList = C3.New(C3.EffectList, this, data[12]);
            if (data[6]) {
                this._imageInfo = C3.New(C3.ImageInfo);
                this._imageInfo.LoadData(data[6])
            }
            if (data[7]) {
                this._animations = data[7].map(animData=>C3.New(C3.AnimationInfo, animData));
                this._animationsByName = new Map;
                this._animationsBySid = new Map;
                for (const anim of this._animations) {
                    this._animationsByName.set(anim.GetName().toLowerCase(), anim);
                    this._animationsBySid.set(anim.GetSID(), anim)
                }
            }
            if (this._isFamily) {
                this._familyMembers = [];
                this._familyMembersSet = new Set;
                this._familyIndex = this._runtime._GetNextFamilyIndex()
            } else {
                this._families = [];
                this._familiesSet = new Set;
                this._familyInstVarMap = [];
                this._familyBehaviorMap = [];
                this._familyEffectMap = []
            }
            this._sdkType = C3.New(PluginCtor.Type, this, data[15]);
            this._iObjectClass = null;
            this._instanceUserScriptClass = null;
            this._userScriptDispatcher = C3.New(C3.Event.Dispatcher);
            const CustomScriptClass = this._sdkType.GetScriptInterfaceClass();
            if (CustomScriptClass) {
                this._iObjectClass = new CustomScriptClass(this);
                if (!(this._iObjectClass instanceof IObjectClass))
                    throw new TypeError("script interface class must derive from IObjectClass");
            } else
                this._iObjectClass = new IObjectClass(this);
            if (data[13]) {
                const tilemapData = data[13];
                if (tilemapData) {
                    const tilePolyData = tilemapData[0];
                    const maxTileIndex = tilemapData[1];
                    this._sdkType.LoadTilemapData(tilePolyData, maxTileIndex)
                }
            }
            if (!this._runtime.UsesLoaderLayout() || this._isFamily || this._isOnLoaderLayout || !this._isWorldType)
                this.OnCreate();
            if (this._plugin.IsSingleGlobal()) {
                this._plugin._SetSingleGlobalObjectClass(this);
                this._CreateSingleGlobalInstance(data)
            }
        }
        static Create(runtime, index, objectClassData) {
            return C3.New(C3.ObjectClass, runtime, index, objectClassData)
        }
        Release() {
            if (this._imageInfo) {
                this._imageInfo.Release();
                this._imageInfo = null
            }
            if (this._animations) {
                for (const a of this._animations)
                    a.Release();
                C3.clearArray(this._animations);
                this._animationsByName.clear();
                this._animationsBySid.clear()
            }
            this._solStack.Release();
            this._solStack = null;
            this._savedData.clear();
            this._unsavedData.clear();
            this._container = null;
            this._runtime = null
        }
        _LoadFamily(familyData) {
            for (let i = 1, len = familyData.length; i < len; ++i) {
                const memberType = this._runtime.GetObjectClassByIndex(familyData[i]);
                this._familyMembers.push(memberType);
                this._familyMembersSet.add(memberType);
                memberType._families.push(this);
                memberType._familiesSet.add(this)
            }
        }
        _SetContainer(container) {
            this._isInContainer = true;
            this._container = container
        }
        IsInContainer() {
            return this._isInContainer
        }
        GetContainer() {
            return this._container
        }
        _OnAfterCreate() {
            let index = 0;
            if (!this._isFamily)
                for (const family of this._families)
                    for (const familyBehType of family.GetBehaviorTypes()) {
                        const lowerName = familyBehType.GetName().toLowerCase();
                        this._behaviorsByName.set(lowerName, familyBehType);
                        this._behaviorNameToIndex.set(lowerName, index);
                        this._behaviorTypesIncludingInherited.push(familyBehType);
                        ++index
                    }
            for (const behaviorType of this.GetBehaviorTypes()) {
                const lowerName = behaviorType.GetName().toLowerCase();
                this._behaviorsByName.set(lowerName, behaviorType);
                this._behaviorNameToIndex.set(lowerName, index);
                this._behaviorTypesIncludingInherited.push(behaviorType);
                ++index
            }
            for (const behaviorType of this._behaviorTypesIncludingInherited)
                this._usedBehaviorCtors.add(behaviorType.GetBehavior().constructor);
            if (!this._isFamily && this._families.length) {
                const familyCount = this._runtime.GetFamilyCount();
                C3.extendArray(this._familyInstVarMap, familyCount, 0);
                C3.extendArray(this._familyBehaviorMap, familyCount, 0);
                C3.extendArray(this._familyEffectMap, familyCount, 0);
                const allFx = [];
                let ivSum = 0;
                let behSum = 0;
                let fxSum = 0;
                for (const family of this._families) {
                    const familyIndex = family.GetFamilyIndex();
                    this._familyInstVarMap[familyIndex] = ivSum;
                    ivSum += family.GetInstanceVariablesCount();
                    this._familyBehaviorMap[familyIndex] = behSum;
                    behSum += family.GetBehaviorTypesCount();
                    this._familyEffectMap[familyIndex] = fxSum;
                    fxSum += family.GetEffectTypesCount();
                    const familyEffectList = family.GetEffectList();
                    if (familyEffectList && this._effectList)
                        for (const effectType of familyEffectList.GetAllEffectTypes())
                            allFx.push(effectType.Clone(this._effectList))
                }
                if (this._effectList)
                    this._effectList.PrependEffectTypes(allFx)
            }
        }
        _CreateSingleGlobalInstance(data) {
            const uid = this._runtime._GetNewUID();
            const inst = C3.New(C3.Instance, {
                runtime: this._runtime,
                objectType: this,
                uid: uid
            });
            inst._CreateSdkInstance(data[16], []);
            this._runtime._MapInstanceByUID(uid, inst);
            this._instances.push(inst)
        }
        GetSdkType() {
            return this._sdkType
        }
        IsOnLoaderLayout() {
            return this._isOnLoaderLayout
        }
        OnCreate() {
            if (!this._isFamily)
                this._sdkType.OnCreate()
        }
        HasLoadedTextures() {
            return this._textureRefCount > 0
        }
        LoadTextures(renderer) {
            if (this._isFamily)
                return Promise.resolve();
            this._textureRefCount++;
            if (this._textureRefCount === 1)
                return this._sdkType.LoadTextures(renderer) || Promise.resolve();
            else
                return Promise.resolve()
        }
        ReleaseTextures() {
            if (this._isFamily)
                return;
            this._textureRefCount--;
            if (this._textureRefCount < 0)
                throw new Error("released textures too many times");
            if (this._textureRefCount === 0)
                this._sdkType.ReleaseTextures()
        }
        OnDynamicTextureLoadComplete() {
            if (this._isFamily)
                throw new Error("not applicable to family");
            this._sdkType.OnDynamicTextureLoadComplete()
        }
        PreloadTexturesWithInstances(renderer) {
            if (this._isFamily)
                return Promise.resolve();
            return this._sdkType.PreloadTexturesWithInstances(renderer)
        }
        GetRuntime() {
            return this._runtime
        }
        GetPlugin() {
            return this._plugin
        }
        GetInstanceSdkCtor() {
            return this._instSdkCtor
        }
        GetName() {
            return this._name
        }
        GetJsPropName() {
            return this._jsPropName
        }
        GetIndex() {
            return this._index
        }
        GetSID() {
            return this._sid
        }
        IsFamily() {
            return this._isFamily
        }
        IsGlobal() {
            return this._isGlobal
        }
        IsWorldType() {
            return this._isWorldType
        }
        GetFamilyIndex() {
            return this._familyIndex
        }
        GetBehaviorTypes() {
            return this._behaviorTypes
        }
        GetBehaviorTypesCount() {
            return this._behaviorsCount
        }
        UsesBehaviorByCtor(Ctor) {
            return Ctor && this._usedBehaviorCtors.has(Ctor)
        }
        GetInstanceVariablesCount() {
            return this._instVars.length
        }
        GetInstanceVariableSIDs() {
            return this._instVars.map(iv=>iv.sid)
        }
        GetInstanceVariableIndexBySID(sid) {
            return this._instVars.findIndex(iv=>iv.sid === sid)
        }
        GetInstanceVariableIndexByName(name) {
            return this._instVars.findIndex(iv=>iv.name === name)
        }
        _GetAllInstanceVariableNames() {
            return this._instVars.map(iv=>iv.name)
        }
        _GetAllInstanceVariableJsPropNames() {
            return this._instVars.map(iv=>iv.jsPropName)
        }
        GetInstanceVariableType(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._instVars.length)
                throw new RangeError("invalid instance variable index");
            return this._instVars[i].type
        }
        GetInstanceVariableName(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._instVars.length)
                throw new RangeError("invalid instance variable index");
            return this._instVars[i].name
        }
        GetEffectTypesCount() {
            return this._effectsCount
        }
        GetBehaviorTypesIncludingInherited() {
            return this._behaviorTypesIncludingInherited
        }
        GetBehaviorTypeByName(name) {
            return this._behaviorsByName.get(name.toLowerCase()) || null
        }
        GetBehaviorIndexByName(name) {
            const ret = this._behaviorNameToIndex.get(name.toLowerCase());
            if (typeof ret === "undefined")
                return -1;
            else
                return ret
        }
        GetEffectList() {
            return this._effectList
        }
        HasEffects() {
            return this._plugin.HasEffects()
        }
        UsesEffects() {
            return this._effectList && this._effectList.HasAnyEffectType()
        }
        GetSolStack() {
            return this._solStack
        }
        GetCurrentSol() {
            return this._solStack.GetCurrentSol()
        }
        GetImageInfo() {
            return this._imageInfo
        }
        SetDefaultInstanceData(d) {
            this._defaultInstanceData = d
        }
        GetDefaultInstanceData() {
            return this._defaultInstanceData
        }
        _SetDefaultLayerIndex(i) {
            this._defaultLayerIndex = i
        }
        GetDefaultLayerIndex() {
            return this._defaultLayerIndex
        }
        GetAnimations() {
            return this._animations
        }
        GetAnimationCount() {
            return this._animations.length
        }
        GetFamilies() {
            return this._families
        }
        BelongsToFamily(family) {
            return this._familiesSet.has(family)
        }
        GetFamilyMembers() {
            return this._familyMembers
        }
        FamilyHasMember(objectType) {
            return this._familyMembersSet.has(objectType)
        }
        GetFamilyBehaviorOffset(familyIndex) {
            return this._familyBehaviorMap[familyIndex]
        }
        GetFamilyInstanceVariableOffset(familyIndex) {
            return this._familyInstVarMap[familyIndex]
        }
        GetAnimationByName(name) {
            if (!this._animations)
                throw new Error("no animations");
            return this._animationsByName.get(name.toLowerCase()) || null
        }
        GetAnimationBySID(sid) {
            if (!this._animations)
                throw new Error("no animations");
            return this._animationsBySid.get(sid) || null
        }
        GetFirstAnimationFrame() {
            if (!this._animations)
                throw new Error("no animations");
            return this._animations[0].GetFrameAt(0)
        }
        GetDefaultInstanceSize() {
            if (this._animations) {
                const firstFrameInfo = this.GetFirstAnimationFrame().GetImageInfo();
                return [firstFrameInfo.GetWidth(), firstFrameInfo.GetHeight()]
            } else if (this._imageInfo)
                return [this._imageInfo.GetWidth(), this._imageInfo.GetHeight()];
            else
                return [100, 100]
        }
        GetSingleGlobalInstance() {
            if (!this._plugin.IsSingleGlobal())
                throw new Error("not a single-global plugin");
            return this._instances[0]
        }
        GetInstances() {
            return this._instances
        }
        *instances() {
            yield*this._instances
        }
        *instancesIncludingPendingCreate() {
            yield*this._instances;
            for (const inst of this._runtime._GetInstancesPendingCreate())
                if (inst.GetObjectClass() === this)
                    yield inst
        }
        GetInstanceCount() {
            return this._instances.length
        }
        _AddInstance(inst) {
            this._instances.push(inst)
        }
        _SetIIDsStale() {
            this._iidsStale = true
        }
        _UpdateIIDs() {
            if (!this._iidsStale || this._isFamily)
                return;
            const instances = this._instances;
            let i = 0;
            for (let len = instances.length; i < len; ++i)
                instances[i]._SetIID(i);
            const instancesPendingCreate = this._runtime._GetInstancesPendingCreate();
            for (const inst of instancesPendingCreate)
                if (inst.GetObjectClass() === this)
                    inst._SetIID(i++);
            this._iidsStale = false
        }
        GetInstanceByIID(i) {
            const instances = this._instances;
            if (i < instances.length)
                return instances[i];
            i -= instances.length;
            const instancesPendingCreate = this._runtime._GetInstancesPendingCreate();
            for (const inst of instancesPendingCreate)
                if (inst.GetObjectClass() === this) {
                    if (i === 0)
                        return inst;
                    --i
                }
            return null
        }
        GetFirstPicked(fromInst) {
            if (fromInst && fromInst.IsInContainer() && fromInst.GetObjectClass() !== this)
                for (const s of fromInst.siblings())
                    if (s.GetObjectClass() === this)
                        return s;
            const instances = this.GetCurrentSol().GetInstances();
            if (instances.length)
                return instances[0];
            else
                return null
        }
        GetPairedInstance(inst) {
            const instances = this.GetCurrentSol().GetInstances();
            if (instances.length)
                return instances[inst.GetIID() % instances.length];
            else
                return null
        }
        *allCorrespondingInstances(inst, objectClass) {
            const myInstances = this.GetCurrentSol().GetInstances();
            const myInstanceCount = myInstances.length;
            const otherSol = objectClass.GetCurrentSol();
            const otherInstances = objectClass.GetCurrentSol().GetInstances();
            const otherInstanceCount = otherInstances.length;
            let index = inst.GetIID();
            if (objectClass.IsFamily() || !otherSol.IsSelectAll())
                index = otherInstances.indexOf(inst);
            const divisor = Math.ceil(myInstanceCount / otherInstanceCount);
            const remainder = myInstanceCount % otherInstanceCount;
            let startIndex = 0;
            let correspondCount = 0;
            if (remainder === 0 || index < remainder) {
                startIndex = index * divisor;
                correspondCount = divisor
            } else {
                startIndex = remainder * divisor + (index - remainder) * (divisor - 1);
                correspondCount = divisor - 1
            }
            for (let i = startIndex, end = startIndex + correspondCount; i < end; ++i)
                yield myInstances[i]
        }
        FinishCondition(f) {
            this._sdkType.FinishCondition(f)
        }
        ApplySolToContainer() {
            if (!this._isInContainer || this._isFamily)
                return;
            this._UpdateIIDs();
            const sol1 = this.GetCurrentSol();
            const sol1instances = sol1._GetOwnInstances();
            const selectAll = sol1.IsSelectAll();
            const es = this._runtime.GetCurrentEventStackFrame();
            const isOrBlock = es && es.GetCurrentEvent() && es.GetCurrentEvent().IsOrBlock();
            for (const containerType of this._container.objectTypes()) {
                if (containerType === this)
                    continue;
                containerType._UpdateIIDs();
                const sol2 = containerType.GetCurrentSol();
                sol2._SetSelectAll(selectAll);
                if (!selectAll) {
                    const sol2instances = sol2._GetOwnInstances();
                    C3.clearArray(sol2instances);
                    for (const inst of sol1instances)
                        sol2instances.push(containerType.GetInstanceByIID(inst.GetIID()));
                    if (isOrBlock) {
                        const sol1elseInstances = sol1._GetOwnElseInstances();
                        const sol2elseInstances = sol2._GetOwnElseInstances();
                        C3.clearArray(sol2elseInstances);
                        for (const inst of sol1elseInstances)
                            sol2elseInstances.push(containerType.GetInstanceByIID(inst.GetIID()))
                    }
                }
            }
        }
        _TruncateContainerSols(useElseInstances, i) {
            for (const containerType of this.GetContainer().objectTypes()) {
                const sol = containerType.GetCurrentSol();
                if (useElseInstances)
                    C3.truncateArray(sol._GetOwnElseInstances(), i);
                else
                    C3.truncateArray(sol._GetOwnInstances(), i)
            }
        }
        _GetCollisionCellGrid() {
            return this._collisionGrid
        }
        _SetAnyCollisionCellChanged(c) {
            this._anyCollisionCellChanged = !!c
        }
        _SetAnyInstanceParallaxed(p) {
            this._anyInstanceParallaxed = !!p
        }
        IsAnyInstanceParallaxed() {
            return this._anyInstanceParallaxed
        }
        _UpdateAllCollisionCells() {
            if (!this._anyCollisionCellChanged || !this._isWorldType)
                return;
            for (const inst of this._instances)
                inst.GetWorldInfo()._UpdateCollisionCell();
            for (const inst of this._runtime._GetInstancesPendingCreate())
                if (inst.GetObjectClass() === this)
                    inst.GetWorldInfo()._UpdateCollisionCell();
            this._anyCollisionCellChanged = false
        }
        GetSavedDataMap() {
            if (!this._savedData)
                this._savedData = new Map;
            return this._savedData
        }
        GetUnsavedDataMap() {
            if (!this._unsavedData)
                this._unsavedData = new Map;
            return this._unsavedData
        }
        HasSolidBehavior() {
            return this.UsesBehaviorByCtor(C3.Behaviors.solid)
        }
        HasNoSaveBehavior() {
            return this.UsesBehaviorByCtor(C3.Behaviors.NoSave)
        }
        HasPersistBehavior() {
            return this.UsesBehaviorByCtor(C3.Behaviors.Persist)
        }
        _SaveToJson() {
            const o = {
                "instances": this._instances.map(inst=>inst.SaveToJson())
            };
            if (this._savedData && this._savedData.size)
                o["ex"] = C3.ToSuperJSON(this._savedData);
            return o
        }
        _LoadFromJson(o) {
            if (this._savedData) {
                this._savedData.clear();
                this._savedData = null
            }
            const ex = o["ex"];
            if (ex)
                this._savedData = C3.FromSuperJSON(ex);
            const existingInstances = this._instances;
            const loadInstances = o["instances"];
            for (let i = 0, len = Math.min(existingInstances.length, loadInstances.length); i < len; ++i)
                existingInstances[i].LoadFromJson(loadInstances[i]);
            for (let i = loadInstances.length, len = existingInstances.length; i < len; ++i)
                this._runtime.DestroyInstance(existingInstances[i]);
            for (let i = existingInstances.length, len = loadInstances.length; i < len; ++i) {
                const data = loadInstances[i];
                let layer = null;
                if (this.IsWorldType()) {
                    layer = this._runtime.GetMainRunningLayout().GetLayerBySID(data["w"]["l"]);
                    if (!layer)
                        continue
                }
                const inst = this._runtime.CreateInstanceFromData(this._defaultInstanceData || this, layer, false, 0, 0, true);
                inst.LoadFromJson(data)
            }
            this._SetIIDsStale()
        }
        GetIObjectClass() {
            return this._iObjectClass
        }
        UserScriptDispatcher() {
            return this._userScriptDispatcher
        }
        _GetUserScriptInstanceClass() {
            return this._instanceUserScriptClass
        }
        _SetUserScriptInstanceClass(Class) {
            this._instanceUserScriptClass = Class
        }
        DispatchUserScriptEvent(e) {
            const runtime = this._runtime;
            const shouldTime = runtime.IsDebug() && !runtime.GetEventSheetManager().IsInEventEngine();
            if (shouldTime)
                C3Debugger.StartMeasuringScriptTime();
            this._userScriptDispatcher.dispatchEvent(e);
            if (shouldTime)
                C3Debugger.AddScriptTime()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Container = class Container extends C3.DefendedBase {
        constructor(runtime, objectTypes) {
            super();
            this._runtime = runtime;
            this._objectTypes = objectTypes;
            for (const objectType of this._objectTypes)
                objectType._SetContainer(this)
        }
        Release() {
            this._runtime = null
        }
        GetRuntime() {
            return this._runtime
        }
        GetObjectTypes() {
            return this._objectTypes
        }
        objectTypes() {
            return this._objectTypes
        }
        HasAnyWorldType() {
            return this._objectTypes.some(o=>o.IsWorldType())
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const C3Debugger = self.C3Debugger;
    const IInstance = self.IInstance;
    const EMPTY_ARRAY = [];
    let nextPuid = 0;
    const savedDataMaps = new WeakMap;
    const unsavedDataMaps = new WeakMap;
    const FLAG_DESTROYED = 1 << 0;
    const FLAG_TILEMAP = 1 << 1;
    const FLAG_MUST_PREDRAW = 1 << 2;
    const FLAG_SOLID_ENABLED = 1 << 3;
    const FLAG_JUMPTHRU_ENABLED = 1 << 4;
    C3.Instance = class Instance extends C3.DefendedBase {
        constructor(opts) {
            super();
            this._runtime = opts.runtime;
            this._objectType = opts.objectType;
            this._worldInfo = null;
            this._sdkInst = null;
            this._iScriptInterface = null;
            this._iid = 0;
            this._uid = opts.uid;
            this._puid = nextPuid++;
            this._flags = 0;
            this._instVarValues = EMPTY_ARRAY;
            this._behaviorInstances = EMPTY_ARRAY;
            const behaviorTypes = this._objectType.GetBehaviorTypesIncludingInherited();
            if (behaviorTypes.length > 0)
                this._behaviorInstances = behaviorTypes.map((behaviorType,index)=>C3.New(C3.BehaviorInstance, {
                    runtime: this._runtime,
                    behaviorType: behaviorType,
                    instance: this,
                    index
                }));
            this._siblings = this._objectType.IsInContainer() ? [] : null;
            this._timeScale = -1;
            this._dispatcher = null;
            const plugin = this.GetPlugin();
            if (plugin.MustPreDraw())
                this._flags |= FLAG_MUST_PREDRAW;
            if (plugin.IsWorldType()) {
                this._worldInfo = C3.New(C3.WorldInfo, this, opts.layer);
                if (opts.worldData)
                    this._worldInfo.Init(opts.worldData);
                else {
                    this._worldInfo.InitNoData();
                    const [width,height] = this._objectType.GetDefaultInstanceSize();
                    this._worldInfo.SetSize(width, height);
                    if (this.GetObjectClass().UsesEffects())
                        this._worldInfo.GetInstanceEffectList().LoadDefaultEffectParameters()
                }
            }
            if (opts.instVarData)
                this._LoadInstanceVariableData(opts.instVarData);
            else
                this._LoadDefaultInstanceVariables()
        }
        Release() {
            if (this._iScriptInterface) {
                this._iScriptInterface._Release();
                this._iScriptInterface = null
            }
            if (this._behaviorInstances.length > 0) {
                for (const behInst of this._behaviorInstances)
                    behInst.Release();
                C3.clearArray(this._behaviorInstances)
            }
            this._sdkInst.Release();
            this._sdkInst = null;
            const savedData = savedDataMaps.get(this);
            if (savedData) {
                savedData.clear();
                savedDataMaps.delete(this)
            }
            const unsavedData = unsavedDataMaps.get(this);
            if (unsavedData) {
                unsavedData.clear();
                unsavedDataMaps.delete(this)
            }
            if (this._siblings)
                C3.clearArray(this._siblings);
            if (this._dispatcher) {
                this._dispatcher.Release();
                this._dispatcher = null
            }
            this._runtime = null;
            this._objectType = null;
            if (this._instVarValues.length > 0)
                C3.clearArray(this._instVarValues);
            if (this._worldInfo) {
                this._worldInfo.Release();
                this._worldInfo = null
            }
        }
        _LoadInstanceVariableData(instVarData) {
            if (instVarData.length > 0) {
                this._instVarValues = [];
                C3.shallowAssignArray(this._instVarValues, instVarData)
            }
        }
        _LoadDefaultInstanceVariables() {
            const len = this._objectType.GetInstanceVariablesCount();
            if (len === 0)
                return;
            this._instVarValues = [];
            const typeToInitValue = [0, 0, ""];
            for (let i = 0; i < len; ++i)
                this._instVarValues.push(typeToInitValue[this._objectType.GetInstanceVariableType(i)])
        }
        _CreateSdkInstance(properties, behInstProperties) {
            if (this._sdkInst)
                throw new Error("already got sdk instance");
            for (let i = 0, len = this._behaviorInstances.length; i < len; ++i) {
                const behInst = this._behaviorInstances[i];
                behInst._CreateSdkInstance(behInstProperties ? behInstProperties[i] : null)
            }
            this._sdkInst = C3.New(this._objectType.GetInstanceSdkCtor(), this, properties);
            if (!(this._sdkInst instanceof C3.SDKInstanceBase))
                throw new Error("sdk type must derive from SDKInstanceBase");
            for (let i = 0, len = this._behaviorInstances.length; i < len; ++i)
                this._behaviorInstances[i].PostCreate();
            if (this._objectType._GetUserScriptInstanceClass())
                this._InitUserScriptInterface()
        }
        GetSdkInstance() {
            return this._sdkInst
        }
        GetWorldInfo() {
            return this._worldInfo
        }
        GetRuntime() {
            return this._runtime
        }
        GetTimeScale() {
            return this._timeScale
        }
        GetActiveTimeScale() {
            const ts = this._timeScale;
            if (ts === -1)
                return this.GetRuntime().GetTimeScale();
            else
                return ts
        }
        SetTimeScale(ts) {
            ts = +ts;
            if (ts < 0 || !isFinite(ts))
                ts = 0;
            this._timeScale = ts
        }
        RestoreTimeScale() {
            this._timeScale = -1
        }
        Dispatcher() {
            if (!this._dispatcher)
                this._dispatcher = C3.New(C3.Event.Dispatcher);
            return this._dispatcher
        }
        Draw(renderer) {
            this._sdkInst.Draw(renderer)
        }
        OnCreate(properties) {
            this._sdkInst.OnCreate(properties)
        }
        _SetHasTilemap() {
            this._flags |= FLAG_TILEMAP
        }
        HasTilemap() {
            return (this._flags & FLAG_TILEMAP) !== 0
        }
        _MarkDestroyed() {
            this._flags |= FLAG_DESTROYED
        }
        IsDestroyed() {
            return (this._flags & FLAG_DESTROYED) !== 0
        }
        MustPreDraw() {
            return (this._flags & FLAG_MUST_PREDRAW) !== 0
        }
        _IsSolidEnabled() {
            return (this._flags & FLAG_SOLID_ENABLED) !== 0
        }
        _SetSolidEnabled(e) {
            if (e)
                this._flags |= FLAG_SOLID_ENABLED;
            else
                this._flags &= ~FLAG_SOLID_ENABLED
        }
        _IsJumpthruEnabled() {
            return (this._flags & FLAG_JUMPTHRU_ENABLED) !== 0
        }
        _SetJumpthruEnabled(e) {
            if (e)
                this._flags |= FLAG_JUMPTHRU_ENABLED;
            else
                this._flags &= ~FLAG_JUMPTHRU_ENABLED
        }
        SetFlag(bit, enable) {
            bit <<= 16;
            if (enable)
                this._flags |= bit;
            else
                this._flags &= ~bit
        }
        GetFlag(bit) {
            return (this._flags & bit << 16) !== 0
        }
        GetCurrentImageInfo() {
            return this._sdkInst.GetCurrentImageInfo()
        }
        GetCurrentSurfaceSize() {
            return this._sdkInst.GetCurrentSurfaceSize()
        }
        GetCurrentTexRect() {
            return this._sdkInst.GetCurrentTexRect()
        }
        GetImagePoint(nameOrIndex) {
            return this._sdkInst.GetImagePoint(nameOrIndex)
        }
        GetObjectClass() {
            return this._objectType
        }
        BelongsToObjectClass(objectClass) {
            if (objectClass.IsFamily())
                return objectClass.FamilyHasMember(this.GetObjectClass());
            else
                return this.GetObjectClass() === objectClass
        }
        VerifySupportsSceneGraph() {
            if (!this.GetPlugin().SupportsSceneGraph())
                throw new Error("object does not support scene graph");
        }
        HasParent() {
            return this.GetParent() !== null
        }
        GetParent() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return null;
            const parentWi = wi.GetParent();
            return parentWi ? parentWi.GetInstance() : null
        }
        GetTopParent() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return null;
            const parentWi = wi.GetTopParent();
            return parentWi ? parentWi.GetInstance() : null
        }
        *parents() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return;
            for (const parentWi of wi.parents())
                yield parentWi.GetInstance()
        }
        HasChildren() {
            const wi = this.GetWorldInfo();
            return wi ? wi.HasChildren() : false
        }
        GetChildren() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return [];
            return wi.GetChildren().map(wi=>wi.GetInstance())
        }
        *children() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return;
            for (const childWi of wi.children())
                yield childWi.GetInstance()
        }
        *allChildren() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return;
            for (const childWi of wi.allChildren())
                yield childWi.GetInstance()
        }
        GetChildCount() {
            const wi = this.GetWorldInfo();
            return wi ? wi.GetChildCount() : 0
        }
        GetChildAt(index) {
            const wi = this.GetWorldInfo();
            if (!wi)
                return null;
            const childWi = wi.GetChildAt(index);
            return childWi ? childWi.GetInstance() : null
        }
        AddChild(childInst, opts) {
            this.VerifySupportsSceneGraph();
            childInst.VerifySupportsSceneGraph();
            this.GetWorldInfo().AddChild(childInst.GetWorldInfo(), opts || {})
        }
        RemoveChild(childInst) {
            const wi = this.GetWorldInfo();
            if (!wi)
                return;
            wi.RemoveChild(childInst.GetWorldInfo())
        }
        GetDestroyWithParent() {
            const wi = this.GetWorldInfo();
            return wi ? wi.GetDestroyWithParent() : false
        }
        SetupInitialSceneGraphConnections() {
            const wi = this.GetWorldInfo();
            if (!wi)
                return;
            const childrenData = wi.GetSceneGraphChildrenExportData();
            if (!childrenData)
                return;
            for (const childData of childrenData) {
                const child = this._runtime.GetInstanceByUID(childData[0]);
                if (child) {
                    const flags = childData[1];
                    this.AddChild(child, {
                        transformX: !!(flags >> 0 & 1),
                        transformY: !!(flags >> 1 & 1),
                        transformWidth: !!(flags >> 2 & 1),
                        transformHeight: !!(flags >> 3 & 1),
                        transformAngle: !!(flags >> 4 & 1),
                        destroyWithParent: !!(flags >> 5 & 1),
                        transformZElevation: !!(flags >> 6 & 1)
                    })
                }
            }
        }
        IsInContainer() {
            return this._siblings !== null
        }
        _AddSibling(inst) {
            this._siblings.push(inst)
        }
        GetSiblings() {
            return this._siblings
        }
        siblings() {
            return this._siblings
        }
        SetSiblingsSinglePicked() {
            for (const s of this.siblings())
                s.GetObjectClass().GetCurrentSol().SetSinglePicked(s)
        }
        _PushSiblingsToSolInstances() {
            for (const s of this.siblings())
                s.GetObjectClass().GetCurrentSol()._PushInstance(s)
        }
        _SetSiblingsToSolInstancesIndex(i) {
            for (const s of this.siblings())
                s.GetObjectClass().GetCurrentSol()._GetOwnInstances()[i] = s
        }
        _PushSiblingsToSolElseInstances() {
            for (const s of this.siblings())
                s.GetObjectClass().GetCurrentSol()._PushElseInstance(s)
        }
        _SetSiblingsToSolElseInstancesIndex(i) {
            for (const s of this.siblings())
                s.GetObjectClass().GetCurrentSol()._GetOwnElseInstances()[i] = s
        }
        GetPlugin() {
            return this._objectType.GetPlugin()
        }
        _SetIID(i) {
            this._iid = i
        }
        GetIID() {
            this._objectType._UpdateIIDs();
            return this._iid
        }
        GetUID() {
            return this._uid
        }
        GetPUID() {
            return this._puid
        }
        GetBehaviorInstances() {
            return this._behaviorInstances
        }
        GetBehaviorInstanceFromCtor(ctor) {
            if (!ctor)
                return null;
            for (const behInst of this._behaviorInstances)
                if (behInst.GetBehavior()instanceof ctor)
                    return behInst;
            return null
        }
        GetBehaviorSdkInstanceFromCtor(ctor) {
            if (!ctor)
                return null;
            const behInst = this.GetBehaviorInstanceFromCtor(ctor);
            if (behInst)
                return behInst.GetSdkInstance();
            else
                return null
        }
        GetBehaviorIndexBySID(sid) {
            const behaviorInstances = this._behaviorInstances;
            for (let i = 0, len = behaviorInstances.length; i < len; ++i)
                if (behaviorInstances[i].GetBehaviorType().GetSID() === sid)
                    return i;
            return -1
        }
        GetAllInstanceVariableValues() {
            return this._instVarValues
        }
        _GetAllInstanceVariableNames() {
            return this._objectType._GetAllInstanceVariableNames()
        }
        GetInstanceVariableCount() {
            return this._instVarValues.length
        }
        GetInstanceVariableValue(index) {
            index = index | 0;
            const instVarValues = this._instVarValues;
            if (index < 0 || index >= instVarValues.length)
                throw new RangeError("invalid instance variable");
            return instVarValues[index]
        }
        _GetInstanceVariableValueUnchecked(index) {
            return this._instVarValues[index]
        }
        SetInstanceVariableValue(index, value) {
            index = index | 0;
            const instVarValues = this._instVarValues;
            if (index < 0 || index >= instVarValues.length)
                throw new RangeError("invalid instance variable");
            const lastValue = instVarValues[index];
            if (typeof lastValue === "number")
                if (typeof value === "number")
                    instVarValues[index] = value;
                else
                    instVarValues[index] = parseFloat(value);
            else if (typeof lastValue === "boolean")
                if (typeof value === "boolean")
                    instVarValues[index] = value;
                else
                    instVarValues[index] = !!value;
            else if (typeof lastValue === "string")
                if (typeof value === "string")
                    instVarValues[index] = value;
                else
                    instVarValues[index] = value.toString();
            else
                throw new Error("unknown instance variable type");
        }
        SetInstanceVariableOffset(index, offset) {
            if (offset === 0)
                return;
            index = index | 0;
            const instVarValues = this._instVarValues;
            if (index < 0 || index >= instVarValues.length)
                throw new RangeError("invalid instance variable");
            const lastValue = instVarValues[index];
            if (typeof lastValue === "number")
                if (typeof offset === "number")
                    instVarValues[index] += offset;
                else
                    instVarValues[index] += parseFloat(offset);
            else if (typeof lastValue === "boolean")
                throw new Error("can not set offset of boolean variable");
            else if (typeof lastValue === "string")
                throw new Error("can not set offset of string variable");
            else
                throw new Error("unknown instance variable type");
        }
        GetSavedDataMap() {
            let ret = savedDataMaps.get(this);
            if (ret)
                return ret;
            ret = new Map;
            savedDataMaps.set(this, ret);
            return ret
        }
        GetUnsavedDataMap() {
            let ret = unsavedDataMaps.get(this);
            if (ret)
                return ret;
            ret = new Map;
            unsavedDataMaps.set(this, ret);
            return ret
        }
        _HasAnyCreateDestroyHandler(name) {
            const objectType = this.GetObjectClass();
            if (objectType.UserScriptDispatcher().HasAnyHandlerFor(name))
                return true;
            for (const family of objectType.GetFamilies())
                if (family.UserScriptDispatcher().HasAnyHandlerFor(name))
                    return true;
            if (this._runtime.UserScriptDispatcher().HasAnyHandlerFor(name))
                return true;
            return false
        }
        _TriggerOnCreated() {
            if (this._HasAnyCreateDestroyHandler("instancecreate")) {
                const objectType = this.GetObjectClass();
                const instCreateEvent = new C3.Event("instancecreate");
                instCreateEvent.instance = this.GetInterfaceClass();
                objectType.DispatchUserScriptEvent(instCreateEvent);
                for (const family of objectType.GetFamilies())
                    family.DispatchUserScriptEvent(instCreateEvent);
                this._runtime.DispatchUserScriptEvent(instCreateEvent)
            }
            this._runtime.Trigger(this.GetPlugin().constructor.Cnds.OnCreated, this, null)
        }
        _TriggerOnDestroyed() {
            this._runtime.Trigger(this.GetPlugin().constructor.Cnds.OnDestroyed, this, null)
        }
        _FireDestroyedScriptEvents(isEndingLayout) {
            if (this._iScriptInterface) {
                const e = new C3.Event("destroy");
                e.isEndingLayout = isEndingLayout;
                this.DispatchUserScriptEvent(e)
            }
            if (!this._HasAnyCreateDestroyHandler("instancedestroy"))
                return;
            const objectType = this.GetObjectClass();
            const instDestroyEvent = new C3.Event("instancedestroy");
            instDestroyEvent.instance = this.GetInterfaceClass();
            instDestroyEvent.isEndingLayout = isEndingLayout;
            objectType.DispatchUserScriptEvent(instDestroyEvent);
            for (const family of objectType.GetFamilies())
                family.DispatchUserScriptEvent(instDestroyEvent);
            this._runtime.DispatchUserScriptEvent(instDestroyEvent)
        }
        _GetDebuggerProperties() {
            return this._sdkInst.GetDebuggerProperties()
        }
        SaveToJson(mode="full") {
            const o = {};
            if (mode === "full")
                o["uid"] = this.GetUID();
            else
                o["c3"] = true;
            if (mode !== "visual-state") {
                const savedData = savedDataMaps.get(this);
                if (savedData && savedData.size)
                    o["ex"] = C3.ToSuperJSON(savedData);
                if (this.GetTimeScale() !== -1)
                    o["mts"] = this.GetTimeScale();
                if (this._objectType.GetInstanceVariablesCount() > 0) {
                    const ivs = {};
                    const ivSids = this._objectType.GetInstanceVariableSIDs();
                    for (let i = 0, len = this._instVarValues.length; i < len; ++i)
                        ivs[ivSids[i].toString()] = this._instVarValues[i];
                    o["ivs"] = ivs
                }
                if (this._behaviorInstances.length) {
                    const behs = {};
                    for (const behInst of this._behaviorInstances) {
                        const data = behInst.SaveToJson();
                        if (data)
                            behs[behInst.GetBehaviorType().GetSID().toString()] = data
                    }
                    o["behs"] = behs
                }
            }
            if (this._worldInfo)
                o["w"] = this._worldInfo._SaveToJson();
            const ownData = this._sdkInst.SaveToJson();
            if (ownData)
                o["data"] = ownData;
            return o
        }
        LoadFromJson(o, mode="full") {
            if (mode === "full")
                this._uid = o["uid"];
            else if (!o["c3"])
                return;
            if (mode !== "visual-state") {
                let savedData = savedDataMaps.get(this);
                if (savedData) {
                    savedData.clear();
                    savedDataMaps.delete(this)
                }
                const ex = o["ex"];
                if (ex) {
                    savedData = C3.FromSuperJSON(ex);
                    savedDataMaps.set(this, savedData)
                }
                this._timeScale = o.hasOwnProperty("mts") ? o["mts"] : -1;
                const ivs = o["ivs"];
                if (ivs)
                    for (const [sidStr,value] of Object.entries(ivs)) {
                        const sid = parseInt(sidStr, 10);
                        const index = this._objectType.GetInstanceVariableIndexBySID(sid);
                        if (index < 0 || index >= this._instVarValues.length)
                            continue;
                        let v = value;
                        if (v === null)
                            v = NaN;
                        this._instVarValues[index] = v
                    }
            }
            if (this.GetPlugin().IsWorldType()) {
                const worldData = o["w"];
                const layerSid = worldData["l"];
                if (this._worldInfo.GetLayer().GetSID() !== layerSid) {
                    const oldLayer = this._worldInfo.GetLayer();
                    const newLayer = oldLayer.GetLayout().GetLayerBySID(layerSid);
                    if (newLayer) {
                        this._worldInfo._SetLayer(newLayer);
                        oldLayer._RemoveInstance(this, true);
                        newLayer._AddInstance(this, true);
                        newLayer.SetZIndicesChanged();
                        this._worldInfo.SetBboxChanged()
                    } else if (mode === "full")
                        this._runtime.DestroyInstance(this)
                }
                this._worldInfo._LoadFromJson(worldData)
            }
            if (mode !== "visual-state") {
                const behs = o["behs"];
                if (behs)
                    for (const [sidStr,data] of Object.entries(behs)) {
                        const sid = parseInt(sidStr, 10);
                        const index = this.GetBehaviorIndexBySID(sid);
                        if (index < 0 || index >= this._behaviorInstances.length)
                            continue;
                        this._behaviorInstances[index].LoadFromJson(data)
                    }
            }
            const ownData = o["data"];
            if (ownData)
                this._sdkInst.LoadFromJson(ownData)
        }
        GetInterfaceClass() {
            return this._iScriptInterface || this._InitUserScriptInterface()
        }
        _InitUserScriptInterface() {
            const DefaultScriptClass = this._worldInfo ? self.IWorldInstance : IInstance;
            const SdkScriptClass = this._sdkInst.GetScriptInterfaceClass();
            const UserScriptClass = this._objectType._GetUserScriptInstanceClass();
            const ScriptInterfaceClass = UserScriptClass || SdkScriptClass || DefaultScriptClass;
            IInstance._Init(this);
            this._iScriptInterface = new ScriptInterfaceClass;
            IInstance._Init(null);
            if (SdkScriptClass && !(this._iScriptInterface instanceof DefaultScriptClass))
                throw new TypeError(`script interface class '${SdkScriptClass.name}' does not extend the right base class '${DefaultScriptClass.name}'`);
            if (UserScriptClass) {
                const ExpectedBaseClass = SdkScriptClass || DefaultScriptClass;
                if (!(this._iScriptInterface instanceof ExpectedBaseClass))
                    throw new TypeError(`setInstanceClass(): class '${UserScriptClass.name}' does not extend the right base class '${ExpectedBaseClass.name}'`);
            }
            return this._iScriptInterface
        }
        _GetInstVarsScriptDescriptor(instDescriptors) {
            if (this._instVarValues.length === 0)
                return;
            const varDescriptors = {};
            const instVarJsPropNames = this._objectType._GetAllInstanceVariableJsPropNames();
            for (let i = 0, len = instVarJsPropNames.length; i < len; ++i)
                varDescriptors[instVarJsPropNames[i]] = {
                    configurable: false,
                    enumerable: true,
                    get: C3.Instance.prototype._GetInstanceVariableValueUnchecked.bind(this, i),
                    set: C3.Instance.prototype.SetInstanceVariableValue.bind(this, i)
                };
            const instVarsObj = Object.create(Object.prototype, varDescriptors);
            instDescriptors.instVars = {
                value: instVarsObj,
                writable: false
            }
        }
        _GetBehaviorsScriptDescriptor(instDescriptors) {
            const behaviorInstances = this._behaviorInstances;
            if (behaviorInstances.length === 0)
                return;
            const behDescriptors = {};
            for (const behInst of behaviorInstances)
                behDescriptors[behInst.GetBehaviorType().GetJsPropName()] = {
                    value: behInst.GetScriptInterface(),
                    writable: false
                };
            const behaviorsObj = Object.create(Object.prototype, behDescriptors);
            instDescriptors.behaviors = {
                value: behaviorsObj,
                writable: false
            }
        }
        DispatchUserScriptEvent(e) {
            e.instance = this.GetInterfaceClass();
            const runtime = this._runtime;
            const shouldTime = runtime.IsDebug() && !runtime.GetEventSheetManager().IsInEventEngine();
            if (shouldTime)
                C3Debugger.StartMeasuringScriptTime();
            this.GetInterfaceClass().dispatchEvent(e);
            if (shouldTime)
                C3Debugger.AddScriptTime()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SceneGraphInfo = class SceneGraphInfo extends C3.DefendedBase {
        constructor(owner) {
            super();
            this._owner = owner;
            this._parent = null;
            this._children = [];
            this._myStartWidth = owner.GetWidth();
            this._myStartHeight = owner.GetHeight();
            this._parentStartAngle = 0
        }
        Release() {
            this._parent = null;
            C3.clearArray(this._children)
        }
        SetParent(parent) {
            this._parent = parent;
            this._parentStartAngle = parent ? parent.GetAngle() : 0
        }
        GetParent() {
            return this._parent
        }
        HasChildren() {
            return this._children.length > 0
        }
        GetChildren() {
            return this._children
        }
        _GetStartWidth() {
            return this._myStartWidth
        }
        _GetStartHeight() {
            return this._myStartHeight
        }
        GetParentScaleX() {
            if (this._owner.GetTransformWithParentWidth())
                return this._parent.GetWidth() / this._parent._GetSceneGraphInfo()._GetStartWidth();
            else
                return 1
        }
        GetParentScaleY() {
            if (this._owner.GetTransformWithParentHeight())
                return this._parent.GetHeight() / this._parent._GetSceneGraphInfo()._GetStartHeight();
            else
                return 1
        }
        GetParentStartAngle() {
            return this._parentStartAngle
        }
        _SaveToJson() {
            return {
                "sw": this._myStartWidth,
                "sh": this._myStartHeight,
                "psa": this._parentStartAngle,
                "c": this._children.map(c=>{
                    let flagsStr = "";
                    if (c.GetTransformWithParentX())
                        flagsStr += "x";
                    if (c.GetTransformWithParentY())
                        flagsStr += "y";
                    if (c.GetTransformWithParentWidth())
                        flagsStr += "w";
                    if (c.GetTransformWithParentHeight())
                        flagsStr += "h";
                    if (c.GetTransformWithParentAngle())
                        flagsStr += "a";
                    if (c.GetTransformWithParentZElevation())
                        flagsStr += "z";
                    if (c.GetDestroyWithParent())
                        flagsStr += "d";
                    return {
                        "uid": c.GetInstance().GetUID(),
                        "f": flagsStr
                    }
                }
                )
            }
        }
        _LoadFromJson(o) {
            this._myStartWidth = o["sw"];
            this._myStartHeight = o["sh"];
            this._parentStartAngle = o["psa"]
        }
        _OnAfterLoad(o) {
            const owner = this._owner;
            const runtime = owner.GetRuntime();
            for (const childData of o["c"]) {
                const childUid = childData["uid"];
                const childInst = runtime.GetInstanceByUID(childUid);
                const childWi = childInst.GetWorldInfo();
                const flagsStr = childData["f"];
                const opts = {};
                opts.transformX = flagsStr.includes("x");
                opts.transformY = flagsStr.includes("y");
                opts.transformWidth = flagsStr.includes("w");
                opts.transformHeight = flagsStr.includes("h");
                opts.transformAngle = flagsStr.includes("a");
                opts.transformZElevation = flagsStr.includes("z");
                opts.destroyWithParent = flagsStr.includes("d");
                owner.AddChild(childWi, opts)
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempRect = C3.New(C3.Rect);
    const tempQuad = C3.New(C3.Quad);
    const bboxChangeEvent = C3.New(C3.Event, "bboxchange", false);
    const tempColor = C3.New(C3.Color, 0, 0, 0, 0);
    const tempCollisionPoly = C3.New(C3.CollisionPoly);
    const DEFAULT_COLOR = C3.New(C3.Color, 1, 1, 1, 1);
    const DEFAULT_RENDER_CELLS = C3.New(C3.Rect, 0, 0, -1, -1);
    const DEFAULT_COLLISION_CELLS = C3.New(C3.Rect, 0, 0, -1, -1);
    const VALID_SET_MESH_POINT_MODES = new Set(["absolute", "relative"]);
    const EMPTY_ARRAY = [];
    let enableUpdateRendererStateGroup = true;
    const FLAG_IS_VISIBLE = 1 << 0;
    const FLAG_BBOX_CHANGED = 1 << 1;
    const FLAG_ENABLE_BBOX_CHANGED_EVENT = 1 << 2;
    const FLAG_COLLISION_ENABLED = 1 << 3;
    const FLAG_COLLISION_CELL_CHANGED = 1 << 4;
    const FLAG_SOLID_FILTER_INCLUSIVE = 1 << 5;
    const FLAG_HAS_ANY_ACTIVE_EFFECT = 1 << 6;
    const FLAG_IS_ROTATABLE = 1 << 7;
    const FLAG_DESTROY_WITH_PARENT = 1 << 8;
    const FLAG_TRANSFORM_WITH_PARENT_X = 1 << 9;
    const FLAG_TRANSFORM_WITH_PARENT_Y = 1 << 10;
    const FLAG_TRANSFORM_WITH_PARENT_W = 1 << 11;
    const FLAG_TRANSFORM_WITH_PARENT_H = 1 << 12;
    const FLAG_TRANSFORM_WITH_PARENT_A = 1 << 13;
    const FLAG_TRANSFORM_WITH_PARENT_Z_ELEVATION = 1 << 14;
    const MASK_ALL_SCENE_GRAPH_FLAGS = FLAG_DESTROY_WITH_PARENT | FLAG_TRANSFORM_WITH_PARENT_X | FLAG_TRANSFORM_WITH_PARENT_Y | FLAG_TRANSFORM_WITH_PARENT_W | FLAG_TRANSFORM_WITH_PARENT_H | FLAG_TRANSFORM_WITH_PARENT_A | FLAG_TRANSFORM_WITH_PARENT_Z_ELEVATION;
    const FLAG_MESH_CHANGED = 1 << 15;
    const FLAG_PHYSICS_BODY_CHANGED = 1 << 16;
    const FLAG_SIN_COS_ANGLE_CHANGED = 1 << 17;
    const FLAG_BLEND_MODE_BIT_OFFSET = 26;
    const FLAG_BLEND_MODE_MASK = 31 << FLAG_BLEND_MODE_BIT_OFFSET;
    C3.WorldInfo = class WorldInfo extends C3.DefendedBase {
        constructor(inst, layer) {
            super();
            this._inst = inst;
            this._objectClass = inst.GetObjectClass();
            this._runtime = inst.GetRuntime();
            this._layer = layer;
            this._zIndex = -1;
            this._flags = FLAG_IS_VISIBLE | FLAG_BBOX_CHANGED | FLAG_COLLISION_ENABLED | FLAG_COLLISION_CELL_CHANGED | FLAG_MESH_CHANGED | FLAG_PHYSICS_BODY_CHANGED;
            if (this._objectClass.GetPlugin().IsRotatable())
                this._flags |= FLAG_IS_ROTATABLE;
            this._x = NaN;
            this._y = NaN;
            this._zElevation = NaN;
            this._w = NaN;
            this._h = NaN;
            this._a = NaN;
            this._sinA = NaN;
            this._cosA = NaN;
            this._ox = NaN;
            this._oy = NaN;
            this._boundingBox = C3.New(C3.Rect);
            this._boundingQuad = C3.New(C3.Quad);
            this._collisionCells = DEFAULT_COLLISION_CELLS;
            this._renderCells = DEFAULT_RENDER_CELLS;
            this._sourceCollisionPoly = null;
            this._transformedPolyInfo = null;
            this._solidFilterTags = null;
            this._color = DEFAULT_COLOR;
            this._colorPremultiplied = DEFAULT_COLOR;
            this._stateGroup = null;
            this._instanceEffectList = null;
            if (this._inst.GetObjectClass().UsesEffects())
                this._instanceEffectList = C3.New(C3.InstanceEffectList, this._inst, this);
            this._sceneGraphInfo = null;
            this._sceneGraphFlagsExportData = NaN;
            this._sceneGraphChildrenExportData = null;
            this._meshInfo = null
        }
        Release() {
            if (this._stateGroup) {
                this._runtime.GetRenderer().ReleaseStateGroup(this._stateGroup);
                this._stateGroup = null
            }
            this._sourceCollisionPoly = null;
            if (this._transformedPolyInfo) {
                this._transformedPolyInfo.poly.Release();
                this._transformedPolyInfo = null
            }
            if (this._solidFilterTags) {
                this._solidFilterTags.clear();
                this._solidFilterTags = null
            }
            this.ReleaseMesh();
            if (this.HasParent())
                this.GetParent().RemoveChild(this);
            if (this.HasChildren()) {
                const childrenToRelease = [...this.GetChildren()];
                for (const child of childrenToRelease)
                    this.RemoveChild(child)
            }
            this._ReleaseSceneGraphInfo();
            this._inst = null;
            this._objectClass = null;
            this._runtime = null;
            this._layer = null
        }
        Init(data) {
            enableUpdateRendererStateGroup = false;
            this.SetXY(data[0], data[1]);
            this.SetZElevation(data[2]);
            this.SetSize(data[3], data[4]);
            if (this.IsRotatable())
                this.SetAngle(data[6]);
            else
                this._a = 0;
            tempColor.setFromJSON(data[7]);
            this._SetColor(tempColor);
            this.SetOriginX(data[8]);
            this.SetOriginY(data[9]);
            this.SetBlendMode(data[10]);
            if (this._instanceEffectList)
                this._instanceEffectList._LoadEffectParameters(data[12]);
            if (data[14]) {
                this._sceneGraphFlagsExportData = data[14][0];
                this._sceneGraphChildrenExportData = data[14][1]
            }
            enableUpdateRendererStateGroup = true;
            this._UpdateRendererStateGroup()
        }
        InitNoData() {
            this._x = 0;
            this._y = 0;
            this._zElevation = 0;
            this._w = 0;
            this._h = 0;
            this._a = 0;
            this._sinA = 0;
            this._cosA = 1;
            this._ox = 0;
            this._oy = 0;
            this._UpdateRendererStateGroup()
        }
        GetRuntime() {
            return this._runtime
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetInstance() {
            return this._inst
        }
        _GetParentOffsetAngle() {
            if (this.GetTransformWithParentAngle())
                return this.GetParent().GetAngle() - this._sceneGraphInfo.GetParentStartAngle();
            else
                return 0
        }
        SetX(x) {
            x = +x;
            if (this.GetTransformWithParentX()) {
                const sgi = this._sceneGraphInfo;
                const dx = x - this.GetX();
                const da = -this._GetParentOffsetAngle();
                if (da === 0)
                    this._x += dx / sgi.GetParentScaleX();
                else {
                    this._x += Math.cos(da) * dx / sgi.GetParentScaleX();
                    if (this.GetTransformWithParentY())
                        this._y += Math.sin(da) * dx / sgi.GetParentScaleY()
                }
            } else
                this._x = x
        }
        OffsetX(x) {
            x = +x;
            if (this.GetTransformWithParentX())
                this.SetX(this.GetX() + x);
            else
                this._x += x
        }
        GetX() {
            if (this.GetTransformWithParentX()) {
                let x = this._x;
                const sgi = this._sceneGraphInfo;
                const parent = this.GetParent();
                const da = this._GetParentOffsetAngle();
                if (da === 0)
                    x *= sgi.GetParentScaleX();
                else {
                    x = x * sgi.GetParentScaleX() * Math.cos(da);
                    if (this.GetTransformWithParentY())
                        x -= this._y * sgi.GetParentScaleY() * Math.sin(da)
                }
                return parent.GetX() + x
            } else
                return this._x
        }
        SetY(y) {
            y = +y;
            if (this.GetTransformWithParentY()) {
                const sgi = this._sceneGraphInfo;
                const dy = y - this.GetY();
                const da = -this._GetParentOffsetAngle();
                if (da === 0)
                    this._y += dy / sgi.GetParentScaleY();
                else {
                    if (this.GetTransformWithParentX())
                        this._x -= Math.sin(da) * dy / sgi.GetParentScaleX();
                    this._y += Math.cos(da) * dy / sgi.GetParentScaleY()
                }
            } else
                this._y = y
        }
        OffsetY(y) {
            y = +y;
            if (this.GetTransformWithParentY())
                this.SetY(this.GetY() + y);
            else
                this._y += y
        }
        GetY() {
            if (this.GetTransformWithParentY()) {
                let y = this._y;
                const sgi = this._sceneGraphInfo;
                const parent = this.GetParent();
                const da = this._GetParentOffsetAngle();
                if (da === 0)
                    y *= sgi.GetParentScaleY();
                else {
                    y = y * sgi.GetParentScaleY() * Math.cos(da);
                    if (this.GetTransformWithParentX())
                        y += this._x * sgi.GetParentScaleX() * Math.sin(da)
                }
                return parent.GetY() + y
            } else
                return this._y
        }
        SetXY(x, y) {
            x = +x;
            y = +y;
            if (this.GetTransformWithParentXOrY()) {
                const isTransformX = this.GetTransformWithParentX();
                const isTransformY = this.GetTransformWithParentY();
                const sgi = this._sceneGraphInfo;
                const dx = x - this.GetX();
                const dy = y - this.GetY();
                const da = -this._GetParentOffsetAngle();
                if (da === 0) {
                    if (isTransformX)
                        this._x += dx / sgi.GetParentScaleX();
                    else
                        this._x = x;
                    if (isTransformY)
                        this._y += dy / sgi.GetParentScaleY();
                    else
                        this._y = y
                } else {
                    const sinDa = Math.sin(da);
                    const cosDa = Math.cos(da);
                    if (isTransformX)
                        if (isTransformY)
                            this._x += (cosDa * dx - sinDa * dy) / sgi.GetParentScaleX();
                        else
                            this._x += cosDa * dx / sgi.GetParentScaleX();
                    else
                        this._x = x;
                    if (isTransformY)
                        if (isTransformX)
                            this._y += (sinDa * dx + cosDa * dy) / sgi.GetParentScaleY();
                        else
                            this._y += cosDa * dy / sgi.GetParentScaleY();
                    else
                        this._y = y
                }
            } else {
                this._x = x;
                this._y = y
            }
        }
        OffsetXY(x, y) {
            x = +x;
            y = +y;
            if (this.GetTransformWithParentXOrY())
                this.SetXY(this.GetX() + x, this.GetY() + y);
            else {
                this._x += x;
                this._y += y
            }
        }
        EqualsXY(x, y) {
            return this.GetX() === x && this.GetY() === y
        }
        SetZElevation(z) {
            z = +z;
            if (this.GetTransformWithParentZElevation())
                z -= this.GetParent().GetZElevation();
            if (this._zElevation === z)
                return;
            this._zElevation = z;
            this._UpdateZElevation();
            const layer = this.GetLayer();
            if (this._zElevation !== 0)
                layer._SetAnyInstanceZElevated();
            layer.SetZIndicesChanged()
        }
        _UpdateZElevation() {
            this._UpdateRendererStateGroup();
            if (this.HasChildren()) {
                const children = this.GetChildren();
                for (let i = 0, len = children.length; i < len; i++) {
                    const child = children[i];
                    if (child.GetTransformWithParentZElevation())
                        child._UpdateZElevation()
                }
            }
        }
        OffsetZElevation(z) {
            this.SetZElevation(this.GetZElevation() + z)
        }
        GetZElevation() {
            if (this.GetTransformWithParentZElevation())
                return this.GetParent().GetZElevation() + this._zElevation;
            else
                return this._zElevation
        }
        GetTotalZElevation() {
            return this.GetLayer().GetZElevation() + this.GetZElevation()
        }
        SetWidth(w) {
            w = +w;
            if (this.GetTransformWithParentWidth())
                this._w *= w / this.GetWidth();
            else
                this._w = w
        }
        OffsetWidth(w) {
            w = +w;
            if (this.GetTransformWithParentWidth())
                this.SetWidth(this.GetWidth() + w);
            else
                this._w += w
        }
        GetWidth() {
            if (this.GetTransformWithParentWidth())
                return this.GetParent().GetWidth() * this._w;
            else
                return this._w
        }
        SetHeight(h) {
            h = +h;
            if (this.GetTransformWithParentHeight())
                this._h *= h / this.GetHeight();
            else
                this._h = h
        }
        OffsetHeight(h) {
            h = +h;
            if (this.GetTransformWithParentHeight())
                this.SetHeight(this.GetHeight() + h);
            else
                this._h += h
        }
        GetHeight() {
            if (this.GetTransformWithParentHeight())
                return this.GetParent().GetHeight() * this._h;
            else
                return this._h
        }
        SetSize(w, h) {
            w = +w;
            h = +h;
            if (this.GetTransformWithParentWidth())
                this._w *= w / this.GetWidth();
            else
                this._w = w;
            if (this.GetTransformWithParentHeight())
                this._h *= h / this.GetHeight();
            else
                this._h = h
        }
        GetSceneGraphScale() {
            if (this.HasParent()) {
                const sgi = this._sceneGraphInfo;
                return Math.min(sgi.GetParentScaleX(), sgi.GetParentScaleY())
            } else
                return 1
        }
        IsRotatable() {
            return (this._flags & FLAG_IS_ROTATABLE) !== 0
        }
        SetAngle(a) {
            a = +a;
            if (!this.IsRotatable())
                return;
            if (this.GetTransformWithParentAngle())
                a -= this.GetParent().GetAngle();
            a = C3.clampAngle(a);
            if (this._a === a)
                return;
            this._a = a;
            this._MarkSinCosAngleChanged()
        }
        OffsetAngle(a) {
            a = +a;
            if (a === 0 || !this.IsRotatable())
                return;
            this._a = C3.clampAngle(this._a + a);
            this._MarkSinCosAngleChanged()
        }
        _MarkSinCosAngleChanged() {
            this._flags |= FLAG_SIN_COS_ANGLE_CHANGED;
            if (this.HasChildren()) {
                const children = this.GetChildren();
                for (let i = 0, len = children.length; i < len; i++)
                    children[i]._MarkSinCosAngleChanged()
            }
        }
        GetAngle() {
            if (this.GetTransformWithParentAngle())
                return C3.clampAngle(this.GetParent().GetAngle() + this._a);
            else
                return this._a
        }
        _MaybeUpdateSinCosAngle() {
            const flags = this._flags;
            if ((flags & FLAG_SIN_COS_ANGLE_CHANGED) === 0)
                return;
            const a = this.GetAngle();
            this._sinA = Math.sin(a);
            this._cosA = Math.cos(a);
            this._flags = flags & ~FLAG_SIN_COS_ANGLE_CHANGED
        }
        GetSinAngle() {
            this._MaybeUpdateSinCosAngle();
            return this._sinA
        }
        GetCosAngle() {
            this._MaybeUpdateSinCosAngle();
            return this._cosA
        }
        SetOriginX(x) {
            this._ox = +x
        }
        OffsetOriginX(x) {
            this._ox += +x
        }
        GetOriginX() {
            return this._ox
        }
        SetOriginY(y) {
            this._oy = +y
        }
        OffsetOriginY(y) {
            this._oy += +y
        }
        GetOriginY() {
            return this._oy
        }
        _SetColor(c) {
            if (this._color.equals(c))
                return;
            if (this._color === DEFAULT_COLOR) {
                this._color = C3.New(C3.Color, c);
                this._colorPremultiplied = C3.New(C3.Color, c);
                this._colorPremultiplied.premultiply()
            } else if (c.equalsRgba(1, 1, 1, 1)) {
                this._color = DEFAULT_COLOR;
                this._colorPremultiplied = DEFAULT_COLOR
            } else {
                this._color.set(c);
                this._colorPremultiplied.set(c);
                this._colorPremultiplied.premultiply()
            }
            this._UpdateRendererStateGroup()
        }
        SetOpacity(o) {
            o = C3.clamp(+o, 0, 1);
            if (this._color.a === o)
                return;
            tempColor.copyRgb(this._color);
            tempColor.a = o;
            this._SetColor(tempColor)
        }
        OffsetOpacity(o) {
            this.SetOpacity(this.GetOpacity() + o)
        }
        GetOpacity() {
            return this._color.a
        }
        SetUnpremultipliedColor(c) {
            if (this._color.equalsIgnoringAlpha(c))
                return;
            tempColor.copyRgb(c);
            tempColor.a = this._color.a;
            this._SetColor(tempColor)
        }
        SetUnpremultipliedColorRGB(r, g, b) {
            tempColor.setRgb(r, g, b);
            this.SetUnpremultipliedColor(tempColor)
        }
        OffsetUnpremultipliedColorRGB(r, g, b) {
            if (r === 0 && g === 0 && b === 0)
                return;
            tempColor.copyRgb(this._color);
            tempColor.r += r;
            tempColor.g += g;
            tempColor.b += b;
            this.SetUnpremultipliedColor(tempColor)
        }
        GetUnpremultipliedColor() {
            return this._color
        }
        GetPremultipliedColor() {
            return this._colorPremultiplied
        }
        GetDestroyWithParent() {
            return (this._flags & FLAG_DESTROY_WITH_PARENT) !== 0
        }
        SetDestroyWithParent(d) {
            this._SetFlag(FLAG_DESTROY_WITH_PARENT, d)
        }
        GetTransformWithParentX() {
            return (this._flags & FLAG_TRANSFORM_WITH_PARENT_X) !== 0
        }
        SetTransformWithParentX(tpx) {
            this._SetFlag(FLAG_TRANSFORM_WITH_PARENT_X, tpx)
        }
        GetTransformWithParentY() {
            return (this._flags & FLAG_TRANSFORM_WITH_PARENT_Y) !== 0
        }
        GetTransformWithParentXOrY() {
            return (this._flags & (FLAG_TRANSFORM_WITH_PARENT_X | FLAG_TRANSFORM_WITH_PARENT_Y)) !== 0
        }
        SetTransformWithParentY(tpx) {
            this._SetFlag(FLAG_TRANSFORM_WITH_PARENT_Y, tpx)
        }
        GetTransformWithParentWidth() {
            return (this._flags & FLAG_TRANSFORM_WITH_PARENT_W) !== 0
        }
        SetTransformWithParentWidth(tpw) {
            this._SetFlag(FLAG_TRANSFORM_WITH_PARENT_W, tpw)
        }
        GetTransformWithParentHeight() {
            return (this._flags & FLAG_TRANSFORM_WITH_PARENT_H) !== 0
        }
        SetTransformWithParentHeight(tph) {
            this._SetFlag(FLAG_TRANSFORM_WITH_PARENT_H, tph)
        }
        GetTransformWithParentAngle() {
            return (this._flags & FLAG_TRANSFORM_WITH_PARENT_A) !== 0
        }
        SetTransformWithParentAngle(tpa) {
            this._SetFlag(FLAG_TRANSFORM_WITH_PARENT_A, tpa)
        }
        GetTransformWithParentZElevation() {
            return (this._flags & FLAG_TRANSFORM_WITH_PARENT_Z_ELEVATION) !== 0
        }
        SetTransformWithParentZElevation(tpz) {
            this._SetFlag(FLAG_TRANSFORM_WITH_PARENT_Z_ELEVATION, tpz)
        }
        _ClearAllSceneGraphFlags() {
            this._flags &= ~MASK_ALL_SCENE_GRAPH_FLAGS
        }
        AddChild(child, opts) {
            if (child === this)
                return;
            if (child.HasParent())
                return;
            if (this._HasChildRecursive(child))
                return;
            if (this._HasAnyParent(child))
                return;
            const absX = child.GetX();
            const absY = child.GetY();
            const absW = child.GetWidth();
            const absH = child.GetHeight();
            const absA = child.GetAngle();
            const absZElevation = child.GetZElevation();
            child._SetParent(this);
            child.SetTransformWithParentX(opts.transformX);
            child.SetTransformWithParentY(opts.transformY);
            child.SetTransformWithParentWidth(opts.transformWidth);
            child.SetTransformWithParentHeight(opts.transformHeight);
            child.SetTransformWithParentAngle(opts.transformAngle);
            child.SetTransformWithParentZElevation(opts.transformZElevation);
            child.SetDestroyWithParent(opts.destroyWithParent);
            if (opts.transformX)
                child._x = absX - this.GetX();
            if (opts.transformY)
                child._y = absY - this.GetY();
            if (opts.transformWidth)
                child._w = absW / this.GetWidth();
            if (opts.transformHeight)
                child._h = absH / this.GetHeight();
            if (opts.transformAngle)
                child._a = absA - this.GetAngle();
            if (opts.transformZElevation)
                child._zElevation = absZElevation - this.GetZElevation();
            this._AddChildToSceneGraphInfo(child);
            this.SetBboxChanged()
        }
        RemoveChild(child) {
            if (child.GetParent() !== this)
                return;
            const absX = child.GetX();
            const absY = child.GetY();
            const absW = child.GetWidth();
            const absH = child.GetHeight();
            const absA = child.GetAngle();
            const absZElevation = child.GetZElevation();
            child._SetParent(null);
            child._ClearAllSceneGraphFlags();
            child.SetXY(absX, absY);
            child.SetSize(absW, absH);
            child.SetAngle(absA);
            child.SetZElevation(absZElevation);
            this._RemoveChildFromSceneGraphInfo(child);
            this.SetBboxChanged()
        }
        _ResetAllSceneGraphState() {
            for (const c of this.children())
                this.RemoveChild(c);
            const parent = this.GetParent();
            if (parent)
                parent.RemoveChild(this);
            this._ClearAllSceneGraphFlags()
        }
        HasParent() {
            return this.GetParent() !== null
        }
        GetParent() {
            const sgi = this._sceneGraphInfo;
            return sgi !== null ? sgi.GetParent() : null
        }
        GetTopParent() {
            let p = this;
            while (p.HasParent())
                p = p.GetParent();
            return p
        }
        *parents() {
            let parent = this.GetParent();
            while (parent) {
                yield parent;
                parent = parent.GetParent()
            }
        }
        HasChild(child) {
            return this.GetChildren().includes(child)
        }
        HasChildren() {
            const sgi = this._sceneGraphInfo;
            return sgi !== null ? sgi.HasChildren() : false
        }
        GetChildren() {
            const sgi = this._sceneGraphInfo;
            return sgi !== null ? sgi.GetChildren() : EMPTY_ARRAY
        }
        children() {
            return this.GetChildren()
        }
        *allChildren() {
            for (const child of this.children()) {
                yield child;
                yield*child.allChildren()
            }
        }
        GetChildCount() {
            return this.GetChildren().length
        }
        GetChildAt(index) {
            const children = this.GetChildren();
            index = Math.floor(+index);
            if (index < 0 || index >= children.length)
                return null;
            return children[index]
        }
        _CreateSceneGraphInfo(parent) {
            if (!this._sceneGraphInfo)
                this._sceneGraphInfo = C3.New(C3.SceneGraphInfo, this);
            if (parent)
                this._sceneGraphInfo.SetParent(parent)
        }
        _GetSceneGraphInfo() {
            return this._sceneGraphInfo
        }
        _ReleaseSceneGraphInfo() {
            if (!this._sceneGraphInfo)
                return;
            this._sceneGraphInfo.Release();
            this._sceneGraphInfo = null
        }
        _SetParent(parent) {
            if (parent) {
                parent._CreateSceneGraphInfo(null);
                this._CreateSceneGraphInfo(parent)
            } else {
                if (this._sceneGraphInfo)
                    this._sceneGraphInfo.SetParent(null);
                if (!this.HasChildren())
                    this._ReleaseSceneGraphInfo()
            }
        }
        _HasAnyParent(child) {
            if (!this.HasParent())
                return false;
            const parent = this.GetParent();
            if (parent === child)
                return true;
            return parent._HasAnyParent(child)
        }
        _HasChildRecursive(child) {
            if (this.HasChild(child))
                return true;
            for (const c of this.GetChildren())
                if (c._HasChildRecursive(child))
                    return true;
            return false
        }
        _AddChildToSceneGraphInfo(child) {
            this._sceneGraphInfo.GetChildren().push(child)
        }
        _RemoveChildFromSceneGraphInfo(child) {
            const children = this._sceneGraphInfo.GetChildren();
            const index = children.indexOf(child);
            if (index !== -1)
                children.splice(index, 1);
            if (children.length === 0 && !this.HasParent())
                this._ReleaseSceneGraphInfo();
            if (!child.HasChildren())
                child._ReleaseSceneGraphInfo()
        }
        GetSceneGraphChildrenExportData() {
            return this._sceneGraphChildrenExportData
        }
        _UpdateRendererStateGroup() {
            if (!enableUpdateRendererStateGroup)
                return;
            const renderer = this._runtime.GetRenderer();
            if (this._stateGroup)
                renderer.ReleaseStateGroup(this._stateGroup);
            this._stateGroup = renderer.AcquireStateGroup(renderer.GetTextureFillShaderProgram() || "<default>", this.GetBlendMode(), this._colorPremultiplied, this.GetZElevation())
        }
        GetRendererStateGroup() {
            return this._stateGroup
        }
        HasDefaultColor() {
            return this._color === DEFAULT_COLOR
        }
        SetBlendMode(bm) {
            bm = bm | 0;
            if (bm < 0 || bm > 31)
                throw new RangeError("invalid blend mode");
            if (this.GetBlendMode() === bm)
                return;
            this._flags = this._flags & ~FLAG_BLEND_MODE_MASK | bm << FLAG_BLEND_MODE_BIT_OFFSET;
            this._UpdateRendererStateGroup()
        }
        GetBlendMode() {
            return (this._flags & FLAG_BLEND_MODE_MASK) >> FLAG_BLEND_MODE_BIT_OFFSET
        }
        _SetLayer(layer) {
            this._layer = layer;
            if (this.GetZElevation() !== 0)
                this._layer._SetAnyInstanceZElevated()
        }
        GetLayer() {
            return this._layer
        }
        GetLayout() {
            return this.GetLayer().GetLayout()
        }
        _SetZIndex(z) {
            this._zIndex = z | 0
        }
        GetZIndex() {
            this._layer._UpdateZIndices();
            return this._zIndex
        }
        _GetLastCachedZIndex() {
            return this._zIndex
        }
        _SetFlag(bit, enable) {
            if (enable)
                this._flags |= bit;
            else
                this._flags &= ~bit
        }
        IsVisible() {
            return (this._flags & FLAG_IS_VISIBLE) !== 0
        }
        SetVisible(v) {
            this._SetFlag(FLAG_IS_VISIBLE, v)
        }
        IsCollisionEnabled() {
            return (this._flags & FLAG_COLLISION_ENABLED) !== 0
        }
        SetCollisionEnabled(e) {
            e = !!e;
            if (this.IsCollisionEnabled() === e)
                return;
            this._SetFlag(FLAG_COLLISION_ENABLED, e);
            if (e)
                this.SetBboxChanged();
            else
                this._RemoveFromCollisionCells()
        }
        SetSolidCollisionFilter(isInclusive, tags) {
            this._SetFlag(FLAG_SOLID_FILTER_INCLUSIVE, isInclusive);
            if (this._solidFilterTags)
                this._solidFilterTags.clear();
            if (!tags.trim()) {
                this._solidFilterTags = null;
                return
            }
            if (!this._solidFilterTags)
                this._solidFilterTags = new Set;
            for (const tag of tags.split(" "))
                if (tag)
                    this._solidFilterTags.add(tag.toLowerCase())
        }
        IsSolidCollisionAllowed(solidTagSet) {
            const isInclusive = (this._flags & FLAG_SOLID_FILTER_INCLUSIVE) !== 0;
            const filterTags = this._solidFilterTags;
            if (!solidTagSet || !filterTags)
                return !isInclusive;
            for (const tag of filterTags)
                if (solidTagSet.has(tag))
                    return isInclusive;
            return !isInclusive
        }
        SetBboxChanged() {
            this._flags |= FLAG_BBOX_CHANGED | FLAG_COLLISION_CELL_CHANGED | FLAG_MESH_CHANGED;
            this._objectClass._SetAnyCollisionCellChanged(true);
            this._runtime.UpdateRender();
            if (this._layer.UsesRenderCells()) {
                this.CalculateBbox(this._boundingBox, this._boundingQuad, true);
                this._flags &= ~FLAG_BBOX_CHANGED;
                this._UpdateRenderCell()
            }
            if ((this._flags & FLAG_ENABLE_BBOX_CHANGED_EVENT) !== 0)
                this._inst.Dispatcher().dispatchEvent(bboxChangeEvent);
            if (this._sceneGraphInfo !== null) {
                const children = this._sceneGraphInfo.GetChildren();
                for (let i = 0, len = children.length; i < len; ++i)
                    children[i].SetBboxChanged()
            }
        }
        CalculateBbox(bbox, bquad, includeMesh) {
            const x = this.GetX();
            const y = this.GetY();
            const w = this.GetWidth();
            const h = this.GetHeight();
            const a = this.GetAngle();
            bbox.setWH(x - this._ox * w, y - this._oy * h, w, h);
            if (includeMesh && this.HasMesh())
                this._ExpandBboxForMesh(bbox);
            if (a === 0)
                bquad.setFromRect(bbox);
            else {
                bbox.offset(-x, -y);
                bquad.setFromRotatedRectPrecalc(bbox, this.GetSinAngle(), this.GetCosAngle());
                bquad.offset(x, y);
                bquad.getBoundingBox(bbox)
            }
            bbox.normalize()
        }
        _UpdateBbox() {
            const flags = this._flags;
            if ((flags & FLAG_BBOX_CHANGED) !== 0) {
                this.CalculateBbox(this._boundingBox, this._boundingQuad, true);
                this._flags = flags & ~FLAG_BBOX_CHANGED
            }
        }
        GetBoundingBox() {
            this._UpdateBbox();
            return this._boundingBox
        }
        GetBoundingQuad() {
            this._UpdateBbox();
            return this._boundingQuad
        }
        PixelRoundQuad(quad) {
            const x = this.GetX();
            const y = this.GetY();
            const ox = Math.round(x) - x;
            const oy = Math.round(y) - y;
            if (ox === 0 && oy === 0)
                return quad;
            else {
                tempQuad.copy(quad);
                tempQuad.offset(ox, oy);
                return tempQuad
            }
        }
        OverwriteBoundingBox(box) {
            this._boundingBox.copy(box);
            this._boundingQuad.setFromRect(this._boundingBox);
            this._flags &= ~FLAG_BBOX_CHANGED;
            this._UpdateCollisionCell();
            this._UpdateRenderCell()
        }
        SetBboxChangeEventEnabled(e) {
            this._SetFlag(FLAG_ENABLE_BBOX_CHANGED_EVENT, e)
        }
        IsBboxChangeEventEnabled() {
            return (this._flags & FLAG_ENABLE_BBOX_CHANGED_EVENT) !== 0
        }
        IsInViewport(viewport) {
            return this.GetZElevation() === 0 ? viewport.intersectsRect(this.GetBoundingBox()) : this._IsInViewport_ZElevated()
        }
        _IsInViewport_ZElevated() {
            const layer = this.GetLayer();
            const totalZElevation = this.GetTotalZElevation();
            if (totalZElevation >= layer.GetCameraZ())
                return false;
            layer.GetViewportForZ(totalZElevation, tempRect);
            return tempRect.intersectsRect(this.GetBoundingBox())
        }
        SetSourceCollisionPoly(poly) {
            this._sourceCollisionPoly = poly;
            this._DiscardTransformedCollisionPoly();
            if (this.HasMesh())
                this._meshInfo.meshPoly = null
        }
        GetSourceCollisionPoly() {
            return this._sourceCollisionPoly
        }
        HasOwnCollisionPoly() {
            return this._sourceCollisionPoly !== null || this.HasMesh()
        }
        GetTransformedCollisionPoly() {
            return this._GetCustomTransformedCollisionPolyPrecalc(this.GetWidth(), this.GetHeight(), this.GetAngle(), this.GetSinAngle(), this.GetCosAngle())
        }
        GetCustomTransformedCollisionPoly(w, h, a) {
            let sina = 0;
            let cosa = 1;
            if (a !== 0) {
                sina = Math.sin(a);
                cosa = Math.cos(a)
            }
            return this._GetCustomTransformedCollisionPolyPrecalc(w, h, a, sina, cosa)
        }
        _GetCustomTransformedCollisionPolyPrecalc(w, h, a, sinA, cosA) {
            let tpi = this._transformedPolyInfo;
            if (tpi === null) {
                tpi = {
                    poly: C3.New(C3.CollisionPoly),
                    width: NaN,
                    height: NaN,
                    angle: NaN
                };
                this._transformedPolyInfo = tpi
            }
            const transformedPoly = tpi.poly;
            if (tpi.width === w && tpi.height === h && tpi.angle === a)
                return transformedPoly;
            const sourcePoly = this._sourceCollisionPoly;
            if (this.HasMesh()) {
                const ox = this.GetOriginX();
                const oy = this.GetOriginY();
                const sourceMesh = this.GetSourceMesh();
                let meshPoly = this._meshInfo.meshPoly;
                if (!meshPoly) {
                    if (sourcePoly) {
                        tempCollisionPoly.copy(sourcePoly);
                        tempCollisionPoly.offset(ox, oy)
                    } else
                        tempCollisionPoly.setDefaultPoints();
                    meshPoly = sourceMesh.InsertPolyMeshVertices(tempCollisionPoly);
                    this._meshInfo.meshPoly = meshPoly
                }
                sourceMesh.TransformCollisionPoly(meshPoly, transformedPoly);
                transformedPoly.offset(-ox, -oy);
                transformedPoly.transformPrecalc(w, h, sinA, cosA)
            } else if (sourcePoly) {
                transformedPoly.copy(sourcePoly);
                transformedPoly.transformPrecalc(w, h, sinA, cosA)
            } else
                transformedPoly.setFromQuad(this.GetBoundingQuad(), -this.GetX(), -this.GetY());
            tpi.width = w;
            tpi.height = h;
            tpi.angle = a;
            return transformedPoly
        }
        _DiscardTransformedCollisionPoly() {
            this.SetPhysicsBodyChanged(true);
            const tpi = this._transformedPolyInfo;
            if (tpi === null)
                return;
            tpi.width = NaN
        }
        CreateMesh(hsize, vsize) {
            hsize = Math.floor(hsize);
            vsize = Math.floor(vsize);
            if (!this.GetInstance().GetPlugin().SupportsMesh())
                throw new Error("object does not support mesh");
            this.ReleaseMesh();
            this._meshInfo = {
                sourceMesh: C3.New(C3.Gfx.Mesh, hsize, vsize),
                transformedMesh: C3.New(C3.Gfx.Mesh, hsize, vsize),
                meshPoly: null
            }
        }
        HasMesh() {
            return this._meshInfo !== null
        }
        GetSourceMesh() {
            if (!this.HasMesh())
                throw new Error("no mesh");
            return this._meshInfo.sourceMesh
        }
        GetTransformedMesh() {
            if (!this.HasMesh())
                throw new Error("no mesh");
            return this._meshInfo.transformedMesh
        }
        SetMeshChanged(e) {
            this._SetFlag(FLAG_MESH_CHANGED, e)
        }
        IsMeshChanged() {
            return (this._flags & FLAG_MESH_CHANGED) !== 0
        }
        SetPhysicsBodyChanged(e) {
            this._SetFlag(FLAG_PHYSICS_BODY_CHANGED, e)
        }
        IsPhysicsBodyChanged() {
            return (this._flags & FLAG_PHYSICS_BODY_CHANGED) !== 0
        }
        _ExpandBboxForMesh(bbox) {
            const sourceMesh = this._meshInfo.sourceMesh;
            const minX = Math.min(sourceMesh.GetMinX(), 0);
            const minY = Math.min(sourceMesh.GetMinY(), 0);
            const maxX = Math.max(sourceMesh.GetMaxX(), 1);
            const maxY = Math.max(sourceMesh.GetMaxY(), 1);
            const w = bbox.width();
            const h = bbox.height();
            bbox.offsetLeft(minX * w);
            bbox.offsetTop(minY * h);
            bbox.offsetRight((maxX - 1) * w);
            bbox.offsetBottom((maxY - 1) * h)
        }
        ReleaseMesh() {
            if (!this._meshInfo)
                return;
            this._meshInfo.sourceMesh.Release();
            this._meshInfo.transformedMesh.Release();
            this._meshInfo = null;
            this._DiscardTransformedCollisionPoly()
        }
        SetMeshPoint(col, row, opts) {
            col = Math.floor(col);
            row = Math.floor(row);
            const mode = opts.mode || "absolute";
            if (!VALID_SET_MESH_POINT_MODES.has(mode))
                throw new Error("invalid mode");
            const isRelative = mode === "relative";
            let posx = opts.x;
            let posy = opts.y;
            let texu = typeof opts.u === "number" ? opts.u : isRelative ? 0 : -1;
            let texv = typeof opts.v === "number" ? opts.v : isRelative ? 0 : -1;
            if (!this.HasMesh())
                return false;
            const sourceMesh = this.GetSourceMesh();
            const p = sourceMesh.GetMeshPointAt(col, row);
            if (p === null)
                return false;
            if (isRelative) {
                posx += col / (sourceMesh.GetHSize() - 1);
                posy += row / (sourceMesh.GetVSize() - 1)
            }
            if (texu === -1 && !isRelative)
                texu = p.GetU();
            else {
                if (isRelative)
                    texu += col / (sourceMesh.GetHSize() - 1);
                texu = C3.clamp(texu, 0, 1)
            }
            if (texv === -1 && !isRelative)
                texv = p.GetV();
            else {
                if (isRelative)
                    texv += row / (sourceMesh.GetVSize() - 1);
                texv = C3.clamp(texv, 0, 1)
            }
            if (p.GetX() === posx && p.GetY() === posy && p.GetU() === texu && p.GetV() === texv)
                return false;
            p.SetX(posx);
            p.SetY(posy);
            p.SetU(texu);
            p.SetV(texv);
            this._DiscardTransformedCollisionPoly();
            return true
        }
        HasTilemap() {
            return this._inst.HasTilemap()
        }
        ContainsPoint(x, y) {
            if (!this.GetBoundingBox().containsPoint(x, y))
                return false;
            if (!this.GetBoundingQuad().containsPoint(x, y))
                return false;
            if (this.HasTilemap())
                return this._inst.GetSdkInstance().TestPointOverlapTile(x, y);
            if (!this.HasOwnCollisionPoly())
                return true;
            return this.GetTransformedCollisionPoly().containsPoint(x - this.GetX(), y - this.GetY())
        }
        _IsCollisionCellChanged() {
            return (this._flags & FLAG_COLLISION_CELL_CHANGED) !== 0
        }
        _UpdateCollisionCell() {
            if (!this._IsCollisionCellChanged() || !this.IsCollisionEnabled())
                return;
            const bbox = this.GetBoundingBox();
            const grid = this._objectClass._GetCollisionCellGrid();
            const collisionCells = this._collisionCells;
            tempRect.set(grid.XToCell(bbox.getLeft()), grid.YToCell(bbox.getTop()), grid.XToCell(bbox.getRight()), grid.YToCell(bbox.getBottom()));
            if (collisionCells.equals(tempRect))
                return;
            const inst = this._inst;
            if (collisionCells === DEFAULT_COLLISION_CELLS) {
                grid.Update(inst, null, tempRect);
                this._collisionCells = C3.New(C3.Rect, tempRect)
            } else {
                grid.Update(inst, collisionCells, tempRect);
                collisionCells.copy(tempRect)
            }
            this._flags &= ~FLAG_COLLISION_CELL_CHANGED
        }
        _RemoveFromCollisionCells() {
            const collisionCells = this._collisionCells;
            if (collisionCells === DEFAULT_COLLISION_CELLS)
                return;
            this._objectClass._GetCollisionCellGrid().Update(this._inst, collisionCells, null);
            this._collisionCells = DEFAULT_COLLISION_CELLS
        }
        _UpdateRenderCell() {
            const layer = this.GetLayer();
            if (!layer.UsesRenderCells())
                return;
            const renderGrid = layer.GetRenderGrid();
            const bbox = this.GetBoundingBox();
            const renderCells = this._renderCells;
            tempRect.set(renderGrid.XToCell(bbox.getLeft()), renderGrid.YToCell(bbox.getTop()), renderGrid.XToCell(bbox.getRight()), renderGrid.YToCell(bbox.getBottom()));
            if (renderCells.equals(tempRect))
                return;
            const inst = this._inst;
            if (renderCells === DEFAULT_RENDER_CELLS) {
                renderGrid.Update(inst, null, tempRect);
                this._renderCells = C3.New(C3.Rect, tempRect)
            } else {
                renderGrid.Update(inst, renderCells, tempRect);
                renderCells.copy(tempRect)
            }
            layer.SetRenderListStale()
        }
        _RemoveFromRenderCells() {
            const renderCells = this._renderCells;
            if (renderCells === DEFAULT_RENDER_CELLS)
                return;
            this.GetLayer().GetRenderGrid().Update(this._inst, renderCells, null);
            this._renderCells = DEFAULT_RENDER_CELLS
        }
        GetRenderCellRange() {
            return this._renderCells
        }
        ZOrderMoveToTop() {
            const inst = this._inst;
            const layer = this._layer;
            const layerInstances = layer._GetInstances();
            if (layerInstances.length && layerInstances[layerInstances.length - 1] === inst)
                return;
            layer._RemoveInstance(inst, false);
            layer._AddInstance(inst, false);
            this._runtime.UpdateRender()
        }
        ZOrderMoveToBottom() {
            const inst = this._inst;
            const layer = this._layer;
            const layerInstances = layer._GetInstances();
            if (layerInstances.length && layerInstances[0] === inst)
                return;
            layer._RemoveInstance(inst, false);
            layer._PrependInstance(inst, false);
            this._runtime.UpdateRender()
        }
        ZOrderMoveToLayer(layerMove) {
            const inst = this._inst;
            const curLayer = this._layer;
            if (curLayer.GetLayout() !== layerMove.GetLayout())
                throw new Error("layer from different layout");
            if (layerMove === curLayer)
                return;
            curLayer._RemoveInstance(inst, true);
            this._SetLayer(layerMove);
            layerMove._AddInstance(inst, true);
            this._runtime.UpdateRender()
        }
        ZOrderMoveAdjacentToInstance(otherInst, isAfter) {
            const inst = this._inst;
            const curLayer = this._layer;
            if (otherInst.GetUID() === inst.GetUID())
                return;
            const otherWi = otherInst.GetWorldInfo();
            if (!otherWi)
                throw new Error("expected world instance");
            const otherLayer = otherWi.GetLayer();
            let didChangeLayer = false;
            if (curLayer.GetIndex() !== otherLayer.GetIndex()) {
                curLayer._RemoveInstance(inst, true);
                this._SetLayer(otherLayer);
                otherLayer._AddInstance(inst, true);
                didChangeLayer = true
            }
            const didChangeZOrder = otherLayer.MoveInstanceAdjacent(inst, otherInst, !!isAfter);
            if (didChangeLayer || didChangeZOrder)
                this._runtime.UpdateRender()
        }
        GetInstanceEffectList() {
            return this._instanceEffectList
        }
        _SetHasAnyActiveEffect(e) {
            this._SetFlag(FLAG_HAS_ANY_ACTIVE_EFFECT, e)
        }
        HasAnyActiveEffect() {
            return (this._flags & FLAG_HAS_ANY_ACTIVE_EFFECT) !== 0
        }
        _SaveToJson() {
            const o = {
                "x": this.GetX(),
                "y": this.GetY(),
                "w": this.GetWidth(),
                "h": this.GetHeight(),
                "l": this.GetLayer().GetSID(),
                "zi": this.GetZIndex()
            };
            if (this.GetZElevation() !== 0)
                o["ze"] = this.GetZElevation();
            if (this.GetAngle() !== 0)
                o["a"] = this.GetAngle();
            if (!this.HasDefaultColor())
                o["c"] = this._color.toJSON();
            if (this.GetOriginX() !== .5)
                o["oX"] = this.GetOriginX();
            if (this.GetOriginY() !== .5)
                o["oY"] = this.GetOriginY();
            if (this.GetBlendMode() !== 0)
                o["bm"] = this.GetBlendMode();
            if (!this.IsVisible())
                o["v"] = this.IsVisible();
            if (!this.IsCollisionEnabled())
                o["ce"] = this.IsCollisionEnabled();
            if (this.IsBboxChangeEventEnabled())
                o["be"] = this.IsBboxChangeEventEnabled();
            if (this._instanceEffectList)
                o["fx"] = this._instanceEffectList._SaveToJson();
            const isSolidFilterInclusive = (this._flags & FLAG_SOLID_FILTER_INCLUSIVE) !== 0;
            if (isSolidFilterInclusive)
                o["sfi"] = isSolidFilterInclusive;
            if (this._solidFilterTags)
                o["sft"] = [...this._solidFilterTags].join(" ");
            if (this._sceneGraphInfo)
                o["sgi"] = this._sceneGraphInfo._SaveToJson();
            return o
        }
        _LoadFromJson(o) {
            enableUpdateRendererStateGroup = false;
            this._ResetAllSceneGraphState();
            this.SetX(o["x"]);
            this.SetY(o["y"]);
            this.SetWidth(o["w"]);
            this.SetHeight(o["h"]);
            this._SetZIndex(o["zi"]);
            this.SetZElevation(o.hasOwnProperty("ze") ? o["ze"] : 0);
            this.SetAngle(o.hasOwnProperty("a") ? o["a"] : 0);
            if (o.hasOwnProperty("c"))
                tempColor.setFromJSON(o["c"]);
            else if (o.hasOwnProperty("o")) {
                tempColor.copyRgb(this._color);
                tempColor.a = o["o"]
            } else
                tempColor.setRgba(1, 1, 1, 1);
            this._SetColor(tempColor);
            this.SetOriginX(o.hasOwnProperty("oX") ? o["oX"] : .5);
            this.SetOriginY(o.hasOwnProperty("oY") ? o["oY"] : .5);
            this.SetBlendMode(o.hasOwnProperty("bm") ? o["bm"] : 0);
            this.SetVisible(o.hasOwnProperty("v") ? o["v"] : true);
            this.SetCollisionEnabled(o.hasOwnProperty("ce") ? o["ce"] : true);
            this.SetBboxChangeEventEnabled(o.hasOwnProperty("be") ? o["be"] : false);
            this.SetSolidCollisionFilter(o.hasOwnProperty("sfi") ? o["sfi"] : false, o.hasOwnProperty("sft") ? o["sft"] : "");
            if (this._instanceEffectList && o.hasOwnProperty("fx"))
                this._instanceEffectList._LoadFromJson(o["fx"]);
            if (o.hasOwnProperty("sgi")) {
                this._CreateSceneGraphInfo(null);
                const sgi = this._sceneGraphInfo;
                const sgiData = o["sgi"];
                sgi._LoadFromJson(sgiData);
                const runtimeDispatcher = this.GetRuntime().Dispatcher();
                const onAfterLoad = ()=>{
                    runtimeDispatcher.removeEventListener("afterload", onAfterLoad);
                    sgi._OnAfterLoad(sgiData)
                }
                ;
                runtimeDispatcher.addEventListener("afterload", onAfterLoad)
            }
            this.SetBboxChanged();
            enableUpdateRendererStateGroup = true;
            this._UpdateRendererStateGroup()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.BehaviorType = class BehaviorType extends C3.DefendedBase {
        constructor(objectClass, data) {
            super();
            const runtime = objectClass.GetRuntime();
            const pluginManager = runtime.GetPluginManager();
            const BehaviorCtor = runtime.GetObjectReference(data[1]);
            if (!pluginManager.HasBehaviorByConstructorFunction(BehaviorCtor))
                pluginManager.CreateBehavior(data);
            this._runtime = runtime;
            this._objectClass = objectClass;
            this._behavior = pluginManager.GetBehaviorByConstructorFunction(BehaviorCtor);
            this._sdkType = null;
            this._instSdkCtor = BehaviorCtor.Instance;
            this._sid = data[2];
            this._name = data[0];
            this._jsPropName = this._runtime.GetJsPropName(data[3]);
            this._sdkType = C3.New(BehaviorCtor.Type, this);
            this.OnCreate()
        }
        static Create(objectClass, behaviorTypeData) {
            return C3.New(C3.BehaviorType, objectClass, behaviorTypeData)
        }
        Release() {
            this._runtime = null;
            this._behavior = null;
            this._sdkType.Release();
            this._sdkType = null;
            this._instSdkCtor = null
        }
        GetSdkType() {
            return this._sdkType
        }
        OnCreate() {
            this._sdkType.OnCreate()
        }
        GetRuntime() {
            return this._runtime
        }
        GetObjectClass() {
            return this._objectClass
        }
        GetBehavior() {
            return this._behavior
        }
        GetInstanceSdkCtor() {
            return this._instSdkCtor
        }
        GetName() {
            return this._name
        }
        GetSID() {
            return this._sid
        }
        GetJsPropName() {
            return this._jsPropName
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IBehaviorInstance = self.IBehaviorInstance;
    C3.BehaviorInstance = class BehaviorInstance extends C3.DefendedBase {
        constructor(opts) {
            super();
            this._runtime = opts.runtime;
            this._behaviorType = opts.behaviorType;
            this._behavior = this._behaviorType.GetBehavior();
            this._inst = opts.instance;
            this._index = opts.index;
            this._sdkInst = null;
            this._iScriptInterface = null;
            this._behavior._AddInstance(this._inst)
        }
        Release() {
            if (this._iScriptInterface) {
                this._iScriptInterface._Release();
                this._iScriptInterface = null
            }
            this._behavior._RemoveInstance(this._inst);
            this._sdkInst.Release();
            this._sdkInst = null;
            this._iScriptInterface = null;
            this._runtime = null;
            this._behaviorType = null;
            this._behavior = null;
            this._inst = null
        }
        _CreateSdkInstance(properties) {
            if (this._sdkInst)
                throw new Error("already got sdk instance");
            this._sdkInst = C3.New(this._behaviorType.GetInstanceSdkCtor(), this, properties);
            this._InitScriptInterface()
        }
        GetSdkInstance() {
            return this._sdkInst
        }
        GetObjectInstance() {
            return this._inst
        }
        GetRuntime() {
            return this._runtime
        }
        GetBehaviorType() {
            return this._behaviorType
        }
        GetBehavior() {
            return this._behavior
        }
        _GetIndex() {
            return this._index
        }
        PostCreate() {
            this._sdkInst.PostCreate()
        }
        OnSpriteFrameChanged(prevFrame, nextFrame) {
            this._sdkInst.OnSpriteFrameChanged(prevFrame, nextFrame)
        }
        _GetDebuggerProperties() {
            return this._sdkInst.GetDebuggerProperties()
        }
        SaveToJson() {
            return this._sdkInst.SaveToJson()
        }
        LoadFromJson(o) {
            return this._sdkInst.LoadFromJson(o)
        }
        static SortByTickSequence(a, b) {
            const instA = a.GetObjectInstance();
            const instB = b.GetObjectInstance();
            const typeIndexA = instA.GetObjectClass().GetIndex();
            const typeIndexB = instB.GetObjectClass().GetIndex();
            if (typeIndexA !== typeIndexB)
                return typeIndexA - typeIndexB;
            const seqA = instA.GetPUID();
            const seqB = instB.GetPUID();
            if (seqA !== seqB)
                return seqA - seqB;
            return a.GetBehaviorInstance()._GetIndex() - b.GetBehaviorInstance()._GetIndex()
        }
        _InitScriptInterface() {
            const DefaultScriptClass = IBehaviorInstance;
            const SdkScriptClass = this._sdkInst.GetScriptInterfaceClass();
            const ScriptInterfaceClass = SdkScriptClass || DefaultScriptClass;
            IBehaviorInstance._Init(this);
            this._iScriptInterface = new ScriptInterfaceClass;
            IBehaviorInstance._Init(null);
            if (SdkScriptClass && !(this._iScriptInterface instanceof DefaultScriptClass))
                throw new TypeError(`script interface class '${SdkScriptClass.name}' does not extend the right base class '${DefaultScriptClass.name}'`);
        }
        GetScriptInterface() {
            return this._iScriptInterface
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.EffectList = class EffectList extends C3.DefendedBase {
        constructor(owner, data) {
            super();
            this._owner = owner;
            this._allEffectTypes = [];
            this._activeEffectTypes = [];
            this._effectTypesByName = new Map;
            this._effectParams = [];
            this._preservesOpaqueness = true;
            for (const d of data) {
                const et = C3.New(C3.EffectType, this, d, this._allEffectTypes.length);
                this._allEffectTypes.push(et);
                this._effectTypesByName.set(et.GetName().toLowerCase(), et);
                if (d.length >= 3)
                    this._effectParams.push(this._LoadSingleEffectParameters(d[2]))
            }
            this.GetRuntime()._AddEffectList(this)
        }
        Release() {
            C3.clearArray(this._allEffectTypes);
            C3.clearArray(this._activeEffectTypes);
            this._effectTypesByName.clear();
            C3.clearArray(this._effectParams);
            this._owner = null
        }
        PrependEffectTypes(arr) {
            if (!arr.length)
                return;
            this._allEffectTypes = arr.concat(this._allEffectTypes);
            for (const et of arr)
                this._effectTypesByName.set(et.GetName().toLowerCase(), et);
            for (let i = 0, len = this._allEffectTypes.length; i < len; ++i)
                this._allEffectTypes[i]._SetIndex(i)
        }
        _LoadSingleEffectParameters(arr) {
            const ret = arr.slice(0);
            for (let i = 0, len = ret.length; i < len; ++i) {
                const p = ret[i];
                if (Array.isArray(p)) {
                    const c = C3.New(C3.Color);
                    c.setFromJSON(p);
                    ret[i] = c
                }
            }
            return ret
        }
        GetOwner() {
            return this._owner
        }
        GetRuntime() {
            return this._owner.GetRuntime()
        }
        UpdateActiveEffects() {
            C3.clearArray(this._activeEffectTypes);
            let preservesOpaqueness = true;
            for (const et of this._allEffectTypes)
                if (et.IsActive()) {
                    this._activeEffectTypes.push(et);
                    if (!et.GetShaderProgram().PreservesOpaqueness())
                        preservesOpaqueness = false
                }
            this._preservesOpaqueness = preservesOpaqueness
        }
        GetAllEffectTypes() {
            return this._allEffectTypes
        }
        HasAnyEffectType() {
            return this._allEffectTypes.length > 0
        }
        GetEffectTypeByName(name) {
            return this._effectTypesByName.get(name.toLowerCase()) || null
        }
        GetEffectTypeByIndex(index) {
            index = Math.floor(+index);
            if (index < 0 || index >= this._allEffectTypes.length)
                throw new RangeError("invalid effect type index");
            return this._allEffectTypes[index]
        }
        IsEffectIndexActive(index) {
            return this.GetEffectTypeByIndex(index).IsActive()
        }
        SetEffectIndexActive(index, a) {
            this.GetEffectTypeByIndex(index).SetActive(a)
        }
        GetActiveEffectTypes() {
            return this._activeEffectTypes
        }
        HasAnyActiveEffect() {
            return this._activeEffectTypes.length > 0
        }
        PreservesOpaqueness() {
            return this._preservesOpaqueness
        }
        GetEffectParametersForIndex(index) {
            return this._effectParams[index]
        }
        static SaveFxParamToJson(param) {
            if (param && param instanceof C3.Color)
                return {
                    "t": "color",
                    "v": param.toJSON()
                };
            else
                return param
        }
        static LoadFxParamFromJson(o) {
            if (typeof o === "object") {
                const type = o["t"];
                if (type === "color") {
                    const color = C3.New(C3.Color);
                    color.setFromJSON(o["v"]);
                    return color
                } else
                    throw new Error("invalid effect parameter type");
            } else
                return o
        }
        static SaveFxParamsToJson(params) {
            return params.map(C3.EffectList.SaveFxParamToJson)
        }
        static LoadFxParamsFromJson(arr) {
            return arr.map(C3.EffectList.LoadFxParamFromJson)
        }
        SaveToJson() {
            return this._allEffectTypes.map(et=>({
                "name": et.GetName(),
                "active": et.IsActive(),
                "params": C3.EffectList.SaveFxParamsToJson(this._effectParams[et.GetIndex()])
            }))
        }
        LoadFromJson(arr) {
            for (const o of arr) {
                const et = this.GetEffectTypeByName(o["name"]);
                if (!et)
                    continue;
                et.SetActive(o["active"]);
                this._effectParams[et.GetIndex()] = C3.EffectList.LoadFxParamsFromJson(o["params"])
            }
            this.UpdateActiveEffects()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.EffectType = class EffectType extends C3.DefendedBase {
        constructor(effectList, data, index) {
            super();
            this._effectList = effectList;
            this._id = data[0];
            this._name = data[1];
            this._index = index;
            this._shaderProgram = null;
            this._isActive = true
        }
        Release() {
            this._effectList = null;
            this._shaderProgram = null
        }
        Clone(effectListOwner) {
            const ret = C3.New(C3.EffectType, effectListOwner, [this._id, this._name], -1);
            ret._shaderProgram = this._shaderProgram;
            ret._isActive = this._isActive;
            return ret
        }
        _InitRenderer(renderer) {
            const shaderProgram = renderer.GetShaderProgramByName(this._id);
            if (!shaderProgram)
                throw new Error("failed to find shader program '" + this._id + "'");
            this._shaderProgram = shaderProgram
        }
        GetEffectList() {
            return this._effectList
        }
        GetName() {
            return this._name
        }
        _SetIndex(i) {
            this._index = i
        }
        GetIndex() {
            return this._index
        }
        GetOwner() {
            return this._effectList.GetOwner()
        }
        GetRuntime() {
            return this._effectList.GetRuntime()
        }
        SetActive(a) {
            this._isActive = !!a
        }
        IsActive() {
            return this._isActive
        }
        GetShaderProgram() {
            return this._shaderProgram
        }
        GetDefaultParameterValues() {
            const ret = [];
            for (let i = 0, len = this._shaderProgram.GetParameterCount(); i < len; ++i) {
                const type = this._shaderProgram.GetParameterType(i);
                if (type === "float" || type === "percent")
                    ret.push(0);
                else if (type === "color")
                    ret.push(C3.New(C3.Color, 1, 1, 1, 1));
                else
                    throw new TypeError("unknown effect parameter type");
            }
            return ret
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.InstanceEffectList = class InstanceEffectList extends C3.DefendedBase {
        constructor(inst, wi, data) {
            super();
            this._inst = inst;
            this._wi = wi;
            this._effectList = inst.GetObjectClass().GetEffectList();
            this._activeEffectFlags = [];
            this._activeEffectTypes = [];
            this._preservesOpaqueness = true;
            this._effectParams = [];
            for (const et of this._effectList.GetAllEffectTypes())
                this._activeEffectFlags.push(true);
            this.UpdateActiveEffects()
        }
        Release() {
            C3.clearArray(this._activeEffectFlags);
            C3.clearArray(this._activeEffectTypes);
            C3.clearArray(this._effectParams);
            this._inst = null;
            this._effectList = null
        }
        _LoadEffectParameters(data) {
            for (const e of data)
                this._effectParams.push(this._LoadSingleEffectParameters(e))
        }
        _LoadSingleEffectParameters(arr) {
            const ret = arr.slice(0);
            for (let i = 0, len = ret.length; i < len; ++i) {
                const p = ret[i];
                if (Array.isArray(p)) {
                    const c = C3.New(C3.Color);
                    c.setFromJSON(p);
                    ret[i] = c
                }
            }
            return ret
        }
        LoadDefaultEffectParameters() {
            for (const effectType of this._effectList.GetAllEffectTypes())
                this._effectParams.push(effectType.GetDefaultParameterValues())
        }
        GetOwner() {
            return this._owner
        }
        GetEffectList() {
            return this._effectList
        }
        GetRuntime() {
            return this._inst.GetRuntime()
        }
        UpdateActiveEffects() {
            C3.clearArray(this._activeEffectTypes);
            const allEffectTypes = this._effectList.GetAllEffectTypes();
            const activeEffectTypes = this._activeEffectTypes;
            const activeEffectFlags = this._activeEffectFlags;
            let preservesOpaqueness = true;
            for (let i = 0, len = allEffectTypes.length; i < len; ++i)
                if (activeEffectFlags[i]) {
                    const et = allEffectTypes[i];
                    activeEffectTypes.push(et);
                    if (!et.GetShaderProgram().PreservesOpaqueness())
                        preservesOpaqueness = false
                }
            this._preservesOpaqueness = preservesOpaqueness;
            this._wi._SetHasAnyActiveEffect(!!activeEffectTypes.length)
        }
        GetActiveEffectTypes() {
            return this._activeEffectTypes
        }
        GetEffectParametersForIndex(index) {
            return this._effectParams[index]
        }
        PreservesOpaqueness() {
            return this._preservesOpaqueness
        }
        HasAnyActiveBackgroundBlendingEffect() {
            return this._activeEffectTypes.some(et=>et.GetShaderProgram().UsesDest())
        }
        IsEffectIndexActive(i) {
            return this._activeEffectFlags[i]
        }
        SetEffectIndexActive(i, e) {
            this._activeEffectFlags[i] = !!e
        }
        GetAllEffectTypes() {
            return this._effectList.GetAllEffectTypes()
        }
        _SaveToJson() {
            return this._effectList.GetAllEffectTypes().map(et=>({
                "name": et.GetName(),
                "active": this._activeEffectFlags[et.GetIndex()],
                "params": C3.EffectList.SaveFxParamsToJson(this._effectParams[et.GetIndex()])
            }))
        }
        _LoadFromJson(arr) {
            for (const o of arr) {
                const et = this._effectList.GetEffectTypeByName(o["name"]);
                if (!et)
                    continue;
                this._activeEffectFlags[et.GetIndex()] = o["active"];
                this._effectParams[et.GetIndex()] = C3.EffectList.LoadFxParamsFromJson(o["params"])
            }
            this.UpdateActiveEffects()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempCandidates = [];
    const tileCollRectCandidates = [];
    const tempJumpthruRet = [];
    const tempPolyA = C3.New(C3.CollisionPoly);
    const tempPolyB = C3.New(C3.CollisionPoly);
    const tempQuad = C3.New(C3.Quad);
    const tempRect = C3.New(C3.Rect);
    const tempRect2 = C3.New(C3.Rect);
    C3.CollisionEngine = class CollisionEngine extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._registeredCollisions = [];
            this._collisionCheckCount = 0;
            this._collisionCheckSec = 0;
            this._polyCheckCount = 0;
            this._polyCheckSec = 0
        }
        Release() {
            this._runtime = null
        }
        _Update1sStats() {
            this._collisionCheckSec = this._collisionCheckCount;
            this._collisionCheckCount = 0;
            this._polyCheckSec = this._polyCheckCount;
            this._polyCheckCount = 0
        }
        Get1secCollisionChecks() {
            return this._collisionCheckSec
        }
        Get1secPolyChecks() {
            return this._polyCheckSec
        }
        RegisterCollision(a, b) {
            const aw = a.GetWorldInfo();
            const bw = b.GetWorldInfo();
            if (!aw || !bw)
                return;
            if (!aw.IsCollisionEnabled() || !bw.IsCollisionEnabled())
                return;
            this._registeredCollisions.push([a, b])
        }
        AddRegisteredCollisionCandidates(inst, otherType, arr) {
            for (const [a,b] of this._registeredCollisions) {
                let otherInst = null;
                if (inst === a)
                    otherInst = b;
                else if (inst === b)
                    otherInst = a;
                else
                    continue;
                if (!otherInst.BelongsToObjectClass(otherType))
                    continue;
                if (!arr.includes(otherInst))
                    arr.push(otherInst)
            }
        }
        CheckRegisteredCollision(a, b) {
            if (!this._registeredCollisions.length)
                return false;
            for (const [c,d] of this._registeredCollisions)
                if (a === c && b === d || a === d && b === c)
                    return true;
            return false
        }
        ClearRegisteredCollisions() {
            C3.clearArray(this._registeredCollisions)
        }
        TestOverlap(a, b) {
            if (!a || !b || a === b)
                return false;
            const aw = a.GetWorldInfo();
            const bw = b.GetWorldInfo();
            if (!aw.IsCollisionEnabled() || !bw.IsCollisionEnabled())
                return false;
            this._collisionCheckCount++;
            const layerA = aw.GetLayer();
            const layerB = bw.GetLayer();
            const areLayerTransformsCompatible = layerA.IsTransformCompatibleWith(layerB);
            if (areLayerTransformsCompatible)
                return this._TestOverlap_SameLayers(aw, bw);
            else
                return this._TestOverlap_DifferentLayers(aw, bw)
        }
        _TestOverlap_SameLayers(aw, bw) {
            if (!aw.GetBoundingBox().intersectsRect(bw.GetBoundingBox()))
                return false;
            this._polyCheckCount++;
            if (!aw.GetBoundingQuad().intersectsQuad(bw.GetBoundingQuad()))
                return false;
            if (aw.HasTilemap() && bw.HasTilemap())
                return false;
            if (aw.HasTilemap())
                return this.TestTilemapOverlap(aw, bw);
            else if (bw.HasTilemap())
                return this.TestTilemapOverlap(bw, aw);
            if (!aw.HasOwnCollisionPoly() && !bw.HasOwnCollisionPoly())
                return true;
            const polyA = aw.GetTransformedCollisionPoly();
            const polyB = bw.GetTransformedCollisionPoly();
            return polyA.intersectsPoly(polyB, bw.GetX() - aw.GetX(), bw.GetY() - aw.GetY())
        }
        _TestOverlap_DifferentLayers(aw, bw) {
            const layerA = aw.GetLayer();
            const layerB = bw.GetLayer();
            tempPolyA.copy(aw.GetTransformedCollisionPoly());
            tempPolyB.copy(bw.GetTransformedCollisionPoly());
            const ptsArrA = tempPolyA.pointsArr();
            for (let i = 0, len = ptsArrA.length; i < len; i += 2) {
                const j = i + 1;
                const x = ptsArrA[i];
                const y = ptsArrA[j];
                const [lx,ly] = layerA.LayerToCanvasCss(x + aw.GetX(), y + aw.GetY());
                ptsArrA[i] = lx;
                ptsArrA[j] = ly
            }
            const ptsArrB = tempPolyB.pointsArr();
            for (let i = 0, len = ptsArrB.length; i < len; i += 2) {
                const j = i + 1;
                const x = ptsArrB[i];
                const y = ptsArrB[j];
                const [lx,ly] = layerB.LayerToCanvasCss(x + bw.GetX(), y + bw.GetY());
                ptsArrB[i] = lx;
                ptsArrB[j] = ly
            }
            tempPolyA.setBboxChanged();
            tempPolyB.setBboxChanged();
            this._polyCheckCount++;
            return tempPolyA.intersectsPoly(tempPolyB, 0, 0)
        }
        TestTilemapOverlap(tmWi, wi) {
            const bbox = wi.GetBoundingBox();
            const tmX = tmWi.GetX();
            const tmY = tmWi.GetY();
            const tmSdkInst = tmWi.GetInstance().GetSdkInstance();
            const instX = wi.GetX();
            const instY = wi.GetY();
            const instHasPoly = wi.HasOwnCollisionPoly();
            const instQuad = wi.GetBoundingQuad();
            const collRects = tileCollRectCandidates;
            tmSdkInst.GetCollisionRectCandidates(bbox, collRects);
            for (let i = 0, len = collRects.length; i < len; ++i) {
                const c = collRects[i];
                const rc = c.GetRect();
                this._collisionCheckCount++;
                if (bbox.intersectsRectOffset(rc, tmX, tmY)) {
                    tempQuad.setFromRect(rc);
                    tempQuad.offset(tmX, tmY);
                    if (tempQuad.intersectsQuad(instQuad))
                        if (instHasPoly) {
                            const instPoly = wi.GetTransformedCollisionPoly();
                            const tilePoly = c.GetPoly();
                            if (tilePoly) {
                                this._polyCheckCount++;
                                if (tilePoly.intersectsPoly(instPoly, instX - (tmX + rc.getLeft()), instY - (tmY + rc.getTop()))) {
                                    C3.clearArray(collRects);
                                    return true
                                }
                            } else {
                                tempPolyA.setFromQuad(tempQuad, 0, 0);
                                if (tempPolyA.intersectsPoly(instPoly, instX, instY)) {
                                    C3.clearArray(collRects);
                                    return true
                                }
                            }
                        } else {
                            const tilePoly = c.GetPoly();
                            if (tilePoly) {
                                tempPolyA.setFromQuad(instQuad, 0, 0);
                                if (tilePoly.intersectsPoly(tempPolyA, -(tmX + rc.getLeft()), -(tmY + rc.getTop()))) {
                                    C3.clearArray(collRects);
                                    return true
                                }
                            } else {
                                C3.clearArray(collRects);
                                return true
                            }
                        }
                }
            }
            C3.clearArray(collRects);
            return false
        }
        TestAndSelectCanvasPointOverlap(objectClass, ptx, pty, isInverted) {
            const sol = objectClass.GetCurrentSol();
            const currentEvent = this._runtime.GetCurrentEvent();
            if (!currentEvent)
                throw new Error("cannot call outside event");
            const isOrBlock = currentEvent.IsOrBlock();
            if (sol.IsSelectAll()) {
                if (!isInverted) {
                    sol._SetSelectAll(false);
                    C3.clearArray(sol._GetOwnInstances())
                }
                for (const inst of objectClass.GetInstances()) {
                    const wi = inst.GetWorldInfo();
                    const layer = wi.GetLayer();
                    const [lx,ly] = layer.CanvasCssToLayer(ptx, pty, wi.GetTotalZElevation());
                    if (wi.ContainsPoint(lx, ly))
                        if (isInverted)
                            return false;
                        else
                            sol._PushInstance(inst);
                    else if (isOrBlock)
                        sol._PushElseInstance(inst)
                }
            } else {
                const arr = isOrBlock ? sol._GetOwnElseInstances() : sol._GetOwnInstances();
                let j = 0;
                for (let i = 0, len = arr.length; i < len; ++i) {
                    const inst = arr[i];
                    const wi = inst.GetWorldInfo();
                    const layer = wi.GetLayer();
                    const [lx,ly] = layer.CanvasCssToLayer(ptx, pty, wi.GetTotalZElevation());
                    if (wi.ContainsPoint(lx, ly))
                        if (isInverted)
                            return false;
                        else if (isOrBlock)
                            sol._PushInstance(inst);
                        else
                            arr[j++] = inst;
                    else if (isOrBlock)
                        arr[j++] = inst
                }
                if (!isInverted)
                    arr.length = j
            }
            objectClass.ApplySolToContainer();
            if (isInverted)
                return true;
            else
                return sol.HasAnyInstances()
        }
        GetCollisionCandidates(layer, rtype, bbox, candidates) {
            const isParallaxed = layer ? layer.GetParallaxX() !== 1 || layer.GetParallaxY() !== 1 : false;
            if (rtype.IsFamily())
                for (const memberType of rtype.GetFamilyMembers())
                    if (isParallaxed || memberType.IsAnyInstanceParallaxed())
                        C3.appendArray(candidates, memberType.GetInstances());
                    else {
                        memberType._UpdateAllCollisionCells();
                        memberType._GetCollisionCellGrid().QueryRange(bbox, candidates)
                    }
            else if (isParallaxed || rtype.IsAnyInstanceParallaxed())
                C3.appendArray(candidates, rtype.GetInstances());
            else {
                rtype._UpdateAllCollisionCells();
                rtype._GetCollisionCellGrid().QueryRange(bbox, candidates)
            }
        }
        GetObjectClassesCollisionCandidates(layer, objectClasses, bbox, candidates) {
            for (const objectClass of objectClasses)
                this.GetCollisionCandidates(layer, objectClass, bbox, candidates)
        }
        GetSolidCollisionCandidates(layer, bbox, candidates) {
            const solidBehavior = this._runtime.GetSolidBehavior();
            if (!solidBehavior)
                return;
            this.GetObjectClassesCollisionCandidates(layer, solidBehavior.GetObjectClasses(), bbox, candidates)
        }
        GetJumpthruCollisionCandidates(layer, bbox, candidates) {
            const jumpthruBehavior = this._runtime.GetJumpthruBehavior();
            if (!jumpthruBehavior)
                return;
            this.GetObjectClassesCollisionCandidates(layer, jumpthruBehavior.GetObjectClasses(), bbox, candidates)
        }
        IsSolidCollisionAllowed(solidInst, inst) {
            return solidInst._IsSolidEnabled() && (!inst || inst.GetWorldInfo().IsSolidCollisionAllowed(solidInst.GetSavedDataMap().get("solidTags")))
        }
        TestOverlapSolid(inst) {
            const wi = inst.GetWorldInfo();
            this.GetSolidCollisionCandidates(wi.GetLayer(), wi.GetBoundingBox(), tempCandidates);
            for (const s of tempCandidates) {
                if (!this.IsSolidCollisionAllowed(s, inst))
                    continue;
                if (this.TestOverlap(inst, s)) {
                    C3.clearArray(tempCandidates);
                    return s
                }
            }
            C3.clearArray(tempCandidates);
            return null
        }
        TestRectOverlapSolid(rect, inst) {
            this.GetSolidCollisionCandidates(null, rect, tempCandidates);
            for (const s of tempCandidates) {
                if (!this.IsSolidCollisionAllowed(s, inst))
                    continue;
                if (this.TestRectOverlap(rect, s)) {
                    C3.clearArray(tempCandidates);
                    return s
                }
            }
            C3.clearArray(tempCandidates);
            return null
        }
        TestOverlapJumpthru(inst, all) {
            let ret = null;
            if (all) {
                ret = tempJumpthruRet;
                C3.clearArray(ret)
            }
            const wi = inst.GetWorldInfo();
            this.GetJumpthruCollisionCandidates(wi.GetLayer(), wi.GetBoundingBox(), tempCandidates);
            for (const j of tempCandidates) {
                if (!j._IsJumpthruEnabled())
                    continue;
                if (this.TestOverlap(inst, j))
                    if (all)
                        ret.push(j);
                    else {
                        C3.clearArray(tempCandidates);
                        return j
                    }
            }
            C3.clearArray(tempCandidates);
            return ret
        }
        PushOut(inst, xdir, ydir, dist, otherInst) {
            dist = dist || 50;
            const wi = inst.GetWorldInfo();
            const oldX = wi.GetX();
            const oldY = wi.GetY();
            for (let i = 0; i < dist; ++i) {
                wi.SetXY(oldX + xdir * i, oldY + ydir * i);
                wi.SetBboxChanged();
                if (!this.TestOverlap(inst, otherInst))
                    return true
            }
            wi.SetXY(oldX, oldY);
            wi.SetBboxChanged();
            return false
        }
        PushOutSolid(inst, xdir, ydir, dist, includeJumpthrus, specificJumpthru) {
            dist = dist || 50;
            const wi = inst.GetWorldInfo();
            const oldX = wi.GetX();
            const oldY = wi.GetY();
            let lastOverlapped = null;
            let secondLastOverlapped = null;
            for (let i = 0; i < dist; ++i) {
                wi.SetXY(oldX + xdir * i, oldY + ydir * i);
                wi.SetBboxChanged();
                if (!this.TestOverlap(inst, lastOverlapped)) {
                    lastOverlapped = this.TestOverlapSolid(inst);
                    if (lastOverlapped)
                        secondLastOverlapped = lastOverlapped;
                    else {
                        if (includeJumpthrus) {
                            if (specificJumpthru)
                                lastOverlapped = this.TestOverlap(inst, specificJumpthru) ? specificJumpthru : null;
                            else
                                lastOverlapped = this.TestOverlapJumpthru(inst);
                            if (lastOverlapped)
                                secondLastOverlapped = lastOverlapped
                        }
                        if (!lastOverlapped) {
                            if (secondLastOverlapped)
                                this.PushInFractional(inst, xdir, ydir, secondLastOverlapped, 16, true);
                            return true
                        }
                    }
                }
            }
            wi.SetXY(oldX, oldY);
            wi.SetBboxChanged();
            return false
        }
        PushOutSolidAxis(inst, xdir, ydir, dist) {
            dist = dist || 50;
            const wi = inst.GetWorldInfo();
            const oldX = wi.GetX();
            const oldY = wi.GetY();
            let lastOverlapped = null;
            let secondLastOverlapped = null;
            for (let i = 0; i < dist; ++i)
                for (let which = 0; which < 2; ++which) {
                    const sign = which * 2 - 1;
                    wi.SetXY(oldX + xdir * i * sign, oldY + ydir * i * sign);
                    wi.SetBboxChanged();
                    if (!this.TestOverlap(inst, lastOverlapped)) {
                        lastOverlapped = this.TestOverlapSolid(inst);
                        if (lastOverlapped)
                            secondLastOverlapped = lastOverlapped;
                        else {
                            if (secondLastOverlapped)
                                this.PushInFractional(inst, xdir * sign, ydir * sign, secondLastOverlapped, 16, true);
                            return true
                        }
                    }
                }
            wi.SetXY(oldX, oldY);
            wi.SetBboxChanged();
            return false
        }
        PushInFractional(inst, xdir, ydir, otherInst, limit, includeAnySolid) {
            let divisor = 2;
            let forward = false;
            let overlapping = false;
            const wi = inst.GetWorldInfo();
            let bestX = wi.GetX();
            let bestY = wi.GetY();
            while (divisor <= limit) {
                const frac = 1 / divisor;
                divisor *= 2;
                wi.OffsetXY(xdir * frac * (forward ? 1 : -1), ydir * frac * (forward ? 1 : -1));
                wi.SetBboxChanged();
                if (this.TestOverlap(inst, otherInst) || includeAnySolid && this.TestOverlapSolid(inst)) {
                    forward = true;
                    overlapping = true
                } else {
                    forward = false;
                    overlapping = false;
                    bestX = wi.GetX();
                    bestY = wi.GetY()
                }
            }
            if (overlapping) {
                wi.SetXY(bestX, bestY);
                wi.SetBboxChanged()
            }
        }
        PushOutSolidNearest(inst, maxDist=100) {
            let dist = 0;
            const wi = inst.GetWorldInfo();
            const oldX = wi.GetX();
            const oldY = wi.GetY();
            let dir = 0;
            let lastOverlapped = this.TestOverlapSolid(inst);
            if (!lastOverlapped)
                return true;
            while (dist <= maxDist) {
                let dx = 0;
                let dy = 0;
                switch (dir) {
                case 0:
                    dx = 0;
                    dy = -1;
                    dist++;
                    break;
                case 1:
                    dx = 1;
                    dy = -1;
                    break;
                case 2:
                    dx = 1;
                    dy = 0;
                    break;
                case 3:
                    dx = 1;
                    dy = 1;
                    break;
                case 4:
                    dx = 0;
                    dy = 1;
                    break;
                case 5:
                    dx = -1;
                    dy = 1;
                    break;
                case 6:
                    dx = -1;
                    dy = 0;
                    break;
                case 7:
                    dx = -1;
                    dy = -1;
                    break
                }
                dir = (dir + 1) % 8;
                wi.SetXY(Math.floor(oldX + dx * dist), Math.floor(oldY + dy * dist));
                wi.SetBboxChanged();
                if (!this.TestOverlap(inst, lastOverlapped)) {
                    lastOverlapped = this.TestOverlapSolid(inst);
                    if (!lastOverlapped)
                        return true
                }
            }
            wi.SetXY(oldX, oldY);
            wi.SetBboxChanged();
            return false
        }
        CalculateBounceAngle(inst, startX, startY, otherInst) {
            const wi = inst.GetWorldInfo();
            const oldX = wi.GetX();
            const oldY = wi.GetY();
            const radius = Math.max(10, C3.distanceTo(startX, startY, oldX, oldY));
            const startAngle = C3.angleTo(startX, startY, oldX, oldY);
            const firstInst = otherInst || this.TestOverlapSolid(inst);
            if (!firstInst)
                return C3.clampAngle(startAngle + Math.PI);
            let curInst = firstInst;
            let anticlockwiseFreeAngle = 0;
            let clockwiseFreeAngle = 0;
            const increment = C3.toRadians(5);
            let i;
            for (i = 1; i < 36; ++i) {
                const curAngle = startAngle - i * increment;
                wi.SetXY(startX + Math.cos(curAngle) * radius, startY + Math.sin(curAngle) * radius);
                wi.SetBboxChanged();
                if (!this.TestOverlap(inst, curInst)) {
                    curInst = otherInst ? null : this.TestOverlapSolid(inst);
                    if (!curInst) {
                        anticlockwiseFreeAngle = curAngle;
                        break
                    }
                }
            }
            if (i === 36)
                anticlockwiseFreeAngle = C3.clampAngle(startAngle + Math.PI);
            curInst = firstInst;
            for (i = 1; i < 36; ++i) {
                const curAngle = startAngle + i * increment;
                wi.SetXY(startX + Math.cos(curAngle) * radius, startY + Math.sin(curAngle) * radius);
                wi.SetBboxChanged();
                if (!this.TestOverlap(inst, curInst)) {
                    curInst = otherInst ? null : this.TestOverlapSolid(inst);
                    if (!curInst) {
                        clockwiseFreeAngle = curAngle;
                        break
                    }
                }
            }
            if (i === 36)
                clockwiseFreeAngle = C3.clampAngle(startAngle + Math.PI);
            wi.SetXY(oldX, oldY);
            wi.SetBboxChanged();
            if (clockwiseFreeAngle === anticlockwiseFreeAngle)
                return clockwiseFreeAngle;
            const halfDiff = C3.angleDiff(clockwiseFreeAngle, anticlockwiseFreeAngle) / 2;
            let normal;
            if (C3.angleClockwise(clockwiseFreeAngle, anticlockwiseFreeAngle))
                normal = C3.clampAngle(anticlockwiseFreeAngle + halfDiff + Math.PI);
            else
                normal = C3.clampAngle(clockwiseFreeAngle + halfDiff);
            const vx = Math.cos(startAngle);
            const vy = Math.sin(startAngle);
            const nx = Math.cos(normal);
            const ny = Math.sin(normal);
            const v_dot_n = vx * nx + vy * ny;
            const rx = vx - 2 * v_dot_n * nx;
            const ry = vy - 2 * v_dot_n * ny;
            return C3.angleTo(0, 0, rx, ry)
        }
        TestSegmentOverlap(x1, y1, x2, y2, inst) {
            if (!inst)
                return false;
            const wi = inst.GetWorldInfo();
            if (!wi.IsCollisionEnabled())
                return false;
            this._collisionCheckCount++;
            tempRect.set(Math.min(x1, x2), Math.min(y1, y2), Math.max(x1, x2), Math.max(y1, y2));
            if (!wi.GetBoundingBox().intersectsRect(tempRect))
                return false;
            if (inst.HasTilemap())
                return this._TestSegmentOverlapTilemap(x1, y1, x2, y2, inst, wi);
            this._polyCheckCount++;
            if (!wi.GetBoundingQuad().intersectsSegment(x1, y1, x2, y2))
                return false;
            if (!wi.HasOwnCollisionPoly())
                return true;
            const poly = wi.GetTransformedCollisionPoly();
            return poly.intersectsSegment(wi.GetX(), wi.GetY(), x1, y1, x2, y2)
        }
        _TestSegmentOverlapTilemap(x1, y1, x2, y2, inst, wi) {
            const tmX = wi.GetX();
            const tmY = wi.GetY();
            const sdkInst = inst.GetSdkInstance();
            const collRects = tileCollRectCandidates;
            tempRect2.set(x1, y1, x2, y2);
            tempRect2.normalize();
            sdkInst.GetCollisionRectCandidates(tempRect2, collRects);
            for (let i = 0, len = collRects.length; i < len; ++i) {
                const c = collRects[i];
                const tileRc = c.GetRect();
                this._collisionCheckCount++;
                if (tempRect.intersectsRectOffset(tileRc, tmX, tmY)) {
                    tempQuad.setFromRect(tileRc);
                    tempQuad.offset(tmX, tmY);
                    if (tempQuad.intersectsSegment(x1, y1, x2, y2)) {
                        const tilePoly = c.GetPoly();
                        if (tilePoly) {
                            this._polyCheckCount++;
                            if (tilePoly.intersectsSegment(tmX + tileRc.getLeft(), tmY + tileRc.getTop(), x1, y1, x2, y2)) {
                                C3.clearArray(collRects);
                                return true
                            }
                        } else {
                            C3.clearArray(collRects);
                            return true
                        }
                    }
                }
            }
            C3.clearArray(collRects);
            return false
        }
        TestRectOverlap(rect, inst) {
            if (!inst)
                return false;
            const wi = inst.GetWorldInfo();
            if (!wi.IsCollisionEnabled())
                return false;
            this._collisionCheckCount++;
            if (!wi.GetBoundingBox().intersectsRect(rect))
                return false;
            if (inst.HasTilemap())
                return this._TestRectOverlapTilemap(rect, inst, wi);
            this._polyCheckCount++;
            tempQuad.setFromRect(rect);
            if (!wi.GetBoundingQuad().intersectsQuad(tempQuad))
                return false;
            if (!wi.HasOwnCollisionPoly())
                return true;
            const polyA = tempPolyA;
            polyA.setFromRect(rect, wi.GetX(), wi.GetY());
            const polyB = wi.GetTransformedCollisionPoly();
            return polyA.intersectsPoly(polyB, 0, 0)
        }
        _TestRectOverlapTilemap(rect, inst, wi) {
            const tmX = wi.GetX();
            const tmY = wi.GetY();
            const sdkInst = inst.GetSdkInstance();
            const collRects = tileCollRectCandidates;
            sdkInst.GetCollisionRectCandidates(rect, collRects);
            for (let i = 0, len = collRects.length; i < len; ++i) {
                const c = collRects[i];
                const tileRc = c.GetRect();
                this._collisionCheckCount++;
                if (rect.intersectsRectOffset(tileRc, tmX, tmY)) {
                    const tilePoly = c.GetPoly();
                    if (tilePoly) {
                        this._polyCheckCount++;
                        tempPolyA.setFromRect(rect, 0, 0);
                        if (tilePoly.intersectsPoly(tempPolyA, -(tmX + tileRc.getLeft()), -(tmY + tileRc.getTop()))) {
                            C3.clearArray(collRects);
                            return true
                        }
                    } else {
                        C3.clearArray(collRects);
                        return true
                    }
                }
            }
            C3.clearArray(collRects);
            return false
        }
        TestRayIntersectsInstance(inst, ray) {
            if (!inst)
                return;
            const wi = inst.GetWorldInfo();
            if (!wi.IsCollisionEnabled())
                return;
            this._collisionCheckCount++;
            if (!wi.GetBoundingBox().intersectsRect(ray.rect))
                return;
            if (inst.HasTilemap()) {
                this._TestRayIntersectsTilemap(inst, wi, ray);
                return
            }
            this._polyCheckCount++;
            if (wi.HasOwnCollisionPoly())
                ray.TestInstancePoly(inst, wi.GetX(), wi.GetY(), wi.GetTransformedCollisionPoly());
            else
                ray.TestInstanceQuad(inst, wi.GetBoundingQuad())
        }
        _TestRayIntersectsTilemap(inst, wi, ray) {
            const xOffset = wi.GetX();
            const yOffset = wi.GetY();
            const collRects = tileCollRectCandidates;
            inst.GetSdkInstance().GetCollisionRectCandidates(ray.rect, collRects);
            for (let i = 0, l = collRects.length; i < l; i++) {
                const c = collRects[i];
                const tileRc = c.GetRect();
                this._collisionCheckCount++;
                if (ray.rect.intersectsRectOffset(tileRc, xOffset, yOffset)) {
                    const tilePoly = c.GetPoly();
                    this._polyCheckCount++;
                    if (tilePoly)
                        ray.TestInstancePoly(inst, xOffset + tileRc.getLeft(), yOffset + tileRc.getTop(), tilePoly);
                    else
                        ray.TestInstanceRect(inst, wi.GetX(), wi.GetY(), tileRc)
                }
            }
            C3.clearArray(collRects)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.SparseGrid = class SparseGrid extends C3.DefendedBase {
        constructor(cellWidth, cellHeight) {
            super();
            this._cellWidth = cellWidth;
            this._cellHeight = cellHeight;
            this._cells = C3.New(C3.PairMap)
        }
        Release() {
            this._cells.Release();
            this._cells = null
        }
        GetCell(x, y, createIfMissing) {
            let ret = this._cells.Get(x, y);
            if (ret)
                return ret;
            else if (createIfMissing) {
                ret = C3.New(C3.GridCell, this, x, y);
                this._cells.Set(x, y, ret);
                return ret
            } else
                return null
        }
        XToCell(x) {
            const ret = Math.floor(x / this._cellWidth);
            return isFinite(ret) ? ret : 0
        }
        YToCell(y) {
            const ret = Math.floor(y / this._cellHeight);
            return isFinite(ret) ? ret : 0
        }
        Update(inst, oldRange, newRange) {
            if (oldRange)
                for (let x = oldRange.getLeft(), lenx = oldRange.getRight(); x <= lenx; ++x)
                    for (let y = oldRange.getTop(), leny = oldRange.getBottom(); y <= leny; ++y) {
                        if (newRange && newRange.containsPoint(x, y))
                            continue;
                        const cell = this.GetCell(x, y, false);
                        if (!cell)
                            continue;
                        cell.Remove(inst);
                        if (cell.IsEmpty())
                            this._cells.Delete(x, y)
                    }
            if (newRange)
                for (let x = newRange.getLeft(), lenx = newRange.getRight(); x <= lenx; ++x)
                    for (let y = newRange.getTop(), leny = newRange.getBottom(); y <= leny; ++y) {
                        if (oldRange && oldRange.containsPoint(x, y))
                            continue;
                        this.GetCell(x, y, true).Insert(inst)
                    }
        }
        QueryRange(rc, result) {
            let x = this.XToCell(rc.getLeft());
            const ystart = this.YToCell(rc.getTop());
            const lenx = this.XToCell(rc.getRight());
            const leny = this.YToCell(rc.getBottom());
            if (!isFinite(lenx) || !isFinite(leny))
                return;
            for (; x <= lenx; ++x)
                for (let y = ystart; y <= leny; ++y) {
                    const cell = this.GetCell(x, y, false);
                    if (!cell)
                        continue;
                    cell.Dump(result)
                }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.GridCell = class GridCell extends C3.DefendedBase {
        constructor(grid, x, y) {
            super();
            this._grid = grid;
            this._x = x;
            this._y = y;
            this._instances = C3.New(C3.ArraySet)
        }
        Release() {
            this._instances.Release();
            this._instances = null;
            this._grid = null
        }
        IsEmpty() {
            return this._instances.IsEmpty()
        }
        Insert(inst) {
            this._instances.Add(inst)
        }
        Remove(inst) {
            this._instances.Delete(inst)
        }
        Dump(result) {
            C3.appendArray(result, this._instances.GetArray())
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const PADDING = 1E-6;
    const NO_HIT = 2;
    C3.Ray = class Ray {
        constructor() {
            this.x1 = 0;
            this.y1 = 0;
            this.x2 = 0;
            this.y2 = 0;
            this.dx = 0;
            this.dy = 0;
            this.rect = new C3.Rect;
            this.hitFraction = NO_HIT;
            this.hitUid = null;
            this.hitNormal = 0;
            this.hitNormalDx = 0;
            this.hitNormalDy = 0;
            this.hitX = 0;
            this.hitY = 0;
            this.distance = 0;
            this.normalX = 1;
            this.normalY = 0;
            this.reflectionX = 1;
            this.reflectionY = 0
        }
        DidCollide() {
            return this.hitFraction < 1 + PADDING
        }
        Set(x1, y1, x2, y2) {
            this.x1 = x1;
            this.y1 = y1;
            this.x2 = x2;
            this.y2 = y2;
            this.dx = x2 - x1;
            this.dy = y2 - y1;
            this.rect.set(x1, y1, x2, y2);
            this.rect.normalize();
            this.hitFraction = NO_HIT;
            this.hitUid = null;
            this.hitNormal = 0;
            this.hitNormalDx = 0;
            this.hitNormalDy = 0;
            this.hitX = 0;
            this.hitY = 0;
            this.distance = 0;
            this.normalX = 1;
            this.normalY = 0;
            this.reflectionX = 1;
            this.reflectionY = 0;
            return this
        }
        Complete() {
            if (this.DidCollide() === false)
                return;
            const dx = this.dx * this.hitFraction;
            const dy = this.dy * this.hitFraction;
            const length = Math.sqrt(dx * dx + dy * dy);
            const dirx = dx / length;
            const diry = dy / length;
            this.distance = length - PADDING;
            this.hitX = this.x1 + dirx * this.distance;
            this.hitY = this.y1 + diry * this.distance;
            this.hitNormal = Math.atan2(this.hitNormalDy, this.hitNormalDx) + Math.PI / 2;
            this.normalX = Math.cos(this.hitNormal);
            this.normalY = Math.sin(this.hitNormal);
            const dot = dirx * this.normalX + diry * this.normalY;
            this.reflectionX = dirx - 2 * this.normalX * dot;
            this.reflectionY = diry - 2 * this.normalY * dot;
            if (dot > 0) {
                const PI = Math.PI;
                this.hitNormal = C3.clampAngle(this.hitNormal + PI);
                this.normalX = -this.normalX;
                this.normalY = -this.normalY
            }
        }
        TestInstanceSegment(inst, sx1, sy1, sx2, sy2) {
            const t = C3.rayIntersect(this.x1, this.y1, this.x2, this.y2, sx1, sy1, sx2, sy2);
            if (t >= 0 && t < this.hitFraction) {
                this.hitFraction = t;
                this.hitUid = inst.GetUID();
                this.hitNormalDx = sx1 - sx2;
                this.hitNormalDy = sy1 - sy2
            }
        }
        TestInstanceRect(inst, offX, offY, rect) {
            const lt = offX + rect.getLeft()
              , rt = offX + rect.getRight()
              , tp = offY + rect.getTop()
              , bm = offY + rect.getBottom();
            this.TestInstanceSegment(inst, lt, tp, rt, tp);
            this.TestInstanceSegment(inst, rt, tp, rt, bm);
            this.TestInstanceSegment(inst, rt, bm, lt, bm);
            this.TestInstanceSegment(inst, lt, bm, lt, tp)
        }
        TestInstanceQuad(inst, quad) {
            const tlX = quad.getTlx()
              , tlY = quad.getTly()
              , trX = quad.getTrx()
              , trY = quad.getTry()
              , brX = quad.getBrx()
              , brY = quad.getBry()
              , blX = quad.getBlx()
              , blY = quad.getBly();
            this.TestInstanceSegment(inst, tlX, tlY, trX, trY);
            this.TestInstanceSegment(inst, trX, trY, brX, brY);
            this.TestInstanceSegment(inst, brX, brY, blX, blY);
            this.TestInstanceSegment(inst, blX, blY, tlX, tlY)
        }
        TestInstancePoly(inst, offX, offY, poly) {
            const points = poly.pointsArr();
            for (let i = 0, l = points.length; i < l; i += 2) {
                const ii = (i + 2) % l;
                const x1 = points[i] + offX;
                const y1 = points[i + 1] + offY;
                const x2 = points[ii] + offX;
                const y2 = points[ii + 1] + offY;
                this.TestInstanceSegment(inst, x1, y1, x2, y2)
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const VALID_FULLSCREEN_MODES = new Set(["off", "crop", "scale-inner", "scale-outer", "letterbox-scale", "letterbox-integer-scale"]);
    const VALID_FULLSCREEN_SCALING_QUALITIES = new Set(["high", "low"]);
    const PERCENTTEXT_WIDTH = 300;
    const PERCENTTEXT_HEIGHT = 200;
    const PROGRESSBAR_WIDTH = 120;
    const PROGRESSBAR_HEIGHT = 8;
    const tempQuad = C3.New(C3.Quad);
    const tempRect = C3.New(C3.Rect);
    const SPLASH_MIN_DISPLAY_TIME = 3E3;
    const SPLASH_AFTER_FADEOUT_WAIT_TIME = 200;
    const SPLASH_FADE_DURATION = 300;
    C3.CanvasManager = class CanvasManager extends C3.DefendedBase {
        constructor(runtime) {
            super();
            this._runtime = runtime;
            this._canvas = null;
            this._webglRenderer = null;
            this._gpuPreference = "high-performance";
            this._windowInnerWidth = 0;
            this._windowInnerHeight = 0;
            this._canvasCssWidth = 0;
            this._canvasCssHeight = 0;
            this._canvasDeviceWidth = 0;
            this._canvasDeviceHeight = 0;
            this._canvasCssOffsetX = 0;
            this._canvasCssOffsetY = 0;
            this._enableMipmaps = true;
            this._drawWidth = 0;
            this._drawHeight = 0;
            this._fullscreenMode = "letterbox-scale";
            this._documentFullscreenMode = "letterbox-scale";
            this._deviceTransformOffX = 0;
            this._deviceTransformOffY = 0;
            this._wantFullscreenScalingQuality = "high";
            this._fullscreenScalingQuality = this._wantFullscreenScalingQuality;
            this._isDocumentFullscreen = false;
            this._availableAdditionalRenderTargets = [];
            this._usedAdditionalRenderTargets = new Set;
            this._shaderData = null;
            this._gpuFrameTimingsBuffer = null;
            this._gpuTimeStartFrame = 0;
            this._gpuTimeEndFrame = 0;
            this._gpuCurUtilisation = NaN;
            this._gpuLastUtilisation = 0;
            this._layersGpuProfile = new Map;
            this._snapshotFormat = "";
            this._snapshotQuality = 1;
            this._snapshotArea = C3.New(C3.Rect);
            this._snapshotUrl = "";
            this._snapshotPromise = null;
            this._snapshotResolve = null;
            this._loaderStartTime = 0;
            this._rafId = -1;
            this._loadingProgress = 0;
            this._loadingprogress_handler = e=>this._loadingProgress = e.progress;
            this._percentText = null;
            this._loadingLogoAsset = null;
            this._splashTextures = {
                logo: null,
                powered: null,
                website: null
            };
            this._splashFrameNumber = 0;
            this._splashFadeInFinishTime = 0;
            this._splashFadeOutStartTime = 0;
            this._splashState = "fade-in";
            this._splashDoneResolve = null;
            this._splashDonePromise = new Promise(resolve=>this._splashDoneResolve = resolve)
        }
        _SetGPUPowerPreference(pref) {
            this._gpuPreference = pref
        }
        async CreateCanvas(opts) {
            this._canvas = opts["canvas"];
            this._canvas.addEventListener("webglcontextlost", e=>this._OnWebGLContextLost(e));
            this._canvas.addEventListener("webglcontextrestored", e=>this._OnWebGLContextRestored(e));
            const rendererOpts = {
                powerPreference: this._gpuPreference,
                enableGpuProfiling: true
            };
            if (C3.Platform.OS === "Android" && C3.Platform.BrowserEngine === "Chromium" && C3.Platform.BrowserVersionNumber < 75) {
                console.warn("[Construct 3] Disabling WebGL 2 because this device appears to be affected by crbug.com/934823. Install software updates to avoid this.");
                rendererOpts.maxWebGLVersion = 1
            }
            if (this._runtime.GetCompositingMode() === "standard")
                rendererOpts.alpha = true;
            else {
                rendererOpts.alpha = false;
                rendererOpts.lowLatency = true
            }
            this._webglRenderer = C3.New(C3.Gfx.WebGLRenderer, this._canvas, rendererOpts);
            await this._webglRenderer.InitState();
            if (!this._webglRenderer.SupportsGPUProfiling())
                this._gpuLastUtilisation = NaN;
            this._runtime.AddDOMComponentMessageHandler("runtime", "window-resize", e=>this._OnWindowResize(e));
            this._runtime.AddDOMComponentMessageHandler("runtime", "fullscreenchange", e=>this._OnFullscreenChange(e));
            this._runtime.AddDOMComponentMessageHandler("runtime", "fullscreenerror", e=>this._OnFullscreenError(e));
            this._isDocumentFullscreen = !!opts["isFullscreen"];
            this.SetSize(opts["windowInnerWidth"], opts["windowInnerHeight"], true);
            this._shaderData = self["C3_Shaders"];
            await this._LoadShaderPrograms();
            let hasAnyBackgroundBlending = false;
            for (const effectList of this._runtime._GetAllEffectLists()) {
                for (const effectType of effectList.GetAllEffectTypes()) {
                    effectType._InitRenderer(this._webglRenderer);
                    if (effectType.GetShaderProgram().UsesDest())
                        hasAnyBackgroundBlending = true
                }
                effectList.UpdateActiveEffects()
            }
            this._runtime._SetUsesAnyBackgroundBlending(hasAnyBackgroundBlending);
            if (this._webglRenderer.SupportsGPUProfiling())
                this._gpuFrameTimingsBuffer = C3.New(C3.Gfx.WebGLQueryResultBuffer, this._webglRenderer);
            this._webglRenderer.SetMipmapsEnabled(this._enableMipmaps)
        }
        async _LoadShaderPrograms() {
            if (!this._shaderData)
                return;
            const promises = [];
            for (const [id,data] of Object.entries(this._shaderData)) {
                const vertexSrc = C3.Gfx.WebGLShaderProgram.GetDefaultVertexShaderSource(this._webglRenderer.Is3D());
                promises.push(this._webglRenderer.CreateShaderProgram(data, vertexSrc, id))
            }
            await Promise.all(promises);
            this._webglRenderer.ResetLastProgram();
            this._webglRenderer.SetTextureFillMode()
        }
        Release() {
            this._runtime = null;
            this._webglRenderer = null;
            this._canvas = null
        }
        _OnWindowResize(e) {
            const dpr = e["devicePixelRatio"];
            if (this._runtime.IsInWorker())
                self.devicePixelRatio = dpr;
            this._runtime._SetDevicePixelRatio(dpr);
            this.SetSize(e["innerWidth"], e["innerHeight"]);
            this._runtime.UpdateRender()
        }
        _OnFullscreenChange(e) {
            this._isDocumentFullscreen = !!e["isFullscreen"];
            this.SetSize(e["innerWidth"], e["innerHeight"], true);
            this._runtime.UpdateRender()
        }
        _OnFullscreenError(e) {
            this._isDocumentFullscreen = !!e["isFullscreen"];
            this.SetSize(e["innerWidth"], e["innerHeight"], true);
            this._runtime.UpdateRender()
        }
        SetSize(availableWidth, availableHeight, force=false) {
            availableWidth = Math.floor(availableWidth);
            availableHeight = Math.floor(availableHeight);
            if (availableWidth <= 0 || availableHeight <= 0)
                throw new Error("invalid size");
            if (this._windowInnerWidth === availableWidth && this._windowInnerHeight === availableHeight && !force)
                return;
            this._windowInnerWidth = availableWidth;
            this._windowInnerHeight = availableHeight;
            const fullscreenMode = this.GetCurrentFullscreenMode();
            if (fullscreenMode === "letterbox-scale")
                this._CalculateLetterboxScale(availableWidth, availableHeight);
            else if (fullscreenMode === "letterbox-integer-scale")
                this._CalculateLetterboxIntegerScale(availableWidth, availableHeight);
            else if (fullscreenMode === "off")
                this._CalculateFixedSizeCanvas(availableWidth, availableHeight);
            else
                this._CalculateFullsizeCanvas(availableWidth, availableHeight);
            this._UpdateFullscreenScalingQuality(fullscreenMode);
            this._canvas.width = this._canvasDeviceWidth;
            this._canvas.height = this._canvasDeviceHeight;
            this._runtime.PostComponentMessageToDOM("canvas", "update-size", {
                "marginLeft": this._canvasCssOffsetX,
                "marginTop": this._canvasCssOffsetY,
                "styleWidth": this._canvasCssWidth,
                "styleHeight": this._canvasCssHeight
            });
            this._webglRenderer.SetSize(this._canvasDeviceWidth, this._canvasDeviceHeight, true)
        }
        _CalculateLetterboxScale(availableWidth, availableHeight) {
            const dpr = this._runtime.GetDevicePixelRatio();
            const originalViewportWidth = this._runtime.GetOriginalViewportWidth();
            const originalViewportHeight = this._runtime.GetOriginalViewportHeight();
            const originalAspectRatio = originalViewportWidth / originalViewportHeight;
            const availableAspectRatio = availableWidth / availableHeight;
            if (availableAspectRatio > originalAspectRatio) {
                const letterboxedWidth = availableHeight * originalAspectRatio;
                this._canvasCssWidth = Math.round(letterboxedWidth);
                this._canvasCssHeight = availableHeight;
                this._canvasCssOffsetX = Math.floor((availableWidth - this._canvasCssWidth) / 2);
                this._canvasCssOffsetY = 0
            } else {
                const letterboxedHeight = availableWidth / originalAspectRatio;
                this._canvasCssWidth = availableWidth;
                this._canvasCssHeight = Math.round(letterboxedHeight);
                this._canvasCssOffsetX = 0;
                this._canvasCssOffsetY = Math.floor((availableHeight - this._canvasCssHeight) / 2)
            }
            this._canvasDeviceWidth = Math.round(this._canvasCssWidth * dpr);
            this._canvasDeviceHeight = Math.round(this._canvasCssHeight * dpr);
            this._runtime.SetViewportSize(originalViewportWidth, originalViewportHeight)
        }
        _CalculateLetterboxIntegerScale(availableWidth, availableHeight) {
            const dpr = this._runtime.GetDevicePixelRatio();
            if (dpr !== 1) {
                availableWidth += 1;
                availableHeight += 1
            }
            const originalViewportWidth = this._runtime.GetOriginalViewportWidth();
            const originalViewportHeight = this._runtime.GetOriginalViewportHeight();
            const originalAspectRatio = originalViewportWidth / originalViewportHeight;
            const availableAspectRatio = availableWidth / availableHeight;
            let intScale;
            if (availableAspectRatio > originalAspectRatio) {
                const letterboxedWidth = availableHeight * originalAspectRatio;
                intScale = letterboxedWidth * dpr / originalViewportWidth
            } else {
                const letterboxedHeight = availableWidth / originalAspectRatio;
                intScale = letterboxedHeight * dpr / originalViewportHeight
            }
            if (intScale > 1)
                intScale = Math.floor(intScale);
            else if (intScale < 1)
                intScale = 1 / Math.ceil(1 / intScale);
            this._canvasDeviceWidth = Math.round(originalViewportWidth * intScale);
            this._canvasDeviceHeight = Math.round(originalViewportHeight * intScale);
            this._canvasCssWidth = this._canvasDeviceWidth / dpr;
            this._canvasCssHeight = this._canvasDeviceHeight / dpr;
            this._canvasCssOffsetX = Math.max(Math.floor((availableWidth - this._canvasCssWidth) / 2), 0);
            this._canvasCssOffsetY = Math.max(Math.floor((availableHeight - this._canvasCssHeight) / 2), 0);
            this._runtime.SetViewportSize(originalViewportWidth, originalViewportHeight)
        }
        _CalculateFullsizeCanvas(availableWidth, availableHeight) {
            const dpr = this._runtime.GetDevicePixelRatio();
            this._canvasCssWidth = availableWidth;
            this._canvasCssHeight = availableHeight;
            this._canvasDeviceWidth = Math.round(this._canvasCssWidth * dpr);
            this._canvasDeviceHeight = Math.round(this._canvasCssHeight * dpr);
            this._canvasCssOffsetX = 0;
            this._canvasCssOffsetY = 0;
            const displayScale = this.GetDisplayScale();
            this._runtime.SetViewportSize(this._canvasCssWidth / displayScale, this._canvasCssHeight / displayScale)
        }
        _CalculateFixedSizeCanvas(availableWidth, availableHeight) {
            const dpr = this._runtime.GetDevicePixelRatio();
            this._canvasCssWidth = this._runtime.GetViewportWidth();
            this._canvasCssHeight = this._runtime.GetViewportHeight();
            this._canvasDeviceWidth = Math.round(this._canvasCssWidth * dpr);
            this._canvasDeviceHeight = Math.round(this._canvasCssHeight * dpr);
            if (this.IsDocumentFullscreen()) {
                this._canvasCssOffsetX = Math.floor((availableWidth - this._canvasCssWidth) / 2);
                this._canvasCssOffsetY = Math.floor((availableHeight - this._canvasCssHeight) / 2)
            } else {
                this._canvasCssOffsetX = 0;
                this._canvasCssOffsetY = 0
            }
            this._runtime.SetViewportSize(this._runtime.GetViewportWidth(), this._runtime.GetViewportHeight())
        }
        _UpdateFullscreenScalingQuality(fullscreenMode) {
            if (this._wantFullscreenScalingQuality === "high") {
                this._drawWidth = this._canvasDeviceWidth;
                this._drawHeight = this._canvasDeviceHeight;
                this._fullscreenScalingQuality = "high"
            } else {
                let viewportWidth, viewportHeight;
                if (this.GetCurrentFullscreenMode() === "off") {
                    viewportWidth = this._runtime.GetViewportWidth();
                    viewportHeight = this._runtime.GetViewportHeight()
                } else {
                    viewportWidth = this._runtime.GetOriginalViewportWidth();
                    viewportHeight = this._runtime.GetOriginalViewportHeight()
                }
                if (this._canvasDeviceWidth < viewportWidth && this._canvasDeviceHeight < viewportHeight) {
                    this._drawWidth = this._canvasDeviceWidth;
                    this._drawHeight = this._canvasDeviceHeight;
                    this._fullscreenScalingQuality = "high"
                } else {
                    this._drawWidth = viewportWidth;
                    this._drawHeight = viewportHeight;
                    this._fullscreenScalingQuality = "low";
                    if (fullscreenMode === "scale-inner") {
                        const originalAspectRatio = viewportWidth / viewportHeight;
                        const currentAspectRatio = this._windowInnerWidth / this._windowInnerHeight;
                        if (currentAspectRatio < originalAspectRatio)
                            this._drawWidth = this._drawHeight * currentAspectRatio;
                        else if (currentAspectRatio > originalAspectRatio)
                            this._drawHeight = this._drawWidth / currentAspectRatio
                    } else if (fullscreenMode === "scale-outer") {
                        const originalAspectRatio = viewportWidth / viewportHeight;
                        const currentAspectRatio = this._windowInnerWidth / this._windowInnerHeight;
                        if (currentAspectRatio > originalAspectRatio)
                            this._drawWidth = this._drawHeight * currentAspectRatio;
                        else if (currentAspectRatio < originalAspectRatio)
                            this._drawHeight = this._drawWidth / currentAspectRatio
                    }
                }
            }
        }
        IsDocumentFullscreen() {
            return this._isDocumentFullscreen
        }
        SetFullscreenMode(m) {
            if (!VALID_FULLSCREEN_MODES.has(m))
                throw new Error("invalid fullscreen mode");
            this._fullscreenMode = m
        }
        GetFullscreenMode() {
            return this._fullscreenMode
        }
        SetDocumentFullscreenMode(m) {
            if (!VALID_FULLSCREEN_MODES.has(m))
                throw new Error("invalid fullscreen mode");
            this._documentFullscreenMode = m
        }
        GetDocumentFullscreenMode() {
            return this._documentFullscreenMode
        }
        GetCurrentFullscreenMode() {
            if (this.IsDocumentFullscreen())
                return this.GetDocumentFullscreenMode();
            else
                return this.GetFullscreenMode()
        }
        SetFullscreenScalingQuality(q) {
            if (!VALID_FULLSCREEN_SCALING_QUALITIES.has(q))
                throw new Error("invalid fullscreen scaling quality");
            this._wantFullscreenScalingQuality = q
        }
        GetSetFullscreenScalingQuality() {
            return this._wantFullscreenScalingQuality
        }
        GetCurrentFullscreenScalingQuality() {
            return this._fullscreenScalingQuality
        }
        static _FullscreenModeNumberToString(n) {
            switch (n) {
            case 0:
                return "off";
            case 1:
                return "crop";
            case 2:
                return "scale-inner";
            case 3:
                return "scale-outer";
            case 4:
                return "letterbox-scale";
            case 5:
                return "letterbox-integer-scale";
            default:
                throw new Error("invalid fullscreen mode");
            }
        }
        GetLastWidth() {
            return this._windowInnerWidth
        }
        GetLastHeight() {
            return this._windowInnerHeight
        }
        GetDrawWidth() {
            return this._drawWidth
        }
        GetDrawHeight() {
            return this._drawHeight
        }
        SetMipmapsEnabled(e) {
            this._enableMipmaps = !!e
        }
        IsWebGLContextLost() {
            return this._webglRenderer.IsContextLost()
        }
        _OnWebGLContextLost(e) {
            console.log("[Construct 3] WebGL context lost");
            e.preventDefault();
            this._availableAdditionalRenderTargets = [];
            this._usedAdditionalRenderTargets.clear();
            this._webglRenderer.OnContextLost();
            this._runtime._OnWebGLContextLost()
        }
        async _OnWebGLContextRestored(e) {
            await this._webglRenderer.OnContextRestored();
            await this._LoadShaderPrograms();
            for (const effectList of this._runtime._GetAllEffectLists())
                for (const effectType of effectList.GetAllEffectTypes())
                    effectType._InitRenderer(this._webglRenderer);
            await this._runtime._OnWebGLContextRestored();
            console.log("[Construct 3] WebGL context restored")
        }
        GetWebGLRenderer() {
            return this._webglRenderer
        }
        GetRenderScale() {
            if (this._fullscreenScalingQuality === "low")
                return 1 / this._runtime.GetDevicePixelRatio();
            return this.GetDisplayScale()
        }
        GetDisplayScale() {
            const fullscreenMode = this.GetCurrentFullscreenMode();
            if (fullscreenMode === "off" || fullscreenMode === "crop")
                return 1;
            const originalViewportWidth = this._runtime.GetOriginalViewportWidth();
            const originalViewportHeight = this._runtime.GetOriginalViewportHeight();
            const originalAspectRatio = originalViewportWidth / originalViewportHeight;
            const currentAspectRatio = this._canvasDeviceWidth / this._canvasDeviceHeight;
            if (fullscreenMode !== "scale-inner" && currentAspectRatio > originalAspectRatio || fullscreenMode === "scale-inner" && currentAspectRatio < originalAspectRatio)
                return this._canvasCssHeight / originalViewportHeight;
            else
                return this._canvasCssWidth / originalViewportWidth
        }
        SetDeviceTransformOffset(x, y) {
            this._deviceTransformOffX = x;
            this._deviceTransformOffY = y
        }
        SetDeviceTransform(renderer, w, h) {
            const scrollX = (w || this._drawWidth) / 2 + this._deviceTransformOffX;
            const scrollY = (h || this._drawHeight) / 2 + this._deviceTransformOffY;
            renderer.SetCameraXYZ(scrollX, scrollY, 100 * this._runtime.GetDevicePixelRatio());
            renderer.SetLookXYZ(scrollX, scrollY, 0);
            renderer.ResetModelView();
            renderer.UpdateModelView()
        }
        SetCssTransform(renderer) {
            const scrollX = this._canvasCssWidth / 2;
            const scrollY = this._canvasCssHeight / 2;
            renderer.SetCameraXYZ(scrollX, scrollY, 100);
            renderer.SetLookXYZ(scrollX, scrollY, 0);
            renderer.ResetModelView();
            renderer.UpdateModelView()
        }
        GetDeviceWidth() {
            return this._canvasDeviceWidth
        }
        GetDeviceHeight() {
            return this._canvasDeviceHeight
        }
        GetCssWidth() {
            return this._canvasCssWidth
        }
        GetCssHeight() {
            return this._canvasCssHeight
        }
        GetCanvasClientX() {
            return this._canvasCssOffsetX
        }
        GetCanvasClientY() {
            return this._canvasCssOffsetY
        }
        GetAdditionalRenderTarget(opts) {
            const arr = this._availableAdditionalRenderTargets;
            const useIndex = arr.findIndex(rt=>rt.IsCompatibleWithOptions(opts));
            let ret;
            if (useIndex !== -1) {
                ret = arr[useIndex];
                arr.splice(useIndex, 1)
            } else
                ret = this._webglRenderer.CreateRenderTarget(opts);
            this._usedAdditionalRenderTargets.add(ret);
            return ret
        }
        ReleaseAdditionalRenderTarget(renderTarget) {
            if (!this._usedAdditionalRenderTargets.has(renderTarget))
                throw new Error("render target not in use");
            this._usedAdditionalRenderTargets.delete(renderTarget);
            this._availableAdditionalRenderTargets.push(renderTarget)
        }
        *activeLayersGpuProfiles() {
            for (const layout of this._runtime.GetLayoutManager().runningLayouts())
                for (const layer of layout.GetLayers()) {
                    const p = this._layersGpuProfile.get(layer);
                    if (p)
                        yield p
                }
        }
        GetLayerTimingsBuffer(layer) {
            if (!this._webglRenderer.SupportsGPUProfiling())
                return null;
            let p = this._layersGpuProfile.get(layer);
            if (!p) {
                p = {
                    name: layer.GetName(),
                    timingsBuffer: C3.New(C3.Gfx.WebGLQueryResultBuffer, this._webglRenderer),
                    curUtilisation: 0,
                    lastUtilisation: 0
                };
                this._layersGpuProfile.set(layer, p)
            }
            return p.timingsBuffer
        }
        _Update1sFrameRange() {
            if (!this._webglRenderer.SupportsGPUProfiling())
                return;
            if (this._gpuTimeEndFrame === 0) {
                this._gpuTimeEndFrame = this._webglRenderer.GetFrameNumber();
                this._gpuCurUtilisation = NaN;
                for (const p of this.activeLayersGpuProfiles())
                    p.curUtilisation = NaN
            }
        }
        _UpdateTick() {
            if (!this._webglRenderer.SupportsGPUProfiling() || !isNaN(this._gpuCurUtilisation))
                return;
            this._gpuCurUtilisation = this._gpuFrameTimingsBuffer.GetFrameRangeResultSum(this._gpuTimeStartFrame, this._gpuTimeEndFrame);
            if (isNaN(this._gpuCurUtilisation))
                return;
            if (this._runtime.IsDebug())
                for (const p of this.activeLayersGpuProfiles()) {
                    p.curUtilisation = p.timingsBuffer.GetFrameRangeResultSum(this._gpuTimeStartFrame, this._gpuTimeEndFrame);
                    if (isNaN(p.curUtilisation))
                        return
                }
            this._gpuFrameTimingsBuffer.DeleteAllBeforeFrameNumber(this._gpuTimeEndFrame);
            this._gpuLastUtilisation = Math.min(this._gpuCurUtilisation, 1);
            if (this._runtime.IsDebug()) {
                for (const p of this.activeLayersGpuProfiles()) {
                    p.timingsBuffer.DeleteAllBeforeFrameNumber(this._gpuTimeEndFrame);
                    p.lastUtilisation = Math.min(p.curUtilisation, 1)
                }
                self.C3Debugger.UpdateGPUProfile(this._gpuLastUtilisation, [...this.activeLayersGpuProfiles()])
            }
            this._gpuTimeStartFrame = this._gpuTimeEndFrame;
            this._gpuTimeEndFrame = 0
        }
        GetGPUFrameTimingsBuffer() {
            return this._gpuFrameTimingsBuffer
        }
        GetGPUUtilisation() {
            return this._gpuLastUtilisation
        }
        SnapshotCanvas(format, quality, x, y, width, height) {
            this._snapshotFormat = format;
            this._snapshotQuality = quality;
            this._snapshotArea.setWH(x, y, width, height);
            if (this._snapshotPromise)
                return this._snapshotPromise;
            this._snapshotPromise = new Promise(resolve=>{
                this._snapshotResolve = resolve
            }
            );
            return this._snapshotPromise
        }
        _MaybeTakeSnapshot() {
            if (!this._snapshotFormat)
                return;
            let canvas = this._canvas;
            const snapArea = this._snapshotArea;
            const x = C3.clamp(Math.floor(snapArea.getLeft()), 0, canvas.width);
            const y = C3.clamp(Math.floor(snapArea.getTop()), 0, canvas.height);
            let w = snapArea.width();
            if (w === 0)
                w = canvas.width - x;
            else
                w = C3.clamp(Math.floor(w), 0, canvas.width - x);
            let h = snapArea.height();
            if (h === 0)
                h = canvas.height - y;
            else
                h = C3.clamp(Math.floor(h), 0, canvas.height - y);
            if ((x !== 0 || y !== 0 || w !== canvas.width || h !== canvas.height) && (w > 0 && h > 0)) {
                canvas = C3.CreateCanvas(w, h);
                const ctx = canvas.getContext("2d");
                ctx.drawImage(this._canvas, x, y, w, h, 0, 0, w, h)
            }
            C3.CanvasToBlob(canvas, this._snapshotFormat, this._snapshotQuality).then(blob=>{
                this._snapshotUrl = URL.createObjectURL(blob);
                this._snapshotPromise = null;
                this._snapshotResolve(this._snapshotUrl)
            }
            );
            this._snapshotFormat = "";
            this._snapshotQuality = 1
        }
        GetCanvasSnapshotUrl() {
            return this._snapshotUrl
        }
        InitLoadingScreen(loaderStyle) {
            if (loaderStyle === 2) {
                this._percentText = C3.New(C3.Gfx.RendererText, this._webglRenderer);
                this._percentText.SetIsAsync(false);
                this._percentText.SetFontName("Arial");
                this._percentText.SetFontSize(16);
                this._percentText.SetHorizontalAlignment("center");
                this._percentText.SetVerticalAlignment("center");
                this._percentText.SetSize(PERCENTTEXT_WIDTH, PERCENTTEXT_HEIGHT)
            } else if (loaderStyle === 0) {
                const loadingLogoFilename = this._runtime.GetLoadingLogoFilename();
                const assetManager = this._runtime.GetAssetManager();
                let url;
                if (this._runtime.IsPreview()) {
                    if (!assetManager._HasLocalUrlBlob(loadingLogoFilename))
                        return;
                    url = assetManager.GetLocalUrlAsBlobUrl(loadingLogoFilename)
                } else
                    url = assetManager.GetIconsSubfolder() + loadingLogoFilename;
                this._loadingLogoAsset = assetManager.LoadImage({
                    url
                });
                this._loadingLogoAsset.LoadStaticTexture(this._webglRenderer).catch(err=>console.warn(`[C3 runtime] Failed to load '${loadingLogoFilename}' for loading screen. Check the project has an icon with that name.`, err))
            } else if (loaderStyle === 4) {
                this._LoadSvgSplashImage("splash-images/splash-logo.svg").then(tex=>{
                    if (this._splashState === "done")
                        this._webglRenderer.DeleteTexture(tex);
                    else
                        this._splashTextures.logo = tex
                }
                ).catch(err=>console.warn("Failed to load splash image: ", err));
                this._LoadBitmapSplashImage("splash-images/splash-poweredby-512.png").then(tex=>{
                    if (this._splashState === "done")
                        this._webglRenderer.DeleteTexture(tex);
                    else
                        this._splashTextures.powered = tex
                }
                ).catch(err=>console.warn("Failed to load splash image: ", err));
                this._LoadBitmapSplashImage("splash-images/splash-website-512.png").then(tex=>{
                    if (this._splashState === "done")
                        this._webglRenderer.DeleteTexture(tex);
                    else
                        this._splashTextures.website = tex
                }
                ).catch(err=>console.warn("Failed to load splash image: ", err))
            }
        }
        async _LoadSvgSplashImage(url) {
            url = (new URL(url,this._runtime.GetBaseURL())).toString();
            const blob = await C3.FetchBlob(url);
            const drawable = await this._runtime.RasterSvgImage(blob, 2048, 2048);
            return await this._webglRenderer.CreateStaticTextureAsync(drawable, {
                mipMapQuality: "high"
            })
        }
        async _LoadBitmapSplashImage(url) {
            url = (new URL(url,this._runtime.GetBaseURL())).toString();
            const blob = await C3.FetchBlob(url);
            return await this._webglRenderer.CreateStaticTextureAsync(blob, {
                mipMapQuality: "high"
            })
        }
        HideCordovaSplashScreen() {
            this._runtime.PostComponentMessageToDOM("runtime", "hide-cordova-splash")
        }
        StartLoadingScreen() {
            this._loaderStartTime = Date.now();
            this._runtime.Dispatcher().addEventListener("loadingprogress", this._loadingprogress_handler);
            this._rafId = requestAnimationFrame(()=>this._DrawLoadingScreen());
            const loaderStyle = this._runtime.GetLoaderStyle();
            if (loaderStyle !== 3)
                this.HideCordovaSplashScreen()
        }
        async EndLoadingScreen() {
            this._loadingProgress = 1;
            const loaderStyle = this._runtime.GetLoaderStyle();
            if (loaderStyle === 4)
                await this._splashDonePromise;
            this._splashDoneResolve = null;
            this._splashDonePromise = null;
            if (this._rafId !== -1) {
                cancelAnimationFrame(this._rafId);
                this._rafId = -1
            }
            this._runtime.Dispatcher().removeEventListener("loadingprogress", this._loadingprogress_handler);
            this._loadingprogress_handler = null;
            if (this._percentText) {
                this._percentText.Release();
                this._percentText = null
            }
            if (this._loadingLogoAsset) {
                this._loadingLogoAsset.Release();
                this._loadingLogoAsset = null
            }
            this._webglRenderer.Start();
            if (this._splashTextures.logo) {
                this._webglRenderer.DeleteTexture(this._splashTextures.logo);
                this._splashTextures.logo = null
            }
            if (this._splashTextures.powered) {
                this._webglRenderer.DeleteTexture(this._splashTextures.powered);
                this._splashTextures.powered = null
            }
            if (this._splashTextures.website) {
                this._webglRenderer.DeleteTexture(this._splashTextures.website);
                this._splashTextures.website = null
            }
            this._webglRenderer.ClearRgba(0, 0, 0, 0);
            this._webglRenderer.Finish();
            this._splashState = "done";
            this._gpuTimeStartFrame = this._webglRenderer.GetFrameNumber();
            if (loaderStyle === 3)
                this.HideCordovaSplashScreen()
        }
        _DrawLoadingScreen() {
            if (this._rafId === -1)
                return;
            const renderer = this._webglRenderer;
            renderer.Start();
            this._rafId = -1;
            const hasHadError = this._runtime.GetAssetManager().HasHadErrorLoading();
            const loaderStyle = this._runtime.GetLoaderStyle();
            if (loaderStyle !== 3) {
                this.SetCssTransform(renderer);
                renderer.ClearRgba(0, 0, 0, 0);
                renderer.ResetColor();
                renderer.SetTextureFillMode();
                renderer.SetTexture(null)
            }
            if (loaderStyle === 0)
                this._DrawProgressBarAndLogoLoadingScreen(hasHadError);
            else if (loaderStyle === 1)
                this._DrawProgressBarLoadingScreen(hasHadError, PROGRESSBAR_WIDTH, 0);
            else if (loaderStyle === 2)
                this._DrawPercentTextLoadingScreen(hasHadError);
            else if (loaderStyle === 3)
                C3.noop();
            else if (loaderStyle === 4)
                this._DrawSplashLoadingScreen(hasHadError);
            else
                throw new Error("invalid loader style");
            renderer.Finish();
            this._rafId = requestAnimationFrame(()=>this._DrawLoadingScreen())
        }
        _DrawPercentTextLoadingScreen(hasHadError) {
            if (hasHadError)
                this._percentText.SetColorRgb(1, 0, 0);
            else
                this._percentText.SetColorRgb(.6, .6, .6);
            this._percentText.SetText(Math.round(this._loadingProgress * 100) + "%");
            const midX = this._canvasCssWidth / 2;
            const midY = this._canvasCssHeight / 2;
            const hw = PERCENTTEXT_WIDTH / 2;
            const hh = PERCENTTEXT_HEIGHT / 2;
            tempQuad.setRect(midX - hw, midY - hh, midX + hw, midY + hh);
            this._webglRenderer.SetTexture(this._percentText.GetTexture());
            this._webglRenderer.Quad3(tempQuad, this._percentText.GetTexRect())
        }
        _DrawProgressBarLoadingScreen(hasHadError, width, yOff) {
            const renderer = this._webglRenderer;
            const height = PROGRESSBAR_HEIGHT;
            renderer.SetColorFillMode();
            if (hasHadError)
                renderer.SetColorRgba(1, 0, 0, 1);
            else
                renderer.SetColorRgba(.118, .565, 1, 1);
            const midX = this._canvasCssWidth / 2;
            const midY = this._canvasCssHeight / 2;
            const hw = width / 2;
            const hh = height / 2;
            tempRect.setWH(midX - hw, midY - hh + yOff, Math.floor(width * this._loadingProgress), height);
            renderer.Rect(tempRect);
            tempRect.setWH(midX - hw, midY - hh + yOff, width, height);
            tempRect.offset(-.5, -.5);
            tempRect.inflate(.5, .5);
            renderer.SetColorRgba(0, 0, 0, 1);
            renderer.LineRect2(tempRect);
            tempRect.inflate(1, 1);
            renderer.SetColorRgba(1, 1, 1, 1);
            renderer.LineRect2(tempRect)
        }
        _DrawProgressBarAndLogoLoadingScreen(hasHadError) {
            if (!this._loadingLogoAsset) {
                this._DrawProgressBarLoadingScreen(hasHadError, PROGRESSBAR_WIDTH, 0);
                return
            }
            const logoTexture = this._loadingLogoAsset.GetTexture();
            if (!logoTexture) {
                this._DrawProgressBarLoadingScreen(hasHadError, PROGRESSBAR_WIDTH, 0);
                return
            }
            const logoW = logoTexture.GetWidth();
            const logoH = logoTexture.GetHeight();
            const midX = this._canvasCssWidth / 2;
            const midY = this._canvasCssHeight / 2;
            const hw = logoW / 2;
            const hh = logoH / 2;
            tempQuad.setRect(midX - hw, midY - hh, midX + hw, midY + hh);
            this._webglRenderer.SetTexture(logoTexture);
            this._webglRenderer.Quad(tempQuad);
            this._DrawProgressBarLoadingScreen(hasHadError, logoW, hh + 16)
        }
        _DrawSplashLoadingScreen(hasHadError) {
            const renderer = this._webglRenderer;
            const logoTex = this._splashTextures.logo;
            const poweredTex = this._splashTextures.powered;
            const websiteTex = this._splashTextures.website;
            const nowTime = Date.now();
            if (this._splashFrameNumber === 0)
                this._loaderStartTime = nowTime;
            const allowQuickSplash = this._runtime.IsPreview() || this._runtime.IsFBInstantAvailable() && !this._runtime.IsCordova();
            const splashAfterFadeOutWait = allowQuickSplash ? 0 : SPLASH_AFTER_FADEOUT_WAIT_TIME;
            const splashMinDisplayTime = allowQuickSplash ? 0 : SPLASH_MIN_DISPLAY_TIME;
            let a = 1;
            if (this._splashState === "fade-in")
                a = Math.min((nowTime - this._loaderStartTime) / SPLASH_FADE_DURATION, 1);
            else if (this._splashState === "fade-out")
                a = Math.max(1 - (nowTime - this._splashFadeOutStartTime) / SPLASH_FADE_DURATION, 0);
            renderer.SetColorFillMode();
            renderer.SetColorRgba(.231 * a, .251 * a, .271 * a, a);
            tempRect.set(0, 0, this._canvasCssWidth, this._canvasCssHeight);
            renderer.Rect(tempRect);
            const w = Math.ceil(this._canvasCssWidth);
            const h = Math.ceil(this._canvasCssHeight);
            let drawW, drawH;
            if (this._canvasCssHeight > 256) {
                renderer.SetColorRgba(.302 * a, .334 * a, .365 * a, a);
                drawW = w;
                drawH = Math.max(h * .005, 2);
                tempRect.setWH(0, h * .8 - drawH / 2, drawW, drawH);
                renderer.Rect(tempRect);
                if (hasHadError)
                    renderer.SetColorRgba(a, 0, 0, a);
                else
                    renderer.SetColorRgba(.161 * a, .953 * a, .816 * a, a);
                drawW = w * this._loadingProgress;
                tempRect.setWH(w * .5 - drawW / 2, h * .8 - drawH / 2, drawW, drawH);
                renderer.Rect(tempRect);
                renderer.SetColorRgba(a, a, a, a);
                renderer.SetTextureFillMode();
                if (poweredTex) {
                    drawW = C3.clamp(h * .22, 105, w * .6) * 1.5;
                    drawH = drawW / 8;
                    tempRect.setWH(w * .5 - drawW / 2, h * .2 - drawH / 2, drawW, drawH);
                    renderer.SetTexture(poweredTex);
                    renderer.Rect(tempRect)
                }
                if (logoTex) {
                    drawW = Math.min(h * .395, w * .95);
                    drawH = drawW;
                    tempRect.setWH(w * .5 - drawW / 2, h * .485 - drawH / 2, drawW, drawH);
                    renderer.SetTexture(logoTex);
                    renderer.Rect(tempRect)
                }
                if (websiteTex) {
                    drawW = C3.clamp(h * .22, 105, w * .6) * 1.5;
                    drawH = drawW / 8;
                    tempRect.setWH(w * .5 - drawW / 2, h * .868 - drawH / 2, drawW, drawH);
                    renderer.SetTexture(websiteTex);
                    renderer.Rect(tempRect)
                }
            } else {
                renderer.SetColorRgba(.302 * a, .334 * a, .365 * a, a);
                drawW = w;
                drawH = Math.max(h * .005, 2);
                tempRect.setWH(0, h * .85 - drawH / 2, drawW, drawH);
                renderer.Rect(tempRect);
                if (hasHadError)
                    renderer.SetColorRgba(a, 0, 0, a);
                else
                    renderer.SetColorRgba(.161 * a, .953 * a, .816 * a, a);
                drawW = w * this._loadingProgress;
                tempRect.setWH(w * .5 - drawW / 2, h * .85 - drawH / 2, drawW, drawH);
                renderer.Rect(tempRect);
                renderer.SetColorRgba(a, a, a, a);
                renderer.SetTextureFillMode();
                if (logoTex) {
                    drawW = h * .55;
                    drawH = drawW;
                    tempRect.setWH(w * .5 - drawW / 2, h * .45 - drawH / 2, drawW, drawH);
                    renderer.SetTexture(logoTex);
                    renderer.Rect(tempRect)
                }
            }
            this._splashFrameNumber++;
            if (this._splashState === "fade-in" && nowTime - this._loaderStartTime >= SPLASH_FADE_DURATION && this._splashFrameNumber >= 2) {
                this._splashState = "wait";
                this._splashFadeInFinishTime = nowTime
            }
            if (this._splashState === "wait" && nowTime - this._splashFadeInFinishTime >= splashMinDisplayTime && this._loadingProgress >= 1) {
                this._splashState = "fade-out";
                this._splashFadeOutStartTime = nowTime
            }
            if (this._splashState === "fade-out" && nowTime - this._splashFadeOutStartTime >= SPLASH_FADE_DURATION + splashAfterFadeOutWait || allowQuickSplash && this._loadingProgress >= 1 && nowTime - this._loaderStartTime < 500)
                this._splashDoneResolve()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const C3Debugger = self.C3Debugger;
    const assert = self.assert;
    const DEFAULT_RUNTIME_OPTS = {
        "messagePort": null,
        "baseUrl": "",
        "headless": false,
        "hasDom": true,
        "isInWorker": false,
        "useAudio": true,
        "projectData": "",
        "exportType": ""
    };
    let ife = true;
    C3.Runtime = class C3Runtime extends C3.DefendedBase {
        constructor(opts) {
            opts = Object.assign({}, DEFAULT_RUNTIME_OPTS, opts);
            super();
            this._messagePort = opts["messagePort"];
            this._baseUrl = opts["baseUrl"];
            this._isHeadless = !!opts["headless"];
            this._hasDom = !!opts["hasDom"];
            this._isInWorker = !!opts["isInWorker"];
            ife = opts["ife"];
            this._useAudio = !!opts["useAudio"];
            this._exportType = opts["exportType"];
            this._isiOSCordova = !!opts["isiOSCordova"];
            this._isiOSWebView = !!opts["isiOSWebView"];
            this._isFBInstantAvailable = !!opts["isFBInstantAvailable"];
            this._opusWasmScriptUrl = opts["opusWasmScriptUrl"];
            this._opusWasmBinaryUrl = opts["opusWasmBinaryUrl"];
            this._dataJsonFilename = "data.json";
            this._isDebug = !!(this._exportType === "preview" && opts["isDebug"]);
            this._breakpointsEnabled = this._isDebug;
            this._isDebugging = this._isDebug;
            this._debuggingDisabled = 0;
            const localUrlBlobs = opts["previewImageBlobs"];
            const projectFileBlobs = opts["previewProjectFileBlobs"];
            if (projectFileBlobs)
                Object.assign(localUrlBlobs, projectFileBlobs);
            const projectData = opts["projectData"];
            if (projectData)
                localUrlBlobs[this._dataJsonFilename] = projectData;
            this._additionalLoadPromises = [];
            this._additionalCreatePromises = [];
            this._isUsingCreatePromises = false;
            this._projectName = "";
            this._projectVersion = "";
            this._projectUniqueId = "";
            this._appId = "";
            this._originalViewportWidth = 0;
            this._originalViewportHeight = 0;
            this._devicePixelRatio = self.devicePixelRatio;
            this._parallaxXorigin = 0;
            this._parallaxYorigin = 0;
            this._viewportWidth = 0;
            this._viewportHeight = 0;
            this._loaderStyle = 0;
            this._usesLoaderLayout = false;
            this._isLoading = true;
            this._usesAnyBackgroundBlending = false;
            this._loadingLogoFilename = "loading-logo.png";
            const isRemoteLoadPolicy = this._exportType === "html5" || this._exportType === "scirra-arcade" || this._exportType === "instant-games";
            this._assetManager = C3.New(C3.AssetManager, this, {
                defaultLoadPolicy: isRemoteLoadPolicy ? "remote" : "local",
                localUrlBlobs,
                isCordova: this._exportType === "cordova",
                isiOSCordova: this._isiOSCordova,
                supportedAudioFormats: opts["supportedAudioFormats"]
            });
            this._layoutManager = C3.New(C3.LayoutManager, this);
            this._eventSheetManager = C3.New(C3.EventSheetManager, this);
            this._pluginManager = C3.New(C3.PluginManager, this);
            this._collisionEngine = C3.New(C3.CollisionEngine, this);
            this._timelineManager = C3.New(C3.TimelineManager, this);
            this._transitionManager = C3.New(C3.TransitionManager, this);
            this._allObjectClasses = [];
            this._objectClassesByName = new Map;
            this._objectClassesBySid = new Map;
            this._familyCount = 0;
            this._allContainers = [];
            this._allEffectLists = [];
            this._currentLayoutStack = [];
            this._instancesPendingCreate = [];
            this._instancesPendingDestroy = new Map;
            this._hasPendingInstances = false;
            this._isFlushingPendingInstances = false;
            this._objectCount = 0;
            this._nextUid = 0;
            this._instancesByUid = new Map;
            this._instancesToReleaseAtEndOfTick = new Set;
            this._instancesToReleaseAffectedObjectClasses = new Set;
            this._objectReferenceTable = [];
            this._jsPropNameTable = [];
            this._canvasManager = null;
            this._framerateMode = "vsync";
            this._compositingMode = "standard";
            this._sampling = "trilinear";
            this._isPixelRoundingEnabled = false;
            this._needRender = true;
            this._pauseOnBlur = false;
            this._isPausedOnBlur = false;
            this._tickCallbacks = {
                normal: timestamp=>{
                    this._rafId = -1;
                    this._ruafId = -1;
                    this.Tick(timestamp)
                }
                ,
                tickOnly: timestamp=>{
                    this._ruafId = -1;
                    this.Tick(timestamp, false, "skip-render")
                }
                ,
                renderOnly: ()=>{
                    this._rafId = -1;
                    this.Render()
                }
            };
            this._rafId = -1;
            this._ruafId = -1;
            this._tickCount = 0;
            this._tickCountNoSave = 0;
            this._execCount = 0;
            this._hasStarted = false;
            this._isInTick = false;
            this._hasStartedTicking = false;
            this._isLayoutFirstTick = true;
            this._suspendCount = 0;
            this._scheduleTriggersThrottle = new C3.PromiseThrottle(1);
            this._randomNumberCallback = ()=>Math.random();
            this._startTime = 0;
            this._lastTickTime = 0;
            this._dt1 = 0;
            this._dt = 0;
            this._timeScale = 1;
            this._minimumFramerate = 30;
            this._gameTime = C3.New(C3.KahanSum);
            this._wallTime = C3.New(C3.KahanSum);
            this._fpsFrameCount = -1;
            this._fpsLastTime = 0;
            this._fps = 0;
            this._mainThreadTimeCounter = 0;
            this._mainThreadTime = 0;
            this._isLoadingState = false;
            this._saveToSlotName = "";
            this._loadFromSlotName = "";
            this._loadFromJson = null;
            this._lastSaveJson = "";
            this._triggerOnCreateAfterLoad = [];
            this._projectStorage = null;
            this._savegamesStorage = null;
            this._dispatcher = C3.New(C3.Event.Dispatcher);
            this._domEventHandlers = new Map;
            this._pendingResponsePromises = new Map;
            this._nextDomResponseId = 0;
            this._didRequestDeviceOrientationEvent = false;
            this._didRequestDeviceMotionEvent = false;
            this._isReadyToHandleEvents = false;
            this._waitingToHandleEvents = [];
            this._eventObjects = {
                "pretick": C3.New(C3.Event, "pretick", false),
                "tick": C3.New(C3.Event, "tick", false),
                "tick2": C3.New(C3.Event, "tick2", false),
                "instancedestroy": C3.New(C3.Event, "instancedestroy", false),
                "beforelayoutchange": C3.New(C3.Event, "beforelayoutchange", false),
                "layoutchange": C3.New(C3.Event, "layoutchange", false)
            };
            this._eventObjects["instancedestroy"].instance = null;
            this._userScriptDispatcher = C3.New(C3.Event.Dispatcher);
            this._userScriptEventObjects = null;
            this._behInstsToTick = C3.New(C3.RedBlackSet, C3.BehaviorInstance.SortByTickSequence);
            this._behInstsToPostTick = C3.New(C3.RedBlackSet, C3.BehaviorInstance.SortByTickSequence);
            this._behInstsToTick2 = C3.New(C3.RedBlackSet, C3.BehaviorInstance.SortByTickSequence);
            this._jobScheduler = C3.New(C3.JobSchedulerRuntime, this, opts["jobScheduler"]);
            if (opts["canvas"])
                this._canvasManager = C3.New(C3.CanvasManager, this);
            this._messagePort.onmessage = e=>this["_OnMessageFromDOM"](e.data);
            this.AddDOMComponentMessageHandler("runtime", "visibilitychange", e=>this._OnVisibilityChange(e));
            this.AddDOMComponentMessageHandler("runtime", "opus-decode", e=>this._WasmDecodeWebMOpus(e["arrayBuffer"]));
            this.AddDOMComponentMessageHandler("runtime", "get-remote-preview-status-info", ()=>this._GetRemotePreviewStatusInfo());
            this.AddDOMComponentMessageHandler("runtime", "js-invoke-function", e=>this._InvokeFunctionFromJS(e));
            this.AddDOMComponentMessageHandler("runtime", "go-to-last-error-script", self["goToLastErrorScript"]);
            this._dispatcher.addEventListener("window-blur", e=>this._OnWindowBlur(e));
            this._dispatcher.addEventListener("window-focus", ()=>this._OnWindowFocus());
            this._timelineManager.AddRuntimeListeners();
            this._iRuntime = null;
            this._interfaceMap = new WeakMap;
            this._commonScriptInterfaces = {
                keyboard: null,
                mouse: null,
                touch: null
            }
        }
        static Create(opts) {
            return C3.New(C3.Runtime, opts)
        }
        Release() {
            C3.clearArray(this._allObjectClasses);
            this._objectClassesByName.clear();
            this._objectClassesBySid.clear();
            this._layoutManager.Release();
            this._layoutManager = null;
            this._eventSheetManager.Release();
            this._eventSheetManager = null;
            this._pluginManager.Release();
            this._pluginManager = null;
            this._assetManager.Release();
            this._assetManager = null;
            this._collisionEngine.Release();
            this._collisionEngine = null;
            this._timelineManager.Release();
            this._timelineManager = null;
            this._transitionManager.Release();
            this._transitionManager = null;
            if (this._canvasManager) {
                this._canvasManager.Release();
                this._canvasManager = null
            }
            this._dispatcher.Release();
            this._dispatcher = null;
            this._tickEvent = null
        }
        ["_OnMessageFromDOM"](data) {
            const type = data["type"];
            if (type === "event")
                this._OnEventFromDOM(data);
            else if (type === "result")
                this._OnResultFromDOM(data);
            else
                throw new Error(`unknown message '${type}'`);
        }
        _OnEventFromDOM(e) {
            if (!this._isReadyToHandleEvents) {
                this._waitingToHandleEvents.push(e);
                return
            }
            const component = e["component"];
            const handler = e["handler"];
            const data = e["data"];
            const dispatchOpts = e["dispatchOpts"];
            const dispatchRuntimeEvent = !!(dispatchOpts && dispatchOpts["dispatchRuntimeEvent"]);
            const dispatchUserScriptEvent = !!(dispatchOpts && dispatchOpts["dispatchUserScriptEvent"]);
            const responseId = e["responseId"];
            if (component === "runtime") {
                if (dispatchRuntimeEvent) {
                    const event = new C3.Event(handler);
                    event.data = data;
                    this._dispatcher.dispatchEventAndWaitAsyncSequential(event)
                }
                if (dispatchUserScriptEvent) {
                    const event = new C3.Event(handler,true);
                    for (const [key,value] of Object.entries(data))
                        event[key] = value;
                    this.DispatchUserScriptEvent(event)
                }
            }
            const handlerMap = this._domEventHandlers.get(component);
            if (!handlerMap) {
                if (!dispatchRuntimeEvent && !dispatchUserScriptEvent)
                    console.warn(`[Runtime] No DOM event handlers for component '${component}'`);
                return
            }
            const func = handlerMap.get(handler);
            if (!func) {
                if (!dispatchRuntimeEvent && !dispatchUserScriptEvent)
                    console.warn(`[Runtime] No DOM handler '${handler}' for component '${component}'`);
                return
            }
            let ret = null;
            try {
                ret = func(data)
            } catch (err) {
                console.error(`Exception in '${component}' handler '${handler}':`, err);
                if (responseId !== null)
                    this._PostResultToDOM(responseId, false, "" + err);
                return
            }
            if (responseId !== null)
                if (ret && ret.then)
                    ret.then(result=>this._PostResultToDOM(responseId, true, result)).catch(err=>{
                        console.error(`Rejection from '${component}' handler '${handler}':`, err);
                        this._PostResultToDOM(responseId, false, "" + err)
                    }
                    );
                else
                    this._PostResultToDOM(responseId, true, ret)
        }
        _PostResultToDOM(responseId, isOk, result) {
            this._messagePort.postMessage({
                "type": "result",
                "responseId": responseId,
                "isOk": isOk,
                "result": result
            })
        }
        _OnResultFromDOM(data) {
            const responseId = data["responseId"];
            const isOk = data["isOk"];
            const result = data["result"];
            const pendingPromise = this._pendingResponsePromises.get(responseId);
            if (isOk)
                pendingPromise.resolve(result);
            else
                pendingPromise.reject(result);
            this._pendingResponsePromises.delete(responseId)
        }
        AddDOMComponentMessageHandler(component, handler, func) {
            let handlerMap = this._domEventHandlers.get(component);
            if (!handlerMap) {
                handlerMap = new Map;
                this._domEventHandlers.set(component, handlerMap)
            }
            if (handlerMap.has(handler))
                throw new Error(`[Runtime] Component '${component}' already has handler '${handler}'`);
            handlerMap.set(handler, func)
        }
        PostComponentMessageToDOM(component, handler, data) {
            this._messagePort.postMessage({
                "type": "event",
                "component": component,
                "handler": handler,
                "data": data,
                "responseId": null
            })
        }
        PostComponentMessageToDOMAsync(component, handler, data) {
            const responseId = this._nextDomResponseId++;
            const ret = new Promise((resolve,reject)=>{
                this._pendingResponsePromises.set(responseId, {
                    resolve,
                    reject
                })
            }
            );
            this._messagePort.postMessage({
                "type": "event",
                "component": component,
                "handler": handler,
                "data": data,
                "responseId": responseId
            });
            return ret
        }
        PostToDebugger(data) {
            if (!this.IsDebug())
                throw new Error("not in debug mode");
            this.PostComponentMessageToDOM("runtime", "post-to-debugger", data)
        }
        async Init(opts) {
            if (this.IsDebug())
                await C3Debugger.Init(this);
            else if (self.C3Debugger)
                self.C3Debugger.InitPreview(this);
            const [o] = await Promise.all([this._assetManager.FetchJson(this._dataJsonFilename), this._MaybeLoadOpusDecoder(), this._jobScheduler.Init()]);
            this._LoadDataJson(o);
            await this._InitialiseCanvas(opts);
            if (!this.IsPreview())
                console.info("Made with Construct 3, the game and app creator :: https://www.construct.net");
            const webglRenderer = this.GetWebGLRenderer();
            if (webglRenderer) {
                console.info(`[C3 runtime] Hosted in ${this.IsInWorker() ? "worker" : "DOM"}, rendering with WebGL ${webglRenderer.GetWebGLVersionNumber()} [${webglRenderer.GetUnmaskedRenderer()}] (${webglRenderer.IsDesynchronized() ? "desynchronized" : "standard"} compositing)`);
                if (webglRenderer.HasMajorPerformanceCaveat())
                    console.warn("[C3 runtime] WebGL indicates a major performance caveat. Software rendering may be in use. This can result in significantly degraded performance.")
            } else
                console.info(`[C3 runtime] Hosted in ${this.IsInWorker() ? "worker" : "DOM"}, headless`);
            this._isReadyToHandleEvents = true;
            for (const e of this._waitingToHandleEvents)
                this._OnEventFromDOM(e);
            C3.clearArray(this._waitingToHandleEvents);
            if (this._canvasManager)
                this._canvasManager.StartLoadingScreen();
            for (const f of opts["runOnStartupFunctions"])
                this._additionalLoadPromises.push(this._RunOnStartupFunction(f));
            await Promise.all([this._assetManager.WaitForAllToLoad(), ...this._additionalLoadPromises]);
            C3.clearArray(this._additionalLoadPromises);
            if (this._assetManager.HasHadErrorLoading()) {
                if (this._canvasManager)
                    this._canvasManager.HideCordovaSplashScreen();
                return
            }
            if (this._canvasManager)
                await this._canvasManager.EndLoadingScreen();
            await this._dispatcher.dispatchEventAndWaitAsync(new C3.Event("beforeruntimestart"));
            await this.Start();
            this._messagePort.postMessage({
                "type": "runtime-ready"
            });
            return this
        }
        async _RunOnStartupFunction(f) {
            try {
                await f(this._iRuntime)
            } catch (err) {
                console.error("[C3 runtime] Error in runOnStartup function: ", err)
            }
        }
        _LoadDataJson(o) {
            const projectData = o["project"];
            this._projectName = projectData[0];
            this._projectVersion = projectData[16];
            this._projectUniqueId = projectData[31];
            this._appId = projectData[38];
            this._loadingLogoFilename = projectData[39];
            this._isPixelRoundingEnabled = !!projectData[9];
            this._originalViewportWidth = this._viewportWidth = projectData[10];
            this._originalViewportHeight = this._viewportHeight = projectData[11];
            this._parallaxXorigin = this._originalViewportWidth / 2;
            this._parallaxYorigin = this._originalViewportHeight / 2;
            this._compositingMode = projectData[36];
            this._framerateMode = projectData[37];
            if (this._compositingMode === "low-latency" && this.IsAndroidWebView() && C3.Platform.BrowserVersionNumber <= 77) {
                console.warn("[C3 runtime] Desynchronized (low-latency) compositing is enabled, but is disabled in the Android WebView <=77 due to crbug.com/1008842. Reverting to synchronized (standard) compositing.");
                this._compositingMode = "standard"
            }
            this._sampling = projectData[14];
            this._usesLoaderLayout = !!projectData[18];
            this._loaderStyle = projectData[19];
            this._nextUid = projectData[21];
            this._pauseOnBlur = projectData[22];
            this._assetManager._SetAudioFiles(projectData[7], projectData[25]);
            this._assetManager._SetMediaSubfolder(projectData[8]);
            this._assetManager._SetFontsSubfolder(projectData[32]);
            this._assetManager._SetIconsSubfolder(projectData[28]);
            this._assetManager._SetWebFonts(projectData[29]);
            if (this._canvasManager) {
                this._canvasManager.SetFullscreenMode(C3.CanvasManager._FullscreenModeNumberToString(projectData[12]));
                this._canvasManager.SetFullscreenScalingQuality(projectData[23] ? "high" : "low");
                this._canvasManager.SetMipmapsEnabled(projectData[24] !== 0);
                this._canvasManager._SetGPUPowerPreference(projectData[34])
            }
            this._pluginManager.CreateSystemPlugin();
            this._objectReferenceTable = self.C3_GetObjectRefTable();
            for (const pluginData of projectData[2])
                this._pluginManager.CreatePlugin(pluginData);
            this._objectReferenceTable = self.C3_GetObjectRefTable();
            this._LoadJsPropNameTable();
            for (const objectClassData of projectData[3]) {
                const objectClass = C3.ObjectClass.Create(this, this._allObjectClasses.length, objectClassData);
                this._allObjectClasses.push(objectClass);
                this._objectClassesByName.set(objectClass.GetName().toLowerCase(), objectClass);
                this._objectClassesBySid.set(objectClass.GetSID(), objectClass)
            }
            for (const familyData of projectData[4]) {
                const familyType = this._allObjectClasses[familyData[0]];
                familyType._LoadFamily(familyData)
            }
            for (const containerData of projectData[27]) {
                const containerTypes = containerData.map(index=>this._allObjectClasses[index]);
                this._allContainers.push(C3.New(C3.Container, this, containerTypes))
            }
            for (const objectClass of this._allObjectClasses)
                objectClass._OnAfterCreate();
            for (const layoutData of projectData[5])
                this._layoutManager.Create(layoutData);
            const firstLayoutName = projectData[1];
            if (firstLayoutName) {
                const firstLayout = this._layoutManager.GetLayoutByName(firstLayoutName);
                if (firstLayout)
                    this._layoutManager.SetFirstLayout(firstLayout)
            }
            for (const timelineData of projectData[33])
                this._timelineManager.Create(timelineData);
            for (const transitionData of projectData[35])
                this._transitionManager.Create(transitionData);
            this._InitScriptInterfaces();
            for (const eventSheetData of projectData[6])
                this._eventSheetManager.Create(eventSheetData);
            this._eventSheetManager._PostInit();
            this._InitGlobalVariableScriptInterface();
            C3.clearArray(this._objectReferenceTable);
            this.FlushPendingInstances();
            let targetOrientation = "any";
            const orientations = projectData[20];
            if (orientations === 1)
                targetOrientation = "portrait";
            else if (orientations === 2)
                targetOrientation = "landscape";
            this.PostComponentMessageToDOM("runtime", "set-target-orientation", {
                "targetOrientation": targetOrientation
            })
        }
        GetLoaderStyle() {
            return this._loaderStyle
        }
        IsFBInstantAvailable() {
            return this._isFBInstantAvailable
        }
        IsLoading() {
            return this._isLoading
        }
        AddLoadPromise(promise) {
            this._additionalLoadPromises.push(promise)
        }
        SetUsingCreatePromises(e) {
            this._isUsingCreatePromises = !!e
        }
        AddCreatePromise(promise) {
            if (!this._isUsingCreatePromises)
                return;
            this._additionalCreatePromises.push(promise)
        }
        GetCreatePromises() {
            return this._additionalCreatePromises
        }
        _GetNextFamilyIndex() {
            return this._familyCount++
        }
        GetFamilyCount() {
            return this._familyCount
        }
        _AddEffectList(el) {
            this._allEffectLists.push(el)
        }
        _GetAllEffectLists() {
            return this._allEffectLists
        }
        async _InitialiseCanvas(opts) {
            if (!this._canvasManager)
                return;
            await this._canvasManager.CreateCanvas(opts);
            this._canvasManager.InitLoadingScreen(this._loaderStyle)
        }
        async _MaybeLoadOpusDecoder() {
            if (this._assetManager.IsAudioFormatSupported("audio/webm; codecs=opus"))
                return;
            let wasmBlob = null;
            let wasmBuffer = null;
            try {
                if (this.IsiOSCordova() && location.protocol === "file:")
                    wasmBuffer = await this._assetManager.CordovaFetchLocalFileAsArrayBuffer(this._opusWasmBinaryUrl);
                else
                    wasmBlob = await this._assetManager.FetchBlob(this._opusWasmBinaryUrl)
            } catch (err) {
                console.info("Failed to fetch Opus decoder WASM; assuming project has no Opus audio.", err);
                return
            }
            if (wasmBuffer)
                this.AddJobWorkerBuffer(wasmBuffer, "opus-decoder-wasm");
            else
                this.AddJobWorkerBlob(wasmBlob, "opus-decoder-wasm");
            await this.AddJobWorkerScripts([this._opusWasmScriptUrl])
        }
        async _WasmDecodeWebMOpus(arrayBuffer) {
            const result = await this.AddJob("OpusDecode", {
                "arrayBuffer": arrayBuffer
            }, [arrayBuffer]);
            return result
        }
        async Start() {
            this._hasStarted = true;
            this._startTime = Date.now();
            if (this._usesLoaderLayout) {
                for (const objectClass of this._allObjectClasses)
                    if (!objectClass.IsFamily() && !objectClass.IsOnLoaderLayout() && objectClass.IsWorldType())
                        objectClass.OnCreate();
                this._assetManager.WaitForAllToLoad().then(()=>{
                    this._isLoading = false;
                    this._OnLoadFinished()
                }
                )
            } else
                this._isLoading = false;
            this._assetManager.SetInitialLoadFinished();
            if (this.IsDebug())
                C3Debugger.RuntimeInit(ife);
            for (const layout of this._layoutManager.GetAllLayouts())
                layout._CreateGlobalNonWorlds();
            const firstLayout = this._layoutManager.GetFirstLayout();
            await firstLayout._Load(null, this.GetWebGLRenderer());
            await firstLayout._StartRunning(true);
            this._fpsLastTime = performance.now();
            if (!this._usesLoaderLayout)
                this._OnLoadFinished();
            const state = await this.PostComponentMessageToDOMAsync("runtime", "before-start-ticking");
            if (state["isSuspended"])
                this._suspendCount++;
            else
                this.Tick()
        }
        _OnLoadFinished() {
            this.Trigger(C3.Plugins.System.Cnds.OnLoadFinished, null, null);
            this.PostComponentMessageToDOM("runtime", "register-sw")
        }
        GetObjectReference(index) {
            index = Math.floor(index);
            const objRefTable = this._objectReferenceTable;
            if (index < 0 || index >= objRefTable.length)
                throw new Error("invalid object reference");
            return objRefTable[index]
        }
        _LoadJsPropNameTable() {
            for (const entry of self.C3_JsPropNameTable) {
                const propName = C3.first(Object.keys(entry));
                this._jsPropNameTable.push(propName)
            }
        }
        GetJsPropName(index) {
            index = Math.floor(index);
            const jsPropNameTable = this._jsPropNameTable;
            if (index < 0 || index >= jsPropNameTable.length)
                throw new Error("invalid prop reference");
            return jsPropNameTable[index]
        }
        HasDOM() {
            return this._hasDom
        }
        IsHeadless() {
            return this._isHeadless
        }
        IsInWorker() {
            return this._isInWorker
        }
        GetBaseURL() {
            return this._baseUrl
        }
        GetEventSheetManager() {
            return this._eventSheetManager
        }
        GetEventStack() {
            return this._eventSheetManager.GetEventStack()
        }
        GetCurrentEventStackFrame() {
            return this._eventSheetManager.GetCurrentEventStackFrame()
        }
        GetCurrentEvent() {
            return this._eventSheetManager.GetCurrentEvent()
        }
        GetCurrentCondition() {
            return this._eventSheetManager.GetCurrentCondition()
        }
        IsCurrentConditionFirst() {
            return this.GetCurrentEventStackFrame().GetConditionIndex() === 0
        }
        GetCurrentAction() {
            return this._eventSheetManager.GetCurrentAction()
        }
        GetPluginManager() {
            return this._pluginManager
        }
        GetSystemPlugin() {
            return this._pluginManager.GetSystemPlugin()
        }
        GetObjectClassByIndex(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._allObjectClasses.length)
                throw new RangeError("invalid index");
            return this._allObjectClasses[i]
        }
        GetObjectClassByName(name) {
            return this._objectClassesByName.get(name.toLowerCase()) || null
        }
        GetObjectClassBySID(sid) {
            return this._objectClassesBySid.get(sid) || null
        }
        GetSingleGlobalObjectClassByCtor(ctor) {
            const plugin = this._pluginManager.GetPluginByConstructorFunction(ctor);
            if (!plugin)
                return null;
            return plugin.GetSingleGlobalObjectClass()
        }
        GetAllObjectClasses() {
            return this._allObjectClasses
        }
        Dispatcher() {
            return this._dispatcher
        }
        UserScriptDispatcher() {
            return this._userScriptDispatcher
        }
        DispatchUserScriptEvent(e) {
            e.runtime = this.GetIRuntime();
            const shouldTime = this.IsDebug() && !this._eventSheetManager.IsInEventEngine();
            if (shouldTime)
                C3Debugger.StartMeasuringScriptTime();
            this._userScriptDispatcher.dispatchEvent(e);
            if (shouldTime)
                C3Debugger.AddScriptTime()
        }
        DispatchUserScriptEventAsyncWait(e) {
            e.runtime = this.GetIRuntime();
            return this._userScriptDispatcher.dispatchEventAndWaitAsync(e)
        }
        GetOriginalViewportWidth() {
            return this._originalViewportWidth
        }
        GetOriginalViewportHeight() {
            return this._originalViewportHeight
        }
        SetOriginalViewportSize(w, h) {
            this._originalViewportWidth = w;
            this._originalViewportHeight = h
        }
        GetViewportWidth() {
            return this._viewportWidth
        }
        GetViewportHeight() {
            return this._viewportHeight
        }
        SetViewportSize(w, h) {
            this._viewportWidth = w;
            this._viewportHeight = h
        }
        _SetDevicePixelRatio(r) {
            this._devicePixelRatio = r
        }
        GetDevicePixelRatio() {
            return this._devicePixelRatio
        }
        GetParallaxXOrigin() {
            return this._parallaxXorigin
        }
        GetParallaxYOrigin() {
            return this._parallaxYorigin
        }
        GetCanvasManager() {
            return this._canvasManager
        }
        GetDrawWidth() {
            if (!this._canvasManager)
                return this._viewportWidth;
            return this._canvasManager.GetDrawWidth()
        }
        GetDrawHeight() {
            if (!this._canvasManager)
                return this._viewportHeight;
            return this._canvasManager.GetDrawHeight()
        }
        GetRenderScale() {
            if (!this._canvasManager)
                return 1;
            return this._canvasManager.GetRenderScale()
        }
        GetDisplayScale() {
            if (!this._canvasManager)
                return 1;
            return this._canvasManager.GetDisplayScale()
        }
        GetCanvasClientX() {
            if (!this._canvasManager)
                return 0;
            return this._canvasManager.GetCanvasClientX()
        }
        GetCanvasClientY() {
            if (!this._canvasManager)
                return 0;
            return this._canvasManager.GetCanvasClientY()
        }
        GetCanvasCssWidth() {
            if (!this._canvasManager)
                return 0;
            return this._canvasManager.GetCssWidth()
        }
        GetCanvasCssHeight() {
            if (!this._canvasManager)
                return 0;
            return this._canvasManager.GetCssHeight()
        }
        GetFullscreenMode() {
            if (!this._canvasManager)
                return "off";
            return this._canvasManager.GetFullscreenMode()
        }
        GetAdditionalRenderTarget(opts) {
            if (!this._canvasManager)
                return null;
            return this._canvasManager.GetAdditionalRenderTarget(opts)
        }
        ReleaseAdditionalRenderTarget(renderTarget) {
            if (!this._canvasManager)
                return;
            this._canvasManager.ReleaseAdditionalRenderTarget(renderTarget)
        }
        _SetUsesAnyBackgroundBlending(u) {
            this._usesAnyBackgroundBlending = !!u
        }
        UsesAnyBackgroundBlending() {
            return this._usesAnyBackgroundBlending
        }
        GetGPUUtilisation() {
            if (!this._canvasManager)
                return NaN;
            return this._canvasManager.GetGPUUtilisation()
        }
        IsLinearSampling() {
            return this.GetSampling() !== "nearest"
        }
        GetFramerateMode() {
            return this._framerateMode
        }
        GetCompositingMode() {
            return this._compositingMode
        }
        GetSampling() {
            return this._sampling
        }
        UsesLoaderLayout() {
            return this._usesLoaderLayout
        }
        GetLoadingLogoFilename() {
            return this._loadingLogoFilename
        }
        GetLayoutManager() {
            return this._layoutManager
        }
        GetMainRunningLayout() {
            return this._layoutManager.GetMainRunningLayout()
        }
        GetTimelineManager() {
            return this._timelineManager
        }
        GetTransitionManager() {
            return this._transitionManager
        }
        GetAssetManager() {
            return this._assetManager
        }
        LoadImage(opts) {
            return this._assetManager.LoadImage(opts)
        }
        CreateInstance(objectClass, layer, x, y) {
            return this.CreateInstanceFromData(objectClass, layer, false, x, y)
        }
        CreateInstanceFromData(instData_or_objectClass, layer, isStartupInstance, x, y, skipSiblings) {
            let instData = null;
            let objectClass = null;
            if (instData_or_objectClass instanceof C3.ObjectClass) {
                objectClass = instData_or_objectClass;
                if (objectClass.IsFamily()) {
                    const members = objectClass.GetFamilyMembers();
                    const i = Math.floor(this.Random() * members.length);
                    objectClass = members[i]
                }
                instData = objectClass.GetDefaultInstanceData()
            } else {
                instData = instData_or_objectClass;
                objectClass = this.GetObjectClassByIndex(instData[1])
            }
            const isWorld = objectClass.GetPlugin().IsWorldType();
            if (this._isLoading && isWorld && !objectClass.IsOnLoaderLayout())
                return null;
            const originalLayer = layer;
            if (!isWorld)
                layer = null;
            let uid;
            if (isStartupInstance && !skipSiblings && instData && !this._instancesByUid.has(instData[2]))
                uid = instData[2];
            else
                uid = this._nextUid++;
            const worldData = instData ? instData[0] : null;
            const inst = C3.New(C3.Instance, {
                runtime: this,
                objectType: objectClass,
                layer: layer,
                worldData,
                instVarData: instData ? instData[3] : null,
                uid: uid
            });
            this._instancesByUid.set(uid, inst);
            let wi = null;
            if (isWorld) {
                wi = inst.GetWorldInfo();
                if (typeof x !== "undefined" && typeof y !== "undefined") {
                    wi.SetX(x);
                    wi.SetY(y)
                }
                objectClass._SetAnyCollisionCellChanged(true)
            }
            if (layer) {
                layer._AddInstance(inst, true);
                if (layer.GetParallaxX() !== 1 || layer.GetParallaxY() !== 1)
                    objectClass._SetAnyInstanceParallaxed(true);
                layer.GetLayout().MaybeLoadTexturesFor(objectClass)
            }
            this._objectCount++;
            if (objectClass.IsInContainer() && !isStartupInstance && !skipSiblings) {
                for (const containerType of objectClass.GetContainer().objectTypes()) {
                    if (containerType === objectClass)
                        continue;
                    const siblingInst = this.CreateInstanceFromData(containerType, originalLayer, false, wi ? wi.GetX() : x, wi ? wi.GetY() : y, true);
                    inst._AddSibling(siblingInst)
                }
                for (const s of inst.siblings()) {
                    s._AddSibling(inst);
                    for (const s2 of inst.siblings())
                        if (s !== s2)
                            s._AddSibling(s2)
                }
            }
            objectClass._SetIIDsStale();
            const instPropertyData = instData ? C3.cloneArray(instData[5]) : null;
            const behPropertyData = instData ? instData[4].map(bp=>C3.cloneArray(bp)) : null;
            const hasTilemap = isWorld && worldData && worldData.length === 14;
            if (hasTilemap)
                inst._SetHasTilemap();
            inst._CreateSdkInstance(instPropertyData, behPropertyData);
            if (hasTilemap) {
                const tilemapData = worldData[13];
                inst.GetSdkInstance().LoadTilemapData(tilemapData[2], tilemapData[0], tilemapData[1])
            }
            this._instancesPendingCreate.push(inst);
            this._hasPendingInstances = true;
            if (this.IsDebug())
                C3Debugger.InstanceCreated(inst);
            return inst
        }
        DestroyInstance(inst) {
            if (this._instancesToReleaseAtEndOfTick.has(inst))
                return;
            const objectClass = inst.GetObjectClass();
            let s = this._instancesPendingDestroy.get(objectClass);
            if (s) {
                if (s.has(inst))
                    return;
                s.add(inst)
            } else {
                s = new Set;
                s.add(inst);
                this._instancesPendingDestroy.set(objectClass, s)
            }
            if (this.IsDebug())
                C3Debugger.InstanceDestroyed(inst);
            inst._MarkDestroyed();
            this._hasPendingInstances = true;
            if (inst.IsInContainer())
                for (const s of inst.siblings())
                    this.DestroyInstance(s);
            for (const c of inst.children())
                if (c.GetDestroyWithParent())
                    this.DestroyInstance(c);
            if (!this._layoutManager.IsEndingLayout() && !this._isLoadingState) {
                const eventSheetManager = this.GetEventSheetManager();
                eventSheetManager.BlockFlushingInstances(true);
                inst._TriggerOnDestroyed();
                eventSheetManager.BlockFlushingInstances(false)
            }
            inst._FireDestroyedScriptEvents(this._layoutManager.IsEndingLayout())
        }
        FlushPendingInstances() {
            if (!this._hasPendingInstances)
                return;
            this._isFlushingPendingInstances = true;
            this._FlushInstancesPendingCreate();
            this._FlushInstancesPendingDestroy();
            this._isFlushingPendingInstances = false;
            this._hasPendingInstances = false;
            this.UpdateRender()
        }
        _FlushInstancesPendingCreate() {
            for (const inst of this._instancesPendingCreate) {
                const objectType = inst.GetObjectClass();
                objectType._AddInstance(inst);
                for (const family of objectType.GetFamilies()) {
                    family._AddInstance(inst);
                    family._SetIIDsStale()
                }
            }
            C3.clearArray(this._instancesPendingCreate)
        }
        _FlushInstancesPendingDestroy() {
            this._dispatcher.SetDelayRemoveEventsEnabled(true);
            for (const [objectClass,s] of this._instancesPendingDestroy.entries()) {
                this._FlushInstancesPendingDestroyForObjectClass(objectClass, s);
                s.clear()
            }
            this._instancesPendingDestroy.clear();
            this._dispatcher.SetDelayRemoveEventsEnabled(false)
        }
        _FlushInstancesPendingDestroyForObjectClass(objectClass, s) {
            for (const inst of s) {
                const instanceDestroyEvent = this._eventObjects["instancedestroy"];
                instanceDestroyEvent.instance = inst;
                this._dispatcher.dispatchEvent(instanceDestroyEvent);
                this._instancesByUid.delete(inst.GetUID());
                const wi = inst.GetWorldInfo();
                if (wi) {
                    wi._RemoveFromCollisionCells();
                    wi._RemoveFromRenderCells()
                }
                this._instancesToReleaseAtEndOfTick.add(inst);
                this._objectCount--
            }
            C3.arrayRemoveAllInSet(objectClass.GetInstances(), s);
            objectClass._SetIIDsStale();
            this._instancesToReleaseAffectedObjectClasses.add(objectClass);
            if (objectClass.GetInstances().length === 0)
                objectClass._SetAnyInstanceParallaxed(false);
            for (const family of objectClass.GetFamilies()) {
                C3.arrayRemoveAllInSet(family.GetInstances(), s);
                family._SetIIDsStale();
                this._instancesToReleaseAffectedObjectClasses.add(family)
            }
            if (objectClass.GetPlugin().IsWorldType()) {
                const layers = new Set([...s].map(i=>i.GetWorldInfo().GetLayer()));
                for (const layer of layers)
                    layer._RemoveAllInstancesInSet(s)
            }
        }
        _GetInstancesPendingCreate() {
            return this._instancesPendingCreate
        }
        _GetNewUID() {
            return this._nextUid++
        }
        _MapInstanceByUID(uid, inst) {
            this._instancesByUid.set(uid, inst)
        }
        _OnWebGLContextLost() {
            this._dispatcher.dispatchEvent(C3.New(C3.Event, "webglcontextlost"));
            this.SetSuspended(true);
            for (const objectClass of this._allObjectClasses)
                if (!objectClass.IsFamily() && objectClass.HasLoadedTextures())
                    objectClass.ReleaseTextures();
            const runningLayout = this.GetMainRunningLayout();
            if (runningLayout)
                runningLayout._OnWebGLContextLost();
            C3.ImageInfo.OnWebGLContextLost();
            C3.ImageAsset.OnWebGLContextLost()
        }
        async _OnWebGLContextRestored() {
            await this.GetMainRunningLayout()._Load(null, this.GetWebGLRenderer());
            this._dispatcher.dispatchEvent(C3.New(C3.Event, "webglcontextrestored"));
            this.SetSuspended(false);
            this.UpdateRender()
        }
        _OnVisibilityChange(e) {
            this.SetSuspended(e["hidden"])
        }
        _OnWindowBlur(e) {
            if (!this.IsPreview() || !this._pauseOnBlur || C3.Platform.IsMobile)
                return;
            if (!e.data["parentHasFocus"]) {
                this.SetSuspended(true);
                this._isPausedOnBlur = true
            }
        }
        _OnWindowFocus() {
            if (!this._isPausedOnBlur)
                return;
            this.SetSuspended(false);
            this._isPausedOnBlur = false
        }
        _RequestAnimationFrame() {
            const tickCallbacks = this._tickCallbacks;
            if (this._framerateMode === "vsync") {
                if (this._rafId === -1)
                    this._rafId = self.requestAnimationFrame(tickCallbacks.normal)
            } else if (this._framerateMode === "unlimited-tick") {
                if (this._ruafId === -1)
                    this._ruafId = C3.RequestUnlimitedAnimationFrame(tickCallbacks.tickOnly);
                if (this._rafId === -1)
                    this._rafId = self.requestAnimationFrame(tickCallbacks.renderOnly)
            } else if (this._ruafId === -1)
                this._ruafId = C3.RequestUnlimitedAnimationFrame(tickCallbacks.normal)
        }
        _CancelAnimationFrame() {
            if (this._rafId !== -1) {
                self.cancelAnimationFrame(this._rafId);
                this._rafId = -1
            }
            if (this._ruafId !== -1) {
                C3.CancelUnlimitedAnimationFrame(this._ruafId);
                this._ruafId = -1
            }
        }
        IsSuspended() {
            return this._suspendCount > 0
        }
        SetSuspended(s) {
            const wasSuspended = this.IsSuspended();
            this._suspendCount += s ? 1 : -1;
            if (this._suspendCount < 0)
                this._suspendCount = 0;
            const isSuspended = this.IsSuspended();
            if (!wasSuspended && isSuspended) {
                console.log("[Construct 3] Suspending");
                this._CancelAnimationFrame();
                this._dispatcher.dispatchEvent(C3.New(C3.Event, "suspend"));
                this.Trigger(C3.Plugins.System.Cnds.OnSuspend, null, null)
            } else if (wasSuspended && !isSuspended) {
                console.log("[Construct 3] Resuming");
                const now = performance.now();
                this._lastTickTime = now;
                this._fpsLastTime = now;
                this._fpsFrameCount = 0;
                this._fps = 0;
                this._mainThreadTime = 0;
                this._mainThreadTimeCounter = 0;
                this._dispatcher.dispatchEvent(C3.New(C3.Event, "resume"));
                this.Trigger(C3.Plugins.System.Cnds.OnResume, null, null);
                if (!this.HitBreakpoint())
                    this.Tick(now)
            }
        }
        _AddBehInstToTick(behSdkInst) {
            this._behInstsToTick.Add(behSdkInst)
        }
        _AddBehInstToPostTick(behSdkInst) {
            this._behInstsToPostTick.Add(behSdkInst)
        }
        _AddBehInstToTick2(behSdkInst) {
            this._behInstsToTick2.Add(behSdkInst)
        }
        _RemoveBehInstToTick(behSdkInst) {
            this._behInstsToTick.Remove(behSdkInst)
        }
        _RemoveBehInstToPostTick(behSdkInst) {
            this._behInstsToPostTick.Remove(behSdkInst)
        }
        _RemoveBehInstToTick2(behSdkInst) {
            this._behInstsToTick2.Remove(behSdkInst)
        }
        _BehaviorTick() {
            this._behInstsToTick.SetQueueingEnabled(true);
            for (const bi of this._behInstsToTick)
                bi.Tick();
            this._behInstsToTick.SetQueueingEnabled(false)
        }
        _BehaviorPostTick() {
            this._behInstsToPostTick.SetQueueingEnabled(true);
            for (const bi of this._behInstsToPostTick)
                bi.PostTick();
            this._behInstsToPostTick.SetQueueingEnabled(false)
        }
        _BehaviorTick2() {
            this._behInstsToTick2.SetQueueingEnabled(true);
            for (const bi of this._behInstsToTick2)
                bi.Tick2();
            this._behInstsToTick2.SetQueueingEnabled(false)
        }
        *_DebugBehaviorTick() {
            this._behInstsToTick.SetQueueingEnabled(true);
            for (const bi of this._behInstsToTick) {
                const ret = bi.Tick();
                if (C3.IsIterator(ret))
                    yield*ret
            }
            this._behInstsToTick.SetQueueingEnabled(false)
        }
        *_DebugBehaviorPostTick() {
            this._behInstsToPostTick.SetQueueingEnabled(true);
            for (const bi of this._behInstsToPostTick) {
                const ret = bi.PostTick();
                if (C3.IsIterator(ret))
                    yield*ret
            }
            this._behInstsToPostTick.SetQueueingEnabled(false)
        }
        *_DebugBehaviorTick2() {
            this._behInstsToTick2.SetQueueingEnabled(true);
            for (const bi of this._behInstsToTick2) {
                const ret = bi.Tick2();
                if (C3.IsIterator(ret))
                    yield*ret
            }
            this._behInstsToTick2.SetQueueingEnabled(false)
        }
        async Tick(timestamp, isDebugStep, mode) {
            this._hasStartedTicking = true;
            const isBackgroundWake = mode === "background-wake";
            const shouldRender = mode !== "background-wake" && mode !== "skip-render";
            if (!this._hasStarted || this.IsSuspended() && !isDebugStep && !isBackgroundWake)
                return;
            const startTime = performance.now();
            this._isInTick = true;
            if (!timestamp)
                timestamp = startTime;
            this._MeasureDt(timestamp);
            const beforePreTickRet = this.Step_BeforePreTick();
            if (this.IsDebugging())
                await beforePreTickRet;
            const pretickRet = this._dispatcher.dispatchEventAndWait_AsyncOptional(this._eventObjects["pretick"]);
            if (pretickRet instanceof Promise)
                await pretickRet;
            const afterPreTickRet = this.Step_AfterPreTick();
            if (this.IsDebugging())
                await afterPreTickRet;
            if (this._NeedsHandleSaveOrLoad())
                await this._HandleSaveOrLoad();
            if (this.GetLayoutManager().IsPendingChangeMainLayout())
                await this._MaybeChangeLayout();
            const runEventsRet = this.Step_RunEventsEtc();
            if (this.IsDebugging())
                await runEventsRet;
            if (shouldRender)
                this.Render();
            if (!this.IsSuspended() && !isBackgroundWake)
                this._RequestAnimationFrame();
            this._tickCount++;
            this._tickCountNoSave++;
            this._execCount++;
            this._isInTick = false;
            this._mainThreadTimeCounter += performance.now() - startTime
        }
        async Step_BeforePreTick() {
            const eventSheetManager = this._eventSheetManager;
            const isDebug = this.IsDebug();
            this.FlushPendingInstances();
            eventSheetManager.BlockFlushingInstances(true);
            this.PushCurrentLayout(this.GetMainRunningLayout());
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            if (this.IsDebugging())
                await eventSheetManager.DebugRunScheduledWaits();
            else
                eventSheetManager.RunScheduledWaits();
            if (isDebug)
                C3Debugger.AddEventsTime();
            this.PopCurrentLayout();
            eventSheetManager.BlockFlushingInstances(false);
            this.FlushPendingInstances();
            eventSheetManager.BlockFlushingInstances(true)
        }
        async Step_AfterPreTick() {
            const isDebug = this.IsDebug();
            const isDebugging = this.IsDebugging();
            const dispatcher = this._dispatcher;
            const eventObjects = this._eventObjects;
            const userScriptEventObjects = this._userScriptEventObjects;
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            if (isDebugging)
                await this.DebugIterateAndBreak(this._DebugBehaviorTick());
            else
                this._BehaviorTick();
            if (isDebugging)
                await this.DebugIterateAndBreak(this._DebugBehaviorPostTick());
            else
                this._BehaviorPostTick();
            if (isDebug)
                C3Debugger.AddBehaviorTickTime();
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            if (isDebugging)
                await this.DebugFireGeneratorEventAndBreak(eventObjects["tick"]);
            else
                dispatcher.dispatchEvent(eventObjects["tick"]);
            if (isDebug)
                C3Debugger.AddPluginTickTime();
            this._eventSheetManager.BlockFlushingInstances(false);
            this.DispatchUserScriptEvent(userScriptEventObjects["tick"])
        }
        async Step_RunEventsEtc() {
            const eventSheetManager = this._eventSheetManager;
            const dispatcher = this._dispatcher;
            const eventObjects = this._eventObjects;
            const isDebug = this.IsDebug();
            const isDebugging = this.IsDebugging();
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            if (isDebugging)
                await eventSheetManager.DebugRunEvents(this._layoutManager);
            else
                eventSheetManager.RunEvents(this._layoutManager);
            if (isDebug)
                C3Debugger.AddEventsTime();
            this._collisionEngine.ClearRegisteredCollisions();
            if (this._instancesToReleaseAtEndOfTick.size > 0) {
                dispatcher.SetDelayRemoveEventsEnabled(true);
                for (const objectClass of this._instancesToReleaseAffectedObjectClasses)
                    objectClass.GetSolStack().RemoveInstances(this._instancesToReleaseAtEndOfTick);
                this._instancesToReleaseAffectedObjectClasses.clear();
                this._eventSheetManager.RemoveInstancesFromScheduledWaits(this._instancesToReleaseAtEndOfTick);
                for (const inst of this._instancesToReleaseAtEndOfTick)
                    inst.Release();
                this._instancesToReleaseAtEndOfTick.clear();
                dispatcher.SetDelayRemoveEventsEnabled(false)
            }
            this._isLayoutFirstTick = false;
            eventSheetManager.BlockFlushingInstances(true);
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            if (isDebugging)
                await this.DebugIterateAndBreak(this._DebugBehaviorTick2());
            else
                this._BehaviorTick2();
            if (isDebug)
                C3Debugger.AddBehaviorTickTime();
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            if (isDebugging)
                await this.DebugFireGeneratorEventAndBreak(eventObjects["tick2"]);
            else
                dispatcher.dispatchEvent(eventObjects["tick2"]);
            if (isDebug)
                C3Debugger.AddPluginTickTime();
            eventSheetManager.BlockFlushingInstances(false);
            if (isDebugging)
                await eventSheetManager.RunQueuedDebugTriggersAsync()
        }
        async _MaybeChangeLayout() {
            const layoutManager = this.GetLayoutManager();
            let i = 0;
            while (layoutManager.IsPendingChangeMainLayout() && i++ < 10)
                await this._DoChangeLayout(layoutManager.GetPendingChangeMainLayout())
        }
        _MeasureDt(timestamp) {
            if (this._lastTickTime !== 0) {
                const msDiff = Math.max(timestamp - this._lastTickTime, 0);
                this._dt1 = msDiff / 1E3;
                const maxDt1 = 1 / this._minimumFramerate;
                if (this._dt1 > .5)
                    this._dt1 = 0;
                else if (this._dt1 > maxDt1)
                    this._dt1 = maxDt1
            }
            this._lastTickTime = timestamp;
            this._dt = this._dt1 * this._timeScale;
            this._gameTime.Add(this._dt);
            this._wallTime.Add(this._dt1);
            if (this._canvasManager)
                this._canvasManager._UpdateTick();
            if (timestamp - this._fpsLastTime >= 1E3) {
                this._fpsLastTime += 1E3;
                if (timestamp - this._fpsLastTime >= 1E3)
                    this._fpsLastTime = timestamp;
                this._fps = this._fpsFrameCount;
                this._fpsFrameCount = 0;
                this._mainThreadTime = Math.min(this._mainThreadTimeCounter / 1E3, 1);
                this._mainThreadTimeCounter = 0;
                if (this._canvasManager)
                    this._canvasManager._Update1sFrameRange();
                this._collisionEngine._Update1sStats();
                if (this.IsDebug())
                    C3Debugger.Update1sPerfStats()
            }
            this._fpsFrameCount++
        }
        async _DoChangeLayout(changeToLayout) {
            const dispatcher = this._dispatcher;
            const layoutManager = this.GetLayoutManager();
            const prevLayout = layoutManager.GetMainRunningLayout();
            await prevLayout._StopRunning();
            prevLayout._Unload(changeToLayout, this.GetWebGLRenderer());
            if (prevLayout === changeToLayout)
                this._eventSheetManager.ClearAllScheduledWaits();
            this._collisionEngine.ClearRegisteredCollisions();
            dispatcher.dispatchEvent(this._eventObjects["beforelayoutchange"]);
            C3.Asyncify.SetHighThroughputMode(true);
            await changeToLayout._Load(prevLayout, this.GetWebGLRenderer());
            C3.Asyncify.SetHighThroughputMode(false);
            await changeToLayout._StartRunning(false);
            dispatcher.dispatchEvent(this._eventObjects["layoutchange"]);
            this.UpdateRender();
            this._isLayoutFirstTick = true;
            this.FlushPendingInstances()
        }
        UpdateRender() {
            this._needRender = true
        }
        GetWebGLRenderer() {
            if (!this._canvasManager)
                return null;
            return this._canvasManager.GetWebGLRenderer()
        }
        GetRenderer() {
            return this.GetWebGLRenderer()
        }
        Render() {
            if (!this._canvasManager || this._canvasManager.IsWebGLContextLost())
                return;
            const renderer = this.GetWebGLRenderer();
            renderer.Start();
            renderer.CheckForQueryResults();
            if (!this._needRender) {
                renderer.IncrementFrameNumber();
                return
            }
            const isDebug = this.IsDebug();
            if (isDebug)
                C3Debugger.StartMeasuringTime();
            this._needRender = false;
            let frameQuery = null;
            if (renderer.SupportsGPUProfiling()) {
                frameQuery = this._canvasManager.GetGPUFrameTimingsBuffer().AddTimeElapsedQuery();
                renderer.StartQuery(frameQuery)
            }
            renderer.SetTextureFillMode();
            renderer.SetAlphaBlend();
            renderer.SetColorRgba(1, 1, 1, 1);
            renderer.SetRenderTarget(null);
            renderer.SetTexture(null);
            const layout = this._layoutManager.GetMainRunningLayout();
            layout.Draw(renderer);
            if (frameQuery)
                renderer.EndQuery(frameQuery);
            renderer.Finish();
            if (isDebug) {
                C3Debugger.AddDrawCallsTime();
                C3Debugger.UpdateInspectHighlight()
            }
            if (this._canvasManager)
                this._canvasManager._MaybeTakeSnapshot()
        }
        Trigger(method, inst, behaviorType) {
            if (!this._hasStarted)
                return false;
            const isTopLevel = !this._isInTick && !this._eventSheetManager.IsInTrigger();
            let startTime = 0;
            if (isTopLevel)
                startTime = performance.now();
            const isDebug = this.IsDebug();
            if (isDebug)
                this.SetDebuggingEnabled(false);
            const ret = this._eventSheetManager._Trigger(this._layoutManager, method, inst, behaviorType);
            if (isTopLevel) {
                const triggerTime = performance.now() - startTime;
                this._mainThreadTimeCounter += triggerTime;
                if (isDebug)
                    C3Debugger.AddTriggersTime(triggerTime)
            }
            if (isDebug)
                this.SetDebuggingEnabled(true);
            return ret
        }
        DebugTrigger(method, inst, behaviorType) {
            if (!this.IsDebug())
                return this.Trigger(method, inst, behaviorType);
            if (this.HitBreakpoint())
                throw new Error("called DebugTrigger() while stopped on breakpoint");
            if (!this._isInTick && !this._eventSheetManager.IsInTrigger())
                throw new Error("called DebugTrigger() outside of event code - use TriggerAsync() instead");
            return this._eventSheetManager._DebugTrigger(this._layoutManager, method, inst, behaviorType)
        }
        async TriggerAsync(method, inst, behaviorType) {
            if (!this.IsDebugging())
                return this.Trigger(method, inst, behaviorType);
            if (!this._hasStarted)
                return false;
            if (this.HitBreakpoint())
                return this._eventSheetManager.QueueDebugTrigger(method, inst, behaviorType);
            if (!this.GetMainRunningLayout())
                return this._eventSheetManager.QueueTrigger(method, inst, behaviorType);
            const startTime = performance.now();
            const iter = this._eventSheetManager._DebugTrigger(this._layoutManager, method, inst, behaviorType);
            let result = iter.next();
            while (!result.done) {
                await this.DebugBreak(result.value);
                result = iter.next()
            }
            if (!this.IsSuspended() && !this._eventSheetManager.IsInTrigger()) {
                await this._eventSheetManager.RunQueuedDebugTriggersAsync();
                if (this._hasStartedTicking && !this._isInTick)
                    this._RequestAnimationFrame()
            }
            this._mainThreadTimeCounter += performance.now() - startTime;
            return result.value
        }
        FastTrigger(method, inst, value) {
            const isDebug = this.IsDebug();
            if (isDebug)
                this.SetDebuggingEnabled(false);
            const ret = this._eventSheetManager._FastTrigger(this._layoutManager, method, inst, value);
            if (isDebug)
                this.SetDebuggingEnabled(true);
            return ret
        }
        DebugFastTrigger(method, inst, value) {
            return this._eventSheetManager._DebugFastTrigger(this._layoutManager, method, inst, value)
        }
        ScheduleTriggers(f) {
            return this._scheduleTriggersThrottle.Add(f)
        }
        PushCurrentLayout(layout) {
            this._currentLayoutStack.push(layout)
        }
        PopCurrentLayout() {
            if (!this._currentLayoutStack.length)
                throw new Error("layout stack empty");
            this._currentLayoutStack.pop()
        }
        GetCurrentLayout() {
            if (!this._currentLayoutStack.length)
                return this.GetMainRunningLayout();
            return this._currentLayoutStack[this._currentLayoutStack.length - 1]
        }
        GetDt(inst) {
            if (!inst || inst.GetTimeScale() === -1)
                return this._dt;
            return this._dt1 * inst.GetTimeScale()
        }
        _GetDtFast() {
            return this._dt
        }
        GetDt1() {
            return this._dt1
        }
        GetTimeScale() {
            return this._timeScale
        }
        SetTimeScale(ts) {
            if (isNaN(ts) || ts < 0)
                ts = 0;
            this._timeScale = ts
        }
        SetMinimumFramerate(fps) {
            this._minimumFramerate = C3.clamp(fps, 1, 120)
        }
        GetMinimumFramerate() {
            return this._minimumFramerate
        }
        GetFPS() {
            return this._fps
        }
        GetMainThreadTime() {
            return this._mainThreadTime
        }
        GetStartTime() {
            return this._startTime
        }
        GetGameTime() {
            return this._gameTime.Get()
        }
        GetWallTime() {
            return this._wallTime.Get()
        }
        GetTickCount() {
            return this._tickCount
        }
        GetTickCountNoSave() {
            return this._tickCountNoSave
        }
        IncrementExecCount() {
            ++this._execCount
        }
        GetExecCount() {
            return this._execCount
        }
        GetObjectCount() {
            return this._objectCount
        }
        GetProjectName() {
            return this._projectName
        }
        GetProjectVersion() {
            return this._projectVersion
        }
        GetProjectUniqueId() {
            return this._projectUniqueId
        }
        GetAppId() {
            return this._appId
        }
        GetInstanceByUID(uid) {
            if (this._isLoadingState)
                throw new Error("cannot call while loading state - wait until afterload event");
            return this._instancesByUid.get(uid) || null
        }
        _RefreshUidMap() {
            this._instancesByUid.clear();
            for (const objectClass of this._allObjectClasses) {
                if (objectClass.IsFamily())
                    continue;
                for (const inst of objectClass.GetInstances())
                    this._instancesByUid.set(inst.GetUID(), inst)
            }
        }
        IsPreview() {
            return this._exportType === "preview"
        }
        IsDebug() {
            return this._isDebug
        }
        GetExportType() {
            return this._exportType
        }
        IsCordova() {
            return this._exportType === "cordova"
        }
        IsAndroidWebView() {
            return C3.Platform.OS === "Android" && (this._exportType === "cordova" || this._exportType === "playable-ad" || this._exportType === "instant-games")
        }
        IsiOSCordova() {
            return this._isiOSCordova
        }
        IsiOSWebView() {
            return this._isiOSWebView
        }
        GetCollisionEngine() {
            return this._collisionEngine
        }
        GetSolidBehavior() {
            return this._pluginManager.GetSolidBehavior()
        }
        GetJumpthruBehavior() {
            return this._pluginManager.GetJumpthruBehavior()
        }
        IsLayoutFirstTick() {
            return this._isLayoutFirstTick
        }
        SetPixelRoundingEnabled(e) {
            e = !!e;
            if (this._isPixelRoundingEnabled === e)
                return;
            this._isPixelRoundingEnabled = e;
            this.UpdateRender()
        }
        IsPixelRoundingEnabled() {
            return this._isPixelRoundingEnabled
        }
        SaveToSlot(slotName) {
            this._saveToSlotName = slotName
        }
        LoadFromSlot(slotName) {
            this._loadFromSlotName = slotName
        }
        LoadFromJsonString(str) {
            this._loadFromJson = str
        }
        GetLastSaveJsonString() {
            return this._lastSaveJson
        }
        _NeedsHandleSaveOrLoad() {
            return !!(this._saveToSlotName || this._loadFromSlotName || this._loadFromJson !== null)
        }
        async _HandleSaveOrLoad() {
            if (this._saveToSlotName) {
                this.FlushPendingInstances();
                await this._DoSaveToSlot(this._saveToSlotName);
                this._ClearSaveOrLoad()
            }
            if (this._loadFromSlotName) {
                await this._DoLoadFromSlot(this._loadFromSlotName);
                this._ClearSaveOrLoad();
                if (this.IsDebug())
                    C3Debugger.StepIfPausedInDebugger()
            }
            if (this._loadFromJson !== null) {
                this.FlushPendingInstances();
                try {
                    await this._DoLoadFromJsonString(this._loadFromJson);
                    this._lastSaveJson = this._loadFromJson;
                    await this.TriggerAsync(C3.Plugins.System.Cnds.OnLoadComplete, null);
                    this._lastSaveJson = ""
                } catch (err) {
                    console.error("[Construct 3] Failed to load state from JSON string: ", err);
                    await this.TriggerAsync(C3.Plugins.System.Cnds.OnLoadFailed, null)
                }
                this._ClearSaveOrLoad()
            }
        }
        _ClearSaveOrLoad() {
            this._saveToSlotName = "";
            this._loadFromSlotName = "";
            this._loadFromJson = null
        }
        _GetProjectStorage() {
            if (!this._projectStorage)
                this._projectStorage = localforage.createInstance({
                    name: "c3-localstorage-" + this.GetProjectUniqueId(),
                    description: this.GetProjectName()
                });
            return this._projectStorage
        }
        _GetSavegamesStorage() {
            if (!this._savegamesStorage)
                this._savegamesStorage = localforage.createInstance({
                    name: "c3-savegames-" + this.GetProjectUniqueId(),
                    description: this.GetProjectName()
                });
            return this._savegamesStorage
        }
        async _DoSaveToSlot(slotName) {
            const saveJson = await this._SaveToJsonString();
            try {
                await this._GetSavegamesStorage().setItem(slotName, saveJson);
                console.log("[Construct 3] Saved state to storage (" + saveJson.length + " chars)");
                this._lastSaveJson = saveJson;
                await this.TriggerAsync(C3.Plugins.System.Cnds.OnSaveComplete, null);
                this._lastSaveJson = ""
            } catch (err) {
                console.error("[Construct 3] Failed to save state to storage: ", err);
                await this.TriggerAsync(C3.Plugins.System.Cnds.OnSaveFailed, null)
            }
        }
        async _DoLoadFromSlot(slotName) {
            try {
                const loadJson = await this._GetSavegamesStorage().getItem(slotName);
                if (!loadJson)
                    throw new Error("empty slot");
                console.log("[Construct 3] Loaded state from storage (" + loadJson.length + " chars)");
                await this._DoLoadFromJsonString(loadJson);
                this._lastSaveJson = loadJson;
                await this.TriggerAsync(C3.Plugins.System.Cnds.OnLoadComplete, null);
                this._lastSaveJson = ""
            } catch (err) {
                console.error("[Construct 3] Failed to load state from storage: ", err);
                await this.TriggerAsync(C3.Plugins.System.Cnds.OnLoadFailed, null)
            }
        }
        async _SaveToJsonString() {
            const o = {
                "c3save": true,
                "version": 1,
                "rt": {
                    "time": this.GetGameTime(),
                    "walltime": this.GetWallTime(),
                    "timescale": this.GetTimeScale(),
                    "tickcount": this.GetTickCount(),
                    "execcount": this.GetExecCount(),
                    "next_uid": this._nextUid,
                    "running_layout": this.GetMainRunningLayout().GetSID(),
                    "start_time_offset": Date.now() - this._startTime
                },
                "types": {},
                "layouts": {},
                "events": this._eventSheetManager._SaveToJson(),
                "timelines": this._timelineManager._SaveToJson(),
                "user_script_data": null
            };
            for (const objectClass of this._allObjectClasses) {
                if (objectClass.IsFamily() || objectClass.HasNoSaveBehavior())
                    continue;
                o["types"][objectClass.GetSID().toString()] = objectClass._SaveToJson()
            }
            for (const layout of this._layoutManager.GetAllLayouts())
                o["layouts"][layout.GetSID().toString()] = layout._SaveToJson();
            const saveEvent = this._CreateUserScriptEvent("save");
            saveEvent.saveData = null;
            await this.DispatchUserScriptEventAsyncWait(saveEvent);
            o["user_script_data"] = saveEvent.saveData;
            return JSON.stringify(o)
        }
        IsLoadingState() {
            return this._isLoadingState
        }
        _TriggerOnCreateAfterLoad(arr) {
            C3.shallowAssignArray(this._triggerOnCreateAfterLoad, arr)
        }
        async _DoLoadFromJsonString(jsonStr) {
            const o = JSON.parse(jsonStr);
            if (o["c2save"])
                throw new Error("C2 saves are incompatible with C3 runtime");
            if (!o["c3save"])
                throw new Error("not valid C3 save data");
            if (o["version"] > 1)
                throw new Error("C3 save data from future version");
            this._isLoadingState = true;
            const rt = o["rt"];
            this._gameTime.Set(rt["time"]);
            this._wallTime.Set(rt["walltime"]);
            this._timeScale = rt["timescale"];
            this._tickCount = rt["tickcount"];
            this._execCount = rt["execcount"];
            this._startTime = Date.now() - rt["start_time_offset"];
            const layoutSid = rt["running_layout"];
            if (layoutSid !== this.GetMainRunningLayout().GetSID()) {
                const changeToLayout = this._layoutManager.GetLayoutBySID(layoutSid);
                if (changeToLayout)
                    await this._DoChangeLayout(changeToLayout);
                else
                    return
            }
            for (const [sidStr,data] of Object.entries(o["types"])) {
                const sid = parseInt(sidStr, 10);
                const objectClass = this.GetObjectClassBySID(sid);
                if (!objectClass || objectClass.IsFamily() || objectClass.HasNoSaveBehavior())
                    continue;
                objectClass._LoadFromJson(data)
            }
            this.FlushPendingInstances();
            this._RefreshUidMap();
            this._isLoadingState = false;
            this._nextUid = rt["next_uid"];
            for (const [sidStr,data] of Object.entries(o["layouts"])) {
                const sid = parseInt(sidStr, 10);
                const layout = this._layoutManager.GetLayoutBySID(sid);
                if (!layout)
                    continue;
                layout._LoadFromJson(data)
            }
            this._eventSheetManager._LoadFromJson(o["events"]);
            for (const inst of this._triggerOnCreateAfterLoad) {
                inst._TriggerOnCreated();
                inst.SetupInitialSceneGraphConnections()
            }
            C3.clearArray(this._triggerOnCreateAfterLoad);
            for (const objectClass of this._allObjectClasses) {
                if (objectClass.IsFamily() || !objectClass.IsInContainer())
                    continue;
                for (const inst of objectClass.GetInstances()) {
                    const iid = inst.GetIID();
                    for (const otherType of objectClass.GetContainer().objectTypes()) {
                        if (otherType === objectClass)
                            continue;
                        const otherInstances = otherType.GetInstances();
                        if (iid < 0 || iid >= otherInstances.length)
                            throw new Error("missing sibling instance");
                        inst._AddSibling(otherInstances[iid])
                    }
                }
            }
            this._timelineManager._LoadFromJson(o["timelines"]);
            this._dispatcher.dispatchEvent(C3.New(C3.Event, "afterload"));
            const loadEvent = this._CreateUserScriptEvent("load");
            loadEvent.saveData = o["user_script_data"];
            await this.DispatchUserScriptEventAsyncWait(loadEvent);
            this.UpdateRender()
        }
        async AddJobWorkerScripts(scripts) {
            const blobs = await Promise.all(scripts.map(url=>this._assetManager.FetchBlob(url)));
            const blobUrls = blobs.map(b=>URL.createObjectURL(b));
            this._jobScheduler.ImportScriptsToJobWorkers(blobUrls)
        }
        AddJobWorkerBlob(blob, id) {
            this._jobScheduler.SendBlobToJobWorkers(blob, id)
        }
        AddJobWorkerBuffer(buffer, id) {
            this._jobScheduler.SendBufferToJobWorkers(buffer, id)
        }
        AddJob(type, params, transferables) {
            return this._jobScheduler.AddJob(type, params, transferables)
        }
        BroadcastJob(type, params, transferables) {
            return this._jobScheduler.BroadcastJob(type, params, transferables)
        }
        InvokeDownload(url, filename) {
            this.PostComponentMessageToDOM("runtime", "invoke-download", {
                "url": url,
                "filename": filename
            })
        }
        async RasterSvgImage(blob, imageWidth, imageHeight, surfaceWidth, surfaceHeight, imageBitmapOpts) {
            surfaceWidth = surfaceWidth || imageWidth;
            surfaceHeight = surfaceHeight || imageHeight;
            if (this.IsInWorker()) {
                const result = await this.PostComponentMessageToDOMAsync("runtime", "raster-svg-image", {
                    "blob": blob,
                    "imageWidth": imageWidth,
                    "imageHeight": imageHeight,
                    "surfaceWidth": surfaceWidth,
                    "surfaceHeight": surfaceHeight,
                    "imageBitmapOpts": imageBitmapOpts
                });
                return result["imageBitmap"]
            } else {
                const canvas = await self["C3_RasterSvgImageBlob"](blob, imageWidth, imageHeight, surfaceWidth, surfaceHeight);
                if (imageBitmapOpts)
                    return await self.createImageBitmap(canvas, imageBitmapOpts);
                else
                    return canvas
            }
        }
        async GetSvgImageSize(blob) {
            if (this.IsInWorker())
                return await this.PostComponentMessageToDOMAsync("runtime", "get-svg-image-size", {
                    "blob": blob
                });
            else
                return await self["C3_GetSvgImageSize"](blob)
        }
        RequestDeviceOrientationEvent() {
            if (this._didRequestDeviceOrientationEvent)
                return;
            this._didRequestDeviceOrientationEvent = true;
            this.PostComponentMessageToDOM("runtime", "enable-device-orientation")
        }
        RequestDeviceMotionEvent() {
            if (this._didRequestDeviceMotionEvent)
                return;
            this._didRequestDeviceMotionEvent = true;
            this.PostComponentMessageToDOM("runtime", "enable-device-motion")
        }
        Random() {
            return this._randomNumberCallback()
        }
        SetRandomNumberGeneratorCallback(f) {
            this._randomNumberCallback = f
        }
        _GetRemotePreviewStatusInfo() {
            return {
                "fps": this.GetFPS(),
                "cpu": this.GetMainThreadTime(),
                "gpu": this.GetGPUUtilisation(),
                "layout": this.GetMainRunningLayout() ? this.GetMainRunningLayout().GetName() : "",
                "renderer": this.GetWebGLRenderer().GetUnmaskedRenderer()
            }
        }
        HitBreakpoint() {
            if (!this.IsDebug())
                return false;
            return C3Debugger.HitBreakpoint()
        }
        DebugBreak(eventObject) {
            if (!this.IsDebugging())
                return Promise.resolve();
            return C3Debugger.DebugBreak(eventObject)
        }
        DebugBreakNext() {
            if (!this.IsDebugging())
                return false;
            return C3Debugger.BreakNext()
        }
        SetDebugBreakpointsEnabled(e) {
            this._breakpointsEnabled = !!e;
            this._UpdateDebuggingFlag()
        }
        AreDebugBreakpointsEnabled() {
            return this._breakpointsEnabled
        }
        IsDebugging() {
            return this._isDebugging
        }
        SetDebuggingEnabled(d) {
            if (d)
                this._debuggingDisabled--;
            else
                this._debuggingDisabled++;
            this._UpdateDebuggingFlag()
        }
        _UpdateDebuggingFlag() {
            this._isDebugging = this.IsDebug() && this._breakpointsEnabled && this._debuggingDisabled === 0
        }
        IsCPUProfiling() {
            return this.IsDebug() && C3Debugger.IsCPUProfiling()
        }
        IsGPUProfiling() {
            return this.IsDebug() && this.GetWebGLRenderer().SupportsGPUProfiling() && C3Debugger.IsGPUProfiling()
        }
        async DebugIterateAndBreak(iter) {
            if (!iter)
                return;
            for (const breakEventObject of iter)
                await this.DebugBreak(breakEventObject)
        }
        DebugFireGeneratorEventAndBreak(event) {
            return this.DebugIterateAndBreak(this._dispatcher.dispatchGeneratorEvent(event))
        }
        _InvokeFunctionFromJS(e) {
            return this._eventSheetManager._InvokeFunctionFromJS(e["name"], e["params"])
        }
        GetIRuntime() {
            return this._iRuntime
        }
        _CreateUserScriptEvent(name) {
            const e = C3.New(C3.Event, name, false);
            e.runtime = this._iRuntime;
            return e
        }
        _InitScriptInterfaces() {
            const objectDescriptors = {};
            for (const objectClass of this._allObjectClasses)
                objectDescriptors[objectClass.GetJsPropName()] = {
                    value: objectClass.GetIObjectClass(),
                    enumerable: true,
                    writable: false
                };
            const objects = Object.create(Object.prototype, objectDescriptors);
            this._iRuntime = new self.IRuntime(this,objects);
            this._userScriptEventObjects = {
                "tick": this._CreateUserScriptEvent("tick")
            }
        }
        _InitGlobalVariableScriptInterface() {
            const globalVarDescriptors = {};
            for (const globalVar of this.GetEventSheetManager().GetAllGlobalVariables())
                globalVarDescriptors[globalVar.GetJsPropName()] = globalVar._GetScriptInterfaceDescriptor();
            this._iRuntime._InitGlobalVars(globalVarDescriptors)
        }
        _GetCommonScriptInterfaces() {
            return this._commonScriptInterfaces
        }
        _MapScriptInterface(interface_, class_) {
            this._interfaceMap.set(interface_, class_)
        }
        _UnwrapScriptInterface(interface_) {
            return this._interfaceMap.get(interface_)
        }
    }
    ;
    self["C3_CreateRuntime"] = C3.Runtime.Create;
    self["C3_InitRuntime"] = (runtime,opts)=>runtime.Init(opts)
}
;'use strict';
{
    const C3 = self.C3;
    C3.JobSchedulerRuntime = class JobSchedulerRuntime extends C3.DefendedBase {
        constructor(runtime, data) {
            super();
            this._runtime = runtime;
            this._jobPromises = new Map;
            this._nextJobId = 0;
            this._inputPort = data["inputPort"];
            data["outputPort"].onmessage = e=>this._OnJobWorkerMessage(e);
            this._maxNumWorkers = data["maxNumWorkers"];
            this._jobWorkerCount = 1;
            this._isCreatingWorker = false;
            this._hadErrorCreatingWorker = false
        }
        async Init() {}
        ImportScriptsToJobWorkers(scripts) {
            this._inputPort.postMessage({
                "type": "_import_scripts",
                "scripts": scripts
            })
        }
        SendBlobToJobWorkers(blob, id) {
            this._inputPort.postMessage({
                "type": "_send_blob",
                "blob": blob,
                "id": id
            })
        }
        SendBufferToJobWorkers(buffer, id) {
            this._inputPort.postMessage({
                "type": "_send_buffer",
                "buffer": buffer,
                "id": id
            }, [buffer])
        }
        AddJob(type, params, transferables, progressHandler, abortDisposable) {
            if (!transferables)
                transferables = [];
            const jobId = this._nextJobId++;
            const job = {
                "type": type,
                "isBroadcast": false,
                "jobId": jobId,
                "params": params,
                "transferables": transferables
            };
            const promise = new Promise((resolve,reject)=>{
                this._jobPromises.set(jobId, {
                    resolve: resolve,
                    progress: progressHandler,
                    reject: reject,
                    cancelled: false
                })
            }
            );
            if (abortDisposable)
                abortDisposable.SetAction(()=>this._CancelJob(jobId));
            this._inputPort.postMessage(job, transferables);
            this._MaybeCreateExtraWorker();
            return promise
        }
        BroadcastJob(type, params, transferables) {
            if (!transferables)
                transferables = [];
            const jobId = this._nextJobId++;
            const job = {
                "type": type,
                "isBroadcast": true,
                "jobId": jobId,
                "params": params,
                "transferables": transferables
            };
            this._inputPort.postMessage(job, transferables)
        }
        _CancelJob(jobId) {
            const job = this._jobPromises.get(jobId);
            if (job) {
                job.cancelled = true;
                job.resolve = null;
                job.progress = null;
                job.reject = null;
                this._inputPort.postMessage({
                    "type": "_cancel",
                    "jobId": jobId
                })
            }
        }
        _OnJobWorkerMessage(e) {
            const msg = e.data;
            const type = msg["type"];
            const id = msg["jobId"];
            switch (type) {
            case "result":
                this._OnJobResult(id, msg["result"]);
                break;
            case "progress":
                this._OnJobProgress(id, msg["progress"]);
                break;
            case "error":
                this._OnJobError(id, msg["error"]);
                break;
            case "ready":
                this._OnJobWorkerReady();
                break;
            default:
                throw new Error(`unknown message from worker '${type}'`);
            }
        }
        _OnJobResult(jobId, result) {
            const p = this._jobPromises.get(jobId);
            if (!p)
                throw new Error("invalid job ID");
            if (!p.cancelled)
                p.resolve(result);
            this._jobPromises.delete(jobId)
        }
        _OnJobProgress(jobId, progress) {
            const p = this._jobPromises.get(jobId);
            if (!p)
                throw new Error("invalid job ID");
            if (!p.cancelled && p.progress)
                p.progress(progress)
        }
        _OnJobError(jobId, error) {
            const p = this._jobPromises.get(jobId);
            if (!p)
                throw new Error("invalid job ID");
            if (!p.cancelled)
                p.reject(error);
            this._jobPromises.delete(jobId)
        }
        _OnJobWorkerReady() {
            if (!this._isCreatingWorker)
                return;
            this._isCreatingWorker = false;
            this._jobWorkerCount++;
            if (this._jobWorkerCount < this._maxNumWorkers)
                this._MaybeCreateExtraWorker();
            else
                this._inputPort.postMessage({
                    "type": "_no_more_workers"
                })
        }
        async _MaybeCreateExtraWorker() {
            if (this._jobWorkerCount >= this._maxNumWorkers || this._isCreatingWorker || this._hadErrorCreatingWorker || this._jobPromises.size <= this._jobWorkerCount)
                return;
            try {
                this._isCreatingWorker = true;
                const result = await this._runtime.PostComponentMessageToDOMAsync("runtime", "create-job-worker");
                result["outputPort"].onmessage = e=>this._OnJobWorkerMessage(e)
            } catch (err) {
                this._hadErrorCreatingWorker = true;
                this._isCreatingWorker = false;
                console.error(`[Construct 3] Failed to create job worker; stopping creating any more (created ${this._jobWorkerCount} so far)`, err)
            }
        }
    }
}
;self["C3_Shaders"] = {};
self["C3_Shaders"]["hsladjust"] = {
    src: "varying mediump vec2 vTex;\nuniform lowp sampler2D samplerFront;\nprecision mediump float;\nuniform float huerotate;\nuniform float satadjust;\nuniform float lumadjust;\nvec3 rgb_to_hsl(vec3 color)\n{\nvec3 hsl = vec3(0.0, 0.0, 0.0);\nfloat fmin = min(min(color.r, color.g), color.b);\nfloat fmax = max(max(color.r, color.g), color.b);\nfloat delta = fmax - fmin;\nhsl.z = (fmax + fmin) / 2.0;\nif (delta == 0.0)\n{\nhsl.x = 0.0;\nhsl.y = 0.0;\n}\nelse\n{\nif (hsl.z < 0.5)\nhsl.y = delta / (fmax + fmin);\nelse\nhsl.y = delta / (2.0 - fmax - fmin);\nfloat dR = (((fmax - color.r) / 6.0) + (delta / 2.0)) / delta;\nfloat dG = (((fmax - color.g) / 6.0) + (delta / 2.0)) / delta;\nfloat dB = (((fmax - color.b) / 6.0) + (delta / 2.0)) / delta;\nif (color.r == fmax)\nhsl.x = dB - dG;\nelse if (color.g == fmax)\nhsl.x = (1.0 / 3.0) + dR - dB;\nelse if (color.b == fmax)\nhsl.x = (2.0 / 3.0) + dG - dR;\nif (hsl.x < 0.0)\nhsl.x += 1.0;\nelse if (hsl.x > 1.0)\nhsl.x -= 1.0;\n}\nreturn hsl;\n}\nfloat hue_to_rgb(float f1, float f2, float hue)\n{\nif (hue < 0.0)\nhue += 1.0;\nelse if (hue > 1.0)\nhue -= 1.0;\nfloat ret;\nif ((6.0 * hue) < 1.0)\nret = f1 + (f2 - f1) * 6.0 * hue;\nelse if ((2.0 * hue) < 1.0)\nret = f2;\nelse if ((3.0 * hue) < 2.0)\nret = f1 + (f2 - f1) * ((2.0 / 3.0) - hue) * 6.0;\nelse\nret = f1;\nreturn ret;\n}\nvec3 hsl_to_rgb(vec3 hsl)\n{\nvec3 rgb = vec3(hsl.z);\nif (hsl.y != 0.0)\n{\nfloat f2;\nif (hsl.z < 0.5)\nf2 = hsl.z * (1.0 + hsl.y);\nelse\nf2 = (hsl.z + hsl.y) - (hsl.y * hsl.z);\nfloat f1 = 2.0 * hsl.z - f2;\nrgb.r = hue_to_rgb(f1, f2, hsl.x + (1.0 / 3.0));\nrgb.g = hue_to_rgb(f1, f2, hsl.x);\nrgb.b = hue_to_rgb(f1, f2, hsl.x - (1.0 / 3.0));\n}\nreturn rgb;\n}\nvoid main(void)\n{\nvec4 front = texture2D(samplerFront, vTex);\nvec3 rgb = rgb_to_hsl(front.rgb) + vec3((huerotate > 0.5 ? huerotate - 1.0 : huerotate), 0, (lumadjust - 1.0) * front.a);\nrgb.y *= satadjust;\nrgb = hsl_to_rgb(rgb);\ngl_FragColor = vec4(rgb, front.a);\n}",
    extendBoxHorizontal: 0,
    extendBoxVertical: 0,
    crossSampling: false,
    mustPreDraw: false,
    preservesOpaqueness: true,
    animated: false,
    parameters: [["huerotate", 0, "percent"], ["satadjust", 0, "percent"], ["lumadjust", 0, "percent"]]
};
self["C3_Shaders"]["brightness"] = {
    src: "varying mediump vec2 vTex;\nuniform lowp sampler2D samplerFront;\nuniform lowp float brightness;\nvoid main(void)\n{\nlowp vec4 front = texture2D(samplerFront, vTex);\nlowp float a = front.a;\nif (a != 0.0)\nfront.rgb /= front.a;\nfront.rgb += (brightness - 1.0);\nfront.rgb *= a;\ngl_FragColor = front;\n}",
    extendBoxHorizontal: 0,
    extendBoxVertical: 0,
    crossSampling: false,
    mustPreDraw: false,
    preservesOpaqueness: true,
    animated: false,
    parameters: [["brightness", 0, "percent"]]
};
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                c.nextTick = c.setImmediate
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            c.isNodejs = "undefined" != typeof process && process.versions && process.versions.node,
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            c.ByteStringBuffer.prototype.bytes = function(e) {
                return void 0 === e ? this.data.slice(this.read) : this.data.slice(this.read, this.read + e)
            }
            ,
            c.ByteStringBuffer.prototype.at = function(e) {
                return this.data.charCodeAt(this.read + e)
            }
            ,
            c.ByteStringBuffer.prototype.setAt = function(e, t) {
                return this.data = this.data.substr(0, this.read + e) + String.fromCharCode(t) + this.data.substr(this.read + e + 1),
                this
            }
            ,
            c.ByteStringBuffer.prototype.last = function() {
                return this.data.charCodeAt(this.data.length - 1)
            }
            ,
            c.ByteStringBuffer.prototype.copy = function() {
                var e = c.createBuffer(this.data);
                return e.read = this.read,
                e
            }
            ,
            c.ByteStringBuffer.prototype.compact = function() {
                return this.read > 0 && (this.data = this.data.slice(this.read),
                this.read = 0),
                this
            }
            ,
            c.ByteStringBuffer.prototype.clear = function() {
                return this.data = "",
                this.read = 0,
                this
            }
            ,
            c.ByteStringBuffer.prototype.truncate = function(e) {
                var t = Math.max(0, this.length() - e);
                return this.data = this.data.substr(this.read, t),
                this.read = 0,
                this
            }
            ,
            c.ByteStringBuffer.prototype.toHex = function() {
                for (var e = "", t = this.read; t < this.data.length; ++t) {
                    var r = this.data.charCodeAt(t);
                    r < 16 && (e += "0"),
                    e += r.toString(16)
                }
                return e
            }
            ,
            c.ByteStringBuffer.prototype.toString = function() {
                return c.decodeUtf8(this.bytes())
            }
            ,
            c.DataBuffer = i,
            c.DataBuffer.prototype.length = function() {
                return this.write - this.read
            }
            ,
            c.DataBuffer.prototype.isEmpty = function() {
                return this.length() <= 0
            }
            ,
            c.DataBuffer.prototype.accommodate = function(e, t) {
                if (this.length() >= e)
                    return this;
                t = Math.max(t || this.growSize, e);
                var r = new Uint8Array(this.data.buffer,this.data.byteOffset,this.data.byteLength)
                  , a = new Uint8Array(this.length() + t);
                return a.set(r),
                this.data = new DataView(a.buffer),
                this
            }
            ,
            c.DataBuffer.prototype.putByte = function(e) {
                return this.accommodate(1),
                this.data.setUint8(this.write++, e),
                this
            }
            ,
            c.DataBuffer.prototype.fillWithByte = function(e, t) {
                this.accommodate(t);
                for (var r = 0; r < t; ++r)
                    this.data.setUint8(e);
                return this
            }
            ,
            c.DataBuffer.prototype.putBytes = function(e, t) {
                if (c.isArrayBufferView(e)) {
                    var r = new Uint8Array(e.buffer,e.byteOffset,e.byteLength)
                      , a = r.byteLength - r.byteOffset;
                    this.accommodate(a);
                    var n = new Uint8Array(this.data.buffer,this.write);
                    return n.set(r),
                    this.write += a,
                    this
                }
                if (c.isArrayBuffer(e)) {
                    var r = new Uint8Array(e);
                    this.accommodate(r.byteLength);
                    var n = new Uint8Array(this.data.buffer);
                    return n.set(r, this.write),
                    this.write += r.byteLength,
                    this
                }
                if (e instanceof c.DataBuffer || "object" == typeof e && "number" == typeof e.read && "number" == typeof e.write && c.isArrayBufferView(e.data)) {
                    var r = new Uint8Array(e.data.byteLength,e.read,e.length());
                    this.accommodate(r.byteLength);
                    var n = new Uint8Array(e.data.byteLength,this.write);
                    return n.set(r),
                    this.write += r.byteLength,
                    this
                }
                if (e instanceof c.ByteStringBuffer && (e = e.data,
                t = "binary"),
                t = t || "binary",
                "string" == typeof e) {
                    var i;
                    if ("hex" === t)
                        return this.accommodate(Math.ceil(e.length / 2)),
                        i = new Uint8Array(this.data.buffer,this.write),
                        this.write += c.binary.hex.decode(e, i, this.write),
                        this;
                    if ("base64" === t)
                        return this.accommodate(3 * Math.ceil(e.length / 4)),
                        i = new Uint8Array(this.data.buffer,this.write),
                        this.write += c.binary.base64.decode(e, i, this.write),
                        this;
                    if ("utf8" === t && (e = c.encodeUtf8(e),
                    t = "binary"),
                    "binary" === t || "raw" === t)
                        return this.accommodate(e.length),
                        i = new Uint8Array(this.data.buffer,this.write),
                        this.write += c.binary.raw.decode(i),
                        this;
                    if ("utf16" === t)
                        return this.accommodate(2 * e.length),
                        i = new Uint16Array(this.data.buffer,this.write),
                        this.write += c.text.utf16.encode(i),
                        this;
                    throw new Error("Invalid encoding: " + t)
                }
                throw Error("Invalid parameter: " + e)
            }
            ,
            c.DataBuffer.prototype.putBuffer = function(e) {
                return this.putBytes(e),
                e.clear(),
                this
            }
            ,
            c.DataBuffer.prototype.putString = function(e) {
                return this.putBytes(e, "utf16")
            }
            ,
            c.DataBuffer.prototype.putInt16 = function(e) {
                return this.accommodate(2),
                this.data.setInt16(this.write, e),
                this.write += 2,
                this
            }
            ,
            c.DataBuffer.prototype.putInt24 = function(e) {
                return this.accommodate(3),
                this.data.setInt16(this.write, e >> 8 & 65535),
                this.data.setInt8(this.write, e >> 16 & 255),
                this.write += 3,
                this
            }
            ,
            c.DataBuffer.prototype.putInt32 = function(e) {
                return this.accommodate(4),
                this.data.setInt32(this.write, e),
                this.write += 4,
                this
            }
            ,
            c.DataBuffer.prototype.putInt16Le = function(e) {
                return this.accommodate(2),
                this.data.setInt16(this.write, e, !0),
                this.write += 2,
                this
            }
            ,
            c.DataBuffer.prototype.putInt24Le = function(e) {
                return this.accommodate(3),
                this.data.setInt8(this.write, e >> 16 & 255),
                this.data.setInt16(this.write, e >> 8 & 65535, !0),
                this.write += 3,
                this
            }
            ,
            c.DataBuffer.prototype.putInt32Le = function(e) {
                return this.accommodate(4),
                this.data.setInt32(this.write, e, !0),
                this.write += 4,
                this
            }
            ,
            c.DataBuffer.prototype.putInt = function(e, t) {
                a(t),
                this.accommodate(t / 8);
                do {
                    t -= 8,
                    this.data.setInt8(this.write++, e >> t & 255)
                } while (t > 0);
                return this
            }
            ,
            c.DataBuffer.prototype.putSignedInt = function(e, t) {
                return a(t),
                this.accommodate(t / 8),
                e < 0 && (e += 2 << t - 1),
                this.putInt(e, t)
            }
            ,
            c.DataBuffer.prototype.getByte = function() {
                return this.data.getInt8(this.read++)
            }
            ,
            c.DataBuffer.prototype.getInt16 = function() {
                var e = this.data.getInt16(this.read);
                return this.read += 2,
                e
            }
            ,
            c.DataBuffer.prototype.getInt24 = function() {
                var e = this.data.getInt16(this.read) << 8 ^ this.data.getInt8(this.read + 2);
                return this.read += 3,
                e
            }
            ,
            c.DataBuffer.prototype.getInt32 = function() {
                var e = this.data.getInt32(this.read);
                return this.read += 4,
                e
            }
            ,
            c.DataBuffer.prototype.getInt16Le = function() {
                var e = this.data.getInt16(this.read, !0);
                return this.read += 2,
                e
            }
            ,
            c.DataBuffer.prototype.getInt24Le = function() {
                var e = this.data.getInt8(this.read) ^ this.data.getInt16(this.read + 1, !0) << 8;
                return this.read += 3,
                e
            }
            ,
            c.DataBuffer.prototype.getInt32Le = function() {
                var e = this.data.getInt32(this.read, !0);
                return this.read += 4,
                e
            }
            ,
            c.DataBuffer.prototype.getInt = function(e) {
                a(e);
                var t = 0;
                do {
                    t = (t << 8) + this.data.getInt8(this.read++),
                    e -= 8
                } while (e > 0);
                return t
            }
            ,
            c.DataBuffer.prototype.getSignedInt = function(e) {
                var t = this.getInt(e)
                  , r = 2 << e - 2;
                return t >= r && (t -= r << 1),
                t
            }
            ,
            c.DataBuffer.prototype.getBytes = function(e) {
                var t;
                return e ? (e = Math.min(this.length(), e),
                t = this.data.slice(this.read, this.read + e),
                this.read += e) : 0 === e ? t = "" : (t = 0 === this.read ? this.data : this.data.slice(this.read),
                this.clear()),
                t
            }
            ,
            c.DataBuffer.prototype.bytes = function(e) {
                return void 0 === e ? this.data.slice(this.read) : this.data.slice(this.read, this.read + e)
            }
            ,
            c.DataBuffer.prototype.at = function(e) {
                return this.data.getUint8(this.read + e)
            }
            ,
            c.DataBuffer.prototype.setAt = function(e, t) {
                return this.data.setUint8(e, t),
                this
            }
            ,
            c.DataBuffer.prototype.last = function() {
                return this.data.getUint8(this.write - 1)
            }
            ,
            c.DataBuffer.prototype.copy = function() {
                return new c.DataBuffer(this)
            }
            ,
            c.DataBuffer.prototype.compact = function() {
                if (this.read > 0) {
                    var e = new Uint8Array(this.data.buffer,this.read)
                      , t = new Uint8Array(e.byteLength);
                    t.set(e),
                    this.data = new DataView(t),
                    this.write -= this.read,
                    this.read = 0
                }
                return this
            }
            ,
            c.DataBuffer.prototype.clear = function() {
                return this.data = new DataView(new ArrayBuffer(0)),
                this.read = this.write = 0,
                this
            }
            ,
            c.DataBuffer.prototype.truncate = function(e) {
                return this.write = Math.max(0, this.length() - e),
                this.read = Math.min(this.read, this.write),
                this
            }
            ,
            c.DataBuffer.prototype.toHex = function() {
                for (var e = "", t = this.read; t < this.data.byteLength; ++t) {
                    var r = this.data.getUint8(t);
                    r < 16 && (e += "0"),
                    e += r.toString(16)
                }
                return e
            }
            ,
            c.DataBuffer.prototype.toString = function(e) {
                var t = new Uint8Array(this.data,this.read,this.length());
                if ("binary" === (e = e || "utf8") || "raw" === e)
                    return c.binary.raw.encode(t);
                if ("hex" === e)
                    return c.binary.hex.encode(t);
                if ("base64" === e)
                    return c.binary.base64.encode(t);
                if ("utf8" === e)
                    return c.text.utf8.decode(t);
                if ("utf16" === e)
                    return c.text.utf16.decode(t);
                throw new Error("Invalid encoding: " + e)
            }
            ,
            c.createBuffer = function(e, t) {
                return t = t || "raw",
                void 0 !== e && "utf8" === t && (e = c.encodeUtf8(e)),
                new c.ByteBuffer(e)
            }
            ,
            c.fillString = function(e, t) {
                for (var r = ""; t > 0; )
                    1 & t && (r += e),
                    (t >>>= 1) > 0 && (e += e);
                return r
            }
            ,
            c.xorBytes = function(e, t, r) {
                for (var a = "", n = "", i = "", s = 0, o = 0; r > 0; --r,
                ++s)
                    n = e.charCodeAt(s) ^ t.charCodeAt(s),
                    o >= 10 && (a += i,
                    i = "",
                    o = 0),
                    i += String.fromCharCode(n),
                    ++o;
                return a += i
            }
            ,
            c.hexToBytes = function(e) {
                var t = ""
                  , r = 0;
                for (!0 & e.length && (r = 1,
                t += String.fromCharCode(parseInt(e[0], 16))); r < e.length; r += 2)
                    t += String.fromCharCode(parseInt(e.substr(r, 2), 16));
                return t
            }
            ,
            c.bytesToHex = function(e) {
                return c.createBuffer(e).toHex()
            }
            ,
            c.int32ToBytes = function(e) {
                return String.fromCharCode(e >> 24 & 255) + String.fromCharCode(e >> 16 & 255) + String.fromCharCode(e >> 8 & 255) + String.fromCharCode(255 & e)
            }
            ;
            var u = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="
              , l = [62, -1, -1, -1, 63, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, -1, -1, -1, 64, -1, -1, -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, -1, -1, -1, -1, -1, -1, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51]
              , p = "123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz";
            c.encode64 = function(e, t) {
                for (var r, a, n, i = "", s = "", o = 0; o < e.length; )
                    r = e.charCodeAt(o++),
                    a = e.charCodeAt(o++),
                    n = e.charCodeAt(o++),
                    i += u.charAt(r >> 2),
                    i += u.charAt((3 & r) << 4 | a >> 4),
                    isNaN(a) ? i += "==" : (i += u.charAt((15 & a) << 2 | n >> 6),
                    i += isNaN(n) ? "=" : u.charAt(63 & n)),
                    t && i.length > t && (s += i.substr(0, t) + "\r\n",
                    i = i.substr(t));
                return s += i
            }
            ,
            c.decode64 = function(e) {
                e = e.replace(/[^A-Za-z0-9\+\/\=]/g, "");
                for (var t, r, a, n, i = "", s = 0; s < e.length; )
                    t = l[e.charCodeAt(s++) - 43],
                    r = l[e.charCodeAt(s++) - 43],
                    a = l[e.charCodeAt(s++) - 43],
                    n = l[e.charCodeAt(s++) - 43],
                    i += String.fromCharCode(t << 2 | r >> 4),
                    64 !== a && (i += String.fromCharCode((15 & r) << 4 | a >> 2),
                    64 !== n && (i += String.fromCharCode((3 & a) << 6 | n)));
                return i
            }
            ,
            c.encodeUtf8 = function(e) {
                return unescape(encodeURIComponent(e))
            }
            ,
            c.decodeUtf8 = function(e) {
                return decodeURIComponent(escape(e))
            }
            ,
            c.binary = {
                raw: {},
                hex: {},
                base64: {},
                base58: {},
                baseN: {
                    encode: o.encode,
                    decode: o.decode
                }
            },
            c.binary.raw.encode = function(e) {
                return String.fromCharCode.apply(null, e)
            }
            ,
            c.binary.raw.decode = function(e, t, r) {
                var a = t;
                a || (a = new Uint8Array(e.length)),
                r = r || 0;
                for (var n = r, i = 0; i < e.length; ++i)
                    a[n++] = e.charCodeAt(i);
                return t ? n - r : a
            }
            ,
            c.binary.hex.encode = c.bytesToHex,
            c.binary.hex.decode = function(e, t, r) {
                var a = t;
                a || (a = new Uint8Array(Math.ceil(e.length / 2))),
                r = r || 0;
                var n = 0
                  , i = r;
                for (1 & e.length && (n = 1,
                a[i++] = parseInt(e[0], 16)); n < e.length; n += 2)
                    a[i++] = parseInt(e.substr(n, 2), 16);
                return t ? i - r : a
            }
            ,
            c.binary.base64.encode = function(e, t) {
                for (var r, a, n, i = "", s = "", o = 0; o < e.byteLength; )
                    r = e[o++],
                    a = e[o++],
                    n = e[o++],
                    i += u.charAt(r >> 2),
                    i += u.charAt((3 & r) << 4 | a >> 4),
                    isNaN(a) ? i += "==" : (i += u.charAt((15 & a) << 2 | n >> 6),
                    i += isNaN(n) ? "=" : u.charAt(63 & n)),
                    t && i.length > t && (s += i.substr(0, t) + "\r\n",
                    i = i.substr(t));
                return s += i
            }
            ,
            c.binary.base64.decode = function(e, t, r) {
                var a = t;
                a || (a = new Uint8Array(3 * Math.ceil(e.length / 4))),
                e = e.replace(/[^A-Za-z0-9\+\/\=]/g, ""),
                r = r || 0;
                for (var n, i, s, o, c = 0, u = r; c < e.length; )
                    n = l[e.charCodeAt(c++) - 43],
                    i = l[e.charCodeAt(c++) - 43],
                    s = l[e.charCodeAt(c++) - 43],
                    o = l[e.charCodeAt(c++) - 43],
                    a[u++] = n << 2 | i >> 4,
                    64 !== s && (a[u++] = (15 & i) << 4 | s >> 2,
                    64 !== o && (a[u++] = (3 & s) << 6 | o));
                return t ? u - r : a.subarray(0, u)
            }
            ,
            c.binary.base58.encode = function(e, t) {
                return c.binary.baseN.encode(e, p, t)
            }
            ,
            c.binary.base58.decode = function(e, t) {
                return c.binary.baseN.decode(e, p, t)
            }
            ,
            c.text = {
                utf8: {},
                utf16: {}
            },
            c.text.utf8.encode = function(e, t, r) {
                e = c.encodeUtf8(e);
                var a = t;
                a || (a = new Uint8Array(e.length)),
                r = r || 0;
                for (var n = r, i = 0; i < e.length; ++i)
                    a[n++] = e.charCodeAt(i);
                return t ? n - r : a
            }
            ,
            c.text.utf8.decode = function(e) {
                return c.decodeUtf8(String.fromCharCode.apply(null, e))
            }
            ,
            c.text.utf16.encode = function(e, t, r) {
                var a = t;
                a || (a = new Uint8Array(2 * e.length));
                var n = new Uint16Array(a.buffer);
                r = r || 0;
                for (var i = r, s = r, o = 0; o < e.length; ++o)
                    n[s++] = e.charCodeAt(o),
                    i += 2;
                return t ? i - r : a
            }
            ,
            c.text.utf16.decode = function(e) {
                return String.fromCharCode.apply(null, new Uint16Array(e.buffer))
            }
            ,
            c.deflate = function(e, t, r) {
                if (t = c.decode64(e.deflate(c.encode64(t)).rval),
                r) {
                    var a = 2;
                    32 & t.charCodeAt(1) && (a = 6),
                    t = t.substring(a, t.length - 4)
                }
                return t
            }
            ,
            c.inflate = function(e, t, r) {
                var a = e.inflate(c.encode64(t)).rval;
                return null === a ? null : c.decode64(a)
            }
            ;
            var f = function(e, t, r) {
                if (!e)
                    throw new Error("WebStorage not available.");
                var a;
                if (null === r ? a = e.removeItem(t) : (r = c.encode64(JSON.stringify(r)),
                a = e.setItem(t, r)),
                void 0 !== a && !0 !== a.rval) {
                    var n = new Error(a.error.message);
                    throw n.id = a.error.id,
                    n.name = a.error.name,
                    n
                }
            }
              , h = function(e, t) {
                if (!e)
                    throw new Error("WebStorage not available.");
                var r = e.getItem(t);
                if (e.init)
                    if (null === r.rval) {
                        if (r.error) {
                            var a = new Error(r.error.message);
                            throw a.id = r.error.id,
                            a.name = r.error.name,
                            a
                        }
                        r = null
                    } else
                        r = r.rval;
                return null !== r && (r = JSON.parse(c.decode64(r))),
                r
            }
              , d = function(e, t, r, a) {
                var n = h(e, t);
                null === n && (n = {}),
                n[r] = a,
                f(e, t, n)
            }
              , y = function(e, t, r) {
                var a = h(e, t);
                return null !== a && (a = r in a ? a[r] : null),
                a
            }
              , g = function(e, t, r) {
                var a = h(e, t);
                if (null !== a && r in a) {
                    delete a[r];
                    var n = !0;
                    for (var i in a) {
                        n = !1;
                        break
                    }
                    n && (a = null),
                    f(e, t, a)
                }
            }
              , v = function(e, t) {
                f(e, t, null)
            }
              , m = function(e, t, r) {
                var a = null;
                void 0 === r && (r = ["web", "flash"]);
                var n, i = !1, s = null;
                for (var o in r) {
                    n = r[o];
                    try {
                        if ("flash" === n || "both" === n) {
                            if (null === t[0])
                                throw new Error("Flash local storage not available.");
                            a = e.apply(this, t),
                            i = "flash" === n
                        }
                        "web" !== n && "both" !== n || (t[0] = localStorage,
                        a = e.apply(this, t),
                        i = !0)
                    } catch (e) {
                        s = e
                    }
                    if (i)
                        break
                }
                if (!i)
                    throw s;
                return a
            };
            c.setItem = function(e, t, r, a, n) {
                m(d, arguments, n)
            }
            ,
            c.getItem = function(e, t, r, a) {
                return m(y, arguments, a)
            }
            ,
            c.removeItem = function(e, t, r, a) {
                m(g, arguments, a)
            }
            ,
            c.clearItems = function(e, t, r) {
                m(v, arguments, r)
            }
            ,
            c.parseUrl = function(e) {
                var t = /^(https?):\/\/([^:&^\/]*):?(\d*)(.*)$/g;
                t.lastIndex = 0;
                var r = t.exec(e)
                  , a = null === r ? null : {
                    full: e,
                    scheme: r[1],
                    host: r[2],
                    port: r[3],
                    path: r[4]
                };
                console.log("--fx--host--", a);
                return a && (a.fullHost = a.host,
                a.port ? 80 !== a.port && "http" === a.scheme ? a.fullHost += ":" + a.port : 443 !== a.port && "https" === a.scheme && (a.fullHost += ":" + a.port) : "http" === a.scheme ? a.port = 80 : "https" === a.scheme && (a.port = 443),
                a.full = a.scheme + "://" + a.fullHost),
                a
            }
            ;
            var C = null;
            c.getQueryVariables = function(e) {
                var t, r = function(e) {
                    for (var t = {}, r = e.split("&"), a = 0; a < r.length; a++) {
                        var n, i, s = r[a].indexOf("=");
                        s > 0 ? (n = r[a].substring(0, s),
                        i = r[a].substring(s + 1)) : (n = r[a],
                        i = null),
                        n in t || (t[n] = []),
                        n in Object.prototype || null === i || t[n].push(unescape(i))
                    }
                    return t
                };
                return void 0 === e ? (null === C && (C = "undefined" != typeof window && window.location && window.location.search ? r(window.location.search.substring(1)) : {}),
                t = C) : t = r(e),
                t
            }
            ,
            c.parseFragment = function(e) {
                var t = e
                  , r = ""
                  , a = e.indexOf("?");
                a > 0 && (t = e.substring(0, a),
                r = e.substring(a + 1));
                var n = t.split("/");
                return n.length > 0 && "" === n[0] && n.shift(),
                {
                    pathString: t,
                    queryString: r,
                    path: n,
                    query: "" === r ? {} : c.getQueryVariables(r)
                }
            }
            ,
            c.makeRequest = function(e) {
                var t = c.parseFragment(e)
                  , r = {
                    path: t.pathString,
                    query: t.queryString,
                    getPath: function(e) {
                        return void 0 === e ? t.path : t.path[e]
                    },
                    getQuery: function(e, r) {
                        var a;
                        return void 0 === e ? a = t.query : (a = t.query[e]) && void 0 !== r && (a = a[r]),
                        a
                    },
                    getQueryLast: function(e, t) {
                        var a = r.getQuery(e);
                        return a ? a[a.length - 1] : t
                    }
                };
                return r
            }
            ,
            c.makeLink = function(e, t, r) {
                e = jQuery.isArray(e) ? e.join("/") : e;
                var a = jQuery.param(t || {});
                return r = r || "",
                e + (a.length > 0 ? "?" + a : "") + (r.length > 0 ? "#" + r : "")
            }
            ,
            c.setPath = function(e, t, r) {
                if ("object" == typeof e && null !== e)
                    for (var a = 0, n = t.length; a < n; ) {
                        var i = t[a++];
                        if (a == n)
                            e[i] = r;
                        else {
                            var s = i in e;
                            (!s || s && "object" != typeof e[i] || s && null === e[i]) && (e[i] = {}),
                            e = e[i]
                        }
                    }
            }
            ,
            c.getPath = function(e, t, r) {
                for (var a = 0, n = t.length, i = !0; i && a < n && "object" == typeof e && null !== e; ) {
                    var s = t[a++];
                    i = s in e,
                    i && (e = e[s])
                }
                return i ? e : r
            }
            ,
            c.deletePath = function(e, t) {
                if ("object" == typeof e && null !== e)
                    for (var r = 0, a = t.length; r < a; ) {
                        var n = t[r++];
                        if (r == a)
                            delete e[n];
                        else {
                            if (!(n in e) || "object" != typeof e[n] || null === e[n])
                                break;
                            e = e[n]
                        }
                    }
            }
            ,
            c.isEmpty = function(e) {
                for (var t in e)
                    if (e.hasOwnProperty(t))
                        return !1;
                return !0
            }
            ,
            c.format = function(e) {
                for (var t, r, a = /%./g, n = 0, i = [], s = 0; t = a.exec(e); ) {
                    r = e.substring(s, a.lastIndex - 2),
                    r.length > 0 && i.push(r),
                    s = a.lastIndex;
                    var o = t[0][1];
                    switch (o) {
                    case "s":
                    case "o":
                        n < arguments.length ? i.push(arguments[1 + n++]) : i.push("<?>");
                        break;
                    case "%":
                        i.push("%");
                        break;
                    default:
                        i.push("<%" + o + "?>")
                    }
                }
                return i.push(e.substring(s)),
                i.join("")
            }
            ,
            c.formatNumber = function(e, t, r, a) {
                var n = e
                  , i = isNaN(t = Math.abs(t)) ? 2 : t
                  , s = void 0 === r ? "," : r
                  , o = void 0 === a ? "." : a
                  , c = n < 0 ? "-" : ""
                  , u = parseInt(n = Math.abs(+n || 0).toFixed(i), 10) + ""
                  , l = u.length > 3 ? u.length % 3 : 0;
                return c + (l ? u.substr(0, l) + o : "") + u.substr(l).replace(/(\d{3})(?=\d)/g, "$1" + o) + (i ? s + Math.abs(n - u).toFixed(i).slice(2) : "")
            }
            ,
            c.formatSize = function(e) {
                return e = e >= 1073741824 ? c.formatNumber(e / 1073741824, 2, ".", "") + " GiB" : e >= 1048576 ? c.formatNumber(e / 1048576, 2, ".", "") + " MiB" : e >= 1024 ? c.formatNumber(e / 1024, 0) + " KiB" : c.formatNumber(e, 0) + " bytes"
            }
            ,
            c.bytesFromIP = function(e) {
                return -1 !== e.indexOf(".") ? c.bytesFromIPv4(e) : -1 !== e.indexOf(":") ? c.bytesFromIPv6(e) : null
            }
            ,
            c.bytesFromIPv4 = function(e) {
                if (e = e.split("."),
                4 !== e.length)
                    return null;
                for (var t = c.createBuffer(), r = 0; r < e.length; ++r) {
                    var a = parseInt(e[r], 10);
                    if (isNaN(a))
                        return null;
                    t.putByte(a)
                }
                return t.getBytes()
            }
            ,
            c.bytesFromIPv6 = function(e) {
                var t = 0;
                e = e.split(":").filter(function(e) {
                    return 0 === e.length && ++t,
                    !0
                });
                for (var r = 2 * (8 - e.length + t), a = c.createBuffer(), n = 0; n < 8; ++n)
                    if (e[n] && 0 !== e[n].length) {
                        var i = c.hexToBytes(e[n]);
                        i.length < 2 && a.putByte(0),
                        a.putBytes(i)
                    } else
                        a.fillWithByte(0, r),
                        r = 0;
                return a.getBytes()
            }
            ,
            c.bytesToIP = function(e) {
                return 4 === e.length ? c.bytesToIPv4(e) : 16 === e.length ? c.bytesToIPv6(e) : null
            }
            ,
            c.bytesToIPv4 = function(e) {
                if (4 !== e.length)
                    return null;
                for (var t = [], r = 0; r < e.length; ++r)
                    t.push(e.charCodeAt(r));
                return t.join(".")
            }
            ,
            c.bytesToIPv6 = function(e) {
                if (16 !== e.length)
                    return null;
                for (var t = [], r = [], a = 0, n = 0; n < e.length; n += 2) {
                    for (var i = c.bytesToHex(e[n] + e[n + 1]); "0" === i[0] && "0" !== i; )
                        i = i.substr(1);
                    if ("0" === i) {
                        var s = r[r.length - 1]
                          , o = t.length;
                        s && o === s.end + 1 ? (s.end = o,
                        s.end - s.start > r[a].end - r[a].start && (a = r.length - 1)) : r.push({
                            start: o,
                            end: o
                        })
                    }
                    t.push(i)
                }
                if (r.length > 0) {
                    var u = r[a];
                    u.end - u.start > 0 && (t.splice(u.start, u.end - u.start + 1, ""),
                    0 === u.start && t.unshift(""),
                    7 === u.end && t.push(""))
                }
                return t.join(":")
            }
            ,
            c.estimateCores = function(e, t) {
                function r(e, s, o) {
                    if (0 === s) {
                        var u = Math.floor(e.reduce(function(e, t) {
                            return e + t
                        }, 0) / e.length);
                        return c.cores = Math.max(1, u),
                        URL.revokeObjectURL(i),
                        t(null, c.cores)
                    }
                    a(o, function(t, a) {
                        e.push(n(o, a)),
                        r(e, s - 1, o)
                    })
                }
                function a(e, t) {
                    for (var r = [], a = [], n = 0; n < e; ++n) {
                        var s = new Worker(i);
                        s.addEventListener("message", function(n) {
                            if (a.push(n.data),
                            a.length === e) {
                                for (var i = 0; i < e; ++i)
                                    r[i].terminate();
                                t(null, a)
                            }
                        }),
                        r.push(s)
                    }
                    for (var n = 0; n < e; ++n)
                        r[n].postMessage(n)
                }
                function n(e, t) {
                    for (var r = [], a = 0; a < e; ++a)
                        for (var n = t[a], i = r[a] = [], s = 0; s < e; ++s)
                            if (a !== s) {
                                var o = t[s];
                                (n.st > o.st && n.st < o.et || o.st > n.st && o.st < n.et) && i.push(s)
                            }
                    return r.reduce(function(e, t) {
                        return Math.max(e, t.length)
                    }, 0)
                }
                if ("function" == typeof e && (t = e,
                e = {}),
                e = e || {},
                "cores"in c && !e.update)
                    return t(null, c.cores);
                if ("undefined" != typeof navigator && "hardwareConcurrency"in navigator && navigator.hardwareConcurrency > 0)
                    return c.cores = navigator.hardwareConcurrency,
                    t(null, c.cores);
                if ("undefined" == typeof Worker)
                    return c.cores = 1,
                    t(null, c.cores);
                if ("undefined" == typeof Blob)
                    return c.cores = 2,
                    t(null, c.cores);
                var i = URL.createObjectURL(new Blob(["(", function() {
                    self.addEventListener("message", function(e) {
                        for (var t = Date.now(), r = t + 4; Date.now() < r; )
                            ;
                        self.postMessage({
                            st: t,
                            et: r
                        })
                    })
                }
                .toString(), ")()"],{
                    type: "application/javascript"
                }));
                r([], 5, 16)
            }
        }
        ).call(t, r(36))
    }
    , function(e, t, r) {
        var a = r(0);
        r(5),
        r(23),
        r(24),
        r(1),
        function() {
            if (a.random && a.random.getBytes)
                return void (e.exports = a.random);
            !function(t) {
                function r() {
                    var e = a.prng.create(n);
                    return e.getBytes = function(t, r) {
                        return e.generate(t, r)
                    }
                    ,
                    e.getBytesSync = function(t) {
                        return e.generate(t)
                    }
                    ,
                    e
                }
                var n = {}
                  , i = new Array(4)
                  , s = a.util.createBuffer();
                n.formatKey = function(e) {
                    var t = a.util.createBuffer(e);
                    return e = new Array(4),
                    e[0] = t.getInt32(),
                    e[1] = t.getInt32(),
                    e[2] = t.getInt32(),
                    e[3] = t.getInt32(),
                    a.aes._expandKey(e, !1)
                }
                ,
                n.formatSeed = function(e) {
                    var t = a.util.createBuffer(e);
                    return e = new Array(4),
                    e[0] = t.getInt32(),
                    e[1] = t.getInt32(),
                    e[2] = t.getInt32(),
                    e[3] = t.getInt32(),
                    e
                }
                ,
                n.cipher = function(e, t) {
                    return a.aes._updateBlock(e, t, i, !1),
                    s.putInt32(i[0]),
                    s.putInt32(i[1]),
                    s.putInt32(i[2]),
                    s.putInt32(i[3]),
                    s.getBytes()
                }
                ,
                n.increment = function(e) {
                    return ++e[3],
                    e
                }
                ,
                n.md = a.md.sha256;
                var o = r()
                  , c = null
                  , u = a.util.globalScope
                  , l = u.crypto || u.msCrypto;
                if (l && l.getRandomValues && (c = function(e) {
                    return l.getRandomValues(e)
                }
                ),
                a.options.usePureJavaScript || !a.util.isNodejs && !c) {
                    if ("undefined" == typeof window || window.document,
                    o.collectInt(+new Date, 32),
                    "undefined" != typeof navigator) {
                        var p = "";
                        for (var f in navigator)
                            try {
                                "string" == typeof navigator[f] && (p += navigator[f])
                            } catch (e) {}
                        o.collect(p),
                        p = null
                    }
                    t && (t().mousemove(function(e) {
                        o.collectInt(e.clientX, 16),
                        o.collectInt(e.clientY, 16)
                    }),
                    t().keypress(function(e) {
                        o.collectInt(e.charCode, 8)
                    }))
                }
                if (a.random)
                    for (var f in o)
                        a.random[f] = o[f];
                else
                    a.random = o;
                a.random.createInstance = r,
                e.exports = a.random
            }("undefined" != typeof jQuery ? jQuery : null)
        }()
    }
    , function(e, t, r) {
        function a(e, t, r) {
            if (r > t) {
                var a = new Error("Too few bytes to parse DER.");
                throw a.available = e.length(),
                a.remaining = t,
                a.requested = r,
                a
            }
        }
        function n(e, t, r, i) {
            var c;
            a(e, t, 2);
            var u = e.getByte();
            t--;
            var l = 192 & u
              , p = 31 & u;
            c = e.length();
            var f = o(e, t);
            if (t -= c - e.length(),
            void 0 !== f && f > t) {
                if (i.strict) {
                    var h = new Error("Too few bytes to read ASN.1 value.");
                    throw h.available = e.length(),
                    h.remaining = t,
                    h.requested = f,
                    h
                }
                f = t
            }
            var d, y, g = 32 == (32 & u);
            if (g)
                if (d = [],
                void 0 === f)
                    for (; ; ) {
                        if (a(e, t, 2),
                        e.bytes(2) === String.fromCharCode(0, 0)) {
                            e.getBytes(2),
                            t -= 2;
                            break
                        }
                        c = e.length(),
                        d.push(n(e, t, r + 1, i)),
                        t -= c - e.length()
                    }
                else
                    for (; f > 0; )
                        c = e.length(),
                        d.push(n(e, f, r + 1, i)),
                        t -= c - e.length(),
                        f -= c - e.length();
            if (void 0 === d && l === s.Class.UNIVERSAL && p === s.Type.BITSTRING && (y = e.bytes(f)),
            void 0 === d && i.decodeBitStrings && l === s.Class.UNIVERSAL && p === s.Type.BITSTRING && f > 1) {
                var v = e.read
                  , m = t
                  , C = 0;
                if (p === s.Type.BITSTRING && (a(e, t, 1),
                C = e.getByte(),
                t--),
                0 === C)
                    try {
                        c = e.length();
                        var E = {
                            verbose: i.verbose,
                            strict: !0,
                            decodeBitStrings: !0
                        }
                          , S = n(e, t, r + 1, E)
                          , T = c - e.length();
                        t -= T,
                        p == s.Type.BITSTRING && T++;
                        var I = S.tagClass;
                        T !== f || I !== s.Class.UNIVERSAL && I !== s.Class.CONTEXT_SPECIFIC || (d = [S])
                    } catch (e) {}
                void 0 === d && (e.read = v,
                t = m)
            }
            if (void 0 === d) {
                if (void 0 === f) {
                    if (i.strict)
                        throw new Error("Non-constructed ASN.1 object of indefinite length.");
                    f = t
                }
                if (p === s.Type.BMPSTRING)
                    for (d = ""; f > 0; f -= 2)
                        a(e, t, 2),
                        d += String.fromCharCode(e.getInt16()),
                        t -= 2;
                else
                    d = e.getBytes(f)
            }
            var b = void 0 === y ? null : {
                bitStringContents: y
            };
            return s.create(l, p, g, d, b)
        }
        var i = r(0);
        r(1),
        r(6);
        var s = e.exports = i.asn1 = i.asn1 || {};
        s.Class = {
            UNIVERSAL: 0,
            APPLICATION: 64,
            CONTEXT_SPECIFIC: 128,
            PRIVATE: 192
        },
        s.Type = {
            NONE: 0,
            BOOLEAN: 1,
            INTEGER: 2,
            BITSTRING: 3,
            OCTETSTRING: 4,
            NULL: 5,
            OID: 6,
            ODESC: 7,
            EXTERNAL: 8,
            REAL: 9,
            ENUMERATED: 10,
            EMBEDDED: 11,
            UTF8: 12,
            ROID: 13,
            SEQUENCE: 16,
            SET: 17,
            PRINTABLESTRING: 19,
            IA5STRING: 22,
            UTCTIME: 23,
            GENERALIZEDTIME: 24,
            BMPSTRING: 30
        },
        s.create = function(e, t, r, a, n) {
            if (i.util.isArray(a)) {
                for (var o = [], c = 0; c < a.length; ++c)
                    void 0 !== a[c] && o.push(a[c]);
                a = o
            }
            var u = {
                tagClass: e,
                type: t,
                constructed: r,
                composed: r || i.util.isArray(a),
                value: a
            };
            return n && "bitStringContents"in n && (u.bitStringContents = n.bitStringContents,
            u.original = s.copy(u)),
            u
        }
        ,
        s.copy = function(e, t) {
            var r;
            if (i.util.isArray(e)) {
                r = [];
                for (var a = 0; a < e.length; ++a)
                    r.push(s.copy(e[a], t));
                return r
            }
            return "string" == typeof e ? e : (r = {
                tagClass: e.tagClass,
                type: e.type,
                constructed: e.constructed,
                composed: e.composed,
                value: s.copy(e.value, t)
            },
            t && !t.excludeBitStringContents && (r.bitStringContents = e.bitStringContents),
            r)
        }
        ,
        s.equals = function(e, t, r) {
            if (i.util.isArray(e)) {
                if (!i.util.isArray(t))
                    return !1;
                if (e.length !== t.length)
                    return !1;
                for (var a = 0; a < e.length; ++a)
                    if (!s.equals(e[a], t[a]))
                        return !1;
                return !0
            }
            if (typeof e != typeof t)
                return !1;
            if ("string" == typeof e)
                return e === t;
            var n = e.tagClass === t.tagClass && e.type === t.type && e.constructed === t.constructed && e.composed === t.composed && s.equals(e.value, t.value);
            return r && r.includeBitStringContents && (n = n && e.bitStringContents === t.bitStringContents),
            n
        }
        ,
        s.getBerValueLength = function(e) {
            var t = e.getByte();
            if (128 !== t) {
                return 128 & t ? e.getInt((127 & t) << 3) : t
            }
        }
        ;
        var o = function(e, t) {
            var r = e.getByte();
            if (t--,
            128 !== r) {
                var n;
                if (128 & r) {
                    var i = 127 & r;
                    a(e, t, i),
                    n = e.getInt(i << 3)
                } else
                    n = r;
                if (n < 0)
                    throw new Error("Negative length: " + n);
                return n
            }
        };
        s.fromDer = function(e, t) {
            return void 0 === t && (t = {
                strict: !0,
                decodeBitStrings: !0
            }),
            "boolean" == typeof t && (t = {
                strict: t,
                decodeBitStrings: !0
            }),
            "strict"in t || (t.strict = !0),
            "decodeBitStrings"in t || (t.decodeBitStrings = !0),
            "string" == typeof e && (e = i.util.createBuffer(e)),
            n(e, e.length(), 0, t)
        }
        ,
        s.toDer = function(e) {
            var t = i.util.createBuffer()
              , r = e.tagClass | e.type
              , a = i.util.createBuffer()
              , n = !1;
            if ("bitStringContents"in e && (n = !0,
            e.original && (n = s.equals(e, e.original))),
            n)
                a.putBytes(e.bitStringContents);
            else if (e.composed) {
                e.constructed ? r |= 32 : a.putByte(0);
                for (var o = 0; o < e.value.length; ++o)
                    void 0 !== e.value[o] && a.putBuffer(s.toDer(e.value[o]))
            } else if (e.type === s.Type.BMPSTRING)
                for (var o = 0; o < e.value.length; ++o)
                    a.putInt16(e.value.charCodeAt(o));
            else
                e.type === s.Type.INTEGER && e.value.length > 1 && (0 === e.value.charCodeAt(0) && 0 == (128 & e.value.charCodeAt(1)) || 255 === e.value.charCodeAt(0) && 128 == (128 & e.value.charCodeAt(1))) ? a.putBytes(e.value.substr(1)) : a.putBytes(e.value);
            if (t.putByte(r),
            a.length() <= 127)
                t.putByte(127 & a.length());
            else {
                var c = a.length()
                  , u = "";
                do {
                    u += String.fromCharCode(255 & c),
                    c >>>= 8
                } while (c > 0);
                t.putByte(128 | u.length);
                for (var o = u.length - 1; o >= 0; --o)
                    t.putByte(u.charCodeAt(o))
            }
            return t.putBuffer(a),
            t
        }
        ,
        s.oidToDer = function(e) {
            var t = e.split(".")
              , r = i.util.createBuffer();
            r.putByte(40 * parseInt(t[0], 10) + parseInt(t[1], 10));
            for (var a, n, s, o, c = 2; c < t.length; ++c) {
                a = !0,
                n = [],
                s = parseInt(t[c], 10);
                do {
                    o = 127 & s,
                    s >>>= 7,
                    a || (o |= 128),
                    n.push(o),
                    a = !1
                } while (s > 0);
                for (var u = n.length - 1; u >= 0; --u)
                    r.putByte(n[u])
            }
            return r
        }
        ,
        s.derToOid = function(e) {
            var t;
            "string" == typeof e && (e = i.util.createBuffer(e));
            var r = e.getByte();
            t = Math.floor(r / 40) + "." + r % 40;
            for (var a = 0; e.length() > 0; )
                r = e.getByte(),
                a <<= 7,
                128 & r ? a += 127 & r : (t += "." + (a + r),
                a = 0);
            return t
        }
        ,
        s.utcTimeToDate = function(e) {
            var t = new Date
              , r = parseInt(e.substr(0, 2), 10);
            r = r >= 50 ? 1900 + r : 2e3 + r;
            var a = parseInt(e.substr(2, 2), 10) - 1
              , n = parseInt(e.substr(4, 2), 10)
              , i = parseInt(e.substr(6, 2), 10)
              , s = parseInt(e.substr(8, 2), 10)
              , o = 0;
            if (e.length > 11) {
                var c = e.charAt(10)
                  , u = 10;
                "+" !== c && "-" !== c && (o = parseInt(e.substr(10, 2), 10),
                u += 2)
            }
            if (t.setUTCFullYear(r, a, n),
            t.setUTCHours(i, s, o, 0),
            u && ("+" === (c = e.charAt(u)) || "-" === c)) {
                var l = parseInt(e.substr(u + 1, 2), 10)
                  , p = parseInt(e.substr(u + 4, 2), 10)
                  , f = 60 * l + p;
                f *= 6e4,
                "+" === c ? t.setTime(+t - f) : t.setTime(+t + f)
            }
            return t
        }
        ,
        s.generalizedTimeToDate = function(e) {
            var t = new Date
              , r = parseInt(e.substr(0, 4), 10)
              , a = parseInt(e.substr(4, 2), 10) - 1
              , n = parseInt(e.substr(6, 2), 10)
              , i = parseInt(e.substr(8, 2), 10)
              , s = parseInt(e.substr(10, 2), 10)
              , o = parseInt(e.substr(12, 2), 10)
              , c = 0
              , u = 0
              , l = !1;
            "Z" === e.charAt(e.length - 1) && (l = !0);
            var p = e.length - 5
              , f = e.charAt(p);
            if ("+" === f || "-" === f) {
                u = 60 * parseInt(e.substr(p + 1, 2), 10) + parseInt(e.substr(p + 4, 2), 10),
                u *= 6e4,
                "+" === f && (u *= -1),
                l = !0
            }
            return "." === e.charAt(14) && (c = 1e3 * parseFloat(e.substr(14), 10)),
            l ? (t.setUTCFullYear(r, a, n),
            t.setUTCHours(i, s, o, c),
            t.setTime(+t + u)) : (t.setFullYear(r, a, n),
            t.setHours(i, s, o, c)),
            t
        }
        ,
        s.dateToUtcTime = function(e) {
            if ("string" == typeof e)
                return e;
            var t = ""
              , r = [];
            r.push(("" + e.getUTCFullYear()).substr(2)),
            r.push("" + (e.getUTCMonth() + 1)),
            r.push("" + e.getUTCDate()),
            r.push("" + e.getUTCHours()),
            r.push("" + e.getUTCMinutes()),
            r.push("" + e.getUTCSeconds());
            for (var a = 0; a < r.length; ++a)
                r[a].length < 2 && (t += "0"),
                t += r[a];
            return t += "Z"
        }
        ,
        s.dateToGeneralizedTime = function(e) {
            if ("string" == typeof e)
                return e;
            var t = ""
              , r = [];
            r.push("" + e.getUTCFullYear()),
            r.push("" + (e.getUTCMonth() + 1)),
            r.push("" + e.getUTCDate()),
            r.push("" + e.getUTCHours()),
            r.push("" + e.getUTCMinutes()),
            r.push("" + e.getUTCSeconds());
            for (var a = 0; a < r.length; ++a)
                r[a].length < 2 && (t += "0"),
                t += r[a];
            return t += "Z"
        }
        ,
        s.integerToDer = function(e) {
            var t = i.util.createBuffer();
            if (e >= -128 && e < 128)
                return t.putSignedInt(e, 8);
            if (e >= -32768 && e < 32768)
                return t.putSignedInt(e, 16);
            if (e >= -8388608 && e < 8388608)
                return t.putSignedInt(e, 24);
            if (e >= -2147483648 && e < 2147483648)
                return t.putSignedInt(e, 32);
            var r = new Error("Integer too large; max is 32-bits.");
            throw r.integer = e,
            r
        }
        ,
        s.derToInteger = function(e) {
            "string" == typeof e && (e = i.util.createBuffer(e));
            var t = 8 * e.length();
            if (t > 32)
                throw new Error("Integer too large; max is 32-bits.");
            return e.getSignedInt(t)
        }
        ,
        s.validate = function(e, t, r, a) {
            var n = !1;
            if (e.tagClass !== t.tagClass && void 0 !== t.tagClass || e.type !== t.type && void 0 !== t.type)
                a && (e.tagClass !== t.tagClass && a.push("[" + t.name + '] Expected tag class "' + t.tagClass + '", got "' + e.tagClass + '"'),
                e.type !== t.type && a.push("[" + t.name + '] Expected type "' + t.type + '", got "' + e.type + '"'));
            else if (e.constructed === t.constructed || void 0 === t.constructed) {
                if (n = !0,
                t.value && i.util.isArray(t.value))
                    for (var o = 0, c = 0; n && c < t.value.length; ++c)
                        n = t.value[c].optional || !1,
                        e.value[o] && (n = s.validate(e.value[o], t.value[c], r, a),
                        n ? ++o : t.value[c].optional && (n = !0)),
                        !n && a && a.push("[" + t.name + '] Tag class "' + t.tagClass + '", type "' + t.type + '" expected value length "' + t.value.length + '", got "' + e.value.length + '"');
                if (n && r && (t.capture && (r[t.capture] = e.value),
                t.captureAsn1 && (r[t.captureAsn1] = e),
                t.captureBitStringContents && "bitStringContents"in e && (r[t.captureBitStringContents] = e.bitStringContents),
                t.captureBitStringValue && "bitStringContents"in e)) {
                    if (e.bitStringContents.length < 2)
                        r[t.captureBitStringValue] = "";
                    else {
                        var u = e.bitStringContents.charCodeAt(0);
                        if (0 !== u)
                            throw new Error("captureBitStringValue only supported for zero unused bits");
                        r[t.captureBitStringValue] = e.bitStringContents.slice(1)
                    }
                }
            } else
                a && a.push("[" + t.name + '] Expected constructed "' + t.constructed + '", got "' + e.constructed + '"');
            return n
        }
        ;
        var c = /[^\\u0000-\\u00ff]/;
        s.prettyPrint = function(e, t, r) {
            var a = "";
            t = t || 0,
            r = r || 2,
            t > 0 && (a += "\n");
            for (var n = "", o = 0; o < t * r; ++o)
                n += " ";
            switch (a += n + "Tag: ",
            e.tagClass) {
            case s.Class.UNIVERSAL:
                a += "Universal:";
                break;
            case s.Class.APPLICATION:
                a += "Application:";
                break;
            case s.Class.CONTEXT_SPECIFIC:
                a += "Context-Specific:";
                break;
            case s.Class.PRIVATE:
                a += "Private:"
            }
            if (e.tagClass === s.Class.UNIVERSAL)
                switch (a += e.type,
                e.type) {
                case s.Type.NONE:
                    a += " (None)";
                    break;
                case s.Type.BOOLEAN:
                    a += " (Boolean)";
                    break;
                case s.Type.INTEGER:
                    a += " (Integer)";
                    break;
                case s.Type.BITSTRING:
                    a += " (Bit string)";
                    break;
                case s.Type.OCTETSTRING:
                    a += " (Octet string)";
                    break;
                case s.Type.NULL:
                    a += " (Null)";
                    break;
                case s.Type.OID:
                    a += " (Object Identifier)";
                    break;
                case s.Type.ODESC:
                    a += " (Object Descriptor)";
                    break;
                case s.Type.EXTERNAL:
                    a += " (External or Instance of)";
                    break;
                case s.Type.REAL:
                    a += " (Real)";
                    break;
                case s.Type.ENUMERATED:
                    a += " (Enumerated)";
                    break;
                case s.Type.EMBEDDED:
                    a += " (Embedded PDV)";
                    break;
                case s.Type.UTF8:
                    a += " (UTF8)";
                    break;
                case s.Type.ROID:
                    a += " (Relative Object Identifier)";
                    break;
                case s.Type.SEQUENCE:
                    a += " (Sequence)";
                    break;
                case s.Type.SET:
                    a += " (Set)";
                    break;
                case s.Type.PRINTABLESTRING:
                    a += " (Printable String)";
                    break;
                case s.Type.IA5String:
                    a += " (IA5String (ASCII))";
                    break;
                case s.Type.UTCTIME:
                    a += " (UTC time)";
                    break;
                case s.Type.GENERALIZEDTIME:
                    a += " (Generalized time)";
                    break;
                case s.Type.BMPSTRING:
                    a += " (BMP String)"
                }
            else
                a += e.type;
            if (a += "\n",
            a += n + "Constructed: " + e.constructed + "\n",
            e.composed) {
                for (var u = 0, l = "", o = 0; o < e.value.length; ++o)
                    void 0 !== e.value[o] && (u += 1,
                    l += s.prettyPrint(e.value[o], t + 1, r),
                    o + 1 < e.value.length && (l += ","));
                a += n + "Sub values: " + u + l
            } else {
                if (a += n + "Value: ",
                e.type === s.Type.OID) {
                    var p = s.derToOid(e.value);
                    a += p,
                    i.pki && i.pki.oids && p in i.pki.oids && (a += " (" + i.pki.oids[p] + ") ")
                }
                if (e.type === s.Type.INTEGER)
                    try {
                        a += s.derToInteger(e.value)
                    } catch (t) {
                        a += "0x" + i.util.bytesToHex(e.value)
                    }
                else if (e.type === s.Type.BITSTRING) {
                    if (e.value.length > 1 ? a += "0x" + i.util.bytesToHex(e.value.slice(1)) : a += "(none)",
                    e.value.length > 0) {
                        var f = e.value.charCodeAt(0);
                        1 == f ? a += " (1 unused bit shown)" : f > 1 && (a += " (" + f + " unused bits shown)")
                    }
                } else
                    e.type === s.Type.OCTETSTRING ? (c.test(e.value) || (a += "(" + e.value + ") "),
                    a += "0x" + i.util.bytesToHex(e.value)) : e.type === s.Type.UTF8 ? a += i.util.decodeUtf8(e.value) : e.type === s.Type.PRINTABLESTRING || e.type === s.Type.IA5String ? a += e.value : c.test(e.value) ? a += "0x" + i.util.bytesToHex(e.value) : 0 === e.value.length ? a += "[null]" : a += e.value
            }
            return a
        }
    }
    , function(e, t, r) {
        var a = r(0);
        e.exports = a.md = a.md || {},
        a.md.algorithms = a.md.algorithms || {}
    }
    , function(e, t, r) {
        function a(e, t) {
            var r = function() {
                return new c.aes.Algorithm(e,t)
            };
            c.cipher.registerAlgorithm(e, r)
        }
        function n() {
            d = !0,
            p = [0, 1, 2, 4, 8, 16, 32, 64, 128, 27, 54];
            for (var e = new Array(256), t = 0; t < 128; ++t)
                e[t] = t << 1,
                e[t + 128] = t + 128 << 1 ^ 283;
            u = new Array(256),
            l = new Array(256),
            f = new Array(4),
            h = new Array(4);
            for (var t = 0; t < 4; ++t)
                f[t] = new Array(256),
                h[t] = new Array(256);
            for (var r, a, n, i, s, o, c, y = 0, g = 0, t = 0; t < 256; ++t) {
                i = g ^ g << 1 ^ g << 2 ^ g << 3 ^ g << 4,
                i = i >> 8 ^ 255 & i ^ 99,
                u[y] = i,
                l[i] = y,
                s = e[i],
                r = e[y],
                a = e[r],
                n = e[a],
                o = s << 24 ^ i << 16 ^ i << 8 ^ i ^ s,
                c = (r ^ a ^ n) << 24 ^ (y ^ n) << 16 ^ (y ^ a ^ n) << 8 ^ y ^ r ^ n;
                for (var v = 0; v < 4; ++v)
                    f[v][y] = o,
                    h[v][i] = c,
                    o = o << 24 | o >>> 8,
                    c = c << 24 | c >>> 8;
                0 === y ? y = g = 1 : (y = r ^ e[e[e[r ^ n]]],
                g ^= e[e[g]])
            }
        }
        function i(e, t) {
            for (var r, a = e.slice(0), n = 1, i = a.length, s = i + 6 + 1, o = y * s, c = i; c < o; ++c)
                r = a[c - 1],
                c % i == 0 ? (r = u[r >>> 16 & 255] << 24 ^ u[r >>> 8 & 255] << 16 ^ u[255 & r] << 8 ^ u[r >>> 24] ^ p[n] << 24,
                n++) : i > 6 && c % i == 4 && (r = u[r >>> 24] << 24 ^ u[r >>> 16 & 255] << 16 ^ u[r >>> 8 & 255] << 8 ^ u[255 & r]),
                a[c] = a[c - i] ^ r;
            if (t) {
                var l, f = h[0], d = h[1], g = h[2], v = h[3], m = a.slice(0);
                o = a.length;
                for (var c = 0, C = o - y; c < o; c += y,
                C -= y)
                    if (0 === c || c === o - y)
                        m[c] = a[C],
                        m[c + 1] = a[C + 3],
                        m[c + 2] = a[C + 2],
                        m[c + 3] = a[C + 1];
                    else
                        for (var E = 0; E < y; ++E)
                            l = a[C + E],
                            m[c + (3 & -E)] = f[u[l >>> 24]] ^ d[u[l >>> 16 & 255]] ^ g[u[l >>> 8 & 255]] ^ v[u[255 & l]];
                a = m
            }
            return a
        }
        function s(e, t, r, a) {
            var n, i, s, o, c, p = e.length / 4 - 1;
            a ? (n = h[0],
            i = h[1],
            s = h[2],
            o = h[3],
            c = l) : (n = f[0],
            i = f[1],
            s = f[2],
            o = f[3],
            c = u);
            var d, y, g, v, m, C, E;
            d = t[0] ^ e[0],
            y = t[a ? 3 : 1] ^ e[1],
            g = t[2] ^ e[2],
            v = t[a ? 1 : 3] ^ e[3];
            for (var S = 3, T = 1; T < p; ++T)
                m = n[d >>> 24] ^ i[y >>> 16 & 255] ^ s[g >>> 8 & 255] ^ o[255 & v] ^ e[++S],
                C = n[y >>> 24] ^ i[g >>> 16 & 255] ^ s[v >>> 8 & 255] ^ o[255 & d] ^ e[++S],
                E = n[g >>> 24] ^ i[v >>> 16 & 255] ^ s[d >>> 8 & 255] ^ o[255 & y] ^ e[++S],
                v = n[v >>> 24] ^ i[d >>> 16 & 255] ^ s[y >>> 8 & 255] ^ o[255 & g] ^ e[++S],
                d = m,
                y = C,
                g = E;
            r[0] = c[d >>> 24] << 24 ^ c[y >>> 16 & 255] << 16 ^ c[g >>> 8 & 255] << 8 ^ c[255 & v] ^ e[++S],
            r[a ? 3 : 1] = c[y >>> 24] << 24 ^ c[g >>> 16 & 255] << 16 ^ c[v >>> 8 & 255] << 8 ^ c[255 & d] ^ e[++S],
            r[2] = c[g >>> 24] << 24 ^ c[v >>> 16 & 255] << 16 ^ c[d >>> 8 & 255] << 8 ^ c[255 & y] ^ e[++S],
            r[a ? 1 : 3] = c[v >>> 24] << 24 ^ c[d >>> 16 & 255] << 16 ^ c[y >>> 8 & 255] << 8 ^ c[255 & g] ^ e[++S]
        }
        function o(e) {
            e = e || {};
            var t, r = (e.mode || "CBC").toUpperCase(), a = "AES-" + r;
            t = e.decrypt ? c.cipher.createDecipher(a, e.key) : c.cipher.createCipher(a, e.key);
            var n = t.start;
            return t.start = function(e, r) {
                var a = null;
                r instanceof c.util.ByteBuffer && (a = r,
                r = {}),
                r = r || {},
                r.output = a,
                r.iv = e,
                n.call(t, r)
            }
            ,
            t
        }
        var c = r(0);
        r(13),
        r(19),
        r(1),
        e.exports = c.aes = c.aes || {},
        c.aes.startEncrypting = function(e, t, r, a) {
            var n = o({
                key: e,
                output: r,
                decrypt: !1,
                mode: a
            });
            return n.start(t),
            n
        }
        ,
        c.aes.createEncryptionCipher = function(e, t) {
            return o({
                key: e,
                output: null,
                decrypt: !1,
                mode: t
            })
        }
        ,
        c.aes.startDecrypting = function(e, t, r, a) {
            var n = o({
                key: e,
                output: r,
                decrypt: !0,
                mode: a
            });
            return n.start(t),
            n
        }
        ,
        c.aes.createDecryptionCipher = function(e, t) {
            return o({
                key: e,
                output: null,
                decrypt: !0,
                mode: t
            })
        }
        ,
        c.aes.Algorithm = function(e, t) {
            d || n();
            var r = this;
            r.name = e,
            r.mode = new t({
                blockSize: 16,
                cipher: {
                    encrypt: function(e, t) {
                        return s(r._w, e, t, !1)
                    },
                    decrypt: function(e, t) {
                        return s(r._w, e, t, !0)
                    }
                }
            }),
            r._init = !1
        }
        ,
        c.aes.Algorithm.prototype.initialize = function(e) {
            if (!this._init) {
                var t, r = e.key;
                if ("string" != typeof r || 16 !== r.length && 24 !== r.length && 32 !== r.length) {
                    if (c.util.isArray(r) && (16 === r.length || 24 === r.length || 32 === r.length)) {
                        t = r,
                        r = c.util.createBuffer();
                        for (var a = 0; a < t.length; ++a)
                            r.putByte(t[a])
                    }
                } else
                    r = c.util.createBuffer(r);
                if (!c.util.isArray(r)) {
                    t = r,
                    r = [];
                    var n = t.length();
                    if (16 === n || 24 === n || 32 === n) {
                        n >>>= 2;
                        for (var a = 0; a < n; ++a)
                            r.push(t.getInt32())
                    }
                }
                if (!c.util.isArray(r) || 4 !== r.length && 6 !== r.length && 8 !== r.length)
                    throw new Error("Invalid key parameter.");
                var s = this.mode.name
                  , o = -1 !== ["CFB", "OFB", "CTR", "GCM"].indexOf(s);
                this._w = i(r, e.decrypt && !o),
                this._init = !0
            }
        }
        ,
        c.aes._expandKey = function(e, t) {
            return d || n(),
            i(e, t)
        }
        ,
        c.aes._updateBlock = s,
        a("AES-ECB", c.cipher.modes.ecb),
        a("AES-CBC", c.cipher.modes.cbc),
        a("AES-CFB", c.cipher.modes.cfb),
        a("AES-OFB", c.cipher.modes.ofb),
        a("AES-CTR", c.cipher.modes.ctr),
        a("AES-GCM", c.cipher.modes.gcm);
        var u, l, p, f, h, d = !1, y = 4
    }
    , function(e, t, r) {
        function a(e, t) {
            s[e] = t,
            s[t] = e
        }
        function n(e, t) {
            s[e] = t
        }
        var i = r(0);
        i.pki = i.pki || {};
        var s = e.exports = i.pki.oids = i.oids = i.oids || {};
        a("1.2.840.113549.1.1.1", "rsaEncryption"),
        a("1.2.840.113549.1.1.4", "md5WithRSAEncryption"),
        a("1.2.840.113549.1.1.5", "sha1WithRSAEncryption"),
        a("1.2.840.113549.1.1.7", "RSAES-OAEP"),
        a("1.2.840.113549.1.1.8", "mgf1"),
        a("1.2.840.113549.1.1.9", "pSpecified"),
        a("1.2.840.113549.1.1.10", "RSASSA-PSS"),
        a("1.2.840.113549.1.1.11", "sha256WithRSAEncryption"),
        a("1.2.840.113549.1.1.12", "sha384WithRSAEncryption"),
        a("1.2.840.113549.1.1.13", "sha512WithRSAEncryption"),
        a("1.2.840.10040.4.3", "dsa-with-sha1"),
        a("1.3.14.3.2.7", "desCBC"),
        a("1.3.14.3.2.26", "sha1"),
        a("2.16.840.1.101.3.4.2.1", "sha256"),
        a("2.16.840.1.101.3.4.2.2", "sha384"),
        a("2.16.840.1.101.3.4.2.3", "sha512"),
        a("1.2.840.113549.2.5", "md5"),
        a("1.2.840.113549.1.7.1", "data"),
        a("1.2.840.113549.1.7.2", "signedData"),
        a("1.2.840.113549.1.7.3", "envelopedData"),
        a("1.2.840.113549.1.7.4", "signedAndEnvelopedData"),
        a("1.2.840.113549.1.7.5", "digestedData"),
        a("1.2.840.113549.1.7.6", "encryptedData"),
        a("1.2.840.113549.1.9.1", "emailAddress"),
        a("1.2.840.113549.1.9.2", "unstructuredName"),
        a("1.2.840.113549.1.9.3", "contentType"),
        a("1.2.840.113549.1.9.4", "messageDigest"),
        a("1.2.840.113549.1.9.5", "signingTime"),
        a("1.2.840.113549.1.9.6", "counterSignature"),
        a("1.2.840.113549.1.9.7", "challengePassword"),
        a("1.2.840.113549.1.9.8", "unstructuredAddress"),
        a("1.2.840.113549.1.9.14", "extensionRequest"),
        a("1.2.840.113549.1.9.20", "friendlyName"),
        a("1.2.840.113549.1.9.21", "localKeyId"),
        a("1.2.840.113549.1.9.22.1", "x509Certificate"),
        a("1.2.840.113549.1.12.10.1.1", "keyBag"),
        a("1.2.840.113549.1.12.10.1.2", "pkcs8ShroudedKeyBag"),
        a("1.2.840.113549.1.12.10.1.3", "certBag"),
        a("1.2.840.113549.1.12.10.1.4", "crlBag"),
        a("1.2.840.113549.1.12.10.1.5", "secretBag"),
        a("1.2.840.113549.1.12.10.1.6", "safeContentsBag"),
        a("1.2.840.113549.1.5.13", "pkcs5PBES2"),
        a("1.2.840.113549.1.5.12", "pkcs5PBKDF2"),
        a("1.2.840.113549.1.12.1.1", "pbeWithSHAAnd128BitRC4"),
        a("1.2.840.113549.1.12.1.2", "pbeWithSHAAnd40BitRC4"),
        a("1.2.840.113549.1.12.1.3", "pbeWithSHAAnd3-KeyTripleDES-CBC"),
        a("1.2.840.113549.1.12.1.4", "pbeWithSHAAnd2-KeyTripleDES-CBC"),
        a("1.2.840.113549.1.12.1.5", "pbeWithSHAAnd128BitRC2-CBC"),
        a("1.2.840.113549.1.12.1.6", "pbewithSHAAnd40BitRC2-CBC"),
        a("1.2.840.113549.2.7", "hmacWithSHA1"),
        a("1.2.840.113549.2.8", "hmacWithSHA224"),
        a("1.2.840.113549.2.9", "hmacWithSHA256"),
        a("1.2.840.113549.2.10", "hmacWithSHA384"),
        a("1.2.840.113549.2.11", "hmacWithSHA512"),
        a("1.2.840.113549.3.7", "des-EDE3-CBC"),
        a("2.16.840.1.101.3.4.1.2", "aes128-CBC"),
        a("2.16.840.1.101.3.4.1.22", "aes192-CBC"),
        a("2.16.840.1.101.3.4.1.42", "aes256-CBC"),
        a("2.5.4.3", "commonName"),
        a("2.5.4.5", "serialName"),
        a("2.5.4.6", "countryName"),
        a("2.5.4.7", "localityName"),
        a("2.5.4.8", "stateOrProvinceName"),
        a("2.5.4.10", "organizationName"),
        a("2.5.4.11", "organizationalUnitName"),
        a("2.5.4.13", "description"),
        a("2.16.840.1.113730.1.1", "nsCertType"),
        a("2.16.840.1.113730.1.13", "nsComment"),
        n("2.5.29.1", "authorityKeyIdentifier"),
        n("2.5.29.2", "keyAttributes"),
        n("2.5.29.3", "certificatePolicies"),
        n("2.5.29.4", "keyUsageRestriction"),
        n("2.5.29.5", "policyMapping"),
        n("2.5.29.6", "subtreesConstraint"),
        n("2.5.29.7", "subjectAltName"),
        n("2.5.29.8", "issuerAltName"),
        n("2.5.29.9", "subjectDirectoryAttributes"),
        n("2.5.29.10", "basicConstraints"),
        n("2.5.29.11", "nameConstraints"),
        n("2.5.29.12", "policyConstraints"),
        n("2.5.29.13", "basicConstraints"),
        a("2.5.29.14", "subjectKeyIdentifier"),
        a("2.5.29.15", "keyUsage"),
        n("2.5.29.16", "privateKeyUsagePeriod"),
        a("2.5.29.17", "subjectAltName"),
        a("2.5.29.18", "issuerAltName"),
        a("2.5.29.19", "basicConstraints"),
        n("2.5.29.20", "cRLNumber"),
        n("2.5.29.21", "cRLReason"),
        n("2.5.29.22", "expirationDate"),
        n("2.5.29.23", "instructionCode"),
        n("2.5.29.24", "invalidityDate"),
        n("2.5.29.25", "cRLDistributionPoints"),
        n("2.5.29.26", "issuingDistributionPoint"),
        n("2.5.29.27", "deltaCRLIndicator"),
        n("2.5.29.28", "issuingDistributionPoint"),
        n("2.5.29.29", "certificateIssuer"),
        n("2.5.29.30", "nameConstraints"),
        a("2.5.29.31", "cRLDistributionPoints"),
        a("2.5.29.32", "certificatePolicies"),
        n("2.5.29.33", "policyMappings"),
        n("2.5.29.34", "policyConstraints"),
        a("2.5.29.35", "authorityKeyIdentifier"),
        n("2.5.29.36", "policyConstraints"),
        a("2.5.29.37", "extKeyUsage"),
        n("2.5.29.46", "freshestCRL"),
        n("2.5.29.54", "inhibitAnyPolicy"),
        a("1.3.6.1.4.1.11129.2.4.2", "timestampList"),
        a("1.3.6.1.5.5.7.1.1", "authorityInfoAccess"),
        a("1.3.6.1.5.5.7.3.1", "serverAuth"),
        a("1.3.6.1.5.5.7.3.2", "clientAuth"),
        a("1.3.6.1.5.5.7.3.3", "codeSigning"),
        a("1.3.6.1.5.5.7.3.4", "emailProtection"),
        a("1.3.6.1.5.5.7.3.8", "timeStamping")
    }
    , function(e, t, r) {
        function a(e) {
            for (var t = e.name + ": ", r = [], a = function(e, t) {
                return " " + t
            }, n = 0; n < e.values.length; ++n)
                r.push(e.values[n].replace(/^(\S+\r\n)/, a));
            t += r.join(",") + "\r\n";
            for (var i = 0, s = -1, n = 0; n < t.length; ++n,
            ++i)
                if (i > 65 && -1 !== s) {
                    var o = t[s];
                    "," === o ? (++s,
                    t = t.substr(0, s) + "\r\n " + t.substr(s)) : t = t.substr(0, s) + "\r\n" + o + t.substr(s + 1),
                    i = n - s - 1,
                    s = -1,
                    ++n
                } else
                    " " !== t[n] && "\t" !== t[n] && "," !== t[n] || (s = n);
            return t
        }
        function n(e) {
            return e.replace(/^\s+/, "")
        }
        var i = r(0);
        r(1);
        var s = e.exports = i.pem = i.pem || {};
        s.encode = function(e, t) {
            t = t || {};
            var r, n = "-----BEGIN " + e.type + "-----\r\n";
            if (e.procType && (r = {
                name: "Proc-Type",
                values: [String(e.procType.version), e.procType.type]
            },
            n += a(r)),
            e.contentDomain && (r = {
                name: "Content-Domain",
                values: [e.contentDomain]
            },
            n += a(r)),
            e.dekInfo && (r = {
                name: "DEK-Info",
                values: [e.dekInfo.algorithm]
            },
            e.dekInfo.parameters && r.values.push(e.dekInfo.parameters),
            n += a(r)),
            e.headers)
                for (var s = 0; s < e.headers.length; ++s)
                    n += a(e.headers[s]);
            return e.procType && (n += "\r\n"),
            n += i.util.encode64(e.body, t.maxline || 64) + "\r\n",
            n += "-----END " + e.type + "-----\r\n"
        }
        ,
        s.decode = function(e) {
            for (var t, r = [], a = /\s*-----BEGIN ([A-Z0-9- ]+)-----\r?\n?([\x21-\x7e\s]+?(?:\r?\n\r?\n))?([:A-Za-z0-9+\/=\s]+?)-----END \1-----/g, s = /([\x21-\x7e]+):\s*([\x21-\x7e\s^:]+)/, o = /\r?\n/; ; ) {
                if (!(t = a.exec(e)))
                    break;
                var c = {
                    type: t[1],
                    procType: null,
                    contentDomain: null,
                    dekInfo: null,
                    headers: [],
                    body: i.util.decode64(t[3])
                };
                if (r.push(c),
                t[2]) {
                    for (var u = t[2].split(o), l = 0; t && l < u.length; ) {
                        for (var p = u[l].replace(/\s+$/, ""), f = l + 1; f < u.length; ++f) {
                            var h = u[f];
                            if (!/\s/.test(h[0]))
                                break;
                            p += h,
                            l = f
                        }
                        if (t = p.match(s)) {
                            for (var d = {
                                name: t[1],
                                values: []
                            }, y = t[2].split(","), g = 0; g < y.length; ++g)
                                d.values.push(n(y[g]));
                            if (c.procType)
                                if (c.contentDomain || "Content-Domain" !== d.name)
                                    if (c.dekInfo || "DEK-Info" !== d.name)
                                        c.headers.push(d);
                                    else {
                                        if (0 === d.values.length)
                                            throw new Error('Invalid PEM formatted message. The "DEK-Info" header must have at least one subfield.');
                                        c.dekInfo = {
                                            algorithm: y[0],
                                            parameters: y[1] || null
                                        }
                                    }
                                else
                                    c.contentDomain = y[0] || "";
                            else {
                                if ("Proc-Type" !== d.name)
                                    throw new Error('Invalid PEM formatted message. The first encapsulated header must be "Proc-Type".');
                                if (2 !== d.values.length)
                                    throw new Error('Invalid PEM formatted message. The "Proc-Type" header must have two subfields.');
                                c.procType = {
                                    version: y[0],
                                    type: y[1]
                                }
                            }
                        }
                        ++l
                    }
                    if ("ENCRYPTED" === c.procType && !c.dekInfo)
                        throw new Error('Invalid PEM formatted message. The "DEK-Info" header must be present if "Proc-Type" is "ENCRYPTED".')
                }
            }
            if (0 === r.length)
                throw new Error("Invalid PEM formatted message.");
            return r
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(4),
        r(1),
        (e.exports = a.hmac = a.hmac || {}).create = function() {
            var e = null
              , t = null
              , r = null
              , n = null
              , i = {};
            return i.start = function(i, s) {
                if (null !== i)
                    if ("string" == typeof i) {
                        if (!((i = i.toLowerCase())in a.md.algorithms))
                            throw new Error('Unknown hash algorithm "' + i + '"');
                        t = a.md.algorithms[i].create()
                    } else
                        t = i;
                if (null === s)
                    s = e;
                else {
                    if ("string" == typeof s)
                        s = a.util.createBuffer(s);
                    else if (a.util.isArray(s)) {
                        var o = s;
                        s = a.util.createBuffer();
                        for (var c = 0; c < o.length; ++c)
                            s.putByte(o[c])
                    }
                    var u = s.length();
                    u > t.blockLength && (t.start(),
                    t.update(s.bytes()),
                    s = t.digest()),
                    r = a.util.createBuffer(),
                    n = a.util.createBuffer(),
                    u = s.length();
                    for (var c = 0; c < u; ++c) {
                        var o = s.at(c);
                        r.putByte(54 ^ o),
                        n.putByte(92 ^ o)
                    }
                    if (u < t.blockLength)
                        for (var o = t.blockLength - u, c = 0; c < o; ++c)
                            r.putByte(54),
                            n.putByte(92);
                    e = s,
                    r = r.bytes(),
                    n = n.bytes()
                }
                t.start(),
                t.update(r)
            }
            ,
            i.update = function(e) {
                t.update(e)
            }
            ,
            i.getMac = function() {
                var e = t.digest().bytes();
                return t.start(),
                t.update(n),
                t.update(e),
                t.digest()
            }
            ,
            i.digest = i.getMac,
            i
        }
    }
    , function(e, t, r) {
        function a() {
            o = String.fromCharCode(128),
            o += i.util.fillString(String.fromCharCode(0), 64),
            c = !0
        }
        function n(e, t, r) {
            for (var a, n, i, s, o, c, u, l, p = r.length(); p >= 64; ) {
                for (n = e.h0,
                i = e.h1,
                s = e.h2,
                o = e.h3,
                c = e.h4,
                l = 0; l < 16; ++l)
                    a = r.getInt32(),
                    t[l] = a,
                    u = o ^ i & (s ^ o),
                    a = (n << 5 | n >>> 27) + u + c + 1518500249 + a,
                    c = o,
                    o = s,
                    s = (i << 30 | i >>> 2) >>> 0,
                    i = n,
                    n = a;
                for (; l < 20; ++l)
                    a = t[l - 3] ^ t[l - 8] ^ t[l - 14] ^ t[l - 16],
                    a = a << 1 | a >>> 31,
                    t[l] = a,
                    u = o ^ i & (s ^ o),
                    a = (n << 5 | n >>> 27) + u + c + 1518500249 + a,
                    c = o,
                    o = s,
                    s = (i << 30 | i >>> 2) >>> 0,
                    i = n,
                    n = a;
                for (; l < 32; ++l)
                    a = t[l - 3] ^ t[l - 8] ^ t[l - 14] ^ t[l - 16],
                    a = a << 1 | a >>> 31,
                    t[l] = a,
                    u = i ^ s ^ o,
                    a = (n << 5 | n >>> 27) + u + c + 1859775393 + a,
                    c = o,
                    o = s,
                    s = (i << 30 | i >>> 2) >>> 0,
                    i = n,
                    n = a;
                for (; l < 40; ++l)
                    a = t[l - 6] ^ t[l - 16] ^ t[l - 28] ^ t[l - 32],
                    a = a << 2 | a >>> 30,
                    t[l] = a,
                    u = i ^ s ^ o,
                    a = (n << 5 | n >>> 27) + u + c + 1859775393 + a,
                    c = o,
                    o = s,
                    s = (i << 30 | i >>> 2) >>> 0,
                    i = n,
                    n = a;
                for (; l < 60; ++l)
                    a = t[l - 6] ^ t[l - 16] ^ t[l - 28] ^ t[l - 32],
                    a = a << 2 | a >>> 30,
                    t[l] = a,
                    u = i & s | o & (i ^ s),
                    a = (n << 5 | n >>> 27) + u + c + 2400959708 + a,
                    c = o,
                    o = s,
                    s = (i << 30 | i >>> 2) >>> 0,
                    i = n,
                    n = a;
                for (; l < 80; ++l)
                    a = t[l - 6] ^ t[l - 16] ^ t[l - 28] ^ t[l - 32],
                    a = a << 2 | a >>> 30,
                    t[l] = a,
                    u = i ^ s ^ o,
                    a = (n << 5 | n >>> 27) + u + c + 3395469782 + a,
                    c = o,
                    o = s,
                    s = (i << 30 | i >>> 2) >>> 0,
                    i = n,
                    n = a;
                e.h0 = e.h0 + n | 0,
                e.h1 = e.h1 + i | 0,
                e.h2 = e.h2 + s | 0,
                e.h3 = e.h3 + o | 0,
                e.h4 = e.h4 + c | 0,
                p -= 64
            }
        }
        var i = r(0);
        r(4),
        r(1);
        var s = e.exports = i.sha1 = i.sha1 || {};
        i.md.sha1 = i.md.algorithms.sha1 = s,
        s.create = function() {
            c || a();
            var e = null
              , t = i.util.createBuffer()
              , r = new Array(80)
              , s = {
                algorithm: "sha1",
                blockLength: 64,
                digestLength: 20,
                messageLength: 0,
                fullMessageLength: null,
                messageLengthSize: 8
            };
            return s.start = function() {
                s.messageLength = 0,
                s.fullMessageLength = s.messageLength64 = [];
                for (var r = s.messageLengthSize / 4, a = 0; a < r; ++a)
                    s.fullMessageLength.push(0);
                return t = i.util.createBuffer(),
                e = {
                    h0: 1732584193,
                    h1: 4023233417,
                    h2: 2562383102,
                    h3: 271733878,
                    h4: 3285377520
                },
                s
            }
            ,
            s.start(),
            s.update = function(a, o) {
                "utf8" === o && (a = i.util.encodeUtf8(a));
                var c = a.length;
                s.messageLength += c,
                c = [c / 4294967296 >>> 0, c >>> 0];
                for (var u = s.fullMessageLength.length - 1; u >= 0; --u)
                    s.fullMessageLength[u] += c[1],
                    c[1] = c[0] + (s.fullMessageLength[u] / 4294967296 >>> 0),
                    s.fullMessageLength[u] = s.fullMessageLength[u] >>> 0,
                    c[0] = c[1] / 4294967296 >>> 0;
                return t.putBytes(a),
                n(e, r, t),
                (t.read > 2048 || 0 === t.length()) && t.compact(),
                s
            }
            ,
            s.digest = function() {
                var a = i.util.createBuffer();
                a.putBytes(t.bytes());
                var c = s.fullMessageLength[s.fullMessageLength.length - 1] + s.messageLengthSize
                  , u = c & s.blockLength - 1;
                a.putBytes(o.substr(0, s.blockLength - u));
                for (var l, p, f = 8 * s.fullMessageLength[0], h = 0; h < s.fullMessageLength.length - 1; ++h)
                    l = 8 * s.fullMessageLength[h + 1],
                    p = l / 4294967296 >>> 0,
                    f += p,
                    a.putInt32(f >>> 0),
                    f = l >>> 0;
                a.putInt32(f);
                var d = {
                    h0: e.h0,
                    h1: e.h1,
                    h2: e.h2,
                    h3: e.h3,
                    h4: e.h4
                };
                n(d, r, a);
                var y = i.util.createBuffer();
                return y.putInt32(d.h0),
                y.putInt32(d.h1),
                y.putInt32(d.h2),
                y.putInt32(d.h3),
                y.putInt32(d.h4),
                y
            }
            ,
            s
        }
        ;
        var o = null
          , c = !1
    }
    , function(e, t, r) {
        function a(e, t) {
            var r = function() {
                return new o.des.Algorithm(e,t)
            };
            o.cipher.registerAlgorithm(e, r)
        }
        function n(e) {
            for (var t, r = [0, 4, 536870912, 536870916, 65536, 65540, 536936448, 536936452, 512, 516, 536871424, 536871428, 66048, 66052, 536936960, 536936964], a = [0, 1, 1048576, 1048577, 67108864, 67108865, 68157440, 68157441, 256, 257, 1048832, 1048833, 67109120, 67109121, 68157696, 68157697], n = [0, 8, 2048, 2056, 16777216, 16777224, 16779264, 16779272, 0, 8, 2048, 2056, 16777216, 16777224, 16779264, 16779272], i = [0, 2097152, 134217728, 136314880, 8192, 2105344, 134225920, 136323072, 131072, 2228224, 134348800, 136445952, 139264, 2236416, 134356992, 136454144], s = [0, 262144, 16, 262160, 0, 262144, 16, 262160, 4096, 266240, 4112, 266256, 4096, 266240, 4112, 266256], o = [0, 1024, 32, 1056, 0, 1024, 32, 1056, 33554432, 33555456, 33554464, 33555488, 33554432, 33555456, 33554464, 33555488], c = [0, 268435456, 524288, 268959744, 2, 268435458, 524290, 268959746, 0, 268435456, 524288, 268959744, 2, 268435458, 524290, 268959746], u = [0, 65536, 2048, 67584, 536870912, 536936448, 536872960, 536938496, 131072, 196608, 133120, 198656, 537001984, 537067520, 537004032, 537069568], l = [0, 262144, 0, 262144, 2, 262146, 2, 262146, 33554432, 33816576, 33554432, 33816576, 33554434, 33816578, 33554434, 33816578], p = [0, 268435456, 8, 268435464, 0, 268435456, 8, 268435464, 1024, 268436480, 1032, 268436488, 1024, 268436480, 1032, 268436488], f = [0, 32, 0, 32, 1048576, 1048608, 1048576, 1048608, 8192, 8224, 8192, 8224, 1056768, 1056800, 1056768, 1056800], h = [0, 16777216, 512, 16777728, 2097152, 18874368, 2097664, 18874880, 67108864, 83886080, 67109376, 83886592, 69206016, 85983232, 69206528, 85983744], d = [0, 4096, 134217728, 134221824, 524288, 528384, 134742016, 134746112, 16, 4112, 134217744, 134221840, 524304, 528400, 134742032, 134746128], y = [0, 4, 256, 260, 0, 4, 256, 260, 1, 5, 257, 261, 1, 5, 257, 261], g = e.length() > 8 ? 3 : 1, v = [], m = [0, 0, 1, 1, 1, 1, 1, 1, 0, 1, 1, 1, 1, 1, 1, 0], C = 0, E = 0; E < g; E++) {
                var S = e.getInt32()
                  , T = e.getInt32();
                t = 252645135 & (S >>> 4 ^ T),
                T ^= t,
                S ^= t << 4,
                t = 65535 & (T >>> -16 ^ S),
                S ^= t,
                T ^= t << -16,
                t = 858993459 & (S >>> 2 ^ T),
                T ^= t,
                S ^= t << 2,
                t = 65535 & (T >>> -16 ^ S),
                S ^= t,
                T ^= t << -16,
                t = 1431655765 & (S >>> 1 ^ T),
                T ^= t,
                S ^= t << 1,
                t = 16711935 & (T >>> 8 ^ S),
                S ^= t,
                T ^= t << 8,
                t = 1431655765 & (S >>> 1 ^ T),
                T ^= t,
                S ^= t << 1,
                t = S << 8 | T >>> 20 & 240,
                S = T << 24 | T << 8 & 16711680 | T >>> 8 & 65280 | T >>> 24 & 240,
                T = t;
                for (var I = 0; I < m.length; ++I) {
                    m[I] ? (S = S << 2 | S >>> 26,
                    T = T << 2 | T >>> 26) : (S = S << 1 | S >>> 27,
                    T = T << 1 | T >>> 27),
                    S &= -15,
                    T &= -15;
                    var b = r[S >>> 28] | a[S >>> 24 & 15] | n[S >>> 20 & 15] | i[S >>> 16 & 15] | s[S >>> 12 & 15] | o[S >>> 8 & 15] | c[S >>> 4 & 15]
                      , A = u[T >>> 28] | l[T >>> 24 & 15] | p[T >>> 20 & 15] | f[T >>> 16 & 15] | h[T >>> 12 & 15] | d[T >>> 8 & 15] | y[T >>> 4 & 15];
                    t = 65535 & (A >>> 16 ^ b),
                    v[C++] = b ^ t,
                    v[C++] = A ^ t << 16
                }
            }
            return v
        }
        function i(e, t, r, a) {
            var n, i = 32 === e.length ? 3 : 9;
            n = 3 === i ? a ? [30, -2, -2] : [0, 32, 2] : a ? [94, 62, -2, 32, 64, 2, 30, -2, -2] : [0, 32, 2, 62, 30, -2, 64, 96, 2];
            var s, o = t[0], g = t[1];
            s = 252645135 & (o >>> 4 ^ g),
            g ^= s,
            o ^= s << 4,
            s = 65535 & (o >>> 16 ^ g),
            g ^= s,
            o ^= s << 16,
            s = 858993459 & (g >>> 2 ^ o),
            o ^= s,
            g ^= s << 2,
            s = 16711935 & (g >>> 8 ^ o),
            o ^= s,
            g ^= s << 8,
            s = 1431655765 & (o >>> 1 ^ g),
            g ^= s,
            o ^= s << 1,
            o = o << 1 | o >>> 31,
            g = g << 1 | g >>> 31;
            for (var v = 0; v < i; v += 3) {
                for (var m = n[v + 1], C = n[v + 2], E = n[v]; E != m; E += C) {
                    var S = g ^ e[E]
                      , T = (g >>> 4 | g << 28) ^ e[E + 1];
                    s = o,
                    o = g,
                    g = s ^ (u[S >>> 24 & 63] | p[S >>> 16 & 63] | h[S >>> 8 & 63] | y[63 & S] | c[T >>> 24 & 63] | l[T >>> 16 & 63] | f[T >>> 8 & 63] | d[63 & T])
                }
                s = o,
                o = g,
                g = s
            }
            o = o >>> 1 | o << 31,
            g = g >>> 1 | g << 31,
            s = 1431655765 & (o >>> 1 ^ g),
            g ^= s,
            o ^= s << 1,
            s = 16711935 & (g >>> 8 ^ o),
            o ^= s,
            g ^= s << 8,
            s = 858993459 & (g >>> 2 ^ o),
            o ^= s,
            g ^= s << 2,
            s = 65535 & (o >>> 16 ^ g),
            g ^= s,
            o ^= s << 16,
            s = 252645135 & (o >>> 4 ^ g),
            g ^= s,
            o ^= s << 4,
            r[0] = o,
            r[1] = g
        }
        function s(e) {
            e = e || {};
            var t, r = (e.mode || "CBC").toUpperCase(), a = "DES-" + r;
            t = e.decrypt ? o.cipher.createDecipher(a, e.key) : o.cipher.createCipher(a, e.key);
            var n = t.start;
            return t.start = function(e, r) {
                var a = null;
                r instanceof o.util.ByteBuffer && (a = r,
                r = {}),
                r = r || {},
                r.output = a,
                r.iv = e,
                n.call(t, r)
            }
            ,
            t
        }
        var o = r(0);
        r(13),
        r(19),
        r(1),
        e.exports = o.des = o.des || {},
        o.des.startEncrypting = function(e, t, r, a) {
            var n = s({
                key: e,
                output: r,
                decrypt: !1,
                mode: a || (null === t ? "ECB" : "CBC")
            });
            return n.start(t),
            n
        }
        ,
        o.des.createEncryptionCipher = function(e, t) {
            return s({
                key: e,
                output: null,
                decrypt: !1,
                mode: t
            })
        }
        ,
        o.des.startDecrypting = function(e, t, r, a) {
            var n = s({
                key: e,
                output: r,
                decrypt: !0,
                mode: a || (null === t ? "ECB" : "CBC")
            });
            return n.start(t),
            n
        }
        ,
        o.des.createDecryptionCipher = function(e, t) {
            return s({
                key: e,
                output: null,
                decrypt: !0,
                mode: t
            })
        }
        ,
        o.des.Algorithm = function(e, t) {
            var r = this;
            r.name = e,
            r.mode = new t({
                blockSize: 8,
                cipher: {
                    encrypt: function(e, t) {
                        return i(r._keys, e, t, !1)
                    },
                    decrypt: function(e, t) {
                        return i(r._keys, e, t, !0)
                    }
                }
            }),
            r._init = !1
        }
        ,
        o.des.Algorithm.prototype.initialize = function(e) {
            if (!this._init) {
                var t = o.util.createBuffer(e.key);
                if (0 === this.name.indexOf("3DES") && 24 !== t.length())
                    throw new Error("Invalid Triple-DES key size: " + 8 * t.length());
                this._keys = n(t),
                this._init = !0
            }
        }
        ,
        a("DES-ECB", o.cipher.modes.ecb),
        a("DES-CBC", o.cipher.modes.cbc),
        a("DES-CFB", o.cipher.modes.cfb),
        a("DES-OFB", o.cipher.modes.ofb),
        a("DES-CTR", o.cipher.modes.ctr),
        a("3DES-ECB", o.cipher.modes.ecb),
        a("3DES-CBC", o.cipher.modes.cbc),
        a("3DES-CFB", o.cipher.modes.cfb),
        a("3DES-OFB", o.cipher.modes.ofb),
        a("3DES-CTR", o.cipher.modes.ctr);
        var c = [16843776, 0, 65536, 16843780, 16842756, 66564, 4, 65536, 1024, 16843776, 16843780, 1024, 16778244, 16842756, 16777216, 4, 1028, 16778240, 16778240, 66560, 66560, 16842752, 16842752, 16778244, 65540, 16777220, 16777220, 65540, 0, 1028, 66564, 16777216, 65536, 16843780, 4, 16842752, 16843776, 16777216, 16777216, 1024, 16842756, 65536, 66560, 16777220, 1024, 4, 16778244, 66564, 16843780, 65540, 16842752, 16778244, 16777220, 1028, 66564, 16843776, 1028, 16778240, 16778240, 0, 65540, 66560, 0, 16842756]
          , u = [-2146402272, -2147450880, 32768, 1081376, 1048576, 32, -2146435040, -2147450848, -2147483616, -2146402272, -2146402304, -2147483648, -2147450880, 1048576, 32, -2146435040, 1081344, 1048608, -2147450848, 0, -2147483648, 32768, 1081376, -2146435072, 1048608, -2147483616, 0, 1081344, 32800, -2146402304, -2146435072, 32800, 0, 1081376, -2146435040, 1048576, -2147450848, -2146435072, -2146402304, 32768, -2146435072, -2147450880, 32, -2146402272, 1081376, 32, 32768, -2147483648, 32800, -2146402304, 1048576, -2147483616, 1048608, -2147450848, -2147483616, 1048608, 1081344, 0, -2147450880, 32800, -2147483648, -2146435040, -2146402272, 1081344]
          , l = [520, 134349312, 0, 134348808, 134218240, 0, 131592, 134218240, 131080, 134217736, 134217736, 131072, 134349320, 131080, 134348800, 520, 134217728, 8, 134349312, 512, 131584, 134348800, 134348808, 131592, 134218248, 131584, 131072, 134218248, 8, 134349320, 512, 134217728, 134349312, 134217728, 131080, 520, 131072, 134349312, 134218240, 0, 512, 131080, 134349320, 134218240, 134217736, 512, 0, 134348808, 134218248, 131072, 134217728, 134349320, 8, 131592, 131584, 134217736, 134348800, 134218248, 520, 134348800, 131592, 8, 134348808, 131584]
          , p = [8396801, 8321, 8321, 128, 8396928, 8388737, 8388609, 8193, 0, 8396800, 8396800, 8396929, 129, 0, 8388736, 8388609, 1, 8192, 8388608, 8396801, 128, 8388608, 8193, 8320, 8388737, 1, 8320, 8388736, 8192, 8396928, 8396929, 129, 8388736, 8388609, 8396800, 8396929, 129, 0, 0, 8396800, 8320, 8388736, 8388737, 1, 8396801, 8321, 8321, 128, 8396929, 129, 1, 8192, 8388609, 8193, 8396928, 8388737, 8193, 8320, 8388608, 8396801, 128, 8388608, 8192, 8396928]
          , f = [256, 34078976, 34078720, 1107296512, 524288, 256, 1073741824, 34078720, 1074266368, 524288, 33554688, 1074266368, 1107296512, 1107820544, 524544, 1073741824, 33554432, 1074266112, 1074266112, 0, 1073742080, 1107820800, 1107820800, 33554688, 1107820544, 1073742080, 0, 1107296256, 34078976, 33554432, 1107296256, 524544, 524288, 1107296512, 256, 33554432, 1073741824, 34078720, 1107296512, 1074266368, 33554688, 1073741824, 1107820544, 34078976, 1074266368, 256, 33554432, 1107820544, 1107820800, 524544, 1107296256, 1107820800, 34078720, 0, 1074266112, 1107296256, 524544, 33554688, 1073742080, 524288, 0, 1074266112, 34078976, 1073742080]
          , h = [536870928, 541065216, 16384, 541081616, 541065216, 16, 541081616, 4194304, 536887296, 4210704, 4194304, 536870928, 4194320, 536887296, 536870912, 16400, 0, 4194320, 536887312, 16384, 4210688, 536887312, 16, 541065232, 541065232, 0, 4210704, 541081600, 16400, 4210688, 541081600, 536870912, 536887296, 16, 541065232, 4210688, 541081616, 4194304, 16400, 536870928, 4194304, 536887296, 536870912, 16400, 536870928, 541081616, 4210688, 541065216, 4210704, 541081600, 0, 541065232, 16, 16384, 541065216, 4210704, 16384, 4194320, 536887312, 0, 541081600, 536870912, 4194320, 536887312]
          , d = [2097152, 69206018, 67110914, 0, 2048, 67110914, 2099202, 69208064, 69208066, 2097152, 0, 67108866, 2, 67108864, 69206018, 2050, 67110912, 2099202, 2097154, 67110912, 67108866, 69206016, 69208064, 2097154, 69206016, 2048, 2050, 69208066, 2099200, 2, 67108864, 2099200, 67108864, 2099200, 2097152, 67110914, 67110914, 69206018, 69206018, 2, 2097154, 67108864, 67110912, 2097152, 69208064, 2050, 2099202, 69208064, 2050, 67108866, 69208066, 69206016, 2099200, 0, 2, 69208066, 0, 2099202, 69206016, 2048, 67108866, 67110912, 2048, 2097154]
          , y = [268439616, 4096, 262144, 268701760, 268435456, 268439616, 64, 268435456, 262208, 268697600, 268701760, 266240, 268701696, 266304, 4096, 64, 268697600, 268435520, 268439552, 4160, 266240, 262208, 268697664, 268701696, 4160, 0, 0, 268697664, 268435520, 268439552, 266304, 262144, 266304, 262144, 268701696, 4096, 64, 268697664, 4096, 266304, 268439552, 64, 268435520, 268697600, 268697664, 268435456, 262144, 268439616, 0, 268701760, 262208, 268435520, 268697600, 268439552, 268439616, 0, 268701760, 266240, 266240, 4160, 4160, 262208, 268435456, 268701696]
    }
    , function(e, t, r) {
        function a(e, t, r) {
            var a = f.util.createBuffer()
              , n = Math.ceil(t.n.bitLength() / 8);
            if (e.length > n - 11) {
                var i = new Error("Message is too long for PKCS#1 v1.5 padding.");
                throw i.length = e.length,
                i.max = n - 11,
                i
            }
            a.putByte(0),
            a.putByte(r);
            var s, o = n - 3 - e.length;
            if (0 === r || 1 === r) {
                s = 0 === r ? 0 : 255;
                for (var c = 0; c < o; ++c)
                    a.putByte(s)
            } else
                for (; o > 0; ) {
                    for (var u = 0, l = f.random.getBytes(o), c = 0; c < o; ++c)
                        s = l.charCodeAt(c),
                        0 === s ? ++u : a.putByte(s);
                    o = u
                }
            return a.putByte(0),
            a.putBytes(e),
            a
        }
        function n(e, t, r, a) {
            var n = Math.ceil(t.n.bitLength() / 8)
              , i = f.util.createBuffer(e)
              , s = i.getByte()
              , o = i.getByte();
            if (0 !== s || r && 0 !== o && 1 !== o || !r && 2 != o || r && 0 === o && void 0 === a)
                throw new Error("Encryption block is invalid.");
            var c = 0;
            if (0 === o) {
                c = n - 3 - a;
                for (var u = 0; u < c; ++u)
                    if (0 !== i.getByte())
                        throw new Error("Encryption block is invalid.")
            } else if (1 === o)
                for (c = 0; i.length() > 1; ) {
                    if (255 !== i.getByte()) {
                        --i.read;
                        break
                    }
                    ++c
                }
            else if (2 === o)
                for (c = 0; i.length() > 1; ) {
                    if (0 === i.getByte()) {
                        --i.read;
                        break
                    }
                    ++c
                }
            if (0 !== i.getByte() || c !== n - 3 - i.length())
                throw new Error("Encryption block is invalid.");
            return i.getBytes()
        }
        function i(e, t, r) {
            function a() {
                n(e.pBits, function(t, a) {
                    return t ? r(t) : (e.p = a,
                    null !== e.q ? i(t, e.q) : void n(e.qBits, i))
                })
            }
            function n(e, t) {
                f.prime.generateProbablePrime(e, s, t)
            }
            function i(t, s) {
                if (t)
                    return r(t);
                if (e.q = s,
                e.p.compareTo(e.q) < 0) {
                    var o = e.p;
                    e.p = e.q,
                    e.q = o
                }
                if (0 !== e.p.subtract(h.ONE).gcd(e.e).compareTo(h.ONE))
                    return e.p = null,
                    void a();
                if (0 !== e.q.subtract(h.ONE).gcd(e.e).compareTo(h.ONE))
                    return e.q = null,
                    void n(e.qBits, i);
                if (e.p1 = e.p.subtract(h.ONE),
                e.q1 = e.q.subtract(h.ONE),
                e.phi = e.p1.multiply(e.q1),
                0 !== e.phi.gcd(e.e).compareTo(h.ONE))
                    return e.p = e.q = null,
                    void a();
                if (e.n = e.p.multiply(e.q),
                e.n.bitLength() !== e.bits)
                    return e.q = null,
                    void n(e.qBits, i);
                var c = e.e.modInverse(e.phi);
                e.keys = {
                    privateKey: v.rsa.setPrivateKey(e.n, e.e, c, e.p, e.q, c.mod(e.p1), c.mod(e.q1), e.q.modInverse(e.p)),
                    publicKey: v.rsa.setPublicKey(e.n, e.e)
                },
                r(null, e.keys)
            }
            "function" == typeof t && (r = t,
            t = {}),
            t = t || {};
            var s = {
                algorithm: {
                    name: t.algorithm || "PRIMEINC",
                    options: {
                        workers: t.workers || 2,
                        workLoad: t.workLoad || 100,
                        workerScript: t.workerScript
                    }
                }
            };
            "prng"in t && (s.prng = t.prng),
            a()
        }
        function s(e) {
            var t = e.toString(16);
            t[0] >= "8" && (t = "00" + t);
            var r = f.util.hexToBytes(t);
            return r.length > 1 && (0 === r.charCodeAt(0) && 0 == (128 & r.charCodeAt(1)) || 255 === r.charCodeAt(0) && 128 == (128 & r.charCodeAt(1))) ? r.substr(1) : r
        }
        function o(e) {
            return e <= 100 ? 27 : e <= 150 ? 18 : e <= 200 ? 15 : e <= 250 ? 12 : e <= 300 ? 9 : e <= 350 ? 8 : e <= 400 ? 7 : e <= 500 ? 6 : e <= 600 ? 5 : e <= 800 ? 4 : e <= 1250 ? 3 : 2
        }
        function c(e) {
            return f.util.isNodejs && "function" == typeof d[e]
        }
        function u(e) {
            return void 0 !== g.globalScope && "object" == typeof g.globalScope.crypto && "object" == typeof g.globalScope.crypto.subtle && "function" == typeof g.globalScope.crypto.subtle[e]
        }
        function l(e) {
            return void 0 !== g.globalScope && "object" == typeof g.globalScope.msCrypto && "object" == typeof g.globalScope.msCrypto.subtle && "function" == typeof g.globalScope.msCrypto.subtle[e]
        }
        function p(e) {
            for (var t = f.util.hexToBytes(e.toString(16)), r = new Uint8Array(t.length), a = 0; a < t.length; ++a)
                r[a] = t.charCodeAt(a);
            return r
        }
        var f = r(0);
        if (r(3),
        r(12),
        r(6),
        r(26),
        r(27),
        r(2),
        r(1),
        void 0 === h)
            var h = f.jsbn.BigInteger;
        var d = f.util.isNodejs ? r(16) : null
          , y = f.asn1
          , g = f.util;
        f.pki = f.pki || {},
        e.exports = f.pki.rsa = f.rsa = f.rsa || {};
        var v = f.pki
          , m = [6, 4, 2, 4, 2, 4, 6, 2]
          , C = {
            name: "PrivateKeyInfo",
            tagClass: y.Class.UNIVERSAL,
            type: y.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "PrivateKeyInfo.version",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyVersion"
            }, {
                name: "PrivateKeyInfo.privateKeyAlgorithm",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "AlgorithmIdentifier.algorithm",
                    tagClass: y.Class.UNIVERSAL,
                    type: y.Type.OID,
                    constructed: !1,
                    capture: "privateKeyOid"
                }]
            }, {
                name: "PrivateKeyInfo",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.OCTETSTRING,
                constructed: !1,
                capture: "privateKey"
            }]
        }
          , E = {
            name: "RSAPrivateKey",
            tagClass: y.Class.UNIVERSAL,
            type: y.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "RSAPrivateKey.version",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyVersion"
            }, {
                name: "RSAPrivateKey.modulus",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyModulus"
            }, {
                name: "RSAPrivateKey.publicExponent",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyPublicExponent"
            }, {
                name: "RSAPrivateKey.privateExponent",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyPrivateExponent"
            }, {
                name: "RSAPrivateKey.prime1",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyPrime1"
            }, {
                name: "RSAPrivateKey.prime2",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyPrime2"
            }, {
                name: "RSAPrivateKey.exponent1",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyExponent1"
            }, {
                name: "RSAPrivateKey.exponent2",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyExponent2"
            }, {
                name: "RSAPrivateKey.coefficient",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "privateKeyCoefficient"
            }]
        }
          , S = {
            name: "RSAPublicKey",
            tagClass: y.Class.UNIVERSAL,
            type: y.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "RSAPublicKey.modulus",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "publicKeyModulus"
            }, {
                name: "RSAPublicKey.exponent",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.INTEGER,
                constructed: !1,
                capture: "publicKeyExponent"
            }]
        }
          , T = f.pki.rsa.publicKeyValidator = {
            name: "SubjectPublicKeyInfo",
            tagClass: y.Class.UNIVERSAL,
            type: y.Type.SEQUENCE,
            constructed: !0,
            captureAsn1: "subjectPublicKeyInfo",
            value: [{
                name: "SubjectPublicKeyInfo.AlgorithmIdentifier",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "AlgorithmIdentifier.algorithm",
                    tagClass: y.Class.UNIVERSAL,
                    type: y.Type.OID,
                    constructed: !1,
                    capture: "publicKeyOid"
                }]
            }, {
                name: "SubjectPublicKeyInfo.subjectPublicKey",
                tagClass: y.Class.UNIVERSAL,
                type: y.Type.BITSTRING,
                constructed: !1,
                value: [{
                    name: "SubjectPublicKeyInfo.subjectPublicKey.RSAPublicKey",
                    tagClass: y.Class.UNIVERSAL,
                    type: y.Type.SEQUENCE,
                    constructed: !0,
                    optional: !0,
                    captureAsn1: "rsaPublicKey"
                }]
            }]
        }
          , I = function(e) {
            var t;
            if (!(e.algorithm in v.oids)) {
                var r = new Error("Unknown message digest algorithm.");
                throw r.algorithm = e.algorithm,
                r
            }
            t = v.oids[e.algorithm];
            var a = y.oidToDer(t).getBytes()
              , n = y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [])
              , i = y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, []);
            i.value.push(y.create(y.Class.UNIVERSAL, y.Type.OID, !1, a)),
            i.value.push(y.create(y.Class.UNIVERSAL, y.Type.NULL, !1, ""));
            var s = y.create(y.Class.UNIVERSAL, y.Type.OCTETSTRING, !1, e.digest().getBytes());
            return n.value.push(i),
            n.value.push(s),
            y.toDer(n).getBytes()
        }
          , b = function(e, t, r) {
            if (r)
                return e.modPow(t.e, t.n);
            if (!t.p || !t.q)
                return e.modPow(t.d, t.n);
            t.dP || (t.dP = t.d.mod(t.p.subtract(h.ONE))),
            t.dQ || (t.dQ = t.d.mod(t.q.subtract(h.ONE))),
            t.qInv || (t.qInv = t.q.modInverse(t.p));
            var a;
            do {
                a = new h(f.util.bytesToHex(f.random.getBytes(t.n.bitLength() / 8)),16)
            } while (a.compareTo(t.n) >= 0 || !a.gcd(t.n).equals(h.ONE));
            e = e.multiply(a.modPow(t.e, t.n)).mod(t.n);
            for (var n = e.mod(t.p).modPow(t.dP, t.p), i = e.mod(t.q).modPow(t.dQ, t.q); n.compareTo(i) < 0; )
                n = n.add(t.p);
            var s = n.subtract(i).multiply(t.qInv).mod(t.p).multiply(t.q).add(i);
            return s = s.multiply(a.modInverse(t.n)).mod(t.n)
        };
        v.rsa.encrypt = function(e, t, r) {
            var n, i = r, s = Math.ceil(t.n.bitLength() / 8);
            !1 !== r && !0 !== r ? (i = 2 === r,
            n = a(e, t, r)) : (n = f.util.createBuffer(),
            n.putBytes(e));
            for (var o = new h(n.toHex(),16), c = b(o, t, i), u = c.toString(16), l = f.util.createBuffer(), p = s - Math.ceil(u.length / 2); p > 0; )
                l.putByte(0),
                --p;
            return l.putBytes(f.util.hexToBytes(u)),
            l.getBytes()
        }
        ,
        v.rsa.decrypt = function(e, t, r, a) {
            var i = Math.ceil(t.n.bitLength() / 8);
            if (e.length !== i) {
                var s = new Error("Encrypted message length is invalid.");
                throw s.length = e.length,
                s.expected = i,
                s
            }
            var o = new h(f.util.createBuffer(e).toHex(),16);
            if (o.compareTo(t.n) >= 0)
                throw new Error("Encrypted message is invalid.");
            for (var c = b(o, t, r), u = c.toString(16), l = f.util.createBuffer(), p = i - Math.ceil(u.length / 2); p > 0; )
                l.putByte(0),
                --p;
            return l.putBytes(f.util.hexToBytes(u)),
            !1 !== a ? n(l.getBytes(), t, r) : l.getBytes()
        }
        ,
        v.rsa.createKeyPairGenerationState = function(e, t, r) {
            "string" == typeof e && (e = parseInt(e, 10)),
            e = e || 2048,
            r = r || {};
            var a, n = r.prng || f.random, i = {
                nextBytes: function(e) {
                    for (var t = n.getBytesSync(e.length), r = 0; r < e.length; ++r)
                        e[r] = t.charCodeAt(r)
                }
            }, s = r.algorithm || "PRIMEINC";
            if ("PRIMEINC" !== s)
                throw new Error("Invalid key generation algorithm: " + s);
            return a = {
                algorithm: s,
                state: 0,
                bits: e,
                rng: i,
                eInt: t || 65537,
                e: new h(null),
                p: null,
                q: null,
                qBits: e >> 1,
                pBits: e - (e >> 1),
                pqState: 0,
                num: null,
                keys: null
            },
            a.e.fromInt(a.eInt),
            a
        }
        ,
        v.rsa.stepKeyPairGenerationState = function(e, t) {
            "algorithm"in e || (e.algorithm = "PRIMEINC");
            var r = new h(null);
            r.fromInt(30);
            for (var a, n = 0, i = function(e, t) {
                return e | t
            }, s = +new Date, c = 0; null === e.keys && (t <= 0 || c < t); ) {
                if (0 === e.state) {
                    var u = null === e.p ? e.pBits : e.qBits
                      , l = u - 1;
                    0 === e.pqState ? (e.num = new h(u,e.rng),
                    e.num.testBit(l) || e.num.bitwiseTo(h.ONE.shiftLeft(l), i, e.num),
                    e.num.dAddOffset(31 - e.num.mod(r).byteValue(), 0),
                    n = 0,
                    ++e.pqState) : 1 === e.pqState ? e.num.bitLength() > u ? e.pqState = 0 : e.num.isProbablePrime(o(e.num.bitLength())) ? ++e.pqState : e.num.dAddOffset(m[n++ % 8], 0) : 2 === e.pqState ? e.pqState = 0 === e.num.subtract(h.ONE).gcd(e.e).compareTo(h.ONE) ? 3 : 0 : 3 === e.pqState && (e.pqState = 0,
                    null === e.p ? e.p = e.num : e.q = e.num,
                    null !== e.p && null !== e.q && ++e.state,
                    e.num = null)
                } else if (1 === e.state)
                    e.p.compareTo(e.q) < 0 && (e.num = e.p,
                    e.p = e.q,
                    e.q = e.num),
                    ++e.state;
                else if (2 === e.state)
                    e.p1 = e.p.subtract(h.ONE),
                    e.q1 = e.q.subtract(h.ONE),
                    e.phi = e.p1.multiply(e.q1),
                    ++e.state;
                else if (3 === e.state)
                    0 === e.phi.gcd(e.e).compareTo(h.ONE) ? ++e.state : (e.p = null,
                    e.q = null,
                    e.state = 0);
                else if (4 === e.state)
                    e.n = e.p.multiply(e.q),
                    e.n.bitLength() === e.bits ? ++e.state : (e.q = null,
                    e.state = 0);
                else if (5 === e.state) {
                    var p = e.e.modInverse(e.phi);
                    e.keys = {
                        privateKey: v.rsa.setPrivateKey(e.n, e.e, p, e.p, e.q, p.mod(e.p1), p.mod(e.q1), e.q.modInverse(e.p)),
                        publicKey: v.rsa.setPublicKey(e.n, e.e)
                    }
                }
                a = +new Date,
                c += a - s,
                s = a
            }
            return null !== e.keys
        }
        ,
        v.rsa.generateKeyPair = function(e, t, r, a) {
            if (1 === arguments.length ? "object" == typeof e ? (r = e,
            e = void 0) : "function" == typeof e && (a = e,
            e = void 0) : 2 === arguments.length ? "number" == typeof e ? "function" == typeof t ? (a = t,
            t = void 0) : "number" != typeof t && (r = t,
            t = void 0) : (r = e,
            a = t,
            e = void 0,
            t = void 0) : 3 === arguments.length && ("number" == typeof t ? "function" == typeof r && (a = r,
            r = void 0) : (a = r,
            r = t,
            t = void 0)),
            r = r || {},
            void 0 === e && (e = r.bits || 2048),
            void 0 === t && (t = r.e || 65537),
            !f.options.usePureJavaScript && !r.prng && e >= 256 && e <= 16384 && (65537 === t || 3 === t))
                if (a) {
                    if (c("generateKeyPair"))
                        return d.generateKeyPair("rsa", {
                            modulusLength: e,
                            publicExponent: t,
                            publicKeyEncoding: {
                                type: "spki",
                                format: "pem"
                            },
                            privateKeyEncoding: {
                                type: "pkcs8",
                                format: "pem"
                            }
                        }, function(e, t, r) {
                            if (e)
                                return a(e);
                            a(null, {
                                privateKey: v.privateKeyFromPem(r),
                                publicKey: v.publicKeyFromPem(t)
                            })
                        });
                    if (u("generateKey") && u("exportKey"))
                        return g.globalScope.crypto.subtle.generateKey({
                            name: "RSASSA-PKCS1-v1_5",
                            modulusLength: e,
                            publicExponent: p(t),
                            hash: {
                                name: "SHA-256"
                            }
                        }, !0, ["sign", "verify"]).then(function(e) {
                            return g.globalScope.crypto.subtle.exportKey("pkcs8", e.privateKey)
                        }).then(void 0, function(e) {
                            a(e)
                        }).then(function(e) {
                            if (e) {
                                var t = v.privateKeyFromAsn1(y.fromDer(f.util.createBuffer(e)));
                                a(null, {
                                    privateKey: t,
                                    publicKey: v.setRsaPublicKey(t.n, t.e)
                                })
                            }
                        });
                    if (l("generateKey") && l("exportKey")) {
                        var n = g.globalScope.msCrypto.subtle.generateKey({
                            name: "RSASSA-PKCS1-v1_5",
                            modulusLength: e,
                            publicExponent: p(t),
                            hash: {
                                name: "SHA-256"
                            }
                        }, !0, ["sign", "verify"]);
                        return n.oncomplete = function(e) {
                            var t = e.target.result
                              , r = g.globalScope.msCrypto.subtle.exportKey("pkcs8", t.privateKey);
                            r.oncomplete = function(e) {
                                var t = e.target.result
                                  , r = v.privateKeyFromAsn1(y.fromDer(f.util.createBuffer(t)));
                                a(null, {
                                    privateKey: r,
                                    publicKey: v.setRsaPublicKey(r.n, r.e)
                                })
                            }
                            ,
                            r.onerror = function(e) {
                                a(e)
                            }
                        }
                        ,
                        void (n.onerror = function(e) {
                            a(e)
                        }
                        )
                    }
                } else if (c("generateKeyPairSync")) {
                    var s = d.generateKeyPairSync("rsa", {
                        modulusLength: e,
                        publicExponent: t,
                        publicKeyEncoding: {
                            type: "spki",
                            format: "pem"
                        },
                        privateKeyEncoding: {
                            type: "pkcs8",
                            format: "pem"
                        }
                    });
                    return {
                        privateKey: v.privateKeyFromPem(s.privateKey),
                        publicKey: v.publicKeyFromPem(s.publicKey)
                    }
                }
            var o = v.rsa.createKeyPairGenerationState(e, t, r);
            if (!a)
                return v.rsa.stepKeyPairGenerationState(o, 0),
                o.keys;
            i(o, r, a)
        }
        ,
        v.setRsaPublicKey = v.rsa.setPublicKey = function(e, t) {
            var r = {
                n: e,
                e: t
            };
            return r.encrypt = function(e, t, n) {
                if ("string" == typeof t ? t = t.toUpperCase() : void 0 === t && (t = "RSAES-PKCS1-V1_5"),
                "RSAES-PKCS1-V1_5" === t)
                    t = {
                        encode: function(e, t, r) {
                            return a(e, t, 2).getBytes()
                        }
                    };
                else if ("RSA-OAEP" === t || "RSAES-OAEP" === t)
                    t = {
                        encode: function(e, t) {
                            return f.pkcs1.encode_rsa_oaep(t, e, n)
                        }
                    };
                else if (-1 !== ["RAW", "NONE", "NULL", null].indexOf(t))
                    t = {
                        encode: function(e) {
                            return e
                        }
                    };
                else if ("string" == typeof t)
                    throw new Error('Unsupported encryption scheme: "' + t + '".');
                var i = t.encode(e, r, !0);
                return v.rsa.encrypt(i, r, !0)
            }
            ,
            r.verify = function(e, t, a) {
                "string" == typeof a ? a = a.toUpperCase() : void 0 === a && (a = "RSASSA-PKCS1-V1_5"),
                "RSASSA-PKCS1-V1_5" === a ? a = {
                    verify: function(e, t) {
                        return t = n(t, r, !0),
                        e === y.fromDer(t).value[1].value
                    }
                } : "NONE" !== a && "NULL" !== a && null !== a || (a = {
                    verify: function(e, t) {
                        return t = n(t, r, !0),
                        e === t
                    }
                });
                var i = v.rsa.decrypt(t, r, !0, !1);
                return a.verify(e, i, r.n.bitLength())
            }
            ,
            r
        }
        ,
        v.setRsaPrivateKey = v.rsa.setPrivateKey = function(e, t, r, a, i, s, o, c) {
            var u = {
                n: e,
                e: t,
                d: r,
                p: a,
                q: i,
                dP: s,
                dQ: o,
                qInv: c
            };
            return u.decrypt = function(e, t, r) {
                "string" == typeof t ? t = t.toUpperCase() : void 0 === t && (t = "RSAES-PKCS1-V1_5");
                var a = v.rsa.decrypt(e, u, !1, !1);
                if ("RSAES-PKCS1-V1_5" === t)
                    t = {
                        decode: n
                    };
                else if ("RSA-OAEP" === t || "RSAES-OAEP" === t)
                    t = {
                        decode: function(e, t) {
                            return f.pkcs1.decode_rsa_oaep(t, e, r)
                        }
                    };
                else {
                    if (-1 === ["RAW", "NONE", "NULL", null].indexOf(t))
                        throw new Error('Unsupported encryption scheme: "' + t + '".');
                    t = {
                        decode: function(e) {
                            return e
                        }
                    }
                }
                return t.decode(a, u, !1)
            }
            ,
            u.sign = function(e, t) {
                var r = !1;
                "string" == typeof t && (t = t.toUpperCase()),
                void 0 === t || "RSASSA-PKCS1-V1_5" === t ? (t = {
                    encode: I
                },
                r = 1) : "NONE" !== t && "NULL" !== t && null !== t || (t = {
                    encode: function() {
                        return e
                    }
                },
                r = 1);
                var a = t.encode(e, u.n.bitLength());
                return v.rsa.encrypt(a, u, r)
            }
            ,
            u
        }
        ,
        v.wrapRsaPrivateKey = function(e) {
            return y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, y.integerToDer(0).getBytes()), y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [y.create(y.Class.UNIVERSAL, y.Type.OID, !1, y.oidToDer(v.oids.rsaEncryption).getBytes()), y.create(y.Class.UNIVERSAL, y.Type.NULL, !1, "")]), y.create(y.Class.UNIVERSAL, y.Type.OCTETSTRING, !1, y.toDer(e).getBytes())])
        }
        ,
        v.privateKeyFromAsn1 = function(e) {
            var t = {}
              , r = [];
            if (y.validate(e, C, t, r) && (e = y.fromDer(f.util.createBuffer(t.privateKey))),
            t = {},
            r = [],
            !y.validate(e, E, t, r)) {
                var a = new Error("Cannot read private key. ASN.1 object does not contain an RSAPrivateKey.");
                throw a.errors = r,
                a
            }
            var n, i, s, o, c, u, l, p;
            return n = f.util.createBuffer(t.privateKeyModulus).toHex(),
            i = f.util.createBuffer(t.privateKeyPublicExponent).toHex(),
            s = f.util.createBuffer(t.privateKeyPrivateExponent).toHex(),
            o = f.util.createBuffer(t.privateKeyPrime1).toHex(),
            c = f.util.createBuffer(t.privateKeyPrime2).toHex(),
            u = f.util.createBuffer(t.privateKeyExponent1).toHex(),
            l = f.util.createBuffer(t.privateKeyExponent2).toHex(),
            p = f.util.createBuffer(t.privateKeyCoefficient).toHex(),
            v.setRsaPrivateKey(new h(n,16), new h(i,16), new h(s,16), new h(o,16), new h(c,16), new h(u,16), new h(l,16), new h(p,16))
        }
        ,
        v.privateKeyToAsn1 = v.privateKeyToRSAPrivateKey = function(e) {
            return y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, y.integerToDer(0).getBytes()), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.n)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.e)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.d)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.p)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.q)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.dP)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.dQ)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.qInv))])
        }
        ,
        v.publicKeyFromAsn1 = function(e) {
            var t = {}
              , r = [];
            if (y.validate(e, T, t, r)) {
                var a = y.derToOid(t.publicKeyOid);
                if (a !== v.oids.rsaEncryption) {
                    var n = new Error("Cannot read public key. Unknown OID.");
                    throw n.oid = a,
                    n
                }
                e = t.rsaPublicKey
            }
            if (r = [],
            !y.validate(e, S, t, r)) {
                var n = new Error("Cannot read public key. ASN.1 object does not contain an RSAPublicKey.");
                throw n.errors = r,
                n
            }
            var i = f.util.createBuffer(t.publicKeyModulus).toHex()
              , s = f.util.createBuffer(t.publicKeyExponent).toHex();
            return v.setRsaPublicKey(new h(i,16), new h(s,16))
        }
        ,
        v.publicKeyToAsn1 = v.publicKeyToSubjectPublicKeyInfo = function(e) {
            return y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [y.create(y.Class.UNIVERSAL, y.Type.OID, !1, y.oidToDer(v.oids.rsaEncryption).getBytes()), y.create(y.Class.UNIVERSAL, y.Type.NULL, !1, "")]), y.create(y.Class.UNIVERSAL, y.Type.BITSTRING, !1, [v.publicKeyToRSAPublicKey(e)])])
        }
        ,
        v.publicKeyToRSAPublicKey = function(e) {
            return y.create(y.Class.UNIVERSAL, y.Type.SEQUENCE, !0, [y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.n)), y.create(y.Class.UNIVERSAL, y.Type.INTEGER, !1, s(e.e))])
        }
    }
    , function(e, t, r) {
        function a(e, t, r) {
            this.data = [],
            null != e && ("number" == typeof e ? this.fromNumber(e, t, r) : null == t && "string" != typeof e ? this.fromString(e, 256) : this.fromString(e, t))
        }
        function n() {
            return new a(null)
        }
        function i(e, t, r, a, n, i) {
            for (; --i >= 0; ) {
                var s = t * this.data[e++] + r.data[a] + n;
                n = Math.floor(s / 67108864),
                r.data[a++] = 67108863 & s
            }
            return n
        }
        function s(e, t, r, a, n, i) {
            for (var s = 32767 & t, o = t >> 15; --i >= 0; ) {
                var c = 32767 & this.data[e]
                  , u = this.data[e++] >> 15
                  , l = o * c + u * s;
                c = s * c + ((32767 & l) << 15) + r.data[a] + (1073741823 & n),
                n = (c >>> 30) + (l >>> 15) + o * u + (n >>> 30),
                r.data[a++] = 1073741823 & c
            }
            return n
        }
        function o(e, t, r, a, n, i) {
            for (var s = 16383 & t, o = t >> 14; --i >= 0; ) {
                var c = 16383 & this.data[e]
                  , u = this.data[e++] >> 14
                  , l = o * c + u * s;
                c = s * c + ((16383 & l) << 14) + r.data[a] + n,
                n = (c >> 28) + (l >> 14) + o * u,
                r.data[a++] = 268435455 & c
            }
            return n
        }
        function c(e) {
            return it.charAt(e)
        }
        function u(e, t) {
            var r = st[e.charCodeAt(t)];
            return null == r ? -1 : r
        }
        function l(e) {
            for (var t = this.t - 1; t >= 0; --t)
                e.data[t] = this.data[t];
            e.t = this.t,
            e.s = this.s
        }
        function p(e) {
            this.t = 1,
            this.s = e < 0 ? -1 : 0,
            e > 0 ? this.data[0] = e : e < -1 ? this.data[0] = e + this.DV : this.t = 0
        }
        function f(e) {
            var t = n();
            return t.fromInt(e),
            t
        }
        function h(e, t) {
            var r;
            if (16 == t)
                r = 4;
            else if (8 == t)
                r = 3;
            else if (256 == t)
                r = 8;
            else if (2 == t)
                r = 1;
            else if (32 == t)
                r = 5;
            else {
                if (4 != t)
                    return void this.fromRadix(e, t);
                r = 2
            }
            this.t = 0,
            this.s = 0;
            for (var n = e.length, i = !1, s = 0; --n >= 0; ) {
                var o = 8 == r ? 255 & e[n] : u(e, n);
                o < 0 ? "-" == e.charAt(n) && (i = !0) : (i = !1,
                0 == s ? this.data[this.t++] = o : s + r > this.DB ? (this.data[this.t - 1] |= (o & (1 << this.DB - s) - 1) << s,
                this.data[this.t++] = o >> this.DB - s) : this.data[this.t - 1] |= o << s,
                (s += r) >= this.DB && (s -= this.DB))
            }
            8 == r && 0 != (128 & e[0]) && (this.s = -1,
            s > 0 && (this.data[this.t - 1] |= (1 << this.DB - s) - 1 << s)),
            this.clamp(),
            i && a.ZERO.subTo(this, this)
        }
        function d() {
            for (var e = this.s & this.DM; this.t > 0 && this.data[this.t - 1] == e; )
                --this.t
        }
        function y(e) {
            if (this.s < 0)
                return "-" + this.negate().toString(e);
            var t;
            if (16 == e)
                t = 4;
            else if (8 == e)
                t = 3;
            else if (2 == e)
                t = 1;
            else if (32 == e)
                t = 5;
            else {
                if (4 != e)
                    return this.toRadix(e);
                t = 2
            }
            var r, a = (1 << t) - 1, n = !1, i = "", s = this.t, o = this.DB - s * this.DB % t;
            if (s-- > 0)
                for (o < this.DB && (r = this.data[s] >> o) > 0 && (n = !0,
                i = c(r)); s >= 0; )
                    o < t ? (r = (this.data[s] & (1 << o) - 1) << t - o,
                    r |= this.data[--s] >> (o += this.DB - t)) : (r = this.data[s] >> (o -= t) & a,
                    o <= 0 && (o += this.DB,
                    --s)),
                    r > 0 && (n = !0),
                    n && (i += c(r));
            return n ? i : "0"
        }
        function g() {
            var e = n();
            return a.ZERO.subTo(this, e),
            e
        }
        function v() {
            return this.s < 0 ? this.negate() : this
        }
        function m(e) {
            var t = this.s - e.s;
            if (0 != t)
                return t;
            var r = this.t;
            if (0 != (t = r - e.t))
                return this.s < 0 ? -t : t;
            for (; --r >= 0; )
                if (0 != (t = this.data[r] - e.data[r]))
                    return t;
            return 0
        }
        function C(e) {
            var t, r = 1;
            return 0 != (t = e >>> 16) && (e = t,
            r += 16),
            0 != (t = e >> 8) && (e = t,
            r += 8),
            0 != (t = e >> 4) && (e = t,
            r += 4),
            0 != (t = e >> 2) && (e = t,
            r += 2),
            0 != (t = e >> 1) && (e = t,
            r += 1),
            r
        }
        function E() {
            return this.t <= 0 ? 0 : this.DB * (this.t - 1) + C(this.data[this.t - 1] ^ this.s & this.DM)
        }
        function S(e, t) {
            var r;
            for (r = this.t - 1; r >= 0; --r)
                t.data[r + e] = this.data[r];
            for (r = e - 1; r >= 0; --r)
                t.data[r] = 0;
            t.t = this.t + e,
            t.s = this.s
        }
        function T(e, t) {
            for (var r = e; r < this.t; ++r)
                t.data[r - e] = this.data[r];
            t.t = Math.max(this.t - e, 0),
            t.s = this.s
        }
        function I(e, t) {
            var r, a = e % this.DB, n = this.DB - a, i = (1 << n) - 1, s = Math.floor(e / this.DB), o = this.s << a & this.DM;
            for (r = this.t - 1; r >= 0; --r)
                t.data[r + s + 1] = this.data[r] >> n | o,
                o = (this.data[r] & i) << a;
            for (r = s - 1; r >= 0; --r)
                t.data[r] = 0;
            t.data[s] = o,
            t.t = this.t + s + 1,
            t.s = this.s,
            t.clamp()
        }
        function b(e, t) {
            t.s = this.s;
            var r = Math.floor(e / this.DB);
            if (r >= this.t)
                return void (t.t = 0);
            var a = e % this.DB
              , n = this.DB - a
              , i = (1 << a) - 1;
            t.data[0] = this.data[r] >> a;
            for (var s = r + 1; s < this.t; ++s)
                t.data[s - r - 1] |= (this.data[s] & i) << n,
                t.data[s - r] = this.data[s] >> a;
            a > 0 && (t.data[this.t - r - 1] |= (this.s & i) << n),
            t.t = this.t - r,
            t.clamp()
        }
        function A(e, t) {
            for (var r = 0, a = 0, n = Math.min(e.t, this.t); r < n; )
                a += this.data[r] - e.data[r],
                t.data[r++] = a & this.DM,
                a >>= this.DB;
            if (e.t < this.t) {
                for (a -= e.s; r < this.t; )
                    a += this.data[r],
                    t.data[r++] = a & this.DM,
                    a >>= this.DB;
                a += this.s
            } else {
                for (a += this.s; r < e.t; )
                    a -= e.data[r],
                    t.data[r++] = a & this.DM,
                    a >>= this.DB;
                a -= e.s
            }
            t.s = a < 0 ? -1 : 0,
            a < -1 ? t.data[r++] = this.DV + a : a > 0 && (t.data[r++] = a),
            t.t = r,
            t.clamp()
        }
        function B(e, t) {
            var r = this.abs()
              , n = e.abs()
              , i = r.t;
            for (t.t = i + n.t; --i >= 0; )
                t.data[i] = 0;
            for (i = 0; i < n.t; ++i)
                t.data[i + r.t] = r.am(0, n.data[i], t, i, 0, r.t);
            t.s = 0,
            t.clamp(),
            this.s != e.s && a.ZERO.subTo(t, t)
        }
        function N(e) {
            for (var t = this.abs(), r = e.t = 2 * t.t; --r >= 0; )
                e.data[r] = 0;
            for (r = 0; r < t.t - 1; ++r) {
                var a = t.am(r, t.data[r], e, 2 * r, 0, 1);
                (e.data[r + t.t] += t.am(r + 1, 2 * t.data[r], e, 2 * r + 1, a, t.t - r - 1)) >= t.DV && (e.data[r + t.t] -= t.DV,
                e.data[r + t.t + 1] = 1)
            }
            e.t > 0 && (e.data[e.t - 1] += t.am(r, t.data[r], e, 2 * r, 0, 1)),
            e.s = 0,
            e.clamp()
        }
        function k(e, t, r) {
            var i = e.abs();
            if (!(i.t <= 0)) {
                var s = this.abs();
                if (s.t < i.t)
                    return null != t && t.fromInt(0),
                    void (null != r && this.copyTo(r));
                null == r && (r = n());
                var o = n()
                  , c = this.s
                  , u = e.s
                  , l = this.DB - C(i.data[i.t - 1]);
                l > 0 ? (i.lShiftTo(l, o),
                s.lShiftTo(l, r)) : (i.copyTo(o),
                s.copyTo(r));
                var p = o.t
                  , f = o.data[p - 1];
                if (0 != f) {
                    var h = f * (1 << this.F1) + (p > 1 ? o.data[p - 2] >> this.F2 : 0)
                      , d = this.FV / h
                      , y = (1 << this.F1) / h
                      , g = 1 << this.F2
                      , v = r.t
                      , m = v - p
                      , E = null == t ? n() : t;
                    for (o.dlShiftTo(m, E),
                    r.compareTo(E) >= 0 && (r.data[r.t++] = 1,
                    r.subTo(E, r)),
                    a.ONE.dlShiftTo(p, E),
                    E.subTo(o, o); o.t < p; )
                        o.data[o.t++] = 0;
                    for (; --m >= 0; ) {
                        var S = r.data[--v] == f ? this.DM : Math.floor(r.data[v] * d + (r.data[v - 1] + g) * y);
                        if ((r.data[v] += o.am(0, S, r, m, 0, p)) < S)
                            for (o.dlShiftTo(m, E),
                            r.subTo(E, r); r.data[v] < --S; )
                                r.subTo(E, r)
                    }
                    null != t && (r.drShiftTo(p, t),
                    c != u && a.ZERO.subTo(t, t)),
                    r.t = p,
                    r.clamp(),
                    l > 0 && r.rShiftTo(l, r),
                    c < 0 && a.ZERO.subTo(r, r)
                }
            }
        }
        function w(e) {
            var t = n();
            return this.abs().divRemTo(e, null, t),
            this.s < 0 && t.compareTo(a.ZERO) > 0 && e.subTo(t, t),
            t
        }
        function R(e) {
            this.m = e
        }
        function _(e) {
            return e.s < 0 || e.compareTo(this.m) >= 0 ? e.mod(this.m) : e
        }
        function L(e) {
            return e
        }
        function U(e) {
            e.divRemTo(this.m, null, e)
        }
        function D(e, t, r) {
            e.multiplyTo(t, r),
            this.reduce(r)
        }
        function P(e, t) {
            e.squareTo(t),
            this.reduce(t)
        }
        function V() {
            if (this.t < 1)
                return 0;
            var e = this.data[0];
            if (0 == (1 & e))
                return 0;
            var t = 3 & e;
            return t = t * (2 - (15 & e) * t) & 15,
            t = t * (2 - (255 & e) * t) & 255,
            t = t * (2 - ((65535 & e) * t & 65535)) & 65535,
            t = t * (2 - e * t % this.DV) % this.DV,
            t > 0 ? this.DV - t : -t
        }
        function O(e) {
            this.m = e,
            this.mp = e.invDigit(),
            this.mpl = 32767 & this.mp,
            this.mph = this.mp >> 15,
            this.um = (1 << e.DB - 15) - 1,
            this.mt2 = 2 * e.t
        }
        function K(e) {
            var t = n();
            return e.abs().dlShiftTo(this.m.t, t),
            t.divRemTo(this.m, null, t),
            e.s < 0 && t.compareTo(a.ZERO) > 0 && this.m.subTo(t, t),
            t
        }
        function x(e) {
            var t = n();
            return e.copyTo(t),
            this.reduce(t),
            t
        }
        function M(e) {
            for (; e.t <= this.mt2; )
                e.data[e.t++] = 0;
            for (var t = 0; t < this.m.t; ++t) {
                var r = 32767 & e.data[t]
                  , a = r * this.mpl + ((r * this.mph + (e.data[t] >> 15) * this.mpl & this.um) << 15) & e.DM;
                for (r = t + this.m.t,
                e.data[r] += this.m.am(0, a, e, t, 0, this.m.t); e.data[r] >= e.DV; )
                    e.data[r] -= e.DV,
                    e.data[++r]++
            }
            e.clamp(),
            e.drShiftTo(this.m.t, e),
            e.compareTo(this.m) >= 0 && e.subTo(this.m, e)
        }
        function F(e, t) {
            e.squareTo(t),
            this.reduce(t)
        }
        function q(e, t, r) {
            e.multiplyTo(t, r),
            this.reduce(r)
        }
        function j() {
            return 0 == (this.t > 0 ? 1 & this.data[0] : this.s)
        }
        function G(e, t) {
            if (e > 4294967295 || e < 1)
                return a.ONE;
            var r = n()
              , i = n()
              , s = t.convert(this)
              , o = C(e) - 1;
            for (s.copyTo(r); --o >= 0; )
                if (t.sqrTo(r, i),
                (e & 1 << o) > 0)
                    t.mulTo(i, s, r);
                else {
                    var c = r;
                    r = i,
                    i = c
                }
            return t.revert(r)
        }
        function H(e, t) {
            var r;
            return r = e < 256 || t.isEven() ? new R(t) : new O(t),
            this.exp(e, r)
        }
        function Q() {
            var e = n();
            return this.copyTo(e),
            e
        }
        function z() {
            if (this.s < 0) {
                if (1 == this.t)
                    return this.data[0] - this.DV;
                if (0 == this.t)
                    return -1
            } else {
                if (1 == this.t)
                    return this.data[0];
                if (0 == this.t)
                    return 0
            }
            return (this.data[1] & (1 << 32 - this.DB) - 1) << this.DB | this.data[0]
        }
        function W() {
            return 0 == this.t ? this.s : this.data[0] << 24 >> 24
        }
        function Y() {
            return 0 == this.t ? this.s : this.data[0] << 16 >> 16
        }
        function X(e) {
            return Math.floor(Math.LN2 * this.DB / Math.log(e))
        }
        function Z() {
            return this.s < 0 ? -1 : this.t <= 0 || 1 == this.t && this.data[0] <= 0 ? 0 : 1
        }
        function J(e) {
            if (null == e && (e = 10),
            0 == this.signum() || e < 2 || e > 36)
                return "0";
            var t = this.chunkSize(e)
              , r = Math.pow(e, t)
              , a = f(r)
              , i = n()
              , s = n()
              , o = "";
            for (this.divRemTo(a, i, s); i.signum() > 0; )
                o = (r + s.intValue()).toString(e).substr(1) + o,
                i.divRemTo(a, i, s);
            return s.intValue().toString(e) + o
        }
        function $(e, t) {
            this.fromInt(0),
            null == t && (t = 10);
            for (var r = this.chunkSize(t), n = Math.pow(t, r), i = !1, s = 0, o = 0, c = 0; c < e.length; ++c) {
                var l = u(e, c);
                l < 0 ? "-" == e.charAt(c) && 0 == this.signum() && (i = !0) : (o = t * o + l,
                ++s >= r && (this.dMultiply(n),
                this.dAddOffset(o, 0),
                s = 0,
                o = 0))
            }
            s > 0 && (this.dMultiply(Math.pow(t, s)),
            this.dAddOffset(o, 0)),
            i && a.ZERO.subTo(this, this)
        }
        function ee(e, t, r) {
            if ("number" == typeof t)
                if (e < 2)
                    this.fromInt(1);
                else
                    for (this.fromNumber(e, r),
                    this.testBit(e - 1) || this.bitwiseTo(a.ONE.shiftLeft(e - 1), ce, this),
                    this.isEven() && this.dAddOffset(1, 0); !this.isProbablePrime(t); )
                        this.dAddOffset(2, 0),
                        this.bitLength() > e && this.subTo(a.ONE.shiftLeft(e - 1), this);
            else {
                var n = new Array
                  , i = 7 & e;
                n.length = 1 + (e >> 3),
                t.nextBytes(n),
                i > 0 ? n[0] &= (1 << i) - 1 : n[0] = 0,
                this.fromString(n, 256)
            }
        }
        function te() {
            var e = this.t
              , t = new Array;
            t[0] = this.s;
            var r, a = this.DB - e * this.DB % 8, n = 0;
            if (e-- > 0)
                for (a < this.DB && (r = this.data[e] >> a) != (this.s & this.DM) >> a && (t[n++] = r | this.s << this.DB - a); e >= 0; )
                    a < 8 ? (r = (this.data[e] & (1 << a) - 1) << 8 - a,
                    r |= this.data[--e] >> (a += this.DB - 8)) : (r = this.data[e] >> (a -= 8) & 255,
                    a <= 0 && (a += this.DB,
                    --e)),
                    0 != (128 & r) && (r |= -256),
                    0 == n && (128 & this.s) != (128 & r) && ++n,
                    (n > 0 || r != this.s) && (t[n++] = r);
            return t
        }
        function re(e) {
            return 0 == this.compareTo(e)
        }
        function ae(e) {
            return this.compareTo(e) < 0 ? this : e
        }
        function ne(e) {
            return this.compareTo(e) > 0 ? this : e
        }
        function ie(e, t, r) {
            var a, n, i = Math.min(e.t, this.t);
            for (a = 0; a < i; ++a)
                r.data[a] = t(this.data[a], e.data[a]);
            if (e.t < this.t) {
                for (n = e.s & this.DM,
                a = i; a < this.t; ++a)
                    r.data[a] = t(this.data[a], n);
                r.t = this.t
            } else {
                for (n = this.s & this.DM,
                a = i; a < e.t; ++a)
                    r.data[a] = t(n, e.data[a]);
                r.t = e.t
            }
            r.s = t(this.s, e.s),
            r.clamp()
        }
        function se(e, t) {
            return e & t
        }
        function oe(e) {
            var t = n();
            return this.bitwiseTo(e, se, t),
            t
        }
        function ce(e, t) {
            return e | t
        }
        function ue(e) {
            var t = n();
            return this.bitwiseTo(e, ce, t),
            t
        }
        function le(e, t) {
            return e ^ t
        }
        function pe(e) {
            var t = n();
            return this.bitwiseTo(e, le, t),
            t
        }
        function fe(e, t) {
            return e & ~t
        }
        function he(e) {
            var t = n();
            return this.bitwiseTo(e, fe, t),
            t
        }
        function de() {
            for (var e = n(), t = 0; t < this.t; ++t)
                e.data[t] = this.DM & ~this.data[t];
            return e.t = this.t,
            e.s = ~this.s,
            e
        }
        function ye(e) {
            var t = n();
            return e < 0 ? this.rShiftTo(-e, t) : this.lShiftTo(e, t),
            t
        }
        function ge(e) {
            var t = n();
            return e < 0 ? this.lShiftTo(-e, t) : this.rShiftTo(e, t),
            t
        }
        function ve(e) {
            if (0 == e)
                return -1;
            var t = 0;
            return 0 == (65535 & e) && (e >>= 16,
            t += 16),
            0 == (255 & e) && (e >>= 8,
            t += 8),
            0 == (15 & e) && (e >>= 4,
            t += 4),
            0 == (3 & e) && (e >>= 2,
            t += 2),
            0 == (1 & e) && ++t,
            t
        }
        function me() {
            for (var e = 0; e < this.t; ++e)
                if (0 != this.data[e])
                    return e * this.DB + ve(this.data[e]);
            return this.s < 0 ? this.t * this.DB : -1
        }
        function Ce(e) {
            for (var t = 0; 0 != e; )
                e &= e - 1,
                ++t;
            return t
        }
        function Ee() {
            for (var e = 0, t = this.s & this.DM, r = 0; r < this.t; ++r)
                e += Ce(this.data[r] ^ t);
            return e
        }
        function Se(e) {
            var t = Math.floor(e / this.DB);
            return t >= this.t ? 0 != this.s : 0 != (this.data[t] & 1 << e % this.DB)
        }
        function Te(e, t) {
            var r = a.ONE.shiftLeft(e);
            return this.bitwiseTo(r, t, r),
            r
        }
        function Ie(e) {
            return this.changeBit(e, ce)
        }
        function be(e) {
            return this.changeBit(e, fe)
        }
        function Ae(e) {
            return this.changeBit(e, le)
        }
        function Be(e, t) {
            for (var r = 0, a = 0, n = Math.min(e.t, this.t); r < n; )
                a += this.data[r] + e.data[r],
                t.data[r++] = a & this.DM,
                a >>= this.DB;
            if (e.t < this.t) {
                for (a += e.s; r < this.t; )
                    a += this.data[r],
                    t.data[r++] = a & this.DM,
                    a >>= this.DB;
                a += this.s
            } else {
                for (a += this.s; r < e.t; )
                    a += e.data[r],
                    t.data[r++] = a & this.DM,
                    a >>= this.DB;
                a += e.s
            }
            t.s = a < 0 ? -1 : 0,
            a > 0 ? t.data[r++] = a : a < -1 && (t.data[r++] = this.DV + a),
            t.t = r,
            t.clamp()
        }
        function Ne(e) {
            var t = n();
            return this.addTo(e, t),
            t
        }
        function ke(e) {
            var t = n();
            return this.subTo(e, t),
            t
        }
        function we(e) {
            var t = n();
            return this.multiplyTo(e, t),
            t
        }
        function Re(e) {
            var t = n();
            return this.divRemTo(e, t, null),
            t
        }
        function _e(e) {
            var t = n();
            return this.divRemTo(e, null, t),
            t
        }
        function Le(e) {
            var t = n()
              , r = n();
            return this.divRemTo(e, t, r),
            new Array(t,r)
        }
        function Ue(e) {
            this.data[this.t] = this.am(0, e - 1, this, 0, 0, this.t),
            ++this.t,
            this.clamp()
        }
        function De(e, t) {
            if (0 != e) {
                for (; this.t <= t; )
                    this.data[this.t++] = 0;
                for (this.data[t] += e; this.data[t] >= this.DV; )
                    this.data[t] -= this.DV,
                    ++t >= this.t && (this.data[this.t++] = 0),
                    ++this.data[t]
            }
        }
        function Pe() {}
        function Ve(e) {
            return e
        }
        function Oe(e, t, r) {
            e.multiplyTo(t, r)
        }
        function Ke(e, t) {
            e.squareTo(t)
        }
        function xe(e) {
            return this.exp(e, new Pe)
        }
        function Me(e, t, r) {
            var a = Math.min(this.t + e.t, t);
            for (r.s = 0,
            r.t = a; a > 0; )
                r.data[--a] = 0;
            var n;
            for (n = r.t - this.t; a < n; ++a)
                r.data[a + this.t] = this.am(0, e.data[a], r, a, 0, this.t);
            for (n = Math.min(e.t, t); a < n; ++a)
                this.am(0, e.data[a], r, a, 0, t - a);
            r.clamp()
        }
        function Fe(e, t, r) {
            --t;
            var a = r.t = this.t + e.t - t;
            for (r.s = 0; --a >= 0; )
                r.data[a] = 0;
            for (a = Math.max(t - this.t, 0); a < e.t; ++a)
                r.data[this.t + a - t] = this.am(t - a, e.data[a], r, 0, 0, this.t + a - t);
            r.clamp(),
            r.drShiftTo(1, r)
        }
        function qe(e) {
            this.r2 = n(),
            this.q3 = n(),
            a.ONE.dlShiftTo(2 * e.t, this.r2),
            this.mu = this.r2.divide(e),
            this.m = e
        }
        function je(e) {
            if (e.s < 0 || e.t > 2 * this.m.t)
                return e.mod(this.m);
            if (e.compareTo(this.m) < 0)
                return e;
            var t = n();
            return e.copyTo(t),
            this.reduce(t),
            t
        }
        function Ge(e) {
            return e
        }
        function He(e) {
            for (e.drShiftTo(this.m.t - 1, this.r2),
            e.t > this.m.t + 1 && (e.t = this.m.t + 1,
            e.clamp()),
            this.mu.multiplyUpperTo(this.r2, this.m.t + 1, this.q3),
            this.m.multiplyLowerTo(this.q3, this.m.t + 1, this.r2); e.compareTo(this.r2) < 0; )
                e.dAddOffset(1, this.m.t + 1);
            for (e.subTo(this.r2, e); e.compareTo(this.m) >= 0; )
                e.subTo(this.m, e)
        }
        function Qe(e, t) {
            e.squareTo(t),
            this.reduce(t)
        }
        function ze(e, t, r) {
            e.multiplyTo(t, r),
            this.reduce(r)
        }
        function We(e, t) {
            var r, a, i = e.bitLength(), s = f(1);
            if (i <= 0)
                return s;
            r = i < 18 ? 1 : i < 48 ? 3 : i < 144 ? 4 : i < 768 ? 5 : 6,
            a = i < 8 ? new R(t) : t.isEven() ? new qe(t) : new O(t);
            var o = new Array
              , c = 3
              , u = r - 1
              , l = (1 << r) - 1;
            if (o[1] = a.convert(this),
            r > 1) {
                var p = n();
                for (a.sqrTo(o[1], p); c <= l; )
                    o[c] = n(),
                    a.mulTo(p, o[c - 2], o[c]),
                    c += 2
            }
            var h, d, y = e.t - 1, g = !0, v = n();
            for (i = C(e.data[y]) - 1; y >= 0; ) {
                for (i >= u ? h = e.data[y] >> i - u & l : (h = (e.data[y] & (1 << i + 1) - 1) << u - i,
                y > 0 && (h |= e.data[y - 1] >> this.DB + i - u)),
                c = r; 0 == (1 & h); )
                    h >>= 1,
                    --c;
                if ((i -= c) < 0 && (i += this.DB,
                --y),
                g)
                    o[h].copyTo(s),
                    g = !1;
                else {
                    for (; c > 1; )
                        a.sqrTo(s, v),
                        a.sqrTo(v, s),
                        c -= 2;
                    c > 0 ? a.sqrTo(s, v) : (d = s,
                    s = v,
                    v = d),
                    a.mulTo(v, o[h], s)
                }
                for (; y >= 0 && 0 == (e.data[y] & 1 << i); )
                    a.sqrTo(s, v),
                    d = s,
                    s = v,
                    v = d,
                    --i < 0 && (i = this.DB - 1,
                    --y)
            }
            return a.revert(s)
        }
        function Ye(e) {
            var t = this.s < 0 ? this.negate() : this.clone()
              , r = e.s < 0 ? e.negate() : e.clone();
            if (t.compareTo(r) < 0) {
                var a = t;
                t = r,
                r = a
            }
            var n = t.getLowestSetBit()
              , i = r.getLowestSetBit();
            if (i < 0)
                return t;
            for (n < i && (i = n),
            i > 0 && (t.rShiftTo(i, t),
            r.rShiftTo(i, r)); t.signum() > 0; )
                (n = t.getLowestSetBit()) > 0 && t.rShiftTo(n, t),
                (n = r.getLowestSetBit()) > 0 && r.rShiftTo(n, r),
                t.compareTo(r) >= 0 ? (t.subTo(r, t),
                t.rShiftTo(1, t)) : (r.subTo(t, r),
                r.rShiftTo(1, r));
            return i > 0 && r.lShiftTo(i, r),
            r
        }
        function Xe(e) {
            if (e <= 0)
                return 0;
            var t = this.DV % e
              , r = this.s < 0 ? e - 1 : 0;
            if (this.t > 0)
                if (0 == t)
                    r = this.data[0] % e;
                else
                    for (var a = this.t - 1; a >= 0; --a)
                        r = (t * r + this.data[a]) % e;
            return r
        }
        function Ze(e) {
            var t = e.isEven();
            if (this.isEven() && t || 0 == e.signum())
                return a.ZERO;
            for (var r = e.clone(), n = this.clone(), i = f(1), s = f(0), o = f(0), c = f(1); 0 != r.signum(); ) {
                for (; r.isEven(); )
                    r.rShiftTo(1, r),
                    t ? (i.isEven() && s.isEven() || (i.addTo(this, i),
                    s.subTo(e, s)),
                    i.rShiftTo(1, i)) : s.isEven() || s.subTo(e, s),
                    s.rShiftTo(1, s);
                for (; n.isEven(); )
                    n.rShiftTo(1, n),
                    t ? (o.isEven() && c.isEven() || (o.addTo(this, o),
                    c.subTo(e, c)),
                    o.rShiftTo(1, o)) : c.isEven() || c.subTo(e, c),
                    c.rShiftTo(1, c);
                r.compareTo(n) >= 0 ? (r.subTo(n, r),
                t && i.subTo(o, i),
                s.subTo(c, s)) : (n.subTo(r, n),
                t && o.subTo(i, o),
                c.subTo(s, c))
            }
            return 0 != n.compareTo(a.ONE) ? a.ZERO : c.compareTo(e) >= 0 ? c.subtract(e) : c.signum() < 0 ? (c.addTo(e, c),
            c.signum() < 0 ? c.add(e) : c) : c
        }
        function Je(e) {
            var t, r = this.abs();
            if (1 == r.t && r.data[0] <= ot[ot.length - 1]) {
                for (t = 0; t < ot.length; ++t)
                    if (r.data[0] == ot[t])
                        return !0;
                return !1
            }
            if (r.isEven())
                return !1;
            for (t = 1; t < ot.length; ) {
                for (var a = ot[t], n = t + 1; n < ot.length && a < ct; )
                    a *= ot[n++];
                for (a = r.modInt(a); t < n; )
                    if (a % ot[t++] == 0)
                        return !1
            }
            return r.millerRabin(e)
        }
        function $e(e) {
            var t = this.subtract(a.ONE)
              , r = t.getLowestSetBit();
            if (r <= 0)
                return !1;
            for (var n, i = t.shiftRight(r), s = et(), o = 0; o < e; ++o) {
                do {
                    n = new a(this.bitLength(),s)
                } while (n.compareTo(a.ONE) <= 0 || n.compareTo(t) >= 0);
                var c = n.modPow(i, this);
                if (0 != c.compareTo(a.ONE) && 0 != c.compareTo(t)) {
                    for (var u = 1; u++ < r && 0 != c.compareTo(t); )
                        if (c = c.modPowInt(2, this),
                        0 == c.compareTo(a.ONE))
                            return !1;
                    if (0 != c.compareTo(t))
                        return !1
                }
            }
            return !0
        }
        function et() {
            return {
                nextBytes: function(e) {
                    for (var t = 0; t < e.length; ++t)
                        e[t] = Math.floor(256 * Math.random())
                }
            }
        }
        var tt = r(0);
        e.exports = tt.jsbn = tt.jsbn || {};
        var rt;
        tt.jsbn.BigInteger = a,
        "undefined" == typeof navigator ? (a.prototype.am = o,
        rt = 28) : "Microsoft Internet Explorer" == navigator.appName ? (a.prototype.am = s,
        rt = 30) : "Netscape" != navigator.appName ? (a.prototype.am = i,
        rt = 26) : (a.prototype.am = o,
        rt = 28),
        a.prototype.DB = rt,
        a.prototype.DM = (1 << rt) - 1,
        a.prototype.DV = 1 << rt;
        a.prototype.FV = Math.pow(2, 52),
        a.prototype.F1 = 52 - rt,
        a.prototype.F2 = 2 * rt - 52;
        var at, nt, it = "0123456789abcdefghijklmnopqrstuvwxyz", st = new Array;
        for (at = "0".charCodeAt(0),
        nt = 0; nt <= 9; ++nt)
            st[at++] = nt;
        for (at = "a".charCodeAt(0),
        nt = 10; nt < 36; ++nt)
            st[at++] = nt;
        for (at = "A".charCodeAt(0),
        nt = 10; nt < 36; ++nt)
            st[at++] = nt;
        R.prototype.convert = _,
        R.prototype.revert = L,
        R.prototype.reduce = U,
        R.prototype.mulTo = D,
        R.prototype.sqrTo = P,
        O.prototype.convert = K,
        O.prototype.revert = x,
        O.prototype.reduce = M,
        O.prototype.mulTo = q,
        O.prototype.sqrTo = F,
        a.prototype.copyTo = l,
        a.prototype.fromInt = p,
        a.prototype.fromString = h,
        a.prototype.clamp = d,
        a.prototype.dlShiftTo = S,
        a.prototype.drShiftTo = T,
        a.prototype.lShiftTo = I,
        a.prototype.rShiftTo = b,
        a.prototype.subTo = A,
        a.prototype.multiplyTo = B,
        a.prototype.squareTo = N,
        a.prototype.divRemTo = k,
        a.prototype.invDigit = V,
        a.prototype.isEven = j,
        a.prototype.exp = G,
        a.prototype.toString = y,
        a.prototype.negate = g,
        a.prototype.abs = v,
        a.prototype.compareTo = m,
        a.prototype.bitLength = E,
        a.prototype.mod = w,
        a.prototype.modPowInt = H,
        a.ZERO = f(0),
        a.ONE = f(1),
        Pe.prototype.convert = Ve,
        Pe.prototype.revert = Ve,
        Pe.prototype.mulTo = Oe,
        Pe.prototype.sqrTo = Ke,
        qe.prototype.convert = je,
        qe.prototype.revert = Ge,
        qe.prototype.reduce = He,
        qe.prototype.mulTo = ze,
        qe.prototype.sqrTo = Qe;
        var ot = [2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, 67, 71, 73, 79, 83, 89, 97, 101, 103, 107, 109, 113, 127, 131, 137, 139, 149, 151, 157, 163, 167, 173, 179, 181, 191, 193, 197, 199, 211, 223, 227, 229, 233, 239, 241, 251, 257, 263, 269, 271, 277, 281, 283, 293, 307, 311, 313, 317, 331, 337, 347, 349, 353, 359, 367, 373, 379, 383, 389, 397, 401, 409, 419, 421, 431, 433, 439, 443, 449, 457, 461, 463, 467, 479, 487, 491, 499, 503, 509]
          , ct = (1 << 26) / ot[ot.length - 1];
        a.prototype.chunkSize = X,
        a.prototype.toRadix = J,
        a.prototype.fromRadix = $,
        a.prototype.fromNumber = ee,
        a.prototype.bitwiseTo = ie,
        a.prototype.changeBit = Te,
        a.prototype.addTo = Be,
        a.prototype.dMultiply = Ue,
        a.prototype.dAddOffset = De,
        a.prototype.multiplyLowerTo = Me,
        a.prototype.multiplyUpperTo = Fe,
        a.prototype.modInt = Xe,
        a.prototype.millerRabin = $e,
        a.prototype.clone = Q,
        a.prototype.intValue = z,
        a.prototype.byteValue = W,
        a.prototype.shortValue = Y,
        a.prototype.signum = Z,
        a.prototype.toByteArray = te,
        a.prototype.equals = re,
        a.prototype.min = ae,
        a.prototype.max = ne,
        a.prototype.and = oe,
        a.prototype.or = ue,
        a.prototype.xor = pe,
        a.prototype.andNot = he,
        a.prototype.not = de,
        a.prototype.shiftLeft = ye,
        a.prototype.shiftRight = ge,
        a.prototype.getLowestSetBit = me,
        a.prototype.bitCount = Ee,
        a.prototype.testBit = Se,
        a.prototype.setBit = Ie,
        a.prototype.clearBit = be,
        a.prototype.flipBit = Ae,
        a.prototype.add = Ne,
        a.prototype.subtract = ke,
        a.prototype.multiply = we,
        a.prototype.divide = Re,
        a.prototype.remainder = _e,
        a.prototype.divideAndRemainder = Le,
        a.prototype.modPow = We,
        a.prototype.modInverse = Ze,
        a.prototype.pow = xe,
        a.prototype.gcd = Ye,
        a.prototype.isProbablePrime = Je
    }
    , function(e, t, r) {
        var a = r(0);
        r(1),
        e.exports = a.cipher = a.cipher || {},
        a.cipher.algorithms = a.cipher.algorithms || {},
        a.cipher.createCipher = function(e, t) {
            var r = e;
            if ("string" == typeof r && (r = a.cipher.getAlgorithm(r)) && (r = r()),
            !r)
                throw new Error("Unsupported algorithm: " + e);
            return new a.cipher.BlockCipher({
                algorithm: r,
                key: t,
                decrypt: !1
            })
        }
        ,
        a.cipher.createDecipher = function(e, t) {
            var r = e;
            if ("string" == typeof r && (r = a.cipher.getAlgorithm(r)) && (r = r()),
            !r)
                throw new Error("Unsupported algorithm: " + e);
            return new a.cipher.BlockCipher({
                algorithm: r,
                key: t,
                decrypt: !0
            })
        }
        ,
        a.cipher.registerAlgorithm = function(e, t) {
            e = e.toUpperCase(),
            a.cipher.algorithms[e] = t
        }
        ,
        a.cipher.getAlgorithm = function(e) {
            return e = e.toUpperCase(),
            e in a.cipher.algorithms ? a.cipher.algorithms[e] : null
        }
        ;
        var n = a.cipher.BlockCipher = function(e) {
            this.algorithm = e.algorithm,
            this.mode = this.algorithm.mode,
            this.blockSize = this.mode.blockSize,
            this._finish = !1,
            this._input = null,
            this.output = null,
            this._op = e.decrypt ? this.mode.decrypt : this.mode.encrypt,
            this._decrypt = e.decrypt,
            this.algorithm.initialize(e)
        }
        ;
        n.prototype.start = function(e) {
            e = e || {};
            var t = {};
            for (var r in e)
                t[r] = e[r];
            t.decrypt = this._decrypt,
            this._finish = !1,
            this._input = a.util.createBuffer(),
            this.output = e.output || a.util.createBuffer(),
            this.mode.start(t)
        }
        ,
        n.prototype.update = function(e) {
            for (e && this._input.putBuffer(e); !this._op.call(this.mode, this._input, this.output, this._finish) && !this._finish; )
                ;
            this._input.compact()
        }
        ,
        n.prototype.finish = function(e) {
            !e || "ECB" !== this.mode.name && "CBC" !== this.mode.name || (this.mode.pad = function(t) {
                return e(this.blockSize, t, !1)
            }
            ,
            this.mode.unpad = function(t) {
                return e(this.blockSize, t, !0)
            }
            );
            var t = {};
            return t.decrypt = this._decrypt,
            t.overflow = this._input.length() % this.blockSize,
            !(!this._decrypt && this.mode.pad && !this.mode.pad(this._input, t)) && (this._finish = !0,
            this.update(),
            !(this._decrypt && this.mode.unpad && !this.mode.unpad(this.output, t)) && !(this.mode.afterFinish && !this.mode.afterFinish(this.output, t)))
        }
    }
    , function(e, t, r) {
        function a() {
            o = String.fromCharCode(128),
            o += i.util.fillString(String.fromCharCode(0), 64),
            c = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 1, 6, 11, 0, 5, 10, 15, 4, 9, 14, 3, 8, 13, 2, 7, 12, 5, 8, 11, 14, 1, 4, 7, 10, 13, 0, 3, 6, 9, 12, 15, 2, 0, 7, 14, 5, 12, 3, 10, 1, 8, 15, 6, 13, 4, 11, 2, 9],
            u = [7, 12, 17, 22, 7, 12, 17, 22, 7, 12, 17, 22, 7, 12, 17, 22, 5, 9, 14, 20, 5, 9, 14, 20, 5, 9, 14, 20, 5, 9, 14, 20, 4, 11, 16, 23, 4, 11, 16, 23, 4, 11, 16, 23, 4, 11, 16, 23, 6, 10, 15, 21, 6, 10, 15, 21, 6, 10, 15, 21, 6, 10, 15, 21],
            l = new Array(64);
            for (var e = 0; e < 64; ++e)
                l[e] = Math.floor(4294967296 * Math.abs(Math.sin(e + 1)));
            p = !0
        }
        function n(e, t, r) {
            for (var a, n, i, s, o, p, f, h, d = r.length(); d >= 64; ) {
                for (n = e.h0,
                i = e.h1,
                s = e.h2,
                o = e.h3,
                h = 0; h < 16; ++h)
                    t[h] = r.getInt32Le(),
                    p = o ^ i & (s ^ o),
                    a = n + p + l[h] + t[h],
                    f = u[h],
                    n = o,
                    o = s,
                    s = i,
                    i += a << f | a >>> 32 - f;
                for (; h < 32; ++h)
                    p = s ^ o & (i ^ s),
                    a = n + p + l[h] + t[c[h]],
                    f = u[h],
                    n = o,
                    o = s,
                    s = i,
                    i += a << f | a >>> 32 - f;
                for (; h < 48; ++h)
                    p = i ^ s ^ o,
                    a = n + p + l[h] + t[c[h]],
                    f = u[h],
                    n = o,
                    o = s,
                    s = i,
                    i += a << f | a >>> 32 - f;
                for (; h < 64; ++h)
                    p = s ^ (i | ~o),
                    a = n + p + l[h] + t[c[h]],
                    f = u[h],
                    n = o,
                    o = s,
                    s = i,
                    i += a << f | a >>> 32 - f;
                e.h0 = e.h0 + n | 0,
                e.h1 = e.h1 + i | 0,
                e.h2 = e.h2 + s | 0,
                e.h3 = e.h3 + o | 0,
                d -= 64
            }
        }
        var i = r(0);
        r(4),
        r(1);
        var s = e.exports = i.md5 = i.md5 || {};
        i.md.md5 = i.md.algorithms.md5 = s,
        s.create = function() {
            p || a();
            var e = null
              , t = i.util.createBuffer()
              , r = new Array(16)
              , s = {
                algorithm: "md5",
                blockLength: 64,
                digestLength: 16,
                messageLength: 0,
                fullMessageLength: null,
                messageLengthSize: 8
            };
            return s.start = function() {
                s.messageLength = 0,
                s.fullMessageLength = s.messageLength64 = [];
                for (var r = s.messageLengthSize / 4, a = 0; a < r; ++a)
                    s.fullMessageLength.push(0);
                return t = i.util.createBuffer(),
                e = {
                    h0: 1732584193,
                    h1: 4023233417,
                    h2: 2562383102,
                    h3: 271733878
                },
                s
            }
            ,
            s.start(),
            s.update = function(a, o) {
                "utf8" === o && (a = i.util.encodeUtf8(a));
                var c = a.length;
                s.messageLength += c,
                c = [c / 4294967296 >>> 0, c >>> 0];
                for (var u = s.fullMessageLength.length - 1; u >= 0; --u)
                    s.fullMessageLength[u] += c[1],
                    c[1] = c[0] + (s.fullMessageLength[u] / 4294967296 >>> 0),
                    s.fullMessageLength[u] = s.fullMessageLength[u] >>> 0,
                    c[0] = c[1] / 4294967296 >>> 0;
                return t.putBytes(a),
                n(e, r, t),
                (t.read > 2048 || 0 === t.length()) && t.compact(),
                s
            }
            ,
            s.digest = function() {
                var a = i.util.createBuffer();
                a.putBytes(t.bytes());
                var c = s.fullMessageLength[s.fullMessageLength.length - 1] + s.messageLengthSize
                  , u = c & s.blockLength - 1;
                a.putBytes(o.substr(0, s.blockLength - u));
                for (var l, p = 0, f = s.fullMessageLength.length - 1; f >= 0; --f)
                    l = 8 * s.fullMessageLength[f] + p,
                    p = l / 4294967296 >>> 0,
                    a.putInt32Le(l >>> 0);
                var h = {
                    h0: e.h0,
                    h1: e.h1,
                    h2: e.h2,
                    h3: e.h3
                };
                n(h, r, a);
                var d = i.util.createBuffer();
                return d.putInt32Le(h.h0),
                d.putInt32Le(h.h1),
                d.putInt32Le(h.h2),
                d.putInt32Le(h.h3),
                d
            }
            ,
            s
        }
        ;
        var o = null
          , c = null
          , u = null
          , l = null
          , p = !1
    }
    , function(e, t, r) {
        var a = r(0);
        r(8),
        r(4),
        r(1);
        var n, i = a.pkcs5 = a.pkcs5 || {};
        a.util.isNodejs && !a.options.usePureJavaScript && (n = r(16)),
        e.exports = a.pbkdf2 = i.pbkdf2 = function(e, t, r, i, s, o) {
            function c() {
                if (C > f)
                    return o(null, m);
                d.start(null, null),
                d.update(t),
                d.update(a.util.int32ToBytes(C)),
                y = v = d.digest().getBytes(),
                E = 2,
                u()
            }
            function u() {
                if (E <= r)
                    return d.start(null, null),
                    d.update(v),
                    g = d.digest().getBytes(),
                    y = a.util.xorBytes(y, g, l),
                    v = g,
                    ++E,
                    a.util.setImmediate(u);
                m += C < f ? y : y.substr(0, h),
                ++C,
                c()
            }
            if ("function" == typeof s && (o = s,
            s = null),
            a.util.isNodejs && !a.options.usePureJavaScript && n.pbkdf2 && (null === s || "object" != typeof s) && (n.pbkdf2Sync.length > 4 || !s || "sha1" === s))
                return "string" != typeof s && (s = "sha1"),
                e = new Buffer(e,"binary"),
                t = new Buffer(t,"binary"),
                o ? 4 === n.pbkdf2Sync.length ? n.pbkdf2(e, t, r, i, function(e, t) {
                    if (e)
                        return o(e);
                    o(null, t.toString("binary"))
                }) : n.pbkdf2(e, t, r, i, s, function(e, t) {
                    if (e)
                        return o(e);
                    o(null, t.toString("binary"))
                }) : 4 === n.pbkdf2Sync.length ? n.pbkdf2Sync(e, t, r, i).toString("binary") : n.pbkdf2Sync(e, t, r, i, s).toString("binary");
            if (void 0 !== s && null !== s || (s = "sha1"),
            "string" == typeof s) {
                if (!(s in a.md.algorithms))
                    throw new Error("Unknown hash algorithm: " + s);
                s = a.md[s].create()
            }
            var l = s.digestLength;
            if (i > 4294967295 * l) {
                var p = new Error("Derived key is too long.");
                if (o)
                    return o(p);
                throw p
            }
            var f = Math.ceil(i / l)
              , h = i - (f - 1) * l
              , d = a.hmac.create();
            d.start(s, e);
            var y, g, v, m = "";
            if (!o) {
                for (var C = 1; C <= f; ++C) {
                    d.start(null, null),
                    d.update(t),
                    d.update(a.util.int32ToBytes(C)),
                    y = v = d.digest().getBytes();
                    for (var E = 2; E <= r; ++E)
                        d.start(null, null),
                        d.update(v),
                        g = d.digest().getBytes(),
                        y = a.util.xorBytes(y, g, l),
                        v = g;
                    m += C < f ? y : y.substr(0, h)
                }
                return m
            }
            var E, C = 1;
            c()
        }
    }
    , function(e, t) {}
    , function(e, t, r) {
        function a(e, t) {
            "string" == typeof t && (t = {
                shortName: t
            });
            for (var r, a = null, n = 0; null === a && n < e.attributes.length; ++n)
                r = e.attributes[n],
                t.type && t.type === r.type ? a = r : t.name && t.name === r.name ? a = r : t.shortName && t.shortName === r.shortName && (a = r);
            return a
        }
        function n(e) {
            for (var t, r, a = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []), n = e.attributes, i = 0; i < n.length; ++i) {
                t = n[i];
                var s = t.value
                  , o = p.Type.PRINTABLESTRING;
                "valueTagClass"in t && (o = t.valueTagClass) === p.Type.UTF8 && (s = l.util.encodeUtf8(s)),
                r = p.create(p.Class.UNIVERSAL, p.Type.SET, !0, [p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(t.type).getBytes()), p.create(p.Class.UNIVERSAL, o, !1, s)])]),
                a.value.push(r)
            }
            return a
        }
        function i(e) {
            for (var t, r = 0; r < e.length; ++r) {
                if (t = e[r],
                void 0 === t.name && (t.type && t.type in f.oids ? t.name = f.oids[t.type] : t.shortName && t.shortName in d && (t.name = f.oids[d[t.shortName]])),
                void 0 === t.type) {
                    if (!(t.name && t.name in f.oids)) {
                        var a = new Error("Attribute type not specified.");
                        throw a.attribute = t,
                        a
                    }
                    t.type = f.oids[t.name]
                }
                if (void 0 === t.shortName && t.name && t.name in d && (t.shortName = d[t.name]),
                t.type === h.extensionRequest && (t.valueConstructed = !0,
                t.valueTagClass = p.Type.SEQUENCE,
                !t.value && t.extensions)) {
                    t.value = [];
                    for (var n = 0; n < t.extensions.length; ++n)
                        t.value.push(f.certificateExtensionToAsn1(s(t.extensions[n])))
                }
                if (void 0 === t.value) {
                    var a = new Error("Attribute value not specified.");
                    throw a.attribute = t,
                    a
                }
            }
        }
        function s(e, t) {
            if (t = t || {},
            void 0 === e.name && e.id && e.id in f.oids && (e.name = f.oids[e.id]),
            void 0 === e.id) {
                if (!(e.name && e.name in f.oids)) {
                    var r = new Error("Extension ID not specified.");
                    throw r.extension = e,
                    r
                }
                e.id = f.oids[e.name]
            }
            if (void 0 !== e.value)
                return e;
            if ("keyUsage" === e.name) {
                var a = 0
                  , i = 0
                  , s = 0;
                e.digitalSignature && (i |= 128,
                a = 7),
                e.nonRepudiation && (i |= 64,
                a = 6),
                e.keyEncipherment && (i |= 32,
                a = 5),
                e.dataEncipherment && (i |= 16,
                a = 4),
                e.keyAgreement && (i |= 8,
                a = 3),
                e.keyCertSign && (i |= 4,
                a = 2),
                e.cRLSign && (i |= 2,
                a = 1),
                e.encipherOnly && (i |= 1,
                a = 0),
                e.decipherOnly && (s |= 128,
                a = 7);
                var o = String.fromCharCode(a);
                0 !== s ? o += String.fromCharCode(i) + String.fromCharCode(s) : 0 !== i && (o += String.fromCharCode(i)),
                e.value = p.create(p.Class.UNIVERSAL, p.Type.BITSTRING, !1, o)
            } else if ("basicConstraints" === e.name)
                e.value = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []),
                e.cA && e.value.value.push(p.create(p.Class.UNIVERSAL, p.Type.BOOLEAN, !1, String.fromCharCode(255))),
                "pathLenConstraint"in e && e.value.value.push(p.create(p.Class.UNIVERSAL, p.Type.INTEGER, !1, p.integerToDer(e.pathLenConstraint).getBytes()));
            else if ("extKeyUsage" === e.name) {
                e.value = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []);
                var c = e.value.value;
                for (var u in e)
                    !0 === e[u] && (u in h ? c.push(p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(h[u]).getBytes())) : -1 !== u.indexOf(".") && c.push(p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(u).getBytes())))
            } else if ("nsCertType" === e.name) {
                var a = 0
                  , i = 0;
                e.client && (i |= 128,
                a = 7),
                e.server && (i |= 64,
                a = 6),
                e.email && (i |= 32,
                a = 5),
                e.objsign && (i |= 16,
                a = 4),
                e.reserved && (i |= 8,
                a = 3),
                e.sslCA && (i |= 4,
                a = 2),
                e.emailCA && (i |= 2,
                a = 1),
                e.objCA && (i |= 1,
                a = 0);
                var o = String.fromCharCode(a);
                0 !== i && (o += String.fromCharCode(i)),
                e.value = p.create(p.Class.UNIVERSAL, p.Type.BITSTRING, !1, o)
            } else if ("subjectAltName" === e.name || "issuerAltName" === e.name) {
                e.value = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []);
                for (var d, y = 0; y < e.altNames.length; ++y) {
                    d = e.altNames[y];
                    var o = d.value;
                    if (7 === d.type && d.ip) {
                        if (null === (o = l.util.bytesFromIP(d.ip))) {
                            var r = new Error('Extension "ip" value is not a valid IPv4 or IPv6 address.');
                            throw r.extension = e,
                            r
                        }
                    } else
                        8 === d.type && (o = d.oid ? p.oidToDer(p.oidToDer(d.oid)) : p.oidToDer(o));
                    e.value.value.push(p.create(p.Class.CONTEXT_SPECIFIC, d.type, !1, o))
                }
            } else if ("nsComment" === e.name && t.cert) {
                if (!/^[\x00-\x7F]*$/.test(e.comment) || e.comment.length < 1 || e.comment.length > 128)
                    throw new Error('Invalid "nsComment" content.');
                e.value = p.create(p.Class.UNIVERSAL, p.Type.IA5STRING, !1, e.comment)
            } else if ("subjectKeyIdentifier" === e.name && t.cert) {
                var g = t.cert.generateSubjectKeyIdentifier();
                e.subjectKeyIdentifier = g.toHex(),
                e.value = p.create(p.Class.UNIVERSAL, p.Type.OCTETSTRING, !1, g.getBytes())
            } else if ("authorityKeyIdentifier" === e.name && t.cert) {
                e.value = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []);
                var c = e.value.value;
                if (e.keyIdentifier) {
                    var v = !0 === e.keyIdentifier ? t.cert.generateSubjectKeyIdentifier().getBytes() : e.keyIdentifier;
                    c.push(p.create(p.Class.CONTEXT_SPECIFIC, 0, !1, v))
                }
                if (e.authorityCertIssuer) {
                    var m = [p.create(p.Class.CONTEXT_SPECIFIC, 4, !0, [n(!0 === e.authorityCertIssuer ? t.cert.issuer : e.authorityCertIssuer)])];
                    c.push(p.create(p.Class.CONTEXT_SPECIFIC, 1, !0, m))
                }
                if (e.serialNumber) {
                    var C = l.util.hexToBytes(!0 === e.serialNumber ? t.cert.serialNumber : e.serialNumber);
                    c.push(p.create(p.Class.CONTEXT_SPECIFIC, 2, !1, C))
                }
            } else if ("cRLDistributionPoints" === e.name) {
                e.value = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []);
                for (var d, c = e.value.value, E = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []), S = p.create(p.Class.CONTEXT_SPECIFIC, 0, !0, []), y = 0; y < e.altNames.length; ++y) {
                    d = e.altNames[y];
                    var o = d.value;
                    if (7 === d.type && d.ip) {
                        if (null === (o = l.util.bytesFromIP(d.ip))) {
                            var r = new Error('Extension "ip" value is not a valid IPv4 or IPv6 address.');
                            throw r.extension = e,
                            r
                        }
                    } else
                        8 === d.type && (o = d.oid ? p.oidToDer(p.oidToDer(d.oid)) : p.oidToDer(o));
                    S.value.push(p.create(p.Class.CONTEXT_SPECIFIC, d.type, !1, o))
                }
                E.value.push(p.create(p.Class.CONTEXT_SPECIFIC, 0, !0, [S])),
                c.push(E)
            }
            if (void 0 === e.value) {
                var r = new Error("Extension value not specified.");
                throw r.extension = e,
                r
            }
            return e
        }
        function o(e, t) {
            switch (e) {
            case h["RSASSA-PSS"]:
                var r = [];
                return void 0 !== t.hash.algorithmOid && r.push(p.create(p.Class.CONTEXT_SPECIFIC, 0, !0, [p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(t.hash.algorithmOid).getBytes()), p.create(p.Class.UNIVERSAL, p.Type.NULL, !1, "")])])),
                void 0 !== t.mgf.algorithmOid && r.push(p.create(p.Class.CONTEXT_SPECIFIC, 1, !0, [p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(t.mgf.algorithmOid).getBytes()), p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(t.mgf.hash.algorithmOid).getBytes()), p.create(p.Class.UNIVERSAL, p.Type.NULL, !1, "")])])])),
                void 0 !== t.saltLength && r.push(p.create(p.Class.CONTEXT_SPECIFIC, 2, !0, [p.create(p.Class.UNIVERSAL, p.Type.INTEGER, !1, p.integerToDer(t.saltLength).getBytes())])),
                p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, r);
            default:
                return p.create(p.Class.UNIVERSAL, p.Type.NULL, !1, "")
            }
        }
        function c(e) {
            var t = p.create(p.Class.CONTEXT_SPECIFIC, 0, !0, []);
            if (0 === e.attributes.length)
                return t;
            for (var r = e.attributes, a = 0; a < r.length; ++a) {
                var n = r[a]
                  , i = n.value
                  , s = p.Type.UTF8;
                "valueTagClass"in n && (s = n.valueTagClass),
                s === p.Type.UTF8 && (i = l.util.encodeUtf8(i));
                var o = !1;
                "valueConstructed"in n && (o = n.valueConstructed);
                var c = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(n.type).getBytes()), p.create(p.Class.UNIVERSAL, p.Type.SET, !0, [p.create(p.Class.UNIVERSAL, s, o, i)])]);
                t.value.push(c)
            }
            return t
        }
        function u(e) {
            return e >= S && e < T ? p.create(p.Class.UNIVERSAL, p.Type.UTCTIME, !1, p.dateToUtcTime(e)) : p.create(p.Class.UNIVERSAL, p.Type.GENERALIZEDTIME, !1, p.dateToGeneralizedTime(e))
        }
        var l = r(0);
        r(5),
        r(3),
        r(10),
        r(4),
        r(39),
        r(6),
        r(7),
        r(18),
        r(11),
        r(1);
        var p = l.asn1
          , f = e.exports = l.pki = l.pki || {}
          , h = f.oids
          , d = {};
        d.CN = h.commonName,
        d.commonName = "CN",
        d.C = h.countryName,
        d.countryName = "C",
        d.L = h.localityName,
        d.localityName = "L",
        d.ST = h.stateOrProvinceName,
        d.stateOrProvinceName = "ST",
        d.O = h.organizationName,
        d.organizationName = "O",
        d.OU = h.organizationalUnitName,
        d.organizationalUnitName = "OU",
        d.E = h.emailAddress,
        d.emailAddress = "E";
        var y = l.pki.rsa.publicKeyValidator
          , g = {
            name: "Certificate",
            tagClass: p.Class.UNIVERSAL,
            type: p.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "Certificate.TBSCertificate",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.SEQUENCE,
                constructed: !0,
                captureAsn1: "tbsCertificate",
                value: [{
                    name: "Certificate.TBSCertificate.version",
                    tagClass: p.Class.CONTEXT_SPECIFIC,
                    type: 0,
                    constructed: !0,
                    optional: !0,
                    value: [{
                        name: "Certificate.TBSCertificate.version.integer",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.INTEGER,
                        constructed: !1,
                        capture: "certVersion"
                    }]
                }, {
                    name: "Certificate.TBSCertificate.serialNumber",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.INTEGER,
                    constructed: !1,
                    capture: "certSerialNumber"
                }, {
                    name: "Certificate.TBSCertificate.signature",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.SEQUENCE,
                    constructed: !0,
                    value: [{
                        name: "Certificate.TBSCertificate.signature.algorithm",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.OID,
                        constructed: !1,
                        capture: "certinfoSignatureOid"
                    }, {
                        name: "Certificate.TBSCertificate.signature.parameters",
                        tagClass: p.Class.UNIVERSAL,
                        optional: !0,
                        captureAsn1: "certinfoSignatureParams"
                    }]
                }, {
                    name: "Certificate.TBSCertificate.issuer",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.SEQUENCE,
                    constructed: !0,
                    captureAsn1: "certIssuer"
                }, {
                    name: "Certificate.TBSCertificate.validity",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.SEQUENCE,
                    constructed: !0,
                    value: [{
                        name: "Certificate.TBSCertificate.validity.notBefore (utc)",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.UTCTIME,
                        constructed: !1,
                        optional: !0,
                        capture: "certValidity1UTCTime"
                    }, {
                        name: "Certificate.TBSCertificate.validity.notBefore (generalized)",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.GENERALIZEDTIME,
                        constructed: !1,
                        optional: !0,
                        capture: "certValidity2GeneralizedTime"
                    }, {
                        name: "Certificate.TBSCertificate.validity.notAfter (utc)",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.UTCTIME,
                        constructed: !1,
                        optional: !0,
                        capture: "certValidity3UTCTime"
                    }, {
                        name: "Certificate.TBSCertificate.validity.notAfter (generalized)",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.GENERALIZEDTIME,
                        constructed: !1,
                        optional: !0,
                        capture: "certValidity4GeneralizedTime"
                    }]
                }, {
                    name: "Certificate.TBSCertificate.subject",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.SEQUENCE,
                    constructed: !0,
                    captureAsn1: "certSubject"
                }, y, {
                    name: "Certificate.TBSCertificate.issuerUniqueID",
                    tagClass: p.Class.CONTEXT_SPECIFIC,
                    type: 1,
                    constructed: !0,
                    optional: !0,
                    value: [{
                        name: "Certificate.TBSCertificate.issuerUniqueID.id",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.BITSTRING,
                        constructed: !1,
                        captureBitStringValue: "certIssuerUniqueId"
                    }]
                }, {
                    name: "Certificate.TBSCertificate.subjectUniqueID",
                    tagClass: p.Class.CONTEXT_SPECIFIC,
                    type: 2,
                    constructed: !0,
                    optional: !0,
                    value: [{
                        name: "Certificate.TBSCertificate.subjectUniqueID.id",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.BITSTRING,
                        constructed: !1,
                        captureBitStringValue: "certSubjectUniqueId"
                    }]
                }, {
                    name: "Certificate.TBSCertificate.extensions",
                    tagClass: p.Class.CONTEXT_SPECIFIC,
                    type: 3,
                    constructed: !0,
                    captureAsn1: "certExtensions",
                    optional: !0
                }]
            }, {
                name: "Certificate.signatureAlgorithm",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "Certificate.signatureAlgorithm.algorithm",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.OID,
                    constructed: !1,
                    capture: "certSignatureOid"
                }, {
                    name: "Certificate.TBSCertificate.signature.parameters",
                    tagClass: p.Class.UNIVERSAL,
                    optional: !0,
                    captureAsn1: "certSignatureParams"
                }]
            }, {
                name: "Certificate.signatureValue",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.BITSTRING,
                constructed: !1,
                captureBitStringValue: "certSignature"
            }]
        }
          , v = {
            name: "rsapss",
            tagClass: p.Class.UNIVERSAL,
            type: p.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "rsapss.hashAlgorithm",
                tagClass: p.Class.CONTEXT_SPECIFIC,
                type: 0,
                constructed: !0,
                value: [{
                    name: "rsapss.hashAlgorithm.AlgorithmIdentifier",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Class.SEQUENCE,
                    constructed: !0,
                    optional: !0,
                    value: [{
                        name: "rsapss.hashAlgorithm.AlgorithmIdentifier.algorithm",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.OID,
                        constructed: !1,
                        capture: "hashOid"
                    }]
                }]
            }, {
                name: "rsapss.maskGenAlgorithm",
                tagClass: p.Class.CONTEXT_SPECIFIC,
                type: 1,
                constructed: !0,
                value: [{
                    name: "rsapss.maskGenAlgorithm.AlgorithmIdentifier",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Class.SEQUENCE,
                    constructed: !0,
                    optional: !0,
                    value: [{
                        name: "rsapss.maskGenAlgorithm.AlgorithmIdentifier.algorithm",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.OID,
                        constructed: !1,
                        capture: "maskGenOid"
                    }, {
                        name: "rsapss.maskGenAlgorithm.AlgorithmIdentifier.params",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.SEQUENCE,
                        constructed: !0,
                        value: [{
                            name: "rsapss.maskGenAlgorithm.AlgorithmIdentifier.params.algorithm",
                            tagClass: p.Class.UNIVERSAL,
                            type: p.Type.OID,
                            constructed: !1,
                            capture: "maskGenHashOid"
                        }]
                    }]
                }]
            }, {
                name: "rsapss.saltLength",
                tagClass: p.Class.CONTEXT_SPECIFIC,
                type: 2,
                optional: !0,
                value: [{
                    name: "rsapss.saltLength.saltLength",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Class.INTEGER,
                    constructed: !1,
                    capture: "saltLength"
                }]
            }, {
                name: "rsapss.trailerField",
                tagClass: p.Class.CONTEXT_SPECIFIC,
                type: 3,
                optional: !0,
                value: [{
                    name: "rsapss.trailer.trailer",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Class.INTEGER,
                    constructed: !1,
                    capture: "trailer"
                }]
            }]
        }
          , m = {
            name: "CertificationRequestInfo",
            tagClass: p.Class.UNIVERSAL,
            type: p.Type.SEQUENCE,
            constructed: !0,
            captureAsn1: "certificationRequestInfo",
            value: [{
                name: "CertificationRequestInfo.integer",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.INTEGER,
                constructed: !1,
                capture: "certificationRequestInfoVersion"
            }, {
                name: "CertificationRequestInfo.subject",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.SEQUENCE,
                constructed: !0,
                captureAsn1: "certificationRequestInfoSubject"
            }, y, {
                name: "CertificationRequestInfo.attributes",
                tagClass: p.Class.CONTEXT_SPECIFIC,
                type: 0,
                constructed: !0,
                optional: !0,
                capture: "certificationRequestInfoAttributes",
                value: [{
                    name: "CertificationRequestInfo.attributes",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.SEQUENCE,
                    constructed: !0,
                    value: [{
                        name: "CertificationRequestInfo.attributes.type",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.OID,
                        constructed: !1
                    }, {
                        name: "CertificationRequestInfo.attributes.value",
                        tagClass: p.Class.UNIVERSAL,
                        type: p.Type.SET,
                        constructed: !0
                    }]
                }]
            }]
        }
          , C = {
            name: "CertificationRequest",
            tagClass: p.Class.UNIVERSAL,
            type: p.Type.SEQUENCE,
            constructed: !0,
            captureAsn1: "csr",
            value: [m, {
                name: "CertificationRequest.signatureAlgorithm",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "CertificationRequest.signatureAlgorithm.algorithm",
                    tagClass: p.Class.UNIVERSAL,
                    type: p.Type.OID,
                    constructed: !1,
                    capture: "csrSignatureOid"
                }, {
                    name: "CertificationRequest.signatureAlgorithm.parameters",
                    tagClass: p.Class.UNIVERSAL,
                    optional: !0,
                    captureAsn1: "csrSignatureParams"
                }]
            }, {
                name: "CertificationRequest.signature",
                tagClass: p.Class.UNIVERSAL,
                type: p.Type.BITSTRING,
                constructed: !1,
                captureBitStringValue: "csrSignature"
            }]
        };
        f.RDNAttributesAsArray = function(e, t) {
            for (var r, a, n, i = [], s = 0; s < e.value.length; ++s) {
                r = e.value[s];
                for (var o = 0; o < r.value.length; ++o)
                    n = {},
                    a = r.value[o],
                    n.type = p.derToOid(a.value[0].value),
                    n.value = a.value[1].value,
                    n.valueTagClass = a.value[1].type,
                    n.type in h && (n.name = h[n.type],
                    n.name in d && (n.shortName = d[n.name])),
                    t && (t.update(n.type),
                    t.update(n.value)),
                    i.push(n)
            }
            return i
        }
        ,
        f.CRIAttributesAsArray = function(e) {
            for (var t = [], r = 0; r < e.length; ++r)
                for (var a = e[r], n = p.derToOid(a.value[0].value), i = a.value[1].value, s = 0; s < i.length; ++s) {
                    var o = {};
                    if (o.type = n,
                    o.value = i[s].value,
                    o.valueTagClass = i[s].type,
                    o.type in h && (o.name = h[o.type],
                    o.name in d && (o.shortName = d[o.name])),
                    o.type === h.extensionRequest) {
                        o.extensions = [];
                        for (var c = 0; c < o.value.length; ++c)
                            o.extensions.push(f.certificateExtensionFromAsn1(o.value[c]))
                    }
                    t.push(o)
                }
            return t
        }
        ;
        var E = function(e, t, r) {
            var a = {};
            if (e !== h["RSASSA-PSS"])
                return a;
            r && (a = {
                hash: {
                    algorithmOid: h.sha1
                },
                mgf: {
                    algorithmOid: h.mgf1,
                    hash: {
                        algorithmOid: h.sha1
                    }
                },
                saltLength: 20
            });
            var n = {}
              , i = [];
            if (!p.validate(t, v, n, i)) {
                var s = new Error("Cannot read RSASSA-PSS parameter block.");
                throw s.errors = i,
                s
            }
            return void 0 !== n.hashOid && (a.hash = a.hash || {},
            a.hash.algorithmOid = p.derToOid(n.hashOid)),
            void 0 !== n.maskGenOid && (a.mgf = a.mgf || {},
            a.mgf.algorithmOid = p.derToOid(n.maskGenOid),
            a.mgf.hash = a.mgf.hash || {},
            a.mgf.hash.algorithmOid = p.derToOid(n.maskGenHashOid)),
            void 0 !== n.saltLength && (a.saltLength = n.saltLength.charCodeAt(0)),
            a
        };
        f.certificateFromPem = function(e, t, r) {
            var a = l.pem.decode(e)[0];
            if ("CERTIFICATE" !== a.type && "X509 CERTIFICATE" !== a.type && "TRUSTED CERTIFICATE" !== a.type) {
                var n = new Error('Could not convert certificate from PEM; PEM header type is not "CERTIFICATE", "X509 CERTIFICATE", or "TRUSTED CERTIFICATE".');
                throw n.headerType = a.type,
                n
            }
            if (a.procType && "ENCRYPTED" === a.procType.type)
                throw new Error("Could not convert certificate from PEM; PEM is encrypted.");
            var i = p.fromDer(a.body, r);
            return f.certificateFromAsn1(i, t)
        }
        ,
        f.certificateToPem = function(e, t) {
            var r = {
                type: "CERTIFICATE",
                body: p.toDer(f.certificateToAsn1(e)).getBytes()
            };
            return l.pem.encode(r, {
                maxline: t
            })
        }
        ,
        f.publicKeyFromPem = function(e) {
            var t = l.pem.decode(e)[0];
            if ("PUBLIC KEY" !== t.type && "RSA PUBLIC KEY" !== t.type) {
                var r = new Error('Could not convert public key from PEM; PEM header type is not "PUBLIC KEY" or "RSA PUBLIC KEY".');
                throw r.headerType = t.type,
                r
            }
            if (t.procType && "ENCRYPTED" === t.procType.type)
                throw new Error("Could not convert public key from PEM; PEM is encrypted.");
            var a = p.fromDer(t.body);
            return f.publicKeyFromAsn1(a)
        }
        ,
        f.publicKeyToPem = function(e, t) {
            var r = {
                type: "PUBLIC KEY",
                body: p.toDer(f.publicKeyToAsn1(e)).getBytes()
            };
            return l.pem.encode(r, {
                maxline: t
            })
        }
        ,
        f.publicKeyToRSAPublicKeyPem = function(e, t) {
            var r = {
                type: "RSA PUBLIC KEY",
                body: p.toDer(f.publicKeyToRSAPublicKey(e)).getBytes()
            };
            return l.pem.encode(r, {
                maxline: t
            })
        }
        ,
        f.getPublicKeyFingerprint = function(e, t) {
            t = t || {};
            var r, a = t.md || l.md.sha1.create(), n = t.type || "RSAPublicKey";
            switch (n) {
            case "RSAPublicKey":
                r = p.toDer(f.publicKeyToRSAPublicKey(e)).getBytes();
                break;
            case "SubjectPublicKeyInfo":
                r = p.toDer(f.publicKeyToAsn1(e)).getBytes();
                break;
            default:
                throw new Error('Unknown fingerprint type "' + t.type + '".')
            }
            a.start(),
            a.update(r);
            var i = a.digest();
            if ("hex" === t.encoding) {
                var s = i.toHex();
                return t.delimiter ? s.match(/.{2}/g).join(t.delimiter) : s
            }
            if ("binary" === t.encoding)
                return i.getBytes();
            if (t.encoding)
                throw new Error('Unknown encoding "' + t.encoding + '".');
            return i
        }
        ,
        f.certificationRequestFromPem = function(e, t, r) {
            var a = l.pem.decode(e)[0];
            if ("CERTIFICATE REQUEST" !== a.type) {
                var n = new Error('Could not convert certification request from PEM; PEM header type is not "CERTIFICATE REQUEST".');
                throw n.headerType = a.type,
                n
            }
            if (a.procType && "ENCRYPTED" === a.procType.type)
                throw new Error("Could not convert certification request from PEM; PEM is encrypted.");
            var i = p.fromDer(a.body, r);
            return f.certificationRequestFromAsn1(i, t)
        }
        ,
        f.certificationRequestToPem = function(e, t) {
            var r = {
                type: "CERTIFICATE REQUEST",
                body: p.toDer(f.certificationRequestToAsn1(e)).getBytes()
            };
            return l.pem.encode(r, {
                maxline: t
            })
        }
        ,
        f.createCertificate = function() {
            var e = {};
            return e.version = 2,
            e.serialNumber = "00",
            e.signatureOid = null,
            e.signature = null,
            e.siginfo = {},
            e.siginfo.algorithmOid = null,
            e.validity = {},
            e.validity.notBefore = new Date,
            e.validity.notAfter = new Date,
            e.issuer = {},
            e.issuer.getField = function(t) {
                return a(e.issuer, t)
            }
            ,
            e.issuer.addField = function(t) {
                i([t]),
                e.issuer.attributes.push(t)
            }
            ,
            e.issuer.attributes = [],
            e.issuer.hash = null,
            e.subject = {},
            e.subject.getField = function(t) {
                return a(e.subject, t)
            }
            ,
            e.subject.addField = function(t) {
                i([t]),
                e.subject.attributes.push(t)
            }
            ,
            e.subject.attributes = [],
            e.subject.hash = null,
            e.extensions = [],
            e.publicKey = null,
            e.md = null,
            e.setSubject = function(t, r) {
                i(t),
                e.subject.attributes = t,
                delete e.subject.uniqueId,
                r && (e.subject.uniqueId = r),
                e.subject.hash = null
            }
            ,
            e.setIssuer = function(t, r) {
                i(t),
                e.issuer.attributes = t,
                delete e.issuer.uniqueId,
                r && (e.issuer.uniqueId = r),
                e.issuer.hash = null
            }
            ,
            e.setExtensions = function(t) {
                for (var r = 0; r < t.length; ++r)
                    s(t[r], {
                        cert: e
                    });
                e.extensions = t
            }
            ,
            e.getExtension = function(t) {
                "string" == typeof t && (t = {
                    name: t
                });
                for (var r, a = null, n = 0; null === a && n < e.extensions.length; ++n)
                    r = e.extensions[n],
                    t.id && r.id === t.id ? a = r : t.name && r.name === t.name && (a = r);
                return a
            }
            ,
            e.sign = function(t, r) {
                e.md = r || l.md.sha1.create();
                var a = h[e.md.algorithm + "WithRSAEncryption"];
                if (!a) {
                    var n = new Error("Could not compute certificate digest. Unknown message digest algorithm OID.");
                    throw n.algorithm = e.md.algorithm,
                    n
                }
                e.signatureOid = e.siginfo.algorithmOid = a,
                e.tbsCertificate = f.getTBSCertificate(e);
                var i = p.toDer(e.tbsCertificate);
                e.md.update(i.getBytes()),
                e.signature = t.sign(e.md)
            }
            ,
            e.verify = function(t) {
                var r = !1;
                if (!e.issued(t)) {
                    var a = t.issuer
                      , n = e.subject
                      , i = new Error("The parent certificate did not issue the given child certificate; the child certificate's issuer does not match the parent's subject.");
                    throw i.expectedIssuer = a.attributes,
                    i.actualIssuer = n.attributes,
                    i
                }
                var s = t.md;
                if (null === s) {
                    if (t.signatureOid in h) {
                        switch (h[t.signatureOid]) {
                        case "sha1WithRSAEncryption":
                            s = l.md.sha1.create();
                            break;
                        case "md5WithRSAEncryption":
                            s = l.md.md5.create();
                            break;
                        case "sha256WithRSAEncryption":
                            s = l.md.sha256.create();
                            break;
                        case "sha384WithRSAEncryption":
                            s = l.md.sha384.create();
                            break;
                        case "sha512WithRSAEncryption":
                            s = l.md.sha512.create();
                            break;
                        case "RSASSA-PSS":
                            s = l.md.sha256.create()
                        }
                    }
                    if (null === s) {
                        var i = new Error("Could not compute certificate digest. Unknown signature OID.");
                        throw i.signatureOid = t.signatureOid,
                        i
                    }
                    var o = t.tbsCertificate || f.getTBSCertificate(t)
                      , c = p.toDer(o);
                    s.update(c.getBytes())
                }
                if (null !== s) {
                    var u;
                    switch (t.signatureOid) {
                    case h.sha1WithRSAEncryption:
                        u = void 0;
                        break;
                    case h["RSASSA-PSS"]:
                        var d, y;
                        if (void 0 === (d = h[t.signatureParameters.mgf.hash.algorithmOid]) || void 0 === l.md[d]) {
                            var i = new Error("Unsupported MGF hash function.");
                            throw i.oid = t.signatureParameters.mgf.hash.algorithmOid,
                            i.name = d,
                            i
                        }
                        if (void 0 === (y = h[t.signatureParameters.mgf.algorithmOid]) || void 0 === l.mgf[y]) {
                            var i = new Error("Unsupported MGF function.");
                            throw i.oid = t.signatureParameters.mgf.algorithmOid,
                            i.name = y,
                            i
                        }
                        if (y = l.mgf[y].create(l.md[d].create()),
                        void 0 === (d = h[t.signatureParameters.hash.algorithmOid]) || void 0 === l.md[d])
                            throw {
                                message: "Unsupported RSASSA-PSS hash function.",
                                oid: t.signatureParameters.hash.algorithmOid,
                                name: d
                            };
                        u = l.pss.create(l.md[d].create(), y, t.signatureParameters.saltLength)
                    }
                    r = e.publicKey.verify(s.digest().getBytes(), t.signature, u)
                }
                return r
            }
            ,
            e.isIssuer = function(t) {
                var r = !1
                  , a = e.issuer
                  , n = t.subject;
                if (a.hash && n.hash)
                    r = a.hash === n.hash;
                else if (a.attributes.length === n.attributes.length) {
                    r = !0;
                    for (var i, s, o = 0; r && o < a.attributes.length; ++o)
                        i = a.attributes[o],
                        s = n.attributes[o],
                        i.type === s.type && i.value === s.value || (r = !1)
                }
                return r
            }
            ,
            e.issued = function(t) {
                return t.isIssuer(e)
            }
            ,
            e.generateSubjectKeyIdentifier = function() {
                return f.getPublicKeyFingerprint(e.publicKey, {
                    type: "RSAPublicKey"
                })
            }
            ,
            e.verifySubjectKeyIdentifier = function() {
                for (var t = h.subjectKeyIdentifier, r = 0; r < e.extensions.length; ++r) {
                    var a = e.extensions[r];
                    if (a.id === t) {
                        var n = e.generateSubjectKeyIdentifier().getBytes();
                        return l.util.hexToBytes(a.subjectKeyIdentifier) === n
                    }
                }
                return !1
            }
            ,
            e
        }
        ,
        f.certificateFromAsn1 = function(e, t) {
            var r = {}
              , n = [];
            if (!p.validate(e, g, r, n)) {
                var s = new Error("Cannot read X.509 certificate. ASN.1 object is not an X509v3 Certificate.");
                throw s.errors = n,
                s
            }
            var o = p.derToOid(r.publicKeyOid);
            if (o !== f.oids.rsaEncryption)
                throw new Error("Cannot read public key. OID is not RSA.");
            var c = f.createCertificate();
            c.version = r.certVersion ? r.certVersion.charCodeAt(0) : 0;
            var u = l.util.createBuffer(r.certSerialNumber);
            c.serialNumber = u.toHex(),
            c.signatureOid = l.asn1.derToOid(r.certSignatureOid),
            c.signatureParameters = E(c.signatureOid, r.certSignatureParams, !0),
            c.siginfo.algorithmOid = l.asn1.derToOid(r.certinfoSignatureOid),
            c.siginfo.parameters = E(c.siginfo.algorithmOid, r.certinfoSignatureParams, !1),
            c.signature = r.certSignature;
            var d = [];
            if (void 0 !== r.certValidity1UTCTime && d.push(p.utcTimeToDate(r.certValidity1UTCTime)),
            void 0 !== r.certValidity2GeneralizedTime && d.push(p.generalizedTimeToDate(r.certValidity2GeneralizedTime)),
            void 0 !== r.certValidity3UTCTime && d.push(p.utcTimeToDate(r.certValidity3UTCTime)),
            void 0 !== r.certValidity4GeneralizedTime && d.push(p.generalizedTimeToDate(r.certValidity4GeneralizedTime)),
            d.length > 2)
                throw new Error("Cannot read notBefore/notAfter validity times; more than two times were provided in the certificate.");
            if (d.length < 2)
                throw new Error("Cannot read notBefore/notAfter validity times; they were not provided as either UTCTime or GeneralizedTime.");
            if (c.validity.notBefore = d[0],
            c.validity.notAfter = d[1],
            c.tbsCertificate = r.tbsCertificate,
            t) {
                if (c.md = null,
                c.signatureOid in h) {
                    var o = h[c.signatureOid];
                    switch (o) {
                    case "sha1WithRSAEncryption":
                        c.md = l.md.sha1.create();
                        break;
                    case "md5WithRSAEncryption":
                        c.md = l.md.md5.create();
                        break;
                    case "sha256WithRSAEncryption":
                        c.md = l.md.sha256.create();
                        break;
                    case "sha384WithRSAEncryption":
                        c.md = l.md.sha384.create();
                        break;
                    case "sha512WithRSAEncryption":
                        c.md = l.md.sha512.create();
                        break;
                    case "RSASSA-PSS":
                        c.md = l.md.sha256.create()
                    }
                }
                if (null === c.md) {
                    var s = new Error("Could not compute certificate digest. Unknown signature OID.");
                    throw s.signatureOid = c.signatureOid,
                    s
                }
                var y = p.toDer(c.tbsCertificate);
                c.md.update(y.getBytes())
            }
            var v = l.md.sha1.create();
            c.issuer.getField = function(e) {
                return a(c.issuer, e)
            }
            ,
            c.issuer.addField = function(e) {
                i([e]),
                c.issuer.attributes.push(e)
            }
            ,
            c.issuer.attributes = f.RDNAttributesAsArray(r.certIssuer, v),
            r.certIssuerUniqueId && (c.issuer.uniqueId = r.certIssuerUniqueId),
            c.issuer.hash = v.digest().toHex();
            var m = l.md.sha1.create();
            return c.subject.getField = function(e) {
                return a(c.subject, e)
            }
            ,
            c.subject.addField = function(e) {
                i([e]),
                c.subject.attributes.push(e)
            }
            ,
            c.subject.attributes = f.RDNAttributesAsArray(r.certSubject, m),
            r.certSubjectUniqueId && (c.subject.uniqueId = r.certSubjectUniqueId),
            c.subject.hash = m.digest().toHex(),
            r.certExtensions ? c.extensions = f.certificateExtensionsFromAsn1(r.certExtensions) : c.extensions = [],
            c.publicKey = f.publicKeyFromAsn1(r.subjectPublicKeyInfo),
            c
        }
        ,
        f.certificateExtensionsFromAsn1 = function(e) {
            for (var t = [], r = 0; r < e.value.length; ++r)
                for (var a = e.value[r], n = 0; n < a.value.length; ++n)
                    t.push(f.certificateExtensionFromAsn1(a.value[n]));
            return t
        }
        ,
        f.certificateExtensionFromAsn1 = function(e) {
            var t = {};
            if (t.id = p.derToOid(e.value[0].value),
            t.critical = !1,
            e.value[1].type === p.Type.BOOLEAN ? (t.critical = 0 !== e.value[1].value.charCodeAt(0),
            t.value = e.value[2].value) : t.value = e.value[1].value,
            t.id in h)
                if (t.name = h[t.id],
                "keyUsage" === t.name) {
                    var r = p.fromDer(t.value)
                      , a = 0
                      , n = 0;
                    r.value.length > 1 && (a = r.value.charCodeAt(1),
                    n = r.value.length > 2 ? r.value.charCodeAt(2) : 0),
                    t.digitalSignature = 128 == (128 & a),
                    t.nonRepudiation = 64 == (64 & a),
                    t.keyEncipherment = 32 == (32 & a),
                    t.dataEncipherment = 16 == (16 & a),
                    t.keyAgreement = 8 == (8 & a),
                    t.keyCertSign = 4 == (4 & a),
                    t.cRLSign = 2 == (2 & a),
                    t.encipherOnly = 1 == (1 & a),
                    t.decipherOnly = 128 == (128 & n)
                } else if ("basicConstraints" === t.name) {
                    var r = p.fromDer(t.value);
                    r.value.length > 0 && r.value[0].type === p.Type.BOOLEAN ? t.cA = 0 !== r.value[0].value.charCodeAt(0) : t.cA = !1;
                    var i = null;
                    r.value.length > 0 && r.value[0].type === p.Type.INTEGER ? i = r.value[0].value : r.value.length > 1 && (i = r.value[1].value),
                    null !== i && (t.pathLenConstraint = p.derToInteger(i))
                } else if ("extKeyUsage" === t.name)
                    for (var r = p.fromDer(t.value), s = 0; s < r.value.length; ++s) {
                        var o = p.derToOid(r.value[s].value);
                        o in h ? t[h[o]] = !0 : t[o] = !0
                    }
                else if ("nsCertType" === t.name) {
                    var r = p.fromDer(t.value)
                      , a = 0;
                    r.value.length > 1 && (a = r.value.charCodeAt(1)),
                    t.client = 128 == (128 & a),
                    t.server = 64 == (64 & a),
                    t.email = 32 == (32 & a),
                    t.objsign = 16 == (16 & a),
                    t.reserved = 8 == (8 & a),
                    t.sslCA = 4 == (4 & a),
                    t.emailCA = 2 == (2 & a),
                    t.objCA = 1 == (1 & a)
                } else if ("subjectAltName" === t.name || "issuerAltName" === t.name) {
                    t.altNames = [];
                    for (var c, r = p.fromDer(t.value), u = 0; u < r.value.length; ++u) {
                        c = r.value[u];
                        var f = {
                            type: c.type,
                            value: c.value
                        };
                        switch (t.altNames.push(f),
                        c.type) {
                        case 1:
                        case 2:
                        case 6:
                            break;
                        case 7:
                            f.ip = l.util.bytesToIP(c.value);
                            break;
                        case 8:
                            f.oid = p.derToOid(c.value)
                        }
                    }
                } else if ("subjectKeyIdentifier" === t.name) {
                    var r = p.fromDer(t.value);
                    t.subjectKeyIdentifier = l.util.bytesToHex(r.value)
                }
            return t
        }
        ,
        f.certificationRequestFromAsn1 = function(e, t) {
            var r = {}
              , n = [];
            if (!p.validate(e, C, r, n)) {
                var s = new Error("Cannot read PKCS#10 certificate request. ASN.1 object is not a PKCS#10 CertificationRequest.");
                throw s.errors = n,
                s
            }
            var o = p.derToOid(r.publicKeyOid);
            if (o !== f.oids.rsaEncryption)
                throw new Error("Cannot read public key. OID is not RSA.");
            var c = f.createCertificationRequest();
            if (c.version = r.csrVersion ? r.csrVersion.charCodeAt(0) : 0,
            c.signatureOid = l.asn1.derToOid(r.csrSignatureOid),
            c.signatureParameters = E(c.signatureOid, r.csrSignatureParams, !0),
            c.siginfo.algorithmOid = l.asn1.derToOid(r.csrSignatureOid),
            c.siginfo.parameters = E(c.siginfo.algorithmOid, r.csrSignatureParams, !1),
            c.signature = r.csrSignature,
            c.certificationRequestInfo = r.certificationRequestInfo,
            t) {
                if (c.md = null,
                c.signatureOid in h) {
                    var o = h[c.signatureOid];
                    switch (o) {
                    case "sha1WithRSAEncryption":
                        c.md = l.md.sha1.create();
                        break;
                    case "md5WithRSAEncryption":
                        c.md = l.md.md5.create();
                        break;
                    case "sha256WithRSAEncryption":
                        c.md = l.md.sha256.create();
                        break;
                    case "sha384WithRSAEncryption":
                        c.md = l.md.sha384.create();
                        break;
                    case "sha512WithRSAEncryption":
                        c.md = l.md.sha512.create();
                        break;
                    case "RSASSA-PSS":
                        c.md = l.md.sha256.create()
                    }
                }
                if (null === c.md) {
                    var s = new Error("Could not compute certification request digest. Unknown signature OID.");
                    throw s.signatureOid = c.signatureOid,
                    s
                }
                var u = p.toDer(c.certificationRequestInfo);
                c.md.update(u.getBytes())
            }
            var d = l.md.sha1.create();
            return c.subject.getField = function(e) {
                return a(c.subject, e)
            }
            ,
            c.subject.addField = function(e) {
                i([e]),
                c.subject.attributes.push(e)
            }
            ,
            c.subject.attributes = f.RDNAttributesAsArray(r.certificationRequestInfoSubject, d),
            c.subject.hash = d.digest().toHex(),
            c.publicKey = f.publicKeyFromAsn1(r.subjectPublicKeyInfo),
            c.getAttribute = function(e) {
                return a(c, e)
            }
            ,
            c.addAttribute = function(e) {
                i([e]),
                c.attributes.push(e)
            }
            ,
            c.attributes = f.CRIAttributesAsArray(r.certificationRequestInfoAttributes || []),
            c
        }
        ,
        f.createCertificationRequest = function() {
            var e = {};
            return e.version = 0,
            e.signatureOid = null,
            e.signature = null,
            e.siginfo = {},
            e.siginfo.algorithmOid = null,
            e.subject = {},
            e.subject.getField = function(t) {
                return a(e.subject, t)
            }
            ,
            e.subject.addField = function(t) {
                i([t]),
                e.subject.attributes.push(t)
            }
            ,
            e.subject.attributes = [],
            e.subject.hash = null,
            e.publicKey = null,
            e.attributes = [],
            e.getAttribute = function(t) {
                return a(e, t)
            }
            ,
            e.addAttribute = function(t) {
                i([t]),
                e.attributes.push(t)
            }
            ,
            e.md = null,
            e.setSubject = function(t) {
                i(t),
                e.subject.attributes = t,
                e.subject.hash = null
            }
            ,
            e.setAttributes = function(t) {
                i(t),
                e.attributes = t
            }
            ,
            e.sign = function(t, r) {
                e.md = r || l.md.sha1.create();
                var a = h[e.md.algorithm + "WithRSAEncryption"];
                if (!a) {
                    var n = new Error("Could not compute certification request digest. Unknown message digest algorithm OID.");
                    throw n.algorithm = e.md.algorithm,
                    n
                }
                e.signatureOid = e.siginfo.algorithmOid = a,
                e.certificationRequestInfo = f.getCertificationRequestInfo(e);
                var i = p.toDer(e.certificationRequestInfo);
                e.md.update(i.getBytes()),
                e.signature = t.sign(e.md)
            }
            ,
            e.verify = function() {
                var t = !1
                  , r = e.md;
                if (null === r) {
                    if (e.signatureOid in h) {
                        switch (h[e.signatureOid]) {
                        case "sha1WithRSAEncryption":
                            r = l.md.sha1.create();
                            break;
                        case "md5WithRSAEncryption":
                            r = l.md.md5.create();
                            break;
                        case "sha256WithRSAEncryption":
                            r = l.md.sha256.create();
                            break;
                        case "sha384WithRSAEncryption":
                            r = l.md.sha384.create();
                            break;
                        case "sha512WithRSAEncryption":
                            r = l.md.sha512.create();
                            break;
                        case "RSASSA-PSS":
                            r = l.md.sha256.create()
                        }
                    }
                    if (null === r) {
                        var a = new Error("Could not compute certification request digest. Unknown signature OID.");
                        throw a.signatureOid = e.signatureOid,
                        a
                    }
                    var n = e.certificationRequestInfo || f.getCertificationRequestInfo(e)
                      , i = p.toDer(n);
                    r.update(i.getBytes())
                }
                if (null !== r) {
                    var s;
                    switch (e.signatureOid) {
                    case h.sha1WithRSAEncryption:
                        break;
                    case h["RSASSA-PSS"]:
                        var o, c;
                        if (void 0 === (o = h[e.signatureParameters.mgf.hash.algorithmOid]) || void 0 === l.md[o]) {
                            var a = new Error("Unsupported MGF hash function.");
                            throw a.oid = e.signatureParameters.mgf.hash.algorithmOid,
                            a.name = o,
                            a
                        }
                        if (void 0 === (c = h[e.signatureParameters.mgf.algorithmOid]) || void 0 === l.mgf[c]) {
                            var a = new Error("Unsupported MGF function.");
                            throw a.oid = e.signatureParameters.mgf.algorithmOid,
                            a.name = c,
                            a
                        }
                        if (c = l.mgf[c].create(l.md[o].create()),
                        void 0 === (o = h[e.signatureParameters.hash.algorithmOid]) || void 0 === l.md[o]) {
                            var a = new Error("Unsupported RSASSA-PSS hash function.");
                            throw a.oid = e.signatureParameters.hash.algorithmOid,
                            a.name = o,
                            a
                        }
                        s = l.pss.create(l.md[o].create(), c, e.signatureParameters.saltLength)
                    }
                    t = e.publicKey.verify(r.digest().getBytes(), e.signature, s)
                }
                return t
            }
            ,
            e
        }
        ;
        const S = new Date("1950-01-01T00:00:00Z")
          , T = new Date("2050-01-01T00:00:00Z");
        f.getTBSCertificate = function(e) {
            var t = u(e.validity.notBefore)
              , r = u(e.validity.notAfter)
              , a = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.CONTEXT_SPECIFIC, 0, !0, [p.create(p.Class.UNIVERSAL, p.Type.INTEGER, !1, p.integerToDer(e.version).getBytes())]), p.create(p.Class.UNIVERSAL, p.Type.INTEGER, !1, l.util.hexToBytes(e.serialNumber)), p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(e.siginfo.algorithmOid).getBytes()), o(e.siginfo.algorithmOid, e.siginfo.parameters)]), n(e.issuer), p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [t, r]), n(e.subject), f.publicKeyToAsn1(e.publicKey)]);
            return e.issuer.uniqueId && a.value.push(p.create(p.Class.CONTEXT_SPECIFIC, 1, !0, [p.create(p.Class.UNIVERSAL, p.Type.BITSTRING, !1, String.fromCharCode(0) + e.issuer.uniqueId)])),
            e.subject.uniqueId && a.value.push(p.create(p.Class.CONTEXT_SPECIFIC, 2, !0, [p.create(p.Class.UNIVERSAL, p.Type.BITSTRING, !1, String.fromCharCode(0) + e.subject.uniqueId)])),
            e.extensions.length > 0 && a.value.push(f.certificateExtensionsToAsn1(e.extensions)),
            a
        }
        ,
        f.getCertificationRequestInfo = function(e) {
            return p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.INTEGER, !1, p.integerToDer(e.version).getBytes()), n(e.subject), f.publicKeyToAsn1(e.publicKey), c(e)])
        }
        ,
        f.distinguishedNameToAsn1 = function(e) {
            return n(e)
        }
        ,
        f.certificateToAsn1 = function(e) {
            var t = e.tbsCertificate || f.getTBSCertificate(e);
            return p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [t, p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(e.signatureOid).getBytes()), o(e.signatureOid, e.signatureParameters)]), p.create(p.Class.UNIVERSAL, p.Type.BITSTRING, !1, String.fromCharCode(0) + e.signature)])
        }
        ,
        f.certificateExtensionsToAsn1 = function(e) {
            var t = p.create(p.Class.CONTEXT_SPECIFIC, 3, !0, [])
              , r = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []);
            t.value.push(r);
            for (var a = 0; a < e.length; ++a)
                r.value.push(f.certificateExtensionToAsn1(e[a]));
            return t
        }
        ,
        f.certificateExtensionToAsn1 = function(e) {
            var t = p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, []);
            t.value.push(p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(e.id).getBytes())),
            e.critical && t.value.push(p.create(p.Class.UNIVERSAL, p.Type.BOOLEAN, !1, String.fromCharCode(255)));
            var r = e.value;
            return "string" != typeof e.value && (r = p.toDer(r).getBytes()),
            t.value.push(p.create(p.Class.UNIVERSAL, p.Type.OCTETSTRING, !1, r)),
            t
        }
        ,
        f.certificationRequestToAsn1 = function(e) {
            var t = e.certificationRequestInfo || f.getCertificationRequestInfo(e);
            return p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [t, p.create(p.Class.UNIVERSAL, p.Type.SEQUENCE, !0, [p.create(p.Class.UNIVERSAL, p.Type.OID, !1, p.oidToDer(e.signatureOid).getBytes()), o(e.signatureOid, e.signatureParameters)]), p.create(p.Class.UNIVERSAL, p.Type.BITSTRING, !1, String.fromCharCode(0) + e.signature)])
        }
        ,
        f.createCaStore = function(e) {
            function t(e) {
                return r(e),
                a.certs[e.hash] || null
            }
            function r(e) {
                if (!e.hash) {
                    var t = l.md.sha1.create();
                    e.attributes = f.RDNAttributesAsArray(n(e), t),
                    e.hash = t.digest().toHex()
                }
            }
            var a = {
                certs: {}
            };
            if (a.getIssuer = function(e) {
                return t(e.issuer)
            }
            ,
            a.addCertificate = function(e) {
                if ("string" == typeof e && (e = l.pki.certificateFromPem(e)),
                r(e.subject),
                !a.hasCertificate(e))
                    if (e.subject.hash in a.certs) {
                        var t = a.certs[e.subject.hash];
                        l.util.isArray(t) || (t = [t]),
                        t.push(e),
                        a.certs[e.subject.hash] = t
                    } else
                        a.certs[e.subject.hash] = e
            }
            ,
            a.hasCertificate = function(e) {
                "string" == typeof e && (e = l.pki.certificateFromPem(e));
                var r = t(e.subject);
                if (!r)
                    return !1;
                l.util.isArray(r) || (r = [r]);
                for (var a = p.toDer(f.certificateToAsn1(e)).getBytes(), n = 0; n < r.length; ++n) {
                    if (a === p.toDer(f.certificateToAsn1(r[n])).getBytes())
                        return !0
                }
                return !1
            }
            ,
            a.listAllCertificates = function() {
                var e = [];
                for (var t in a.certs)
                    if (a.certs.hasOwnProperty(t)) {
                        var r = a.certs[t];
                        if (l.util.isArray(r))
                            for (var n = 0; n < r.length; ++n)
                                e.push(r[n]);
                        else
                            e.push(r)
                    }
                return e
            }
            ,
            a.removeCertificate = function(e) {
                var n;
                if ("string" == typeof e && (e = l.pki.certificateFromPem(e)),
                r(e.subject),
                !a.hasCertificate(e))
                    return null;
                var i = t(e.subject);
                if (!l.util.isArray(i))
                    return n = a.certs[e.subject.hash],
                    delete a.certs[e.subject.hash],
                    n;
                for (var s = p.toDer(f.certificateToAsn1(e)).getBytes(), o = 0; o < i.length; ++o) {
                    s === p.toDer(f.certificateToAsn1(i[o])).getBytes() && (n = i[o],
                    i.splice(o, 1))
                }
                return 0 === i.length && delete a.certs[e.subject.hash],
                n
            }
            ,
            e)
                for (var i = 0; i < e.length; ++i) {
                    var s = e[i];
                    a.addCertificate(s)
                }
            return a
        }
        ,
        f.certificateError = {
            bad_certificate: "forge.pki.BadCertificate",
            unsupported_certificate: "forge.pki.UnsupportedCertificate",
            certificate_revoked: "forge.pki.CertificateRevoked",
            certificate_expired: "forge.pki.CertificateExpired",
            certificate_unknown: "forge.pki.CertificateUnknown",
            unknown_ca: "forge.pki.UnknownCertificateAuthority"
        },
        f.verifyCertificateChain = function(e, t, r) {
            "function" == typeof r && (r = {
                verify: r
            }),
            r = r || {},
            t = t.slice(0);
            var a = t.slice(0)
              , n = r.validityCheckDate;
            void 0 === n && (n = new Date);
            var i = !0
              , s = null
              , o = 0;
            do {
                var c = t.shift()
                  , u = null
                  , p = !1;
                if (n && (n < c.validity.notBefore || n > c.validity.notAfter) && (s = {
                    message: "Certificate is not valid yet or has expired.",
                    error: f.certificateError.certificate_expired,
                    notBefore: c.validity.notBefore,
                    notAfter: c.validity.notAfter,
                    now: n
                }),
                null === s) {
                    if (u = t[0] || e.getIssuer(c),
                    null === u && c.isIssuer(c) && (p = !0,
                    u = c),
                    u) {
                        var h = u;
                        l.util.isArray(h) || (h = [h]);
                        for (var d = !1; !d && h.length > 0; ) {
                            u = h.shift();
                            try {
                                d = u.verify(c)
                            } catch (e) {}
                        }
                        d || (s = {
                            message: "Certificate signature is invalid.",
                            error: f.certificateError.bad_certificate
                        })
                    }
                    null !== s || u && !p || e.hasCertificate(c) || (s = {
                        message: "Certificate is not trusted.",
                        error: f.certificateError.unknown_ca
                    })
                }
                if (null === s && u && !c.isIssuer(u) && (s = {
                    message: "Certificate issuer is invalid.",
                    error: f.certificateError.bad_certificate
                }),
                null === s)
                    for (var y = {
                        keyUsage: !0,
                        basicConstraints: !0
                    }, g = 0; null === s && g < c.extensions.length; ++g) {
                        var v = c.extensions[g];
                        !v.critical || v.name in y || (s = {
                            message: "Certificate has an unsupported critical extension.",
                            error: f.certificateError.unsupported_certificate
                        })
                    }
                if (null === s && (!i || 0 === t.length && (!u || p))) {
                    var m = c.getExtension("basicConstraints")
                      , C = c.getExtension("keyUsage");
                    if (null !== C && (C.keyCertSign && null !== m || (s = {
                        message: "Certificate keyUsage or basicConstraints conflict or indicate that the certificate is not a CA. If the certificate is the only one in the chain or isn't the first then the certificate must be a valid CA.",
                        error: f.certificateError.bad_certificate
                    })),
                    null !== s || null === m || m.cA || (s = {
                        message: "Certificate basicConstraints indicates the certificate is not a CA.",
                        error: f.certificateError.bad_certificate
                    }),
                    null === s && null !== C && "pathLenConstraint"in m) {
                        o - 1 > m.pathLenConstraint && (s = {
                            message: "Certificate basicConstraints pathLenConstraint violated.",
                            error: f.certificateError.bad_certificate
                        })
                    }
                }
                var E = null === s || s.error
                  , S = r.verify ? r.verify(E, o, a) : E;
                if (!0 !== S)
                    throw !0 === E && (s = {
                        message: "The application rejected the certificate.",
                        error: f.certificateError.bad_certificate
                    }),
                    (S || 0 === S) && ("object" != typeof S || l.util.isArray(S) ? "string" == typeof S && (s.error = S) : (S.message && (s.message = S.message),
                    S.error && (s.error = S.error))),
                    s;
                s = null,
                i = !1,
                ++o
            } while (t.length > 0);
            return !0
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(2),
        r(1),
        (e.exports = a.pss = a.pss || {}).create = function(e) {
            3 === arguments.length && (e = {
                md: arguments[0],
                mgf: arguments[1],
                saltLength: arguments[2]
            });
            var t = e.md
              , r = e.mgf
              , n = t.digestLength
              , i = e.salt || null;
            "string" == typeof i && (i = a.util.createBuffer(i));
            var s;
            if ("saltLength"in e)
                s = e.saltLength;
            else {
                if (null === i)
                    throw new Error("Salt length not specified or specific salt not given.");
                s = i.length()
            }
            if (null !== i && i.length() !== s)
                throw new Error("Given salt length does not match length of given salt.");
            var o = e.prng || a.random
              , c = {};
            return c.encode = function(e, c) {
                var u, l = c - 1, p = Math.ceil(l / 8), f = e.digest().getBytes();
                if (p < n + s + 2)
                    throw new Error("Message is too long to encrypt.");
                var h;
                h = null === i ? o.getBytesSync(s) : i.bytes();
                var d = new a.util.ByteBuffer;
                d.fillWithByte(0, 8),
                d.putBytes(f),
                d.putBytes(h),
                t.start(),
                t.update(d.getBytes());
                var y = t.digest().getBytes()
                  , g = new a.util.ByteBuffer;
                g.fillWithByte(0, p - s - n - 2),
                g.putByte(1),
                g.putBytes(h);
                var v = g.getBytes()
                  , m = p - n - 1
                  , C = r.generate(y, m)
                  , E = "";
                for (u = 0; u < m; u++)
                    E += String.fromCharCode(v.charCodeAt(u) ^ C.charCodeAt(u));
                var S = 65280 >> 8 * p - l & 255;
                return (E = String.fromCharCode(E.charCodeAt(0) & ~S) + E.substr(1)) + y + String.fromCharCode(188)
            }
            ,
            c.verify = function(e, i, o) {
                var c, u = o - 1, l = Math.ceil(u / 8);
                if (i = i.substr(-l),
                l < n + s + 2)
                    throw new Error("Inconsistent parameters to PSS signature verification.");
                if (188 !== i.charCodeAt(l - 1))
                    throw new Error("Encoded message does not end in 0xBC.");
                var p = l - n - 1
                  , f = i.substr(0, p)
                  , h = i.substr(p, n)
                  , d = 65280 >> 8 * l - u & 255;
                if (0 != (f.charCodeAt(0) & d))
                    throw new Error("Bits beyond keysize not zero as expected.");
                var y = r.generate(h, p)
                  , g = "";
                for (c = 0; c < p; c++)
                    g += String.fromCharCode(f.charCodeAt(c) ^ y.charCodeAt(c));
                g = String.fromCharCode(g.charCodeAt(0) & ~d) + g.substr(1);
                var v = l - n - s - 2;
                for (c = 0; c < v; c++)
                    if (0 !== g.charCodeAt(c))
                        throw new Error("Leftmost octets not zero as expected");
                if (1 !== g.charCodeAt(v))
                    throw new Error("Inconsistent PSS signature, 0x01 marker not found");
                var m = g.substr(-s)
                  , C = new a.util.ByteBuffer;
                return C.fillWithByte(0, 8),
                C.putBytes(e),
                C.putBytes(m),
                t.start(),
                t.update(C.getBytes()),
                h === t.digest().getBytes()
            }
            ,
            c
        }
    }
    , function(e, t, r) {
        function a(e) {
            if ("string" == typeof e && (e = s.util.createBuffer(e)),
            s.util.isArray(e) && e.length > 4) {
                var t = e;
                e = s.util.createBuffer();
                for (var r = 0; r < t.length; ++r)
                    e.putByte(t[r])
            }
            return s.util.isArray(e) || (e = [e.getInt32(), e.getInt32(), e.getInt32(), e.getInt32()]),
            e
        }
        function n(e) {
            e[e.length - 1] = e[e.length - 1] + 1 & 4294967295
        }
        function i(e) {
            return [e / 4294967296 | 0, 4294967295 & e]
        }
        var s = r(0);
        r(1),
        s.cipher = s.cipher || {};
        var o = e.exports = s.cipher.modes = s.cipher.modes || {};
        o.ecb = function(e) {
            e = e || {},
            this.name = "ECB",
            this.cipher = e.cipher,
            this.blockSize = e.blockSize || 16,
            this._ints = this.blockSize / 4,
            this._inBlock = new Array(this._ints),
            this._outBlock = new Array(this._ints)
        }
        ,
        o.ecb.prototype.start = function(e) {}
        ,
        o.ecb.prototype.encrypt = function(e, t, r) {
            if (e.length() < this.blockSize && !(r && e.length() > 0))
                return !0;
            for (var a = 0; a < this._ints; ++a)
                this._inBlock[a] = e.getInt32();
            this.cipher.encrypt(this._inBlock, this._outBlock);
            for (var a = 0; a < this._ints; ++a)
                t.putInt32(this._outBlock[a])
        }
        ,
        o.ecb.prototype.decrypt = function(e, t, r) {
            if (e.length() < this.blockSize && !(r && e.length() > 0))
                return !0;
            for (var a = 0; a < this._ints; ++a)
                this._inBlock[a] = e.getInt32();
            this.cipher.decrypt(this._inBlock, this._outBlock);
            for (var a = 0; a < this._ints; ++a)
                t.putInt32(this._outBlock[a])
        }
        ,
        o.ecb.prototype.pad = function(e, t) {
            var r = e.length() === this.blockSize ? this.blockSize : this.blockSize - e.length();
            return e.fillWithByte(r, r),
            !0
        }
        ,
        o.ecb.prototype.unpad = function(e, t) {
            if (t.overflow > 0)
                return !1;
            var r = e.length()
              , a = e.at(r - 1);
            return !(a > this.blockSize << 2) && (e.truncate(a),
            !0)
        }
        ,
        o.cbc = function(e) {
            e = e || {},
            this.name = "CBC",
            this.cipher = e.cipher,
            this.blockSize = e.blockSize || 16,
            this._ints = this.blockSize / 4,
            this._inBlock = new Array(this._ints),
            this._outBlock = new Array(this._ints)
        }
        ,
        o.cbc.prototype.start = function(e) {
            if (null === e.iv) {
                if (!this._prev)
                    throw new Error("Invalid IV parameter.");
                this._iv = this._prev.slice(0)
            } else {
                if (!("iv"in e))
                    throw new Error("Invalid IV parameter.");
                this._iv = a(e.iv),
                this._prev = this._iv.slice(0)
            }
        }
        ,
        o.cbc.prototype.encrypt = function(e, t, r) {
            if (e.length() < this.blockSize && !(r && e.length() > 0))
                return !0;
            for (var a = 0; a < this._ints; ++a)
                this._inBlock[a] = this._prev[a] ^ e.getInt32();
            this.cipher.encrypt(this._inBlock, this._outBlock);
            for (var a = 0; a < this._ints; ++a)
                t.putInt32(this._outBlock[a]);
            this._prev = this._outBlock
        }
        ,
        o.cbc.prototype.decrypt = function(e, t, r) {
            if (e.length() < this.blockSize && !(r && e.length() > 0))
                return !0;
            for (var a = 0; a < this._ints; ++a)
                this._inBlock[a] = e.getInt32();
            this.cipher.decrypt(this._inBlock, this._outBlock);
            for (var a = 0; a < this._ints; ++a)
                t.putInt32(this._prev[a] ^ this._outBlock[a]);
            this._prev = this._inBlock.slice(0)
        }
        ,
        o.cbc.prototype.pad = function(e, t) {
            var r = e.length() === this.blockSize ? this.blockSize : this.blockSize - e.length();
            return e.fillWithByte(r, r),
            !0
        }
        ,
        o.cbc.prototype.unpad = function(e, t) {
            if (t.overflow > 0)
                return !1;
            var r = e.length()
              , a = e.at(r - 1);
            return !(a > this.blockSize << 2) && (e.truncate(a),
            !0)
        }
        ,
        o.cfb = function(e) {
            e = e || {},
            this.name = "CFB",
            this.cipher = e.cipher,
            this.blockSize = e.blockSize || 16,
            this._ints = this.blockSize / 4,
            this._inBlock = null,
            this._outBlock = new Array(this._ints),
            this._partialBlock = new Array(this._ints),
            this._partialOutput = s.util.createBuffer(),
            this._partialBytes = 0
        }
        ,
        o.cfb.prototype.start = function(e) {
            if (!("iv"in e))
                throw new Error("Invalid IV parameter.");
            this._iv = a(e.iv),
            this._inBlock = this._iv.slice(0),
            this._partialBytes = 0
        }
        ,
        o.cfb.prototype.encrypt = function(e, t, r) {
            var a = e.length();
            if (0 === a)
                return !0;
            if (this.cipher.encrypt(this._inBlock, this._outBlock),
            0 === this._partialBytes && a >= this.blockSize)
                for (var n = 0; n < this._ints; ++n)
                    this._inBlock[n] = e.getInt32() ^ this._outBlock[n],
                    t.putInt32(this._inBlock[n]);
            else {
                var i = (this.blockSize - a) % this.blockSize;
                i > 0 && (i = this.blockSize - i),
                this._partialOutput.clear();
                for (var n = 0; n < this._ints; ++n)
                    this._partialBlock[n] = e.getInt32() ^ this._outBlock[n],
                    this._partialOutput.putInt32(this._partialBlock[n]);
                if (i > 0)
                    e.read -= this.blockSize;
                else
                    for (var n = 0; n < this._ints; ++n)
                        this._inBlock[n] = this._partialBlock[n];
                if (this._partialBytes > 0 && this._partialOutput.getBytes(this._partialBytes),
                i > 0 && !r)
                    return t.putBytes(this._partialOutput.getBytes(i - this._partialBytes)),
                    this._partialBytes = i,
                    !0;
                t.putBytes(this._partialOutput.getBytes(a - this._partialBytes)),
                this._partialBytes = 0
            }
        }
        ,
        o.cfb.prototype.decrypt = function(e, t, r) {
            var a = e.length();
            if (0 === a)
                return !0;
            if (this.cipher.encrypt(this._inBlock, this._outBlock),
            0 === this._partialBytes && a >= this.blockSize)
                for (var n = 0; n < this._ints; ++n)
                    this._inBlock[n] = e.getInt32(),
                    t.putInt32(this._inBlock[n] ^ this._outBlock[n]);
            else {
                var i = (this.blockSize - a) % this.blockSize;
                i > 0 && (i = this.blockSize - i),
                this._partialOutput.clear();
                for (var n = 0; n < this._ints; ++n)
                    this._partialBlock[n] = e.getInt32(),
                    this._partialOutput.putInt32(this._partialBlock[n] ^ this._outBlock[n]);
                if (i > 0)
                    e.read -= this.blockSize;
                else
                    for (var n = 0; n < this._ints; ++n)
                        this._inBlock[n] = this._partialBlock[n];
                if (this._partialBytes > 0 && this._partialOutput.getBytes(this._partialBytes),
                i > 0 && !r)
                    return t.putBytes(this._partialOutput.getBytes(i - this._partialBytes)),
                    this._partialBytes = i,
                    !0;
                t.putBytes(this._partialOutput.getBytes(a - this._partialBytes)),
                this._partialBytes = 0
            }
        }
        ,
        o.ofb = function(e) {
            e = e || {},
            this.name = "OFB",
            this.cipher = e.cipher,
            this.blockSize = e.blockSize || 16,
            this._ints = this.blockSize / 4,
            this._inBlock = null,
            this._outBlock = new Array(this._ints),
            this._partialOutput = s.util.createBuffer(),
            this._partialBytes = 0
        }
        ,
        o.ofb.prototype.start = function(e) {
            if (!("iv"in e))
                throw new Error("Invalid IV parameter.");
            this._iv = a(e.iv),
            this._inBlock = this._iv.slice(0),
            this._partialBytes = 0
        }
        ,
        o.ofb.prototype.encrypt = function(e, t, r) {
            var a = e.length();
            if (0 === e.length())
                return !0;
            if (this.cipher.encrypt(this._inBlock, this._outBlock),
            0 === this._partialBytes && a >= this.blockSize)
                for (var n = 0; n < this._ints; ++n)
                    t.putInt32(e.getInt32() ^ this._outBlock[n]),
                    this._inBlock[n] = this._outBlock[n];
            else {
                var i = (this.blockSize - a) % this.blockSize;
                i > 0 && (i = this.blockSize - i),
                this._partialOutput.clear();
                for (var n = 0; n < this._ints; ++n)
                    this._partialOutput.putInt32(e.getInt32() ^ this._outBlock[n]);
                if (i > 0)
                    e.read -= this.blockSize;
                else
                    for (var n = 0; n < this._ints; ++n)
                        this._inBlock[n] = this._outBlock[n];
                if (this._partialBytes > 0 && this._partialOutput.getBytes(this._partialBytes),
                i > 0 && !r)
                    return t.putBytes(this._partialOutput.getBytes(i - this._partialBytes)),
                    this._partialBytes = i,
                    !0;
                t.putBytes(this._partialOutput.getBytes(a - this._partialBytes)),
                this._partialBytes = 0
            }
        }
        ,
        o.ofb.prototype.decrypt = o.ofb.prototype.encrypt,
        o.ctr = function(e) {
            e = e || {},
            this.name = "CTR",
            this.cipher = e.cipher,
            this.blockSize = e.blockSize || 16,
            this._ints = this.blockSize / 4,
            this._inBlock = null,
            this._outBlock = new Array(this._ints),
            this._partialOutput = s.util.createBuffer(),
            this._partialBytes = 0
        }
        ,
        o.ctr.prototype.start = function(e) {
            if (!("iv"in e))
                throw new Error("Invalid IV parameter.");
            this._iv = a(e.iv),
            this._inBlock = this._iv.slice(0),
            this._partialBytes = 0
        }
        ,
        o.ctr.prototype.encrypt = function(e, t, r) {
            var a = e.length();
            if (0 === a)
                return !0;
            if (this.cipher.encrypt(this._inBlock, this._outBlock),
            0 === this._partialBytes && a >= this.blockSize)
                for (var i = 0; i < this._ints; ++i)
                    t.putInt32(e.getInt32() ^ this._outBlock[i]);
            else {
                var s = (this.blockSize - a) % this.blockSize;
                s > 0 && (s = this.blockSize - s),
                this._partialOutput.clear();
                for (var i = 0; i < this._ints; ++i)
                    this._partialOutput.putInt32(e.getInt32() ^ this._outBlock[i]);
                if (s > 0 && (e.read -= this.blockSize),
                this._partialBytes > 0 && this._partialOutput.getBytes(this._partialBytes),
                s > 0 && !r)
                    return t.putBytes(this._partialOutput.getBytes(s - this._partialBytes)),
                    this._partialBytes = s,
                    !0;
                t.putBytes(this._partialOutput.getBytes(a - this._partialBytes)),
                this._partialBytes = 0
            }
            n(this._inBlock)
        }
        ,
        o.ctr.prototype.decrypt = o.ctr.prototype.encrypt,
        o.gcm = function(e) {
            e = e || {},
            this.name = "GCM",
            this.cipher = e.cipher,
            this.blockSize = e.blockSize || 16,
            this._ints = this.blockSize / 4,
            this._inBlock = new Array(this._ints),
            this._outBlock = new Array(this._ints),
            this._partialOutput = s.util.createBuffer(),
            this._partialBytes = 0,
            this._R = 3774873600
        }
        ,
        o.gcm.prototype.start = function(e) {
            if (!("iv"in e))
                throw new Error("Invalid IV parameter.");
            var t = s.util.createBuffer(e.iv);
            this._cipherLength = 0;
            var r;
            if (r = "additionalData"in e ? s.util.createBuffer(e.additionalData) : s.util.createBuffer(),
            this._tagLength = "tagLength"in e ? e.tagLength : 128,
            this._tag = null,
            e.decrypt && (this._tag = s.util.createBuffer(e.tag).getBytes(),
            this._tag.length !== this._tagLength / 8))
                throw new Error("Authentication tag does not match tag length.");
            this._hashBlock = new Array(this._ints),
            this.tag = null,
            this._hashSubkey = new Array(this._ints),
            this.cipher.encrypt([0, 0, 0, 0], this._hashSubkey),
            this.componentBits = 4,
            this._m = this.generateHashTable(this._hashSubkey, this.componentBits);
            var a = t.length();
            if (12 === a)
                this._j0 = [t.getInt32(), t.getInt32(), t.getInt32(), 1];
            else {
                for (this._j0 = [0, 0, 0, 0]; t.length() > 0; )
                    this._j0 = this.ghash(this._hashSubkey, this._j0, [t.getInt32(), t.getInt32(), t.getInt32(), t.getInt32()]);
                this._j0 = this.ghash(this._hashSubkey, this._j0, [0, 0].concat(i(8 * a)))
            }
            this._inBlock = this._j0.slice(0),
            n(this._inBlock),
            this._partialBytes = 0,
            r = s.util.createBuffer(r),
            this._aDataLength = i(8 * r.length());
            var o = r.length() % this.blockSize;
            for (o && r.fillWithByte(0, this.blockSize - o),
            this._s = [0, 0, 0, 0]; r.length() > 0; )
                this._s = this.ghash(this._hashSubkey, this._s, [r.getInt32(), r.getInt32(), r.getInt32(), r.getInt32()])
        }
        ,
        o.gcm.prototype.encrypt = function(e, t, r) {
            var a = e.length();
            if (0 === a)
                return !0;
            if (this.cipher.encrypt(this._inBlock, this._outBlock),
            0 === this._partialBytes && a >= this.blockSize) {
                for (var i = 0; i < this._ints; ++i)
                    t.putInt32(this._outBlock[i] ^= e.getInt32());
                this._cipherLength += this.blockSize
            } else {
                var s = (this.blockSize - a) % this.blockSize;
                s > 0 && (s = this.blockSize - s),
                this._partialOutput.clear();
                for (var i = 0; i < this._ints; ++i)
                    this._partialOutput.putInt32(e.getInt32() ^ this._outBlock[i]);
                if (s <= 0 || r) {
                    if (r) {
                        var o = a % this.blockSize;
                        this._cipherLength += o,
                        this._partialOutput.truncate(this.blockSize - o)
                    } else
                        this._cipherLength += this.blockSize;
                    for (var i = 0; i < this._ints; ++i)
                        this._outBlock[i] = this._partialOutput.getInt32();
                    this._partialOutput.read -= this.blockSize
                }
                if (this._partialBytes > 0 && this._partialOutput.getBytes(this._partialBytes),
                s > 0 && !r)
                    return e.read -= this.blockSize,
                    t.putBytes(this._partialOutput.getBytes(s - this._partialBytes)),
                    this._partialBytes = s,
                    !0;
                t.putBytes(this._partialOutput.getBytes(a - this._partialBytes)),
                this._partialBytes = 0
            }
            this._s = this.ghash(this._hashSubkey, this._s, this._outBlock),
            n(this._inBlock)
        }
        ,
        o.gcm.prototype.decrypt = function(e, t, r) {
            var a = e.length();
            if (a < this.blockSize && !(r && a > 0))
                return !0;
            this.cipher.encrypt(this._inBlock, this._outBlock),
            n(this._inBlock),
            this._hashBlock[0] = e.getInt32(),
            this._hashBlock[1] = e.getInt32(),
            this._hashBlock[2] = e.getInt32(),
            this._hashBlock[3] = e.getInt32(),
            this._s = this.ghash(this._hashSubkey, this._s, this._hashBlock);
            for (var i = 0; i < this._ints; ++i)
                t.putInt32(this._outBlock[i] ^ this._hashBlock[i]);
            a < this.blockSize ? this._cipherLength += a % this.blockSize : this._cipherLength += this.blockSize
        }
        ,
        o.gcm.prototype.afterFinish = function(e, t) {
            var r = !0;
            t.decrypt && t.overflow && e.truncate(this.blockSize - t.overflow),
            this.tag = s.util.createBuffer();
            var a = this._aDataLength.concat(i(8 * this._cipherLength));
            this._s = this.ghash(this._hashSubkey, this._s, a);
            var n = [];
            this.cipher.encrypt(this._j0, n);
            for (var o = 0; o < this._ints; ++o)
                this.tag.putInt32(this._s[o] ^ n[o]);
            return this.tag.truncate(this.tag.length() % (this._tagLength / 8)),
            t.decrypt && this.tag.bytes() !== this._tag && (r = !1),
            r
        }
        ,
        o.gcm.prototype.multiply = function(e, t) {
            for (var r = [0, 0, 0, 0], a = t.slice(0), n = 0; n < 128; ++n) {
                e[n / 32 | 0] & 1 << 31 - n % 32 && (r[0] ^= a[0],
                r[1] ^= a[1],
                r[2] ^= a[2],
                r[3] ^= a[3]),
                this.pow(a, a)
            }
            return r
        }
        ,
        o.gcm.prototype.pow = function(e, t) {
            for (var r = 1 & e[3], a = 3; a > 0; --a)
                t[a] = e[a] >>> 1 | (1 & e[a - 1]) << 31;
            t[0] = e[0] >>> 1,
            r && (t[0] ^= this._R)
        }
        ,
        o.gcm.prototype.tableMultiply = function(e) {
            for (var t = [0, 0, 0, 0], r = 0; r < 32; ++r) {
                var a = r / 8 | 0
                  , n = e[a] >>> 4 * (7 - r % 8) & 15
                  , i = this._m[r][n];
                t[0] ^= i[0],
                t[1] ^= i[1],
                t[2] ^= i[2],
                t[3] ^= i[3]
            }
            return t
        }
        ,
        o.gcm.prototype.ghash = function(e, t, r) {
            return t[0] ^= r[0],
            t[1] ^= r[1],
            t[2] ^= r[2],
            t[3] ^= r[3],
            this.tableMultiply(t)
        }
        ,
        o.gcm.prototype.generateHashTable = function(e, t) {
            for (var r = 8 / t, a = 4 * r, n = 16 * r, i = new Array(n), s = 0; s < n; ++s) {
                var o = [0, 0, 0, 0]
                  , c = s / a | 0
                  , u = (a - 1 - s % a) * t;
                o[c] = 1 << t - 1 << u,
                i[s] = this.generateSubHashTable(this.multiply(o, e), t)
            }
            return i
        }
        ,
        o.gcm.prototype.generateSubHashTable = function(e, t) {
            var r = 1 << t
              , a = r >>> 1
              , n = new Array(r);
            n[a] = e.slice(0);
            for (var i = a >>> 1; i > 0; )
                this.pow(n[2 * i], n[i] = []),
                i >>= 1;
            for (i = 2; i < a; ) {
                for (var s = 1; s < i; ++s) {
                    var o = n[i]
                      , c = n[s];
                    n[i + s] = [o[0] ^ c[0], o[1] ^ c[1], o[2] ^ c[2], o[3] ^ c[3]]
                }
                i *= 2
            }
            for (n[0] = [0, 0, 0, 0],
            i = a + 1; i < r; ++i) {
                var u = n[i ^ a];
                n[i] = [e[0] ^ u[0], e[1] ^ u[1], e[2] ^ u[2], e[3] ^ u[3]]
            }
            return n
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(3),
        r(8),
        r(14),
        r(7),
        r(21),
        r(2),
        r(9),
        r(1);
        var n = function(e, t, r, n) {
            var i = a.util.createBuffer()
              , s = e.length >> 1
              , o = s + (1 & e.length)
              , c = e.substr(0, o)
              , u = e.substr(s, o)
              , l = a.util.createBuffer()
              , p = a.hmac.create();
            r = t + r;
            var f = Math.ceil(n / 16)
              , h = Math.ceil(n / 20);
            p.start("MD5", c);
            var d = a.util.createBuffer();
            l.putBytes(r);
            for (var y = 0; y < f; ++y)
                p.start(null, null),
                p.update(l.getBytes()),
                l.putBuffer(p.digest()),
                p.start(null, null),
                p.update(l.bytes() + r),
                d.putBuffer(p.digest());
            p.start("SHA1", u);
            var g = a.util.createBuffer();
            l.clear(),
            l.putBytes(r);
            for (var y = 0; y < h; ++y)
                p.start(null, null),
                p.update(l.getBytes()),
                l.putBuffer(p.digest()),
                p.start(null, null),
                p.update(l.bytes() + r),
                g.putBuffer(p.digest());
            return i.putBytes(a.util.xorBytes(d.getBytes(), g.getBytes(), n)),
            i
        }
          , i = function(e, t, r) {
            var n = a.hmac.create();
            n.start("SHA1", e);
            var i = a.util.createBuffer();
            return i.putInt32(t[0]),
            i.putInt32(t[1]),
            i.putByte(r.type),
            i.putByte(r.version.major),
            i.putByte(r.version.minor),
            i.putInt16(r.length),
            i.putBytes(r.fragment.bytes()),
            n.update(i.getBytes()),
            n.digest().getBytes()
        }
          , s = function(e, t, r) {
            var n = !1;
            try {
                var i = e.deflate(t.fragment.getBytes());
                t.fragment = a.util.createBuffer(i),
                t.length = i.length,
                n = !0
            } catch (e) {}
            return n
        }
          , o = function(e, t, r) {
            var n = !1;
            try {
                var i = e.inflate(t.fragment.getBytes());
                t.fragment = a.util.createBuffer(i),
                t.length = i.length,
                n = !0
            } catch (e) {}
            return n
        }
          , c = function(e, t) {
            var r = 0;
            switch (t) {
            case 1:
                r = e.getByte();
                break;
            case 2:
                r = e.getInt16();
                break;
            case 3:
                r = e.getInt24();
                break;
            case 4:
                r = e.getInt32()
            }
            return a.util.createBuffer(e.getBytes(r))
        }
          , u = function(e, t, r) {
            e.putInt(r.length(), t << 3),
            e.putBuffer(r)
        }
          , l = {};
        l.Versions = {
            TLS_1_0: {
                major: 3,
                minor: 1
            },
            TLS_1_1: {
                major: 3,
                minor: 2
            },
            TLS_1_2: {
                major: 3,
                minor: 3
            }
        },
        l.SupportedVersions = [l.Versions.TLS_1_1, l.Versions.TLS_1_0],
        l.Version = l.SupportedVersions[0],
        l.MaxFragment = 15360,
        l.ConnectionEnd = {
            server: 0,
            client: 1
        },
        l.PRFAlgorithm = {
            tls_prf_sha256: 0
        },
        l.BulkCipherAlgorithm = {
            none: null,
            rc4: 0,
            des3: 1,
            aes: 2
        },
        l.CipherType = {
            stream: 0,
            block: 1,
            aead: 2
        },
        l.MACAlgorithm = {
            none: null,
            hmac_md5: 0,
            hmac_sha1: 1,
            hmac_sha256: 2,
            hmac_sha384: 3,
            hmac_sha512: 4
        },
        l.CompressionMethod = {
            none: 0,
            deflate: 1
        },
        l.ContentType = {
            change_cipher_spec: 20,
            alert: 21,
            handshake: 22,
            application_data: 23,
            heartbeat: 24
        },
        l.HandshakeType = {
            hello_request: 0,
            client_hello: 1,
            server_hello: 2,
            certificate: 11,
            server_key_exchange: 12,
            certificate_request: 13,
            server_hello_done: 14,
            certificate_verify: 15,
            client_key_exchange: 16,
            finished: 20
        },
        l.Alert = {},
        l.Alert.Level = {
            warning: 1,
            fatal: 2
        },
        l.Alert.Description = {
            close_notify: 0,
            unexpected_message: 10,
            bad_record_mac: 20,
            decryption_failed: 21,
            record_overflow: 22,
            decompression_failure: 30,
            handshake_failure: 40,
            bad_certificate: 42,
            unsupported_certificate: 43,
            certificate_revoked: 44,
            certificate_expired: 45,
            certificate_unknown: 46,
            illegal_parameter: 47,
            unknown_ca: 48,
            access_denied: 49,
            decode_error: 50,
            decrypt_error: 51,
            export_restriction: 60,
            protocol_version: 70,
            insufficient_security: 71,
            internal_error: 80,
            user_canceled: 90,
            no_renegotiation: 100
        },
        l.HeartbeatMessageType = {
            heartbeat_request: 1,
            heartbeat_response: 2
        },
        l.CipherSuites = {},
        l.getCipherSuite = function(e) {
            var t = null;
            for (var r in l.CipherSuites) {
                var a = l.CipherSuites[r];
                if (a.id[0] === e.charCodeAt(0) && a.id[1] === e.charCodeAt(1)) {
                    t = a;
                    break
                }
            }
            return t
        }
        ,
        l.handleUnexpected = function(e, t) {
            !e.open && e.entity === l.ConnectionEnd.client || e.error(e, {
                message: "Unexpected message. Received TLS record out of order.",
                send: !0,
                alert: {
                    level: l.Alert.Level.fatal,
                    description: l.Alert.Description.unexpected_message
                }
            })
        }
        ,
        l.handleHelloRequest = function(e, t, r) {
            !e.handshaking && e.handshakes > 0 && (l.queue(e, l.createAlert(e, {
                level: l.Alert.Level.warning,
                description: l.Alert.Description.no_renegotiation
            })),
            l.flush(e)),
            e.process()
        }
        ,
        l.parseHelloMessage = function(e, t, r) {
            var n = null
              , i = e.entity === l.ConnectionEnd.client;
            if (r < 38)
                e.error(e, {
                    message: i ? "Invalid ServerHello message. Message too short." : "Invalid ClientHello message. Message too short.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.illegal_parameter
                    }
                });
            else {
                var s = t.fragment
                  , o = s.length();
                if (n = {
                    version: {
                        major: s.getByte(),
                        minor: s.getByte()
                    },
                    random: a.util.createBuffer(s.getBytes(32)),
                    session_id: c(s, 1),
                    extensions: []
                },
                i ? (n.cipher_suite = s.getBytes(2),
                n.compression_method = s.getByte()) : (n.cipher_suites = c(s, 2),
                n.compression_methods = c(s, 1)),
                (o = r - (o - s.length())) > 0) {
                    for (var u = c(s, 2); u.length() > 0; )
                        n.extensions.push({
                            type: [u.getByte(), u.getByte()],
                            data: c(u, 2)
                        });
                    if (!i)
                        for (var p = 0; p < n.extensions.length; ++p) {
                            var f = n.extensions[p];
                            if (0 === f.type[0] && 0 === f.type[1])
                                for (var h = c(f.data, 2); h.length() > 0; ) {
                                    var d = h.getByte();
                                    if (0 !== d)
                                        break;
                                    e.session.extensions.server_name.serverNameList.push(c(h, 2).getBytes())
                                }
                        }
                }
                if (e.session.version && (n.version.major !== e.session.version.major || n.version.minor !== e.session.version.minor))
                    return e.error(e, {
                        message: "TLS version change is disallowed during renegotiation.",
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.protocol_version
                        }
                    });
                if (i)
                    e.session.cipherSuite = l.getCipherSuite(n.cipher_suite);
                else
                    for (var y = a.util.createBuffer(n.cipher_suites.bytes()); y.length() > 0 && (e.session.cipherSuite = l.getCipherSuite(y.getBytes(2)),
                    null === e.session.cipherSuite); )
                        ;
                if (null === e.session.cipherSuite)
                    return e.error(e, {
                        message: "No cipher suites in common.",
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.handshake_failure
                        },
                        cipherSuite: a.util.bytesToHex(n.cipher_suite)
                    });
                e.session.compressionMethod = i ? n.compression_method : l.CompressionMethod.none
            }
            return n
        }
        ,
        l.createSecurityParameters = function(e, t) {
            var r = e.entity === l.ConnectionEnd.client
              , a = t.random.bytes()
              , n = r ? e.session.sp.client_random : a
              , i = r ? a : l.createRandom().getBytes();
            e.session.sp = {
                entity: e.entity,
                prf_algorithm: l.PRFAlgorithm.tls_prf_sha256,
                bulk_cipher_algorithm: null,
                cipher_type: null,
                enc_key_length: null,
                block_length: null,
                fixed_iv_length: null,
                record_iv_length: null,
                mac_algorithm: null,
                mac_length: null,
                mac_key_length: null,
                compression_algorithm: e.session.compressionMethod,
                pre_master_secret: null,
                master_secret: null,
                client_random: n,
                server_random: i
            }
        }
        ,
        l.handleServerHello = function(e, t, r) {
            var a = l.parseHelloMessage(e, t, r);
            if (!e.fail) {
                if (!(a.version.minor <= e.version.minor))
                    return e.error(e, {
                        message: "Incompatible TLS version.",
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.protocol_version
                        }
                    });
                e.version.minor = a.version.minor,
                e.session.version = e.version;
                var n = a.session_id.bytes();
                n.length > 0 && n === e.session.id ? (e.expect = y,
                e.session.resuming = !0,
                e.session.sp.server_random = a.random.bytes()) : (e.expect = p,
                e.session.resuming = !1,
                l.createSecurityParameters(e, a)),
                e.session.id = n,
                e.process()
            }
        }
        ,
        l.handleClientHello = function(e, t, r) {
            var n = l.parseHelloMessage(e, t, r);
            if (!e.fail) {
                var i = n.session_id.bytes()
                  , s = null;
                if (e.sessionCache && (s = e.sessionCache.getSession(i),
                null === s ? i = "" : (s.version.major !== n.version.major || s.version.minor > n.version.minor) && (s = null,
                i = "")),
                0 === i.length && (i = a.random.getBytes(32)),
                e.session.id = i,
                e.session.clientHelloVersion = n.version,
                e.session.sp = {},
                s)
                    e.version = e.session.version = s.version,
                    e.session.sp = s.sp;
                else {
                    for (var o, c = 1; c < l.SupportedVersions.length && (o = l.SupportedVersions[c],
                    !(o.minor <= n.version.minor)); ++c)
                        ;
                    e.version = {
                        major: o.major,
                        minor: o.minor
                    },
                    e.session.version = e.version
                }
                null !== s ? (e.expect = T,
                e.session.resuming = !0,
                e.session.sp.client_random = n.random.bytes()) : (e.expect = !1 !== e.verifyClient ? C : E,
                e.session.resuming = !1,
                l.createSecurityParameters(e, n)),
                e.open = !0,
                l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createServerHello(e)
                })),
                e.session.resuming ? (l.queue(e, l.createRecord(e, {
                    type: l.ContentType.change_cipher_spec,
                    data: l.createChangeCipherSpec()
                })),
                e.state.pending = l.createConnectionState(e),
                e.state.current.write = e.state.pending.write,
                l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createFinished(e)
                }))) : (l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createCertificate(e)
                })),
                e.fail || (l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createServerKeyExchange(e)
                })),
                !1 !== e.verifyClient && l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createCertificateRequest(e)
                })),
                l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createServerHelloDone(e)
                })))),
                l.flush(e),
                e.process()
            }
        }
        ,
        l.handleCertificate = function(e, t, r) {
            if (r < 3)
                return e.error(e, {
                    message: "Invalid Certificate message. Message too short.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.illegal_parameter
                    }
                });
            var n, i, s = t.fragment, o = {
                certificate_list: c(s, 3)
            }, u = [];
            try {
                for (; o.certificate_list.length() > 0; )
                    n = c(o.certificate_list, 3),
                    i = a.asn1.fromDer(n),
                    n = a.pki.certificateFromAsn1(i, !0),
                    u.push(n)
            } catch (t) {
                return e.error(e, {
                    message: "Could not parse certificate list.",
                    cause: t,
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.bad_certificate
                    }
                })
            }
            var p = e.entity === l.ConnectionEnd.client;
            !p && !0 !== e.verifyClient || 0 !== u.length ? 0 === u.length ? e.expect = p ? f : E : (p ? e.session.serverCertificate = u[0] : e.session.clientCertificate = u[0],
            l.verifyCertificateChain(e, u) && (e.expect = p ? f : E)) : e.error(e, {
                message: p ? "No server certificate provided." : "No client certificate provided.",
                send: !0,
                alert: {
                    level: l.Alert.Level.fatal,
                    description: l.Alert.Description.illegal_parameter
                }
            }),
            e.process()
        }
        ,
        l.handleServerKeyExchange = function(e, t, r) {
            if (r > 0)
                return e.error(e, {
                    message: "Invalid key parameters. Only RSA is supported.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.unsupported_certificate
                    }
                });
            e.expect = h,
            e.process()
        }
        ,
        l.handleClientKeyExchange = function(e, t, r) {
            if (r < 48)
                return e.error(e, {
                    message: "Invalid key parameters. Only RSA is supported.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.unsupported_certificate
                    }
                });
            var n = t.fragment
              , i = {
                enc_pre_master_secret: c(n, 2).getBytes()
            }
              , s = null;
            if (e.getPrivateKey)
                try {
                    s = e.getPrivateKey(e, e.session.serverCertificate),
                    s = a.pki.privateKeyFromPem(s)
                } catch (t) {
                    e.error(e, {
                        message: "Could not get private key.",
                        cause: t,
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.internal_error
                        }
                    })
                }
            if (null === s)
                return e.error(e, {
                    message: "No private key set.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.internal_error
                    }
                });
            try {
                var o = e.session.sp;
                o.pre_master_secret = s.decrypt(i.enc_pre_master_secret);
                var u = e.session.clientHelloVersion;
                if (u.major !== o.pre_master_secret.charCodeAt(0) || u.minor !== o.pre_master_secret.charCodeAt(1))
                    throw new Error("TLS version rollback attack detected.")
            } catch (e) {
                o.pre_master_secret = a.random.getBytes(48)
            }
            e.expect = T,
            null !== e.session.clientCertificate && (e.expect = S),
            e.process()
        }
        ,
        l.handleCertificateRequest = function(e, t, r) {
            if (r < 3)
                return e.error(e, {
                    message: "Invalid CertificateRequest. Message too short.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.illegal_parameter
                    }
                });
            var a = t.fragment
              , n = {
                certificate_types: c(a, 1),
                certificate_authorities: c(a, 2)
            };
            e.session.certificateRequest = n,
            e.expect = d,
            e.process()
        }
        ,
        l.handleCertificateVerify = function(e, t, r) {
            if (r < 2)
                return e.error(e, {
                    message: "Invalid CertificateVerify. Message too short.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.illegal_parameter
                    }
                });
            var n = t.fragment;
            n.read -= 4;
            var i = n.bytes();
            n.read += 4;
            var s = {
                signature: c(n, 2).getBytes()
            }
              , o = a.util.createBuffer();
            o.putBuffer(e.session.md5.digest()),
            o.putBuffer(e.session.sha1.digest()),
            o = o.getBytes();
            try {
                if (!e.session.clientCertificate.publicKey.verify(o, s.signature, "NONE"))
                    throw new Error("CertificateVerify signature does not match.");
                e.session.md5.update(i),
                e.session.sha1.update(i)
            } catch (t) {
                return e.error(e, {
                    message: "Bad signature in CertificateVerify.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.handshake_failure
                    }
                })
            }
            e.expect = T,
            e.process()
        }
        ,
        l.handleServerHelloDone = function(e, t, r) {
            if (r > 0)
                return e.error(e, {
                    message: "Invalid ServerHelloDone message. Invalid length.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.record_overflow
                    }
                });
            if (null === e.serverCertificate) {
                var n = {
                    message: "No server certificate provided. Not enough security.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.insufficient_security
                    }
                }
                  , i = e.verify(e, n.alert.description, 0, []);
                if (!0 !== i)
                    return (i || 0 === i) && ("object" != typeof i || a.util.isArray(i) ? "number" == typeof i && (n.alert.description = i) : (i.message && (n.message = i.message),
                    i.alert && (n.alert.description = i.alert))),
                    e.error(e, n)
            }
            null !== e.session.certificateRequest && (t = l.createRecord(e, {
                type: l.ContentType.handshake,
                data: l.createCertificate(e)
            }),
            l.queue(e, t)),
            t = l.createRecord(e, {
                type: l.ContentType.handshake,
                data: l.createClientKeyExchange(e)
            }),
            l.queue(e, t),
            e.expect = m;
            var s = function(e, t) {
                null !== e.session.certificateRequest && null !== e.session.clientCertificate && l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createCertificateVerify(e, t)
                })),
                l.queue(e, l.createRecord(e, {
                    type: l.ContentType.change_cipher_spec,
                    data: l.createChangeCipherSpec()
                })),
                e.state.pending = l.createConnectionState(e),
                e.state.current.write = e.state.pending.write,
                l.queue(e, l.createRecord(e, {
                    type: l.ContentType.handshake,
                    data: l.createFinished(e)
                })),
                e.expect = y,
                l.flush(e),
                e.process()
            };
            if (null === e.session.certificateRequest || null === e.session.clientCertificate)
                return s(e, null);
            l.getClientSignature(e, s)
        }
        ,
        l.handleChangeCipherSpec = function(e, t) {
            if (1 !== t.fragment.getByte())
                return e.error(e, {
                    message: "Invalid ChangeCipherSpec message received.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.illegal_parameter
                    }
                });
            var r = e.entity === l.ConnectionEnd.client;
            (e.session.resuming && r || !e.session.resuming && !r) && (e.state.pending = l.createConnectionState(e)),
            e.state.current.read = e.state.pending.read,
            (!e.session.resuming && r || e.session.resuming && !r) && (e.state.pending = null),
            e.expect = r ? g : I,
            e.process()
        }
        ,
        l.handleFinished = function(e, t, r) {
            var i = t.fragment;
            i.read -= 4;
            var s = i.bytes();
            i.read += 4;
            var o = t.fragment.getBytes();
            i = a.util.createBuffer(),
            i.putBuffer(e.session.md5.digest()),
            i.putBuffer(e.session.sha1.digest());
            var c = e.entity === l.ConnectionEnd.client
              , u = c ? "server finished" : "client finished"
              , p = e.session.sp;
            if (i = n(p.master_secret, u, i.getBytes(), 12),
            i.getBytes() !== o)
                return e.error(e, {
                    message: "Invalid verify_data in Finished message.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.decrypt_error
                    }
                });
            e.session.md5.update(s),
            e.session.sha1.update(s),
            (e.session.resuming && c || !e.session.resuming && !c) && (l.queue(e, l.createRecord(e, {
                type: l.ContentType.change_cipher_spec,
                data: l.createChangeCipherSpec()
            })),
            e.state.current.write = e.state.pending.write,
            e.state.pending = null,
            l.queue(e, l.createRecord(e, {
                type: l.ContentType.handshake,
                data: l.createFinished(e)
            }))),
            e.expect = c ? v : b,
            e.handshaking = !1,
            ++e.handshakes,
            e.peerCertificate = c ? e.session.serverCertificate : e.session.clientCertificate,
            l.flush(e),
            e.isConnected = !0,
            e.connected(e),
            e.process()
        }
        ,
        l.handleAlert = function(e, t) {
            var r, a = t.fragment, n = {
                level: a.getByte(),
                description: a.getByte()
            };
            switch (n.description) {
            case l.Alert.Description.close_notify:
                r = "Connection closed.";
                break;
            case l.Alert.Description.unexpected_message:
                r = "Unexpected message.";
                break;
            case l.Alert.Description.bad_record_mac:
                r = "Bad record MAC.";
                break;
            case l.Alert.Description.decryption_failed:
                r = "Decryption failed.";
                break;
            case l.Alert.Description.record_overflow:
                r = "Record overflow.";
                break;
            case l.Alert.Description.decompression_failure:
                r = "Decompression failed.";
                break;
            case l.Alert.Description.handshake_failure:
                r = "Handshake failure.";
                break;
            case l.Alert.Description.bad_certificate:
                r = "Bad certificate.";
                break;
            case l.Alert.Description.unsupported_certificate:
                r = "Unsupported certificate.";
                break;
            case l.Alert.Description.certificate_revoked:
                r = "Certificate revoked.";
                break;
            case l.Alert.Description.certificate_expired:
                r = "Certificate expired.";
                break;
            case l.Alert.Description.certificate_unknown:
                r = "Certificate unknown.";
                break;
            case l.Alert.Description.illegal_parameter:
                r = "Illegal parameter.";
                break;
            case l.Alert.Description.unknown_ca:
                r = "Unknown certificate authority.";
                break;
            case l.Alert.Description.access_denied:
                r = "Access denied.";
                break;
            case l.Alert.Description.decode_error:
                r = "Decode error.";
                break;
            case l.Alert.Description.decrypt_error:
                r = "Decrypt error.";
                break;
            case l.Alert.Description.export_restriction:
                r = "Export restriction.";
                break;
            case l.Alert.Description.protocol_version:
                r = "Unsupported protocol version.";
                break;
            case l.Alert.Description.insufficient_security:
                r = "Insufficient security.";
                break;
            case l.Alert.Description.internal_error:
                r = "Internal error.";
                break;
            case l.Alert.Description.user_canceled:
                r = "User canceled.";
                break;
            case l.Alert.Description.no_renegotiation:
                r = "Renegotiation not supported.";
                break;
            default:
                r = "Unknown error."
            }
            if (n.description === l.Alert.Description.close_notify)
                return e.close();
            e.error(e, {
                message: r,
                send: !1,
                origin: e.entity === l.ConnectionEnd.client ? "server" : "client",
                alert: n
            }),
            e.process()
        }
        ,
        l.handleHandshake = function(e, t) {
            var r = t.fragment
              , n = r.getByte()
              , i = r.getInt24();
            if (i > r.length())
                return e.fragmented = t,
                t.fragment = a.util.createBuffer(),
                r.read -= 4,
                e.process();
            e.fragmented = null,
            r.read -= 4;
            var s = r.bytes(i + 4);
            r.read += 4,
            n in x[e.entity][e.expect] ? (e.entity !== l.ConnectionEnd.server || e.open || e.fail || (e.handshaking = !0,
            e.session = {
                version: null,
                extensions: {
                    server_name: {
                        serverNameList: []
                    }
                },
                cipherSuite: null,
                compressionMethod: null,
                serverCertificate: null,
                clientCertificate: null,
                md5: a.md.md5.create(),
                sha1: a.md.sha1.create()
            }),
            n !== l.HandshakeType.hello_request && n !== l.HandshakeType.certificate_verify && n !== l.HandshakeType.finished && (e.session.md5.update(s),
            e.session.sha1.update(s)),
            x[e.entity][e.expect][n](e, t, i)) : l.handleUnexpected(e, t)
        }
        ,
        l.handleApplicationData = function(e, t) {
            e.data.putBuffer(t.fragment),
            e.dataReady(e),
            e.process()
        }
        ,
        l.handleHeartbeat = function(e, t) {
            var r = t.fragment
              , n = r.getByte()
              , i = r.getInt16()
              , s = r.getBytes(i);
            if (n === l.HeartbeatMessageType.heartbeat_request) {
                if (e.handshaking || i > s.length)
                    return e.process();
                l.queue(e, l.createRecord(e, {
                    type: l.ContentType.heartbeat,
                    data: l.createHeartbeat(l.HeartbeatMessageType.heartbeat_response, s)
                })),
                l.flush(e)
            } else if (n === l.HeartbeatMessageType.heartbeat_response) {
                if (s !== e.expectedHeartbeatPayload)
                    return e.process();
                e.heartbeatReceived && e.heartbeatReceived(e, a.util.createBuffer(s))
            }
            e.process()
        }
        ;
        var p = 1
          , f = 2
          , h = 3
          , d = 4
          , y = 5
          , g = 6
          , v = 7
          , m = 8
          , C = 1
          , E = 2
          , S = 3
          , T = 4
          , I = 5
          , b = 6
          , A = l.handleUnexpected
          , B = l.handleChangeCipherSpec
          , N = l.handleAlert
          , k = l.handleHandshake
          , w = l.handleApplicationData
          , R = l.handleHeartbeat
          , _ = [];
        _[l.ConnectionEnd.client] = [[A, N, k, A, R], [A, N, k, A, R], [A, N, k, A, R], [A, N, k, A, R], [A, N, k, A, R], [B, N, A, A, R], [A, N, k, A, R], [A, N, k, w, R], [A, N, k, A, R]],
        _[l.ConnectionEnd.server] = [[A, N, k, A, R], [A, N, k, A, R], [A, N, k, A, R], [A, N, k, A, R], [B, N, A, A, R], [A, N, k, A, R], [A, N, k, w, R], [A, N, k, A, R]];
        var L = l.handleHelloRequest
          , U = l.handleServerHello
          , D = l.handleCertificate
          , P = l.handleServerKeyExchange
          , V = l.handleCertificateRequest
          , O = l.handleServerHelloDone
          , K = l.handleFinished
          , x = [];
        x[l.ConnectionEnd.client] = [[A, A, U, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, D, P, V, O, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, A, P, V, O, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, A, A, V, O, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, A, A, A, O, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, K], [L, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A], [L, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A]];
        var M = l.handleClientHello
          , F = l.handleClientKeyExchange
          , q = l.handleCertificateVerify;
        x[l.ConnectionEnd.server] = [[A, M, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A], [A, A, A, A, A, A, A, A, A, A, A, D, A, A, A, A, A, A, A, A, A], [A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, F, A, A, A, A], [A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, q, A, A, A, A, A], [A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A], [A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, K], [A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A], [A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A, A]],
        l.generateKeys = function(e, t) {
            var r = n
              , a = t.client_random + t.server_random;
            e.session.resuming || (t.master_secret = r(t.pre_master_secret, "master secret", a, 48).bytes(),
            t.pre_master_secret = null),
            a = t.server_random + t.client_random;
            var i = 2 * t.mac_key_length + 2 * t.enc_key_length
              , s = e.version.major === l.Versions.TLS_1_0.major && e.version.minor === l.Versions.TLS_1_0.minor;
            s && (i += 2 * t.fixed_iv_length);
            var o = r(t.master_secret, "key expansion", a, i)
              , c = {
                client_write_MAC_key: o.getBytes(t.mac_key_length),
                server_write_MAC_key: o.getBytes(t.mac_key_length),
                client_write_key: o.getBytes(t.enc_key_length),
                server_write_key: o.getBytes(t.enc_key_length)
            };
            return s && (c.client_write_IV = o.getBytes(t.fixed_iv_length),
            c.server_write_IV = o.getBytes(t.fixed_iv_length)),
            c
        }
        ,
        l.createConnectionState = function(e) {
            var t = e.entity === l.ConnectionEnd.client
              , r = function() {
                var e = {
                    sequenceNumber: [0, 0],
                    macKey: null,
                    macLength: 0,
                    macFunction: null,
                    cipherState: null,
                    cipherFunction: function(e) {
                        return !0
                    },
                    compressionState: null,
                    compressFunction: function(e) {
                        return !0
                    },
                    updateSequenceNumber: function() {
                        4294967295 === e.sequenceNumber[1] ? (e.sequenceNumber[1] = 0,
                        ++e.sequenceNumber[0]) : ++e.sequenceNumber[1]
                    }
                };
                return e
            }
              , a = {
                read: r(),
                write: r()
            };
            if (a.read.update = function(e, t) {
                return a.read.cipherFunction(t, a.read) ? a.read.compressFunction(e, t, a.read) || e.error(e, {
                    message: "Could not decompress record.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.decompression_failure
                    }
                }) : e.error(e, {
                    message: "Could not decrypt record or bad MAC.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.bad_record_mac
                    }
                }),
                !e.fail
            }
            ,
            a.write.update = function(e, t) {
                return a.write.compressFunction(e, t, a.write) ? a.write.cipherFunction(t, a.write) || e.error(e, {
                    message: "Could not encrypt record.",
                    send: !1,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.internal_error
                    }
                }) : e.error(e, {
                    message: "Could not compress record.",
                    send: !1,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.internal_error
                    }
                }),
                !e.fail
            }
            ,
            e.session) {
                var n = e.session.sp;
                switch (e.session.cipherSuite.initSecurityParameters(n),
                n.keys = l.generateKeys(e, n),
                a.read.macKey = t ? n.keys.server_write_MAC_key : n.keys.client_write_MAC_key,
                a.write.macKey = t ? n.keys.client_write_MAC_key : n.keys.server_write_MAC_key,
                e.session.cipherSuite.initConnectionState(a, e, n),
                n.compression_algorithm) {
                case l.CompressionMethod.none:
                    break;
                case l.CompressionMethod.deflate:
                    a.read.compressFunction = o,
                    a.write.compressFunction = s;
                    break;
                default:
                    throw new Error("Unsupported compression algorithm.")
                }
            }
            return a
        }
        ,
        l.createRandom = function() {
            var e = new Date
              , t = +e + 6e4 * e.getTimezoneOffset()
              , r = a.util.createBuffer();
            return r.putInt32(t),
            r.putBytes(a.random.getBytes(28)),
            r
        }
        ,
        l.createRecord = function(e, t) {
            return t.data ? {
                type: t.type,
                version: {
                    major: e.version.major,
                    minor: e.version.minor
                },
                length: t.data.length(),
                fragment: t.data
            } : null
        }
        ,
        l.createAlert = function(e, t) {
            var r = a.util.createBuffer();
            return r.putByte(t.level),
            r.putByte(t.description),
            l.createRecord(e, {
                type: l.ContentType.alert,
                data: r
            })
        }
        ,
        l.createClientHello = function(e) {
            e.session.clientHelloVersion = {
                major: e.version.major,
                minor: e.version.minor
            };
            for (var t = a.util.createBuffer(), r = 0; r < e.cipherSuites.length; ++r) {
                var n = e.cipherSuites[r];
                t.putByte(n.id[0]),
                t.putByte(n.id[1])
            }
            var i = t.length()
              , s = a.util.createBuffer();
            s.putByte(l.CompressionMethod.none);
            var o = s.length()
              , c = a.util.createBuffer();
            if (e.virtualHost) {
                var p = a.util.createBuffer();
                p.putByte(0),
                p.putByte(0);
                var f = a.util.createBuffer();
                f.putByte(0),
                u(f, 2, a.util.createBuffer(e.virtualHost));
                var h = a.util.createBuffer();
                u(h, 2, f),
                u(p, 2, h),
                c.putBuffer(p)
            }
            var d = c.length();
            d > 0 && (d += 2);
            var y = e.session.id
              , g = y.length + 1 + 2 + 4 + 28 + 2 + i + 1 + o + d
              , v = a.util.createBuffer();
            return v.putByte(l.HandshakeType.client_hello),
            v.putInt24(g),
            v.putByte(e.version.major),
            v.putByte(e.version.minor),
            v.putBytes(e.session.sp.client_random),
            u(v, 1, a.util.createBuffer(y)),
            u(v, 2, t),
            u(v, 1, s),
            d > 0 && u(v, 2, c),
            v
        }
        ,
        l.createServerHello = function(e) {
            var t = e.session.id
              , r = t.length + 1 + 2 + 4 + 28 + 2 + 1
              , n = a.util.createBuffer();
            return n.putByte(l.HandshakeType.server_hello),
            n.putInt24(r),
            n.putByte(e.version.major),
            n.putByte(e.version.minor),
            n.putBytes(e.session.sp.server_random),
            u(n, 1, a.util.createBuffer(t)),
            n.putByte(e.session.cipherSuite.id[0]),
            n.putByte(e.session.cipherSuite.id[1]),
            n.putByte(e.session.compressionMethod),
            n
        }
        ,
        l.createCertificate = function(e) {
            var t = e.entity === l.ConnectionEnd.client
              , r = null;
            if (e.getCertificate) {
                var n;
                n = t ? e.session.certificateRequest : e.session.extensions.server_name.serverNameList,
                r = e.getCertificate(e, n)
            }
            var i = a.util.createBuffer();
            if (null !== r)
                try {
                    a.util.isArray(r) || (r = [r]);
                    for (var s = null, o = 0; o < r.length; ++o) {
                        var c = a.pem.decode(r[o])[0];
                        if ("CERTIFICATE" !== c.type && "X509 CERTIFICATE" !== c.type && "TRUSTED CERTIFICATE" !== c.type) {
                            var p = new Error('Could not convert certificate from PEM; PEM header type is not "CERTIFICATE", "X509 CERTIFICATE", or "TRUSTED CERTIFICATE".');
                            throw p.headerType = c.type,
                            p
                        }
                        if (c.procType && "ENCRYPTED" === c.procType.type)
                            throw new Error("Could not convert certificate from PEM; PEM is encrypted.");
                        var f = a.util.createBuffer(c.body);
                        null === s && (s = a.asn1.fromDer(f.bytes(), !1));
                        var h = a.util.createBuffer();
                        u(h, 3, f),
                        i.putBuffer(h)
                    }
                    r = a.pki.certificateFromAsn1(s),
                    t ? e.session.clientCertificate = r : e.session.serverCertificate = r
                } catch (t) {
                    return e.error(e, {
                        message: "Could not send certificate list.",
                        cause: t,
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.bad_certificate
                        }
                    })
                }
            var d = 3 + i.length()
              , y = a.util.createBuffer();
            return y.putByte(l.HandshakeType.certificate),
            y.putInt24(d),
            u(y, 3, i),
            y
        }
        ,
        l.createClientKeyExchange = function(e) {
            var t = a.util.createBuffer();
            t.putByte(e.session.clientHelloVersion.major),
            t.putByte(e.session.clientHelloVersion.minor),
            t.putBytes(a.random.getBytes(46));
            var r = e.session.sp;
            r.pre_master_secret = t.getBytes(),
            t = e.session.serverCertificate.publicKey.encrypt(r.pre_master_secret);
            var n = t.length + 2
              , i = a.util.createBuffer();
            return i.putByte(l.HandshakeType.client_key_exchange),
            i.putInt24(n),
            i.putInt16(t.length),
            i.putBytes(t),
            i
        }
        ,
        l.createServerKeyExchange = function(e) {
            var t = a.util.createBuffer();
            return t
        }
        ,
        l.getClientSignature = function(e, t) {
            var r = a.util.createBuffer();
            r.putBuffer(e.session.md5.digest()),
            r.putBuffer(e.session.sha1.digest()),
            r = r.getBytes(),
            e.getSignature = e.getSignature || function(e, t, r) {
                var n = null;
                if (e.getPrivateKey)
                    try {
                        n = e.getPrivateKey(e, e.session.clientCertificate),
                        n = a.pki.privateKeyFromPem(n)
                    } catch (t) {
                        e.error(e, {
                            message: "Could not get private key.",
                            cause: t,
                            send: !0,
                            alert: {
                                level: l.Alert.Level.fatal,
                                description: l.Alert.Description.internal_error
                            }
                        })
                    }
                null === n ? e.error(e, {
                    message: "No private key set.",
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: l.Alert.Description.internal_error
                    }
                }) : t = n.sign(t, null),
                r(e, t)
            }
            ,
            e.getSignature(e, r, t)
        }
        ,
        l.createCertificateVerify = function(e, t) {
            var r = t.length + 2
              , n = a.util.createBuffer();
            return n.putByte(l.HandshakeType.certificate_verify),
            n.putInt24(r),
            n.putInt16(t.length),
            n.putBytes(t),
            n
        }
        ,
        l.createCertificateRequest = function(e) {
            var t = a.util.createBuffer();
            t.putByte(1);
            var r = a.util.createBuffer();
            for (var n in e.caStore.certs) {
                var i = e.caStore.certs[n]
                  , s = a.pki.distinguishedNameToAsn1(i.subject)
                  , o = a.asn1.toDer(s);
                r.putInt16(o.length()),
                r.putBuffer(o)
            }
            var c = 1 + t.length() + 2 + r.length()
              , p = a.util.createBuffer();
            return p.putByte(l.HandshakeType.certificate_request),
            p.putInt24(c),
            u(p, 1, t),
            u(p, 2, r),
            p
        }
        ,
        l.createServerHelloDone = function(e) {
            var t = a.util.createBuffer();
            return t.putByte(l.HandshakeType.server_hello_done),
            t.putInt24(0),
            t
        }
        ,
        l.createChangeCipherSpec = function() {
            var e = a.util.createBuffer();
            return e.putByte(1),
            e
        }
        ,
        l.createFinished = function(e) {
            var t = a.util.createBuffer();
            t.putBuffer(e.session.md5.digest()),
            t.putBuffer(e.session.sha1.digest());
            var r = e.entity === l.ConnectionEnd.client
              , i = e.session.sp
              , s = n
              , o = r ? "client finished" : "server finished";
            t = s(i.master_secret, o, t.getBytes(), 12);
            var c = a.util.createBuffer();
            return c.putByte(l.HandshakeType.finished),
            c.putInt24(t.length()),
            c.putBuffer(t),
            c
        }
        ,
        l.createHeartbeat = function(e, t, r) {
            void 0 === r && (r = t.length);
            var n = a.util.createBuffer();
            n.putByte(e),
            n.putInt16(r),
            n.putBytes(t);
            var i = n.length()
              , s = Math.max(16, i - r - 3);
            return n.putBytes(a.random.getBytes(s)),
            n
        }
        ,
        l.queue = function(e, t) {
            if (t && (0 !== t.fragment.length() || t.type !== l.ContentType.handshake && t.type !== l.ContentType.alert && t.type !== l.ContentType.change_cipher_spec)) {
                if (t.type === l.ContentType.handshake) {
                    var r = t.fragment.bytes();
                    e.session.md5.update(r),
                    e.session.sha1.update(r),
                    r = null
                }
                var n;
                if (t.fragment.length() <= l.MaxFragment)
                    n = [t];
                else {
                    n = [];
                    for (var i = t.fragment.bytes(); i.length > l.MaxFragment; )
                        n.push(l.createRecord(e, {
                            type: t.type,
                            data: a.util.createBuffer(i.slice(0, l.MaxFragment))
                        })),
                        i = i.slice(l.MaxFragment);
                    i.length > 0 && n.push(l.createRecord(e, {
                        type: t.type,
                        data: a.util.createBuffer(i)
                    }))
                }
                for (var s = 0; s < n.length && !e.fail; ++s) {
                    var o = n[s];
                    e.state.current.write.update(e, o) && e.records.push(o)
                }
            }
        }
        ,
        l.flush = function(e) {
            for (var t = 0; t < e.records.length; ++t) {
                var r = e.records[t];
                e.tlsData.putByte(r.type),
                e.tlsData.putByte(r.version.major),
                e.tlsData.putByte(r.version.minor),
                e.tlsData.putInt16(r.fragment.length()),
                e.tlsData.putBuffer(e.records[t].fragment)
            }
            return e.records = [],
            e.tlsDataReady(e)
        }
        ;
        var j = function(e) {
            switch (e) {
            case !0:
                return !0;
            case a.pki.certificateError.bad_certificate:
                return l.Alert.Description.bad_certificate;
            case a.pki.certificateError.unsupported_certificate:
                return l.Alert.Description.unsupported_certificate;
            case a.pki.certificateError.certificate_revoked:
                return l.Alert.Description.certificate_revoked;
            case a.pki.certificateError.certificate_expired:
                return l.Alert.Description.certificate_expired;
            case a.pki.certificateError.certificate_unknown:
                return l.Alert.Description.certificate_unknown;
            case a.pki.certificateError.unknown_ca:
                return l.Alert.Description.unknown_ca;
            default:
                return l.Alert.Description.bad_certificate
            }
        }
          , G = function(e) {
            switch (e) {
            case !0:
                return !0;
            case l.Alert.Description.bad_certificate:
                return a.pki.certificateError.bad_certificate;
            case l.Alert.Description.unsupported_certificate:
                return a.pki.certificateError.unsupported_certificate;
            case l.Alert.Description.certificate_revoked:
                return a.pki.certificateError.certificate_revoked;
            case l.Alert.Description.certificate_expired:
                return a.pki.certificateError.certificate_expired;
            case l.Alert.Description.certificate_unknown:
                return a.pki.certificateError.certificate_unknown;
            case l.Alert.Description.unknown_ca:
                return a.pki.certificateError.unknown_ca;
            default:
                return a.pki.certificateError.bad_certificate
            }
        };
        l.verifyCertificateChain = function(e, t) {
            try {
                var r = {};
                for (var n in e.verifyOptions)
                    r[n] = e.verifyOptions[n];
                r.verify = function(t, r, n) {
                    var i = (j(t),
                    e.verify(e, t, r, n));
                    if (!0 !== i) {
                        if ("object" == typeof i && !a.util.isArray(i)) {
                            var s = new Error("The application rejected the certificate.");
                            throw s.send = !0,
                            s.alert = {
                                level: l.Alert.Level.fatal,
                                description: l.Alert.Description.bad_certificate
                            },
                            i.message && (s.message = i.message),
                            i.alert && (s.alert.description = i.alert),
                            s
                        }
                        i !== t && (i = G(i))
                    }
                    return i
                }
                ,
                a.pki.verifyCertificateChain(e.caStore, t, r)
            } catch (t) {
                var i = t;
                ("object" != typeof i || a.util.isArray(i)) && (i = {
                    send: !0,
                    alert: {
                        level: l.Alert.Level.fatal,
                        description: j(t)
                    }
                }),
                "send"in i || (i.send = !0),
                "alert"in i || (i.alert = {
                    level: l.Alert.Level.fatal,
                    description: j(i.error)
                }),
                e.error(e, i)
            }
            return !e.fail
        }
        ,
        l.createSessionCache = function(e, t) {
            var r = null;
            if (e && e.getSession && e.setSession && e.order)
                r = e;
            else {
                r = {},
                r.cache = e || {},
                r.capacity = Math.max(t || 100, 1),
                r.order = [];
                for (var n in e)
                    r.order.length <= t ? r.order.push(n) : delete e[n];
                r.getSession = function(e) {
                    var t = null
                      , n = null;
                    if (e ? n = a.util.bytesToHex(e) : r.order.length > 0 && (n = r.order[0]),
                    null !== n && n in r.cache) {
                        t = r.cache[n],
                        delete r.cache[n];
                        for (var i in r.order)
                            if (r.order[i] === n) {
                                r.order.splice(i, 1);
                                break
                            }
                    }
                    return t
                }
                ,
                r.setSession = function(e, t) {
                    if (r.order.length === r.capacity) {
                        var n = r.order.shift();
                        delete r.cache[n]
                    }
                    var n = a.util.bytesToHex(e);
                    r.order.push(n),
                    r.cache[n] = t
                }
            }
            return r
        }
        ,
        l.createConnection = function(e) {
            var t = null;
            t = e.caStore ? a.util.isArray(e.caStore) ? a.pki.createCaStore(e.caStore) : e.caStore : a.pki.createCaStore();
            var r = e.cipherSuites || null;
            if (null === r) {
                r = [];
                for (var n in l.CipherSuites)
                    r.push(l.CipherSuites[n])
            }
            var i = e.server ? l.ConnectionEnd.server : l.ConnectionEnd.client
              , s = e.sessionCache ? l.createSessionCache(e.sessionCache) : null
              , o = {
                version: {
                    major: l.Version.major,
                    minor: l.Version.minor
                },
                entity: i,
                sessionId: e.sessionId,
                caStore: t,
                sessionCache: s,
                cipherSuites: r,
                connected: e.connected,
                virtualHost: e.virtualHost || null,
                verifyClient: e.verifyClient || !1,
                verify: e.verify || function(e, t, r, a) {
                    return t
                }
                ,
                verifyOptions: e.verifyOptions || {},
                getCertificate: e.getCertificate || null,
                getPrivateKey: e.getPrivateKey || null,
                getSignature: e.getSignature || null,
                input: a.util.createBuffer(),
                tlsData: a.util.createBuffer(),
                data: a.util.createBuffer(),
                tlsDataReady: e.tlsDataReady,
                dataReady: e.dataReady,
                heartbeatReceived: e.heartbeatReceived,
                closed: e.closed,
                error: function(t, r) {
                    r.origin = r.origin || (t.entity === l.ConnectionEnd.client ? "client" : "server"),
                    r.send && (l.queue(t, l.createAlert(t, r.alert)),
                    l.flush(t));
                    var a = !1 !== r.fatal;
                    a && (t.fail = !0),
                    e.error(t, r),
                    a && t.close(!1)
                },
                deflate: e.deflate || null,
                inflate: e.inflate || null
            };
            o.reset = function(e) {
                o.version = {
                    major: l.Version.major,
                    minor: l.Version.minor
                },
                o.record = null,
                o.session = null,
                o.peerCertificate = null,
                o.state = {
                    pending: null,
                    current: null
                },
                o.expect = (o.entity,
                l.ConnectionEnd.client,
                0),
                o.fragmented = null,
                o.records = [],
                o.open = !1,
                o.handshakes = 0,
                o.handshaking = !1,
                o.isConnected = !1,
                o.fail = !(e || void 0 === e),
                o.input.clear(),
                o.tlsData.clear(),
                o.data.clear(),
                o.state.current = l.createConnectionState(o)
            }
            ,
            o.reset();
            var c = function(e, t) {
                var r = t.type - l.ContentType.change_cipher_spec
                  , a = _[e.entity][e.expect];
                r in a ? a[r](e, t) : l.handleUnexpected(e, t)
            }
              , u = function(e) {
                var t = 0
                  , r = e.input
                  , n = r.length();
                if (n < 5)
                    t = 5 - n;
                else {
                    e.record = {
                        type: r.getByte(),
                        version: {
                            major: r.getByte(),
                            minor: r.getByte()
                        },
                        length: r.getInt16(),
                        fragment: a.util.createBuffer(),
                        ready: !1
                    };
                    var i = e.record.version.major === e.version.major;
                    i && e.session && e.session.version && (i = e.record.version.minor === e.version.minor),
                    i || e.error(e, {
                        message: "Incompatible TLS version.",
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.protocol_version
                        }
                    })
                }
                return t
            }
              , p = function(e) {
                var t = 0
                  , r = e.input
                  , a = r.length();
                if (a < e.record.length)
                    t = e.record.length - a;
                else {
                    e.record.fragment.putBytes(r.getBytes(e.record.length)),
                    r.compact();
                    e.state.current.read.update(e, e.record) && (null !== e.fragmented && (e.fragmented.type === e.record.type ? (e.fragmented.fragment.putBuffer(e.record.fragment),
                    e.record = e.fragmented) : e.error(e, {
                        message: "Invalid fragmented record.",
                        send: !0,
                        alert: {
                            level: l.Alert.Level.fatal,
                            description: l.Alert.Description.unexpected_message
                        }
                    })),
                    e.record.ready = !0)
                }
                return t
            };
            return o.handshake = function(e) {
                if (o.entity !== l.ConnectionEnd.client)
                    o.error(o, {
                        message: "Cannot initiate handshake as a server.",
                        fatal: !1
                    });
                else if (o.handshaking)
                    o.error(o, {
                        message: "Handshake already in progress.",
                        fatal: !1
                    });
                else {
                    o.fail && !o.open && 0 === o.handshakes && (o.fail = !1),
                    o.handshaking = !0,
                    e = e || "";
                    var t = null;
                    e.length > 0 && (o.sessionCache && (t = o.sessionCache.getSession(e)),
                    null === t && (e = "")),
                    0 === e.length && o.sessionCache && null !== (t = o.sessionCache.getSession()) && (e = t.id),
                    o.session = {
                        id: e,
                        version: null,
                        cipherSuite: null,
                        compressionMethod: null,
                        serverCertificate: null,
                        certificateRequest: null,
                        clientCertificate: null,
                        sp: {},
                        md5: a.md.md5.create(),
                        sha1: a.md.sha1.create()
                    },
                    t && (o.version = t.version,
                    o.session.sp = t.sp),
                    o.session.sp.client_random = l.createRandom().getBytes(),
                    o.open = !0,
                    l.queue(o, l.createRecord(o, {
                        type: l.ContentType.handshake,
                        data: l.createClientHello(o)
                    })),
                    l.flush(o)
                }
            }
            ,
            o.process = function(e) {
                var t = 0;
                return e && o.input.putBytes(e),
                o.fail || (null !== o.record && o.record.ready && o.record.fragment.isEmpty() && (o.record = null),
                null === o.record && (t = u(o)),
                o.fail || null === o.record || o.record.ready || (t = p(o)),
                !o.fail && null !== o.record && o.record.ready && c(o, o.record)),
                t
            }
            ,
            o.prepare = function(e) {
                return l.queue(o, l.createRecord(o, {
                    type: l.ContentType.application_data,
                    data: a.util.createBuffer(e)
                })),
                l.flush(o)
            }
            ,
            o.prepareHeartbeatRequest = function(e, t) {
                return e instanceof a.util.ByteBuffer && (e = e.bytes()),
                void 0 === t && (t = e.length),
                o.expectedHeartbeatPayload = e,
                l.queue(o, l.createRecord(o, {
                    type: l.ContentType.heartbeat,
                    data: l.createHeartbeat(l.HeartbeatMessageType.heartbeat_request, e, t)
                })),
                l.flush(o)
            }
            ,
            o.close = function(e) {
                if (!o.fail && o.sessionCache && o.session) {
                    var t = {
                        id: o.session.id,
                        version: o.session.version,
                        sp: o.session.sp
                    };
                    t.sp.keys = null,
                    o.sessionCache.setSession(t.id, t)
                }
                o.open && (o.open = !1,
                o.input.clear(),
                (o.isConnected || o.handshaking) && (o.isConnected = o.handshaking = !1,
                l.queue(o, l.createAlert(o, {
                    level: l.Alert.Level.warning,
                    description: l.Alert.Description.close_notify
                })),
                l.flush(o)),
                o.closed(o)),
                o.reset(e)
            }
            ,
            o
        }
        ,
        e.exports = a.tls = a.tls || {};
        for (var H in l)
            "function" != typeof l[H] && (a.tls[H] = l[H]);
        a.tls.prf_tls1 = n,
        a.tls.hmac_sha1 = i,
        a.tls.createSessionCache = l.createSessionCache,
        a.tls.createConnection = l.createConnection
    }
    , function(e, t, r) {
        var a = r(0);
        r(3),
        r(6),
        r(22),
        r(7),
        r(15),
        r(28),
        r(18),
        r(11),
        r(1),
        r(17);
        var n = a.asn1
          , i = e.exports = a.pki = a.pki || {};
        i.pemToDer = function(e) {
            var t = a.pem.decode(e)[0];
            if (t.procType && "ENCRYPTED" === t.procType.type)
                throw new Error("Could not convert PEM to DER; PEM is encrypted.");
            return a.util.createBuffer(t.body)
        }
        ,
        i.privateKeyFromPem = function(e) {
            var t = a.pem.decode(e)[0];
            if ("PRIVATE KEY" !== t.type && "RSA PRIVATE KEY" !== t.type) {
                var r = new Error('Could not convert private key from PEM; PEM header type is not "PRIVATE KEY" or "RSA PRIVATE KEY".');
                throw r.headerType = t.type,
                r
            }
            if (t.procType && "ENCRYPTED" === t.procType.type)
                throw new Error("Could not convert private key from PEM; PEM is encrypted.");
            var s = n.fromDer(t.body);
            return i.privateKeyFromAsn1(s)
        }
        ,
        i.privateKeyToPem = function(e, t) {
            var r = {
                type: "RSA PRIVATE KEY",
                body: n.toDer(i.privateKeyToAsn1(e)).getBytes()
            };
            return a.pem.encode(r, {
                maxline: t
            })
        }
        ,
        i.privateKeyInfoToPem = function(e, t) {
            var r = {
                type: "PRIVATE KEY",
                body: n.toDer(e).getBytes()
            };
            return a.pem.encode(r, {
                maxline: t
            })
        }
    }
    , function(e, t, r) {
        function a(e, t) {
            return e.start().update(t).digest().getBytes()
        }
        function n(e) {
            var t;
            if (e) {
                if (!(t = l.oids[u.derToOid(e)])) {
                    var r = new Error("Unsupported PRF OID.");
                    throw r.oid = e,
                    r.supported = ["hmacWithSHA1", "hmacWithSHA224", "hmacWithSHA256", "hmacWithSHA384", "hmacWithSHA512"],
                    r
                }
            } else
                t = "hmacWithSHA1";
            return i(t)
        }
        function i(e) {
            var t = o.md;
            switch (e) {
            case "hmacWithSHA224":
                t = o.md.sha512;
            case "hmacWithSHA1":
            case "hmacWithSHA256":
            case "hmacWithSHA384":
            case "hmacWithSHA512":
                e = e.substr(8).toLowerCase();
                break;
            default:
                var r = new Error("Unsupported PRF algorithm.");
                throw r.algorithm = e,
                r.supported = ["hmacWithSHA1", "hmacWithSHA224", "hmacWithSHA256", "hmacWithSHA384", "hmacWithSHA512"],
                r
            }
            if (!(t && e in t))
                throw new Error("Unknown hash algorithm: " + e);
            return t[e].create()
        }
        function s(e, t, r, a) {
            var n = u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OCTETSTRING, !1, e), u.create(u.Class.UNIVERSAL, u.Type.INTEGER, !1, t.getBytes())]);
            return "hmacWithSHA1" !== a && n.value.push(u.create(u.Class.UNIVERSAL, u.Type.INTEGER, !1, o.util.hexToBytes(r.toString(16))), u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OID, !1, u.oidToDer(l.oids[a]).getBytes()), u.create(u.Class.UNIVERSAL, u.Type.NULL, !1, "")])),
            n
        }
        var o = r(0);
        if (r(5),
        r(3),
        r(10),
        r(4),
        r(6),
        r(15),
        r(7),
        r(2),
        r(25),
        r(11),
        r(1),
        void 0 === c)
            var c = o.jsbn.BigInteger;
        var u = o.asn1
          , l = o.pki = o.pki || {};
        e.exports = l.pbe = o.pbe = o.pbe || {};
        var p = l.oids
          , f = {
            name: "EncryptedPrivateKeyInfo",
            tagClass: u.Class.UNIVERSAL,
            type: u.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "EncryptedPrivateKeyInfo.encryptionAlgorithm",
                tagClass: u.Class.UNIVERSAL,
                type: u.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "AlgorithmIdentifier.algorithm",
                    tagClass: u.Class.UNIVERSAL,
                    type: u.Type.OID,
                    constructed: !1,
                    capture: "encryptionOid"
                }, {
                    name: "AlgorithmIdentifier.parameters",
                    tagClass: u.Class.UNIVERSAL,
                    type: u.Type.SEQUENCE,
                    constructed: !0,
                    captureAsn1: "encryptionParams"
                }]
            }, {
                name: "EncryptedPrivateKeyInfo.encryptedData",
                tagClass: u.Class.UNIVERSAL,
                type: u.Type.OCTETSTRING,
                constructed: !1,
                capture: "encryptedData"
            }]
        }
          , h = {
            name: "PBES2Algorithms",
            tagClass: u.Class.UNIVERSAL,
            type: u.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "PBES2Algorithms.keyDerivationFunc",
                tagClass: u.Class.UNIVERSAL,
                type: u.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "PBES2Algorithms.keyDerivationFunc.oid",
                    tagClass: u.Class.UNIVERSAL,
                    type: u.Type.OID,
                    constructed: !1,
                    capture: "kdfOid"
                }, {
                    name: "PBES2Algorithms.params",
                    tagClass: u.Class.UNIVERSAL,
                    type: u.Type.SEQUENCE,
                    constructed: !0,
                    value: [{
                        name: "PBES2Algorithms.params.salt",
                        tagClass: u.Class.UNIVERSAL,
                        type: u.Type.OCTETSTRING,
                        constructed: !1,
                        capture: "kdfSalt"
                    }, {
                        name: "PBES2Algorithms.params.iterationCount",
                        tagClass: u.Class.UNIVERSAL,
                        type: u.Type.INTEGER,
                        constructed: !1,
                        capture: "kdfIterationCount"
                    }, {
                        name: "PBES2Algorithms.params.keyLength",
                        tagClass: u.Class.UNIVERSAL,
                        type: u.Type.INTEGER,
                        constructed: !1,
                        optional: !0,
                        capture: "keyLength"
                    }, {
                        name: "PBES2Algorithms.params.prf",
                        tagClass: u.Class.UNIVERSAL,
                        type: u.Type.SEQUENCE,
                        constructed: !0,
                        optional: !0,
                        value: [{
                            name: "PBES2Algorithms.params.prf.algorithm",
                            tagClass: u.Class.UNIVERSAL,
                            type: u.Type.OID,
                            constructed: !1,
                            capture: "prfOid"
                        }]
                    }]
                }]
            }, {
                name: "PBES2Algorithms.encryptionScheme",
                tagClass: u.Class.UNIVERSAL,
                type: u.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "PBES2Algorithms.encryptionScheme.oid",
                    tagClass: u.Class.UNIVERSAL,
                    type: u.Type.OID,
                    constructed: !1,
                    capture: "encOid"
                }, {
                    name: "PBES2Algorithms.encryptionScheme.iv",
                    tagClass: u.Class.UNIVERSAL,
                    type: u.Type.OCTETSTRING,
                    constructed: !1,
                    capture: "encIv"
                }]
            }]
        }
          , d = {
            name: "pkcs-12PbeParams",
            tagClass: u.Class.UNIVERSAL,
            type: u.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "pkcs-12PbeParams.salt",
                tagClass: u.Class.UNIVERSAL,
                type: u.Type.OCTETSTRING,
                constructed: !1,
                capture: "salt"
            }, {
                name: "pkcs-12PbeParams.iterations",
                tagClass: u.Class.UNIVERSAL,
                type: u.Type.INTEGER,
                constructed: !1,
                capture: "iterations"
            }]
        };
        l.encryptPrivateKeyInfo = function(e, t, r) {
            r = r || {},
            r.saltSize = r.saltSize || 8,
            r.count = r.count || 2048,
            r.algorithm = r.algorithm || "aes128",
            r.prfAlgorithm = r.prfAlgorithm || "sha1";
            var a, n, c, f = o.random.getBytesSync(r.saltSize), h = r.count, d = u.integerToDer(h);
            if (0 === r.algorithm.indexOf("aes") || "des" === r.algorithm) {
                var y, g, v;
                switch (r.algorithm) {
                case "aes128":
                    a = 16,
                    y = 16,
                    g = p["aes128-CBC"],
                    v = o.aes.createEncryptionCipher;
                    break;
                case "aes192":
                    a = 24,
                    y = 16,
                    g = p["aes192-CBC"],
                    v = o.aes.createEncryptionCipher;
                    break;
                case "aes256":
                    a = 32,
                    y = 16,
                    g = p["aes256-CBC"],
                    v = o.aes.createEncryptionCipher;
                    break;
                case "des":
                    a = 8,
                    y = 8,
                    g = p.desCBC,
                    v = o.des.createEncryptionCipher;
                    break;
                default:
                    var m = new Error("Cannot encrypt private key. Unknown encryption algorithm.");
                    throw m.algorithm = r.algorithm,
                    m
                }
                var C = "hmacWith" + r.prfAlgorithm.toUpperCase()
                  , E = i(C)
                  , S = o.pkcs5.pbkdf2(t, f, h, a, E)
                  , T = o.random.getBytesSync(y)
                  , I = v(S);
                I.start(T),
                I.update(u.toDer(e)),
                I.finish(),
                c = I.output.getBytes();
                var b = s(f, d, a, C);
                n = u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OID, !1, u.oidToDer(p.pkcs5PBES2).getBytes()), u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OID, !1, u.oidToDer(p.pkcs5PBKDF2).getBytes()), b]), u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OID, !1, u.oidToDer(g).getBytes()), u.create(u.Class.UNIVERSAL, u.Type.OCTETSTRING, !1, T)])])])
            } else {
                if ("3des" !== r.algorithm) {
                    var m = new Error("Cannot encrypt private key. Unknown encryption algorithm.");
                    throw m.algorithm = r.algorithm,
                    m
                }
                a = 24;
                var A = new o.util.ByteBuffer(f)
                  , S = l.pbe.generatePkcs12Key(t, A, 1, h, a)
                  , T = l.pbe.generatePkcs12Key(t, A, 2, h, a)
                  , I = o.des.createEncryptionCipher(S);
                I.start(T),
                I.update(u.toDer(e)),
                I.finish(),
                c = I.output.getBytes(),
                n = u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OID, !1, u.oidToDer(p["pbeWithSHAAnd3-KeyTripleDES-CBC"]).getBytes()), u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [u.create(u.Class.UNIVERSAL, u.Type.OCTETSTRING, !1, f), u.create(u.Class.UNIVERSAL, u.Type.INTEGER, !1, d.getBytes())])])
            }
            return u.create(u.Class.UNIVERSAL, u.Type.SEQUENCE, !0, [n, u.create(u.Class.UNIVERSAL, u.Type.OCTETSTRING, !1, c)])
        }
        ,
        l.decryptPrivateKeyInfo = function(e, t) {
            var r = null
              , a = {}
              , n = [];
            if (!u.validate(e, f, a, n)) {
                var i = new Error("Cannot read encrypted private key. ASN.1 object is not a supported EncryptedPrivateKeyInfo.");
                throw i.errors = n,
                i
            }
            var s = u.derToOid(a.encryptionOid)
              , c = l.pbe.getCipher(s, a.encryptionParams, t)
              , p = o.util.createBuffer(a.encryptedData);
            return c.update(p),
            c.finish() && (r = u.fromDer(c.output)),
            r
        }
        ,
        l.encryptedPrivateKeyToPem = function(e, t) {
            var r = {
                type: "ENCRYPTED PRIVATE KEY",
                body: u.toDer(e).getBytes()
            };
            return o.pem.encode(r, {
                maxline: t
            })
        }
        ,
        l.encryptedPrivateKeyFromPem = function(e) {
            var t = o.pem.decode(e)[0];
            if ("ENCRYPTED PRIVATE KEY" !== t.type) {
                var r = new Error('Could not convert encrypted private key from PEM; PEM header type is "ENCRYPTED PRIVATE KEY".');
                throw r.headerType = t.type,
                r
            }
            if (t.procType && "ENCRYPTED" === t.procType.type)
                throw new Error("Could not convert encrypted private key from PEM; PEM is encrypted.");
            return u.fromDer(t.body)
        }
        ,
        l.encryptRsaPrivateKey = function(e, t, r) {
            if (r = r || {},
            !r.legacy) {
                var a = l.wrapRsaPrivateKey(l.privateKeyToAsn1(e));
                return a = l.encryptPrivateKeyInfo(a, t, r),
                l.encryptedPrivateKeyToPem(a)
            }
            var n, i, s, c;
            switch (r.algorithm) {
            case "aes128":
                n = "AES-128-CBC",
                s = 16,
                i = o.random.getBytesSync(16),
                c = o.aes.createEncryptionCipher;
                break;
            case "aes192":
                n = "AES-192-CBC",
                s = 24,
                i = o.random.getBytesSync(16),
                c = o.aes.createEncryptionCipher;
                break;
            case "aes256":
                n = "AES-256-CBC",
                s = 32,
                i = o.random.getBytesSync(16),
                c = o.aes.createEncryptionCipher;
                break;
            case "3des":
                n = "DES-EDE3-CBC",
                s = 24,
                i = o.random.getBytesSync(8),
                c = o.des.createEncryptionCipher;
                break;
            case "des":
                n = "DES-CBC",
                s = 8,
                i = o.random.getBytesSync(8),
                c = o.des.createEncryptionCipher;
                break;
            default:
                var p = new Error('Could not encrypt RSA private key; unsupported encryption algorithm "' + r.algorithm + '".');
                throw p.algorithm = r.algorithm,
                p
            }
            var f = o.pbe.opensslDeriveBytes(t, i.substr(0, 8), s)
              , h = c(f);
            h.start(i),
            h.update(u.toDer(l.privateKeyToAsn1(e))),
            h.finish();
            var d = {
                type: "RSA PRIVATE KEY",
                procType: {
                    version: "4",
                    type: "ENCRYPTED"
                },
                dekInfo: {
                    algorithm: n,
                    parameters: o.util.bytesToHex(i).toUpperCase()
                },
                body: h.output.getBytes()
            };
            return o.pem.encode(d)
        }
        ,
        l.decryptRsaPrivateKey = function(e, t) {
            var r = null
              , a = o.pem.decode(e)[0];
            if ("ENCRYPTED PRIVATE KEY" !== a.type && "PRIVATE KEY" !== a.type && "RSA PRIVATE KEY" !== a.type) {
                var n = new Error('Could not convert private key from PEM; PEM header type is not "ENCRYPTED PRIVATE KEY", "PRIVATE KEY", or "RSA PRIVATE KEY".');
                throw n.headerType = n,
                n
            }
            if (a.procType && "ENCRYPTED" === a.procType.type) {
                var i, s;
                switch (a.dekInfo.algorithm) {
                case "DES-CBC":
                    i = 8,
                    s = o.des.createDecryptionCipher;
                    break;
                case "DES-EDE3-CBC":
                    i = 24,
                    s = o.des.createDecryptionCipher;
                    break;
                case "AES-128-CBC":
                    i = 16,
                    s = o.aes.createDecryptionCipher;
                    break;
                case "AES-192-CBC":
                    i = 24,
                    s = o.aes.createDecryptionCipher;
                    break;
                case "AES-256-CBC":
                    i = 32,
                    s = o.aes.createDecryptionCipher;
                    break;
                case "RC2-40-CBC":
                    i = 5,
                    s = function(e) {
                        return o.rc2.createDecryptionCipher(e, 40)
                    }
                    ;
                    break;
                case "RC2-64-CBC":
                    i = 8,
                    s = function(e) {
                        return o.rc2.createDecryptionCipher(e, 64)
                    }
                    ;
                    break;
                case "RC2-128-CBC":
                    i = 16,
                    s = function(e) {
                        return o.rc2.createDecryptionCipher(e, 128)
                    }
                    ;
                    break;
                default:
                    var n = new Error('Could not decrypt private key; unsupported encryption algorithm "' + a.dekInfo.algorithm + '".');
                    throw n.algorithm = a.dekInfo.algorithm,
                    n
                }
                var c = o.util.hexToBytes(a.dekInfo.parameters)
                  , p = o.pbe.opensslDeriveBytes(t, c.substr(0, 8), i)
                  , f = s(p);
                if (f.start(c),
                f.update(o.util.createBuffer(a.body)),
                !f.finish())
                    return r;
                r = f.output.getBytes()
            } else
                r = a.body;
            return r = "ENCRYPTED PRIVATE KEY" === a.type ? l.decryptPrivateKeyInfo(u.fromDer(r), t) : u.fromDer(r),
            null !== r && (r = l.privateKeyFromAsn1(r)),
            r
        }
        ,
        l.pbe.generatePkcs12Key = function(e, t, r, a, n, i) {
            var s, c;
            if (void 0 === i || null === i) {
                if (!("sha1"in o.md))
                    throw new Error('"sha1" hash algorithm unavailable.');
                i = o.md.sha1.create()
            }
            var u = i.digestLength
              , l = i.blockLength
              , p = new o.util.ByteBuffer
              , f = new o.util.ByteBuffer;
            if (null !== e && void 0 !== e) {
                for (c = 0; c < e.length; c++)
                    f.putInt16(e.charCodeAt(c));
                f.putInt16(0)
            }
            var h = f.length()
              , d = t.length()
              , y = new o.util.ByteBuffer;
            y.fillWithByte(r, l);
            var g = l * Math.ceil(d / l)
              , v = new o.util.ByteBuffer;
            for (c = 0; c < g; c++)
                v.putByte(t.at(c % d));
            var m = l * Math.ceil(h / l)
              , C = new o.util.ByteBuffer;
            for (c = 0; c < m; c++)
                C.putByte(f.at(c % h));
            var E = v;
            E.putBuffer(C);
            for (var S = Math.ceil(n / u), T = 1; T <= S; T++) {
                var I = new o.util.ByteBuffer;
                I.putBytes(y.bytes()),
                I.putBytes(E.bytes());
                for (var b = 0; b < a; b++)
                    i.start(),
                    i.update(I.getBytes()),
                    I = i.digest();
                var A = new o.util.ByteBuffer;
                for (c = 0; c < l; c++)
                    A.putByte(I.at(c % u));
                var B = Math.ceil(d / l) + Math.ceil(h / l)
                  , N = new o.util.ByteBuffer;
                for (s = 0; s < B; s++) {
                    var k = new o.util.ByteBuffer(E.getBytes(l))
                      , w = 511;
                    for (c = A.length() - 1; c >= 0; c--)
                        w >>= 8,
                        w += A.at(c) + k.at(c),
                        k.setAt(c, 255 & w);
                    N.putBuffer(k)
                }
                E = N,
                p.putBuffer(I)
            }
            return p.truncate(p.length() - n),
            p
        }
        ,
        l.pbe.getCipher = function(e, t, r) {
            switch (e) {
            case l.oids.pkcs5PBES2:
                return l.pbe.getCipherForPBES2(e, t, r);
            case l.oids["pbeWithSHAAnd3-KeyTripleDES-CBC"]:
            case l.oids["pbewithSHAAnd40BitRC2-CBC"]:
                return l.pbe.getCipherForPKCS12PBE(e, t, r);
            default:
                var a = new Error("Cannot read encrypted PBE data block. Unsupported OID.");
                throw a.oid = e,
                a.supportedOids = ["pkcs5PBES2", "pbeWithSHAAnd3-KeyTripleDES-CBC", "pbewithSHAAnd40BitRC2-CBC"],
                a
            }
        }
        ,
        l.pbe.getCipherForPBES2 = function(e, t, r) {
            var a = {}
              , i = [];
            if (!u.validate(t, h, a, i)) {
                var s = new Error("Cannot read password-based-encryption algorithm parameters. ASN.1 object is not a supported EncryptedPrivateKeyInfo.");
                throw s.errors = i,
                s
            }
            if ((e = u.derToOid(a.kdfOid)) !== l.oids.pkcs5PBKDF2) {
                var s = new Error("Cannot read encrypted private key. Unsupported key derivation function OID.");
                throw s.oid = e,
                s.supportedOids = ["pkcs5PBKDF2"],
                s
            }
            if ((e = u.derToOid(a.encOid)) !== l.oids["aes128-CBC"] && e !== l.oids["aes192-CBC"] && e !== l.oids["aes256-CBC"] && e !== l.oids["des-EDE3-CBC"] && e !== l.oids.desCBC) {
                var s = new Error("Cannot read encrypted private key. Unsupported encryption scheme OID.");
                throw s.oid = e,
                s.supportedOids = ["aes128-CBC", "aes192-CBC", "aes256-CBC", "des-EDE3-CBC", "desCBC"],
                s
            }
            var c = a.kdfSalt
              , p = o.util.createBuffer(a.kdfIterationCount);
            p = p.getInt(p.length() << 3);
            var f, d;
            switch (l.oids[e]) {
            case "aes128-CBC":
                f = 16,
                d = o.aes.createDecryptionCipher;
                break;
            case "aes192-CBC":
                f = 24,
                d = o.aes.createDecryptionCipher;
                break;
            case "aes256-CBC":
                f = 32,
                d = o.aes.createDecryptionCipher;
                break;
            case "des-EDE3-CBC":
                f = 24,
                d = o.des.createDecryptionCipher;
                break;
            case "desCBC":
                f = 8,
                d = o.des.createDecryptionCipher
            }
            var y = n(a.prfOid)
              , g = o.pkcs5.pbkdf2(r, c, p, f, y)
              , v = a.encIv
              , m = d(g);
            return m.start(v),
            m
        }
        ,
        l.pbe.getCipherForPKCS12PBE = function(e, t, r) {
            var a = {}
              , i = [];
            if (!u.validate(t, d, a, i)) {
                var s = new Error("Cannot read password-based-encryption algorithm parameters. ASN.1 object is not a supported EncryptedPrivateKeyInfo.");
                throw s.errors = i,
                s
            }
            var c = o.util.createBuffer(a.salt)
              , p = o.util.createBuffer(a.iterations);
            p = p.getInt(p.length() << 3);
            var f, h, y;
            switch (e) {
            case l.oids["pbeWithSHAAnd3-KeyTripleDES-CBC"]:
                f = 24,
                h = 8,
                y = o.des.startDecrypting;
                break;
            case l.oids["pbewithSHAAnd40BitRC2-CBC"]:
                f = 5,
                h = 8,
                y = function(e, t) {
                    var r = o.rc2.createDecryptionCipher(e, 40);
                    return r.start(t, null),
                    r
                }
                ;
                break;
            default:
                var s = new Error("Cannot read PKCS #12 PBE data block. Unsupported OID.");
                throw s.oid = e,
                s
            }
            var g = n(a.prfOid)
              , v = l.pbe.generatePkcs12Key(r, c, 1, p, f, g);
            return g.start(),
            y(v, l.pbe.generatePkcs12Key(r, c, 2, p, h, g))
        }
        ,
        l.pbe.opensslDeriveBytes = function(e, t, r, n) {
            if (void 0 === n || null === n) {
                if (!("md5"in o.md))
                    throw new Error('"md5" hash algorithm unavailable.');
                n = o.md.md5.create()
            }
            null === t && (t = "");
            for (var i = [a(n, e + t)], s = 16, c = 1; s < r; ++c,
            s += 16)
                i.push(a(n, i[c - 1] + e + t));
            return i.join("").substr(0, r)
        }
    }
    , function(e, t, r) {
        function a() {
            o = String.fromCharCode(128),
            o += i.util.fillString(String.fromCharCode(0), 64),
            u = [1116352408, 1899447441, 3049323471, 3921009573, 961987163, 1508970993, 2453635748, 2870763221, 3624381080, 310598401, 607225278, 1426881987, 1925078388, 2162078206, 2614888103, 3248222580, 3835390401, 4022224774, 264347078, 604807628, 770255983, 1249150122, 1555081692, 1996064986, 2554220882, 2821834349, 2952996808, 3210313671, 3336571891, 3584528711, 113926993, 338241895, 666307205, 773529912, 1294757372, 1396182291, 1695183700, 1986661051, 2177026350, 2456956037, 2730485921, 2820302411, 3259730800, 3345764771, 3516065817, 3600352804, 4094571909, 275423344, 430227734, 506948616, 659060556, 883997877, 958139571, 1322822218, 1537002063, 1747873779, 1955562222, 2024104815, 2227730452, 2361852424, 2428436474, 2756734187, 3204031479, 3329325298],
            c = !0
        }
        function n(e, t, r) {
            for (var a, n, i, s, o, c, l, p, f, h, d, y, g, v, m, C = r.length(); C >= 64; ) {
                for (l = 0; l < 16; ++l)
                    t[l] = r.getInt32();
                for (; l < 64; ++l)
                    a = t[l - 2],
                    a = (a >>> 17 | a << 15) ^ (a >>> 19 | a << 13) ^ a >>> 10,
                    n = t[l - 15],
                    n = (n >>> 7 | n << 25) ^ (n >>> 18 | n << 14) ^ n >>> 3,
                    t[l] = a + t[l - 7] + n + t[l - 16] | 0;
                for (p = e.h0,
                f = e.h1,
                h = e.h2,
                d = e.h3,
                y = e.h4,
                g = e.h5,
                v = e.h6,
                m = e.h7,
                l = 0; l < 64; ++l)
                    s = (y >>> 6 | y << 26) ^ (y >>> 11 | y << 21) ^ (y >>> 25 | y << 7),
                    o = v ^ y & (g ^ v),
                    i = (p >>> 2 | p << 30) ^ (p >>> 13 | p << 19) ^ (p >>> 22 | p << 10),
                    c = p & f | h & (p ^ f),
                    a = m + s + o + u[l] + t[l],
                    n = i + c,
                    m = v,
                    v = g,
                    g = y,
                    y = d + a >>> 0,
                    d = h,
                    h = f,
                    f = p,
                    p = a + n >>> 0;
                e.h0 = e.h0 + p | 0,
                e.h1 = e.h1 + f | 0,
                e.h2 = e.h2 + h | 0,
                e.h3 = e.h3 + d | 0,
                e.h4 = e.h4 + y | 0,
                e.h5 = e.h5 + g | 0,
                e.h6 = e.h6 + v | 0,
                e.h7 = e.h7 + m | 0,
                C -= 64
            }
        }
        var i = r(0);
        r(4),
        r(1);
        var s = e.exports = i.sha256 = i.sha256 || {};
        i.md.sha256 = i.md.algorithms.sha256 = s,
        s.create = function() {
            c || a();
            var e = null
              , t = i.util.createBuffer()
              , r = new Array(64)
              , s = {
                algorithm: "sha256",
                blockLength: 64,
                digestLength: 32,
                messageLength: 0,
                fullMessageLength: null,
                messageLengthSize: 8
            };
            return s.start = function() {
                s.messageLength = 0,
                s.fullMessageLength = s.messageLength64 = [];
                for (var r = s.messageLengthSize / 4, a = 0; a < r; ++a)
                    s.fullMessageLength.push(0);
                return t = i.util.createBuffer(),
                e = {
                    h0: 1779033703,
                    h1: 3144134277,
                    h2: 1013904242,
                    h3: 2773480762,
                    h4: 1359893119,
                    h5: 2600822924,
                    h6: 528734635,
                    h7: 1541459225
                },
                s
            }
            ,
            s.start(),
            s.update = function(a, o) {
                "utf8" === o && (a = i.util.encodeUtf8(a));
                var c = a.length;
                s.messageLength += c,
                c = [c / 4294967296 >>> 0, c >>> 0];
                for (var u = s.fullMessageLength.length - 1; u >= 0; --u)
                    s.fullMessageLength[u] += c[1],
                    c[1] = c[0] + (s.fullMessageLength[u] / 4294967296 >>> 0),
                    s.fullMessageLength[u] = s.fullMessageLength[u] >>> 0,
                    c[0] = c[1] / 4294967296 >>> 0;
                return t.putBytes(a),
                n(e, r, t),
                (t.read > 2048 || 0 === t.length()) && t.compact(),
                s
            }
            ,
            s.digest = function() {
                var a = i.util.createBuffer();
                a.putBytes(t.bytes());
                var c = s.fullMessageLength[s.fullMessageLength.length - 1] + s.messageLengthSize
                  , u = c & s.blockLength - 1;
                a.putBytes(o.substr(0, s.blockLength - u));
                for (var l, p, f = 8 * s.fullMessageLength[0], h = 0; h < s.fullMessageLength.length - 1; ++h)
                    l = 8 * s.fullMessageLength[h + 1],
                    p = l / 4294967296 >>> 0,
                    f += p,
                    a.putInt32(f >>> 0),
                    f = l >>> 0;
                a.putInt32(f);
                var d = {
                    h0: e.h0,
                    h1: e.h1,
                    h2: e.h2,
                    h3: e.h3,
                    h4: e.h4,
                    h5: e.h5,
                    h6: e.h6,
                    h7: e.h7
                };
                n(d, r, a);
                var y = i.util.createBuffer();
                return y.putInt32(d.h0),
                y.putInt32(d.h1),
                y.putInt32(d.h2),
                y.putInt32(d.h3),
                y.putInt32(d.h4),
                y.putInt32(d.h5),
                y.putInt32(d.h6),
                y.putInt32(d.h7),
                y
            }
            ,
            s
        }
        ;
        var o = null
          , c = !1
          , u = null
    }
    , function(e, t, r) {
        var a = r(0);
        r(1);
        var n = null;
        !a.util.isNodejs || a.options.usePureJavaScript || process.versions["node-webkit"] || (n = r(16)),
        (e.exports = a.prng = a.prng || {}).create = function(e) {
            function t(e) {
                if (o.pools[0].messageLength >= 32)
                    return i(),
                    e();
                var t = 32 - o.pools[0].messageLength << 5;
                o.seedFile(t, function(t, r) {
                    if (t)
                        return e(t);
                    o.collect(r),
                    i(),
                    e()
                })
            }
            function r() {
                if (o.pools[0].messageLength >= 32)
                    return i();
                var e = 32 - o.pools[0].messageLength << 5;
                o.collect(o.seedFileSync(e)),
                i()
            }
            function i() {
                o.reseeds = 4294967295 === o.reseeds ? 0 : o.reseeds + 1;
                var e = o.plugin.md.create();
                e.update(o.keyBytes);
                for (var t = 1, r = 0; r < 32; ++r)
                    o.reseeds % t == 0 && (e.update(o.pools[r].digest().getBytes()),
                    o.pools[r].start()),
                    t <<= 1;
                o.keyBytes = e.digest().getBytes(),
                e.start(),
                e.update(o.keyBytes);
                var a = e.digest().getBytes();
                o.key = o.plugin.formatKey(o.keyBytes),
                o.seed = o.plugin.formatSeed(a),
                o.generated = 0
            }
            function s(e) {
                var t = null
                  , r = a.util.globalScope
                  , n = r.crypto || r.msCrypto;
                n && n.getRandomValues && (t = function(e) {
                    return n.getRandomValues(e)
                }
                );
                var i = a.util.createBuffer();
                if (t)
                    for (; i.length() < e; ) {
                        var s = Math.max(1, Math.min(e - i.length(), 65536) / 4)
                          , o = new Uint32Array(Math.floor(s));
                        try {
                            t(o);
                            for (var c = 0; c < o.length; ++c)
                                i.putInt32(o[c])
                        } catch (e) {
                            if (!("undefined" != typeof QuotaExceededError && e instanceof QuotaExceededError))
                                throw e
                        }
                    }
                if (i.length() < e)
                    for (var u, l, p, f = Math.floor(65536 * Math.random()); i.length() < e; ) {
                        l = 16807 * (65535 & f),
                        u = 16807 * (f >> 16),
                        l += (32767 & u) << 16,
                        l += u >> 15,
                        l = (2147483647 & l) + (l >> 31),
                        f = 4294967295 & l;
                        for (var c = 0; c < 3; ++c)
                            p = f >>> (c << 3),
                            p ^= Math.floor(256 * Math.random()),
                            i.putByte(String.fromCharCode(255 & p))
                    }
                return i.getBytes(e)
            }
            for (var o = {
                plugin: e,
                key: null,
                seed: null,
                time: null,
                reseeds: 0,
                generated: 0,
                keyBytes: ""
            }, c = e.md, u = new Array(32), l = 0; l < 32; ++l)
                u[l] = c.create();
            return o.pools = u,
            o.pool = 0,
            o.generate = function(e, r) {
                function n(p) {
                    if (p)
                        return r(p);
                    if (l.length() >= e)
                        return r(null, l.getBytes(e));
                    if (o.generated > 1048575 && (o.key = null),
                    null === o.key)
                        return a.util.nextTick(function() {
                            t(n)
                        });
                    var f = i(o.key, o.seed);
                    o.generated += f.length,
                    l.putBytes(f),
                    o.key = c(i(o.key, s(o.seed))),
                    o.seed = u(i(o.key, o.seed)),
                    a.util.setImmediate(n)
                }
                if (!r)
                    return o.generateSync(e);
                var i = o.plugin.cipher
                  , s = o.plugin.increment
                  , c = o.plugin.formatKey
                  , u = o.plugin.formatSeed
                  , l = a.util.createBuffer();
                o.key = null,
                n()
            }
            ,
            o.generateSync = function(e) {
                var t = o.plugin.cipher
                  , n = o.plugin.increment
                  , i = o.plugin.formatKey
                  , s = o.plugin.formatSeed;
                o.key = null;
                for (var c = a.util.createBuffer(); c.length() < e; ) {
                    o.generated > 1048575 && (o.key = null),
                    null === o.key && r();
                    var u = t(o.key, o.seed);
                    o.generated += u.length,
                    c.putBytes(u),
                    o.key = i(t(o.key, n(o.seed))),
                    o.seed = s(t(o.key, o.seed))
                }
                return c.getBytes(e)
            }
            ,
            n ? (o.seedFile = function(e, t) {
                n.randomBytes(e, function(e, r) {
                    if (e)
                        return t(e);
                    t(null, r.toString())
                })
            }
            ,
            o.seedFileSync = function(e) {
                return n.randomBytes(e).toString()
            }
            ) : (o.seedFile = function(e, t) {
                try {
                    t(null, s(e))
                } catch (e) {
                    t(e)
                }
            }
            ,
            o.seedFileSync = s),
            o.collect = function(e) {
                for (var t = e.length, r = 0; r < t; ++r)
                    o.pools[o.pool].update(e.substr(r, 1)),
                    o.pool = 31 === o.pool ? 0 : o.pool + 1
            }
            ,
            o.collectInt = function(e, t) {
                for (var r = "", a = 0; a < t; a += 8)
                    r += String.fromCharCode(e >> a & 255);
                o.collect(r)
            }
            ,
            o.registerWorker = function(e) {
                if (e === self)
                    o.seedFile = function(e, t) {
                        function r(e) {
                            var a = e.data;
                            a.forge && a.forge.prng && (self.removeEventListener("message", r),
                            t(a.forge.prng.err, a.forge.prng.bytes))
                        }
                        self.addEventListener("message", r),
                        self.postMessage({
                            forge: {
                                prng: {
                                    needed: e
                                }
                            }
                        })
                    }
                    ;
                else {
                    var t = function(t) {
                        var r = t.data;
                        r.forge && r.forge.prng && o.seedFile(r.forge.prng.needed, function(t, r) {
                            e.postMessage({
                                forge: {
                                    prng: {
                                        err: t,
                                        bytes: r
                                    }
                                }
                            })
                        })
                    };
                    e.addEventListener("message", t)
                }
            }
            ,
            o
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(1);
        var n = [217, 120, 249, 196, 25, 221, 181, 237, 40, 233, 253, 121, 74, 160, 216, 157, 198, 126, 55, 131, 43, 118, 83, 142, 98, 76, 100, 136, 68, 139, 251, 162, 23, 154, 89, 245, 135, 179, 79, 19, 97, 69, 109, 141, 9, 129, 125, 50, 189, 143, 64, 235, 134, 183, 123, 11, 240, 149, 33, 34, 92, 107, 78, 130, 84, 214, 101, 147, 206, 96, 178, 28, 115, 86, 192, 20, 167, 140, 241, 220, 18, 117, 202, 31, 59, 190, 228, 209, 66, 61, 212, 48, 163, 60, 182, 38, 111, 191, 14, 218, 70, 105, 7, 87, 39, 242, 29, 155, 188, 148, 67, 3, 248, 17, 199, 246, 144, 239, 62, 231, 6, 195, 213, 47, 200, 102, 30, 215, 8, 232, 234, 222, 128, 82, 238, 247, 132, 170, 114, 172, 53, 77, 106, 42, 150, 26, 210, 113, 90, 21, 73, 116, 75, 159, 208, 94, 4, 24, 164, 236, 194, 224, 65, 110, 15, 81, 203, 204, 36, 145, 175, 80, 161, 244, 112, 57, 153, 124, 58, 133, 35, 184, 180, 122, 252, 2, 54, 91, 37, 85, 151, 49, 45, 93, 250, 152, 227, 138, 146, 174, 5, 223, 41, 16, 103, 108, 186, 201, 211, 0, 230, 207, 225, 158, 168, 44, 99, 22, 1, 63, 88, 226, 137, 169, 13, 56, 52, 27, 171, 51, 255, 176, 187, 72, 12, 95, 185, 177, 205, 46, 197, 243, 219, 71, 229, 165, 156, 119, 10, 166, 32, 104, 254, 127, 193, 173]
          , i = [1, 2, 3, 5]
          , s = function(e, t) {
            return e << t & 65535 | (65535 & e) >> 16 - t
        }
          , o = function(e, t) {
            return (65535 & e) >> t | e << 16 - t & 65535
        };
        e.exports = a.rc2 = a.rc2 || {},
        a.rc2.expandKey = function(e, t) {
            "string" == typeof e && (e = a.util.createBuffer(e)),
            t = t || 128;
            var r, i = e, s = e.length(), o = t, c = Math.ceil(o / 8), u = 255 >> (7 & o);
            for (r = s; r < 128; r++)
                i.putByte(n[i.at(r - 1) + i.at(r - s) & 255]);
            for (i.setAt(128 - c, n[i.at(128 - c) & u]),
            r = 127 - c; r >= 0; r--)
                i.setAt(r, n[i.at(r + 1) ^ i.at(r + c)]);
            return i
        }
        ;
        var c = function(e, t, r) {
            var n, c, u, l, p = !1, f = null, h = null, d = null, y = [];
            for (e = a.rc2.expandKey(e, t),
            u = 0; u < 64; u++)
                y.push(e.getInt16Le());
            r ? (n = function(e) {
                for (u = 0; u < 4; u++)
                    e[u] += y[l] + (e[(u + 3) % 4] & e[(u + 2) % 4]) + (~e[(u + 3) % 4] & e[(u + 1) % 4]),
                    e[u] = s(e[u], i[u]),
                    l++
            }
            ,
            c = function(e) {
                for (u = 0; u < 4; u++)
                    e[u] += y[63 & e[(u + 3) % 4]]
            }
            ) : (n = function(e) {
                for (u = 3; u >= 0; u--)
                    e[u] = o(e[u], i[u]),
                    e[u] -= y[l] + (e[(u + 3) % 4] & e[(u + 2) % 4]) + (~e[(u + 3) % 4] & e[(u + 1) % 4]),
                    l--
            }
            ,
            c = function(e) {
                for (u = 3; u >= 0; u--)
                    e[u] -= y[63 & e[(u + 3) % 4]]
            }
            );
            var g = function(e) {
                var t = [];
                for (u = 0; u < 4; u++) {
                    var a = f.getInt16Le();
                    null !== d && (r ? a ^= d.getInt16Le() : d.putInt16Le(a)),
                    t.push(65535 & a)
                }
                l = r ? 0 : 63;
                for (var n = 0; n < e.length; n++)
                    for (var i = 0; i < e[n][0]; i++)
                        e[n][1](t);
                for (u = 0; u < 4; u++)
                    null !== d && (r ? d.putInt16Le(t[u]) : t[u] ^= d.getInt16Le()),
                    h.putInt16Le(t[u])
            }
              , v = null;
            return v = {
                start: function(e, t) {
                    e && "string" == typeof e && (e = a.util.createBuffer(e)),
                    p = !1,
                    f = a.util.createBuffer(),
                    h = t || new a.util.createBuffer,
                    d = e,
                    v.output = h
                },
                update: function(e) {
                    for (p || f.putBuffer(e); f.length() >= 8; )
                        g([[5, n], [1, c], [6, n], [1, c], [5, n]])
                },
                finish: function(e) {
                    var t = !0;
                    if (r)
                        if (e)
                            t = e(8, f, !r);
                        else {
                            var a = 8 === f.length() ? 8 : 8 - f.length();
                            f.fillWithByte(a, a)
                        }
                    if (t && (p = !0,
                    v.update()),
                    !r && (t = 0 === f.length()))
                        if (e)
                            t = e(8, h, !r);
                        else {
                            var n = h.length()
                              , i = h.at(n - 1);
                            i > n ? t = !1 : h.truncate(i)
                        }
                    return t
                }
            }
        };
        a.rc2.startEncrypting = function(e, t, r) {
            var n = a.rc2.createEncryptionCipher(e, 128);
            return n.start(t, r),
            n
        }
        ,
        a.rc2.createEncryptionCipher = function(e, t) {
            return c(e, t, !0)
        }
        ,
        a.rc2.startDecrypting = function(e, t, r) {
            var n = a.rc2.createDecryptionCipher(e, 128);
            return n.start(t, r),
            n
        }
        ,
        a.rc2.createDecryptionCipher = function(e, t) {
            return c(e, t, !1)
        }
    }
    , function(e, t, r) {
        function a(e, t, r) {
            r || (r = n.md.sha1.create());
            for (var a = "", i = Math.ceil(t / r.digestLength), s = 0; s < i; ++s) {
                var o = String.fromCharCode(s >> 24 & 255, s >> 16 & 255, s >> 8 & 255, 255 & s);
                r.start(),
                r.update(e + o),
                a += r.digest().getBytes()
            }
            return a.substring(0, t)
        }
        var n = r(0);
        r(1),
        r(2),
        r(9);
        var i = e.exports = n.pkcs1 = n.pkcs1 || {};
        i.encode_rsa_oaep = function(e, t, r) {
            var i, s, o, c;
            "string" == typeof r ? (i = r,
            s = arguments[3] || void 0,
            o = arguments[4] || void 0) : r && (i = r.label || void 0,
            s = r.seed || void 0,
            o = r.md || void 0,
            r.mgf1 && r.mgf1.md && (c = r.mgf1.md)),
            o ? o.start() : o = n.md.sha1.create(),
            c || (c = o);
            var u = Math.ceil(e.n.bitLength() / 8)
              , l = u - 2 * o.digestLength - 2;
            if (t.length > l) {
                var p = new Error("RSAES-OAEP input message length is too long.");
                throw p.length = t.length,
                p.maxLength = l,
                p
            }
            i || (i = ""),
            o.update(i, "raw");
            for (var f = o.digest(), h = "", d = l - t.length, y = 0; y < d; y++)
                h += "\0";
            var g = f.getBytes() + h + "
" + t;
            if (s) {
                if (s.length !== o.digestLength) {
                    var p = new Error("Invalid RSAES-OAEP seed. The seed length must match the digest length.");
                    throw p.seedLength = s.length,
                    p.digestLength = o.digestLength,
                    p
                }
            } else
                s = n.random.getBytes(o.digestLength);
            var v = a(s, u - o.digestLength - 1, c)
              , m = n.util.xorBytes(g, v, g.length)
              , C = a(m, o.digestLength, c);
            return "\0" + n.util.xorBytes(s, C, s.length) + m
        }
        ,
        i.decode_rsa_oaep = function(e, t, r) {
            var i, s, o;
            "string" == typeof r ? (i = r,
            s = arguments[3] || void 0) : r && (i = r.label || void 0,
            s = r.md || void 0,
            r.mgf1 && r.mgf1.md && (o = r.mgf1.md));
            var c = Math.ceil(e.n.bitLength() / 8);
            if (t.length !== c) {
                var u = new Error("RSAES-OAEP encoded message length is invalid.");
                throw u.length = t.length,
                u.expectedLength = c,
                u
            }
            if (void 0 === s ? s = n.md.sha1.create() : s.start(),
            o || (o = s),
            c < 2 * s.digestLength + 2)
                throw new Error("RSAES-OAEP key is too short for the hash function.");
            i || (i = ""),
            s.update(i, "raw");
            for (var l = s.digest().getBytes(), p = t.charAt(0), f = t.substring(1, s.digestLength + 1), h = t.substring(1 + s.digestLength), d = a(h, s.digestLength, o), y = n.util.xorBytes(f, d, f.length), g = a(y, c - s.digestLength - 1, o), v = n.util.xorBytes(h, g, h.length), m = v.substring(0, s.digestLength), u = "\0" !== p, C = 0; C < s.digestLength; ++C)
                u |= l.charAt(C) !== m.charAt(C);
            for (var E = 1, S = s.digestLength, T = s.digestLength; T < v.length; T++) {
                var I = v.charCodeAt(T)
                  , b = 1 & I ^ 1;
                u |= I & (E ? 65534 : 0),
                E &= b,
                S += E
            }
            if (u || 1 !== v.charCodeAt(S))
                throw new Error("Invalid RSAES-OAEP padding.");
            return v.substring(S + 1)
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(1),
        r(12),
        r(2),
        function() {
            function t(e, t, a, n) {
                return "workers"in a ? i(e, t, a, n) : r(e, t, a, n)
            }
            function r(e, t, r, a) {
                var i = s(e, t)
                  , c = o(i.bitLength());
                "millerRabinTests"in r && (c = r.millerRabinTests);
                var u = 10;
                "maxBlockTime"in r && (u = r.maxBlockTime),
                n(i, e, t, 0, c, u, a)
            }
            function n(e, t, r, i, o, c, u) {
                var p = +new Date;
                do {
                    if (e.bitLength() > t && (e = s(t, r)),
                    e.isProbablePrime(o))
                        return u(null, e);
                    e.dAddOffset(l[i++ % 8], 0)
                } while (c < 0 || +new Date - p < c);
                a.util.setImmediate(function() {
                    n(e, t, r, i, o, c, u)
                })
            }
            function i(e, t, n, i) {
                function o() {
                    function r(r) {
                        if (!d) {
                            --o;
                            var n = r.data;
                            if (n.found) {
                                for (var l = 0; l < a.length; ++l)
                                    a[l].terminate();
                                return d = !0,
                                i(null, new u(n.prime,16))
                            }
                            c.bitLength() > e && (c = s(e, t));
                            var h = c.toString(16);
                            r.target.postMessage({
                                hex: h,
                                workLoad: p
                            }),
                            c.dAddOffset(f, 0)
                        }
                    }
                    l = Math.max(1, l);
                    for (var a = [], n = 0; n < l; ++n)
                        a[n] = new Worker(h);
                    for (var o = l, n = 0; n < l; ++n)
                        a[n].addEventListener("message", r);
                    var d = !1
                }
                if ("undefined" == typeof Worker)
                    return r(e, t, n, i);
                var c = s(e, t)
                  , l = n.workers
                  , p = n.workLoad || 100
                  , f = 30 * p / 8
                  , h = n.workerScript || "forge/prime.worker.js";
                if (-1 === l)
                    return a.util.estimateCores(function(e, t) {
                        e && (t = 2),
                        l = t - 1,
                        o()
                    });
                o()
            }
            function s(e, t) {
                var r = new u(e,t)
                  , a = e - 1;
                return r.testBit(a) || r.bitwiseTo(u.ONE.shiftLeft(a), f, r),
                r.dAddOffset(31 - r.mod(p).byteValue(), 0),
                r
            }
            function o(e) {
                return e <= 100 ? 27 : e <= 150 ? 18 : e <= 200 ? 15 : e <= 250 ? 12 : e <= 300 ? 9 : e <= 350 ? 8 : e <= 400 ? 7 : e <= 500 ? 6 : e <= 600 ? 5 : e <= 800 ? 4 : e <= 1250 ? 3 : 2
            }
            if (a.prime)
                return void (e.exports = a.prime);
            var c = e.exports = a.prime = a.prime || {}
              , u = a.jsbn.BigInteger
              , l = [6, 4, 2, 4, 2, 4, 6, 2]
              , p = new u(null);
            p.fromInt(30);
            var f = function(e, t) {
                return e | t
            };
            c.generateProbablePrime = function(e, r, n) {
                "function" == typeof r && (n = r,
                r = {}),
                r = r || {};
                var i = r.algorithm || "PRIMEINC";
                "string" == typeof i && (i = {
                    name: i
                }),
                i.options = i.options || {};
                var s = r.prng || a.random
                  , o = {
                    nextBytes: function(e) {
                        for (var t = s.getBytesSync(e.length), r = 0; r < e.length; ++r)
                            e[r] = t.charCodeAt(r)
                    }
                };
                if ("PRIMEINC" === i.name)
                    return t(e, o, i.options, n);
                throw new Error("Invalid prime generation algorithm: " + i.name)
            }
        }()
    }
    , function(e, t, r) {
        function a(e, t, r, a) {
            for (var n = [], i = 0; i < e.length; i++)
                for (var s = 0; s < e[i].safeBags.length; s++) {
                    var o = e[i].safeBags[s];
                    void 0 !== a && o.type !== a || (null !== t ? void 0 !== o.attributes[t] && o.attributes[t].indexOf(r) >= 0 && n.push(o) : n.push(o))
                }
            return n
        }
        function n(e) {
            if (e.composed || e.constructed) {
                for (var t = u.util.createBuffer(), r = 0; r < e.value.length; ++r)
                    t.putBytes(e.value[r].value);
                e.composed = e.constructed = !1,
                e.value = t.getBytes()
            }
            return e
        }
        function i(e, t, r, a) {
            if (t = l.fromDer(t, r),
            t.tagClass !== l.Class.UNIVERSAL || t.type !== l.Type.SEQUENCE || !0 !== t.constructed)
                throw new Error("PKCS#12 AuthenticatedSafe expected to be a SEQUENCE OF ContentInfo");
            for (var i = 0; i < t.value.length; i++) {
                var c = t.value[i]
                  , u = {}
                  , f = [];
                if (!l.validate(c, h, u, f)) {
                    var d = new Error("Cannot read ContentInfo.");
                    throw d.errors = f,
                    d
                }
                var y = {
                    encrypted: !1
                }
                  , g = null
                  , v = u.content.value[0];
                switch (l.derToOid(u.contentType)) {
                case p.oids.data:
                    if (v.tagClass !== l.Class.UNIVERSAL || v.type !== l.Type.OCTETSTRING)
                        throw new Error("PKCS#12 SafeContents Data is not an OCTET STRING.");
                    g = n(v).value;
                    break;
                case p.oids.encryptedData:
                    g = s(v, a),
                    y.encrypted = !0;
                    break;
                default:
                    var d = new Error("Unsupported PKCS#12 contentType.");
                    throw d.contentType = l.derToOid(u.contentType),
                    d
                }
                y.safeBags = o(g, r, a),
                e.safeContents.push(y)
            }
        }
        function s(e, t) {
            var r = {}
              , a = [];
            if (!l.validate(e, u.pkcs7.asn1.encryptedDataValidator, r, a)) {
                var i = new Error("Cannot read EncryptedContentInfo.");
                throw i.errors = a,
                i
            }
            var s = l.derToOid(r.contentType);
            if (s !== p.oids.data) {
                var i = new Error("PKCS#12 EncryptedContentInfo ContentType is not Data.");
                throw i.oid = s,
                i
            }
            s = l.derToOid(r.encAlgorithm);
            var o = p.pbe.getCipher(s, r.encParameter, t)
              , c = n(r.encryptedContentAsn1)
              , f = u.util.createBuffer(c.value);
            if (o.update(f),
            !o.finish())
                throw new Error("Failed to decrypt PKCS#12 SafeContents.");
            return o.output.getBytes()
        }
        function o(e, t, r) {
            if (!t && 0 === e.length)
                return [];
            if (e = l.fromDer(e, t),
            e.tagClass !== l.Class.UNIVERSAL || e.type !== l.Type.SEQUENCE || !0 !== e.constructed)
                throw new Error("PKCS#12 SafeContents expected to be a SEQUENCE OF SafeBag.");
            for (var a = [], n = 0; n < e.value.length; n++) {
                var i = e.value[n]
                  , s = {}
                  , o = [];
                if (!l.validate(i, y, s, o)) {
                    var u = new Error("Cannot read SafeBag.");
                    throw u.errors = o,
                    u
                }
                var f = {
                    type: l.derToOid(s.bagId),
                    attributes: c(s.bagAttributes)
                };
                a.push(f);
                var h, d, g = s.bagValue.value[0];
                switch (f.type) {
                case p.oids.pkcs8ShroudedKeyBag:
                    if (null === (g = p.decryptPrivateKeyInfo(g, r)))
                        throw new Error("Unable to decrypt PKCS#8 ShroudedKeyBag, wrong password?");
                case p.oids.keyBag:
                    try {
                        f.key = p.privateKeyFromAsn1(g)
                    } catch (e) {
                        f.key = null,
                        f.asn1 = g
                    }
                    continue;
                case p.oids.certBag:
                    h = v,
                    d = function() {
                        if (l.derToOid(s.certId) !== p.oids.x509Certificate) {
                            var e = new Error("Unsupported certificate type, only X.509 supported.");
                            throw e.oid = l.derToOid(s.certId),
                            e
                        }
                        var r = l.fromDer(s.cert, t);
                        try {
                            f.cert = p.certificateFromAsn1(r, !0)
                        } catch (e) {
                            f.cert = null,
                            f.asn1 = r
                        }
                    }
                    ;
                    break;
                default:
                    var u = new Error("Unsupported PKCS#12 SafeBag type.");
                    throw u.oid = f.type,
                    u
                }
                if (void 0 !== h && !l.validate(g, h, s, o)) {
                    var u = new Error("Cannot read PKCS#12 " + h.name);
                    throw u.errors = o,
                    u
                }
                d()
            }
            return a
        }
        function c(e) {
            var t = {};
            if (void 0 !== e)
                for (var r = 0; r < e.length; ++r) {
                    var a = {}
                      , n = [];
                    if (!l.validate(e[r], g, a, n)) {
                        var i = new Error("Cannot read PKCS#12 BagAttribute.");
                        throw i.errors = n,
                        i
                    }
                    var s = l.derToOid(a.oid);
                    if (void 0 !== p.oids[s]) {
                        t[p.oids[s]] = [];
                        for (var o = 0; o < a.values.length; ++o)
                            t[p.oids[s]].push(a.values[o].value)
                    }
                }
            return t
        }
        var u = r(0);
        r(3),
        r(8),
        r(6),
        r(29),
        r(22),
        r(2),
        r(11),
        r(9),
        r(1),
        r(17);
        var l = u.asn1
          , p = u.pki
          , f = e.exports = u.pkcs12 = u.pkcs12 || {}
          , h = {
            name: "ContentInfo",
            tagClass: l.Class.UNIVERSAL,
            type: l.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "ContentInfo.contentType",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.OID,
                constructed: !1,
                capture: "contentType"
            }, {
                name: "ContentInfo.content",
                tagClass: l.Class.CONTEXT_SPECIFIC,
                constructed: !0,
                captureAsn1: "content"
            }]
        }
          , d = {
            name: "PFX",
            tagClass: l.Class.UNIVERSAL,
            type: l.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "PFX.version",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.INTEGER,
                constructed: !1,
                capture: "version"
            }, h, {
                name: "PFX.macData",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.SEQUENCE,
                constructed: !0,
                optional: !0,
                captureAsn1: "mac",
                value: [{
                    name: "PFX.macData.mac",
                    tagClass: l.Class.UNIVERSAL,
                    type: l.Type.SEQUENCE,
                    constructed: !0,
                    value: [{
                        name: "PFX.macData.mac.digestAlgorithm",
                        tagClass: l.Class.UNIVERSAL,
                        type: l.Type.SEQUENCE,
                        constructed: !0,
                        value: [{
                            name: "PFX.macData.mac.digestAlgorithm.algorithm",
                            tagClass: l.Class.UNIVERSAL,
                            type: l.Type.OID,
                            constructed: !1,
                            capture: "macAlgorithm"
                        }, {
                            name: "PFX.macData.mac.digestAlgorithm.parameters",
                            tagClass: l.Class.UNIVERSAL,
                            captureAsn1: "macAlgorithmParameters"
                        }]
                    }, {
                        name: "PFX.macData.mac.digest",
                        tagClass: l.Class.UNIVERSAL,
                        type: l.Type.OCTETSTRING,
                        constructed: !1,
                        capture: "macDigest"
                    }]
                }, {
                    name: "PFX.macData.macSalt",
                    tagClass: l.Class.UNIVERSAL,
                    type: l.Type.OCTETSTRING,
                    constructed: !1,
                    capture: "macSalt"
                }, {
                    name: "PFX.macData.iterations",
                    tagClass: l.Class.UNIVERSAL,
                    type: l.Type.INTEGER,
                    constructed: !1,
                    optional: !0,
                    capture: "macIterations"
                }]
            }]
        }
          , y = {
            name: "SafeBag",
            tagClass: l.Class.UNIVERSAL,
            type: l.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "SafeBag.bagId",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.OID,
                constructed: !1,
                capture: "bagId"
            }, {
                name: "SafeBag.bagValue",
                tagClass: l.Class.CONTEXT_SPECIFIC,
                constructed: !0,
                captureAsn1: "bagValue"
            }, {
                name: "SafeBag.bagAttributes",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.SET,
                constructed: !0,
                optional: !0,
                capture: "bagAttributes"
            }]
        }
          , g = {
            name: "Attribute",
            tagClass: l.Class.UNIVERSAL,
            type: l.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "Attribute.attrId",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.OID,
                constructed: !1,
                capture: "oid"
            }, {
                name: "Attribute.attrValues",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.SET,
                constructed: !0,
                capture: "values"
            }]
        }
          , v = {
            name: "CertBag",
            tagClass: l.Class.UNIVERSAL,
            type: l.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "CertBag.certId",
                tagClass: l.Class.UNIVERSAL,
                type: l.Type.OID,
                constructed: !1,
                capture: "certId"
            }, {
                name: "CertBag.certValue",
                tagClass: l.Class.CONTEXT_SPECIFIC,
                constructed: !0,
                value: [{
                    name: "CertBag.certValue[0]",
                    tagClass: l.Class.UNIVERSAL,
                    type: l.Class.OCTETSTRING,
                    constructed: !1,
                    capture: "cert"
                }]
            }]
        };
        f.pkcs12FromAsn1 = function(e, t, r) {
            "string" == typeof t ? (r = t,
            t = !0) : void 0 === t && (t = !0);
            var s = {}
              , o = [];
            if (!l.validate(e, d, s, o)) {
                var c = new Error("Cannot read PKCS#12 PFX. ASN.1 object is not an PKCS#12 PFX.");
                throw c.errors = c,
                c
            }
            var h = {
                version: s.version.charCodeAt(0),
                safeContents: [],
                getBags: function(e) {
                    var t, r = {};
                    return "localKeyId"in e ? t = e.localKeyId : "localKeyIdHex"in e && (t = u.util.hexToBytes(e.localKeyIdHex)),
                    void 0 === t && !("friendlyName"in e) && "bagType"in e && (r[e.bagType] = a(h.safeContents, null, null, e.bagType)),
                    void 0 !== t && (r.localKeyId = a(h.safeContents, "localKeyId", t, e.bagType)),
                    "friendlyName"in e && (r.friendlyName = a(h.safeContents, "friendlyName", e.friendlyName, e.bagType)),
                    r
                },
                getBagsByFriendlyName: function(e, t) {
                    return a(h.safeContents, "friendlyName", e, t)
                },
                getBagsByLocalKeyId: function(e, t) {
                    return a(h.safeContents, "localKeyId", e, t)
                }
            };
            if (3 !== s.version.charCodeAt(0)) {
                var c = new Error("PKCS#12 PFX of version other than 3 not supported.");
                throw c.version = s.version.charCodeAt(0),
                c
            }
            if (l.derToOid(s.contentType) !== p.oids.data) {
                var c = new Error("Only PKCS#12 PFX in password integrity mode supported.");
                throw c.oid = l.derToOid(s.contentType),
                c
            }
            var y = s.content.value[0];
            if (y.tagClass !== l.Class.UNIVERSAL || y.type !== l.Type.OCTETSTRING)
                throw new Error("PKCS#12 authSafe content data is not an OCTET STRING.");
            if (y = n(y),
            s.mac) {
                var g = null
                  , v = 0
                  , m = l.derToOid(s.macAlgorithm);
                switch (m) {
                case p.oids.sha1:
                    g = u.md.sha1.create(),
                    v = 20;
                    break;
                case p.oids.sha256:
                    g = u.md.sha256.create(),
                    v = 32;
                    break;
                case p.oids.sha384:
                    g = u.md.sha384.create(),
                    v = 48;
                    break;
                case p.oids.sha512:
                    g = u.md.sha512.create(),
                    v = 64;
                    break;
                case p.oids.md5:
                    g = u.md.md5.create(),
                    v = 16
                }
                if (null === g)
                    throw new Error("PKCS#12 uses unsupported MAC algorithm: " + m);
                var C = new u.util.ByteBuffer(s.macSalt)
                  , E = "macIterations"in s ? parseInt(u.util.bytesToHex(s.macIterations), 16) : 1
                  , S = f.generateKey(r, C, 3, E, v, g)
                  , T = u.hmac.create();
                T.start(g, S),
                T.update(y.value);
                if (T.getMac().getBytes() !== s.macDigest)
                    throw new Error("PKCS#12 MAC could not be verified. Invalid password?")
            }
            return i(h, y.value, t, r),
            h
        }
        ,
        f.toPkcs12Asn1 = function(e, t, r, a) {
            a = a || {},
            a.saltSize = a.saltSize || 8,
            a.count = a.count || 2048,
            a.algorithm = a.algorithm || a.encAlgorithm || "aes128",
            "useMac"in a || (a.useMac = !0),
            "localKeyId"in a || (a.localKeyId = null),
            "generateLocalKeyId"in a || (a.generateLocalKeyId = !0);
            var n, i = a.localKeyId;
            if (null !== i)
                i = u.util.hexToBytes(i);
            else if (a.generateLocalKeyId)
                if (t) {
                    var s = u.util.isArray(t) ? t[0] : t;
                    "string" == typeof s && (s = p.certificateFromPem(s));
                    var o = u.md.sha1.create();
                    o.update(l.toDer(p.certificateToAsn1(s)).getBytes()),
                    i = o.digest().getBytes()
                } else
                    i = u.random.getBytes(20);
            var c = [];
            null !== i && c.push(l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.localKeyId).getBytes()), l.create(l.Class.UNIVERSAL, l.Type.SET, !0, [l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, i)])])),
            "friendlyName"in a && c.push(l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.friendlyName).getBytes()), l.create(l.Class.UNIVERSAL, l.Type.SET, !0, [l.create(l.Class.UNIVERSAL, l.Type.BMPSTRING, !1, a.friendlyName)])])),
            c.length > 0 && (n = l.create(l.Class.UNIVERSAL, l.Type.SET, !0, c));
            var h = []
              , d = [];
            null !== t && (d = u.util.isArray(t) ? t : [t]);
            for (var y = [], g = 0; g < d.length; ++g) {
                t = d[g],
                "string" == typeof t && (t = p.certificateFromPem(t));
                var v = 0 === g ? n : void 0
                  , m = p.certificateToAsn1(t)
                  , C = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.certBag).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.x509Certificate).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, l.toDer(m).getBytes())])])]), v]);
                y.push(C)
            }
            if (y.length > 0) {
                var E = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, y)
                  , S = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.data).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, l.toDer(E).getBytes())])]);
                h.push(S)
            }
            var T = null;
            if (null !== e) {
                var I = p.wrapRsaPrivateKey(p.privateKeyToAsn1(e));
                T = null === r ? l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.keyBag).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [I]), n]) : l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.pkcs8ShroudedKeyBag).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [p.encryptPrivateKeyInfo(I, r, a)]), n]);
                var b = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [T])
                  , A = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.data).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, l.toDer(b).getBytes())])]);
                h.push(A)
            }
            var B, N = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, h);
            if (a.useMac) {
                var o = u.md.sha1.create()
                  , k = new u.util.ByteBuffer(u.random.getBytes(a.saltSize))
                  , w = a.count
                  , e = f.generateKey(r, k, 3, w, 20)
                  , R = u.hmac.create();
                R.start(o, e),
                R.update(l.toDer(N).getBytes());
                var _ = R.getMac();
                B = l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.sha1).getBytes()), l.create(l.Class.UNIVERSAL, l.Type.NULL, !1, "")]), l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, _.getBytes())]), l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, k.getBytes()), l.create(l.Class.UNIVERSAL, l.Type.INTEGER, !1, l.integerToDer(w).getBytes())])
            }
            return l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.INTEGER, !1, l.integerToDer(3).getBytes()), l.create(l.Class.UNIVERSAL, l.Type.SEQUENCE, !0, [l.create(l.Class.UNIVERSAL, l.Type.OID, !1, l.oidToDer(p.oids.data).getBytes()), l.create(l.Class.CONTEXT_SPECIFIC, 0, !0, [l.create(l.Class.UNIVERSAL, l.Type.OCTETSTRING, !1, l.toDer(N).getBytes())])]), B])
        }
        ,
        f.generateKey = u.pbe.generatePkcs12Key
    }
    , function(e, t, r) {
        var a = r(0);
        r(3),
        r(1);
        var n = a.asn1
          , i = e.exports = a.pkcs7asn1 = a.pkcs7asn1 || {};
        a.pkcs7 = a.pkcs7 || {},
        a.pkcs7.asn1 = i;
        var s = {
            name: "ContentInfo",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "ContentInfo.ContentType",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.OID,
                constructed: !1,
                capture: "contentType"
            }, {
                name: "ContentInfo.content",
                tagClass: n.Class.CONTEXT_SPECIFIC,
                type: 0,
                constructed: !0,
                optional: !0,
                captureAsn1: "content"
            }]
        };
        i.contentInfoValidator = s;
        var o = {
            name: "EncryptedContentInfo",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "EncryptedContentInfo.contentType",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.OID,
                constructed: !1,
                capture: "contentType"
            }, {
                name: "EncryptedContentInfo.contentEncryptionAlgorithm",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "EncryptedContentInfo.contentEncryptionAlgorithm.algorithm",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.OID,
                    constructed: !1,
                    capture: "encAlgorithm"
                }, {
                    name: "EncryptedContentInfo.contentEncryptionAlgorithm.parameter",
                    tagClass: n.Class.UNIVERSAL,
                    captureAsn1: "encParameter"
                }]
            }, {
                name: "EncryptedContentInfo.encryptedContent",
                tagClass: n.Class.CONTEXT_SPECIFIC,
                type: 0,
                capture: "encryptedContent",
                captureAsn1: "encryptedContentAsn1"
            }]
        };
        i.envelopedDataValidator = {
            name: "EnvelopedData",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "EnvelopedData.Version",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.INTEGER,
                constructed: !1,
                capture: "version"
            }, {
                name: "EnvelopedData.RecipientInfos",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SET,
                constructed: !0,
                captureAsn1: "recipientInfos"
            }].concat(o)
        },
        i.encryptedDataValidator = {
            name: "EncryptedData",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "EncryptedData.Version",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.INTEGER,
                constructed: !1,
                capture: "version"
            }].concat(o)
        };
        var c = {
            name: "SignerInfo",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "SignerInfo.version",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.INTEGER,
                constructed: !1
            }, {
                name: "SignerInfo.issuerAndSerialNumber",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "SignerInfo.issuerAndSerialNumber.issuer",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.SEQUENCE,
                    constructed: !0,
                    captureAsn1: "issuer"
                }, {
                    name: "SignerInfo.issuerAndSerialNumber.serialNumber",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.INTEGER,
                    constructed: !1,
                    capture: "serial"
                }]
            }, {
                name: "SignerInfo.digestAlgorithm",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "SignerInfo.digestAlgorithm.algorithm",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.OID,
                    constructed: !1,
                    capture: "digestAlgorithm"
                }, {
                    name: "SignerInfo.digestAlgorithm.parameter",
                    tagClass: n.Class.UNIVERSAL,
                    constructed: !1,
                    captureAsn1: "digestParameter",
                    optional: !0
                }]
            }, {
                name: "SignerInfo.authenticatedAttributes",
                tagClass: n.Class.CONTEXT_SPECIFIC,
                type: 0,
                constructed: !0,
                optional: !0,
                capture: "authenticatedAttributes"
            }, {
                name: "SignerInfo.digestEncryptionAlgorithm",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SEQUENCE,
                constructed: !0,
                capture: "signatureAlgorithm"
            }, {
                name: "SignerInfo.encryptedDigest",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.OCTETSTRING,
                constructed: !1,
                capture: "signature"
            }, {
                name: "SignerInfo.unauthenticatedAttributes",
                tagClass: n.Class.CONTEXT_SPECIFIC,
                type: 1,
                constructed: !0,
                optional: !0,
                capture: "unauthenticatedAttributes"
            }]
        };
        i.signedDataValidator = {
            name: "SignedData",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "SignedData.Version",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.INTEGER,
                constructed: !1,
                capture: "version"
            }, {
                name: "SignedData.DigestAlgorithms",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SET,
                constructed: !0,
                captureAsn1: "digestAlgorithms"
            }, s, {
                name: "SignedData.Certificates",
                tagClass: n.Class.CONTEXT_SPECIFIC,
                type: 0,
                optional: !0,
                captureAsn1: "certificates"
            }, {
                name: "SignedData.CertificateRevocationLists",
                tagClass: n.Class.CONTEXT_SPECIFIC,
                type: 1,
                optional: !0,
                captureAsn1: "crls"
            }, {
                name: "SignedData.SignerInfos",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SET,
                capture: "signerInfos",
                optional: !0,
                value: [c]
            }]
        },
        i.recipientInfoValidator = {
            name: "RecipientInfo",
            tagClass: n.Class.UNIVERSAL,
            type: n.Type.SEQUENCE,
            constructed: !0,
            value: [{
                name: "RecipientInfo.version",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.INTEGER,
                constructed: !1,
                capture: "version"
            }, {
                name: "RecipientInfo.issuerAndSerial",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "RecipientInfo.issuerAndSerial.issuer",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.SEQUENCE,
                    constructed: !0,
                    captureAsn1: "issuer"
                }, {
                    name: "RecipientInfo.issuerAndSerial.serialNumber",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.INTEGER,
                    constructed: !1,
                    capture: "serial"
                }]
            }, {
                name: "RecipientInfo.keyEncryptionAlgorithm",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.SEQUENCE,
                constructed: !0,
                value: [{
                    name: "RecipientInfo.keyEncryptionAlgorithm.algorithm",
                    tagClass: n.Class.UNIVERSAL,
                    type: n.Type.OID,
                    constructed: !1,
                    capture: "encAlgorithm"
                }, {
                    name: "RecipientInfo.keyEncryptionAlgorithm.parameter",
                    tagClass: n.Class.UNIVERSAL,
                    constructed: !1,
                    captureAsn1: "encParameter"
                }]
            }, {
                name: "RecipientInfo.encryptedKey",
                tagClass: n.Class.UNIVERSAL,
                type: n.Type.OCTETSTRING,
                constructed: !1,
                capture: "encKey"
            }]
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(1),
        a.mgf = a.mgf || {},
        (e.exports = a.mgf.mgf1 = a.mgf1 = a.mgf1 || {}).create = function(e) {
            return {
                generate: function(t, r) {
                    for (var n = new a.util.ByteBuffer, i = Math.ceil(r / e.digestLength), s = 0; s < i; s++) {
                        var o = new a.util.ByteBuffer;
                        o.putInt32(s),
                        e.start(),
                        e.update(t + o.getBytes()),
                        n.putBuffer(e.digest())
                    }
                    return n.truncate(n.length() - r),
                    n.getBytes()
                }
            }
        }
    }
    , function(e, t, r) {
        var a = r(0);
        e.exports = a.debug = a.debug || {},
        a.debug.storage = {},
        a.debug.get = function(e, t) {
            var r;
            return void 0 === e ? r = a.debug.storage : e in a.debug.storage && (r = void 0 === t ? a.debug.storage[e] : a.debug.storage[e][t]),
            r
        }
        ,
        a.debug.set = function(e, t, r) {
            e in a.debug.storage || (a.debug.storage[e] = {}),
            a.debug.storage[e][t] = r
        }
        ,
        a.debug.clear = function(e, t) {
            void 0 === e ? a.debug.storage = {} : e in a.debug.storage && (void 0 === t ? delete a.debug.storage[e] : delete a.debug.storage[e][t])
        }
    }
    , function(e, t, r) {
        function a() {
            c = String.fromCharCode(128),
            c += i.util.fillString(String.fromCharCode(0), 128),
            l = [[1116352408, 3609767458], [1899447441, 602891725], [3049323471, 3964484399], [3921009573, 2173295548], [961987163, 4081628472], [1508970993, 3053834265], [2453635748, 2937671579], [2870763221, 3664609560], [3624381080, 2734883394], [310598401, 1164996542], [607225278, 1323610764], [1426881987, 3590304994], [1925078388, 4068182383], [2162078206, 991336113], [2614888103, 633803317], [3248222580, 3479774868], [3835390401, 2666613458], [4022224774, 944711139], [264347078, 2341262773], [604807628, 2007800933], [770255983, 1495990901], [1249150122, 1856431235], [1555081692, 3175218132], [1996064986, 2198950837], [2554220882, 3999719339], [2821834349, 766784016], [2952996808, 2566594879], [3210313671, 3203337956], [3336571891, 1034457026], [3584528711, 2466948901], [113926993, 3758326383], [338241895, 168717936], [666307205, 1188179964], [773529912, 1546045734], [1294757372, 1522805485], [1396182291, 2643833823], [1695183700, 2343527390], [1986661051, 1014477480], [2177026350, 1206759142], [2456956037, 344077627], [2730485921, 1290863460], [2820302411, 3158454273], [3259730800, 3505952657], [3345764771, 106217008], [3516065817, 3606008344], [3600352804, 1432725776], [4094571909, 1467031594], [275423344, 851169720], [430227734, 3100823752], [506948616, 1363258195], [659060556, 3750685593], [883997877, 3785050280], [958139571, 3318307427], [1322822218, 3812723403], [1537002063, 2003034995], [1747873779, 3602036899], [1955562222, 1575990012], [2024104815, 1125592928], [2227730452, 2716904306], [2361852424, 442776044], [2428436474, 593698344], [2756734187, 3733110249], [3204031479, 2999351573], [3329325298, 3815920427], [3391569614, 3928383900], [3515267271, 566280711], [3940187606, 3454069534], [4118630271, 4000239992], [116418474, 1914138554], [174292421, 2731055270], [289380356, 3203993006], [460393269, 320620315], [685471733, 587496836], [852142971, 1086792851], [1017036298, 365543100], [1126000580, 2618297676], [1288033470, 3409855158], [1501505948, 4234509866], [1607167915, 987167468], [1816402316, 1246189591]],
            p = {},
            p["SHA-512"] = [[1779033703, 4089235720], [3144134277, 2227873595], [1013904242, 4271175723], [2773480762, 1595750129], [1359893119, 2917565137], [2600822924, 725511199], [528734635, 4215389547], [1541459225, 327033209]],
            p["SHA-384"] = [[3418070365, 3238371032], [1654270250, 914150663], [2438529370, 812702999], [355462360, 4144912697], [1731405415, 4290775857], [2394180231, 1750603025], [3675008525, 1694076839], [1203062813, 3204075428]],
            p["SHA-512/256"] = [[573645204, 4230739756], [2673172387, 3360449730], [596883563, 1867755857], [2520282905, 1497426621], [2519219938, 2827943907], [3193839141, 1401305490], [721525244, 746961066], [246885852, 2177182882]],
            p["SHA-512/224"] = [[2352822216, 424955298], [1944164710, 2312950998], [502970286, 855612546], [1738396948, 1479516111], [258812777, 2077511080], [2011393907, 79989058], [1067287976, 1780299464], [286451373, 2446758561]],
            u = !0
        }
        function n(e, t, r) {
            for (var a, n, i, s, o, c, u, p, f, h, d, y, g, v, m, C, E, S, T, I, b, A, B, N, k, w, R, _, L, U, D, P, V, O, K, x = r.length(); x >= 128; ) {
                for (L = 0; L < 16; ++L)
                    t[L][0] = r.getInt32() >>> 0,
                    t[L][1] = r.getInt32() >>> 0;
                for (; L < 80; ++L)
                    P = t[L - 2],
                    U = P[0],
                    D = P[1],
                    a = ((U >>> 19 | D << 13) ^ (D >>> 29 | U << 3) ^ U >>> 6) >>> 0,
                    n = ((U << 13 | D >>> 19) ^ (D << 3 | U >>> 29) ^ (U << 26 | D >>> 6)) >>> 0,
                    O = t[L - 15],
                    U = O[0],
                    D = O[1],
                    i = ((U >>> 1 | D << 31) ^ (U >>> 8 | D << 24) ^ U >>> 7) >>> 0,
                    s = ((U << 31 | D >>> 1) ^ (U << 24 | D >>> 8) ^ (U << 25 | D >>> 7)) >>> 0,
                    V = t[L - 7],
                    K = t[L - 16],
                    D = n + V[1] + s + K[1],
                    t[L][0] = a + V[0] + i + K[0] + (D / 4294967296 >>> 0) >>> 0,
                    t[L][1] = D >>> 0;
                for (g = e[0][0],
                v = e[0][1],
                m = e[1][0],
                C = e[1][1],
                E = e[2][0],
                S = e[2][1],
                T = e[3][0],
                I = e[3][1],
                b = e[4][0],
                A = e[4][1],
                B = e[5][0],
                N = e[5][1],
                k = e[6][0],
                w = e[6][1],
                R = e[7][0],
                _ = e[7][1],
                L = 0; L < 80; ++L)
                    u = ((b >>> 14 | A << 18) ^ (b >>> 18 | A << 14) ^ (A >>> 9 | b << 23)) >>> 0,
                    p = ((b << 18 | A >>> 14) ^ (b << 14 | A >>> 18) ^ (A << 23 | b >>> 9)) >>> 0,
                    f = (k ^ b & (B ^ k)) >>> 0,
                    h = (w ^ A & (N ^ w)) >>> 0,
                    o = ((g >>> 28 | v << 4) ^ (v >>> 2 | g << 30) ^ (v >>> 7 | g << 25)) >>> 0,
                    c = ((g << 4 | v >>> 28) ^ (v << 30 | g >>> 2) ^ (v << 25 | g >>> 7)) >>> 0,
                    d = (g & m | E & (g ^ m)) >>> 0,
                    y = (v & C | S & (v ^ C)) >>> 0,
                    D = _ + p + h + l[L][1] + t[L][1],
                    a = R + u + f + l[L][0] + t[L][0] + (D / 4294967296 >>> 0) >>> 0,
                    n = D >>> 0,
                    D = c + y,
                    i = o + d + (D / 4294967296 >>> 0) >>> 0,
                    s = D >>> 0,
                    R = k,
                    _ = w,
                    k = B,
                    w = N,
                    B = b,
                    N = A,
                    D = I + n,
                    b = T + a + (D / 4294967296 >>> 0) >>> 0,
                    A = D >>> 0,
                    T = E,
                    I = S,
                    E = m,
                    S = C,
                    m = g,
                    C = v,
                    D = n + s,
                    g = a + i + (D / 4294967296 >>> 0) >>> 0,
                    v = D >>> 0;
                D = e[0][1] + v,
                e[0][0] = e[0][0] + g + (D / 4294967296 >>> 0) >>> 0,
                e[0][1] = D >>> 0,
                D = e[1][1] + C,
                e[1][0] = e[1][0] + m + (D / 4294967296 >>> 0) >>> 0,
                e[1][1] = D >>> 0,
                D = e[2][1] + S,
                e[2][0] = e[2][0] + E + (D / 4294967296 >>> 0) >>> 0,
                e[2][1] = D >>> 0,
                D = e[3][1] + I,
                e[3][0] = e[3][0] + T + (D / 4294967296 >>> 0) >>> 0,
                e[3][1] = D >>> 0,
                D = e[4][1] + A,
                e[4][0] = e[4][0] + b + (D / 4294967296 >>> 0) >>> 0,
                e[4][1] = D >>> 0,
                D = e[5][1] + N,
                e[5][0] = e[5][0] + B + (D / 4294967296 >>> 0) >>> 0,
                e[5][1] = D >>> 0,
                D = e[6][1] + w,
                e[6][0] = e[6][0] + k + (D / 4294967296 >>> 0) >>> 0,
                e[6][1] = D >>> 0,
                D = e[7][1] + _,
                e[7][0] = e[7][0] + R + (D / 4294967296 >>> 0) >>> 0,
                e[7][1] = D >>> 0,
                x -= 128
            }
        }
        var i = r(0);
        r(4),
        r(1);
        var s = e.exports = i.sha512 = i.sha512 || {};
        i.md.sha512 = i.md.algorithms.sha512 = s;
        var o = i.sha384 = i.sha512.sha384 = i.sha512.sha384 || {};
        o.create = function() {
            return s.create("SHA-384")
        }
        ,
        i.md.sha384 = i.md.algorithms.sha384 = o,
        i.sha512.sha256 = i.sha512.sha256 || {
            create: function() {
                return s.create("SHA-512/256")
            }
        },
        i.md["sha512/256"] = i.md.algorithms["sha512/256"] = i.sha512.sha256,
        i.sha512.sha224 = i.sha512.sha224 || {
            create: function() {
                return s.create("SHA-512/224")
            }
        },
        i.md["sha512/224"] = i.md.algorithms["sha512/224"] = i.sha512.sha224,
        s.create = function(e) {
            if (u || a(),
            void 0 === e && (e = "SHA-512"),
            !(e in p))
                throw new Error("Invalid SHA-512 algorithm: " + e);
            for (var t = p[e], r = null, s = i.util.createBuffer(), o = new Array(80), l = 0; l < 80; ++l)
                o[l] = new Array(2);
            var f = 64;
            switch (e) {
            case "SHA-384":
                f = 48;
                break;
            case "SHA-512/256":
                f = 32;
                break;
            case "SHA-512/224":
                f = 28
            }
            var h = {
                algorithm: e.replace("-", "").toLowerCase(),
                blockLength: 128,
                digestLength: f,
                messageLength: 0,
                fullMessageLength: null,
                messageLengthSize: 16
            };
            return h.start = function() {
                h.messageLength = 0,
                h.fullMessageLength = h.messageLength128 = [];
                for (var e = h.messageLengthSize / 4, a = 0; a < e; ++a)
                    h.fullMessageLength.push(0);
                s = i.util.createBuffer(),
                r = new Array(t.length);
                for (var a = 0; a < t.length; ++a)
                    r[a] = t[a].slice(0);
                return h
            }
            ,
            h.start(),
            h.update = function(e, t) {
                "utf8" === t && (e = i.util.encodeUtf8(e));
                var a = e.length;
                h.messageLength += a,
                a = [a / 4294967296 >>> 0, a >>> 0];
                for (var c = h.fullMessageLength.length - 1; c >= 0; --c)
                    h.fullMessageLength[c] += a[1],
                    a[1] = a[0] + (h.fullMessageLength[c] / 4294967296 >>> 0),
                    h.fullMessageLength[c] = h.fullMessageLength[c] >>> 0,
                    a[0] = a[1] / 4294967296 >>> 0;
                return s.putBytes(e),
                n(r, o, s),
                (s.read > 2048 || 0 === s.length()) && s.compact(),
                h
            }
            ,
            h.digest = function() {
                var t = i.util.createBuffer();
                t.putBytes(s.bytes());
                var a = h.fullMessageLength[h.fullMessageLength.length - 1] + h.messageLengthSize
                  , u = a & h.blockLength - 1;
                t.putBytes(c.substr(0, h.blockLength - u));
                for (var l, p, f = 8 * h.fullMessageLength[0], d = 0; d < h.fullMessageLength.length - 1; ++d)
                    l = 8 * h.fullMessageLength[d + 1],
                    p = l / 4294967296 >>> 0,
                    f += p,
                    t.putInt32(f >>> 0),
                    f = l >>> 0;
                t.putInt32(f);
                for (var y = new Array(r.length), d = 0; d < r.length; ++d)
                    y[d] = r[d].slice(0);
                n(y, o, t);
                var g, v = i.util.createBuffer();
                g = "SHA-512" === e ? y.length : "SHA-384" === e ? y.length - 2 : y.length - 4;
                for (var d = 0; d < g; ++d)
                    v.putInt32(y[d][0]),
                    d === g - 1 && "SHA-512/224" === e || v.putInt32(y[d][1]);
                return v
            }
            ,
            h
        }
        ;
        var c = null
          , u = !1
          , l = null
          , p = null
    }
    , function(e, t, r) {
        var a = r(0);
        r(1),
        e.exports = a.log = a.log || {},
        a.log.levels = ["none", "error", "warning", "info", "debug", "verbose", "max"];
        var n = {}
          , i = []
          , s = null;
        a.log.LEVEL_LOCKED = 2,
        a.log.NO_LEVEL_CHECK = 4,
        a.log.INTERPOLATE = 8;
        for (var o = 0; o < a.log.levels.length; ++o) {
            var c = a.log.levels[o];
            n[c] = {
                index: o,
                name: c.toUpperCase()
            }
        }
        a.log.logMessage = function(e) {
            for (var t = n[e.level].index, r = 0; r < i.length; ++r) {
                var s = i[r];
                if (s.flags & a.log.NO_LEVEL_CHECK)
                    s.f(e);
                else {
                    t <= n[s.level].index && s.f(s, e)
                }
            }
        }
        ,
        a.log.prepareStandard = function(e) {
            "standard"in e || (e.standard = n[e.level].name + " [" + e.category + "] " + e.message)
        }
        ,
        a.log.prepareFull = function(e) {
            if (!("full"in e)) {
                var t = [e.message];
                t = t.concat([] || e.arguments),
                e.full = a.util.format.apply(this, t)
            }
        }
        ,
        a.log.prepareStandardFull = function(e) {
            "standardFull"in e || (a.log.prepareStandard(e),
            e.standardFull = e.standard)
        }
        ;
        for (var u = ["error", "warning", "info", "debug", "verbose"], o = 0; o < u.length; ++o)
            !function(e) {
                a.log[e] = function(t, r) {
                    var n = Array.prototype.slice.call(arguments).slice(2)
                      , i = {
                        timestamp: new Date,
                        level: e,
                        category: t,
                        message: r,
                        arguments: n
                    };
                    a.log.logMessage(i)
                }
            }(u[o]);
        if (a.log.makeLogger = function(e) {
            var t = {
                flags: 0,
                f: e
            };
            return a.log.setLevel(t, "none"),
            t
        }
        ,
        a.log.setLevel = function(e, t) {
            var r = !1;
            if (e && !(e.flags & a.log.LEVEL_LOCKED))
                for (var n = 0; n < a.log.levels.length; ++n) {
                    var i = a.log.levels[n];
                    if (t == i) {
                        e.level = t,
                        r = !0;
                        break
                    }
                }
            return r
        }
        ,
        a.log.lock = function(e, t) {
            void 0 === t || t ? e.flags |= a.log.LEVEL_LOCKED : e.flags &= ~a.log.LEVEL_LOCKED
        }
        ,
        a.log.addLogger = function(e) {
            i.push(e)
        }
        ,
        "undefined" != typeof console && "log"in console) {
            var l;
            if (console.error && console.warn && console.info && console.debug) {
                var p = {
                    error: console.error,
                    warning: console.warn,
                    info: console.info,
                    debug: console.debug,
                    verbose: console.debug
                }
                  , f = function(e, t) {
                    a.log.prepareStandard(t);
                    var r = p[t.level]
                      , n = [t.standard];
                    n = n.concat(t.arguments.slice()),
                    r.apply(console, n)
                };
                l = a.log.makeLogger(f)
            } else {
                var f = function(e, t) {
                    a.log.prepareStandardFull(t),
                    console.log(t.standardFull)
                };
                l = a.log.makeLogger(f)
            }
            a.log.setLevel(l, "debug"),
            a.log.addLogger(l),
            s = l
        } else
            console = {
                log: function() {}
            };
        if (null !== s) {
            var h = a.util.getQueryVariables();
            if ("console.level"in h && a.log.setLevel(s, h["console.level"].slice(-1)[0]),
            "console.lock"in h) {
                "true" == h["console.lock"].slice(-1)[0] && a.log.lock(s)
            }
        }
        a.log.consoleLogger = s
    }
    , function(e, t, r) {
        e.exports = r(35)
    }
    , function(e, t, r) {
        e.exports = r(0),
        r(5),
        r(38),
        r(3),
        r(13),
        r(31),
        r(10),
        r(40),
        r(8),
        r(41),
        r(33),
        r(42),
        r(30),
        r(15),
        r(7),
        r(26),
        r(28),
        r(43),
        r(21),
        r(27),
        r(24),
        r(18),
        r(2),
        r(25),
        r(44),
        r(45),
        r(20),
        r(1)
    }
    , function(e, t) {
        var r;
        r = function() {
            return this
        }();
        try {
            r = r || Function("return this")() || (0,
            eval)("this")
        } catch (e) {
            "object" == typeof window && (r = window)
        }
        e.exports = r
    }
    , function(e, t) {
        function r(e, t) {
            var r = 0
              , a = t.length
              , n = t.charAt(0)
              , i = [0];
            for (r = 0; r < e.length(); ++r) {
                for (var s = 0, o = e.at(r); s < i.length; ++s)
                    o += i[s] << 8,
                    i[s] = o % a,
                    o = o / a | 0;
                for (; o > 0; )
                    i.push(o % a),
                    o = o / a | 0
            }
            var c = "";
            for (r = 0; 0 === e.at(r) && r < e.length() - 1; ++r)
                c += n;
            for (r = i.length - 1; r >= 0; --r)
                c += t[i[r]];
            return c
        }
        var a = {};
        e.exports = a;
        var n = {};
        a.encode = function(e, t, a) {
            if ("string" != typeof t)
                throw new TypeError('"alphabet" must be a string.');
            if (void 0 !== a && "number" != typeof a)
                throw new TypeError('"maxline" must be a number.');
            var n = "";
            if (e instanceof Uint8Array) {
                var i = 0
                  , s = t.length
                  , o = t.charAt(0)
                  , c = [0];
                for (i = 0; i < e.length; ++i) {
                    for (var u = 0, l = e[i]; u < c.length; ++u)
                        l += c[u] << 8,
                        c[u] = l % s,
                        l = l / s | 0;
                    for (; l > 0; )
                        c.push(l % s),
                        l = l / s | 0
                }
                for (i = 0; 0 === e[i] && i < e.length - 1; ++i)
                    n += o;
                for (i = c.length - 1; i >= 0; --i)
                    n += t[c[i]]
            } else
                n = r(e, t);
            if (a) {
                var p = new RegExp(".{1," + a + "}","g");
                n = n.match(p).join("\r\n")
            }
            return n
        }
        ,
        a.decode = function(e, t) {
            if ("string" != typeof e)
                throw new TypeError('"input" must be a string.');
            if ("string" != typeof t)
                throw new TypeError('"alphabet" must be a string.');
            var r = n[t];
            if (!r) {
                r = n[t] = [];
                for (var a = 0; a < t.length; ++a)
                    r[t.charCodeAt(a)] = a
            }
            e = e.replace(/\s/g, "");
            for (var i = t.length, s = t.charAt(0), o = [0], a = 0; a < e.length; a++) {
                var c = r[e.charCodeAt(a)];
                if (void 0 === c)
                    return;
                for (var u = 0, l = c; u < o.length; ++u)
                    l += o[u] * i,
                    o[u] = 255 & l,
                    l >>= 8;
                for (; l > 0; )
                    o.push(255 & l),
                    l >>= 8
            }
            for (var p = 0; e[p] === s && p < e.length - 1; ++p)
                o.push(0);
            return "undefined" != typeof Buffer ? Buffer.from(o.reverse()) : new Uint8Array(o.reverse())
        }
    }
    , function(e, t, r) {
        function a(e, t, r) {
            var a = t.entity === u.tls.ConnectionEnd.client;
            e.read.cipherState = {
                init: !1,
                cipher: u.cipher.createDecipher("AES-CBC", a ? r.keys.server_write_key : r.keys.client_write_key),
                iv: a ? r.keys.server_write_IV : r.keys.client_write_IV
            },
            e.write.cipherState = {
                init: !1,
                cipher: u.cipher.createCipher("AES-CBC", a ? r.keys.client_write_key : r.keys.server_write_key),
                iv: a ? r.keys.client_write_IV : r.keys.server_write_IV
            },
            e.read.cipherFunction = o,
            e.write.cipherFunction = n,
            e.read.macLength = e.write.macLength = r.mac_length,
            e.read.macFunction = e.write.macFunction = l.hmac_sha1
        }
        function n(e, t) {
            var r = !1
              , a = t.macFunction(t.macKey, t.sequenceNumber, e);
            e.fragment.putBytes(a),
            t.updateSequenceNumber();
            var n;
            n = e.version.minor === l.Versions.TLS_1_0.minor ? t.cipherState.init ? null : t.cipherState.iv : u.random.getBytesSync(16),
            t.cipherState.init = !0;
            var s = t.cipherState.cipher;
            return s.start({
                iv: n
            }),
            e.version.minor >= l.Versions.TLS_1_1.minor && s.output.putBytes(n),
            s.update(e.fragment),
            s.finish(i) && (e.fragment = s.output,
            e.length = e.fragment.length(),
            r = !0),
            r
        }
        function i(e, t, r) {
            if (!r) {
                var a = e - t.length() % e;
                t.fillWithByte(a - 1, a)
            }
            return !0
        }
        function s(e, t, r) {
            var a = !0;
            if (r) {
                for (var n = t.length(), i = t.last(), s = n - 1 - i; s < n - 1; ++s)
                    a = a && t.at(s) == i;
                a && t.truncate(i + 1)
            }
            return a
        }
        function o(e, t) {
            var r, a = !1;
            r = e.version.minor === l.Versions.TLS_1_0.minor ? t.cipherState.init ? null : t.cipherState.iv : e.fragment.getBytes(16),
            t.cipherState.init = !0;
            var n = t.cipherState.cipher;
            n.start({
                iv: r
            }),
            n.update(e.fragment),
            a = n.finish(s);
            var i = t.macLength
              , o = u.random.getBytesSync(i)
              , p = n.output.length();
            p >= i ? (e.fragment = n.output.getBytes(p - i),
            o = n.output.getBytes(i)) : e.fragment = n.output.getBytes(),
            e.fragment = u.util.createBuffer(e.fragment),
            e.length = e.fragment.length();
            var f = t.macFunction(t.macKey, t.sequenceNumber, e);
            return t.updateSequenceNumber(),
            a = c(t.macKey, o, f) && a
        }
        function c(e, t, r) {
            var a = u.hmac.create();
            return a.start("SHA1", e),
            a.update(t),
            t = a.digest().getBytes(),
            a.start(null, null),
            a.update(r),
            r = a.digest().getBytes(),
            t === r
        }
        var u = r(0);
        r(5),
        r(20);
        var l = e.exports = u.tls;
        l.CipherSuites.TLS_RSA_WITH_AES_128_CBC_SHA = {
            id: [0, 47],
            name: "TLS_RSA_WITH_AES_128_CBC_SHA",
            initSecurityParameters: function(e) {
                e.bulk_cipher_algorithm = l.BulkCipherAlgorithm.aes,
                e.cipher_type = l.CipherType.block,
                e.enc_key_length = 16,
                e.block_length = 16,
                e.fixed_iv_length = 16,
                e.record_iv_length = 16,
                e.mac_algorithm = l.MACAlgorithm.hmac_sha1,
                e.mac_length = 20,
                e.mac_key_length = 20
            },
            initConnectionState: a
        },
        l.CipherSuites.TLS_RSA_WITH_AES_256_CBC_SHA = {
            id: [0, 53],
            name: "TLS_RSA_WITH_AES_256_CBC_SHA",
            initSecurityParameters: function(e) {
                e.bulk_cipher_algorithm = l.BulkCipherAlgorithm.aes,
                e.cipher_type = l.CipherType.block,
                e.enc_key_length = 32,
                e.block_length = 16,
                e.fixed_iv_length = 16,
                e.record_iv_length = 16,
                e.mac_algorithm = l.MACAlgorithm.hmac_sha1,
                e.mac_length = 20,
                e.mac_key_length = 20
            },
            initConnectionState: a
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(30),
        e.exports = a.mgf = a.mgf || {},
        a.mgf.mgf1 = a.mgf1
    }
    , function(e, t, r) {
        function a(e) {
            var t = e.message;
            if (t instanceof Uint8Array)
                return t;
            var r = e.encoding;
            if (void 0 === t) {
                if (!e.md)
                    throw new TypeError('"options.message" or "options.md" not specified.');
                t = e.md.digest().getBytes(),
                r = "binary"
            }
            if ("string" == typeof t && !r)
                throw new TypeError('"options.encoding" must be "binary" or "utf8".');
            if ("string" == typeof t) {
                if ("undefined" != typeof Buffer)
                    return new Buffer(t,r);
                t = new D(t,r)
            } else if (!(t instanceof D))
                throw new TypeError('"options.message" must be a node.js Buffer, a Uint8Array, a forge ByteBuffer, or a string with "options.encoding" specifying its encoding.');
            for (var a = new P(t.length()), n = 0; n < a.length; ++n)
                a[n] = t.at(n);
            return a
        }
        function n(e, t) {
            var r = L.md.sha512.create()
              , a = new D(e);
            r.update(a.getBytes(t), "binary");
            var n = r.digest().getBytes();
            if ("undefined" != typeof Buffer)
                return new Buffer(n,"binary");
            for (var i = new P(V.constants.HASH_BYTE_LENGTH), s = 0; s < 64; ++s)
                i[s] = n.charCodeAt(s);
            return i
        }
        function i(e, t) {
            var r, a = [N(), N(), N(), N()], i = n(t, 32);
            for (i[0] &= 248,
            i[31] &= 127,
            i[31] |= 64,
            T(a, i),
            f(e, a),
            r = 0; r < 32; ++r)
                t[r + 32] = e[r];
            return 0
        }
        function s(e, t, r, a) {
            var i, s, o = new Float64Array(64), l = [N(), N(), N(), N()], p = n(a, 32);
            p[0] &= 248,
            p[31] &= 127,
            p[31] |= 64;
            var h = r + 64;
            for (i = 0; i < r; ++i)
                e[64 + i] = t[i];
            for (i = 0; i < 32; ++i)
                e[32 + i] = p[32 + i];
            var d = n(e.subarray(32), r + 32);
            for (u(d),
            T(l, d),
            f(e, l),
            i = 32; i < 64; ++i)
                e[i] = a[i];
            var y = n(e, r + 64);
            for (u(y),
            i = 32; i < 64; ++i)
                o[i] = 0;
            for (i = 0; i < 32; ++i)
                o[i] = d[i];
            for (i = 0; i < 32; ++i)
                for (s = 0; s < 32; s++)
                    o[i + s] += y[i] * p[s];
            return c(e.subarray(32), o),
            h
        }
        function o(e, t, r, a) {
            var i, s = new P(32), o = [N(), N(), N(), N()], c = [N(), N(), N(), N()];
            if (-1,
            r < 64)
                return -1;
            if (d(c, a))
                return -1;
            for (i = 0; i < r; ++i)
                e[i] = t[i];
            for (i = 0; i < 32; ++i)
                e[i + 32] = a[i];
            var p = n(e, r);
            if (u(p),
            S(o, c, p),
            T(c, t.subarray(32)),
            l(o, c),
            f(s, o),
            r -= 64,
            m(t, 0, s, 0)) {
                for (i = 0; i < r; ++i)
                    e[i] = 0;
                return -1
            }
            for (i = 0; i < r; ++i)
                e[i] = t[i + 64];
            return r
        }
        function c(e, t) {
            var r, a, n, i;
            for (a = 63; a >= 32; --a) {
                for (r = 0,
                n = a - 32,
                i = a - 12; n < i; ++n)
                    t[n] += r - 16 * t[a] * j[n - (a - 32)],
                    r = t[n] + 128 >> 8,
                    t[n] -= 256 * r;
                t[n] += r,
                t[a] = 0
            }
            for (r = 0,
            n = 0; n < 32; ++n)
                t[n] += r - (t[31] >> 4) * j[n],
                r = t[n] >> 8,
                t[n] &= 255;
            for (n = 0; n < 32; ++n)
                t[n] -= r * j[n];
            for (a = 0; a < 32; ++a)
                t[a + 1] += t[a] >> 8,
                e[a] = 255 & t[a]
        }
        function u(e) {
            for (var t = new Float64Array(64), r = 0; r < 64; ++r)
                t[r] = e[r],
                e[r] = 0;
            c(e, t)
        }
        function l(e, t) {
            var r = N()
              , a = N()
              , n = N()
              , i = N()
              , s = N()
              , o = N()
              , c = N()
              , u = N()
              , l = N();
            w(r, e[1], e[0]),
            w(l, t[1], t[0]),
            _(r, r, l),
            k(a, e[0], e[1]),
            k(l, t[0], t[1]),
            _(a, a, l),
            _(n, e[3], t[3]),
            _(n, n, M),
            _(i, e[2], t[2]),
            k(i, i, i),
            w(s, a, r),
            w(o, i, n),
            k(c, i, n),
            k(u, a, r),
            _(e[0], s, o),
            _(e[1], u, c),
            _(e[2], c, o),
            _(e[3], s, u)
        }
        function p(e, t, r) {
            for (var a = 0; a < 4; ++a)
                B(e[a], t[a], r)
        }
        function f(e, t) {
            var r = N()
              , a = N()
              , n = N();
            b(n, t[2]),
            _(r, t[0], n),
            _(a, t[1], n),
            h(e, a),
            e[31] ^= E(r) << 7
        }
        function h(e, t) {
            var r, a, n, i = N(), s = N();
            for (r = 0; r < 16; ++r)
                s[r] = t[r];
            for (A(s),
            A(s),
            A(s),
            a = 0; a < 2; ++a) {
                for (i[0] = s[0] - 65517,
                r = 1; r < 15; ++r)
                    i[r] = s[r] - 65535 - (i[r - 1] >> 16 & 1),
                    i[r - 1] &= 65535;
                i[15] = s[15] - 32767 - (i[14] >> 16 & 1),
                n = i[15] >> 16 & 1,
                i[14] &= 65535,
                B(s, i, 1 - n)
            }
            for (r = 0; r < 16; r++)
                e[2 * r] = 255 & s[r],
                e[2 * r + 1] = s[r] >> 8
        }
        function d(e, t) {
            var r = N()
              , a = N()
              , n = N()
              , i = N()
              , s = N()
              , o = N()
              , c = N();
            return I(e[2], K),
            y(e[1], t),
            R(n, e[1]),
            _(i, n, x),
            w(n, n, e[2]),
            k(i, e[2], i),
            R(s, i),
            R(o, s),
            _(c, o, s),
            _(r, c, n),
            _(r, r, i),
            g(r, r),
            _(r, r, n),
            _(r, r, i),
            _(r, r, i),
            _(e[0], r, i),
            R(a, e[0]),
            _(a, a, i),
            v(a, n) && _(e[0], e[0], G),
            R(a, e[0]),
            _(a, a, i),
            v(a, n) ? -1 : (E(e[0]) === t[31] >> 7 && w(e[0], O, e[0]),
            _(e[3], e[0], e[1]),
            0)
        }
        function y(e, t) {
            var r;
            for (r = 0; r < 16; ++r)
                e[r] = t[2 * r] + (t[2 * r + 1] << 8);
            e[15] &= 32767
        }
        function g(e, t) {
            var r, a = N();
            for (r = 0; r < 16; ++r)
                a[r] = t[r];
            for (r = 250; r >= 0; --r)
                R(a, a),
                1 !== r && _(a, a, t);
            for (r = 0; r < 16; ++r)
                e[r] = a[r]
        }
        function v(e, t) {
            var r = new P(32)
              , a = new P(32);
            return h(r, e),
            h(a, t),
            m(r, 0, a, 0)
        }
        function m(e, t, r, a) {
            return C(e, t, r, a, 32)
        }
        function C(e, t, r, a, n) {
            var i, s = 0;
            for (i = 0; i < n; ++i)
                s |= e[t + i] ^ r[a + i];
            return (1 & s - 1 >>> 8) - 1
        }
        function E(e) {
            var t = new P(32);
            return h(t, e),
            1 & t[0]
        }
        function S(e, t, r) {
            var a, n;
            for (I(e[0], O),
            I(e[1], K),
            I(e[2], K),
            I(e[3], O),
            n = 255; n >= 0; --n)
                a = r[n / 8 | 0] >> (7 & n) & 1,
                p(e, t, a),
                l(t, e),
                l(e, e),
                p(e, t, a)
        }
        function T(e, t) {
            var r = [N(), N(), N(), N()];
            I(r[0], F),
            I(r[1], q),
            I(r[2], K),
            _(r[3], F, q),
            S(e, r, t)
        }
        function I(e, t) {
            var r;
            for (r = 0; r < 16; r++)
                e[r] = 0 | t[r]
        }
        function b(e, t) {
            var r, a = N();
            for (r = 0; r < 16; ++r)
                a[r] = t[r];
            for (r = 253; r >= 0; --r)
                R(a, a),
                2 !== r && 4 !== r && _(a, a, t);
            for (r = 0; r < 16; ++r)
                e[r] = a[r]
        }
        function A(e) {
            var t, r, a = 1;
            for (t = 0; t < 16; ++t)
                r = e[t] + a + 65535,
                a = Math.floor(r / 65536),
                e[t] = r - 65536 * a;
            e[0] += a - 1 + 37 * (a - 1)
        }
        function B(e, t, r) {
            for (var a, n = ~(r - 1), i = 0; i < 16; ++i)
                a = n & (e[i] ^ t[i]),
                e[i] ^= a,
                t[i] ^= a
        }
        function N(e) {
            var t, r = new Float64Array(16);
            if (e)
                for (t = 0; t < e.length; ++t)
                    r[t] = e[t];
            return r
        }
        function k(e, t, r) {
            for (var a = 0; a < 16; ++a)
                e[a] = t[a] + r[a]
        }
        function w(e, t, r) {
            for (var a = 0; a < 16; ++a)
                e[a] = t[a] - r[a]
        }
        function R(e, t) {
            _(e, t, t)
        }
        function _(e, t, r) {
            var a, n, i = 0, s = 0, o = 0, c = 0, u = 0, l = 0, p = 0, f = 0, h = 0, d = 0, y = 0, g = 0, v = 0, m = 0, C = 0, E = 0, S = 0, T = 0, I = 0, b = 0, A = 0, B = 0, N = 0, k = 0, w = 0, R = 0, _ = 0, L = 0, U = 0, D = 0, P = 0, V = r[0], O = r[1], K = r[2], x = r[3], M = r[4], F = r[5], q = r[6], j = r[7], G = r[8], H = r[9], Q = r[10], z = r[11], W = r[12], Y = r[13], X = r[14], Z = r[15];
            a = t[0],
            i += a * V,
            s += a * O,
            o += a * K,
            c += a * x,
            u += a * M,
            l += a * F,
            p += a * q,
            f += a * j,
            h += a * G,
            d += a * H,
            y += a * Q,
            g += a * z,
            v += a * W,
            m += a * Y,
            C += a * X,
            E += a * Z,
            a = t[1],
            s += a * V,
            o += a * O,
            c += a * K,
            u += a * x,
            l += a * M,
            p += a * F,
            f += a * q,
            h += a * j,
            d += a * G,
            y += a * H,
            g += a * Q,
            v += a * z,
            m += a * W,
            C += a * Y,
            E += a * X,
            S += a * Z,
            a = t[2],
            o += a * V,
            c += a * O,
            u += a * K,
            l += a * x,
            p += a * M,
            f += a * F,
            h += a * q,
            d += a * j,
            y += a * G,
            g += a * H,
            v += a * Q,
            m += a * z,
            C += a * W,
            E += a * Y,
            S += a * X,
            T += a * Z,
            a = t[3],
            c += a * V,
            u += a * O,
            l += a * K,
            p += a * x,
            f += a * M,
            h += a * F,
            d += a * q,
            y += a * j,
            g += a * G,
            v += a * H,
            m += a * Q,
            C += a * z,
            E += a * W,
            S += a * Y,
            T += a * X,
            I += a * Z,
            a = t[4],
            u += a * V,
            l += a * O,
            p += a * K,
            f += a * x,
            h += a * M,
            d += a * F,
            y += a * q,
            g += a * j,
            v += a * G,
            m += a * H,
            C += a * Q,
            E += a * z,
            S += a * W,
            T += a * Y,
            I += a * X,
            b += a * Z,
            a = t[5],
            l += a * V,
            p += a * O,
            f += a * K,
            h += a * x,
            d += a * M,
            y += a * F,
            g += a * q,
            v += a * j,
            m += a * G,
            C += a * H,
            E += a * Q,
            S += a * z,
            T += a * W,
            I += a * Y,
            b += a * X,
            A += a * Z,
            a = t[6],
            p += a * V,
            f += a * O,
            h += a * K,
            d += a * x,
            y += a * M,
            g += a * F,
            v += a * q,
            m += a * j,
            C += a * G,
            E += a * H,
            S += a * Q,
            T += a * z,
            I += a * W,
            b += a * Y,
            A += a * X,
            B += a * Z,
            a = t[7],
            f += a * V,
            h += a * O,
            d += a * K,
            y += a * x,
            g += a * M,
            v += a * F,
            m += a * q,
            C += a * j,
            E += a * G,
            S += a * H,
            T += a * Q,
            I += a * z,
            b += a * W,
            A += a * Y,
            B += a * X,
            N += a * Z,
            a = t[8],
            h += a * V,
            d += a * O,
            y += a * K,
            g += a * x,
            v += a * M,
            m += a * F,
            C += a * q,
            E += a * j,
            S += a * G,
            T += a * H,
            I += a * Q,
            b += a * z,
            A += a * W,
            B += a * Y,
            N += a * X,
            k += a * Z,
            a = t[9],
            d += a * V,
            y += a * O,
            g += a * K,
            v += a * x,
            m += a * M,
            C += a * F,
            E += a * q,
            S += a * j,
            T += a * G,
            I += a * H,
            b += a * Q,
            A += a * z,
            B += a * W,
            N += a * Y,
            k += a * X,
            w += a * Z,
            a = t[10],
            y += a * V,
            g += a * O,
            v += a * K,
            m += a * x,
            C += a * M,
            E += a * F,
            S += a * q,
            T += a * j,
            I += a * G,
            b += a * H,
            A += a * Q,
            B += a * z,
            N += a * W,
            k += a * Y,
            w += a * X,
            R += a * Z,
            a = t[11],
            g += a * V,
            v += a * O,
            m += a * K,
            C += a * x,
            E += a * M,
            S += a * F,
            T += a * q,
            I += a * j,
            b += a * G,
            A += a * H,
            B += a * Q,
            N += a * z;
            k += a * W,
            w += a * Y,
            R += a * X,
            _ += a * Z,
            a = t[12],
            v += a * V,
            m += a * O,
            C += a * K,
            E += a * x,
            S += a * M,
            T += a * F,
            I += a * q,
            b += a * j,
            A += a * G,
            B += a * H,
            N += a * Q,
            k += a * z,
            w += a * W,
            R += a * Y,
            _ += a * X,
            L += a * Z,
            a = t[13],
            m += a * V,
            C += a * O,
            E += a * K,
            S += a * x,
            T += a * M,
            I += a * F,
            b += a * q,
            A += a * j,
            B += a * G,
            N += a * H,
            k += a * Q,
            w += a * z,
            R += a * W,
            _ += a * Y,
            L += a * X,
            U += a * Z,
            a = t[14],
            C += a * V,
            E += a * O,
            S += a * K,
            T += a * x,
            I += a * M,
            b += a * F,
            A += a * q,
            B += a * j,
            N += a * G,
            k += a * H,
            w += a * Q,
            R += a * z,
            _ += a * W,
            L += a * Y,
            U += a * X,
            D += a * Z,
            a = t[15],
            E += a * V,
            S += a * O,
            T += a * K,
            I += a * x,
            b += a * M,
            A += a * F,
            B += a * q,
            N += a * j,
            k += a * G,
            w += a * H,
            R += a * Q,
            _ += a * z,
            L += a * W,
            U += a * Y,
            D += a * X,
            P += a * Z,
            i += 38 * S,
            s += 38 * T,
            o += 38 * I,
            c += 38 * b,
            u += 38 * A,
            l += 38 * B,
            p += 38 * N,
            f += 38 * k,
            h += 38 * w,
            d += 38 * R,
            y += 38 * _,
            g += 38 * L,
            v += 38 * U,
            m += 38 * D,
            C += 38 * P,
            n = 1,
            a = i + n + 65535,
            n = Math.floor(a / 65536),
            i = a - 65536 * n,
            a = s + n + 65535,
            n = Math.floor(a / 65536),
            s = a - 65536 * n,
            a = o + n + 65535,
            n = Math.floor(a / 65536),
            o = a - 65536 * n,
            a = c + n + 65535,
            n = Math.floor(a / 65536),
            c = a - 65536 * n,
            a = u + n + 65535,
            n = Math.floor(a / 65536),
            u = a - 65536 * n,
            a = l + n + 65535,
            n = Math.floor(a / 65536),
            l = a - 65536 * n,
            a = p + n + 65535,
            n = Math.floor(a / 65536),
            p = a - 65536 * n,
            a = f + n + 65535,
            n = Math.floor(a / 65536),
            f = a - 65536 * n,
            a = h + n + 65535,
            n = Math.floor(a / 65536),
            h = a - 65536 * n,
            a = d + n + 65535,
            n = Math.floor(a / 65536),
            d = a - 65536 * n,
            a = y + n + 65535,
            n = Math.floor(a / 65536),
            y = a - 65536 * n,
            a = g + n + 65535,
            n = Math.floor(a / 65536),
            g = a - 65536 * n,
            a = v + n + 65535,
            n = Math.floor(a / 65536),
            v = a - 65536 * n,
            a = m + n + 65535,
            n = Math.floor(a / 65536),
            m = a - 65536 * n,
            a = C + n + 65535,
            n = Math.floor(a / 65536),
            C = a - 65536 * n,
            a = E + n + 65535,
            n = Math.floor(a / 65536),
            E = a - 65536 * n,
            i += n - 1 + 37 * (n - 1),
            n = 1,
            a = i + n + 65535,
            n = Math.floor(a / 65536),
            i = a - 65536 * n,
            a = s + n + 65535,
            n = Math.floor(a / 65536),
            s = a - 65536 * n,
            a = o + n + 65535,
            n = Math.floor(a / 65536),
            o = a - 65536 * n,
            a = c + n + 65535,
            n = Math.floor(a / 65536),
            c = a - 65536 * n,
            a = u + n + 65535,
            n = Math.floor(a / 65536),
            u = a - 65536 * n,
            a = l + n + 65535,
            n = Math.floor(a / 65536),
            l = a - 65536 * n,
            a = p + n + 65535,
            n = Math.floor(a / 65536),
            p = a - 65536 * n,
            a = f + n + 65535,
            n = Math.floor(a / 65536),
            f = a - 65536 * n,
            a = h + n + 65535,
            n = Math.floor(a / 65536),
            h = a - 65536 * n,
            a = d + n + 65535,
            n = Math.floor(a / 65536),
            d = a - 65536 * n,
            a = y + n + 65535,
            n = Math.floor(a / 65536),
            y = a - 65536 * n,
            a = g + n + 65535,
            n = Math.floor(a / 65536),
            g = a - 65536 * n,
            a = v + n + 65535,
            n = Math.floor(a / 65536),
            v = a - 65536 * n,
            a = m + n + 65535,
            n = Math.floor(a / 65536),
            m = a - 65536 * n,
            a = C + n + 65535,
            n = Math.floor(a / 65536),
            C = a - 65536 * n,
            a = E + n + 65535,
            n = Math.floor(a / 65536),
            E = a - 65536 * n,
            i += n - 1 + 37 * (n - 1),
            e[0] = i,
            e[1] = s,
            e[2] = o,
            e[3] = c,
            e[4] = u,
            e[5] = l,
            e[6] = p,
            e[7] = f,
            e[8] = h,
            e[9] = d,
            e[10] = y,
            e[11] = g,
            e[12] = v;
            e[13] = m,
            e[14] = C,
            e[15] = E
        }
        var L = r(0);
        if (r(12),
        r(2),
        r(32),
        r(1),
        void 0 === U)
            var U = L.jsbn.BigInteger;
        var D = L.util.ByteBuffer
          , P = "undefined" == typeof Buffer ? Uint8Array : Buffer;
        L.pki = L.pki || {},
        e.exports = L.pki.ed25519 = L.ed25519 = L.ed25519 || {};
        var V = L.ed25519;
        V.constants = {},
        V.constants.PUBLIC_KEY_BYTE_LENGTH = 32,
        V.constants.PRIVATE_KEY_BYTE_LENGTH = 64,
        V.constants.SEED_BYTE_LENGTH = 32,
        V.constants.SIGN_BYTE_LENGTH = 64,
        V.constants.HASH_BYTE_LENGTH = 64,
        V.generateKeyPair = function(e) {
            e = e || {};
            var t = e.seed;
            if (void 0 === t)
                t = L.random.getBytesSync(V.constants.SEED_BYTE_LENGTH);
            else if ("string" == typeof t) {
                if (t.length !== V.constants.SEED_BYTE_LENGTH)
                    throw new TypeError('"seed" must be ' + V.constants.SEED_BYTE_LENGTH + " bytes in length.")
            } else if (!(t instanceof Uint8Array))
                throw new TypeError('"seed" must be a node.js Buffer, Uint8Array, or a binary string.');
            t = a({
                message: t,
                encoding: "binary"
            });
            for (var r = new P(V.constants.PUBLIC_KEY_BYTE_LENGTH), n = new P(V.constants.PRIVATE_KEY_BYTE_LENGTH), s = 0; s < 32; ++s)
                n[s] = t[s];
            return i(r, n),
            {
                publicKey: r,
                privateKey: n
            }
        }
        ,
        V.publicKeyFromPrivateKey = function(e) {
            e = e || {};
            var t = a({
                message: e.privateKey,
                encoding: "binary"
            });
            if (t.length !== V.constants.PRIVATE_KEY_BYTE_LENGTH)
                throw new TypeError('"options.privateKey" must have a byte length of ' + V.constants.PRIVATE_KEY_BYTE_LENGTH);
            for (var r = new P(V.constants.PUBLIC_KEY_BYTE_LENGTH), n = 0; n < r.length; ++n)
                r[n] = t[32 + n];
            return r
        }
        ,
        V.sign = function(e) {
            e = e || {};
            var t = a(e)
              , r = a({
                message: e.privateKey,
                encoding: "binary"
            });
            if (r.length !== V.constants.PRIVATE_KEY_BYTE_LENGTH)
                throw new TypeError('"options.privateKey" must have a byte length of ' + V.constants.PRIVATE_KEY_BYTE_LENGTH);
            var n = new P(V.constants.SIGN_BYTE_LENGTH + t.length);
            s(n, t, t.length, r);
            for (var i = new P(V.constants.SIGN_BYTE_LENGTH), o = 0; o < i.length; ++o)
                i[o] = n[o];
            return i
        }
        ,
        V.verify = function(e) {
            e = e || {};
            var t = a(e);
            if (void 0 === e.signature)
                throw new TypeError('"options.signature" must be a node.js Buffer, a Uint8Array, a forge ByteBuffer, or a binary string.');
            var r = a({
                message: e.signature,
                encoding: "binary"
            });
            if (r.length !== V.constants.SIGN_BYTE_LENGTH)
                throw new TypeError('"options.signature" must have a byte length of ' + V.constants.SIGN_BYTE_LENGTH);
            var n = a({
                message: e.publicKey,
                encoding: "binary"
            });
            if (n.length !== V.constants.PUBLIC_KEY_BYTE_LENGTH)
                throw new TypeError('"options.publicKey" must have a byte length of ' + V.constants.PUBLIC_KEY_BYTE_LENGTH);
            var i, s = new P(V.constants.SIGN_BYTE_LENGTH + t.length), c = new P(V.constants.SIGN_BYTE_LENGTH + t.length);
            for (i = 0; i < V.constants.SIGN_BYTE_LENGTH; ++i)
                s[i] = r[i];
            for (i = 0; i < t.length; ++i)
                s[i + V.constants.SIGN_BYTE_LENGTH] = t[i];
            return o(c, s, s.length, n) >= 0
        }
        ;
        var O = N()
          , K = N([1])
          , x = N([30883, 4953, 19914, 30187, 55467, 16705, 2637, 112, 59544, 30585, 16505, 36039, 65139, 11119, 27886, 20995])
          , M = N([61785, 9906, 39828, 60374, 45398, 33411, 5274, 224, 53552, 61171, 33010, 6542, 64743, 22239, 55772, 9222])
          , F = N([54554, 36645, 11616, 51542, 42930, 38181, 51040, 26924, 56412, 64982, 57905, 49316, 21502, 52590, 14035, 8553])
          , q = N([26200, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214, 26214])
          , j = new Float64Array([237, 211, 245, 92, 26, 99, 18, 88, 214, 156, 247, 162, 222, 249, 222, 20, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 16])
          , G = N([41136, 18958, 6951, 50414, 58488, 44335, 6150, 12099, 55207, 15867, 153, 11085, 57099, 20417, 9344, 11139])
    }
    , function(e, t, r) {
        function a(e, t, r, a) {
            e.generate = function(e, i) {
                for (var s = new n.util.ByteBuffer, o = Math.ceil(i / a) + r, c = new n.util.ByteBuffer, u = r; u < o; ++u) {
                    c.putInt32(u),
                    t.start(),
                    t.update(e + c.getBytes());
                    var l = t.digest();
                    s.putBytes(l.getBytes(a))
                }
                return s.truncate(s.length() - i),
                s.getBytes()
            }
        }
        var n = r(0);
        r(1),
        r(2),
        r(12),
        e.exports = n.kem = n.kem || {};
        var i = n.jsbn.BigInteger;
        n.kem.rsa = {},
        n.kem.rsa.create = function(e, t) {
            t = t || {};
            var r = t.prng || n.random
              , a = {};
            return a.encrypt = function(t, a) {
                var s, o = Math.ceil(t.n.bitLength() / 8);
                do {
                    s = new i(n.util.bytesToHex(r.getBytesSync(o)),16).mod(t.n)
                } while (s.compareTo(i.ONE) <= 0);
                s = n.util.hexToBytes(s.toString(16));
                var c = o - s.length;
                return c > 0 && (s = n.util.fillString(String.fromCharCode(0), c) + s),
                {
                    encapsulation: t.encrypt(s, "NONE"),
                    key: e.generate(s, a)
                }
            }
            ,
            a.decrypt = function(t, r, a) {
                var n = t.decrypt(r, "NONE");
                return e.generate(n, a)
            }
            ,
            a
        }
        ,
        n.kem.kdf1 = function(e, t) {
            a(this, e, 0, t || e.digestLength)
        }
        ,
        n.kem.kdf2 = function(e, t) {
            a(this, e, 1, t || e.digestLength)
        }
    }
    , function(e, t, r) {
        e.exports = r(4),
        r(14),
        r(9),
        r(23),
        r(32)
    }
    , function(e, t, r) {
        function a(e) {
            var t = {}
              , r = [];
            if (!d.validate(e, y.asn1.recipientInfoValidator, t, r)) {
                var a = new Error("Cannot read PKCS#7 RecipientInfo. ASN.1 object is not an PKCS#7 RecipientInfo.");
                throw a.errors = r,
                a
            }
            return {
                version: t.version.charCodeAt(0),
                issuer: h.pki.RDNAttributesAsArray(t.issuer),
                serialNumber: h.util.createBuffer(t.serial).toHex(),
                encryptedContent: {
                    algorithm: d.derToOid(t.encAlgorithm),
                    parameter: t.encParameter.value,
                    content: t.encKey
                }
            }
        }
        function n(e) {
            return d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.INTEGER, !1, d.integerToDer(e.version).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [h.pki.distinguishedNameToAsn1({
                attributes: e.issuer
            }), d.create(d.Class.UNIVERSAL, d.Type.INTEGER, !1, h.util.hexToBytes(e.serialNumber))]), d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.encryptedContent.algorithm).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.NULL, !1, "")]), d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, e.encryptedContent.content)])
        }
        function i(e) {
            for (var t = [], r = 0; r < e.length; ++r)
                t.push(a(e[r]));
            return t
        }
        function s(e) {
            for (var t = [], r = 0; r < e.length; ++r)
                t.push(n(e[r]));
            return t
        }
        function o(e) {
            var t = d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.INTEGER, !1, d.integerToDer(e.version).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [h.pki.distinguishedNameToAsn1({
                attributes: e.issuer
            }), d.create(d.Class.UNIVERSAL, d.Type.INTEGER, !1, h.util.hexToBytes(e.serialNumber))]), d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.digestAlgorithm).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.NULL, !1, "")])]);
            if (e.authenticatedAttributesAsn1 && t.value.push(e.authenticatedAttributesAsn1),
            t.value.push(d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.signatureAlgorithm).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.NULL, !1, "")])),
            t.value.push(d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, e.signature)),
            e.unauthenticatedAttributes.length > 0) {
                for (var r = d.create(d.Class.CONTEXT_SPECIFIC, 1, !0, []), a = 0; a < e.unauthenticatedAttributes.length; ++a) {
                    var n = e.unauthenticatedAttributes[a];
                    r.values.push(u(n))
                }
                t.value.push(r)
            }
            return t
        }
        function c(e) {
            for (var t = [], r = 0; r < e.length; ++r)
                t.push(o(e[r]));
            return t
        }
        function u(e) {
            var t;
            if (e.type === h.pki.oids.contentType)
                t = d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.value).getBytes());
            else if (e.type === h.pki.oids.messageDigest)
                t = d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, e.value.bytes());
            else if (e.type === h.pki.oids.signingTime) {
                var r = new Date("1950-01-01T00:00:00Z")
                  , a = new Date("2050-01-01T00:00:00Z")
                  , n = e.value;
                if ("string" == typeof n) {
                    var i = Date.parse(n);
                    n = isNaN(i) ? 13 === n.length ? d.utcTimeToDate(n) : d.generalizedTimeToDate(n) : new Date(i)
                }
                t = n >= r && n < a ? d.create(d.Class.UNIVERSAL, d.Type.UTCTIME, !1, d.dateToUtcTime(n)) : d.create(d.Class.UNIVERSAL, d.Type.GENERALIZEDTIME, !1, d.dateToGeneralizedTime(n))
            }
            return d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.type).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.SET, !0, [t])])
        }
        function l(e) {
            return [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(h.pki.oids.data).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.algorithm).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, e.parameter.getBytes())]), d.create(d.Class.CONTEXT_SPECIFIC, 0, !0, [d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, e.content.getBytes())])]
        }
        function p(e, t, r) {
            var a = {}
              , n = [];
            if (!d.validate(t, r, a, n)) {
                var i = new Error("Cannot read PKCS#7 message. ASN.1 object is not a supported PKCS#7 message.");
                throw i.errors = i,
                i
            }
            if (d.derToOid(a.contentType) !== h.pki.oids.data)
                throw new Error("Unsupported PKCS#7 message. Only wrapped ContentType Data supported.");
            if (a.encryptedContent) {
                var s = "";
                if (h.util.isArray(a.encryptedContent))
                    for (var o = 0; o < a.encryptedContent.length; ++o) {
                        if (a.encryptedContent[o].type !== d.Type.OCTETSTRING)
                            throw new Error("Malformed PKCS#7 message, expecting encrypted content constructed of only OCTET STRING objects.");
                        s += a.encryptedContent[o].value
                    }
                else
                    s = a.encryptedContent;
                e.encryptedContent = {
                    algorithm: d.derToOid(a.encAlgorithm),
                    parameter: h.util.createBuffer(a.encParameter.value),
                    content: h.util.createBuffer(s)
                }
            }
            if (a.content) {
                var s = "";
                if (h.util.isArray(a.content))
                    for (var o = 0; o < a.content.length; ++o) {
                        if (a.content[o].type !== d.Type.OCTETSTRING)
                            throw new Error("Malformed PKCS#7 message, expecting content constructed of only OCTET STRING objects.");
                        s += a.content[o].value
                    }
                else
                    s = a.content;
                e.content = h.util.createBuffer(s)
            }
            return e.version = a.version.charCodeAt(0),
            e.rawCapture = a,
            a
        }
        function f(e) {
            if (void 0 === e.encryptedContent.key)
                throw new Error("Symmetric key not available.");
            if (void 0 === e.content) {
                var t;
                switch (e.encryptedContent.algorithm) {
                case h.pki.oids["aes128-CBC"]:
                case h.pki.oids["aes192-CBC"]:
                case h.pki.oids["aes256-CBC"]:
                    t = h.aes.createDecryptionCipher(e.encryptedContent.key);
                    break;
                case h.pki.oids.desCBC:
                case h.pki.oids["des-EDE3-CBC"]:
                    t = h.des.createDecryptionCipher(e.encryptedContent.key);
                    break;
                default:
                    throw new Error("Unsupported symmetric cipher, OID " + e.encryptedContent.algorithm)
                }
                if (t.start(e.encryptedContent.parameter),
                t.update(e.encryptedContent.content),
                !t.finish())
                    throw new Error("Symmetric decryption failed.");
                e.content = t.output
            }
        }
        var h = r(0);
        r(5),
        r(3),
        r(10),
        r(6),
        r(7),
        r(29),
        r(2),
        r(1),
        r(17);
        var d = h.asn1
          , y = e.exports = h.pkcs7 = h.pkcs7 || {};
        y.messageFromPem = function(e) {
            var t = h.pem.decode(e)[0];
            if ("PKCS7" !== t.type) {
                var r = new Error('Could not convert PKCS#7 message from PEM; PEM header type is not "PKCS#7".');
                throw r.headerType = t.type,
                r
            }
            if (t.procType && "ENCRYPTED" === t.procType.type)
                throw new Error("Could not convert PKCS#7 message from PEM; PEM is encrypted.");
            var a = d.fromDer(t.body);
            return y.messageFromAsn1(a)
        }
        ,
        y.messageToPem = function(e, t) {
            var r = {
                type: "PKCS7",
                body: d.toDer(e.toAsn1()).getBytes()
            };
            return h.pem.encode(r, {
                maxline: t
            })
        }
        ,
        y.messageFromAsn1 = function(e) {
            var t = {}
              , r = [];
            if (!d.validate(e, y.asn1.contentInfoValidator, t, r)) {
                var a = new Error("Cannot read PKCS#7 message. ASN.1 object is not an PKCS#7 ContentInfo.");
                throw a.errors = r,
                a
            }
            var n, i = d.derToOid(t.contentType);
            switch (i) {
            case h.pki.oids.envelopedData:
                n = y.createEnvelopedData();
                break;
            case h.pki.oids.encryptedData:
                n = y.createEncryptedData();
                break;
            case h.pki.oids.signedData:
                n = y.createSignedData();
                break;
            default:
                throw new Error("Cannot read PKCS#7 message. ContentType with OID " + i + " is not (yet) supported.")
            }
            return n.fromAsn1(t.content.value[0]),
            n
        }
        ,
        y.createSignedData = function() {
            function e() {
                for (var e = {}, t = 0; t < r.signers.length; ++t) {
                    var a = r.signers[t]
                      , n = a.digestAlgorithm;
                    n in e || (e[n] = h.md[h.pki.oids[n]].create()),
                    0 === a.authenticatedAttributes.length ? a.md = e[n] : a.md = h.md[h.pki.oids[n]].create()
                }
                r.digestAlgorithmIdentifiers = [];
                for (var n in e)
                    r.digestAlgorithmIdentifiers.push(d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(n).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.NULL, !1, "")]));
                return e
            }
            function t(e) {
                var t;
                if (r.detachedContent ? t = r.detachedContent : (t = r.contentInfo.value[1],
                t = t.value[0]),
                !t)
                    throw new Error("Could not sign PKCS#7 message; there is no content to sign.");
                var a = d.derToOid(r.contentInfo.value[0].value)
                  , n = d.toDer(t);
                n.getByte(),
                d.getBerValueLength(n),
                n = n.getBytes();
                for (var i in e)
                    e[i].start().update(n);
                for (var s = new Date, o = 0; o < r.signers.length; ++o) {
                    var l = r.signers[o];
                    if (0 === l.authenticatedAttributes.length) {
                        if (a !== h.pki.oids.data)
                            throw new Error("Invalid signer; authenticatedAttributes must be present when the ContentInfo content type is not PKCS#7 Data.")
                    } else {
                        l.authenticatedAttributesAsn1 = d.create(d.Class.CONTEXT_SPECIFIC, 0, !0, []);
                        for (var p = d.create(d.Class.UNIVERSAL, d.Type.SET, !0, []), f = 0; f < l.authenticatedAttributes.length; ++f) {
                            var y = l.authenticatedAttributes[f];
                            y.type === h.pki.oids.messageDigest ? y.value = e[l.digestAlgorithm].digest() : y.type === h.pki.oids.signingTime && (y.value || (y.value = s)),
                            p.value.push(u(y)),
                            l.authenticatedAttributesAsn1.value.push(u(y))
                        }
                        n = d.toDer(p).getBytes(),
                        l.md.start().update(n)
                    }
                    l.signature = l.key.sign(l.md, "RSASSA-PKCS1-V1_5")
                }
                r.signerInfos = c(r.signers)
            }
            var r = null;
            return r = {
                type: h.pki.oids.signedData,
                version: 1,
                certificates: [],
                crls: [],
                signers: [],
                digestAlgorithmIdentifiers: [],
                contentInfo: null,
                signerInfos: [],
                fromAsn1: function(e) {
                    if (p(r, e, y.asn1.signedDataValidator),
                    r.certificates = [],
                    r.crls = [],
                    r.digestAlgorithmIdentifiers = [],
                    r.contentInfo = null,
                    r.signerInfos = [],
                    r.rawCapture.certificates)
                        for (var t = r.rawCapture.certificates.value, a = 0; a < t.length; ++a)
                            r.certificates.push(h.pki.certificateFromAsn1(t[a]))
                },
                toAsn1: function() {
                    r.contentInfo || r.sign();
                    for (var e = [], t = 0; t < r.certificates.length; ++t)
                        e.push(h.pki.certificateToAsn1(r.certificates[t]));
                    var a = []
                      , n = d.create(d.Class.CONTEXT_SPECIFIC, 0, !0, [d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.INTEGER, !1, d.integerToDer(r.version).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.SET, !0, r.digestAlgorithmIdentifiers), r.contentInfo])]);
                    return e.length > 0 && n.value[0].value.push(d.create(d.Class.CONTEXT_SPECIFIC, 0, !0, e)),
                    a.length > 0 && n.value[0].value.push(d.create(d.Class.CONTEXT_SPECIFIC, 1, !0, a)),
                    n.value[0].value.push(d.create(d.Class.UNIVERSAL, d.Type.SET, !0, r.signerInfos)),
                    d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(r.type).getBytes()), n])
                },
                addSigner: function(e) {
                    var t = e.issuer
                      , a = e.serialNumber;
                    if (e.certificate) {
                        var n = e.certificate;
                        "string" == typeof n && (n = h.pki.certificateFromPem(n)),
                        t = n.issuer.attributes,
                        a = n.serialNumber
                    }
                    var i = e.key;
                    if (!i)
                        throw new Error("Could not add PKCS#7 signer; no private key specified.");
                    "string" == typeof i && (i = h.pki.privateKeyFromPem(i));
                    var s = e.digestAlgorithm || h.pki.oids.sha1;
                    switch (s) {
                    case h.pki.oids.sha1:
                    case h.pki.oids.sha256:
                    case h.pki.oids.sha384:
                    case h.pki.oids.sha512:
                    case h.pki.oids.md5:
                        break;
                    default:
                        throw new Error("Could not add PKCS#7 signer; unknown message digest algorithm: " + s)
                    }
                    var o = e.authenticatedAttributes || [];
                    if (o.length > 0) {
                        for (var c = !1, u = !1, l = 0; l < o.length; ++l) {
                            var p = o[l];
                            if (c || p.type !== h.pki.oids.contentType) {
                                if (u || p.type !== h.pki.oids.messageDigest)
                                    ;
                                else if (u = !0,
                                c)
                                    break
                            } else if (c = !0,
                            u)
                                break
                        }
                        if (!c || !u)
                            throw new Error("Invalid signer.authenticatedAttributes. If signer.authenticatedAttributes is specified, then it must contain at least two attributes, PKCS #9 content-type and PKCS #9 message-digest.")
                    }
                    r.signers.push({
                        key: i,
                        version: 1,
                        issuer: t,
                        serialNumber: a,
                        digestAlgorithm: s,
                        signatureAlgorithm: h.pki.oids.rsaEncryption,
                        signature: null,
                        authenticatedAttributes: o,
                        unauthenticatedAttributes: []
                    })
                },
                sign: function(a) {
                    if (a = a || {},
                    ("object" != typeof r.content || null === r.contentInfo) && (r.contentInfo = d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(h.pki.oids.data).getBytes())]),
                    "content"in r)) {
                        var n;
                        r.content instanceof h.util.ByteBuffer ? n = r.content.bytes() : "string" == typeof r.content && (n = h.util.encodeUtf8(r.content)),
                        a.detached ? r.detachedContent = d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, n) : r.contentInfo.value.push(d.create(d.Class.CONTEXT_SPECIFIC, 0, !0, [d.create(d.Class.UNIVERSAL, d.Type.OCTETSTRING, !1, n)]))
                    }
                    if (0 !== r.signers.length) {
                        t(e())
                    }
                },
                verify: function() {
                    throw new Error("PKCS#7 signature verification not yet implemented.")
                },
                addCertificate: function(e) {
                    "string" == typeof e && (e = h.pki.certificateFromPem(e)),
                    r.certificates.push(e)
                },
                addCertificateRevokationList: function(e) {
                    throw new Error("PKCS#7 CRL support not yet implemented.")
                }
            }
        }
        ,
        y.createEncryptedData = function() {
            var e = null;
            return e = {
                type: h.pki.oids.encryptedData,
                version: 0,
                encryptedContent: {
                    algorithm: h.pki.oids["aes256-CBC"]
                },
                fromAsn1: function(t) {
                    p(e, t, y.asn1.encryptedDataValidator)
                },
                decrypt: function(t) {
                    void 0 !== t && (e.encryptedContent.key = t),
                    f(e)
                }
            }
        }
        ,
        y.createEnvelopedData = function() {
            var e = null;
            return e = {
                type: h.pki.oids.envelopedData,
                version: 0,
                recipients: [],
                encryptedContent: {
                    algorithm: h.pki.oids["aes256-CBC"]
                },
                fromAsn1: function(t) {
                    var r = p(e, t, y.asn1.envelopedDataValidator);
                    e.recipients = i(r.recipientInfos.value)
                },
                toAsn1: function() {
                    return d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.OID, !1, d.oidToDer(e.type).getBytes()), d.create(d.Class.CONTEXT_SPECIFIC, 0, !0, [d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, [d.create(d.Class.UNIVERSAL, d.Type.INTEGER, !1, d.integerToDer(e.version).getBytes()), d.create(d.Class.UNIVERSAL, d.Type.SET, !0, s(e.recipients)), d.create(d.Class.UNIVERSAL, d.Type.SEQUENCE, !0, l(e.encryptedContent))])])])
                },
                findRecipient: function(t) {
                    for (var r = t.issuer.attributes, a = 0; a < e.recipients.length; ++a) {
                        var n = e.recipients[a]
                          , i = n.issuer;
                        if (n.serialNumber === t.serialNumber && i.length === r.length) {
                            for (var s = !0, o = 0; o < r.length; ++o)
                                if (i[o].type !== r[o].type || i[o].value !== r[o].value) {
                                    s = !1;
                                    break
                                }
                            if (s)
                                return n
                        }
                    }
                    return null
                },
                decrypt: function(t, r) {
                    if (void 0 === e.encryptedContent.key && void 0 !== t && void 0 !== r)
                        switch (t.encryptedContent.algorithm) {
                        case h.pki.oids.rsaEncryption:
                        case h.pki.oids.desCBC:
                            var a = r.decrypt(t.encryptedContent.content);
                            e.encryptedContent.key = h.util.createBuffer(a);
                            break;
                        default:
                            throw new Error("Unsupported asymmetric cipher, OID " + t.encryptedContent.algorithm)
                        }
                    f(e)
                },
                addRecipient: function(t) {
                    e.recipients.push({
                        version: 0,
                        issuer: t.issuer.attributes,
                        serialNumber: t.serialNumber,
                        encryptedContent: {
                            algorithm: h.pki.oids.rsaEncryption,
                            key: t.publicKey
                        }
                    })
                },
                encrypt: function(t, r) {
                    if (void 0 === e.encryptedContent.content) {
                        r = r || e.encryptedContent.algorithm,
                        t = t || e.encryptedContent.key;
                        var a, n, i;
                        switch (r) {
                        case h.pki.oids["aes128-CBC"]:
                            a = 16,
                            n = 16,
                            i = h.aes.createEncryptionCipher;
                            break;
                        case h.pki.oids["aes192-CBC"]:
                            a = 24,
                            n = 16,
                            i = h.aes.createEncryptionCipher;
                            break;
                        case h.pki.oids["aes256-CBC"]:
                            a = 32,
                            n = 16,
                            i = h.aes.createEncryptionCipher;
                            break;
                        case h.pki.oids["des-EDE3-CBC"]:
                            a = 24,
                            n = 8,
                            i = h.des.createEncryptionCipher;
                            break;
                        default:
                            throw new Error("Unsupported symmetric cipher, OID " + r)
                        }
                        if (void 0 === t)
                            t = h.util.createBuffer(h.random.getBytes(a));
                        else if (t.length() != a)
                            throw new Error("Symmetric key has wrong length; got " + t.length() + " bytes, expected " + a + ".");
                        e.encryptedContent.algorithm = r,
                        e.encryptedContent.key = t,
                        e.encryptedContent.parameter = h.util.createBuffer(h.random.getBytes(n));
                        var s = i(t);
                        if (s.start(e.encryptedContent.parameter.copy()),
                        s.update(e.content),
                        !s.finish())
                            throw new Error("Symmetric encryption failed.");
                        e.encryptedContent.content = s.output
                    }
                    for (var o = 0; o < e.recipients.length; ++o) {
                        var c = e.recipients[o];
                        if (void 0 === c.encryptedContent.content)
                            switch (c.encryptedContent.algorithm) {
                            case h.pki.oids.rsaEncryption:
                                c.encryptedContent.content = c.encryptedContent.key.encrypt(e.encryptedContent.key.data);
                                break;
                            default:
                                throw new Error("Unsupported asymmetric cipher, OID " + c.encryptedContent.algorithm)
                            }
                    }
                }
            }
        }
    }
    , function(e, t, r) {
        function a(e, t) {
            var r = t.toString(16);
            r[0] >= "8" && (r = "00" + r);
            var a = s.util.hexToBytes(r);
            e.putInt32(a.length),
            e.putBytes(a)
        }
        function n(e, t) {
            e.putInt32(t.length),
            e.putString(t)
        }
        function i() {
            for (var e = s.md.sha1.create(), t = arguments.length, r = 0; r < t; ++r)
                e.update(arguments[r]);
            return e.digest()
        }
        var s = r(0);
        r(5),
        r(8),
        r(14),
        r(9),
        r(1);
        var o = e.exports = s.ssh = s.ssh || {};
        o.privateKeyToPutty = function(e, t, r) {
            r = r || "",
            t = t || "";
            var o = "" === t ? "none" : "aes256-cbc"
              , c = "PuTTY-User-Key-File-2: ssh-rsa\r\n";
            c += "Encryption: " + o + "\r\n",
            c += "Comment: " + r + "\r\n";
            var u = s.util.createBuffer();
            n(u, "ssh-rsa"),
            a(u, e.e),
            a(u, e.n);
            var l = s.util.encode64(u.bytes(), 64)
              , p = Math.floor(l.length / 66) + 1;
            c += "Public-Lines: " + p + "\r\n",
            c += l;
            var f = s.util.createBuffer();
            a(f, e.d),
            a(f, e.p),
            a(f, e.q),
            a(f, e.qInv);
            var h;
            if (t) {
                var d = f.length() + 16 - 1;
                d -= d % 16;
                var y = i(f.bytes());
                y.truncate(y.length() - d + f.length()),
                f.putBuffer(y);
                var g = s.util.createBuffer();
                g.putBuffer(i("\0\0\0\0", t)),
                g.putBuffer(i("\0\0\0
", t));
                var v = s.aes.createEncryptionCipher(g.truncate(8), "CBC");
                v.start(s.util.createBuffer().fillWithByte(0, 16)),
                v.update(f.copy()),
                v.finish();
                var m = v.output;
                m.truncate(16),
                h = s.util.encode64(m.bytes(), 64)
            } else
                h = s.util.encode64(f.bytes(), 64);
            p = Math.floor(h.length / 66) + 1,
            c += "\r\nPrivate-Lines: " + p + "\r\n",
            c += h;
            var C = i("putty-private-key-file-mac-key", t)
              , E = s.util.createBuffer();
            n(E, "ssh-rsa"),
            n(E, o),
            n(E, r),
            E.putInt32(u.length()),
            E.putBuffer(u),
            E.putInt32(f.length()),
            E.putBuffer(f);
            var S = s.hmac.create();
            return S.start("sha1", C),
            S.update(E.bytes()),
            c += "\r\nPrivate-MAC: " + S.digest().toHex() + "\r\n"
        }
        ,
        o.publicKeyToOpenSSH = function(e, t) {
            t = t || "";
            var r = s.util.createBuffer();
            return n(r, "ssh-rsa"),
            a(r, e.e),
            a(r, e.n),
            "ssh-rsa " + s.util.encode64(r.bytes()) + " " + t
        }
        ,
        o.privateKeyToOpenSSH = function(e, t) {
            return t ? s.pki.encryptRsaPrivateKey(e, t, {
                legacy: !0,
                algorithm: "aes128"
            }) : s.pki.privateKeyToPem(e)
        }
        ,
        o.getPublicKeyFingerprint = function(e, t) {
            t = t || {};
            var r = t.md || s.md.md5.create()
              , i = s.util.createBuffer();
            n(i, "ssh-rsa"),
            a(i, e.e),
            a(i, e.n),
            r.start(),
            r.update(i.getBytes());
            var o = r.digest();
            if ("hex" === t.encoding) {
                var c = o.toHex();
                return t.delimiter ? c.match(/.{2}/g).join(t.delimiter) : c
            }
            if ("binary" === t.encoding)
                return o.getBytes();
            if (t.encoding)
                throw new Error('Unknown encoding "' + t.encoding + '".');
            return o
        }
    }
    , function(e, t, r) {
        var a = r(0);
        r(31),
        r(33),
        r(1);
        var n = "forge.task"
          , i = {}
          , s = 0;
        a.debug.set(n, "tasks", i);
        var o = {};
        a.debug.set(n, "queues", o);
        var c = "ready"
          , u = "running"
          , l = "blocked"
          , p = "sleeping"
          , f = "done"
          , h = "error"
          , d = "stop"
          , y = "start"
          , g = {};
        g[c] = {},
        g[c][d] = c,
        g[c][y] = u,
        g[c].cancel = f,
        g[c].fail = h,
        g[u] = {},
        g[u][d] = c,
        g[u][y] = u,
        g[u].block = l,
        g[u].unblock = u,
        g[u].sleep = p,
        g[u].wakeup = u,
        g[u].cancel = f,
        g[u].fail = h,
        g[l] = {},
        g[l][d] = l,
        g[l][y] = l,
        g[l].block = l,
        g[l].unblock = l,
        g[l].sleep = l,
        g[l].wakeup = l,
        g[l].cancel = f,
        g[l].fail = h,
        g[p] = {},
        g[p][d] = p,
        g[p][y] = p,
        g[p].block = p,
        g[p].unblock = p,
        g[p].sleep = p,
        g[p].wakeup = p,
        g[p].cancel = f,
        g[p].fail = h,
        g[f] = {},
        g[f][d] = f,
        g[f][y] = f,
        g[f].block = f,
        g[f].unblock = f,
        g[f].sleep = f,
        g[f].wakeup = f,
        g[f].cancel = f,
        g[f].fail = h,
        g[h] = {},
        g[h][d] = h,
        g[h][y] = h,
        g[h].block = h,
        g[h].unblock = h,
        g[h].sleep = h,
        g[h].wakeup = h,
        g[h].cancel = h,
        g[h].fail = h;
        var v = function(e) {
            this.id = -1,
            this.name = e.name || "?",
            this.parent = e.parent || null,
            this.run = e.run,
            this.subtasks = [],
            this.error = !1,
            this.state = c,
            this.blocks = 0,
            this.timeoutId = null,
            this.swapTime = null,
            this.userData = null,
            this.id = s++,
            i[this.id] = this
        };
        v.prototype.debug = function(e) {
            e = e || "",
            a.log.debug(n, e, "[%s][%s] task:", this.id, this.name, this, "subtasks:", this.subtasks.length, "queue:", o)
        }
        ,
        v.prototype.next = function(e, t) {
            "function" == typeof e && (t = e,
            e = this.name);
            var r = new v({
                run: t,
                name: e,
                parent: this
            });
            return r.state = u,
            r.type = this.type,
            r.successCallback = this.successCallback || null,
            r.failureCallback = this.failureCallback || null,
            this.subtasks.push(r),
            this
        }
        ,
        v.prototype.parallel = function(e, t) {
            return a.util.isArray(e) && (t = e,
            e = this.name),
            this.next(e, function(r) {
                var n = r;
                n.block(t.length);
                for (var i = 0; i < t.length; i++) {
                    var s = e + "__parallel-" + r.id + "-" + i
                      , o = i;
                    !function(e, r) {
                        a.task.start({
                            type: e,
                            run: function(e) {
                                t[r](e)
                            },
                            success: function(e) {
                                n.unblock()
                            },
                            failure: function(e) {
                                n.unblock()
                            }
                        })
                    }(s, o)
                }
            })
        }
        ,
        v.prototype.stop = function() {
            this.state = g[this.state][d]
        }
        ,
        v.prototype.start = function() {
            this.error = !1,
            this.state = g[this.state][y],
            this.state === u && (this.start = new Date,
            this.run(this),
            C(this, 0))
        }
        ,
        v.prototype.block = function(e) {
            e = void 0 === e ? 1 : e,
            this.blocks += e,
            this.blocks > 0 && (this.state = g[this.state].block)
        }
        ,
        v.prototype.unblock = function(e) {
            return e = void 0 === e ? 1 : e,
            this.blocks -= e,
            0 === this.blocks && this.state !== f && (this.state = u,
            C(this, 0)),
            this.blocks
        }
        ,
        v.prototype.sleep = function(e) {
            e = void 0 === e ? 0 : e,
            this.state = g[this.state].sleep;
            var t = this;
            this.timeoutId = setTimeout(function() {
                t.timeoutId = null,
                t.state = u,
                C(t, 0)
            }, e)
        }
        ,
        v.prototype.wait = function(e) {
            e.wait(this)
        }
        ,
        v.prototype.wakeup = function() {
            this.state === p && (cancelTimeout(this.timeoutId),
            this.timeoutId = null,
            this.state = u,
            C(this, 0))
        }
        ,
        v.prototype.cancel = function() {
            this.state = g[this.state].cancel,
            this.permitsNeeded = 0,
            null !== this.timeoutId && (cancelTimeout(this.timeoutId),
            this.timeoutId = null),
            this.subtasks = []
        }
        ,
        v.prototype.fail = function(e) {
            if (this.error = !0,
            E(this, !0),
            e)
                e.error = this.error,
                e.swapTime = this.swapTime,
                e.userData = this.userData,
                C(e, 0);
            else {
                if (null !== this.parent) {
                    for (var t = this.parent; null !== t.parent; )
                        t.error = this.error,
                        t.swapTime = this.swapTime,
                        t.userData = this.userData,
                        t = t.parent;
                    E(t, !0)
                }
                this.failureCallback && this.failureCallback(this)
            }
        }
        ;
        var m = function(e) {
            e.error = !1,
            e.state = g[e.state][y],
            setTimeout(function() {
                e.state === u && (e.swapTime = +new Date,
                e.run(e),
                C(e, 0))
            }, 0)
        }
          , C = function(e, t) {
            var r = t > 30 || +new Date - e.swapTime > 20
              , a = function(t) {
                if (t++,
                e.state === u)
                    if (r && (e.swapTime = +new Date),
                    e.subtasks.length > 0) {
                        var a = e.subtasks.shift();
                        a.error = e.error,
                        a.swapTime = e.swapTime,
                        a.userData = e.userData,
                        a.run(a),
                        a.error || C(a, t)
                    } else
                        E(e),
                        e.error || null !== e.parent && (e.parent.error = e.error,
                        e.parent.swapTime = e.swapTime,
                        e.parent.userData = e.userData,
                        C(e.parent, t))
            };
            r ? setTimeout(a, 0) : a(t)
        }
          , E = function(e, t) {
            e.state = f,
            delete i[e.id],
            null === e.parent && (e.type in o ? 0 === o[e.type].length ? a.log.error(n, "[%s][%s] task queue empty [%s]", e.id, e.name, e.type) : o[e.type][0] !== e ? a.log.error(n, "[%s][%s] task not first in queue [%s]", e.id, e.name, e.type) : (o[e.type].shift(),
            0 === o[e.type].length ? delete o[e.type] : o[e.type][0].start()) : a.log.error(n, "[%s][%s] task queue missing [%s]", e.id, e.name, e.type),
            t || (e.error && e.failureCallback ? e.failureCallback(e) : !e.error && e.successCallback && e.successCallback(e)))
        };
        e.exports = a.task = a.task || {},
        a.task.start = function(e) {
            var t = new v({
                run: e.run,
                name: e.name || "?"
            });
            t.type = e.type,
            t.successCallback = e.success || null,
            t.failureCallback = e.failure || null,
            t.type in o ? o[e.type].push(t) : (o[t.type] = [t],
            m(t))
        }
        ,
        a.task.cancel = function(e) {
            e in o && (o[e] = [o[e][0]])
        }
        ,
        a.task.createCondition = function() {
            var e = {
                tasks: {}
            };
            return e.wait = function(t) {
                t.id in e.tasks || (t.block(),
                e.tasks[t.id] = t)
            }
            ,
            e.notify = function() {
                var t = e.tasks;
                e.tasks = {};
                for (var r in t)
                    t[r].unblock()
            }
            ,
            e
        }
    }
    ])
}
;'use strict';
{
    const C3 = self.C3;
    let cacheRegex = null;
    let lastRegex = "";
    let lastFlags = "";
    let regexMatches = [];
    let lastMatchesStr = "";
    let lastMatchesRegex = "";
    let lastMatchesFlags = "";
    const forEachStack = C3.New(C3.ArrayStack);
    function ForEachOrdered_SortInstances(a, b) {
        const va = a[1];
        const vb = b[1];
        if (typeof va === "number" && typeof vb === "number")
            return va - vb;
        else {
            const sa = "" + va;
            const sb = "" + vb;
            if (sa < sb)
                return -1;
            else if (sa > sb)
                return 1;
            else
                return 0
        }
    }
    C3.Plugins.System = class SystemPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts);
            this._loopStack = this._runtime.GetEventSheetManager().GetLoopStack();
            this._eventStack = this._runtime.GetEventSheetManager().GetEventStack();
            this._imagesLoadingTotal = 0;
            this._imagesLoadingComplete = 0;
            this._functionMaps = new Map
        }
        Release() {
            super.Release()
        }
        UpdateRender() {
            this._runtime.UpdateRender()
        }
        Trigger(method) {
            this._runtime.Trigger(method, null, null)
        }
        GetRegex(regex, flags) {
            if (!cacheRegex || regex !== lastRegex || flags !== lastFlags) {
                cacheRegex = new RegExp(regex,flags);
                lastRegex = regex;
                lastFlags = flags
            }
            cacheRegex.lastIndex = 0;
            return cacheRegex
        }
        GetRegexMatches(str, regex, flags) {
            if (str === lastMatchesStr && regex === lastMatchesRegex && flags === lastMatchesFlags)
                return regexMatches;
            const cacheRegex = this.GetRegex(regex, flags);
            regexMatches = str.match(cacheRegex);
            lastMatchesStr = str;
            lastMatchesRegex = regex;
            lastMatchesFlags = flags;
            return regexMatches
        }
        async _LoadTexturesForObjectClasses(layout, objectClasses) {
            if (!objectClasses.length)
                return;
            this._imagesLoadingTotal += objectClasses.length;
            const promises = [];
            for (const oc of objectClasses)
                promises.push(layout.MaybeLoadTexturesFor(oc));
            await C3.PromiseAllWithProgress(promises, ()=>{
                this._imagesLoadingComplete++
            }
            );
            this._imagesLoadingComplete++;
            if (this._imagesLoadingComplete === this._imagesLoadingTotal) {
                this._runtime.Trigger(C3.Plugins.System.Cnds.OnImageLoadingComplete, null, null);
                this._imagesLoadingComplete = 0;
                this._imagesLoadingTotal = 0
            }
        }
        _UnloadTexturesForObjectClasses(layout, objectClasses) {
            for (const oc of objectClasses)
                if (oc.GetInstanceCount() === 0)
                    layout.MaybeUnloadTexturesFor(oc)
        }
        _GetForEachStack() {
            return forEachStack
        }
        _Repeat(count) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            loop.SetEnd(count);
            if (isSolModifierAfterCnds)
                for (let i = 0; i < count && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else
                for (let i = 0; i < count && !loop.IsStopped(); ++i) {
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame)
                }
            eventStack.Pop();
            loopStack.Pop();
            return false
        }
        *_DebugRepeat(count) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            loop.SetEnd(count);
            if (isSolModifierAfterCnds)
                for (let i = 0; i < count && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else
                for (let i = 0; i < count && !loop.IsStopped(); ++i) {
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame)
                }
            eventStack.Pop();
            loopStack.Pop();
            return false
        }
        _While() {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            if (isSolModifierAfterCnds)
                for (let i = 0; !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    loop.SetIndex(i);
                    if (!currentEvent.Retrigger(oldFrame, newFrame))
                        loop.Stop();
                    eventSheetManager.PopSol(solModifiers)
                }
            else
                for (let i = 0; !loop.IsStopped(); ++i) {
                    loop.SetIndex(i);
                    if (!currentEvent.Retrigger(oldFrame, newFrame))
                        loop.Stop()
                }
            eventStack.Pop();
            loopStack.Pop();
            return false
        }
        *_DebugWhile() {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            if (isSolModifierAfterCnds)
                for (let i = 0; !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    loop.SetIndex(i);
                    const ret = yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                    if (!ret)
                        loop.Stop();
                    eventSheetManager.PopSol(solModifiers)
                }
            else
                for (let i = 0; !loop.IsStopped(); ++i) {
                    loop.SetIndex(i);
                    const ret = yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                    if (!ret)
                        loop.Stop()
                }
            eventStack.Pop();
            loopStack.Pop();
            return false
        }
        _For(name, start, end) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            loop.SetName(name);
            loop.SetEnd(end);
            if (end < start)
                if (isSolModifierAfterCnds)
                    for (let i = start; i >= end && !loop.IsStopped(); --i) {
                        eventSheetManager.PushCopySol(solModifiers);
                        loop.SetIndex(i);
                        currentEvent.Retrigger(oldFrame, newFrame);
                        eventSheetManager.PopSol(solModifiers)
                    }
                else
                    for (let i = start; i >= end && !loop.IsStopped(); --i) {
                        loop.SetIndex(i);
                        currentEvent.Retrigger(oldFrame, newFrame)
                    }
            else if (isSolModifierAfterCnds)
                for (let i = start; i <= end && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else
                for (let i = start; i <= end && !loop.IsStopped(); ++i) {
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame)
                }
            eventStack.Pop();
            loopStack.Pop();
            return false
        }
        *_DebugFor(name, start, end) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            loop.SetName(name);
            loop.SetEnd(end);
            if (end < start)
                if (isSolModifierAfterCnds)
                    for (let i = start; i >= end && !loop.IsStopped(); --i) {
                        eventSheetManager.PushCopySol(solModifiers);
                        loop.SetIndex(i);
                        yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                        eventSheetManager.PopSol(solModifiers)
                    }
                else
                    for (let i = start; i >= end && !loop.IsStopped(); --i) {
                        loop.SetIndex(i);
                        yield*currentEvent.DebugRetrigger(oldFrame, newFrame)
                    }
            else if (isSolModifierAfterCnds)
                for (let i = start; i <= end && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else
                for (let i = start; i <= end && !loop.IsStopped(); ++i) {
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame)
                }
            eventStack.Pop();
            loopStack.Pop();
            return false
        }
        _ForEach(objectClass) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            const isInContainer = objectClass.IsInContainer();
            const sol = objectClass.GetCurrentSol();
            const instances = forEachStack.Push();
            C3.shallowAssignArray(instances, sol.GetInstances());
            loop.SetEnd(instances.length);
            if (isSolModifierAfterCnds)
                for (let i = 0, len = instances.length; i < len && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    const inst = instances[i];
                    objectClass.GetCurrentSol().SetSinglePicked(inst);
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else {
                sol._SetSelectAll(false);
                const solInstances = sol._GetOwnInstances();
                C3.clearArray(solInstances);
                solInstances.push(null);
                for (let i = 0, len = instances.length; i < len && !loop.IsStopped(); ++i) {
                    const inst = instances[i];
                    solInstances[0] = inst;
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame)
                }
            }
            eventStack.Pop();
            loopStack.Pop();
            C3.clearArray(instances);
            forEachStack.Pop();
            return false
        }
        *_DebugForEach(objectClass) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            const isInContainer = objectClass.IsInContainer();
            const sol = objectClass.GetCurrentSol();
            const instances = forEachStack.Push();
            C3.shallowAssignArray(instances, sol.GetInstances());
            loop.SetEnd(instances.length);
            if (isSolModifierAfterCnds)
                for (let i = 0, len = instances.length; i < len && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    const inst = instances[i];
                    objectClass.GetCurrentSol().SetSinglePicked(inst);
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else {
                sol._SetSelectAll(false);
                const solInstances = sol._GetOwnInstances();
                C3.clearArray(solInstances);
                solInstances.push(null);
                for (let i = 0, len = instances.length; i < len && !loop.IsStopped(); ++i) {
                    const inst = instances[i];
                    solInstances[0] = inst;
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame)
                }
            }
            eventStack.Pop();
            loopStack.Pop();
            C3.clearArray(instances);
            forEachStack.Pop();
            return false
        }
        _ForEachOrdered(objectClass, order) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const cnd = eventSheetManager.GetCurrentCondition();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            const isInContainer = objectClass.IsInContainer();
            const sol = objectClass.GetCurrentSol();
            const instancesData = forEachStack.Push();
            C3.clearArray(instancesData);
            const iterInstances = sol.GetInstances();
            loop.SetEnd(iterInstances.length);
            for (let i = 0, len = iterInstances.length; i < len; ++i)
                instancesData.push([iterInstances[i], cnd.ReevaluateParameter(1, i)]);
            instancesData.sort(ForEachOrdered_SortInstances);
            if (order === 1)
                instancesData.reverse();
            if (isSolModifierAfterCnds)
                for (let i = 0, len = instancesData.length; i < len && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    const inst = instancesData[i][0];
                    objectClass.GetCurrentSol().SetSinglePicked(inst);
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else {
                sol._SetSelectAll(false);
                const solInstances = sol._GetOwnInstances();
                C3.clearArray(solInstances);
                solInstances.push(null);
                for (let i = 0, len = instancesData.length; i < len && !loop.IsStopped(); ++i) {
                    const inst = instancesData[i][0];
                    solInstances[0] = inst;
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    currentEvent.Retrigger(oldFrame, newFrame)
                }
            }
            eventStack.Pop();
            loopStack.Pop();
            C3.clearArray(instancesData);
            forEachStack.Pop();
            return false
        }
        *_DebugForEachOrdered(objectClass, order) {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const cnd = eventSheetManager.GetCurrentCondition();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const currentEvent = oldFrame.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const isSolModifierAfterCnds = oldFrame.IsSolModifierAfterCnds();
            const newFrame = eventStack.Push(currentEvent);
            const loopStack = eventSheetManager.GetLoopStack();
            const loop = loopStack.Push();
            const isInContainer = objectClass.IsInContainer();
            const sol = objectClass.GetCurrentSol();
            const instancesData = forEachStack.Push();
            C3.clearArray(instancesData);
            const iterInstances = sol.GetInstances();
            loop.SetEnd(iterInstances.length);
            for (let i = 0, len = iterInstances.length; i < len; ++i)
                instancesData.push([iterInstances[i], cnd.ReevaluateParameter(1, i)]);
            instancesData.sort(ForEachOrdered_SortInstances);
            if (order === 1)
                instancesData.reverse();
            if (isSolModifierAfterCnds)
                for (let i = 0, len = instancesData.length; i < len && !loop.IsStopped(); ++i) {
                    eventSheetManager.PushCopySol(solModifiers);
                    const inst = instancesData[i][0];
                    objectClass.GetCurrentSol().SetSinglePicked(inst);
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                    eventSheetManager.PopSol(solModifiers)
                }
            else {
                sol._SetSelectAll(false);
                const solInstances = sol._GetOwnInstances();
                C3.clearArray(solInstances);
                solInstances.push(null);
                for (let i = 0, len = instancesData.length; i < len && !loop.IsStopped(); ++i) {
                    const inst = instancesData[i][0];
                    solInstances[0] = inst;
                    if (isInContainer)
                        inst.SetSiblingsSinglePicked();
                    loop.SetIndex(i);
                    yield*currentEvent.DebugRetrigger(oldFrame, newFrame)
                }
            }
            eventStack.Pop();
            loopStack.Pop();
            C3.clearArray(instancesData);
            forEachStack.Pop();
            return false
        }
        _GetFunctionMap(name, createIfMissing) {
            let ret = this._functionMaps.get(name);
            if (ret)
                return ret;
            if (!createIfMissing)
                return null;
            ret = {
                defaultFunc: null,
                strMap: new Map
            };
            this._functionMaps.set(name, ret);
            return ret
        }
        _DoCallMappedFunction(eventSheetManager, functionBlock, paramResults, hasAnySolModifiers, solModifiers) {
            functionBlock.GetEventBlock().RunAsMappedFunctionCall(paramResults);
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(solModifiers)
        }
        *_DebugDoCallMappedFunction(eventSheetManager, functionBlock, paramResults, hasAnySolModifiers, solModifiers) {
            yield*functionBlock.GetEventBlock().DebugRunAsMappedFunctionCall(paramResults);
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(solModifiers)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.System.Type = class SystemType extends C3.DefendedBase {
        constructor(objectClass) {
            super();
            this._objectClass = objectClass;
            this._runtime = objectClass.GetRuntime();
            this._plugin = objectClass.GetPlugin()
        }
        OnCreate() {}
        Release() {
            this._objectClass = null;
            this._runtime = null;
            this._plugin = null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.System.Instance = class SystemInstance extends C3.DefendedBase {
        constructor(inst, properties) {
            super();
            this._inst = inst;
            this._objectClass = this._inst.GetObjectClass();
            this._sdkType = this._objectClass.GetSdkType();
            this._runtime = this._inst.GetRuntime()
        }
        Release() {
            this._inst = null;
            this._objectClass = null;
            this._sdkType = null;
            this._runtime = null
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tmpPickArray = [];
    C3.Plugins.System.Cnds = {
        EveryTick() {
            return true
        },
        OnLayoutStart() {
            return true
        },
        OnLayoutEnd() {
            return true
        },
        OnSuspend() {
            return true
        },
        OnResume() {
            return true
        },
        IsSuspended() {
            return this._runtime.IsSuspended()
        },
        Else() {
            const frame = this._runtime.GetCurrentEventStackFrame();
            if (frame.GetElseBranchRan())
                return false;
            else
                return !frame.GetLastEventTrue()
        },
        TriggerOnce() {
            const cnd = this._runtime.GetCurrentCondition();
            const cndSavedData = cnd.GetSavedDataMap();
            let lastTick = cndSavedData.get("TriggerOnce_lastTick");
            if (typeof lastTick === "undefined") {
                lastTick = -1;
                cndSavedData.set("TriggerOnce_lastTick", -1)
            }
            const curTick = this._runtime.GetTickCount();
            cndSavedData.set("TriggerOnce_lastTick", curTick);
            return this._runtime.IsLayoutFirstTick() || lastTick !== curTick - 1
        },
        Every(seconds) {
            const cnd = this._runtime.GetCurrentCondition();
            const cndSavedData = cnd.GetSavedDataMap();
            const lastTime = cndSavedData.get("Every_lastTime") || 0;
            const curTime = this._runtime.GetGameTime();
            if (!cndSavedData.has("Every_seconds"))
                cndSavedData.set("Every_seconds", seconds);
            const thisSeconds = cndSavedData.get("Every_seconds");
            if (curTime >= lastTime + thisSeconds) {
                cndSavedData.set("Every_lastTime", lastTime + thisSeconds);
                if (curTime >= cndSavedData.get("Every_lastTime") + .04)
                    cndSavedData.set("Every_lastTime", curTime);
                cndSavedData.set("Every_seconds", seconds);
                return true
            } else if (curTime < lastTime - .1)
                cndSavedData.set("Every_lastTime", curTime);
            return false
        },
        IsGroupActive(groupName) {
            const eventGroup = this._runtime.GetEventSheetManager().GetEventGroupByName(groupName);
            return eventGroup && eventGroup.IsGroupActive()
        },
        IsPreview() {
            return this._runtime.IsPreview()
        },
        IsMobile() {
            return C3.Platform.IsMobile
        },
        OnLoadFinished() {
            return true
        },
        OnCanvasSnapshot() {
            return true
        },
        EffectsSupported() {
            return true
        },
        OnSaveComplete() {
            return true
        },
        OnSaveFailed() {
            return true
        },
        OnLoadComplete() {
            return true
        },
        OnLoadFailed() {
            return true
        },
        ObjectUIDExists(uid) {
            return !!this._runtime.GetInstanceByUID(uid)
        },
        IsOnPlatform(p) {
            switch (p) {
            case 0:
                return C3.Platform.Context === "browser";
            case 1:
                return C3.Platform.OS === "iOS";
            case 2:
                return C3.Platform.OS === "Android";
            case 8:
                return C3.Platform.Context === "cordova";
            case 9:
                return this._runtime.GetExportType() === "scirra-arcade";
            case 10:
                return C3.Platform.Context === "nwjs";
            case 13:
                return this._runtime.GetExportType() === "windows-uwp";
            default:
                return false
            }
        },
        RegexTest(str, regex, flags) {
            const cacheRegex = this.GetRegex(regex, flags);
            return cacheRegex.test(str)
        },
        Compare(x, cmp, y) {
            return C3.compare(x, cmp, y)
        },
        CompareBetween(x, a, b) {
            return x >= a && x <= b
        },
        CompareVar(ev, cmp, val) {
            return C3.compare(ev.GetValue(), cmp, val)
        },
        CompareBoolVar(ev) {
            return !!ev.GetValue()
        },
        CompareTime(cmp, t) {
            const gameTime = this._runtime.GetGameTime();
            if (cmp === 0) {
                const cnd = this._runtime.GetCurrentCondition();
                const cndSavedData = cnd.GetSavedDataMap();
                if (!cndSavedData.get("CompareTime_executed"))
                    if (gameTime >= t) {
                        cndSavedData.set("CompareTime_executed", true);
                        return true
                    }
                return false
            } else
                return C3.compare(gameTime, cmp, t)
        },
        IsNaN(n) {
            return isNaN(n)
        },
        AngleWithin(a1, within, a2) {
            return C3.angleDiff(C3.toRadians(a1), C3.toRadians(a2)) <= C3.toRadians(within)
        },
        IsClockwiseFrom(a1, a2) {
            return C3.angleClockwise(C3.toRadians(a1), C3.toRadians(a2))
        },
        IsBetweenAngles(a, la, ua) {
            let angle = C3.toRadians(a);
            let lower = C3.toRadians(la);
            let upper = C3.toRadians(ua);
            let obtuse = !C3.angleClockwise(upper, lower);
            if (obtuse)
                return !(!C3.angleClockwise(angle, lower) && C3.angleClockwise(angle, upper));
            else
                return C3.angleClockwise(angle, lower) && !C3.angleClockwise(angle, upper)
        },
        IsValueType(v, t) {
            if (typeof v === "number")
                return t === 0;
            else
                return t === 1
        },
        EvaluateExpression(v) {
            return !!v
        },
        PickByComparison(objectClass, exp, cmp, val) {
            if (!objectClass)
                return false;
            const forEachStack = this._GetForEachStack();
            const tempInstances = forEachStack.Push();
            const sol = objectClass.GetCurrentSol();
            C3.shallowAssignArray(tempInstances, sol.GetInstances());
            if (sol.IsSelectAll())
                C3.clearArray(sol._GetOwnElseInstances());
            const cnd = this._runtime.GetCurrentCondition();
            let k = 0;
            for (let i = 0, len = tempInstances.length; i < len; ++i) {
                const inst = tempInstances[i];
                tempInstances[k] = inst;
                exp = cnd.ReevaluateParameter(1, i);
                val = cnd.ReevaluateParameter(3, i);
                if (C3.compare(exp, cmp, val))
                    ++k;
                else
                    sol._PushElseInstance(inst)
            }
            C3.truncateArray(tempInstances, k);
            sol.SetArrayPicked(tempInstances);
            const ret = !!tempInstances.length;
            C3.clearArray(tempInstances);
            forEachStack.Pop();
            objectClass.ApplySolToContainer();
            return ret
        },
        PickByEvaluate(objectClass, exp) {
            if (!objectClass)
                return false;
            const forEachStack = this._GetForEachStack();
            const tempInstances = forEachStack.Push();
            const sol = objectClass.GetCurrentSol();
            C3.shallowAssignArray(tempInstances, sol.GetInstances());
            if (sol.IsSelectAll())
                C3.clearArray(sol._GetOwnElseInstances());
            const cnd = this._runtime.GetCurrentCondition();
            let k = 0;
            for (let i = 0, len = tempInstances.length; i < len; ++i) {
                const inst = tempInstances[i];
                tempInstances[k] = inst;
                exp = cnd.ReevaluateParameter(1, i);
                if (exp)
                    ++k;
                else
                    sol._PushElseInstance(inst)
            }
            C3.truncateArray(tempInstances, k);
            sol.SetArrayPicked(tempInstances);
            const ret = !!tempInstances.length;
            C3.clearArray(tempInstances);
            forEachStack.Pop();
            objectClass.ApplySolToContainer();
            return ret
        },
        PickNth(objectClass, index) {
            if (!objectClass)
                return false;
            const sol = objectClass.GetCurrentSol();
            const instances = sol.GetInstances();
            index = Math.floor(index);
            if (index >= instances.length)
                return false;
            const inst = instances[index];
            sol.PickOne(inst);
            objectClass.ApplySolToContainer();
            return true
        },
        PickRandom(objectClass) {
            if (!objectClass)
                return false;
            const sol = objectClass.GetCurrentSol();
            const instances = sol.GetInstances();
            const index = Math.floor(this._runtime.Random() * instances.length);
            if (index >= instances.length)
                return false;
            const inst = instances[index];
            sol.PickOne(inst);
            objectClass.ApplySolToContainer();
            return true
        },
        PickAll(objectClass) {
            if (!objectClass)
                return false;
            if (!objectClass.GetInstanceCount())
                return false;
            const sol = objectClass.GetCurrentSol();
            sol._SetSelectAll(true);
            objectClass.ApplySolToContainer();
            return true
        },
        PickOverlappingPoint(objectClass, x, y) {
            if (!objectClass)
                return false;
            const sol = objectClass.GetCurrentSol();
            const instances = sol.GetInstances();
            const currentEvent = this._runtime.GetCurrentEvent();
            const isOrBlock = currentEvent.IsOrBlock();
            const isInverted = this._runtime.GetCurrentCondition().IsInverted();
            if (sol.IsSelectAll()) {
                C3.shallowAssignArray(tmpPickArray, instances);
                sol.ClearArrays();
                sol._SetSelectAll(false)
            } else if (isOrBlock) {
                C3.shallowAssignArray(tmpPickArray, sol._GetOwnElseInstances());
                C3.clearArray(sol._GetOwnElseInstances())
            } else {
                C3.shallowAssignArray(tmpPickArray, sol._GetOwnInstances());
                C3.clearArray(sol._GetOwnInstances())
            }
            for (let i = 0, len = tmpPickArray.length; i < len; ++i) {
                const inst = tmpPickArray[i];
                if (C3.xor(inst.GetWorldInfo().ContainsPoint(x, y), isInverted))
                    sol._PushInstance(inst);
                else
                    sol._PushElseInstance(inst)
            }
            objectClass.ApplySolToContainer();
            return C3.xor(!!sol._GetOwnInstances().length, isInverted)
        },
        PickLastCreated(objectClass) {
            if (!objectClass)
                return false;
            const isFamily = objectClass.IsFamily();
            let pick = null;
            const instancesPendingCreate = this._runtime._GetInstancesPendingCreate();
            for (let i = instancesPendingCreate.length - 1; i >= 0; --i) {
                const inst = instancesPendingCreate[i];
                if (isFamily) {
                    if (inst.GetObjectClass().BelongsToFamily(objectClass)) {
                        pick = inst;
                        break
                    }
                } else if (inst.GetObjectClass() === objectClass) {
                    pick = inst;
                    break
                }
            }
            if (!pick) {
                const instances = objectClass.GetInstances();
                if (instances.length)
                    pick = instances[instances.length - 1]
            }
            if (!pick)
                return false;
            const sol = objectClass.GetCurrentSol();
            sol.PickOne(pick);
            objectClass.ApplySolToContainer();
            return true
        },
        Repeat(count) {
            if (this._runtime.IsDebugging())
                return this._DebugRepeat(count);
            else
                return this._Repeat(count)
        },
        While() {
            if (this._runtime.IsDebugging())
                return this._DebugWhile();
            else
                return this._While()
        },
        For(name, start, end) {
            if (this._runtime.IsDebugging())
                return this._DebugFor(name, start, end);
            else
                return this._For(name, start, end)
        },
        ForEach(objectClass) {
            if (this._runtime.IsDebugging())
                return this._DebugForEach(objectClass);
            else
                return this._ForEach(objectClass)
        },
        ForEachOrdered(objectClass, expression, order) {
            if (this._runtime.IsDebugging())
                return this._DebugForEachOrdered(objectClass, order);
            else
                return this._ForEachOrdered(objectClass, order)
        },
        LayerVisible(layer) {
            return layer ? layer.IsVisible() : false
        },
        LayerEmpty(layer) {
            return layer ? !layer.GetInstanceCount() : false
        },
        LayerCmpOpacity(layer, cmp, o) {
            if (!layer)
                return false;
            return C3.compare(layer.GetOpacity() * 100, cmp, o)
        },
        OnImageLoadingComplete() {
            return true
        },
        IsLoadingImages() {
            return this._imagesLoadingTotal > 0
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function SortZOrderList(a, b) {
        const layerA = a[0];
        const layerB = b[0];
        const diff = layerA - layerB;
        if (diff !== 0)
            return diff;
        const indexA = a[1];
        const indexB = b[1];
        return indexA - indexB
    }
    function SortInstancesByValue(a, b) {
        return a[1] - b[1]
    }
    const tempZOrderList = [];
    const tempInstValues = [];
    const tempRect = C3.New(C3.Rect);
    const tempColor = C3.New(C3.Color);
    C3.Plugins.System.Acts = {
        SetVar(ev, x) {
            ev.SetValue(x)
        },
        AddVar(ev, x) {
            if (ev.IsNumber() && typeof x !== "number")
                x = parseFloat(x);
            ev.SetValue(ev.GetValue() + x)
        },
        SubVar(ev, x) {
            if (!ev.IsNumber())
                return;
            ev.SetValue(ev.GetValue() - x)
        },
        SetBoolVar(ev, x) {
            ev.SetValue(!!x)
        },
        ToggleBoolVar(ev) {
            ev.SetValue(!ev.GetValue())
        },
        ResetGlobals() {
            this._runtime.GetEventSheetManager().ResetAllGlobalsToInitialValue()
        },
        CreateObject(objectClass, layer, x, y) {
            if (!objectClass || !layer)
                return;
            const inst = this._runtime.CreateInstance(objectClass, layer, x, y);
            if (!inst)
                return;
            const eventSheetManager = this._runtime.GetEventSheetManager();
            eventSheetManager.BlockFlushingInstances(true);
            inst._TriggerOnCreated();
            if (inst.IsInContainer())
                for (const s of inst.siblings())
                    s._TriggerOnCreated();
            eventSheetManager.BlockFlushingInstances(false);
            objectClass.GetCurrentSol().SetSinglePicked(inst);
            if (inst.IsInContainer())
                inst.SetSiblingsSinglePicked()
        },
        CreateObjectByName(objectClassName, layer, x, y) {
            if (!objectClassName || !layer)
                return;
            const objectClass = this._runtime.GetObjectClassByName(objectClassName);
            if (!objectClass)
                return;
            C3.Plugins.System.Acts.CreateObject.call(this, objectClass, layer, x, y)
        },
        RecreateInitialObjects(objectClass, x1, y1, x2, y2, sourceLayoutName, sourceLayerParam, offsetX, offsetY) {
            if (!objectClass)
                return;
            let sourceLayout = this._runtime.GetCurrentLayout();
            if (sourceLayoutName) {
                const lookupLayout = this._runtime.GetLayoutManager().GetLayoutByName(sourceLayoutName);
                if (lookupLayout)
                    sourceLayout = lookupLayout;
                else
                    return
            }
            let sourceLayer = null;
            if (typeof sourceLayerParam !== "number" || sourceLayerParam >= 0) {
                sourceLayer = sourceLayout.GetLayer(sourceLayerParam);
                if (!sourceLayer)
                    return
            }
            tempRect.set(x1, y1, x2, y2);
            const allCreatedInstances = sourceLayout.RecreateInitialObjects(objectClass, tempRect, sourceLayer, offsetX, offsetY);
            objectClass.GetCurrentSol().SetArrayPicked(allCreatedInstances);
            objectClass.ApplySolToContainer()
        },
        StopLoop() {
            const loopStack = this._loopStack;
            if (!loopStack.IsInLoop())
                return;
            loopStack.GetCurrent().Stop()
        },
        SetGroupActive(groupName, a) {
            const group = this._runtime.GetEventSheetManager().GetEventGroupByName(groupName);
            if (!group)
                return;
            if (a === 0)
                group.SetGroupActive(false);
            else if (a === 1)
                group.SetGroupActive(true);
            else
                group.SetGroupActive(!group.IsGroupActive())
        },
        SetTimescale(ts) {
            this._runtime.SetTimeScale(ts)
        },
        SetObjectTimescale(objectClass, ts) {
            if (ts < 0)
                ts = 0;
            if (!objectClass)
                return;
            const sol = objectClass.GetCurrentSol();
            const instances = sol.GetInstances();
            for (const inst of instances)
                inst.SetTimeScale(ts)
        },
        RestoreObjectTimescale(objectClass) {
            if (!objectClass)
                return;
            const sol = objectClass.GetCurrentSol();
            const instances = sol.GetInstances();
            for (const inst of instances)
                inst.RestoreTimeScale()
        },
        Wait(seconds) {
            if (seconds < 0)
                return;
            this._runtime.GetEventSheetManager().AddScheduledWait().InitTimer(seconds);
            return true
        },
        WaitForSignal(tag) {
            this._runtime.GetEventSheetManager().AddScheduledWait().InitSignal(tag);
            return true
        },
        WaitForPreviousActions() {
            const eventSheetManager = this._runtime.GetEventSheetManager();
            eventSheetManager.AddScheduledWait().InitPromise(eventSheetManager.GetPromiseForAllAsyncActions());
            return true
        },
        Signal(tag) {
            const lowerTag = tag.toLowerCase();
            for (const w of this._runtime.GetEventSheetManager().scheduledWaits())
                if (w.IsSignal() && w.GetSignalTag() === lowerTag)
                    w.SetSignalled()
        },
        async SnapshotCanvas(format, quality, x, y, width, height) {
            const canvasManager = this._runtime.GetCanvasManager();
            if (!canvasManager)
                return;
            this.UpdateRender();
            await canvasManager.SnapshotCanvas(format === 0 ? "image/png" : "image/jpeg", quality / 100, x, y, width, height);
            await this._runtime.TriggerAsync(C3.Plugins.System.Cnds.OnCanvasSnapshot, null)
        },
        SetCanvasSize(w, h) {
            if (w <= 0 || h <= 0)
                return;
            this._runtime.SetViewportSize(w, h);
            const currentLayout = this._runtime.GetCurrentLayout();
            currentLayout.BoundScrolling();
            for (const layer of currentLayout.GetLayers())
                layer.UpdateViewport();
            const canvasManager = this._runtime.GetCanvasManager();
            if (!canvasManager)
                return;
            if (canvasManager.GetCurrentFullscreenMode() === "off")
                canvasManager.SetSize(canvasManager.GetLastWidth(), canvasManager.GetLastHeight(), true);
            else {
                this._runtime.SetOriginalViewportSize(w, h);
                canvasManager.SetSize(canvasManager.GetLastWidth(), canvasManager.GetLastHeight(), true)
            }
            this._runtime.UpdateRender()
        },
        SetFullscreenQuality(q) {
            const canvasManager = this._runtime.GetCanvasManager();
            if (!canvasManager)
                return;
            if (canvasManager.GetCurrentFullscreenMode() === "off")
                return;
            canvasManager.SetFullscreenScalingQuality(q !== 0 ? "high" : "low");
            canvasManager.SetSize(canvasManager.GetLastWidth(), canvasManager.GetLastHeight(), true)
        },
        SaveState(slot) {
            this._runtime.SaveToSlot(slot)
        },
        LoadState(slot) {
            this._runtime.LoadFromSlot(slot)
        },
        LoadStateJSON(jsonStr) {
            this._runtime.LoadFromJsonString(jsonStr)
        },
        SetHalfFramerateMode(m) {},
        ResetPersisted() {
            for (const layout of this._runtime.GetLayoutManager().GetAllLayouts())
                layout.ResetPersistData()
        },
        SetPixelRounding(m) {
            this._runtime.SetPixelRoundingEnabled(m !== 0)
        },
        SetMinimumFramerate(fps) {
            this._runtime.SetMinimumFramerate(fps)
        },
        SortZOrderByInstVar(objectClass, instVar) {
            if (!objectClass)
                return;
            const sol = objectClass.GetCurrentSol();
            const pickedInstances = sol.GetInstances();
            const zOrderList = tempZOrderList;
            const instValues = tempInstValues;
            const layout = this._runtime.GetCurrentLayout();
            const isFamily = objectClass.IsFamily();
            const familyIndex = objectClass.GetFamilyIndex();
            for (let i = 0, len = pickedInstances.length; i < len; ++i) {
                const inst = pickedInstances[i];
                const wi = inst.GetWorldInfo();
                if (!wi)
                    continue;
                let value;
                if (isFamily)
                    value = inst.GetInstanceVariableValue(instVar + inst.GetObjectClass().GetFamilyInstanceVariableOffset(familyIndex));
                else
                    value = inst.GetInstanceVariableValue(instVar);
                zOrderList.push([wi.GetLayer().GetIndex(), wi.GetZIndex()]);
                instValues.push([inst, value])
            }
            if (!zOrderList.length)
                return;
            zOrderList.sort(SortZOrderList);
            instValues.sort(SortInstancesByValue);
            let anyChanged = false;
            for (let i = 0, len = zOrderList.length; i < len; ++i) {
                const inst = instValues[i][0];
                const layer = layout.GetLayerByIndex(zOrderList[i][0]);
                const toZ = zOrderList[i][1];
                const layerInstances = layer._GetInstances();
                if (layerInstances[toZ] !== inst) {
                    layerInstances[toZ] = inst;
                    inst.GetWorldInfo()._SetLayer(layer);
                    layer.SetZIndicesChanged();
                    anyChanged = true
                }
            }
            if (anyChanged)
                this._runtime.UpdateRender();
            C3.clearArray(tempZOrderList);
            C3.clearArray(tempInstValues)
        },
        GoToLayout(layout) {
            if (this._runtime.IsLoading())
                return;
            const layoutManager = this._runtime.GetLayoutManager();
            if (layoutManager.IsPendingChangeMainLayout())
                return;
            layoutManager.ChangeMainLayout(layout)
        },
        GoToLayoutByName(layoutName) {
            if (this._runtime.IsLoading())
                return;
            const layoutManager = this._runtime.GetLayoutManager();
            if (layoutManager.IsPendingChangeMainLayout())
                return;
            const toLayout = layoutManager.GetLayoutByName(layoutName);
            if (toLayout)
                layoutManager.ChangeMainLayout(toLayout)
        },
        NextPrevLayout(prev) {
            if (this._runtime.IsLoading())
                return;
            const layoutManager = this._runtime.GetLayoutManager();
            if (layoutManager.IsPendingChangeMainLayout())
                return;
            const allLayouts = layoutManager.GetAllLayouts();
            const index = allLayouts.indexOf(layoutManager.GetMainRunningLayout());
            if (prev && index === 0)
                return;
            if (!prev && index === allLayouts.length - 1)
                return;
            const toLayout = allLayouts[index + (prev ? -1 : 1)];
            layoutManager.ChangeMainLayout(toLayout)
        },
        RestartLayout() {
            if (this._runtime.IsLoading())
                return;
            const layoutManager = this._runtime.GetLayoutManager();
            if (layoutManager.IsPendingChangeMainLayout())
                return;
            layoutManager.ChangeMainLayout(layoutManager.GetMainRunningLayout());
            this._runtime.GetEventSheetManager().ResetAllGroupsInitialActivation()
        },
        SetLayerVisible(layer, v) {
            if (!layer)
                return;
            layer.SetVisible(v)
        },
        SetLayerOpacity(layer, o) {
            if (!layer)
                return;
            layer.SetOpacity(o / 100)
        },
        SetLayerScale(layer, s) {
            if (!layer)
                return;
            layer.SetOwnScale(s)
        },
        SetLayerScaleRate(layer, r) {
            if (!layer)
                return;
            layer.SetScaleRate(r)
        },
        SetLayerAngle(layer, a) {
            if (!layer)
                return;
            a = C3.clampAngle(C3.toRadians(+a));
            if (layer.GetOwnAngle() === a)
                return;
            layer.SetAngle(a);
            this.UpdateRender()
        },
        SetLayerParallax(layer, px, py) {
            if (!layer)
                return;
            layer.SetParallax(px / 100, py / 100)
        },
        SetLayerZElevation(layer, z) {
            if (!layer)
                return;
            layer.SetZElevation(z)
        },
        SetLayerBackground(layer, rgb) {
            if (!layer)
                return;
            tempColor.setFromRgbValue(rgb);
            tempColor.clamp();
            const layerBgColor = layer.GetBackgroundColor();
            if (layerBgColor.equalsIgnoringAlpha(tempColor))
                return;
            layerBgColor.copyRgb(tempColor);
            this.UpdateRender()
        },
        SetLayerTransparent(layer, t) {
            if (!layer)
                return;
            t = !!t;
            if (layer.IsTransparent() === t)
                return;
            layer.SetTransparent(t);
            this.UpdateRender()
        },
        SetLayerBlendMode(layer, bm) {
            if (!layer)
                return;
            if (layer.GetBlendMode() === bm)
                return;
            layer.SetBlendMode(bm);
            this.UpdateRender()
        },
        SetLayerEffectEnabled(layer, enabled, effectName) {
            if (!layer)
                return;
            const effectList = layer.GetEffectList();
            const effectType = effectList.GetEffectTypeByName(effectName);
            if (!effectType)
                return;
            const e = enabled === 1;
            if (effectType.IsActive() === e)
                return;
            effectType.SetActive(e);
            effectList.UpdateActiveEffects();
            this._runtime.UpdateRender()
        },
        SetLayerEffectParam(layer, effectName, paramIndex, value) {
            if (!layer)
                return;
            const effectList = layer.GetEffectList();
            const effectType = effectList.GetEffectTypeByName(effectName);
            if (!effectType)
                return;
            const effectTypeIndex = effectType.GetIndex();
            const paramsArr = effectList.GetEffectParametersForIndex(effectTypeIndex);
            paramIndex = Math.floor(paramIndex);
            if (paramIndex < 0 || paramIndex >= paramsArr.length)
                return;
            const paramType = effectType.GetShaderProgram().GetParameterType(paramIndex);
            if (paramType === "color") {
                tempColor.setFromRgbValue(value);
                const curColor = paramsArr[paramIndex];
                if (tempColor.equalsIgnoringAlpha(curColor))
                    return;
                curColor.copyRgb(tempColor)
            } else {
                if (paramType === "percent")
                    value /= 100;
                if (paramsArr[paramIndex] === value)
                    return;
                paramsArr[paramIndex] = value
            }
            if (effectType.IsActive())
                this._runtime.UpdateRender()
        },
        SetLayerForceOwnTexture(layer, f) {
            if (!layer)
                return;
            f = !!f;
            if (layer.IsForceOwnTexture() === f)
                return;
            layer.SetForceOwnTexture(f);
            this.UpdateRender()
        },
        SetLayoutScale(s) {
            const layout = this._runtime.GetCurrentLayout();
            if (layout.GetScale() === s)
                return;
            layout.SetScale(s);
            this.UpdateRender()
        },
        SetLayoutAngle(a) {
            a = C3.clampAngle(C3.toRadians(+a));
            const layout = this._runtime.GetCurrentLayout();
            if (layout.GetAngle() === a)
                return;
            layout.SetAngle(a);
            this.UpdateRender()
        },
        SetLayoutEffectEnabled(enabled, effectName) {
            const layout = this._runtime.GetCurrentLayout();
            const effectList = layout.GetEffectList();
            const effectType = effectList.GetEffectTypeByName(effectName);
            if (!effectType)
                return;
            const e = enabled === 1;
            if (effectType.IsActive() === e)
                return;
            effectType.SetActive(e);
            effectList.UpdateActiveEffects();
            this._runtime.UpdateRender()
        },
        SetLayoutEffectParam(effectName, paramIndex, value) {
            const layout = this._runtime.GetCurrentLayout();
            const effectList = layout.GetEffectList();
            const effectType = effectList.GetEffectTypeByName(effectName);
            if (!effectType)
                return;
            const effectTypeIndex = effectType.GetIndex();
            const paramsArr = effectList.GetEffectParametersForIndex(effectTypeIndex);
            paramIndex = Math.floor(paramIndex);
            if (paramIndex < 0 || paramIndex >= paramsArr.length)
                return;
            const paramType = effectType.GetShaderProgram().GetParameterType(paramIndex);
            if (paramType === "color") {
                tempColor.setFromRgbValue(value);
                const curColor = paramsArr[paramIndex];
                if (tempColor.equalsIgnoringAlpha(curColor))
                    return;
                curColor.copyRgb(tempColor)
            } else {
                if (paramType === "percent")
                    value /= 100;
                if (paramsArr[paramIndex] === value)
                    return;
                paramsArr[paramIndex] = value
            }
            if (effectType.IsActive())
                this._runtime.UpdateRender()
        },
        ScrollX(x) {
            const layout = this._runtime.GetCurrentLayout();
            layout.SetScrollX(x)
        },
        ScrollY(y) {
            const layout = this._runtime.GetCurrentLayout();
            layout.SetScrollY(y)
        },
        Scroll(x, y) {
            const layout = this._runtime.GetCurrentLayout();
            layout.SetScrollX(x);
            layout.SetScrollY(y)
        },
        ScrollToObject(objectClass) {
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked();
            if (!inst)
                return;
            const wi = inst.GetWorldInfo();
            if (!wi)
                return;
            const layout = this._runtime.GetCurrentLayout();
            layout.SetScrollX(wi.GetX());
            layout.SetScrollY(wi.GetY())
        },
        async LoadObjectTextures(objectClass) {
            const layout = this._runtime.GetMainRunningLayout();
            if (!layout || !objectClass || this._runtime.IsLoading())
                return;
            const objectClasses = objectClass.IsFamily() ? objectClass.GetFamilyMembers() : [objectClass];
            await this._LoadTexturesForObjectClasses(layout, objectClasses)
        },
        async LoadObjectTexturesByName(objectClassName) {
            await C3.Plugins.System.Acts.LoadObjectTextures.call(this, this._runtime.GetObjectClassByName(objectClassName))
        },
        UnloadObjectTextures(objectClass) {
            const layout = this._runtime.GetMainRunningLayout();
            if (!layout || !objectClass)
                return;
            const objectClasses = objectClass.IsFamily() ? objectClass.GetFamilyMembers() : [objectClass];
            this._UnloadTexturesForObjectClasses(layout, objectClasses)
        },
        UnloadObjectTexturesByName(objectClassName) {
            C3.Plugins.System.Acts.UnloadObjectTexturesByName.call(this, this._runtime.GetObjectClassByName(objectClassName))
        },
        UnloadUnusedTextures() {
            const layout = this._runtime.GetMainRunningLayout();
            if (!layout)
                return;
            const objectClasses = layout._GetTextureLoadedObjectTypes();
            this._UnloadTexturesForObjectClasses(layout, objectClasses)
        },
        async LoadLayoutTextures(loadLayout) {
            const curLayout = this._runtime.GetMainRunningLayout();
            if (!loadLayout || !curLayout || this._runtime.IsLoading())
                return;
            await this._LoadTexturesForObjectClasses(curLayout, loadLayout._GetInitialObjectClasses())
        },
        async LoadLayoutTexturesByName(layoutName) {
            const curLayout = this._runtime.GetMainRunningLayout();
            const loadLayout = this._runtime.GetLayoutManager().GetLayoutByName(layoutName);
            if (!loadLayout || !curLayout || this._runtime.IsLoading())
                return;
            await this._LoadTexturesForObjectClasses(curLayout, loadLayout._GetInitialObjectClasses())
        },
        SetFunctionReturnValue(v) {
            const frame = this._eventStack.GetCurrentExpFuncStackFrame();
            if (!frame)
                return;
            switch (frame.GetFunctionReturnType()) {
            case 1:
                if (typeof v === "number")
                    frame.SetFunctionReturnValue(v);
                break;
            case 2:
                if (typeof v === "string")
                    frame.SetFunctionReturnValue(v);
                break;
            case 3:
                frame.SetFunctionReturnValue(v);
                break
            }
        },
        MapFunction(name, str, functionBlock) {
            const mapEntry = this._GetFunctionMap(name.toLowerCase(), true);
            const strMap = mapEntry.strMap;
            const lowerStr = str.toLowerCase();
            if (strMap.has(lowerStr))
                console.warn(`[Construct 3] Function map '${name}' string '${str}' already in map; overwriting entry`);
            const firstFunctionBlock = C3.first(strMap.values()) || mapEntry.defaultFunc;
            if (firstFunctionBlock) {
                const firstReturnsValue = firstFunctionBlock.GetReturnType() !== 0;
                const curReturnsValue = functionBlock.GetReturnType() !== 0;
                if (firstReturnsValue !== curReturnsValue) {
                    console.error(`[Construct 3] Function map '${name}' string '${str}' function return type not compatible with other functions in the map; entry ignored`);
                    return
                }
            }
            strMap.set(lowerStr, functionBlock)
        },
        MapFunctionDefault(name, functionBlock) {
            const mapEntry = this._GetFunctionMap(name.toLowerCase(), true);
            if (mapEntry.defaultFunc)
                console.warn(`[Construct 3] Function map '${name}' already has a default; overwriting entry`);
            const firstFunctionBlock = C3.first(mapEntry.strMap.values()) || mapEntry.defaultFunc;
            if (firstFunctionBlock) {
                const firstReturnsValue = firstFunctionBlock.GetReturnType() !== 0;
                const curReturnsValue = functionBlock.GetReturnType() !== 0;
                if (firstReturnsValue !== curReturnsValue) {
                    console.error(`[Construct 3] Function map '${name}' default: function return type not compatible with other functions in the map; entry ignored`);
                    return
                }
            }
            mapEntry.defaultFunc = functionBlock
        },
        CallMappedFunction(name, str, forwardParams) {
            forwardParams = Math.floor(forwardParams);
            const mapEntry = this._GetFunctionMap(name.toLowerCase(), false);
            if (!mapEntry) {
                console.warn(`[Construct 3] Call mapped function: map name '${name}' not found; call ignored`);
                return
            }
            let functionBlock = mapEntry.strMap.get(str.toLowerCase());
            if (!functionBlock)
                if (mapEntry.defaultFunc) {
                    functionBlock = mapEntry.defaultFunc;
                    forwardParams = 0
                } else {
                    console.warn(`[Construct 3] Call mapped function: no function associated with map '${name}' string '${str}'; call ignored (consider setting a default)`);
                    return
                }
            if (!functionBlock.IsEnabled())
                return;
            if (functionBlock.GetReturnType() !== 0) {
                console.warn(`[Construct 3] Call mapped function: map '${name}' string '${str}' has a return type so cannot be called`);
                return
            }
            const runtime = this._runtime;
            const eventSheetManager = runtime.GetEventSheetManager();
            const currentEvent = eventSheetManager.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiersIncludingParents();
            const hasAnySolModifiers = solModifiers.length > 0;
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(solModifiers);
            const paramResults = [];
            const callerFunctionBlock = eventSheetManager.FindFirstFunctionBlockParent(currentEvent);
            if (callerFunctionBlock) {
                const callerParameters = callerFunctionBlock.GetFunctionParameters();
                for (let i = forwardParams, len = callerParameters.length; i < len; ++i)
                    paramResults.push(callerParameters[i].GetValue())
            }
            const calleeParameters = functionBlock.GetFunctionParameters();
            for (let i = paramResults.length, len = calleeParameters.length; i < len; ++i)
                paramResults.push(calleeParameters[i].GetInitialValue());
            if (runtime.IsDebugging())
                return this._DebugDoCallMappedFunction(eventSheetManager, functionBlock, paramResults, hasAnySolModifiers, solModifiers);
            else
                return this._DoCallMappedFunction(eventSheetManager, functionBlock, paramResults, hasAnySolModifiers, solModifiers)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.System.Exps = {
        int: function(x) {
            if (typeof x === "string") {
                x = parseInt(x, 10);
                if (isNaN(x))
                    x = 0
            }
            return Math.floor(x)
        },
        float: function(x) {
            if (typeof x === "string") {
                x = parseFloat(x);
                if (isNaN(x))
                    x = 0
            }
            return x
        },
        str(x) {
            return x.toString()
        },
        len(x) {
            if (typeof x === "string")
                return x.length;
            else
                return 0
        },
        random(a, b) {
            if (typeof b === "undefined")
                return this._runtime.Random() * a;
            else
                return this._runtime.Random() * (b - a) + a
        },
        choose(...args) {
            const index = Math.floor(this._runtime.Random() * args.length);
            return args[index]
        },
        pi() {
            return Math.PI
        },
        infinity() {
            return Infinity
        },
        sqrt(v) {
            return Math.sqrt(v)
        },
        abs(v) {
            return Math.abs(v)
        },
        round(v) {
            return Math.round(v)
        },
        floor(v) {
            return Math.floor(v)
        },
        ceil(v) {
            return Math.ceil(v)
        },
        sign(v) {
            return Math.sign(v)
        },
        sin(x) {
            return Math.sin(C3.toRadians(x))
        },
        cos(x) {
            return Math.cos(C3.toRadians(x))
        },
        tan(x) {
            return Math.tan(C3.toRadians(x))
        },
        asin(x) {
            return C3.toDegrees(Math.asin(x))
        },
        acos(x) {
            return C3.toDegrees(Math.acos(x))
        },
        atan(x) {
            return C3.toDegrees(Math.atan(x))
        },
        exp(x) {
            return Math.exp(x)
        },
        ln(x) {
            return Math.log(x)
        },
        log10(x) {
            return Math.log(x) / Math.LN10
        },
        max(...args) {
            let ret = args[0];
            if (typeof ret !== "number")
                ret = 0;
            for (let i = 1, len = args.length; i < len; ++i) {
                let n = args[i];
                if (typeof n !== "number")
                    continue;
                if (ret < n)
                    ret = n
            }
            return ret
        },
        min(...args) {
            let ret = args[0];
            if (typeof ret !== "number")
                ret = 0;
            for (let i = 1, len = args.length; i < len; ++i) {
                let n = args[i];
                if (typeof n !== "number")
                    continue;
                if (ret > n)
                    ret = n
            }
            return ret
        },
        clamp(x, l, u) {
            return C3.clamp(x, l, u)
        },
        distance(x1, y1, x2, y2) {
            return C3.distanceTo(x1, y1, x2, y2)
        },
        angle(x1, y1, x2, y2) {
            return C3.toDegrees(C3.angleTo(x1, y1, x2, y2))
        },
        lerp(a, b, x) {
            return C3.lerp(a, b, x)
        },
        unlerp(a, b, y) {
            return C3.unlerp(a, b, y)
        },
        qarp(a, b, c, x) {
            return C3.qarp(a, b, c, x)
        },
        cubic(a, b, c, d, x) {
            return C3.cubic(a, b, c, d, x)
        },
        cosp(a, b, x) {
            return C3.cosp(a, b, x)
        },
        anglediff(a, b) {
            return C3.toDegrees(C3.angleDiff(C3.toRadians(a), C3.toRadians(b)))
        },
        anglelerp(a, b, x) {
            return C3.toDegrees(C3.angleLerp(C3.toRadians(a), C3.toRadians(b), x))
        },
        anglerotate(a, b, c) {
            return C3.toDegrees(C3.angleRotate(C3.toRadians(a), C3.toRadians(b), C3.toRadians(c)))
        },
        setbit(n, b, v) {
            n = n | 0;
            b = b | 0;
            v = v !== 0 ? 1 : 0;
            return n & ~(1 << b) | v << b
        },
        togglebit(n, b) {
            n = n | 0;
            b = b | 0;
            return n ^ 1 << b
        },
        getbit(n, b) {
            n = n | 0;
            b = b | 0;
            return n & 1 << b ? 1 : 0
        },
        newline() {
            return "\n"
        },
        uppercase(s) {
            return typeof s === "string" ? s.toUpperCase() : ""
        },
        lowercase(s) {
            return typeof s === "string" ? s.toLowerCase() : ""
        },
        left(text, n) {
            return typeof text === "string" ? text.substr(0, n) : ""
        },
        mid(text, index, count) {
            if (typeof text !== "string")
                return "";
            if (count < 0)
                return text.substr(index);
            else
                return text.substr(index, count)
        },
        right(text, n) {
            return typeof text === "string" ? text.substr(text.length - n) : ""
        },
        trim(text) {
            return typeof text === "string" ? text.trim() : ""
        },
        tokenat(text, index, sep) {
            if (typeof text !== "string" || typeof sep !== "string")
                return "";
            let arr = text.split(sep);
            index = Math.floor(index);
            if (index < 0 || index >= arr.length)
                return "";
            return arr[index]
        },
        tokencount(text, sep) {
            if (typeof text !== "string" || typeof sep !== "string" || !text.length)
                return 0;
            return text.split(sep).length
        },
        find(text, searchStr) {
            if (typeof text === "string" && typeof searchStr === "string")
                return text.search(new RegExp(C3.EscapeRegex(searchStr),"i"));
            else
                return -1
        },
        findcase(text, searchStr) {
            if (typeof text === "string" && typeof searchStr === "string")
                return text.search(new RegExp(C3.EscapeRegex(searchStr),""));
            else
                return -1
        },
        replace(text, find, replace) {
            if (typeof text === "string" && typeof find === "string" && typeof replace === "string")
                return text.replace(new RegExp(C3.EscapeRegex(find),"gi"), replace);
            else
                return typeof text === "string" ? text : ""
        },
        regexsearch(text, regex, flags) {
            const cacheRegex = this.GetRegex(regex, flags);
            return text ? text.search(cacheRegex) : -1
        },
        regexreplace(text, regex, flags, replace) {
            const cacheRegex = this.GetRegex(regex, flags);
            return text ? text.replace(cacheRegex, replace) : ""
        },
        regexmatchcount(text, regex, flags) {
            const matches = this.GetRegexMatches(text.toString(), regex, flags);
            return matches ? matches.length : 0
        },
        regexmatchat(text, regex, flags, index) {
            index = Math.floor(index);
            const matches = this.GetRegexMatches(text.toString(), regex, flags);
            if (!matches || index < 0 || index >= matches.length)
                return "";
            else
                return matches[index]
        },
        zeropad(n, d) {
            let s = n < 0 ? "-" : "";
            if (n < 0)
                n = -n;
            const zeroes = d - n.toString().length;
            s += "0".repeat(Math.max(zeroes, 0));
            return s + n.toString()
        },
        urlencode(s) {
            return encodeURIComponent(s)
        },
        urldecode(s) {
            return decodeURIComponent(s)
        },
        dt() {
            return this._runtime._GetDtFast()
        },
        timescale() {
            return this._runtime.GetTimeScale()
        },
        wallclocktime() {
            return (Date.now() - this._runtime.GetStartTime()) / 1E3
        },
        unixtime() {
            return Date.now()
        },
        time() {
            return this._runtime.GetGameTime()
        },
        tickcount() {
            return this._runtime.GetTickCount()
        },
        objectcount() {
            return this._runtime.GetObjectCount()
        },
        fps() {
            return this._runtime.GetFPS()
        },
        cpuutilisation() {
            return this._runtime.GetMainThreadTime()
        },
        gpuutilisation() {
            return this._runtime.GetGPUUtilisation()
        },
        windowwidth() {
            return this._runtime.GetCanvasManager().GetDeviceWidth()
        },
        windowheight() {
            return this._runtime.GetCanvasManager().GetDeviceHeight()
        },
        originalwindowwidth() {
            return this._runtime.GetOriginalViewportWidth()
        },
        originalwindowheight() {
            return this._runtime.GetOriginalViewportHeight()
        },
        originalviewportwidth() {
            return this._runtime.GetOriginalViewportWidth()
        },
        originalviewportheight() {
            return this._runtime.GetOriginalViewportHeight()
        },
        scrollx() {
            return this._runtime.GetCurrentLayout().GetScrollX()
        },
        scrolly() {
            return this._runtime.GetCurrentLayout().GetScrollY()
        },
        layoutname() {
            return this._runtime.GetCurrentLayout().GetName()
        },
        layoutscale() {
            return this._runtime.GetCurrentLayout().GetScale()
        },
        layoutangle() {
            return C3.toDegrees(this._runtime.GetCurrentLayout().GetAngle())
        },
        layoutwidth() {
            return this._runtime.GetCurrentLayout().GetWidth()
        },
        layoutheight() {
            return this._runtime.GetCurrentLayout().GetHeight()
        },
        viewportleft(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetViewport().getLeft() : 0
        },
        viewporttop(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetViewport().getTop() : 0
        },
        viewportright(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetViewport().getRight() : 0
        },
        viewportbottom(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetViewport().getBottom() : 0
        },
        viewportwidth(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetViewport().width() : 0
        },
        viewportheight(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetViewport().height() : 0
        },
        canvastolayerx(layerParam, x, y) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.CanvasCssToLayer(x, y)[0] : 0
        },
        canvastolayery(layerParam, x, y) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.CanvasCssToLayer(x, y)[1] : 0
        },
        layertocanvasx(layerParam, x, y) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.LayerToCanvasCss(x, y)[0] : 0
        },
        layertocanvasy(layerParam, x, y) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.LayerToCanvasCss(x, y)[1] : 0
        },
        layerscale(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetOwnScale() : 0
        },
        layerangle(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? C3.toDegrees(layer.GetOwnAngle()) : 0
        },
        layeropacity(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetOpacity() * 100 : 0
        },
        layerscalerate(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetScaleRate() : 0
        },
        layerparallaxx(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetParallaxX() * 100 : 0
        },
        layerparallaxy(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetParallaxY() * 100 : 0
        },
        layerzelevation(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetZElevation() : 0
        },
        layerindex(layerParam) {
            const layer = this._runtime.GetCurrentLayout().GetLayer(layerParam);
            return layer ? layer.GetIndex() : -1
        },
        canvassnapshot() {
            const canvasManager = this._runtime.GetCanvasManager();
            if (!canvasManager)
                return "";
            return canvasManager.GetCanvasSnapshotUrl()
        },
        loopindex(name) {
            const loopStack = this._loopStack;
            if (!loopStack.IsInLoop())
                return 0;
            if (name) {
                const loop = loopStack.FindByName(name);
                return loop ? loop.GetIndex() : 0
            } else
                return loopStack.GetCurrent().GetIndex()
        },
        savestatejson() {
            return this._runtime.GetLastSaveJsonString()
        },
        callmapped(name, str, ...paramResults) {
            const mapEntry = this._GetFunctionMap(name.toLowerCase(), false);
            if (!mapEntry) {
                console.warn(`[Construct 3] Call mapped function: map name '${name}' not found; returning 0`);
                return 0
            }
            let functionBlock = mapEntry.strMap.get(str.toLowerCase());
            if (!functionBlock)
                if (mapEntry.defaultFunc)
                    functionBlock = mapEntry.defaultFunc;
                else {
                    console.warn(`[Construct 3] Call mapped function: no function associated with map '${name}' string '${str}'; returning 0 (consider setting a default)`);
                    return 0
                }
            const returnType = functionBlock.GetReturnType();
            const defaultReturnValue = functionBlock.GetDefaultReturnValue();
            if (returnType === 0) {
                console.warn(`[Construct 3] Call mapped function: map '${name}' string '${str}' has no return type so cannot be called from an expression; returning 0`);
                return 0
            }
            if (!functionBlock.IsEnabled())
                return defaultReturnValue;
            const runtime = this._runtime;
            const eventSheetManager = runtime.GetEventSheetManager();
            const currentEvent = eventSheetManager.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiersIncludingParents();
            const hasAnySolModifiers = solModifiers.length > 0;
            if (hasAnySolModifiers)
                eventSheetManager.PushCleanSol(solModifiers);
            const calleeParameters = functionBlock.GetFunctionParameters();
            for (let i = paramResults.length, len = calleeParameters.length; i < len; ++i)
                paramResults.push(calleeParameters[i].GetInitialValue());
            const callEventBlock = functionBlock.GetEventBlock();
            const returnValue = callEventBlock.RunAsExpressionFunctionCall(callEventBlock.GetSolModifiersIncludingParents(), returnType, defaultReturnValue, ...paramResults);
            if (hasAnySolModifiers)
                eventSheetManager.PopSol(solModifiers);
            return returnValue
        },
        loadingprogress() {
            return this._runtime.GetAssetManager().GetLoadProgress()
        },
        imageloadingprogress() {
            if (this._imagesLoadingTotal === 0)
                return 1;
            return this._imagesLoadingComplete / this._imagesLoadingTotal
        },
        renderer() {
            return "webgl"
        },
        rendererdetail() {
            return this._runtime.GetWebGLRenderer().GetUnmaskedRenderer()
        },
        imagememoryusage() {
            let ret = this._runtime.GetWebGLRenderer().GetEstimatedTextureMemoryUsage();
            return Math.round(100 * ret / (1024 * 1024)) / 100
        },
        rgb(r, g, b) {
            return C3.PackRGB(r, g, b)
        },
        rgbex(r, g, b) {
            return C3.PackRGBEx(r / 100, g / 100, b / 100)
        },
        rgba(r, g, b, a) {
            return C3.PackRGBAEx(r / 100, g / 100, b / 100, a / 100)
        },
        rgbex255(r, g, b) {
            return C3.PackRGBEx(r / 255, g / 255, b / 255)
        },
        rgba255(r, g, b, a) {
            return C3.PackRGBAEx(r / 255, g / 255, b / 255, a / 255)
        },
        projectname() {
            return this._runtime.GetProjectName()
        },
        projectversion() {
            return this._runtime.GetProjectVersion()
        },
        currenteventsheetname() {
            return this._runtime.GetCurrentEvent().GetEventSheet().GetName()
        },
        currenteventnumber() {
            return this._runtime.GetCurrentEvent().GetDisplayNumber()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Spritefont2 = class SpriteFontPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Spritefont2.Type = class SpriteFontType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
            this._spriteFont = C3.New(self.SpriteFont)
        }
        Release() {
            super.Release()
        }
        OnCreate() {
            this.GetImageInfo().LoadAsset(this._runtime)
        }
        LoadTextures(renderer) {
            return this.GetImageInfo().LoadStaticTexture(renderer, {
                sampling: this._runtime.GetSampling()
            })
        }
        ReleaseTextures() {
            this.GetImageInfo().ReleaseTexture()
        }
        GetSpriteFont() {
            return this._spriteFont
        }
        UpdateSettings(characterWidth, characterHeight, characterSet, spacingData) {
            const imageInfo = this.GetImageInfo();
            const sf = this._spriteFont;
            sf.SetWidth(imageInfo.GetWidth());
            sf.SetHeight(imageInfo.GetHeight());
            sf.SetCharacterWidth(characterWidth);
            sf.SetCharacterHeight(characterHeight);
            sf.SetCharacterSet(characterSet);
            sf.SetSpacingData(spacingData);
            sf.UpdateCharacterMap()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TEXT = 0;
    const ENABLE_BBCODE = 1;
    const CHARACTER_WIDTH = 2;
    const CHARACTER_HEIGHT = 3;
    const CHARACTER_SET = 4;
    const SPACING_DATA = 5;
    const SCALE = 6;
    const CHARACTER_SPACING = 7;
    const LINE_HEIGHT = 8;
    const HORIZONTAL_ALIGNMENT = 9;
    const VERTICAL_ALIGNMENT = 10;
    const WRAPPING = 11;
    const INITIALLY_VISIBLE = 12;
    const ORIGIN = 13;
    const HORIZONTAL_ALIGNMENTS = ["left", "center", "right"];
    const VERTICAL_ALIGNMENTS = ["top", "center", "bottom"];
    const WORD_WRAP = 0;
    const CHARACTER_WRAP = 1;
    C3.Plugins.Spritefont2.Instance = class SpriteFontInstance extends C3.SDKWorldInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._text = "";
            this._enableBBcode = true;
            this._characterWidth = 16;
            this._characterHeight = 16;
            this._characterSet = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789.,;:?!-_~#\"'&()[]|`\\/@\u00b0+=*$\u00a3\u20ac<>";
            let spacingData = "";
            this._characterScale = 1;
            this._characterSpacing = 0;
            this._lineHeight = 0;
            this._horizontalAlign = 0;
            this._verticalAlign = 0;
            this._wrapByWord = true;
            this._spriteFontText = null;
            this._typewriterStartTime = -1;
            this._typewriterEndTime = -1;
            this._typewriterLength = 0;
            if (properties) {
                this._text = properties[0];
                this._enableBBcode = properties[1];
                this._characterWidth = properties[2];
                this._characterHeight = properties[3];
                this._characterSet = properties[4];
                spacingData = properties[5];
                this._characterScale = properties[6];
                this._characterSpacing = properties[7];
                this._lineHeight = properties[8];
                this._horizontalAlign = properties[9];
                this._verticalAlign = properties[10];
                this._wrapByWord = properties[11] === 0;
                const wi = this.GetWorldInfo();
                wi.SetVisible(properties[12])
            }
            this._sdkType.UpdateSettings(this._characterWidth, this._characterHeight, this._characterSet, spacingData);
            this._spriteFontText = C3.New(self.SpriteFontText, this._sdkType.GetSpriteFont());
            const wi = this.GetWorldInfo();
            this._spriteFontText.SetSize(wi.GetWidth(), wi.GetHeight());
            this._UpdateSettings()
        }
        Release() {
            this._CancelTypewriter();
            this._spriteFontText.Release();
            this._spriteFontText = null;
            super.Release()
        }
        _UpdateSettings() {
            const sft = this._spriteFontText;
            if (!sft)
                return;
            sft.SetBBCodeEnabled(this._enableBBcode);
            sft.SetText(this._text);
            sft.SetWordWrapMode(this._wrapByWord ? "word" : "character");
            sft.SetHorizontalAlign(HORIZONTAL_ALIGNMENTS[this._horizontalAlign]);
            sft.SetVerticalAlign(VERTICAL_ALIGNMENTS[this._verticalAlign]);
            sft.SetSpacing(this._characterSpacing);
            sft.SetLineHeight(this._lineHeight)
        }
        Draw(renderer) {
            const imageInfo = this._objectClass.GetImageInfo();
            const texture = imageInfo.GetTexture();
            if (!texture)
                return;
            renderer.SetTexture(texture);
            const wi = this.GetWorldInfo();
            let q = wi.GetBoundingQuad();
            const sft = this._spriteFontText;
            sft.SetScale(this._characterScale * wi.GetSceneGraphScale());
            if (this._runtime.IsPixelRoundingEnabled())
                q = wi.PixelRoundQuad(q);
            sft.SetSize(wi.GetWidth(), wi.GetHeight());
            sft.GetSpriteFont().SetTexRect(imageInfo.GetTexRect());
            sft.SetColor(wi.GetUnpremultipliedColor());
            sft.Draw(renderer, q.getTlx(), q.getTly(), wi.GetAngle())
        }
        SaveToJson() {
            const ret = {
                "t": this._text,
                "ebbc": this._enableBBcode,
                "csc": this._characterScale,
                "csp": this._characterSpacing,
                "lh": this._lineHeight,
                "ha": this._horizontalAlign,
                "va": this._verticalAlign,
                "w": this._wrapByWord,
                "cw": this._sdkType.GetSpriteFont().GetCharacterWidth(),
                "ch": this._sdkType.GetSpriteFont().GetCharacterHeight(),
                "cs": this._sdkType.GetSpriteFont().GetCharacterSet(),
                "sd": this._sdkType.GetSpriteFont().GetSpacingData()
            };
            if (this._typewriterEndTime !== -1)
                ret["tw"] = {
                    "st": this._typewriterStartTime,
                    "en": this._typewriterEndTime,
                    "l": this._typewriterLength
                };
            return ret
        }
        LoadFromJson(o) {
            this._CancelTypewriter();
            this._text = o["t"];
            this._enableBBcode = o["ebbc"];
            this._characterScale = o["csc"];
            this._characterSpacing = o["csp"];
            this._lineHeight = o["lh"];
            this._horizontalAlign = o["ha"];
            this._verticalAlign = o["va"];
            this._wrapByWord = o["w"];
            if (o.hasOwnProperty("tw")) {
                const tw = o["tw"];
                this._typewriterStartTime = tw["st"];
                this._typewriterEndTime = tw["en"];
                this._typewriterLength = o["l"]
            }
            const spriteFont = this._sdkType.GetSpriteFont();
            spriteFont.SetCharacterWidth(o["cw"]);
            spriteFont.SetCharacterHeight(o["ch"]);
            spriteFont.SetCharacterSet(o["cs"]);
            spriteFont.SetSpacingData(o["sd"]);
            this._UpdateSettings();
            if (this._typewriterEndTime !== -1)
                this._StartTicking()
        }
        GetPropertyValueByIndex(index) {
            switch (index) {
            case TEXT:
                return this._text;
            case ENABLE_BBCODE:
                return this._enableBBcode;
            case CHARACTER_WIDTH:
                return this._sdkType.GetSpriteFont().GetCharacterWidth();
            case CHARACTER_HEIGHT:
                return this._sdkType.GetSpriteFont().GetCharacterHeight();
            case CHARACTER_SET:
                return this._sdkType.GetSpriteFont().GetCharacterSet();
            case SPACING_DATA:
                return this._sdkType.GetSpriteFont().GetSpacingData();
            case SCALE:
                return this._characterScale;
            case CHARACTER_SPACING:
                return this._characterSpacing;
            case LINE_HEIGHT:
                return this._lineHeight;
            case HORIZONTAL_ALIGNMENT:
                return this._horizontalAlign;
            case VERTICAL_ALIGNMENT:
                return this._verticalAlign;
            case WRAPPING:
                return this._wrapByWord ? CHARACTER_WRAP : WORD_WRAP
            }
        }
        SetPropertyValueByIndex(index, value) {
            switch (index) {
            case TEXT:
                if (this._text === value)
                    return;
                this._text = value;
                this._UpdateSettings();
                break;
            case ENABLE_BBCODE:
                if (this._enableBBcode === !!value)
                    return;
                this._enableBBcode = !!value;
                this._UpdateSettings();
                break;
            case CHARACTER_WIDTH:
                this._sdkType.GetSpriteFont().SetCharacterWidth(value);
                break;
            case CHARACTER_HEIGHT:
                this._sdkType.GetSpriteFont().SetCharacterHeight(value);
                break;
            case CHARACTER_SET:
                this._sdkType.GetSpriteFont().SetCharacterSet(value);
                break;
            case SPACING_DATA:
                this._sdkType.GetSpriteFont().SetSpacingData(value);
                break;
            case SCALE:
                if (this._characterScale === value)
                    return;
                this._characterScale = value;
                this._UpdateSettings();
                break;
            case CHARACTER_SPACING:
                if (this._characterSpacing === value)
                    return;
                this._characterSpacing = value;
                this._UpdateSettings();
                break;
            case LINE_HEIGHT:
                if (this._lineHeight === value)
                    return;
                this._lineHeight = value;
                this._UpdateSettings();
                break;
            case HORIZONTAL_ALIGNMENT:
                if (this._horizontalAlign === value)
                    return;
                this._horizontalAlign = value;
                this._UpdateSettings();
                break;
            case VERTICAL_ALIGNMENT:
                if (this._verticalAlign === value)
                    return;
                this._verticalAlign = value;
                this._UpdateSettings();
                break;
            case WRAPPING:
                if (this._wrapByWord === (value === WORD_WRAP))
                    return;
                this._wrapByWord = value === WORD_WRAP;
                this._UpdateSettings();
                break
            }
        }
        _SetText(text) {
            if (this._text === text)
                return;
            this._text = text;
            this._spriteFontText.SetText(text);
            this._runtime.UpdateRender()
        }
        GetText() {
            return this._text
        }
        _StartTypewriter(text, duration) {
            this._SetText(text);
            this._typewriterStartTime = this._runtime.GetWallTime();
            this._typewriterEndTime = this._typewriterStartTime + duration / this.GetInstance().GetActiveTimeScale();
            this._typewriterLength = C3.BBString.StripAnyTags(text).length;
            this._spriteFontText.SetDrawMaxCharacterCount(0);
            this._StartTicking()
        }
        _CancelTypewriter() {
            this._typewriterStartTime = -1;
            this._typewriterEndTime = -1;
            this._typewriterLength = 0;
            this._spriteFontText.SetDrawMaxCharacterCount(-1);
            this._StopTicking()
        }
        _FinishTypewriter() {
            if (this._typewriterEndTime === -1)
                return;
            this._CancelTypewriter();
            this.Trigger(C3.Plugins.Spritefont2.Cnds.OnTypewriterTextFinished);
            this._runtime.UpdateRender()
        }
        _SetScale(s) {
            if (this._characterScale === s)
                return;
            this._characterScale = s;
            this._spriteFontText.SetScale(this._characterScale);
            this._runtime.UpdateRender()
        }
        _GetScale() {
            return this._characterScale
        }
        _SetCharacterSpacing(s) {
            if (this._characterSpacing === s)
                return;
            this._characterSpacing = s;
            this._spriteFontText.SetSpacing(this._characterSpacing);
            this._runtime.UpdateRender()
        }
        _GetCharacterSpacing() {
            return this._characterSpacing
        }
        _SetLineHeight(h) {
            if (this._lineHeight === h)
                return;
            this._lineHeight = h;
            this._spriteFontText.SetLineHeight(this._lineHeight);
            this._runtime.UpdateRender()
        }
        _GetLineHeight() {
            return this._lineHeight
        }
        _SetHAlign(h) {
            if (this._horizontalAlign === h)
                return;
            this._horizontalAlign = h;
            this._UpdateSettings();
            this._runtime.UpdateRender()
        }
        _GetHAlign() {
            return this._horizontalAlign
        }
        _SetVAlign(v) {
            if (this._verticalAlign === v)
                return;
            this._verticalAlign = v;
            this._UpdateSettings();
            this._runtime.UpdateRender()
        }
        _GetVAlign() {
            return this._verticalAlign
        }
        _SetWrapByWord(w) {
            w = !!w;
            if (this._wrapByWord === w)
                return;
            this._wrapByWord = w;
            this._UpdateSettings();
            this._runtime.UpdateRender()
        }
        _IsWrapByWord() {
            return this._wrapByWord
        }
        Tick() {
            const wallTime = this._runtime.GetWallTime();
            if (wallTime >= this._typewriterEndTime) {
                this._CancelTypewriter();
                this.Trigger(C3.Plugins.Spritefont2.Cnds.OnTypewriterTextFinished);
                this._runtime.UpdateRender()
            } else {
                let displayLength = C3.relerp(this._typewriterStartTime, this._typewriterEndTime, wallTime, 0, this._typewriterLength);
                displayLength = Math.floor(displayLength);
                if (displayLength !== this._spriteFontText.GetDrawMaxCharacterCount()) {
                    this._spriteFontText.SetDrawMaxCharacterCount(displayLength);
                    this._runtime.UpdateRender()
                }
            }
        }
        GetDebuggerProperties() {
            const prefix = "plugins.spritefont2";
            return [{
                title: prefix + ".name",
                properties: [{
                    name: prefix + ".properties.text.name",
                    value: this._text,
                    onedit: v=>this._SetText(v)
                }]
            }]
        }
        GetScriptInterfaceClass() {
            return self.ISpriteFontInstance
        }
    }
    ;
    const map = new WeakMap;
    const SCRIPT_HORIZONTAL_ALIGNMENTS = new Map([["left", 0], ["center", 1], ["right", 2]]);
    const SCRIPT_VERTICAL_ALIGNMENTS = new Map([["top", 0], ["center", 1], ["bottom", 2]]);
    const SCRIPT_WRAP_MODES = new Map([["word", true], ["character", false]]);
    self.ISpriteFontInstance = class ISpriteFontInstance extends self.IWorldInstance {
        constructor() {
            super();
            map.set(this, self.IInstance._GetInitInst().GetSdkInstance())
        }
        get text() {
            return map.get(this).GetText()
        }
        set text(str) {
            const inst = map.get(this);
            inst._CancelTypewriter();
            inst._SetText(str)
        }
        typewriterText(str, duration) {
            const inst = map.get(this);
            inst._CancelTypewriter();
            inst._StartTypewriter(str, duration)
        }
        typewriterFinish() {
            map.get(this)._FinishTypewriter()
        }
        set characterScale(s) {
            map.get(this)._SetScale(s)
        }
        get characterScale() {
            return map.get(this)._GetScale()
        }
        set characterSpacing(s) {
            map.get(this)._SetCharacterSpacing(s)
        }
        get characterSpacing() {
            return map.get(this)._GetCharacterSpacing()
        }
        set lineHeight(lho) {
            map.get(this)._SetLineHeight(lho)
        }
        get lineHeight() {
            return map.get(this)._GetLineHeight()
        }
        set horizontalAlign(str) {
            const h = SCRIPT_HORIZONTAL_ALIGNMENTS.get(str);
            if (typeof h === "undefined")
                throw new Error("invalid mode");
            map.get(this)._SetHAlign(h)
        }
        get horizontalAlign() {
            return HORIZONTAL_ALIGNMENTS[map.get(this)._GetHAlign()]
        }
        set verticalAlign(str) {
            const v = SCRIPT_VERTICAL_ALIGNMENTS.get(str);
            if (typeof v === "undefined")
                throw new Error("invalid mode");
            map.get(this)._SetVAlign(v)
        }
        get verticalAlign() {
            return VERTICAL_ALIGNMENTS[map.get(this)._GetVAlign()]
        }
        set wordWrapMode(str) {
            const isWrapByWord = SCRIPT_WRAP_MODES.get(str);
            if (typeof isWrapByWord === "undefined")
                throw new Error("invalid mode");
            map.get(this)._SetWrapByWord(isWrapByWord)
        }
        get wordWrapMode() {
            return map.get(this)._IsWrapByWord() ? "word" : "character"
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Spritefont2.Cnds = {
        CompareText(text, caseSensitive) {
            if (caseSensitive)
                return this._text === text;
            else
                return C3.equalsNoCase(this._text, text)
        },
        IsRunningTypewriterText() {
            return this._typewriterEndTime !== -1
        },
        OnTypewriterTextFinished() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Spritefont2.Acts = {
        SetText(param) {
            this._CancelTypewriter();
            if (typeof param === "number" && param < 1E9)
                param = Math.round(param * 1E10) / 1E10;
            this._SetText(param.toString())
        },
        AppendText(param) {
            this._CancelTypewriter();
            if (typeof param === "number" && param < 1E9)
                param = Math.round(param * 1E10) / 1E10;
            param = param.toString();
            if (!param)
                return;
            this._SetText(this._text + param)
        },
        TypewriterText(param, duration) {
            this._CancelTypewriter();
            if (typeof param === "number" && param < 1E9)
                param = Math.round(param * 1E10) / 1E10;
            this._StartTypewriter(param.toString(), duration)
        },
        TypewriterFinish() {
            this._FinishTypewriter()
        },
        SetScale(s) {
            this._SetScale(s)
        },
        SetCharacterSpacing(s) {
            this._SetCharacterSpacing(s)
        },
        SetLineHeight(h) {
            this._SetLineHeight(h)
        },
        SetCharacterWidth(chars, width) {
            let didAnyChange = false;
            const spriteFont = this._sdkType.GetSpriteFont();
            for (const ch of chars)
                if (ch === " ") {
                    spriteFont.SetSpaceWidth(width);
                    didAnyChange = true
                } else {
                    const sfc = spriteFont.GetCharacter(ch);
                    if (sfc) {
                        sfc.SetDisplayWidth(width);
                        didAnyChange = true
                    }
                }
            if (didAnyChange)
                spriteFont.SetCharacterWidthsChanged();
            this._runtime.UpdateRender()
        },
        SetEffect(effect) {
            this.GetWorldInfo().SetBlendMode(effect);
            this._runtime.UpdateRender()
        },
        SetHAlign(h) {
            this._SetHAlign(h)
        },
        SetVAlign(v) {
            this._SetVAlign(v)
        },
        SetWrapping(w) {
            this._SetWrapByWord(w === 0)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Spritefont2.Exps = {
        CharacterWidth(ch) {
            const sfc = this._sdkType.GetSpriteFont().GetCharacter(ch);
            if (sfc)
                return sfc.GetDisplayWidth();
            else
                return this._sdkType.GetSpriteFont().GetCharacterWidth()
        },
        CharacterHeight() {
            return this._characterHeight
        },
        CharacterScale() {
            return this._characterScale
        },
        CharacterSpacing() {
            return this._characterSpacing
        },
        LineHeight() {
            return this._lineHeight
        },
        Text() {
            return this._text
        },
        PlainText() {
            if (this._enableBBcode)
                return C3.BBString.StripAnyTags(this._text);
            else
                return this._text
        },
        TextWidth() {
            const wi = this.GetWorldInfo();
            this._spriteFontText.SetSize(wi.GetWidth(), wi.GetHeight());
            return this._spriteFontText.GetTextWidth()
        },
        TextHeight() {
            const wi = this.GetWorldInfo();
            this._spriteFontText.SetSize(wi.GetWidth(), wi.GetHeight());
            return this._spriteFontText.GetTextHeight()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    self.SpriteFontCharacter = class SpriteFontCharacter {
        constructor(spriteFont, char, x, y) {
            let charWidth = spriteFont.GetCharacterWidth();
            let charHeight = spriteFont.GetCharacterHeight();
            this._spriteFont = spriteFont;
            this._char = char;
            this._pxRect = new C3.Rect(x,y,x + charWidth,y + charHeight);
            this._texRect = new C3.Rect;
            this._displayWidth = -1;
            this._UpdateTexRect()
        }
        Release() {
            this._spriteFont = null;
            this._pxRect = null;
            this._texRect = null
        }
        _UpdateTexRect() {
            let w = this._spriteFont.GetWidth();
            let h = this._spriteFont.GetHeight();
            this._texRect.copy(this._pxRect);
            this._texRect.divide(w, h);
            this._texRect.lerpInto(this._spriteFont.GetTexRect())
        }
        GetSpriteFont() {
            return this._spriteFont
        }
        GetChar() {
            return this._char
        }
        GetTexRect() {
            return this._texRect
        }
        SetDisplayWidth(w) {
            this._displayWidth = w
        }
        GetDisplayWidth() {
            if (this._displayWidth < 0)
                return this._spriteFont.GetCharacterWidth();
            else
                return this._displayWidth
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tmpRect = new C3.Rect;
    const tmpQuad = new C3.Quad;
    const tmpColor = new C3.Color;
    const VALID_HORIZ_ALIGNMENTS = new Set(["left", "center", "right"]);
    const VALID_VERT_ALIGNMENTS = new Set(["top", "center", "bottom"]);
    const VALID_WORD_WRAP_MODES = new Set(["word", "character"]);
    self.SpriteFontText = class SpriteFontText {
        constructor(spriteFont) {
            this._spriteFont = spriteFont;
            this._cssWidth = 0;
            this._cssHeight = 0;
            this._text = "";
            this._isBBcodeEnabled = false;
            this._bbString = null;
            this._wrappedText = C3.New(C3.WordWrap);
            this._wrapMode = "word";
            this._wrapChanged = false;
            this._horizontalAlign = "left";
            this._verticalAlign = "top";
            this._scale = 1;
            this._spacing = 0;
            this._lineHeight = 0;
            this._color = C3.New(C3.Color);
            this._drawMaxCharCount = -1;
            this._drawCharCount = 0;
            this._measureTextCallback = (str,styles)=>this._MeasureText(str, styles);
            this._spriteFont._AddSpriteFontText(this)
        }
        Release() {
            this._spriteFont._RemoveSpriteFontText(this);
            this._color = null;
            this._measureTextCallback = null;
            this._wrappedText.Clear();
            this._wrappedText = null;
            this._spriteFont = null;
            this._bbString = null
        }
        _MeasureText(str, styles) {
            const scaleStyle = this._GetStyleTag(styles, "scale");
            const scale = scaleStyle ? parseFloat(scaleStyle.param) : this._scale;
            const scaleXStyle = this._GetStyleTag(styles, "scalex");
            const scaleX = (scaleXStyle ? parseFloat(scaleXStyle.param) : 1) * scale;
            const scaleYStyle = this._GetStyleTag(styles, "scaley");
            const scaleY = (scaleYStyle ? parseFloat(scaleYStyle.param) : 1) * scale;
            const lineTotalHeight = this._spriteFont.GetCharacterHeight() * scaleY + this._lineHeight;
            const spriteFont = this.GetSpriteFont();
            const defaultCharWidth = spriteFont.GetCharacterWidth() * scaleX;
            const spacing = this.GetSpacing();
            if (spriteFont.HasAnyCustomWidths()) {
                let strLen = 0;
                let totalWidth = 0;
                for (const ch of str) {
                    let charWidth = defaultCharWidth;
                    const sfc = spriteFont.GetCharacter(ch);
                    if (sfc)
                        charWidth = sfc.GetDisplayWidth() * scaleX;
                    else if (ch === " ")
                        charWidth = spriteFont.GetSpaceWidth() * scaleX;
                    totalWidth += charWidth;
                    ++strLen
                }
                return {
                    width: totalWidth + strLen * spacing,
                    height: lineTotalHeight
                }
            } else {
                const strLen = [...str].length;
                const spaceCount = Math.max(strLen, 0);
                return {
                    width: defaultCharWidth * strLen + spaceCount * spacing,
                    height: lineTotalHeight
                }
            }
        }
        _SetWrapChanged() {
            this._wrapChanged = true;
            this._wrappedText.Clear()
        }
        SetSize(cssWidth, cssHeight) {
            if (cssWidth <= 0 || cssHeight <= 0)
                return;
            if (this._cssWidth === cssWidth && this._cssHeight === cssHeight)
                return;
            if (this._cssWidth !== cssWidth)
                this._SetWrapChanged();
            this._cssWidth = cssWidth;
            this._cssHeight = cssHeight
        }
        SetDrawMaxCharacterCount(n) {
            this._drawMaxCharCount = Math.floor(n)
        }
        GetDrawMaxCharacterCount() {
            return this._drawMaxCharCount
        }
        _GetStyleTag(styles, tag) {
            for (let i = styles.length - 1; i >= 0; --i) {
                const s = styles[i];
                if (s.tag === tag)
                    return s
            }
            return null
        }
        _HasStyleTag(styles, tag) {
            return !!this._GetStyleTag(styles, tag)
        }
        _MaybeWrapText() {
            if (!this._wrapChanged)
                return;
            if (this._isBBcodeEnabled && (!this._bbString || this._bbString.toString() !== this._text))
                this._bbString = new C3.BBString(this._text,{
                    noEscape: true
                });
            const endOfLineMargin = -this.GetSpacing();
            this._wrappedText.WordWrap(this._isBBcodeEnabled ? this._bbString.toFragmentList() : this._text, this._measureTextCallback, this._cssWidth, this._wrapMode, endOfLineMargin);
            this._wrapChanged = false
        }
        Draw(renderer, offX, offY, angle) {
            this._MaybeWrapText();
            this._drawCharCount = 0;
            let penY = 0;
            const lineSpaceHeight = this._lineHeight;
            const lines = C3.cloneArray(this._wrappedText.GetLines());
            const sin_a = Math.sin(angle);
            const cos_a = Math.cos(angle);
            const linesTotalHeight = lines.reduce((a,v)=>a + v.height, 0) - lineSpaceHeight;
            if (this._verticalAlign === "center")
                penY = Math.max(Math.floor(this._cssHeight / 2 - linesTotalHeight / 2), 0);
            else if (this._verticalAlign === "bottom")
                penY = Math.floor(this._cssHeight - linesTotalHeight);
            for (let i = 0, len = lines.length; i < len; ++i) {
                const line = lines[i];
                const curLineTextHeight = line.height;
                if (i > 0 && penY > this._cssHeight - (curLineTextHeight - lineSpaceHeight))
                    break;
                if (penY >= 0)
                    this._DrawLine(renderer, line, offX, offY, penY, sin_a, cos_a);
                penY += curLineTextHeight
            }
        }
        _DrawLine(renderer, line, offX, offY, penY, sin_a, cos_a) {
            const lineHeight = line.height;
            let penX = 0;
            if (this._horizontalAlign === "center")
                penX = Math.max(Math.floor((this._cssWidth - line.width) / 2), 0);
            else if (this._horizontalAlign === "right")
                penX = Math.max(Math.floor(this._cssWidth - line.width), 0);
            for (const frag of line.fragments) {
                this._DrawFragment(renderer, frag, offX, offY, penX, penY, sin_a, cos_a, lineHeight);
                penX += frag.width
            }
        }
        _DrawFragment(renderer, frag, offX, offY, penX, penY, sin_a, cos_a, lineHeight) {
            let text = frag.text;
            let fragWidth = frag.width;
            const styles = frag.styles;
            if (this._drawMaxCharCount !== -1) {
                if (this._drawCharCount >= this._drawMaxCharCount)
                    return;
                if (this._drawCharCount + text.length > this._drawMaxCharCount) {
                    text = text.substr(0, this._drawMaxCharCount - this._drawCharCount);
                    fragWidth = this._MeasureText(text, styles).width
                }
                this._drawCharCount += text.length
            }
            const backgroundStyle = this._GetStyleTag(styles, "background");
            if (C3.IsStringAllWhitespace(text) && !backgroundStyle || this._HasStyleTag(styles, "hide"))
                return;
            const scaleStyle = this._GetStyleTag(styles, "scale");
            const scale = scaleStyle ? parseFloat(scaleStyle.param) : this._scale;
            const scaleXStyle = this._GetStyleTag(styles, "scalex");
            const scaleX = (scaleXStyle ? parseFloat(scaleXStyle.param) : 1) * scale;
            const scaleYStyle = this._GetStyleTag(styles, "scaley");
            const scaleY = (scaleYStyle ? parseFloat(scaleYStyle.param) : 1) * scale;
            const charHeight = this._spriteFont.GetCharacterHeight() * scaleY;
            const lineSpaceHeight = this._lineHeight;
            penY += lineHeight - lineSpaceHeight - charHeight;
            const offsetXStyle = this._GetStyleTag(styles, "offsetx");
            penX += offsetXStyle ? parseFloat(offsetXStyle.param) : 0;
            const offsetYStyle = this._GetStyleTag(styles, "offsety");
            penY += offsetYStyle ? parseFloat(offsetYStyle.param) : 0;
            if (backgroundStyle) {
                renderer.SetColorFillMode();
                tmpColor.parseString(backgroundStyle.param);
                tmpColor.setA(1);
                renderer.SetColor(tmpColor);
                tmpRect.set(penX, penY, penX + fragWidth, penY + charHeight);
                if (tmpRect.getRight() > this._cssWidth)
                    tmpRect.setRight(this._cssWidth);
                tmpQuad.setFromRotatedRectPrecalc(tmpRect, sin_a, cos_a);
                tmpQuad.offset(offX, offY);
                renderer.Quad(tmpQuad);
                renderer.SetTextureFillMode()
            }
            const colorStyle = this._GetStyleTag(styles, "color");
            if (colorStyle) {
                tmpColor.parseString(colorStyle.param);
                tmpColor.setA(this._color.getA())
            } else
                tmpColor.copy(this._color);
            const opacityStyle = this._GetStyleTag(styles, "opacity");
            if (opacityStyle)
                tmpColor.setA(tmpColor.getA() * parseFloat(opacityStyle.param) / 100);
            tmpColor.premultiply();
            renderer.SetColor(tmpColor);
            const drawCharWidth = this._spriteFont.GetCharacterWidth() * scaleX;
            const endOfLineMargin = Math.abs(this.GetSpacing());
            for (const ch of text) {
                const sfc = this._spriteFont.GetCharacter(ch);
                if (sfc) {
                    const layoutCharWidth = sfc.GetDisplayWidth() * scaleX;
                    if (penX + layoutCharWidth > this._cssWidth + endOfLineMargin + 1E-5)
                        return;
                    tmpRect.set(penX, penY, penX + drawCharWidth, penY + charHeight);
                    tmpQuad.setFromRotatedRectPrecalc(tmpRect, sin_a, cos_a);
                    tmpQuad.offset(offX, offY);
                    renderer.Quad3(tmpQuad, sfc.GetTexRect());
                    penX += layoutCharWidth + this._spacing
                } else
                    penX += this._spriteFont.GetSpaceWidth() * scaleX + this._spacing
            }
        }
        GetSpriteFont() {
            return this._spriteFont
        }
        SetBBCodeEnabled(e) {
            e = !!e;
            if (this._isBBcodeEnabled === e)
                return;
            this._isBBcodeEnabled = e;
            this._SetWrapChanged()
        }
        IsBBCodeEnabled() {
            return this._isBBcodeEnabled
        }
        SetText(text) {
            if (this._text === text)
                return;
            this._text = text;
            this._SetWrapChanged()
        }
        SetWordWrapMode(w) {
            if (!VALID_WORD_WRAP_MODES.has(w))
                throw new Error("invalid word wrap mode");
            if (this._wrapMode === w)
                return;
            this._wrapMode = w;
            this._SetWrapChanged()
        }
        SetHorizontalAlign(a) {
            if (!VALID_HORIZ_ALIGNMENTS.has(a))
                throw new Error("invalid alignment");
            this._horizontalAlign = a
        }
        SetVerticalAlign(a) {
            if (!VALID_VERT_ALIGNMENTS.has(a))
                throw new Error("invalid alignment");
            this._verticalAlign = a
        }
        SetScale(s) {
            if (this._scale === s)
                return;
            this._scale = s;
            this._SetWrapChanged()
        }
        GetScale() {
            return this._scale
        }
        SetSpacing(s) {
            if (this._spacing === s)
                return;
            this._spacing = s;
            this._SetWrapChanged()
        }
        GetSpacing() {
            return this._spacing
        }
        SetLineHeight(h) {
            this._lineHeight = h;
            this._SetWrapChanged()
        }
        GetLineHeight() {
            return this._lineHeight
        }
        SetOpacity(o) {
            o = C3.clamp(o, 0, 1);
            this._color.a = o
        }
        SetColor(c) {
            if (this._color.equals(c))
                return;
            this._color.copy(c)
        }
        GetColor() {
            return this._color
        }
        GetTextWidth() {
            this._MaybeWrapText();
            return this._wrappedText.GetMaxLineWidth()
        }
        GetTextHeight() {
            this._MaybeWrapText();
            const lineTextHeight = this._spriteFont.GetCharacterHeight() * this._scale;
            const lineSpaceHeight = this._lineHeight;
            const lineTotalHeight = lineTextHeight + lineSpaceHeight;
            return this._wrappedText.GetLineCount() * lineTotalHeight - lineSpaceHeight
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const SpriteFontText = self.SpriteFontText;
    const DEFAULT_SPRITEFONT_OPTS = {
        width: 256,
        height: 256,
        characterWidth: 16,
        characterHeight: 16,
        characterSet: ""
    };
    self.SpriteFont = class SpriteFont {
        constructor(opts) {
            opts = Object.assign({}, DEFAULT_SPRITEFONT_OPTS, opts);
            if (opts.width <= 0 || opts.height <= 0 || opts.characterWidth <= 0 || opts.characterHeight <= 0)
                throw new Error("invalid size");
            this._width = opts.width;
            this._height = opts.height;
            this._characterWidth = opts.characterWidth;
            this._characterHeight = opts.characterHeight;
            this._characterSet = opts.characterSet;
            this._spacingData = "";
            this._spacingParsed = null;
            this._hasAnyCustomWidths = false;
            this._spaceWidth = -1;
            this._texRect = new C3.Rect(0,0,1,1);
            this._characterMap = new Map;
            this._mapChanged = true;
            this._allTexts = new Set
        }
        Release() {
            this._texRect = null;
            this._ReleaseCharacters();
            this._characterMap = null;
            if (this._allTexts)
                this._allTexts.clear();
            this._allTexts = null
        }
        _ReleaseCharacters() {
            for (let c of this._characterMap.values())
                c.Release();
            this._characterMap.clear()
        }
        _AddSpriteFontText(sft) {
            this._allTexts.add(sft)
        }
        _RemoveSpriteFontText(sft) {
            this._allTexts.delete(sft)
        }
        UpdateCharacterMap() {
            if (!this._mapChanged)
                return;
            this._ReleaseCharacters();
            let charSetArr = [...this._characterSet];
            let cols = Math.floor(this._width / this._characterWidth);
            let rows = Math.floor(this._height / this._characterHeight);
            let last = cols * rows;
            for (let i = 0, len = charSetArr.length; i < len; ++i) {
                if (i >= last)
                    break;
                let x = i % cols;
                let y = Math.floor(i / cols);
                let char = charSetArr[i];
                this._characterMap.set(char, C3.New(self.SpriteFontCharacter, this, char, x * this._characterWidth, y * this._characterHeight))
            }
            this._hasAnyCustomWidths = false;
            this._spaceWidth = -1;
            if (Array.isArray(this._spacingParsed))
                for (let entry of this._spacingParsed) {
                    if (!Array.isArray(entry))
                        continue;
                    if (entry.length !== 2)
                        continue;
                    let charWidth = entry[0];
                    let str = entry[1];
                    if (typeof charWidth !== "number" || !isFinite(charWidth) || typeof str !== "string")
                        continue;
                    if (charWidth === this._characterWidth)
                        continue;
                    for (let ch of str) {
                        let sfc = this._characterMap.get(ch);
                        if (sfc) {
                            sfc.SetDisplayWidth(charWidth);
                            this._hasAnyCustomWidths = true
                        } else if (ch === " ") {
                            this._spaceWidth = charWidth;
                            this._hasAnyCustomWidths = true
                        }
                    }
                }
            this._mapChanged = false;
            for (let sft of this._allTexts)
                sft._SetWrapChanged()
        }
        SetCharacterWidthsChanged() {
            this._hasAnyCustomWidths = true;
            for (const sft of this._allTexts)
                sft._SetWrapChanged()
        }
        GetCharacter(ch) {
            this.UpdateCharacterMap();
            return this._characterMap.get(ch) || null
        }
        HasAnyCustomWidths() {
            return this._hasAnyCustomWidths
        }
        SetWidth(w) {
            w = Math.floor(w);
            if (w <= 0)
                throw new Error("invalid size");
            if (this._width === w)
                return;
            this._width = w;
            this._mapChanged = true
        }
        GetWidth() {
            return this._width
        }
        SetHeight(h) {
            h = Math.floor(h);
            if (h <= 0)
                throw new Error("invalid size");
            if (this._height === h)
                return;
            this._height = h;
            this._mapChanged = true
        }
        GetHeight() {
            return this._height
        }
        SetTexRect(rc) {
            if (this._texRect.equals(rc))
                return;
            this._texRect.copy(rc);
            for (const sfc of this._characterMap.values())
                sfc._UpdateTexRect()
        }
        GetTexRect() {
            return this._texRect
        }
        SetCharacterWidth(w) {
            w = Math.floor(w);
            if (w <= 0)
                throw new Error("invalid size");
            if (this._characterWidth === w)
                return;
            this._characterWidth = w;
            this._mapChanged = true
        }
        GetCharacterWidth() {
            return this._characterWidth
        }
        SetCharacterHeight(h) {
            h = Math.floor(h);
            if (h <= 0)
                throw new Error("invalid size");
            if (this._characterHeight === h)
                return;
            this._characterHeight = h;
            this._mapChanged = true
        }
        GetCharacterHeight() {
            return this._characterHeight
        }
        SetCharacterSet(s) {
            if (this._characterSet === s)
                return;
            this._characterSet = s;
            this._mapChanged = true
        }
        GetCharacterSet() {
            return this._characterSet
        }
        SetSpacingData(s) {
            if (this._spacingData === s)
                return;
            this._spacingData = s;
            this._mapChanged = true;
            this._spacingParsed = null;
            if (this._spacingData.length)
                try {
                    this._spacingParsed = JSON.parse(this._spacingData)
                } catch (e) {
                    this._spacingParsed = null
                }
        }
        GetSpacingData() {
            return this._spacingData
        }
        SetSpaceWidth(w) {
            if (w < 0)
                w = -1;
            if (this._spaceWidth === w)
                return;
            this._spaceWidth = w;
            if (this._spaceWidth >= 0)
                this._hasAnyCustomWidths = true
        }
        GetSpaceWidth() {
            if (this._spaceWidth < 0)
                return this._characterWidth;
            else
                return this._spaceWidth
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Sprite = class SpritePlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Sprite.Type = class SpriteType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
            this._animations = objectClass.GetAnimations()
        }
        Release() {
            C3.clearArray(this._animations);
            super.Release()
        }
        OnCreate() {
            for (const a of this._animations)
                a.LoadAllAssets(this._runtime)
        }
        LoadTextures(renderer) {
            const opts = {
                sampling: this._runtime.GetSampling()
            };
            return Promise.all(this._animations.map(a=>a.LoadAllTextures(renderer, opts)))
        }
        ReleaseTextures() {
            for (const a of this._animations)
                a.ReleaseAllTextures()
        }
        OnDynamicTextureLoadComplete() {
            this._UpdateAllCurrentTexture()
        }
        _UpdateAllCurrentTexture() {
            for (const inst of this._objectClass.instancesIncludingPendingCreate())
                inst.GetSdkInstance()._UpdateCurrentTexture()
        }
        FinishCondition(doPick) {
            C3.Plugins.Sprite._FinishCondition(this, doPick)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const INITIALLY_VISIBLE = 0;
    const INITIAL_ANIMATION = 1;
    const INITIAL_FRAME = 2;
    const ENABLE_COLLISIONS = 3;
    const tempRect = C3.New(C3.Rect);
    const tempQuad = C3.New(C3.Quad);
    const tempVec2 = C3.New(C3.Vector2);
    const FLAG_PLAYING_FORWARDS = 1 << 0;
    const FLAG_ANIMATION_PLAYING = 1 << 1;
    const FLAG_ANIMATION_TRIGGER = 1 << 2;
    C3.Plugins.Sprite.Instance = class SpriteInstance extends C3.SDKWorldInstanceBase {
        constructor(inst, properties) {
            super(inst);
            let initiallyVisible = true;
            let initialAnimation = "";
            let initialFrame = 0;
            let collisionEnabled = true;
            if (properties) {
                initiallyVisible = !!properties[INITIALLY_VISIBLE];
                initialAnimation = properties[INITIAL_ANIMATION];
                initialFrame = properties[INITIAL_FRAME];
                collisionEnabled = properties[ENABLE_COLLISIONS]
            }
            this._currentAnimation = this._objectClass.GetAnimationByName(initialAnimation) || this._objectClass.GetAnimations()[0];
            this._currentFrameIndex = C3.clamp(initialFrame, 0, this._currentAnimation.GetFrameCount() - 1);
            this._currentAnimationFrame = this._currentAnimation.GetFrameAt(this._currentFrameIndex);
            const initialImageInfo = this._currentAnimationFrame.GetImageInfo();
            this._currentTexture = initialImageInfo.GetTexture();
            this._currentRcTex = initialImageInfo.GetTexRect();
            this.HandleWebGLContextLoss();
            inst.SetFlag(FLAG_ANIMATION_PLAYING, true);
            inst.SetFlag(FLAG_PLAYING_FORWARDS, this._currentAnimation.GetSpeed() >= 0);
            this._currentAnimationSpeed = Math.abs(this._currentAnimation.GetSpeed());
            this._currentAnimationRepeatTo = this._currentAnimation.GetRepeatTo();
            this._animationTimer = C3.New(C3.KahanSum);
            this._frameStartTime = 0;
            this._animationRepeats = 0;
            this._animTriggerName = "";
            this._changeAnimFrameIndex = -1;
            this._changeAnimationName = "";
            this._changeAnimationFrom = 0;
            const wi = this.GetWorldInfo();
            this._bquadRef = wi.GetBoundingQuad();
            wi.SetVisible(initiallyVisible);
            wi.SetCollisionEnabled(collisionEnabled);
            wi.SetOriginX(this._currentAnimationFrame.GetOriginX());
            wi.SetOriginY(this._currentAnimationFrame.GetOriginY());
            wi.SetSourceCollisionPoly(this._currentAnimationFrame.GetCollisionPoly());
            wi.SetBboxChanged();
            if ((this._objectClass.GetAnimationCount() !== 1 || this._objectClass.GetAnimations()[0].GetFrameCount() !== 1) && this._currentAnimationSpeed !== 0)
                this._StartTicking()
        }
        Release() {
            this._currentAnimation = null;
            this._currentAnimationFrame = null;
            this._currentTexture = null;
            this._animationTimer = null;
            super.Release()
        }
        GetCurrentImageInfo() {
            return this._currentAnimationFrame.GetImageInfo()
        }
        OnWebGLContextLost() {
            this._currentTexture = null
        }
        OnWebGLContextRestored() {
            this._UpdateCurrentTexture()
        }
        Draw(renderer) {
            const texture = this._currentTexture;
            if (texture === null)
                return;
            renderer.SetTexture(texture);
            const wi = this.GetWorldInfo();
            if (wi.HasMesh())
                this._DrawMesh(wi, renderer);
            else
                this._DrawStandard(wi, renderer)
        }
        _DrawStandard(wi, renderer) {
            let quad = this._bquadRef;
            if (this._runtime.IsPixelRoundingEnabled())
                quad = wi.PixelRoundQuad(quad);
            renderer.Quad3(quad, this._currentRcTex)
        }
        _DrawMesh(wi, renderer) {
            const transformedMesh = wi.GetTransformedMesh();
            if (wi.IsMeshChanged()) {
                wi.CalculateBbox(tempRect, tempQuad, false);
                let quad = tempQuad;
                if (this._runtime.IsPixelRoundingEnabled())
                    quad = wi.PixelRoundQuad(quad);
                transformedMesh.CalculateTransformedMesh(wi.GetSourceMesh(), quad, this._currentRcTex);
                wi.SetMeshChanged(false)
            }
            transformedMesh.Draw(renderer)
        }
        GetAnimationTime() {
            return this._animationTimer.Get()
        }
        IsAnimationPlaying() {
            return this._inst.GetFlag(FLAG_ANIMATION_PLAYING)
        }
        SetAnimationPlaying(e) {
            this._inst.SetFlag(FLAG_ANIMATION_PLAYING, e)
        }
        IsPlayingForwards() {
            return this._inst.GetFlag(FLAG_PLAYING_FORWARDS)
        }
        SetPlayingForwards(e) {
            this._inst.SetFlag(FLAG_PLAYING_FORWARDS, e)
        }
        IsInAnimationTrigger() {
            return this._inst.GetFlag(FLAG_ANIMATION_TRIGGER)
        }
        SetInAnimationTrigger(e) {
            this._inst.SetFlag(FLAG_ANIMATION_TRIGGER, e)
        }
        Tick() {
            if (this._changeAnimationName)
                this._DoChangeAnimation();
            if (this._changeAnimFrameIndex >= 0)
                this._DoChangeAnimFrame();
            const currentAnimationSpeed = this._currentAnimationSpeed;
            if (!this.IsAnimationPlaying() || currentAnimationSpeed === 0) {
                this._StopTicking();
                return
            }
            const dt = this._runtime.GetDt(this._inst);
            this._animationTimer.Add(dt);
            const now = this.GetAnimationTime();
            const prevFrame = this._currentAnimationFrame;
            const currentFrameTime = prevFrame.GetDuration() / currentAnimationSpeed;
            if (now < this._frameStartTime + currentFrameTime)
                return;
            const currentAnimation = this._currentAnimation;
            const repeatTo = this._currentAnimationRepeatTo;
            const frameCount = currentAnimation.GetFrameCount();
            const repeatCount = currentAnimation.GetRepeatCount();
            const isLooping = currentAnimation.IsLooping();
            const isPingPong = currentAnimation.IsPingPong();
            if (this.IsPlayingForwards())
                this._currentFrameIndex++;
            else
                this._currentFrameIndex--;
            this._frameStartTime += currentFrameTime;
            if (this._currentFrameIndex >= frameCount)
                if (isPingPong) {
                    this.SetPlayingForwards(false);
                    this._currentFrameIndex = frameCount - 2
                } else if (isLooping)
                    this._currentFrameIndex = repeatTo;
                else {
                    this._animationRepeats++;
                    if (this._animationRepeats >= repeatCount)
                        this._FinishAnimation(false);
                    else
                        this._currentFrameIndex = repeatTo
                }
            if (this._currentFrameIndex < 0)
                if (isPingPong) {
                    this._currentFrameIndex = 1;
                    this.SetPlayingForwards(true);
                    if (!isLooping) {
                        this._animationRepeats++;
                        if (this._animationRepeats >= repeatCount)
                            this._FinishAnimation(true)
                    }
                } else if (isLooping)
                    this._currentFrameIndex = repeatTo;
                else {
                    this._animationRepeats++;
                    if (this._animationRepeats >= repeatCount)
                        this._FinishAnimation(true);
                    else
                        this._currentFrameIndex = repeatTo
                }
            this._currentFrameIndex = C3.clamp(this._currentFrameIndex, 0, frameCount - 1);
            const nextFrame = currentAnimation.GetFrameAt(this._currentFrameIndex);
            if (now > this._frameStartTime + nextFrame.GetDuration() / currentAnimationSpeed)
                this._frameStartTime = now;
            this._OnFrameChanged(prevFrame, nextFrame)
        }
        _FinishAnimation(reverse) {
            this._currentFrameIndex = reverse ? 0 : this._currentAnimation.GetFrameCount() - 1;
            this.SetAnimationPlaying(false);
            this._animTriggerName = this._currentAnimation.GetName();
            this.SetInAnimationTrigger(true);
            this.Trigger(C3.Plugins.Sprite.Cnds.OnAnyAnimFinished);
            this.Trigger(C3.Plugins.Sprite.Cnds.OnAnimFinished);
            this.SetInAnimationTrigger(false);
            this._animationRepeats = 0
        }
        _OnFrameChanged(prevFrame, nextFrame) {
            if (prevFrame === nextFrame)
                return;
            const wi = this.GetWorldInfo();
            const prevImage = prevFrame.GetImageInfo();
            const nextImage = nextFrame.GetImageInfo();
            const oldW = prevImage.GetWidth();
            const oldH = prevImage.GetHeight();
            const newW = nextImage.GetWidth();
            const newH = nextImage.GetHeight();
            if (oldW !== newW)
                wi.SetWidth(wi.GetWidth() * (newW / oldW));
            if (oldH !== newH)
                wi.SetHeight(wi.GetHeight() * (newH / oldH));
            wi.SetOriginX(nextFrame.GetOriginX());
            wi.SetOriginY(nextFrame.GetOriginY());
            wi.SetSourceCollisionPoly(nextFrame.GetCollisionPoly());
            wi.SetBboxChanged();
            this._currentAnimationFrame = nextFrame;
            this._currentTexture = nextImage.GetTexture();
            this._currentRcTex = nextImage.GetTexRect();
            const behaviorInstances = this.GetInstance().GetBehaviorInstances();
            for (let i = 0, len = behaviorInstances.length; i < len; ++i)
                behaviorInstances[i].OnSpriteFrameChanged(prevFrame, nextFrame);
            this.Trigger(C3.Plugins.Sprite.Cnds.OnFrameChanged);
            this._runtime.UpdateRender()
        }
        _StartAnim(from) {
            this.SetAnimationPlaying(true);
            this._frameStartTime = this.GetAnimationTime();
            if (from === 1 && this._currentFrameIndex !== 0) {
                this._changeAnimFrameIndex = 0;
                if (!this.IsInAnimationTrigger())
                    this._DoChangeAnimFrame()
            }
            this._StartTicking()
        }
        _SetAnim(animName, from) {
            this._changeAnimationName = animName;
            this._changeAnimationFrom = from;
            this._StartTicking();
            if (!this.IsInAnimationTrigger())
                this._DoChangeAnimation()
        }
        _GetCurrentAnimationName() {
            if (this._changeAnimationName)
                return this._changeAnimationName;
            else
                return this._currentAnimation.GetName()
        }
        _SetAnimFrame(frameNum) {
            if (!isFinite(frameNum))
                return;
            this._changeAnimFrameIndex = frameNum;
            if (!this.IsInAnimationTrigger())
                this._DoChangeAnimFrame()
        }
        _GetAnimFrame() {
            return this._currentFrameIndex
        }
        _SetAnimSpeed(s) {
            this._currentAnimationSpeed = Math.abs(s);
            this.SetPlayingForwards(s >= 0);
            if (this._currentAnimationSpeed > 0)
                this._StartTicking()
        }
        _GetAnimSpeed() {
            return this.IsPlayingForwards() ? this._currentAnimationSpeed : -this._currentAnimationSpeed
        }
        _SetAnimRepeatToFrame(f) {
            f = C3.clamp(Math.floor(f), 0, this._currentAnimation.GetFrameCount() - 1);
            this._currentAnimationRepeatTo = f
        }
        _GetAnimRepeatToFrame() {
            return this._currentAnimationRepeatTo
        }
        _DoChangeAnimation() {
            const prevFrame = this._currentAnimationFrame;
            const animation = this._objectClass.GetAnimationByName(this._changeAnimationName);
            this._changeAnimationName = "";
            if (!animation)
                return;
            if (animation === this._currentAnimation && this.IsAnimationPlaying())
                return;
            this._currentAnimation = animation;
            this.SetPlayingForwards(animation.GetSpeed() >= 0);
            this._currentAnimationSpeed = Math.abs(animation.GetSpeed());
            this._currentAnimationRepeatTo = animation.GetRepeatTo();
            this._currentFrameIndex = C3.clamp(this._currentFrameIndex, 0, this._currentAnimation.GetFrameCount() - 1);
            if (this._changeAnimationFrom === 1)
                this._currentFrameIndex = 0;
            this.SetAnimationPlaying(true);
            this._frameStartTime = this.GetAnimationTime();
            const nextFrame = this._currentAnimation.GetFrameAt(this._currentFrameIndex);
            this._OnFrameChanged(prevFrame, nextFrame)
        }
        _DoChangeAnimFrame() {
            const prevFrame = this._currentAnimationFrame;
            const prevFrameIndex = this._currentFrameIndex;
            this._currentFrameIndex = C3.clamp(Math.floor(this._changeAnimFrameIndex), 0, this._currentAnimation.GetFrameCount() - 1);
            this._changeAnimFrameIndex = -1;
            if (prevFrameIndex === this._currentFrameIndex)
                return;
            const nextFrame = this._currentAnimation.GetFrameAt(this._currentFrameIndex);
            this._OnFrameChanged(prevFrame, nextFrame);
            this._frameStartTime = this.GetAnimationTime()
        }
        _UpdateCurrentTexture() {
            const curImageInfo = this._currentAnimationFrame.GetImageInfo();
            this._currentTexture = curImageInfo.GetTexture();
            this._currentRcTex = curImageInfo.GetTexRect();
            this.GetWorldInfo().SetMeshChanged(true)
        }
        GetImagePointCount() {
            return this._currentAnimationFrame.GetImagePointCount()
        }
        GetImagePoint(nameOrIndex) {
            const frame = this._currentAnimationFrame;
            const wi = this.GetWorldInfo();
            let ip = null;
            if (typeof nameOrIndex === "string")
                ip = frame.GetImagePointByName(nameOrIndex);
            else if (typeof nameOrIndex === "number")
                ip = frame.GetImagePointByIndex(nameOrIndex - 1);
            else
                throw new TypeError("expected string or number");
            if (!ip)
                return [wi.GetX(), wi.GetY()];
            tempVec2.copy(ip.GetVec2());
            if (wi.HasMesh()) {
                const [tx,ty] = wi.GetSourceMesh().TransformPoint(tempVec2.getX(), tempVec2.getY());
                tempVec2.set(tx, ty)
            }
            tempVec2.offset(-frame.GetOriginX(), -frame.GetOriginY());
            tempVec2.scale(wi.GetWidth(), wi.GetHeight());
            tempVec2.rotate(wi.GetAngle());
            tempVec2.offset(wi.GetX(), wi.GetY());
            return [tempVec2.getX(), tempVec2.getY()]
        }
        GetCollisionPolyPointCount() {
            return this.GetWorldInfo().GetTransformedCollisionPoly().pointCount()
        }
        GetCollisionPolyPoint(index) {
            index = Math.floor(index);
            const wi = this.GetWorldInfo();
            const poly = wi.GetTransformedCollisionPoly();
            const pointCount = poly.pointCount();
            if (index === pointCount)
                index = 0;
            if (index < 0 || index >= pointCount)
                return [0, 0];
            const pointsArr = poly.pointsArr();
            return [pointsArr[index * 2 + 0] + wi.GetX(), pointsArr[index * 2 + 1] + wi.GetY()]
        }
        GetDebuggerProperties() {
            const Acts = C3.Plugins.Sprite.Acts;
            const prefix = "plugins.sprite.debugger.animation-properties";
            return [{
                title: prefix + ".title",
                properties: [{
                    name: prefix + ".current-animation",
                    value: this._currentAnimation.GetName(),
                    onedit: v=>this.CallAction(Acts.SetAnim, v, 0)
                }, {
                    name: prefix + ".current-frame",
                    value: this._currentFrameIndex,
                    onedit: v=>this.CallAction(Acts.SetAnimFrame, v)
                }, {
                    name: prefix + ".is-playing",
                    value: this.IsAnimationPlaying(),
                    onedit: v=>v ? this.CallAction(Acts.StartAnim, 0) : this.CallAction(Acts.StopAnim)
                }, {
                    name: prefix + ".speed",
                    value: this._currentAnimationSpeed,
                    onedit: v=>this.CallAction(Acts.SetAnimSpeed, v)
                }, {
                    name: prefix + ".repeats",
                    value: this._animationRepeats,
                    onedit: v=>this._animationRepeats = v
                }]
            }]
        }
        SaveToJson() {
            const o = {
                "a": this._currentAnimation.GetSID()
            };
            if (this._frameStartTime !== 0)
                o["fs"] = this._frameStartTime;
            const animTime = this.GetAnimationTime();
            if (animTime !== 0)
                o["at"] = animTime;
            if (this._currentFrameIndex !== 0)
                o["f"] = this._currentFrameIndex;
            if (this._currentAnimationSpeed !== 0)
                o["cas"] = this._currentAnimationSpeed;
            if (this._animationRepeats !== 1)
                o["ar"] = this._animationRepeats;
            if (this._currentAnimationRepeatTo !== 0)
                o["rt"] = this._currentAnimationRepeatTo;
            if (!this.IsAnimationPlaying())
                o["ap"] = this.IsAnimationPlaying();
            if (!this.IsPlayingForwards())
                o["af"] = this.IsPlayingForwards();
            const wi = this.GetWorldInfo();
            if (wi.IsCollisionEnabled())
                o["ce"] = wi.IsCollisionEnabled();
            return o
        }
        LoadFromJson(o) {
            const anim = this.GetObjectClass().GetAnimationBySID(o["a"]);
            if (anim)
                this._currentAnimation = anim;
            this._frameStartTime = o.hasOwnProperty("fs") ? o["fs"] : 0;
            this._animationTimer.Set(o.hasOwnProperty("at") ? o["at"] : 0);
            const frameIndex = o.hasOwnProperty("f") ? o["f"] : 0;
            this._currentFrameIndex = C3.clamp(frameIndex, 0, this._currentAnimation.GetFrameCount() - 1);
            this._currentAnimationSpeed = o.hasOwnProperty("cas") ? o["cas"] : 0;
            this._animationRepeats = o.hasOwnProperty("ar") ? o["ar"] : 1;
            const repeatToIndex = o.hasOwnProperty("rt") ? o["rt"] : 0;
            this._currentAnimationRepeatTo = C3.clamp(repeatToIndex, 0, this._currentAnimation.GetFrameCount() - 1);
            this.SetAnimationPlaying(o.hasOwnProperty("ap") ? !!o["ap"] : true);
            this.SetPlayingForwards(o.hasOwnProperty("af") ? !!o["af"] : true);
            const nextFrame = this._currentAnimation.GetFrameAt(this._currentFrameIndex);
            this._currentAnimationFrame = nextFrame;
            this._UpdateCurrentTexture();
            const wi = this.GetWorldInfo();
            wi.SetOriginX(nextFrame.GetOriginX());
            wi.SetOriginY(nextFrame.GetOriginY());
            wi.SetSourceCollisionPoly(nextFrame.GetCollisionPoly());
            wi.SetCollisionEnabled(!!o["ce"])
        }
        GetPropertyValueByIndex(index) {
            const wi = this.GetWorldInfo();
            switch (index) {
            case ENABLE_COLLISIONS:
                return wi.IsCollisionEnabled();
            case INITIAL_FRAME:
                return C3.clamp(this._currentFrameIndex, 0, this._currentAnimation.GetFrameCount() - 1)
            }
        }
        SetPropertyValueByIndex(index, value) {
            const wi = this.GetWorldInfo();
            switch (index) {
            case ENABLE_COLLISIONS:
                wi.SetCollisionEnabled(!!value);
                break;
            case INITIAL_FRAME:
                this.SetAnimationPlaying(false);
                const totalFrames = this._currentAnimation.GetFrameCount() - 1;
                const nextIndex = value = C3.clamp(value, 0, totalFrames);
                const prevFrame = this._currentAnimation.GetFrameAt(this._currentFrameIndex);
                const nextFrame = this._currentAnimation.GetFrameAt(nextIndex);
                this._OnFrameChanged(prevFrame, nextFrame);
                this._currentFrameIndex = C3.clamp(nextIndex, 0, totalFrames);
                break
            }
        }
        GetScriptInterfaceClass() {
            return self.ISpriteInstance
        }
    }
    ;
    const map = new WeakMap;
    const ANIM_FROM_MODES = new Map([["current-frame", 0], ["beginning", 1]]);
    self.ISpriteInstance = class ISpriteInstance extends self.IWorldInstance {
        constructor() {
            super();
            map.set(this, self.IInstance._GetInitInst().GetSdkInstance())
        }
        getImagePointCount() {
            return map.get(this).GetImagePointCount()
        }
        getImagePointX(nameOrIndex) {
            if (typeof nameOrIndex !== "string" && typeof nameOrIndex !== "number")
                throw new TypeError("expected string or number");
            return map.get(this).GetImagePoint(nameOrIndex)[0]
        }
        getImagePointY(nameOrIndex) {
            if (typeof nameOrIndex !== "string" && typeof nameOrIndex !== "number")
                throw new TypeError("expected string or number");
            return map.get(this).GetImagePoint(nameOrIndex)[1]
        }
        getImagePoint(nameOrIndex) {
            if (typeof nameOrIndex !== "string" && typeof nameOrIndex !== "number")
                throw new TypeError("expected string or number");
            return map.get(this).GetImagePoint(nameOrIndex)
        }
        getPolyPointCount() {
            return map.get(this).GetCollisionPolyPointCount()
        }
        getPolyPointX(index) {
            return map.get(this).GetCollisionPolyPoint(index)[0]
        }
        getPolyPointY(index) {
            return map.get(this).GetCollisionPolyPoint(index)[1]
        }
        getPolyPoint(index) {
            return map.get(this).GetCollisionPolyPoint(index)
        }
        stopAnimation() {
            map.get(this).SetAnimationPlaying(false)
        }
        startAnimation(from="current-frame") {
            const f = ANIM_FROM_MODES.get(from);
            if (typeof f === "undefined")
                throw new Error("invalid mode");
            map.get(this)._StartAnim(f)
        }
        setAnimation(name, from="beginning") {
            const f = ANIM_FROM_MODES.get(from);
            if (typeof f === "undefined")
                throw new Error("invalid mode");
            map.get(this)._SetAnim(name, f)
        }
        get animationName() {
            return map.get(this)._GetCurrentAnimationName()
        }
        set animationFrame(frameIndex) {
            map.get(this)._SetAnimFrame(frameIndex)
        }
        get animationFrame() {
            return map.get(this)._GetAnimFrame()
        }
        set animationSpeed(s) {
            map.get(this)._SetAnimSpeed(s)
        }
        get animationSpeed() {
            return map.get(this)._GetAnimSpeed()
        }
        set animationRepeatToFrame(f) {
            map.get(this)._SetAnimRepeatToFrame(f)
        }
        get animationRepeatToFrame() {
            return map.get(this)._GetAnimRepeatToFrame()
        }
        get imageWidth() {
            return map.get(this).GetCurrentImageInfo().GetWidth()
        }
        get imageHeight() {
            return map.get(this).GetCurrentImageInfo().GetHeight()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempRect = C3.New(C3.Rect);
    const tempCandidates1 = [];
    const tempCandidates2 = [];
    let needsCollisionFinish = false;
    let rPickType = null;
    let rPickFromElseInstances = false;
    const rToPick = new Set;
    function CollMemory_Add(collMemory, a, b, tickCount) {
        const a_uid = a.GetUID();
        const b_uid = b.GetUID();
        if (a_uid < b_uid)
            collMemory.Set(a, b, tickCount);
        else
            collMemory.Set(b, a, tickCount)
    }
    function CollMemory_Remove(collMemory, a, b) {
        const a_uid = a.GetUID();
        const b_uid = b.GetUID();
        if (a_uid < b_uid)
            collMemory.Delete(a, b);
        else
            collMemory.Delete(b, a)
    }
    function CollMemory_RemoveInstance(collMemory, inst) {
        collMemory.DeleteEither(inst)
    }
    function CollMemory_Get(collMemory, a, b) {
        const a_uid = a.GetUID();
        const b_uid = b.GetUID();
        if (a_uid < b_uid)
            return collMemory.Get(a, b);
        else
            return collMemory.Get(b, a)
    }
    function DoOverlapCondition(sdkInst, rtype, offX, offY) {
        if (!rtype)
            return false;
        const inst = sdkInst.GetInstance();
        const hasOffset = offX !== 0 || offY !== 0;
        const wi = inst.GetWorldInfo();
        const runtime = inst.GetRuntime();
        const collisionEngine = runtime.GetCollisionEngine();
        const cnd = runtime.GetCurrentCondition();
        const isOrBlock = cnd.GetEventBlock().IsOrBlock();
        const ltype = cnd.GetObjectClass();
        const isInverted = cnd.IsInverted();
        const rsol = rtype.GetCurrentSol();
        const isDifferentTypes = ltype !== rtype;
        rPickType = rtype;
        needsCollisionFinish = isDifferentTypes && !isInverted;
        rPickFromElseInstances = false;
        let rinstances;
        let oldX = 0;
        let oldY = 0;
        let ret = false;
        if (rsol.IsSelectAll()) {
            tempRect.copy(wi.GetBoundingBox());
            tempRect.offset(offX, offY);
            collisionEngine.GetCollisionCandidates(wi.GetLayer(), rtype, tempRect, tempCandidates2);
            rinstances = tempCandidates2
        } else if (isOrBlock)
            if (runtime.IsCurrentConditionFirst() && !rsol._GetOwnElseInstances().length && rsol._GetOwnInstances().length)
                rinstances = rsol._GetOwnInstances();
            else {
                rinstances = rsol._GetOwnElseInstances();
                rPickFromElseInstances = true
            }
        else
            rinstances = rsol._GetOwnInstances();
        if (hasOffset) {
            oldX = wi.GetX();
            oldY = wi.GetY();
            wi.OffsetXY(offX, offY);
            wi.SetBboxChanged()
        }
        for (const rinst of rinstances)
            if (collisionEngine.TestOverlap(inst, rinst)) {
                ret = true;
                if (isInverted)
                    break;
                if (isDifferentTypes)
                    rToPick.add(rinst)
            }
        if (hasOffset) {
            wi.SetXY(oldX, oldY);
            wi.SetBboxChanged()
        }
        C3.clearArray(tempCandidates2);
        return ret
    }
    function FinishCollisionConditionPicking(type) {
        const isOrBlock = type.GetRuntime().GetCurrentEvent().IsOrBlock();
        const sol = rPickType.GetCurrentSol();
        const solInstances = sol._GetOwnInstances();
        const solElseInstances = sol._GetOwnElseInstances();
        if (sol.IsSelectAll()) {
            sol.SetSetPicked(rToPick);
            if (isOrBlock) {
                C3.clearArray(solElseInstances);
                sol.AddElseInstances(rToPick, rPickType.GetInstances())
            }
        } else if (isOrBlock)
            if (rPickFromElseInstances)
                sol.TransferElseInstancesToOwn(rToPick);
            else {
                sol.AddElseInstances(rToPick, solInstances);
                sol.SetSetPicked(rToPick)
            }
        else
            sol.SetSetPicked(rToPick);
        rPickType.ApplySolToContainer()
    }
    C3.Plugins.Sprite._FinishCondition = function(type, doPick) {
        if (!needsCollisionFinish)
            return;
        if (doPick)
            FinishCollisionConditionPicking(type);
        rToPick.clear();
        rPickType = null;
        needsCollisionFinish = false
    }
    ;
    C3.Plugins.Sprite.Cnds = {
        OnCollision(rtype) {
            if (this._runtime.IsDebugging())
                return C3.Plugins.Sprite.Cnds.DebugOnCollision.call(this, rtype);
            if (!rtype)
                return false;
            const runtime = this._runtime;
            const collisionEngine = runtime.GetCollisionEngine();
            const eventSheetManager = runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const cnd = eventSheetManager.GetCurrentCondition();
            const ltype = cnd.GetObjectClass();
            const savedData = cnd.GetSavedDataMap();
            const unsavedData = cnd.GetUnsavedDataMap();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const tickCount = runtime.GetTickCount();
            const lastTickCount = tickCount - 1;
            const currentEvent = oldFrame.GetCurrentEvent();
            const newFrame = eventStack.Push(currentEvent);
            let collMemory = savedData.get("collmemory");
            if (!collMemory) {
                collMemory = C3.New(C3.PairMap);
                savedData.set("collmemory", collMemory)
            }
            if (!unsavedData.get("spriteCreatedDestroyCallback")) {
                unsavedData.set("spriteCreatedDestroyCallback", true);
                runtime.Dispatcher().addEventListener("instancedestroy", e=>CollMemory_RemoveInstance(collMemory, e.instance))
            }
            const lsol = ltype.GetCurrentSol();
            const rsol = rtype.GetCurrentSol();
            const linstances = lsol.GetInstances();
            let rinstances = null;
            for (let l = 0; l < linstances.length; ++l) {
                const linst = linstances[l];
                if (rsol.IsSelectAll()) {
                    collisionEngine.GetCollisionCandidates(linst.GetWorldInfo().GetLayer(), rtype, linst.GetWorldInfo().GetBoundingBox(), tempCandidates1);
                    rinstances = tempCandidates1;
                    collisionEngine.AddRegisteredCollisionCandidates(linst, rtype, rinstances)
                } else
                    rinstances = rsol.GetInstances();
                for (let r = 0; r < rinstances.length; ++r) {
                    const rinst = rinstances[r];
                    if (collisionEngine.TestOverlap(linst, rinst) || collisionEngine.CheckRegisteredCollision(linst, rinst)) {
                        const entry = CollMemory_Get(collMemory, linst, rinst);
                        let entryExists = false;
                        let lastCollTickCount = -2;
                        if (typeof entry === "number") {
                            entryExists = true;
                            lastCollTickCount = entry
                        }
                        const shouldRun = !entryExists || lastCollTickCount < lastTickCount;
                        CollMemory_Add(collMemory, linst, rinst, tickCount);
                        if (shouldRun) {
                            const solModifiers = currentEvent.GetSolModifiers();
                            eventSheetManager.PushCopySol(solModifiers);
                            const curlsol = ltype.GetCurrentSol();
                            const currsol = rtype.GetCurrentSol();
                            curlsol._SetSelectAll(false);
                            currsol._SetSelectAll(false);
                            if (ltype === rtype) {
                                const solInstances = curlsol._GetOwnInstances();
                                C3.clearArray(solInstances);
                                solInstances.push(linst);
                                solInstances.push(rinst);
                                ltype.ApplySolToContainer()
                            } else {
                                const lsolInstances = curlsol._GetOwnInstances();
                                const rsolInstances = currsol._GetOwnInstances();
                                C3.clearArray(lsolInstances);
                                C3.clearArray(rsolInstances);
                                lsolInstances.push(linst);
                                rsolInstances.push(rinst);
                                ltype.ApplySolToContainer();
                                rtype.ApplySolToContainer()
                            }
                            currentEvent.Retrigger(oldFrame, newFrame);
                            eventSheetManager.PopSol(solModifiers)
                        }
                    } else
                        CollMemory_Remove(collMemory, linst, rinst)
                }
                C3.clearArray(tempCandidates1)
            }
            eventStack.Pop();
            return false
        },
        *DebugOnCollision(rtype) {
            if (!rtype)
                return false;
            const runtime = this._runtime;
            const collisionEngine = runtime.GetCollisionEngine();
            const eventSheetManager = runtime.GetEventSheetManager();
            const eventStack = eventSheetManager.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const tickCount = runtime.GetTickCount();
            const lastTickCount = tickCount - 1;
            const currentEvent = oldFrame.GetCurrentEvent();
            const newFrame = eventStack.Push(currentEvent);
            const cnd = eventSheetManager.GetCurrentCondition();
            const ltype = cnd.GetObjectClass();
            const savedData = cnd.GetSavedDataMap();
            const unsavedData = cnd.GetUnsavedDataMap();
            let collMemory = savedData.get("collmemory");
            if (!collMemory) {
                collMemory = C3.New(C3.PairMap);
                savedData.set("collmemory", collMemory)
            }
            if (!unsavedData.get("spriteCreatedDestroyCallback")) {
                unsavedData.set("spriteCreatedDestroyCallback", true);
                runtime.Dispatcher().addEventListener("instancedestroy", e=>CollMemory_RemoveInstance(collMemory, e.instance))
            }
            const lsol = ltype.GetCurrentSol();
            const rsol = rtype.GetCurrentSol();
            const linstances = lsol.GetInstances();
            let rinstances = null;
            for (let l = 0; l < linstances.length; ++l) {
                const linst = linstances[l];
                if (rsol.IsSelectAll()) {
                    collisionEngine.GetCollisionCandidates(linst.GetWorldInfo().GetLayer(), rtype, linst.GetWorldInfo().GetBoundingBox(), tempCandidates1);
                    rinstances = tempCandidates1;
                    collisionEngine.AddRegisteredCollisionCandidates(linst, rtype, rinstances)
                } else
                    rinstances = rsol.GetInstances();
                for (let r = 0; r < rinstances.length; ++r) {
                    const rinst = rinstances[r];
                    if (collisionEngine.TestOverlap(linst, rinst) || collisionEngine.CheckRegisteredCollision(linst, rinst)) {
                        const entry = CollMemory_Get(collMemory, linst, rinst);
                        let entryExists = false;
                        let lastCollTickCount = -2;
                        if (typeof entry === "number") {
                            entryExists = true;
                            lastCollTickCount = entry
                        }
                        const shouldRun = !entryExists || lastCollTickCount < lastTickCount;
                        CollMemory_Add(collMemory, linst, rinst, tickCount);
                        if (shouldRun) {
                            const solModifiers = currentEvent.GetSolModifiers();
                            eventSheetManager.PushCopySol(solModifiers);
                            const curlsol = ltype.GetCurrentSol();
                            const currsol = rtype.GetCurrentSol();
                            curlsol._SetSelectAll(false);
                            currsol._SetSelectAll(false);
                            if (ltype === rtype) {
                                const solInstances = curlsol._GetOwnInstances();
                                C3.clearArray(solInstances);
                                solInstances.push(linst);
                                solInstances.push(rinst);
                                ltype.ApplySolToContainer()
                            } else {
                                const lsolInstances = curlsol._GetOwnInstances();
                                const rsolInstances = currsol._GetOwnInstances();
                                C3.clearArray(lsolInstances);
                                C3.clearArray(rsolInstances);
                                lsolInstances.push(linst);
                                rsolInstances.push(rinst);
                                ltype.ApplySolToContainer();
                                rtype.ApplySolToContainer()
                            }
                            yield*currentEvent.DebugRetrigger(oldFrame, newFrame);
                            eventSheetManager.PopSol(solModifiers)
                        }
                    } else
                        CollMemory_Remove(collMemory, linst, rinst)
                }
                C3.clearArray(tempCandidates1)
            }
            eventStack.Pop();
            return false
        },
        IsOverlapping(rtype) {
            return DoOverlapCondition(this, rtype, 0, 0)
        },
        IsOverlappingOffset(rtype, offX, offY) {
            return DoOverlapCondition(this, rtype, offX, offY)
        },
        IsAnimPlaying(animName) {
            return C3.equalsNoCase(this._GetCurrentAnimationName(), animName)
        },
        CompareFrame(cmp, frameNum) {
            return C3.compare(this._currentFrameIndex, cmp, frameNum)
        },
        CompareAnimSpeed(cmp, x) {
            return C3.compare(this._GetAnimSpeed(), cmp, x)
        },
        OnAnimFinished(animName) {
            return C3.equalsNoCase(this._animTriggerName, animName)
        },
        OnAnyAnimFinished() {
            return true
        },
        OnFrameChanged() {
            return true
        },
        IsMirrored() {
            return this.GetWorldInfo().GetWidth() < 0
        },
        IsFlipped() {
            return this.GetWorldInfo().GetHeight() < 0
        },
        OnURLLoaded() {
            return true
        },
        OnURLFailed() {
            return true
        },
        IsCollisionEnabled() {
            return this.GetWorldInfo().IsCollisionEnabled()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Sprite.Acts = {
        Spawn(objectClass, layer, imgPt) {
            if (!objectClass || !layer)
                return;
            const [imgPtX,imgPtY] = this.GetImagePoint(imgPt);
            const inst = this._runtime.CreateInstance(objectClass, layer, imgPtX, imgPtY);
            if (!inst)
                return;
            if (objectClass.GetPlugin().IsRotatable()) {
                const instWi = inst.GetWorldInfo();
                instWi.SetAngle(this.GetWorldInfo().GetAngle());
                instWi.SetBboxChanged()
            }
            const eventSheetManager = this._runtime.GetEventSheetManager();
            eventSheetManager.BlockFlushingInstances(true);
            inst._TriggerOnCreated();
            if (inst.IsInContainer())
                for (const s of inst.siblings())
                    s._TriggerOnCreated();
            eventSheetManager.BlockFlushingInstances(false);
            const act = this._runtime.GetCurrentAction();
            const actData = act.GetSavedDataMap();
            let resetSol = false;
            if (!actData.has("Spawn_LastExec") || actData.get("Spawn_LastExec") < this._runtime.GetExecCount()) {
                resetSol = true;
                actData.set("Spawn_LastExec", this._runtime.GetExecCount())
            }
            if (objectClass !== this.GetObjectClass()) {
                const sol = objectClass.GetCurrentSol();
                sol._SetSelectAll(false);
                const solInstances = sol._GetOwnInstances();
                if (resetSol) {
                    C3.clearArray(solInstances);
                    solInstances.push(inst)
                } else
                    solInstances.push(inst);
                if (inst.IsInContainer())
                    for (const s of inst.siblings()) {
                        const sol2 = s.GetObjectClass().GetCurrentSol();
                        if (resetSol)
                            sol2.SetSinglePicked(s);
                        else {
                            sol2._SetSelectAll(false);
                            sol2._PushInstance(s)
                        }
                    }
            }
        },
        StopAnim() {
            this.SetAnimationPlaying(false)
        },
        StartAnim(from) {
            this._StartAnim(from)
        },
        SetAnim(animName, from) {
            this._SetAnim(animName, from)
        },
        SetAnimFrame(frameNum) {
            this._SetAnimFrame(frameNum)
        },
        SetAnimSpeed(s) {
            this._SetAnimSpeed(s)
        },
        SetAnimRepeatToFrame(f) {
            this._SetAnimRepeatToFrame(f)
        },
        SetMirrored(m) {
            const wi = this.GetWorldInfo();
            const oldW = wi.GetWidth();
            const newW = Math.abs(oldW) * (m === 0 ? -1 : 1);
            if (oldW === newW)
                return;
            wi.SetWidth(newW);
            wi.SetBboxChanged()
        },
        SetFlipped(f) {
            const wi = this.GetWorldInfo();
            const oldH = wi.GetHeight();
            const newH = Math.abs(oldH) * (f === 0 ? -1 : 1);
            if (oldH === newH)
                return;
            wi.SetHeight(newH);
            wi.SetBboxChanged()
        },
        SetScale(s) {
            const frame = this._currentAnimationFrame;
            const imageInfo = frame.GetImageInfo();
            const wi = this.GetWorldInfo();
            const mirrorFactor = wi.GetWidth() < 0 ? -1 : 1;
            const flipFactor = wi.GetHeight() < 0 ? -1 : 1;
            const newWidth = imageInfo.GetWidth() * s * mirrorFactor;
            const newHeight = imageInfo.GetHeight() * s * flipFactor;
            if (wi.GetWidth() !== newWidth || wi.GetHeight() !== newHeight) {
                wi.SetSize(newWidth, newHeight);
                wi.SetBboxChanged()
            }
        },
        async LoadURL(url, resize, crossOrigin) {
            const curAnimFrame = this._currentAnimationFrame;
            const curImageInfo = curAnimFrame.GetImageInfo();
            const wi = this.GetWorldInfo();
            const runtime = this._runtime;
            if (curImageInfo.GetURL() === url) {
                if (resize === 0) {
                    wi.SetSize(curImageInfo.GetWidth(), curImageInfo.GetHeight());
                    wi.SetBboxChanged()
                }
                this.Trigger(C3.Plugins.Sprite.Cnds.OnURLLoaded);
                return
            }
            const imageInfo = C3.New(C3.ImageInfo);
            await imageInfo.LoadDynamicAsset(runtime, url);
            if (!imageInfo.IsLoaded()) {
                this.Trigger(C3.Plugins.Sprite.Cnds.OnURLFailed);
                return
            }
            await imageInfo.LoadStaticTexture(runtime.GetWebGLRenderer(), {
                sampling: this._runtime.GetSampling()
            });
            curImageInfo.ReplaceWith(imageInfo);
            this._sdkType._UpdateAllCurrentTexture();
            if (!this.WasReleased() && resize === 0) {
                wi.SetSize(curImageInfo.GetWidth(), curImageInfo.GetHeight());
                wi.SetBboxChanged()
            }
            runtime.UpdateRender();
            if (!this.WasReleased())
                await this.TriggerAsync(C3.Plugins.Sprite.Cnds.OnURLLoaded)
        },
        SetCollisions(e) {
            this.GetWorldInfo().SetCollisionEnabled(e)
        },
        SetSolidCollisionFilter(mode, tags) {
            this.GetWorldInfo().SetSolidCollisionFilter(mode === 0, tags)
        },
        SetEffect(effect) {
            this.GetWorldInfo().SetBlendMode(effect);
            this._runtime.UpdateRender()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Sprite.Exps = {
        AnimationFrame() {
            return this._currentFrameIndex
        },
        AnimationFrameCount() {
            return this._currentAnimation.GetFrameCount()
        },
        AnimationName() {
            return this._currentAnimation.GetName()
        },
        AnimationSpeed() {
            return this._GetAnimSpeed()
        },
        OriginalAnimationSpeed() {
            return this._currentAnimation.GetSpeed()
        },
        ImagePointX(imgpt) {
            return this.GetImagePoint(imgpt)[0]
        },
        ImagePointY(imgpt) {
            return this.GetImagePoint(imgpt)[1]
        },
        ImagePointCount() {
            return this.GetImagePointCount()
        },
        ImageWidth() {
            return this.GetCurrentImageInfo().GetWidth()
        },
        ImageHeight() {
            return this.GetCurrentImageInfo().GetHeight()
        },
        PolyPointXAt(i) {
            return this.GetCollisionPolyPoint(i)[0]
        },
        PolyPointYAt(i) {
            return this.GetCollisionPolyPoint(i)[1]
        },
        PolyPointCount() {
            return this.GetCollisionPolyPointCount()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.NinePatch = class NinePatchPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.NinePatch.Type = class NinePatchType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
            this._textureSet = null;
            this._drawable = null
        }
        Release() {
            this.ReleaseTextures();
            super.Release()
        }
        OnCreate() {
            this.GetImageInfo().LoadAsset(this._runtime)
        }
        async LoadTextures(renderer) {
            const imageInfo = this.GetImageInfo();
            this._drawable = await imageInfo.ExtractImageToCanvas()
        }
        CreatePatch(lm, rm, tm, bm) {
            if (this._textureSet || !this._drawable)
                return;
            this._textureSet = new self.NinePatchTextureSet(this);
            this._textureSet.CreateTextures(this._drawable, lm, rm, tm, bm)
        }
        ReleaseTextures() {
            if (this._textureSet) {
                this._textureSet.Release();
                this._textureSet = null
            }
        }
        GetTextureSet() {
            return this._textureSet
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const LEFT_MARGIN = 0;
    const RIGHT_MARGIN = 1;
    const TOP_MARGIN = 2;
    const BOTTOM_MARGIN = 3;
    const EDGES = 4;
    const FILL = 5;
    const INITIALLY_VISIBLE = 6;
    const ORIGIN = 7;
    const SEAMS = 8;
    const tempRect = C3.New(C3.Rect);
    const tempQuad = C3.New(C3.Quad);
    C3.Plugins.NinePatch.Instance = class NinePatchInstance extends C3.SDKWorldInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._leftMargin = 16;
            this._rightMargin = 16;
            this._topMargin = 16;
            this._bottomMargin = 16;
            this._edges = 1;
            this._fill = 1;
            this._isSeamless = true;
            if (properties) {
                this._leftMargin = properties[LEFT_MARGIN];
                this._rightMargin = properties[RIGHT_MARGIN];
                this._topMargin = properties[TOP_MARGIN];
                this._bottomMargin = properties[BOTTOM_MARGIN];
                this._edges = properties[EDGES];
                this._fill = properties[FILL];
                this._isSeamless = !!properties[SEAMS];
                this.GetWorldInfo().SetVisible(!!properties[INITIALLY_VISIBLE])
            }
            this._sdkType.CreatePatch(this._leftMargin, this._rightMargin, this._topMargin, this._bottomMargin)
        }
        Release() {
            super.Release()
        }
        Draw(renderer) {
            let textureSet = this._sdkType.GetTextureSet();
            if (!textureSet) {
                this._sdkType.CreatePatch(this._leftMargin, this._rightMargin, this._topMargin, this._bottomMargin);
                textureSet = this._sdkType.GetTextureSet();
                if (!textureSet)
                    return
            }
            const wi = this.GetWorldInfo();
            const lm = this._leftMargin;
            const rm = this._rightMargin;
            const tm = this._topMargin;
            const bm = this._bottomMargin;
            const iw = textureSet.GetImageWidth();
            const ih = textureSet.GetImageHeight();
            const re = iw - rm;
            const be = ih - bm;
            const bquad = wi.GetBoundingQuad();
            const myx = bquad.getTlx();
            const myy = bquad.getTly();
            const myw = wi.GetWidth();
            const myh = wi.GetHeight();
            const s = this._isSeamless ? 1 : 0;
            const edges = this._edges;
            const fill = this._fill;
            if (lm > 0 && tm > 0)
                this._DrawPatch(renderer, textureSet.GetTexture(), 0, 0, lm + s, tm + s, myx, myy, lm + s, tm + s);
            if (rm > 0 && tm > 0)
                this._DrawPatch(renderer, textureSet.GetTexture(), re - s, 0, rm + s, tm + s, myx + myw - rm - s, myy, rm + s, tm + s);
            if (rm > 0 && bm > 0)
                this._DrawPatch(renderer, textureSet.GetTexture(), re - s, be - s, rm + s, bm + s, myx + myw - rm - s, myy + myh - bm - s, rm + s, bm + s);
            if (lm > 0 && bm > 0)
                this._DrawPatch(renderer, textureSet.GetTexture(), 0, be - s, lm + s, bm + s, myx, myy + myh - bm - s, lm + s, bm + s);
            if (edges === 0) {
                const off = fill === 2 ? 0 : s;
                if (lm > 0 && be > tm)
                    this._TilePatch(renderer, textureSet.GetLeftTexture(), myx, myy + tm, lm + off, myh - tm - bm, 0, 0);
                if (rm > 0 && be > tm)
                    this._TilePatch(renderer, textureSet.GetRightTexture(), myx + myw - rm - off, myy + tm, rm + off, myh - tm - bm, off, 0);
                if (tm > 0 && re > lm)
                    this._TilePatch(renderer, textureSet.GetTopTexture(), myx + lm, myy, myw - lm - rm, tm + off, 0, 0);
                if (bm > 0 && re > lm)
                    this._TilePatch(renderer, textureSet.GetBottomTexture(), myx + lm, myy + myh - bm - off, myw - lm - rm, bm + off, 0, off)
            } else if (edges === 1) {
                if (lm > 0 && be > tm)
                    this._DrawPatch(renderer, textureSet.GetTexture(), 0, tm, lm, be - tm, myx, myy + tm, lm, myh - tm - bm);
                if (rm > 0 && be > tm)
                    this._DrawPatch(renderer, textureSet.GetTexture(), re, tm, rm, be - tm, myx + myw - rm, myy + tm, rm, myh - tm - bm);
                if (tm > 0 && re > lm)
                    this._DrawPatch(renderer, textureSet.GetTexture(), lm, 0, re - lm, tm, myx + lm, myy, myw - lm - rm, tm);
                if (bm > 0 && re > lm)
                    this._DrawPatch(renderer, textureSet.GetTexture(), lm, be, re - lm, bm, myx + lm, myy + myh - bm, myw - lm - rm, bm)
            }
            if (be > tm && re > lm)
                if (fill === 0)
                    this._TilePatch(renderer, textureSet.GetFillTexture(), myx + lm, myy + tm, myw - lm - rm, myh - tm - bm, 0, 0);
                else if (fill === 1)
                    this._DrawPatch(renderer, textureSet.GetTexture(), lm, tm, re - lm, be - tm, myx + lm, myy + tm, myw - lm - rm, myh - tm - bm)
        }
        _DrawPatch(renderer, tex, sx, sy, sw, sh, dx, dy, dw, dh) {
            const texW = tex.GetWidth();
            const texH = tex.GetHeight();
            renderer.SetTexture(tex);
            const wi = this.GetWorldInfo();
            const bquad = wi.GetBoundingQuad();
            const offX = bquad.getTlx();
            const offY = bquad.getTly();
            tempRect.set(dx, dy, dx + dw, dy + dh);
            tempRect.offset(-offX, -offY);
            tempQuad.setFromRotatedRect(tempRect, wi.GetAngle());
            tempQuad.offset(offX, offY);
            tempRect.set(sx / texW, sy / texH, (sx + sw) / texW, (sy + sh) / texH);
            renderer.Quad3(tempQuad, tempRect)
        }
        _TilePatch(renderer, tex, dx, dy, dw, dh, ox, oy) {
            const texW = tex.GetWidth();
            const texH = tex.GetHeight();
            renderer.SetTexture(tex);
            const wi = this.GetWorldInfo();
            const bquad = wi.GetBoundingQuad();
            const offX = bquad.getTlx();
            const offY = bquad.getTly();
            tempRect.set(dx, dy, dx + dw, dy + dh);
            tempRect.offset(-offX, -offY);
            tempQuad.setFromRotatedRect(tempRect, wi.GetAngle());
            tempQuad.offset(offX, offY);
            tempRect.set(-ox / texW, -oy / texH, (dw - ox) / texW, (dh - oy) / texH);
            renderer.Quad3(tempQuad, tempRect)
        }
        GetCurrentImageInfo() {
            this._objectClass.GetImageInfo()
        }
        GetPropertyValueByIndex(index) {}
        SetPropertyValueByIndex(index, value) {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.NinePatch.Cnds = {}
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.NinePatch.Acts = {
        SetEffect(effect) {
            this.GetWorldInfo().SetBlendMode(effect);
            this._runtime.UpdateRender()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.NinePatch.Exps = {}
}
;'use strict';
{
    const C3 = self.C3;
    function CloneDrawable(drawable) {
        const canvas = C3.CreateCanvas(drawable.width, drawable.height);
        const ctx = canvas.getContext("2d");
        ctx.drawImage(drawable, 0, 0);
        return canvas
    }
    self.NinePatchTextureSet = class NinePatchTextureSet {
        constructor(sdkType) {
            this._sdkType = sdkType;
            this._runtime = this._sdkType.GetRuntime();
            this._texture = null;
            this._fillTexture = null;
            this._leftTexture = null;
            this._rightTexture = null;
            this._topTexture = null;
            this._bottomTexture = null;
            this._imageWidth = 0;
            this._imageHeight = 0;
            this._renderer = this._runtime.GetWebGLRenderer();
            this._isLoading = false;
            this._wasReleased = false
        }
        Release() {
            if (!this._renderer.IsContextLost()) {
                this._renderer.DeleteTexture(this._texture);
                this._renderer.DeleteTexture(this._fillTexture);
                this._renderer.DeleteTexture(this._leftTexture);
                this._renderer.DeleteTexture(this._rightTexture);
                this._renderer.DeleteTexture(this._topTexture);
                this._renderer.DeleteTexture(this._bottomTexture)
            }
            this._texture = null;
            this._fillTexture = null;
            this._leftTexture = null;
            this._rightTexture = null;
            this._topTexture = null;
            this._bottomTexture = null;
            this._sdkType = null;
            this._renderer = null;
            this._wasReleased = true
        }
        WasReleased() {
            return this._wasReleased
        }
        CreateTextures(drawable, lm, rm, tm, bm) {
            this._SliceImage(drawable, lm, rm, tm, bm)
        }
        HasCreatedTextures() {
            return !!this._texture
        }
        _SliceImage(drawable, lm, rm, tm, bm) {
            if (this._wasReleased)
                return;
            const iw = drawable.width;
            const ih = drawable.height;
            this._imageWidth = iw;
            this._imageHeight = ih;
            const re = iw - rm;
            const be = ih - bm;
            const sampling = this._runtime.GetSampling();
            this._texture = this._renderer.CreateStaticTexture(CloneDrawable(drawable), {
                sampling
            });
            if (re > lm && be > tm)
                this._fillTexture = this._renderer.CreateStaticTexture(this._SliceSubImage(CloneDrawable(drawable), lm, tm, re, be), {
                    wrapX: "repeat",
                    wrapY: "repeat",
                    sampling
                });
            if (lm > 0 && be > tm)
                this._leftTexture = this._renderer.CreateStaticTexture(this._SliceSubImage(CloneDrawable(drawable), 0, tm, lm, be), {
                    wrapY: "repeat",
                    sampling
                });
            if (rm > 0 && be > tm)
                this._rightTexture = this._renderer.CreateStaticTexture(this._SliceSubImage(CloneDrawable(drawable), re, tm, iw, be), {
                    wrapY: "repeat",
                    sampling
                });
            if (tm > 0 && re > lm)
                this._topTexture = this._renderer.CreateStaticTexture(this._SliceSubImage(CloneDrawable(drawable), lm, 0, re, tm), {
                    wrapX: "repeat",
                    sampling
                });
            if (bm > 0 && re > lm)
                this._bottomTexture = this._renderer.CreateStaticTexture(this._SliceSubImage(CloneDrawable(drawable), lm, be, re, ih), {
                    wrapX: "repeat",
                    sampling
                })
        }
        _SliceSubImage(drawable, x1, y1, x2, y2) {
            const w = x2 - x1;
            const h = y2 - y1;
            const tmpCanvas = C3.CreateCanvas(w, h);
            const tmpCtx = tmpCanvas.getContext("2d");
            tmpCtx.drawImage(drawable, x1, y1, w, h, 0, 0, w, h);
            return tmpCanvas
        }
        GetImageWidth() {
            return this._imageWidth
        }
        GetImageHeight() {
            return this._imageHeight
        }
        GetTexture() {
            return this._texture
        }
        GetFillTexture() {
            return this._fillTexture
        }
        GetLeftTexture() {
            return this._leftTexture
        }
        GetRightTexture() {
            return this._rightTexture
        }
        GetTopTexture() {
            return this._topTexture
        }
        GetBottomTexture() {
            return this._bottomTexture
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Arr = class ArrayPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Arr.Type = class ArrayType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IInstance = self.IInstance;
    function ResizeArray(arr, len, data) {
        if (len < arr.length)
            C3.truncateArray(arr, len);
        else if (len > arr.length)
            if (typeof data === "function")
                for (let i = arr.length; i < len; ++i)
                    arr.push(data());
            else
                for (let i = arr.length; i < len; ++i)
                    arr.push(data)
    }
    C3.Plugins.Arr.Instance = class ArrayInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._cx = 10;
            this._cy = 1;
            this._cz = 1;
            this._arr = null;
            this._forX = [];
            this._forY = [];
            this._forZ = [];
            this._forDepth = -1;
            if (properties) {
                this._cx = properties[0];
                this._cy = properties[1];
                this._cz = properties[2]
            }
            this._arr = C3.MakeFilledArray(this._cx, ()=>C3.MakeFilledArray(this._cy, ()=>C3.MakeFilledArray(this._cz, 0)))
        }
        Release() {
            this._arr = null;
            super.Release()
        }
        At(x, y, z) {
            x = Math.floor(x);
            y = Math.floor(y);
            z = Math.floor(z);
            if (x >= 0 && x < this._cx && y >= 0 && y < this._cy && z >= 0 && z < this._cz)
                return this._arr[x][y][z];
            else
                return 0
        }
        Set(x, y, z, val) {
            x = Math.floor(x);
            y = Math.floor(y);
            z = Math.floor(z);
            if (x >= 0 && x < this._cx && y >= 0 && y < this._cy && z >= 0 && z < this._cz)
                this._arr[x][y][z] = val
        }
        SetSize(w, h, d) {
            w = Math.floor(w);
            h = Math.floor(h);
            d = Math.floor(d);
            if (w < 0)
                w = 0;
            if (h < 0)
                h = 0;
            if (d < 0)
                d = 0;
            if (this._cx === w && this._cy === h && this._cz === d)
                return;
            this._cx = w;
            this._cy = h;
            this._cz = d;
            const arr = this._arr;
            ResizeArray(arr, w, ()=>C3.MakeFilledArray(h, ()=>C3.MakeFilledArray(d, 0)));
            for (let x = 0; x < w; ++x) {
                ResizeArray(arr[x], h, ()=>C3.MakeFilledArray(d, 0));
                for (let y = 0; y < h; ++y)
                    ResizeArray(arr[x][y], d, 0)
            }
        }
        GetWidth() {
            return this._cx
        }
        GetHeight() {
            return this._cy
        }
        GetDepth() {
            return this._cz
        }
        GetDebuggerProperties() {
            const prefix = "plugins.arr.debugger";
            const propsPrefix = "plugins.arr.properties";
            const ret = [{
                title: prefix + ".array-properties.title",
                properties: [{
                    name: propsPrefix + ".width.name",
                    value: this._cx,
                    onedit: v=>this.SetSize(v, this._cy, this._cz)
                }, {
                    name: propsPrefix + ".height.name",
                    value: this._cy,
                    onedit: v=>this.SetSize(this._cx, v, this._cz)
                }, {
                    name: propsPrefix + ".depth.name",
                    value: this._cz,
                    onedit: v=>this.SetSize(this._cx, this._cy, v)
                }, {
                    name: propsPrefix + ".elements.name",
                    value: this._cx * this._cy * this._cz
                }]
            }];
            const dataProps = [];
            if (this._cy === 1 && this._cz === 1)
                for (let x = 0; x < this._cx; ++x)
                    dataProps.push({
                        name: "$" + x,
                        value: this._arr[x][0][0],
                        onedit: v=>this._arr[x][0][0] = v
                    });
            else
                for (let x = 0; x < this._cx; ++x)
                    dataProps.push({
                        name: "$" + x,
                        value: this._arr[x].toString()
                    });
            if (dataProps.length)
                ret.push({
                    title: prefix + ".array-data.title",
                    properties: dataProps
                });
            return ret
        }
        GetAsJsonString() {
            return JSON.stringify({
                "c2array": true,
                "size": [this._cx, this._cy, this._cz],
                "data": this._arr
            })
        }
        SaveToJson() {
            return {
                "size": [this._cx, this._cy, this._cz],
                "data": this._arr
            }
        }
        LoadFromJson(o) {
            const sz = o["size"];
            this._cx = sz[0];
            this._cy = sz[1];
            this._cz = sz[2];
            this._arr = o["data"]
        }
        _GetForX() {
            if (this._forDepth >= 0 && this._forDepth < this._forX.length)
                return this._forX[this._forDepth];
            else
                return 0
        }
        _GetForY() {
            if (this._forDepth >= 0 && this._forDepth < this._forY.length)
                return this._forY[this._forDepth];
            else
                return 0
        }
        _GetForZ() {
            if (this._forDepth >= 0 && this._forDepth < this._forZ.length)
                return this._forZ[this._forDepth];
            else
                return 0
        }
        GetScriptInterfaceClass() {
            return self.IArrayInstance
        }
    }
    ;
    const map = new WeakMap;
    self.IArrayInstance = class IArrayInstance extends IInstance {
        constructor() {
            super();
            map.set(this, IInstance._GetInitInst().GetSdkInstance())
        }
        get width() {
            return map.get(this).GetWidth()
        }
        get height() {
            return map.get(this).GetHeight()
        }
        get depth() {
            return map.get(this).GetDepth()
        }
        setSize(w, h=1, d=1) {
            map.get(this).SetSize(w, h, d)
        }
        getAt(x, y=0, z=0) {
            return map.get(this).At(x, y, z)
        }
        setAt(val, x, y=0, z=0) {
            if (typeof val !== "number" && typeof val !== "string")
                throw new TypeError("invalid type");
            map.get(this).Set(x, y, z, val)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function DoForEachTrigger(eventSheetManager, currentEvent, solModifiers, oldFrame, newFrame) {
        eventSheetManager.PushCopySol(solModifiers);
        currentEvent.Retrigger(oldFrame, newFrame);
        eventSheetManager.PopSol(solModifiers)
    }
    C3.Plugins.Arr.Cnds = {
        CompareX(x, cmp, val) {
            return C3.compare(this.At(x, 0, 0), cmp, val)
        },
        CompareXY(x, y, cmp, val) {
            return C3.compare(this.At(x, y, 0), cmp, val)
        },
        CompareXYZ(x, y, z, cmp, val) {
            return C3.compare(this.At(x, y, z), cmp, val)
        },
        ArrForEach(dims) {
            const runtime = this._runtime;
            const eventSheetManager = runtime.GetEventSheetManager();
            const currentEvent = runtime.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const eventStack = runtime.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const newFrame = eventStack.Push(currentEvent);
            const forDepth = ++this._forDepth;
            const forX = this._forX;
            const forY = this._forY;
            const forZ = this._forZ;
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            if (forDepth === this._forX.length) {
                forX.push(0);
                forY.push(0);
                forZ.push(0)
            } else {
                forX[forDepth] = 0;
                forY[forDepth] = 0;
                forZ[forDepth] = 0
            }
            runtime.SetDebuggingEnabled(false);
            if (dims === 0)
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        for (let z = 0; z < cz; ++z) {
                            forX[forDepth] = x;
                            forY[forDepth] = y;
                            forZ[forDepth] = z;
                            DoForEachTrigger(eventSheetManager, currentEvent, solModifiers, oldFrame, newFrame)
                        }
            else if (dims === 1)
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y) {
                        forX[forDepth] = x;
                        forY[forDepth] = y;
                        DoForEachTrigger(eventSheetManager, currentEvent, solModifiers, oldFrame, newFrame)
                    }
            else
                for (let x = 0; x < cx; ++x) {
                    forX[forDepth] = x;
                    DoForEachTrigger(eventSheetManager, currentEvent, solModifiers, oldFrame, newFrame)
                }
            runtime.SetDebuggingEnabled(true);
            this._forDepth--;
            eventStack.Pop();
            return false
        },
        CompareCurrent(cmp, val) {
            return C3.compare(this.At(this._GetForX(), this._GetForY(), this._GetForZ()), cmp, val)
        },
        Contains(val) {
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            for (let x = 0; x < cx; ++x)
                for (let y = 0; y < cy; ++y)
                    for (let z = 0; z < cz; ++z)
                        if (arr[x][y][z] === val)
                            return true;
            return false
        },
        IsEmpty() {
            return this._cx === 0 || this._cy === 0 || this._cz === 0
        },
        CompareSize(axis, cmp, val) {
            let s = 0;
            switch (axis) {
            case 0:
                s = this._cx;
                break;
            case 1:
                s = this._cy;
                break;
            case 2:
                s = this._cz;
                break
            }
            return C3.compare(s, cmp, val)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function CompareValues(va, vb) {
        if (typeof va === "number" && typeof vb === "number")
            return va - vb;
        else {
            const sa = va.toString();
            const sb = vb.toString();
            if (sa < sb)
                return -1;
            else if (sa > sb)
                return 1;
            else
                return 0
        }
    }
    C3.Plugins.Arr.Acts = {
        Clear(v) {
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            for (let x = 0; x < cx; ++x)
                for (let y = 0; y < cy; ++y)
                    for (let z = 0; z < cz; ++z)
                        arr[x][y][z] = v
        },
        SetSize(w, h, d) {
            this.SetSize(w, h, d)
        },
        SetX(x, val) {
            this.Set(x, 0, 0, val)
        },
        SetXY(x, y, val) {
            this.Set(x, y, 0, val)
        },
        SetXYZ(x, y, z, val) {
            this.Set(x, y, z, val)
        },
        Push(where, value, axis) {
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            if (axis === 0) {
                const add = C3.MakeFilledArray(cy, ()=>C3.MakeFilledArray(cz, value));
                if (where === 0)
                    arr.push(add);
                else
                    arr.unshift(add);
                this._cx++
            } else if (axis === 1) {
                for (let x = 0; x < cx; ++x) {
                    const add = C3.MakeFilledArray(cz, value);
                    if (where === 0)
                        arr[x].push(add);
                    else
                        arr[x].unshift(add)
                }
                this._cy++
            } else {
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        if (where === 0)
                            arr[x][y].push(value);
                        else
                            arr[x][y].unshift(value);
                this._cz++
            }
        },
        Pop(where, axis) {
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            if (axis === 0) {
                if (cx === 0)
                    return;
                if (where === 0)
                    arr.pop();
                else
                    arr.shift();
                this._cx--
            } else if (axis === 1) {
                if (cy === 0)
                    return;
                for (let x = 0; x < cx; ++x)
                    if (where === 0)
                        arr[x].pop();
                    else
                        arr[x].shift();
                this._cy--
            } else {
                if (cz === 0)
                    return;
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        if (where === 0)
                            arr[x][y].pop();
                        else
                            arr[x][y].shift();
                this._cz--
            }
        },
        Reverse(axis) {
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            if (cx === 0 || cy === 0 || cz === 0)
                return;
            if (axis === 0)
                arr.reverse();
            else if (axis === 1)
                for (let x = 0; x < cx; ++x)
                    arr[x].reverse();
            else
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        arr[x][y].reverse()
        },
        Sort(axis) {
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            if (cx === 0 || cy === 0 || cz === 0)
                return;
            if (axis === 0)
                arr.sort((a,b)=>CompareValues(a[0][0], b[0][0]));
            else if (axis === 1)
                for (let x = 0; x < cx; ++x)
                    arr[x].sort((a,b)=>CompareValues(a[0], b[0]));
            else
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        arr[x][y].sort(CompareValues)
        },
        Delete(index, axis) {
            index = Math.floor(index);
            if (index < 0)
                return;
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            if (axis === 0) {
                if (index >= cx)
                    return;
                arr.splice(index, 1);
                this._cx--
            } else if (axis === 1) {
                if (index >= cy)
                    return;
                for (let x = 0; x < cx; ++x)
                    arr[x].splice(index, 1);
                this._cy--
            } else {
                if (index >= cz)
                    return;
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        arr[x][y].splice(index, 1);
                this._cz--
            }
        },
        Insert(value, index, axis) {
            index = Math.floor(index);
            if (index < 0)
                return;
            const cx = this._cx;
            const cy = this._cy;
            const cz = this._cz;
            const arr = this._arr;
            if (axis === 0) {
                if (index > cx)
                    return;
                arr.splice(index, 0, C3.MakeFilledArray(cy, ()=>C3.MakeFilledArray(cz, value)));
                this._cx++
            } else if (axis === 1) {
                if (index > cy)
                    return;
                for (let x = 0; x < cx; ++x)
                    arr[x].splice(index, 0, C3.MakeFilledArray(cz, value));
                this._cy++
            } else {
                if (index > cz)
                    return;
                for (let x = 0; x < cx; ++x)
                    for (let y = 0; y < cy; ++y)
                        arr[x][y].splice(index, 0, value);
                this._cz++
            }
        },
        JSONLoad(json) {
            let o = null;
            try {
                o = JSON.parse(json)
            } catch (err) {
                console.error("[Construct 3] Failed to parse JSON: ", err);
                return
            }
            if (!o["c2array"])
                return;
            const sz = o["size"];
            this._cx = sz[0];
            this._cy = sz[1];
            this._cz = sz[2];
            this._arr = o["data"]
        },
        JSONDownload(filename) {
            const url = URL.createObjectURL(new Blob([this.GetAsJsonString()],{
                type: "application/json"
            }));
            this._runtime.InvokeDownload(url, filename)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Arr.Exps = {
        At(x, y, z) {
            return this.At(x, y || 0, z || 0)
        },
        Width() {
            return this._cx
        },
        Height() {
            return this._cy
        },
        Depth() {
            return this._cz
        },
        CurX() {
            return this._GetForX()
        },
        CurY() {
            return this._GetForY()
        },
        CurZ() {
            return this._GetForZ()
        },
        CurValue() {
            return this.At(this._GetForX(), this._GetForY(), this._GetForZ())
        },
        Front() {
            return this.At(0, 0, 0)
        },
        Back() {
            return this.At(this._cx - 1, 0, 0)
        },
        IndexOf(v) {
            const arr = this._arr;
            for (let x = 0, len = this._cx; x < len; ++x)
                if (arr[x][0][0] === v)
                    return x;
            return -1
        },
        LastIndexOf(v) {
            const arr = this._arr;
            for (let x = this._cx - 1; x >= 0; --x)
                if (arr[x][0][0] === v)
                    return x;
            return -1
        },
        AsJSON() {
            return this.GetAsJsonString()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.AJAX = class AJAXPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.AJAX.Type = class AJAXType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.AJAX.Instance = class AJAXInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._lastData = "";
            this._curTag = "";
            this._progress = 0;
            this._timeout = -1;
            this._nextRequestHeaders = new Map;
            this._nextReponseBinaryData = null;
            this._nextRequestOverrideMimeType = "";
            this._nwjsFs = null;
            this._nwjsPath = null;
            this._nwjsAppFolder = null;
            this._isNWjs = this._runtime.GetExportType() === "nwjs";
            if (this._isNWjs) {
                this._nwjsFs = require("fs");
                this._nwjsPath = require("path");
                const process = self["process"] || nw["process"];
                this._nwjsAppFolder = this._nwjsPath["dirname"](process["execPath"]) + "\\"
            }
        }
        Release() {
            super.Release()
        }
        async _TriggerError(tag, url, err) {
            console.error(`[Construct 3] AJAX request to '${url}' (tag '${tag}') failed: `, err);
            this._curTag = tag;
            await this.TriggerAsync(C3.Plugins.AJAX.Cnds.OnAnyError);
            await this.TriggerAsync(C3.Plugins.AJAX.Cnds.OnError)
        }
        async _TriggerComplete(tag) {
            this._curTag = tag;
            await this.TriggerAsync(C3.Plugins.AJAX.Cnds.OnAnyComplete);
            await this.TriggerAsync(C3.Plugins.AJAX.Cnds.OnComplete)
        }
        async _OnProgress(tag, e) {
            if (!e["lengthComputable"])
                return;
            this._progress = e["loaded"] / e["total"];
            this._curTag = tag;
            await this.TriggerAsync(C3.Plugins.AJAX.Cnds.OnProgress)
        }
        _OnError(tag, url, err) {
            if (!this._isNWjs) {
                this._TriggerError(tag, url, err);
                return
            }
            const fs = this._nwjsFs;
            const filePath = this._nwjsAppFolder + url;
            if (fs["existsSync"](filePath))
                fs["readFile"](filePath, {
                    "encoding": "utf8"
                }, (err2,data)=>{
                    if (err2)
                        this._TriggerError(tag, url, err2);
                    else {
                        this._lastData = data.replace(/\r\n/g, "\n");
                        this._TriggerComplete(tag)
                    }
                }
                );
            else
                this._TriggerError(tag, url, err)
        }
        async _DoCordovaRequest(tag, file) {
            const assetManager = this._runtime.GetAssetManager();
            const binaryData = this._nextReponseBinaryData;
            this._nextReponseBinaryData = null;
            try {
                if (binaryData) {
                    const buffer = await assetManager.CordovaFetchLocalFileAsArrayBuffer(file);
                    binaryData.SetArrayBufferTransfer(buffer);
                    this._lastData = "";
                    this._TriggerComplete(tag)
                } else {
                    const data = await assetManager.CordovaFetchLocalFileAsText(file);
                    this._lastData = data.replace(/\r\n/g, "\n");
                    this._TriggerComplete(tag)
                }
            } catch (err) {
                this._TriggerError(tag, file, err)
            }
        }
        _DoRequest(tag, url, method, data) {
            return new Promise(resolve=>{
                const errorFunc = err=>{
                    this._OnError(tag, url, err);
                    resolve()
                }
                ;
                const binaryData = this._nextReponseBinaryData;
                this._nextReponseBinaryData = null;
                try {
                    const request = new XMLHttpRequest;
                    request.onreadystatechange = ()=>{
                        if (request.readyState === 4) {
                            if (binaryData)
                                this._lastData = "";
                            else
                                this._lastData = (request.responseText || "").replace(/\r\n/g, "\n");
                            if (request.status >= 400)
                                this._TriggerError(tag, url, request.status + request.statusText);
                            else {
                                const hasData = this._lastData.length || binaryData && request.response instanceof ArrayBuffer;
                                if ((!this._isNWjs || hasData) && !(!this._isNWjs && request.status === 0 && !hasData)) {
                                    if (binaryData)
                                        binaryData.SetArrayBufferTransfer(request.response);
                                    this._TriggerComplete(tag)
                                }
                            }
                            resolve()
                        }
                    }
                    ;
                    request.onerror = errorFunc;
                    request.ontimeout = errorFunc;
                    request.onabort = errorFunc;
                    request["onprogress"] = e=>this._OnProgress(tag, e);
                    request.open(method, url);
                    if (this._timeout >= 0 && typeof request["timeout"] !== "undefined")
                        request["timeout"] = this._timeout;
                    request.responseType = binaryData ? "arraybuffer" : "text";
                    if (data && !this._nextRequestHeaders.has("Content-Type"))
                        if (typeof data !== "string")
                            request["setRequestHeader"]("Content-Type", "application/octet-stream");
                        else
                            request["setRequestHeader"]("Content-Type", "application/x-www-form-urlencoded");
                    for (const [header,value] of this._nextRequestHeaders)
                        try {
                            request["setRequestHeader"](header, value)
                        } catch (err) {
                            console.error(`[Construct 3] AJAX: Failed to set header '${header}: ${value}': `, err)
                        }
                    this._nextRequestHeaders.clear();
                    if (this._nextRequestOverrideMimeType) {
                        try {
                            request["overrideMimeType"](this._nextRequestOverrideMimeType)
                        } catch (err) {
                            console.error(`[Construct 3] AJAX: failed to override MIME type: `, err)
                        }
                        this._nextRequestOverrideMimeType = ""
                    }
                    if (data)
                        request.send(data);
                    else
                        request.send()
                } catch (err) {
                    errorFunc(err)
                }
            }
            )
        }
        GetDebuggerProperties() {
            const prefix = "plugins.ajax.debugger";
            return [{
                title: prefix + ".title",
                properties: [{
                    name: prefix + ".last-data",
                    value: this._lastData
                }]
            }]
        }
        SaveToJson() {
            return {
                "lastData": this._lastData
            }
        }
        LoadFromJson(o) {
            this._lastData = o["lastData"];
            this._curTag = "";
            this._progress = 0
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.AJAX.Cnds = {
        OnComplete(tag) {
            return C3.equalsNoCase(this._curTag, tag)
        },
        OnAnyComplete() {
            return true
        },
        OnError(tag) {
            return C3.equalsNoCase(this._curTag, tag)
        },
        OnAnyError() {
            return true
        },
        OnProgress(tag) {
            return C3.equalsNoCase(this._curTag, tag)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.AJAX.Acts = {
        async Request(tag, url) {
            if (this._runtime.IsCordova() && C3.IsRelativeURL(url) && location.protocol === "file:")
                await this._DoCordovaRequest(tag, url);
            else if (this._runtime.IsPreview() && C3.IsRelativeURL(url)) {
                const localurl = this._runtime.GetAssetManager().GetLocalUrlAsBlobUrl(url.toLowerCase());
                await this._DoRequest(tag, localurl, "GET", null)
            } else
                await this._DoRequest(tag, url, "GET", null)
        },
        async RequestFile(tag, file) {
            if (this._runtime.IsCordova() && location.protocol === "file:")
                await this._DoCordovaRequest(tag, file);
            else
                await this._DoRequest(tag, this._runtime.GetAssetManager().GetLocalUrlAsBlobUrl(file), "GET", null)
        },
        async Post(tag, url, data, method) {
            await this._DoRequest(tag, url, method, data)
        },
        async PostBinary(tag, url, objectClass, method) {
            if (!objectClass)
                return;
            const target = objectClass.GetFirstPicked(this._inst);
            if (!target)
                return;
            const sdkInst = target.GetSdkInstance();
            const buffer = sdkInst.GetArrayBufferReadOnly();
            await this._DoRequest(tag, url, method, buffer)
        },
        SetTimeout(t) {
            this._timeout = t * 1E3
        },
        SetHeader(n, v) {
            this._nextRequestHeaders.set(n, v)
        },
        SetResponseBinary(objectClass) {
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked(this._inst);
            if (!inst)
                return;
            this._nextReponseBinaryData = inst.GetSdkInstance()
        },
        OverrideMIMEType(m) {
            this._nextRequestOverrideMimeType = m
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.AJAX.Exps = {
        LastData() {
            return this._lastData
        },
        Progress() {
            return this._progress
        },
        Tag() {
            return this._curTag
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Json = class JSONPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Json.Type = class JSONType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IInstance = self.IInstance;
    C3.Plugins.Json.Instance = class JSONInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._valueCache = [null, null];
            this._locationCache = [null, null];
            this._data = {};
            this._path = [];
            this._currentKey = "";
            this._currentValue = 0
        }
        Release() {
            super.Release()
        }
        _InvalidateValueCache() {
            this._valueCache[0] = null;
            this._valueCache[1] = null
        }
        _HasValueCache(arr) {
            if (arr === null || this._valueCache[0] === null)
                return false;
            return this._valueCache[0] === arr || C3.arraysEqual(this._valueCache[0], arr)
        }
        _GetValueCache() {
            return this._valueCache[1]
        }
        _UpdateValueCache(str, value) {
            this._valueCache[0] = str;
            this._valueCache[1] = value
        }
        _InvalidateLocationCache() {
            this._locationCache[0] = null;
            this._locationCache[1] = null
        }
        _HasLocationCache(str) {
            return this._locationCache[0] === str
        }
        _GetLocationCache() {
            return this._locationCache[1]
        }
        _UpdateLocationCache(str, value) {
            this._locationCache[0] = str;
            this._locationCache[1] = value
        }
        _SetData(obj) {
            this._data = obj;
            this._InvalidateValueCache()
        }
        _GetData() {
            return this._data
        }
        _SetPath(str) {
            this._path = this._ParsePathUnsafe(str);
            this._InvalidateLocationCache()
        }
        _ParsePath(str) {
            return C3.cloneArray(this._ParsePathUnsafe(str))
        }
        _ParsePathUnsafe(str) {
            const buffer = [];
            let escaped = false;
            let parts;
            if (this._HasLocationCache(str))
                return this._GetLocationCache();
            if (str[0] === ".") {
                parts = C3.cloneArray(this._path);
                str = str.slice(1)
            } else
                parts = [];
            for (const c of str)
                if (escaped) {
                    buffer.push(c);
                    escaped = false
                } else if (c === "\\")
                    escaped = true;
                else if (c === ".") {
                    parts.push(buffer.join(""));
                    C3.clearArray(buffer)
                } else
                    buffer.push(c);
            if (buffer.length !== 0)
                parts.push(buffer.join(""));
            this._UpdateLocationCache(str, parts);
            return parts
        }
        _GetValueAtFullPath(path, lazyCreate) {
            if (this._HasValueCache(path))
                return this._GetValueCache();
            let result = this._data;
            for (const part of path)
                if (Array.isArray(result)) {
                    const index = parseInt(part, 10);
                    if (index < 0 || index >= result.length || !isFinite(index)) {
                        result = null;
                        break
                    }
                    result = result[index]
                } else if (typeof result === "object" && result !== null)
                    if (result.hasOwnProperty(part))
                        result = result[part];
                    else if (lazyCreate) {
                        const o = {};
                        result[part] = o;
                        result = o
                    } else {
                        result = null;
                        break
                    }
                else {
                    result = null;
                    break
                }
            this._UpdateValueCache(path, result);
            return result
        }
        _GetValue(str) {
            const path = this._ParsePath(str);
            if (!path.length)
                return this._data;
            const key = path.pop();
            const obj = this._GetValueAtFullPath(path, false);
            if (Array.isArray(obj)) {
                const index = parseInt(key, 10);
                return index >= 0 && index < obj.length ? obj[index] : null
            } else if (typeof obj === "object" && obj !== null)
                return obj.hasOwnProperty(key) ? obj[key] : null;
            else
                return null
        }
        _JSONTypeOf(val) {
            if (val === null)
                return "null";
            else if (Array.isArray(val))
                return "array";
            else
                return typeof val
        }
        _GetTypeOf(str) {
            const val = this._GetValue(str);
            return this._JSONTypeOf(val)
        }
        _ToSafeValue(value) {
            const type = typeof value;
            if (type === "number" || type === "string")
                return value;
            else if (type === "boolean")
                return value ? 1 : 0;
            else
                return 0
        }
        _GetSafeValue(str) {
            return this._ToSafeValue(this._GetValue(str))
        }
        _HasKey(str) {
            const path = this._ParsePath(str);
            if (!path.length)
                return false;
            const key = path.pop();
            const obj = this._GetValueAtFullPath(path, false);
            if (Array.isArray(obj)) {
                const index = parseInt(key, 10);
                return index >= 0 && index < obj.length
            } else if (typeof obj === "object" && obj !== null)
                return obj.hasOwnProperty(key);
            else
                return false
        }
        _SetValue(str, value) {
            const path = this._ParsePath(str);
            if (!path.length)
                return false;
            if (this._HasValueCache(path))
                this._InvalidateValueCache();
            const key = path.pop();
            const obj = this._GetValueAtFullPath(path, true);
            if (Array.isArray(obj)) {
                const index = parseInt(key, 10);
                if (!isFinite(index) || index < 0 || index >= obj.length)
                    return false;
                obj[index] = value;
                return true
            } else if (typeof obj === "object" && obj !== null) {
                obj[key] = value;
                return true
            }
            return false
        }
        _DeleteKey(str) {
            const path = this._ParsePath(str);
            if (!path.length)
                return false;
            if (this._HasValueCache(path))
                this._InvalidateValueCache();
            const key = path.pop();
            const obj = this._GetValueAtFullPath(path, false);
            if (Array.isArray(obj))
                return false;
            else if (typeof obj === "object" && obj !== null) {
                delete obj[key];
                return true
            } else
                return false
        }
        SaveToJson() {
            return {
                "path": this._path,
                "data": this._data
            }
        }
        LoadFromJson(o) {
            this._InvalidateValueCache();
            this._InvalidateLocationCache();
            this._path = o["path"];
            this._data = o["data"]
        }
        _SanitizeValue(val) {
            const type = typeof val;
            if (type === "number") {
                if (!isFinite(val))
                    return 0;
                return val
            }
            if (typeof val == "object")
                return JSON.stringify(val);
            return val + ""
        }
        GetDebuggerProperties() {
            const prefix = "plugins.json.debugger";
            let topLevelData;
            try {
                topLevelData = this._SanitizeValue(this._data)
            } catch (e) {
                topLevelData = '"invalid"'
            }
            return [{
                title: prefix + ".title",
                properties: [{
                    name: prefix + ".data",
                    value: topLevelData,
                    onedit: v=>{
                        try {
                            const n = JSON.parse(v);
                            this._SetData(n)
                        } catch (e) {}
                    }
                }, {
                    name: prefix + ".path",
                    value: this._path.map(seg=>seg.replace(/\./g, "\\.")).join(".")
                }]
            }]
        }
        GetScriptInterfaceClass() {
            return self.IJSONInstance
        }
    }
    ;
    const map = new WeakMap;
    self.IJSONInstance = class IJSONInstance extends IInstance {
        constructor() {
            super();
            map.set(this, IInstance._GetInitInst().GetSdkInstance())
        }
        getJsonDataCopy() {
            const data = map.get(this)._GetData();
            return JSON.parse(JSON.stringify(data))
        }
        setJsonDataCopy(o) {
            try {
                const o2 = JSON.parse(JSON.stringify(o));
                map.get(this)._SetData(o2)
            } catch (err) {
                console.error("[JSON plugin] setJsonData: object is not valid JSON: ", err);
                throw err;
            }
        }
        setJsonString(str) {
            try {
                const o = JSON.parse(str);
                map.get(this)._SetData(o)
            } catch (err) {
                console.error("[JSON plugin] setJsonString: string is not valid JSON: ", err);
                throw err;
            }
        }
        toCompactString() {
            return JSON.stringify(map.get(this)._GetData())
        }
        toBeautifiedString() {
            return JSON.stringify(map.get(this)._GetData(), null, 4)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const JSON_TYPES = ["null", "boolean", "number", "string", "object", "array"];
    C3.Plugins.Json.Cnds = {
        HasKey(str) {
            return this._HasKey(str)
        },
        CompareType(str, typeIndex) {
            return this._GetTypeOf(str) === JSON_TYPES[typeIndex]
        },
        CompareValue(str, cmp, value) {
            return C3.compare(this._GetSafeValue(str), cmp, value)
        },
        IsBooleanSet(str) {
            return this._GetValue(str) === true
        },
        ForEach(str) {
            const value = this._GetValue(str);
            if (typeof value !== "object" || value === null)
                return false;
            const runtime = this._runtime;
            const eventSheetManager = runtime.GetEventSheetManager();
            const currentEvent = runtime.GetCurrentEvent();
            const solModifiers = currentEvent.GetSolModifiers();
            const eventStack = runtime.GetEventStack();
            const oldFrame = eventStack.GetCurrentStackFrame();
            const newFrame = eventStack.Push(currentEvent);
            const oldPath = this._path;
            const oldKey = this._currentKey;
            const oldValue = this._currentValue;
            const subPath = this._ParsePathUnsafe(str);
            runtime.SetDebuggingEnabled(false);
            for (const [k,v] of Object.entries(value)) {
                this._path = C3.cloneArray(subPath);
                this._path.push(k);
                this._currentKey = k;
                this._currentValue = v;
                eventSheetManager.PushCopySol(solModifiers);
                currentEvent.Retrigger(oldFrame, newFrame);
                eventSheetManager.PopSol(solModifiers)
            }
            runtime.SetDebuggingEnabled(true);
            this._path = oldPath;
            this._currentKey = oldKey;
            this._currentValue = oldValue;
            eventStack.Pop();
            return false
        },
        OnParseError() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Json.Acts = {
        Parse(str) {
            try {
                this._SetData(JSON.parse(str))
            } catch (err) {
                console.warn("[JSON plugin] Failed to parse JSON data: ", err);
                this._SetData({});
                this.Trigger(C3.Plugins.Json.Cnds.OnParseError)
            }
        },
        SetPath(str) {
            this._SetPath(str)
        },
        SetValue(str, value) {
            this._SetValue(str, value)
        },
        SetArray(str, size) {
            let value = this._GetValue(str);
            if (Array.isArray(value))
                C3.resizeArray(value, size, 0);
            else {
                value = [];
                C3.extendArray(value, size, 0);
                this._SetValue(str, value)
            }
        },
        SetObject(str) {
            this._SetValue(str, {})
        },
        SetJSON(location, value) {
            let obj = null;
            try {
                obj = JSON.parse(value)
            } catch (err) {
                console.warn("[JSON plugin] Failed to parse JSON data: ", err);
                this.Trigger(C3.Plugins.Json.Cnds.OnParseError)
            }
            this._SetValue(location, obj)
        },
        SetNull(str) {
            this._SetValue(str, null)
        },
        SetBoolean(str, value) {
            this._SetValue(str, value !== 0)
        },
        ToggleBoolean(str) {
            const value = this._GetValue(str);
            if (typeof value === "boolean")
                this._SetValue(str, !value)
        },
        AddTo(str, inc) {
            const value = this._GetValue(str);
            if (typeof value === "number")
                this._SetValue(str, value + inc)
        },
        SubtractFrom(str, dec) {
            const value = this._GetValue(str);
            if (typeof value === "number")
                this._SetValue(str, value - dec)
        },
        DeleteKey(str) {
            this._DeleteKey(str)
        },
        PushValue(side, str, value) {
            const parent = this._GetValue(str);
            if (Array.isArray(parent))
                side === 0 ? parent.push(value) : parent.unshift(value)
        },
        PopValue(side, str) {
            const parent = this._GetValue(str);
            if (Array.isArray(parent))
                side === 0 ? parent.pop() : parent.shift()
        },
        InsertValue(value, str, index) {
            const parent = this._GetValue(str);
            if (Array.isArray(parent))
                parent.splice(index, 0, value)
        },
        RemoveValues(count, str, index) {
            const parent = this._GetValue(str);
            if (Array.isArray(parent))
                parent.splice(index, count)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Json.Exps = {
        ToCompactString() {
            try {
                return JSON.stringify(this._data)
            } catch (err) {
                return ""
            }
        },
        ToBeautifiedString() {
            try {
                return JSON.stringify(this._data, null, 4)
            } catch (err) {
                return ""
            }
        },
        Get(str) {
            return this._GetSafeValue(str)
        },
        GetAsCompactString(str) {
            const value = this._GetValue(str);
            return JSON.stringify(value)
        },
        GetAsBeautifiedString(str) {
            const value = this._GetValue(str);
            return JSON.stringify(value, null, 4)
        },
        Front(str) {
            const parent = this._GetValue(str);
            if (Array.isArray(parent)) {
                const value = parent[0];
                return this._ToSafeValue(value)
            } else
                return -1
        },
        Back(str) {
            const parent = this._GetValue(str);
            if (Array.isArray(parent)) {
                const value = parent[parent.length - 1];
                return this._ToSafeValue(value)
            } else
                return -1
        },
        Type(str) {
            return this._GetTypeOf(str)
        },
        ArraySize(str) {
            const value = this._GetValue(str);
            if (Array.isArray(value))
                return value.length;
            else
                return -1
        },
        Path() {
            return this._path.map(seg=>seg.replace(/\./g, "\\.")).join(".")
        },
        CurrentKey() {
            return this._currentKey
        },
        CurrentValue() {
            return this._ToSafeValue(this._currentValue)
        },
        CurrentType() {
            return this._JSONTypeOf(this._currentValue)
        }
    }
}
;"use strict";
{
    C3.Plugins.aekiro_proui = class aekiro_prouiSingleGlobalPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Plugins.aekiro_proui.Type = class aekiro_prouiSingleGlobalType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    var C3 = self.C3;
    C3.Plugins.aekiro_proui.Instance = class aekiro_prouiSingleGlobalInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this.ignoreInput = false;
            this.goManager = globalThis.aekiro_goManager;
            this.goManager.init(this.GetRuntime());
            this.lastLayout = null;
            this.GetRuntime().Dispatcher().addEventListener("beforelayoutchange", ()=>{
                this.goManager.isInit = false;
            }
            );
        }
        Initialise() {
            this.goManager.gos = {};
            this.goManager.registerGameObjects();
            this.goManager.cleanSceneGraph();
            this.goManager.createSceneGraph();
            this.goManager.isInit = true;
        }
        setUIAudioVolume(volume) {
            var list = [C3.Behaviors.aekiro_button, C3.Behaviors.aekiro_checkbox, C3.Behaviors.aekiro_radiobutton, C3.Behaviors.aekiro_dialog];
            var behaviorBase, insts, audioSources;
            for (var i = 0, l = list.length; i < l; i++) {
                behaviorBase = this.GetRuntime()._pluginManager._behaviorsByCtor.get(list[i]);
                if (!behaviorBase)
                    continue;
                insts = behaviorBase.GetInstances();
                for (var j = 0, m = insts.length; j < m; j++) {
                    audioSources = insts[j].GetUnsavedDataMap().audioSources;
                    if (!audioSources)
                        continue;
                    for (var key in audioSources) {
                        audioSources[key].setVolume(volume);
                    }
                }
            }
        }
        isTypeValid(inst, types) {
            var ctr = inst.GetPlugin().constructor;
            for (var i = 0, l = types.length; i < l; i++) {
                if (ctr == types[i]) {
                    return true;
                }
            }
            return false;
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {};
        }
        LoadFromJson(o) {}
    }
    ;
}
var Tween = globalThis["TWEEN"];
globalThis.Aekiro = {};
globalThis.AudioSource = class AudioSource {
    constructor(opts, runtime) {
        this.runtime = runtime;
        this.parseConfig(opts);
        if (C3.Plugins.Audio) {
            this.act_PlayByName = C3.Plugins.Audio.Acts.PlayByName;
        }
    }
    parseConfig(opts) {
        opts = opts.split(";");
        this.fileName = opts[0];
        this.volume = parseInt(opts[1]);
        if (!this.volume)
            this.volume = 0;
    }
    getAudioSdkInstance() {
        if (!this.audio) {
            var plugin = this.runtime.GetSingleGlobalObjectClassByCtor(C3.Plugins.Audio);
            if (plugin) {
                this.audio = plugin.GetSingleGlobalInstance().GetSdkInstance();
            }
        }
        return this.audio;
    }
    setVolume(v) {
        this.volume = v;
    }
    play() {
        if (!this.fileName)
            return;
        var audio = this.getAudioSdkInstance();
        if (!audio) {
            console.error("ProUI: Please add the Audio plugin to the project.");
            return;
        }
        this.act_PlayByName.call(audio, 0, this.fileName, 0, this.volume, "sound");
    }
}
;
globalThis.EventManager = class EventManager {
    constructor(inst) {
        this.map = {};
        this.inst = inst;
    }
    on(eventName, callback, options) {
        if (!this.map[eventName]) {
            this.map[eventName] = [];
        }
        var once = false;
        if (options) {
            once = options["once"];
        }
        var listener = {
            "callback": callback,
            "once": once,
            "eventName": eventName
        };
        this.map[eventName].push(listener);
        return listener;
    }
    emit(eventName, options) {
        options = options || {};
        var listeners = this.map[eventName];
        var listener;
        if (listeners) {
            for (var i = 0, l = listeners.length; i < l; i++) {
                listener = listeners[i];
                listener["callback"](options["args"]);
                if (listener["once"]) {
                    this.removeListener(listener);
                    l = listeners.length;
                    i--;
                }
            }
        }
        if (options["propagate"] == undefined)
            options["propagate"] = true;
        if (options["bubble"] == undefined)
            options["bubble"] = true;
        var options2 = Object.assign({}, options);
        options2["propagate"] = false;
        if (options["bubble"] === true && this.inst) {
            var go = this.inst.GetUnsavedDataMap().aekiro_gameobject;
            if (go.parent) {
                go.parent.GetUnsavedDataMap().aekiro_gameobject.eventManager.emit(eventName, options2);
            }
        }
        options2 = Object.assign({}, options);
        options2["bubble"] = false;
        if (options["propagate"] === true && this.inst) {
            var go = this.inst.GetUnsavedDataMap().aekiro_gameobject;
            var children = go.children;
            for (var i = 0, l = children.length; i < l; i++) {
                children[i].GetUnsavedDataMap().aekiro_gameobject.eventManager.emit(eventName, options);
            }
        }
    }
    removeListener(listener) {
        var listeners = this.map[listener["eventName"]];
        var index = listeners.indexOf(listener);
        listeners.splice(index, 1);
    }
}
;
globalThis.aekiro_goManager = {
    gos: {},
    haltNext: false,
    isRegistering: false,
    eventManager: new globalThis.EventManager(),
    lastLayout: 0,
    init: function(runtime) {
        if (this.runtime)
            return;
        this.runtime = runtime;
        this.runtime.Dispatcher().addEventListener("instancedestroy", function(e) {
            var go = e.instance.GetUnsavedDataMap().aekiro_gameobject;
            if (go) {
                go.Release2();
            }
        });
    },
    clean: function() {
        var key;
        for (key in this.gos) {
            if (this.gos[key].IsDestroyed()) {
                this.removeGO(key);
            }
        }
    },
    addGO: function(inst) {
        if (!inst)
            return;
        if (this.haltNext)
            return;
        var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
        if (!aekiro_gameobject.name) {
            aekiro_gameobject.name = "o" + inst.GetUID();
        }
        var name = aekiro_gameobject.name;
        if (this.gos.hasOwnProperty(name)) {
            console.error("Aekiro Hierarchy: GameObject already exist with name: %s !", name);
            aekiro_gameobject.name = "o" + inst.GetUID();
            name = aekiro_gameobject.name;
        }
        this.gos[name] = inst;
    },
    removeGO: function(name) {
        delete this.gos[name];
    },
    setGoName: function(oldName, newName) {
        if (!this.gos[oldName]) {
            throw new Error("ProUI-goManager.setGoName() : game object to be renamed not found");
        }
        if (this.gos.hasOwnProperty(newName)) {
            throw new Error("ProUI-goManager.setGoName() : game object already exist with name: " + name);
        }
        this.gos[newName] = this.gos[oldName];
        this.removeGO(oldName);
    },
    getName: function(inst) {
        var key;
        for (key in this.gos) {
            if (this.gos[key] == inst) {
                return key;
            }
        }
        return false;
    },
    removeGO2: function(inst) {
        var key;
        for (key in this.gos) {
            if (this.gos[key] == inst) {
                this.removeGO(key);
            }
        }
    },
    createInstance: function(objectClass, layer, x, y) {
        var inst = this.runtime.CreateInstance(this.runtime.GetObjectClassByName(objectClass), layer, x, y);
        const b = this.runtime.GetEventSheetManager();
        b.BlockFlushingInstances(!0);
        b.BlockFlushingInstances(!1);
        return inst;
    },
    clone: function(template, name, parent, layer, x, y, onNodeCreated) {
        if (this.gos[name]) {
            console.error("Aekiro GameObject: GameObject already exist with name: %s !", name);
            return;
        }
        if (typeof parent === 'string') {
            parent = this.gos[parent];
        }
        if (parent) {
            var wp = parent.GetWorldInfo();
            var res = this.globalToLocal3(x, y, 0, wp.GetX(), wp.GetY(), wp.GetAngle());
            x = res.x;
            y = res.y;
        }
        var inst = this._clone(template, name, parent, layer, x, y, onNodeCreated);
        inst.GetUnsavedDataMap().aekiro_gameobject.children_update();
        inst.GetUnsavedDataMap().aekiro_gameobject.updateZindex();
        var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
        aekiro_gameobject.eventManager.emit("cloned");
        return inst;
    },
    _clone: function(t_node, name, parent, layer, x, y, onNodeCreated) {
        this.haltNext = true;
        var inst = this.createInstance(t_node.type, layer);
        this.haltNext = false;
        var b;
        try {
            b = JSON.parse(t_node.json);
        } catch (a) {
            return void console.error("Failed to load from JSON string: ", a);
        }
        inst.LoadFromJson(b, !0);
        var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
        inst.GetUnsavedDataMap().zindex = t_node.zindex;
        inst.GetSdkInstance().CallAction(aekiro_gameobject.acts.MoveToLayer, layer);
        aekiro_gameobject.name = "";
        aekiro_gameobject.parentName = "";
        if (name)
            aekiro_gameobject.name = name;
        this.addGO(inst);
        if (parent) {
            parent.GetUnsavedDataMap().aekiro_gameobject.children_add(inst);
        }
        var wi = inst.GetWorldInfo();
        wi.SetX(x, true);
        wi.SetY(y, true);
        wi.SetBboxChanged();
        if (onNodeCreated)
            onNodeCreated(inst);
        inst._TriggerOnCreated();
        var child;
        for (var i = 0, l = t_node.children.length; i < l; i++) {
            child = t_node.children[i];
            this._clone(child, null, inst, layer, child.x, child.y, onNodeCreated);
        }
        return inst;
    },
    globalToLocal3: function(x, y, a, p_x, p_y, p_angle) {
        var res = {};
        res.x = (x - p_x) * Math.cos(p_angle) + (y - p_y) * Math.sin(p_angle);
        res.y = -(x - p_x) * Math.sin(p_angle) + (y - p_y) * Math.cos(p_angle);
        res.angle = a - p_angle;
        return res;
    },
    registerGameObjects: function() {
        var aekiro_gameobjectBehaviorBase = this.runtime._pluginManager._behaviorsByCtor.get(C3.Behaviors.aekiro_gameobject);
        if (!aekiro_gameobjectBehaviorBase)
            return;
        var insts = aekiro_gameobjectBehaviorBase.GetInstances();
        var l = insts.length;
        for (var i = 0; i < l; i++) {
            if (!insts[i].IsDestroyed()) {
                this.addGO(insts[i]);
            }
        }
    },
    createSceneGraph: function() {
        var key, go, aekiro_gameobject;
        var parentSameLayer = {};
        for (key in this.gos) {
            go = this.gos[key];
            aekiro_gameobject = go.GetUnsavedDataMap().aekiro_gameobject;
            if (aekiro_gameobject.parentName && this.gos[aekiro_gameobject.parentName]) {
                this.gos[aekiro_gameobject.parentName].GetUnsavedDataMap().aekiro_gameobject.children_add(go);
            }
            if (aekiro_gameobject.parentSameLayer) {
                parentSameLayer[key] = go;
            }
        }
        for (key in parentSameLayer) {
            go = parentSameLayer[key];
            aekiro_gameobject = go.GetUnsavedDataMap().aekiro_gameobject;
            aekiro_gameobject.children_addFromLayer(aekiro_gameobject.GetWorldInfo().GetLayer());
        }
        for (key in this.gos) {
            this.gos[key].GetUnsavedDataMap().aekiro_gameobject.children_update();
        }
        this.eventManager.emit("childrenRegistred");
    },
    cleanSceneGraph: function() {
        var key, inst;
        for (key in this.gos) {
            inst = this.gos[key];
            inst.GetUnsavedDataMap().aekiro_gameobject.removeFromParent();
        }
    }
};
globalThis.Aekiro.button = class aekiro_button extends C3.SDKBehaviorInstanceBase {
    constructor(behInst, properties) {
        super(behInst);
    }
    button_constructor() {
        this.proui = this.GetRuntime().GetSingleGlobalObjectClassByCtor(C3.Plugins.aekiro_proui);
        if (this.proui) {
            this.proui = this.proui.GetSingleGlobalInstance().GetSdkInstance();
        }
        this.proui.isTypeValid(this.GetObjectInstance(), [C3.Plugins.Sprite, C3.Plugins.NinePatch, C3.Plugins.TiledBg], "Pro UI: Button behavior is only applicable to Sprite, 9-patch or tiled backgrounds objects.");
        this.inst = this.GetObjectInstance();
        this.wi = this.inst.GetWorldInfo();
        this.goManager = globalThis.aekiro_goManager;
        this.scrollViews = globalThis.aekiro_scrollViewManager.scrollViews;
        this.aekiro_dialogManager = globalThis.aekiro_dialogManager;
        this.GetObjectInstance().GetUnsavedDataMap().aekiro_button = this;
        this.isInstanceOfSprite = this.GetObjectInstance().GetPlugin().constructor == C3.Plugins.Sprite;
        this.STATES = {
            NORMAL: 0,
            HOVER: 1,
            CLICKED: 2,
            DISABLED: 3,
            FOCUSED: 4
        };
        this.isOnMobile = C3.Platform.IsMobile;
        this.isTouchStarted = false;
        this.isMouseEnter = false;
        this.isFocused = false;
        this.callbacks = [];
        this.frameAnim = [];
        this.initProps = {
            animationFrame: null,
            animationName: null,
            color: null
        };
    }
    PostCreate() {
        this.aekiro_gameobject = this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject;
        this.sdkInstance = this.GetObjectInstance().GetSdkInstance();
        this.sdkInstance_callAction = this.sdkInstance.CallAction;
        this.sdkInstance_callExpression = this.sdkInstance.CallExpression;
        this.sdkInstance_acts = this.GetObjectInstance().GetPlugin().constructor.Acts;
        this.sdkInstance_exps = this.GetObjectInstance().GetPlugin().constructor.Exps;
        this.onPropsLoaded();
        this.updateViewTick();
    }
    onPropsLoaded() {
        this.useStates = true;
        if (!this.isInstanceOfSprite || (this.frame_normal == "" && this.frame_hover == "" && this.frame_clicked == "" && this.frame_disabled == "")) {
            this.useStates = false;
        }
        this.state = this.isEnabled ? this.STATES.NORMAL : this.STATES.DISABLED;
        this.setInitProps();
        this.initSounds();
        this.initFrameAnim();
        this.initAnimations();
        this.initColors();
    }
    onInitPropsLoaded() {
        var t = this.initProps.color;
        this.initProps.color = new C3.Color();
        this.initProps.color.setFromJSON(t);
    }
    updateView() {
        this.setFrameAnim(this.state);
        this.setColor(this.state);
    }
    updateViewTick() {
        this.updateV = true;
        this._StartTicking();
    }
    setEnabled(isEnabled) {
        if (this.isEnabled == isEnabled)
            return;
        this.isEnabled = isEnabled;
        this.state = isEnabled ? this.STATES.NORMAL : this.STATES.DISABLED;
        this.setFrameAnim(this.state);
        this.setColor(this.state);
    }
    parseFrameAnim(frameAnim, defaults) {
        if (frameAnim == undefined)
            frameAnim = "";
        frameAnim = frameAnim.split('/');
        var frame, anim;
        if (isNaN(parseInt(frameAnim[0]))) {
            anim = frameAnim[0];
            frame = parseInt(frameAnim[1])
        } else {
            anim = frameAnim[1];
            frame = parseInt(frameAnim[0]);
        }
        if (isNaN(frame)) {
            frame = defaults ? defaults["f"] : this.initProps.animationFrame;
        }
        if (!isNaN(anim) || !anim) {
            anim = defaults ? defaults["a"] : this.initProps.animationName;
        }
        var res = {
            "f": frame,
            "a": anim
        };
        return res;
    }
    parseColor(color, defaultColor) {
        if (color) {
            color = color.split(",");
            color = new C3.Color(color[0] / 255,color[1] / 255,color[2] / 255,1);
        } else {
            if (defaultColor !== undefined) {
                color = defaultColor;
            } else {
                color = this.initProps.color;
            }
        }
        return color;
    }
    initSounds() {
        var map = this.GetObjectInstance().GetUnsavedDataMap();
        if (!map.audioSources) {
            map.audioSources = {};
        }
        var AudioSource = globalThis.AudioSource;
        this.audioSources = map.audioSources;
        this.audioSources.click = new AudioSource(this.clickSound,this.GetRuntime());
        this.audioSources.hover = new AudioSource(this.hoverSound,this.GetRuntime());
        this.audioSources.focus = new AudioSource(this.focusSound,this.GetRuntime());
    }
    initColors() {
        this.colors = [];
        this.colors[this.STATES.NORMAL] = this.parseColor(this.color_normal);
        this.colors[this.STATES.HOVER] = this.parseColor(this.color_hover, null);
        this.colors[this.STATES.CLICKED] = this.parseColor(this.color_clicked, null);
        this.colors[this.STATES.DISABLED] = this.parseColor(this.color_disabled);
        this.colors[this.STATES.FOCUSED] = this.parseColor(this.color_focus, null);
    }
    setColor(state) {
        var color;
        if (this.isFocused) {
            if (this.state == this.STATES.NORMAL) {
                color = this.colors[this.STATES.FOCUSED] || this.colors[this.STATES.NORMAL];
            } else {
                color = this.colors[state] || this.colors[this.STATES.FOCUSED];
                if (!this.colors[state] && !this.colors[this.STATES.FOCUSED]) {
                    color = this.colors[this.STATES.NORMAL];
                }
            }
        } else {
            color = this.colors[state];
        }
        if (color) {
            this.wi.SetUnpremultipliedColor(color);
            this.wi.SetBboxChanged();
        }
    }
    setInitProps() {
        if (this.isInstanceOfSprite) {
            this.initProps.animationFrame = this.initProps.animationFrame === null ? this.sdkInstance.CallExpression(this.sdkInstance_exps.AnimationFrame) : this.initProps.animationFrame;
            this.initProps.animationName = this.initProps.animationName || this.sdkInstance.CallExpression(this.sdkInstance_exps.AnimationName);
        }
        this.initProps.color = this.initProps.color || this.wi.GetUnpremultipliedColor();
    }
    initFrameAnim() {
        if (!this.useStates)
            return;
        this.frameAnim[this.STATES.NORMAL] = this.parseFrameAnim(this.frame_normal);
        this.frameAnim[this.STATES.HOVER] = this.parseFrameAnim(this.frame_hover, {
            "f": null,
            "a": null
        });
        this.frameAnim[this.STATES.CLICKED] = this.parseFrameAnim(this.frame_clicked, {
            "f": null,
            "a": null
        });
        this.frameAnim[this.STATES.DISABLED] = this.parseFrameAnim(this.frame_disabled);
        this.frameAnim[this.STATES.FOCUSED] = this.parseFrameAnim(this.frame_focus, {
            "f": null,
            "a": null
        });
    }
    setFrameAnim(state) {
        if (!this.useStates) {
            return;
        }
        var frame, anim;
        if (this.isFocused) {
            if (this.state == this.STATES.NORMAL) {
                frame = (this.frameAnim[this.STATES.FOCUSED]["f"] === null) ? this.frameAnim[this.STATES.NORMAL]["f"] : this.frameAnim[this.STATES.FOCUSED]["f"];
                anim = this.frameAnim[this.STATES.FOCUSED]["a"] || this.frameAnim[this.STATES.NORMAL]["a"];
            } else {
                if (this.frameAnim[state]["f"] == null && !this.frameAnim[state]["a"]) {
                    frame = this.frameAnim[this.STATES.NORMAL]["f"];
                    anim = this.frameAnim[this.STATES.NORMAL]["a"];
                } else {
                    frame = (this.frameAnim[state]["f"] === null) ? this.frameAnim[this.STATES.FOCUSED]["f"] : this.frameAnim[state]["f"];
                    anim = this.frameAnim[state]["a"] || this.frameAnim[this.STATES.FOCUSED]["a"];
                }
            }
        } else {
            frame = this.frameAnim[state]["f"];
            anim = this.frameAnim[state]["a"];
        }
        if (anim) {
            this.sdkInstance.CallAction(this.sdkInstance_acts.SetAnim, anim, 0);
        }
        if (frame !== null) {
            this.sdkInstance.CallAction(this.sdkInstance_acts.SetAnimFrame, frame, 0);
        }
    }
    initAnimations() {
        this.currentDelta = {
            x: 0,
            y: 0,
            width: 0,
            height: 0
        };
        this.targetDelta = {
            x: 0,
            y: 0,
            width: 0,
            height: 0
        };
        this.tween = new Tween["Tween"](this.currentDelta);
    }
    setAnimations(type) {
        this.prev = {
            x: this.currentDelta.x,
            y: this.currentDelta.y,
            width: this.currentDelta.width,
            height: this.currentDelta.height
        };
        if (type == 1) {
            this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"])["to"](this.targetDelta, 200);
        } else if (type == 2) {
            this.tween["easing"](Tween["Easing"]["Elastic"]["Out"])["to"](this.targetDelta, 500);
        } else if (type == 3) {
            this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"])["to"](this.targetDelta, 100);
        } else if (type == 4) {
            this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"])["to"](this.targetDelta, 100);
        } else if (type == 5) {
            this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"])["to"](this.targetDelta, 100);
        } else if (type == 6) {
            this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"])["to"](this.targetDelta, 100);
        }
    }
    getTargetDelta(type, state) {
        var wi = this.wi;
        var t = {
            x: 0,
            y: 0,
            width: 0,
            height: 0
        };
        var f = 0.1;
        if (state == "click") {
            f = this.clickAnimationFactor;
        } else if (state == "hover") {
            f = this.hoverAnimationFactor;
        } else if (state == "focus") {
            f = this.focusAnimationFactor;
        }
        if (type == 1 || type == 2) {
            t.width = wi.GetWidth() * f;
            t.height = wi.GetHeight() * f;
        } else if (type == 3) {
            t.y = wi.GetHeight() * f;
        } else if (type == 4) {
            t.y = -wi.GetHeight() * f;
        } else if (type == 5) {
            t.x = -wi.GetWidth() * f;
        } else if (type == 6) {
            t.x = wi.GetWidth() * f;
        }
        return t;
    }
    OnAnyInputDown(x, y) {
        if (this.wi.ContainsPoint(x, y)) {
            this.OnInputDown(x, y);
        }
    }
    OnAnyInputMove(x, y) {
        if (this.isOnMobile)
            return;
        if (this.wi.ContainsPoint(x, y)) {
            if (!this.isMouseEnter) {
                this.OnMouseEnter(x, y);
            }
        } else {
            if (this.isMouseEnter) {
                this.OnMouseLeave();
            }
        }
    }
    setFocused(isFocused) {
        if (!this.isEnabled)
            return;
        if (isFocused == this.isFocused)
            return;
        this.isFocused = isFocused;
        if (isFocused) {
            this.setFrameAnim(this.state);
            this.setColor(this.state);
            this.audioSources.focus.play();
            if (this.focusAnimation > 0) {
                this.tween["stop"]();
                this.targetDelta_focus = this.getTargetDelta(this.focusAnimation, "focus");
                this.targetDelta.width += this.targetDelta_focus.width;
                this.targetDelta.height += this.targetDelta_focus.height;
                this.targetDelta.x += this.targetDelta_focus.x;
                this.targetDelta.y += this.targetDelta_focus.y;
                this.setAnimations(this.focusAnimation);
                ;this._StartTicking();
                this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
            }
            if (this.OnFocusedC)
                this.OnFocusedC();
        } else {
            this.setFrameAnim(this.STATES.NORMAL);
            this.setColor(this.STATES.NORMAL);
            this.setFrameAnim(this.state);
            this.setColor(this.state);
            if (this.focusAnimation > 0) {
                this.tween["stop"]();
                this.targetDelta.width -= this.targetDelta_focus.width;
                this.targetDelta.height -= this.targetDelta_focus.height;
                this.targetDelta.x -= this.targetDelta_focus.x;
                this.targetDelta.y -= this.targetDelta_focus.y;
                this.setAnimations(this.focusAnimation);
                this._StartTicking();
                this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
            }
            if (this.OnUnFocusedC)
                this.OnUnFocusedC();
        }
    }
    OnMouseEnter(x, y) {
        if (!this.isClickable(x, y))
            return;
        if (this.isTouchStarted)
            return;
        this.isMouseEnter = true;
        this.state = this.STATES.HOVER;
        this.setFrameAnim(this.state);
        this.setColor(this.state);
        this.audioSources.hover.play();
        if (this.OnMouseEnterC)
            this.OnMouseEnterC();
        if (this.hoverAnimation > 0) {
            var wi = this.wi;
            this.tween["stop"]();
            this.targetDelta_hover = this.getTargetDelta(this.hoverAnimation, "hover");
            this.targetDelta.width += this.targetDelta_hover.width;
            this.targetDelta.height += this.targetDelta_hover.height;
            this.targetDelta.x += this.targetDelta_hover.x;
            this.targetDelta.y += this.targetDelta_hover.y;
            this.setAnimations(this.hoverAnimation);
            this._StartTicking();
            this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
        }
    }
    async OnInputDown(x, y) {
        var res = await this.isOnMovingScrollView();
        if (res)
            return;
        if (!this.isClickable(x, y) || this.isTouchStarted)
            return;
        this.isTouchStarted = true;
        if (this.clickAnimation > 0) {
            this.tween["stop"]();
            this.targetDelta_click = this.getTargetDelta(this.clickAnimation, "click");
            this.targetDelta.width += this.targetDelta_click.width;
            this.targetDelta.height += this.targetDelta_click.height;
            this.targetDelta.x += this.targetDelta_click.x;
            this.targetDelta.y += this.targetDelta_click.y;
            this.setAnimations(this.clickAnimation);
            this._StartTicking();
            this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
        }
        if (!this.isFocused && this.focusAnimation > 0) {
            this.tween["stop"]();
            this.targetDelta_focus = this.getTargetDelta(this.focusAnimation, "focus");
            this.targetDelta.width += this.targetDelta_focus.width;
            this.targetDelta.height += this.targetDelta_focus.height;
            this.targetDelta.x += this.targetDelta_focus.x;
            this.targetDelta.y += this.targetDelta_focus.y;
            this.setAnimations(this.focusAnimation);
            this._StartTicking();
            this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
        }
        if (!this.isFocused) {
            if (this.OnFocusedC)
                this.OnFocusedC();
        }
        this.isFocused = true;
        this.state = this.STATES.CLICKED;
        this.setFrameAnim(this.state);
        this.setColor(this.state);
        this.audioSources.click.play();
    }
    OnAnyInputUp(x, y) {
        if (!this.isTouchStarted)
            return;
        this.isTouchStarted = false;
        if (this.clickAnimation > 0 && this.state != this.STATES.NORMAL) {
            this.tween["stop"]();
            this.targetDelta.width -= this.targetDelta_click.width;
            this.targetDelta.height -= this.targetDelta_click.height;
            this.targetDelta.x -= this.targetDelta_click.x;
            this.targetDelta.y -= this.targetDelta_click.y;
            this.setAnimations(this.clickAnimation);
            this._StartTicking();
            this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
        }
        if (this.wi.ContainsPoint(x, y)) {
            if (this.isOnMobile) {
                this.state = this.STATES.NORMAL;
            } else {
                this.state = this.STATES.HOVER;
            }
            this.Callbacks();
        } else {
            this.state = this.STATES.NORMAL;
        }
        this.setFrameAnim(this.state);
        this.setColor(this.state);
    }
    Callbacks() {
        for (var i = 0, l = this.callbacks.length; i < l; i++) {
            this.callbacks[i]();
        }
        if (this.OnAnyInputUpC)
            this.OnAnyInputUpC();
    }
    OnMouseLeave() {
        this.isMouseEnter = false;
        if (this.state != this.STATES.DISABLED) {
            this.state = this.STATES.NORMAL;
        }
        this.setFrameAnim(this.state);
        this.setColor(this.state);
        if (this.hoverAnimation > 0) {
            this.targetDelta.width -= this.targetDelta_hover.width;
            this.targetDelta.height -= this.targetDelta_hover.height;
            this.targetDelta.x -= this.targetDelta_hover.x;
            this.targetDelta.y -= this.targetDelta_hover.y;
        }
        if (this.clickAnimation > 0 && this.isTouchStarted) {
            this.targetDelta.width -= this.targetDelta_click.width;
            this.targetDelta.height -= this.targetDelta_click.height;
            this.targetDelta.x -= this.targetDelta_click.x;
            this.targetDelta.y -= this.targetDelta_click.y;
        }
        if (this.hoverAnimation > 0 || (this.clickAnimation > 0 && this.isTouchStarted)) {
            this.tween["stop"]();
            this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"])["to"](this.targetDelta, 100);
            this._StartTicking();
            this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
        }
        if (this.OnMouseLeaveC)
            this.OnMouseLeaveC();
    }
    setIgnoreInput(state) {
        this.ignoreInput = state;
    }
    Tick() {
        if (this.updateV) {
            this.updateView();
            this._StopTicking();
            this.updateV = false;
            return;
        }
        if (this.isTweenPlaying) {
            this.isTweenPlaying = false;
        }
        if (this.tween["isPlaying"]) {
            this.tween["update"](this.GetRuntime().GetWallTime() * 1000);
            this.isTweenPlaying = true;
        }
        if (this.isTweenPlaying) {
            var wi = this.wi;
            this.wi.OffsetXY(this.currentDelta.x - this.prev.x, this.currentDelta.y - this.prev.y);
            this.wi.SetSize(wi.GetWidth() + this.currentDelta.width - this.prev.width, wi.GetHeight() + this.currentDelta.height - this.prev.height);
            this.wi.SetBboxChanged();
            this.prev = {
                x: this.currentDelta.x,
                y: this.currentDelta.y,
                width: this.currentDelta.width,
                height: this.currentDelta.height
            };
        } else {
            this._StopTicking();
        }
    }
    isClickable(x, y) {
        if (x === undefined || y === undefined) {
            x = this.wi.GetBoundingBox().getLeft() + 10;
            y = this.wi.GetBoundingBox().getTop() + 10;
        }
        if (this.ignoreInput === 1 || this.proui.ignoreInput) {
            return false;
        }
        var isVisible = (this.wi.GetLayer().IsVisible() && this.wi.IsVisible());
        var isInsideScrollView = this.isInsideScrollView(x, y);
        var isUnder = false;
        if (this.ignoreInput === 2 && this.aekiro_dialogManager) {
            isUnder = this.aekiro_dialogManager.isInstanceUnder(this.wi.GetLayer().GetIndex());
        }
        return this.isEnabled && isVisible && !isUnder && isInsideScrollView;
    }
    isInsideScrollView(x, y) {
        var insideScrollView = true;
        var scrollView = this.scrollViews["l" + this.inst.GetWorldInfo().GetLayer().GetIndex()];
        if (scrollView) {
            insideScrollView = scrollView.GetWorldInfo().ContainsPoint(x, y);
        }
        return insideScrollView;
    }
    isOnMovingScrollView() {
        var scrollView = this.scrollViews["l" + this.inst.GetWorldInfo().GetLayer().GetIndex()];
        if (scrollView) {
            return new Promise(resolve=>{
                setTimeout(()=>{
                    if (scrollView.GetUnsavedDataMap().aekiro_scrollView.isMoving()) {
                        console.log("moving");
                        resolve(true);
                    } else {
                        resolve(false);
                    }
                }
                , 10);
            }
            );
        } else {
            return false;
        }
    }
    Release() {
        super.Release();
    }
}
;
globalThis.Aekiro.button.Cnds = {
    OnMouseEnter() {
        return true;
    },
    OnMouseLeave() {
        return true;
    },
    IsEnabled() {
        return this.isEnabled;
    },
    IsClickable() {
        return this.isClickable();
    },
    OnFocused() {
        return true;
    },
    OnUnFocused() {
        return true;
    },
    IsFocused() {
        return this.isFocused;
    },
    OnClicked() {
        return true;
    }
};
globalThis.Aekiro.button.Acts = {
    setEnabled(isEnabled) {
        this.setEnabled(isEnabled);
    },
    SetFocused(v) {
        this.setFocused(v);
    },
    SetIgnoreInput(s) {
        this.setIgnoreInput(s);
    },
    SetClickSoundVolume(v) {
        this.audioSources.click.setVolume(v);
    },
    SetHoverSoundVolume(v) {
        this.audioSources.hover.setVolume(v);
    },
    SimulateClick() {
        if (this.isTouchStarted)
            return;
        var x = this.wi.GetBoundingBox().getLeft() + 10;
        var y = this.wi.GetBoundingBox().getTop() + 10;
        this.OnInputDown(x, y);
        setTimeout(()=>{
            x = this.wi.GetBoundingBox().getLeft() - 50;
            y = this.wi.GetBoundingBox().getTop() - 50;
            this.OnAnyInputUp(x, y);
            this.Callbacks();
        }
        , 100);
    },
    setNormalFrame(v) {
        this.frame_normal = v;
        this.initFrameAnim();
        this.setFrameAnim(this.state);
    },
    setHoverFrame(v) {
        this.frame_hover = v;
        this.initFrameAnim();
    },
    setClickedFrame(v) {
        this.frame_clicked = v;
        this.initFrameAnim();
    },
    setDisabledFrame(v) {
        this.frame_disabled = v;
        this.initFrameAnim();
    },
    setFocusFrame(v) {
        this.frame_focus = v;
        this.initFrameAnim();
    },
    setClickAnimation(v) {
        this.clickAnimation = v;
        this.initAnimations();
    },
    setHoverAnimation(v) {
        this.hoverAnimation = v;
        this.initAnimations();
    },
    setFocusAnimation(v) {
        this.focusAnimation = v;
        this.initAnimations();
    },
    setNormalColor(v) {
        this.color_normal = v;
        this.initColors();
    },
    setHoverColor(v) {
        this.color_hover = v;
        this.initColors();
    },
    setClickedColor(v) {
        this.color_clicked = v;
        this.initColors();
    },
    setFocusColor(v) {
        this.color_focus = v;
        this.initColors();
    }
};
globalThis.Aekiro.checkbox = class aekiro_checkbox extends globalThis.Aekiro.button {
    constructor(behInst, properties) {
        super(behInst, properties);
    }
    checkbox_constructor() {
        this.button_constructor();
        this.frameAnim = [[], []];
    }
    initFrameAnim() {
        this.useStates = true;
        if (!this.isInstanceOfSprite || (this.frame_normal == "" && this.frame_hover == "" && this.frame_disabled == "")) {
            this.useStates = false;
            return;
        }
        this.cur_AnimationFrame = this.sdkInstance.CallExpression(this.sdkInstance_exps.AnimationFrame);
        this.cur_AnimationName = this.sdkInstance.CallExpression(this.sdkInstance_exps.AnimationName);
        var f = this.frame_normal.split(',');
        this.frameAnim[0][this.STATES.NORMAL] = this.parseFrameAnim(f[0]);
        this.frameAnim[1][this.STATES.NORMAL] = this.parseFrameAnim(f[1]);
        f = this.frame_hover.split(',');
        this.frameAnim[0][this.STATES.HOVER] = this.parseFrameAnim(f[0], {
            "f": null,
            "a": null
        });
        this.frameAnim[1][this.STATES.HOVER] = this.parseFrameAnim(f[1], {
            "f": null,
            "a": null
        });
        f = this.frame_disabled.split(',');
        this.frameAnim[0][this.STATES.DISABLED] = this.parseFrameAnim(f[0]);
        this.frameAnim[1][this.STATES.DISABLED] = this.parseFrameAnim(f[1]);
        f = this.frame_focus.split(',');
        this.frameAnim[0][this.STATES.FOCUSED] = this.parseFrameAnim(f[0], {
            "f": null,
            "a": null
        });
        this.frameAnim[1][this.STATES.FOCUSED] = this.parseFrameAnim(f[1], {
            "f": null,
            "a": null
        });
    }
    setFrameAnim(state) {
        if (!this.useStates) {
            return;
        }
        if (state == this.STATES.CLICKED)
            state = this.STATES.NORMAL;
        var v = this.value ? 1 : 0;
        var frame, anim;
        if (this.isFocused) {
            if (this.state == this.STATES.NORMAL) {
                frame = (this.frameAnim[v][this.STATES.FOCUSED]["f"] === null) ? this.frameAnim[v][this.STATES.NORMAL]["f"] : this.frameAnim[v][this.STATES.FOCUSED]["f"];
                anim = this.frameAnim[v][this.STATES.FOCUSED]["a"] || this.frameAnim[v][this.STATES.NORMAL]["a"];
            } else {
                if (this.frameAnim[v][state]["f"] == null && !this.frameAnim[v][state]["a"]) {
                    frame = this.frameAnim[v][this.STATES.NORMAL]["f"];
                    anim = this.frameAnim[v][this.STATES.NORMAL]["a"];
                } else {
                    frame = (this.frameAnim[v][state]["f"] === null) ? this.frameAnim[v][this.STATES.FOCUSED]["f"] : this.frameAnim[v][state]["f"];
                    anim = this.frameAnim[v][state]["a"] || this.frameAnim[v][this.STATES.FOCUSED]["a"];
                }
            }
        } else {
            frame = this.frameAnim[v][state]["f"];
            anim = this.frameAnim[v][state]["a"];
        }
        if (anim) {
            this.sdkInstance.CallAction(this.sdkInstance_acts.SetAnim, anim, 0);
        }
        if (frame !== null) {
            this.sdkInstance.CallAction(this.sdkInstance_acts.SetAnimFrame, frame, 0);
        }
    }
    initColors() {
        this.cur_color = this.wi.GetUnpremultipliedColor();
        this.colors = [[], []];
        var c;
        c = this.color_normal.split(';');
        this.colors[0][this.STATES.NORMAL] = this.parseColor(c[0]);
        this.colors[1][this.STATES.NORMAL] = this.parseColor(c[1], this.colors[0][this.STATES.NORMAL]);
        c = this.color_hover.split(';');
        this.colors[0][this.STATES.HOVER] = this.parseColor(c[0], null);
        this.colors[1][this.STATES.HOVER] = this.parseColor(c[1], this.colors[0][this.STATES.HOVER]);
        c = this.color_clicked.split(';');
        this.colors[0][this.STATES.CLICKED] = this.parseColor(c[0], null);
        this.colors[1][this.STATES.CLICKED] = this.parseColor(c[1], this.colors[0][this.STATES.CLICKED]);
        c = this.color_disabled.split(';');
        this.colors[0][this.STATES.DISABLED] = this.parseColor(c[0]);
        this.colors[1][this.STATES.DISABLED] = this.parseColor(c[1]),
        this.colors[0][this.STATES.DISABLED];
        c = this.color_focus.split(';');
        this.colors[0][this.STATES.FOCUSED] = this.parseColor(c[0], null);
        this.colors[1][this.STATES.FOCUSED] = this.parseColor(c[1], this.colors[0][this.STATES.FOCUSED]);
    }
    setColor(state) {
        var v = this.value ? 1 : 0;
        var color;
        if (this.isFocused) {
            if (this.state == this.STATES.NORMAL) {
                color = this.colors[v][this.STATES.FOCUSED] || this.colors[v][this.STATES.NORMAL];
            } else {
                color = this.colors[v][state] || this.colors[v][this.STATES.FOCUSED];
                if (!this.colors[v][state] && !this.colors[v][this.STATES.FOCUSED]) {
                    color = this.colors[v][this.STATES.NORMAL];
                }
            }
        } else {
            color = this.colors[v][state];
        }
        if (color) {
            this.wi.SetUnpremultipliedColor(color);
            this.wi.SetBboxChanged();
        }
    }
    isValueValid(value) {
        if (value == null || value === "") {
            return false;
        }
        return true;
    }
    setValue(value) {
        value = !!value;
        value = value ? 1 : 0;
        if (this.value != value) {
            this.value = value;
            this.setFrameAnim(this.state);
            this.setColor(this.state);
        }
    }
}
;
globalThis.aekiro_scrollViewManager = {
    scrollViews: {},
    add: function(inst) {
        this.scrollViews["l" + inst.GetWorldInfo().GetLayer().GetIndex()] = inst;
    },
    remove: function(inst) {
        for (var key in this.scrollViews) {
            if (this.scrollViews[key] == inst) {
                delete this.scrollViews[key];
            }
        }
    },
    isOverlaped: function(inst, x, y) {
        var n = inst.GetRuntime().GetMainRunningLayout().GetLayerCount();
        var scrollView;
        var isOverlaped = false;
        for (var i = inst.GetWorldInfo().GetLayer().GetIndex() + 1, l = n; i < l; i++) {
            scrollView = this.scrollViews["l" + i];
            if (scrollView) {
                if (!scrollView.GetWorldInfo().GetLayer().IsVisible()) {
                    continue;
                }
                if (scrollView.GetWorldInfo().ContainsPoint(x, y)) {
                    isOverlaped = true;
                    break;
                }
            }
        }
        return isOverlaped;
    }
};
globalThis.aekiro_dialogManager = {
    currentDialogs: [],
    addDialog: function(inst) {
        this.currentDialogs.push(inst);
    },
    removeDialog: function(inst) {
        var i = this.currentDialogs.indexOf(inst);
        if (i != -1) {
            this.currentDialogs.splice(i, 1);
        }
    },
    isDialogOpened: function() {
        return this.currentDialogs.length;
    },
    isModalDialogOpened: function() {
        for (var i = 0; i < this.currentDialogs.length; i++) {
            if (this.currentDialogs[i].GetUnsavedDataMap().aekiro_dialog.isModal) {
                return true;
            }
        }
        return false;
    },
    isInstanceUnder: function(layerIndex) {
        for (var i = 0, l = this.currentDialogs.length; i < l; i++) {
            if (layerIndex < this.currentDialogs[i].GetWorldInfo().GetLayer().GetIndex()) {
                return true;
            }
        }
        return false;
    }
};
"use strict";
{
    C3.Plugins.aekiro_proui.Cnds = {
        IsDialogOpened() {
            return globalThis.aekiro_dialogManager.isDialogOpened();
        },
        OnAnyButtonClicked() {
            return true;
        }
    };
}
"use strict";
{
    C3.Plugins.aekiro_proui.Acts = {
        SetInputIgnored(state) {
            this.ignoreInput = state;
        },
        Clone(json, layer, x, y, name, parentName) {
            json = JSON.parse(json);
            var inst = this.aekiro_goManager.clone(json, name, parentName, layer, x, y);
            inst.GetUnsavedDataMap().aekiro_gameobject.updateZindex();
        },
        SetUIAudioVolume(v) {
            this.setUIAudioVolume(v);
        },
        Init() {
            this.Initialise();
        }
    };
}
"use strict";
{
    C3.Plugins.aekiro_proui.Exps = {};
}
'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Touch = class TouchPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Touch.Type = class TouchType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
        GetScriptInterfaceClass() {
            return self.ITouchObjectType
        }
    }
    ;
    let touchObjectType = null;
    function GetTouchSdkInstance() {
        return touchObjectType.GetSingleGlobalInstance().GetSdkInstance()
    }
    self.ITouchObjectType = class ITouchObjectType extends self.IObjectClass {
        constructor(objectType) {
            super(objectType);
            touchObjectType = objectType;
            objectType.GetRuntime()._GetCommonScriptInterfaces().touch = this
        }
        requestPermission(type) {
            const touchInst = GetTouchSdkInstance();
            if (type === "orientation")
                return touchInst._RequestPermission(0);
            else if (type === "motion")
                return touchInst._RequestPermission(1);
            else
                throw new Error("invalid type");
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const DOM_COMPONENT_ID = "touch";
    C3.Plugins.Touch.Instance = class TouchInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst, DOM_COMPONENT_ID);
            this._touches = new Map;
            this._useMouseInput = false;
            this._isMouseDown = false;
            this._orientCompassHeading = 0;
            this._orientAlpha = 0;
            this._orientBeta = 0;
            this._orientGamma = 0;
            this._accX = 0;
            this._accY = 0;
            this._accZ = 0;
            this._accWithGX = 0;
            this._accWithGY = 0;
            this._accWithGZ = 0;
            this._triggerIndex = 0;
            this._triggerId = 0;
            this._triggerPermission = 0;
            this._curTouchX = 0;
            this._curTouchY = 0;
            this._getTouchIndex = 0;
            this._permissionPromises = [];
            if (properties)
                this._useMouseInput = properties[0];
            this.AddDOMMessageHandler("permission-result", e=>this._OnPermissionResult(e));
            const rt = this.GetRuntime().Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "pointerdown", e=>this._OnPointerDown(e.data)),C3.Disposable.From(rt, "pointermove", e=>this._OnPointerMove(e.data)),C3.Disposable.From(rt, "pointerup", e=>this._OnPointerUp(e.data, false)),C3.Disposable.From(rt, "pointercancel", e=>this._OnPointerUp(e.data, true)),C3.Disposable.From(rt, "deviceorientation", e=>this._OnDeviceOrientation(e.data)),C3.Disposable.From(rt, "deviceorientationabsolute", e=>this._OnDeviceOrientationAbsolute(e.data)),C3.Disposable.From(rt, "devicemotion", e=>this._OnDeviceMotion(e.data)),C3.Disposable.From(rt, "tick2", e=>this._OnTick2()))
        }
        Release() {
            this._touches.clear();
            super.Release()
        }
        _OnPointerDown(e) {
            if (e["pointerType"] === "mouse")
                if (this._useMouseInput)
                    this._isMouseDown = true;
                else
                    return;
            const pointerId = e["pointerId"];
            if (this._touches.has(pointerId))
                return;
            const x = e["pageX"] - this._runtime.GetCanvasClientX();
            const y = e["pageY"] - this._runtime.GetCanvasClientY();
            const nowTime = e["timeStamp"];
            const index = this._touches.size;
            this._triggerIndex = index;
            this._triggerId = pointerId;
            const touchInfo = C3.New(C3.Plugins.Touch.TouchInfo);
            touchInfo.Init(nowTime, x, y, pointerId, index);
            this._touches.set(pointerId, touchInfo);
            this.Trigger(C3.Plugins.Touch.Cnds.OnNthTouchStart);
            this.Trigger(C3.Plugins.Touch.Cnds.OnTouchStart);
            this._curTouchX = x;
            this._curTouchY = y;
            this.Trigger(C3.Plugins.Touch.Cnds.OnTouchObject)
        }
        _OnPointerMove(e) {
            if (e["pointerType"] === "mouse" && !this._isMouseDown)
                return;
            const touchInfo = this._touches.get(e["pointerId"]);
            if (!touchInfo)
                return;
            const nowTime = e["timeStamp"];
            if (nowTime - touchInfo.GetTime() < 2)
                return;
            const x = e["pageX"] - this._runtime.GetCanvasClientX();
            const y = e["pageY"] - this._runtime.GetCanvasClientY();
            touchInfo.Update(nowTime, x, y, e["width"], e["height"], e["pressure"])
        }
        _OnPointerUp(e, isCancel) {
            if (e["pointerType"] === "mouse")
                if (this._isMouseDown)
                    this._isMouseDown = false;
                else
                    return;
            const nowTime = e["timeStamp"];
            const pointerId = e["pointerId"];
            const touchInfo = this._touches.get(pointerId);
            if (!touchInfo)
                return;
            this._triggerIndex = touchInfo.GetStartIndex();
            this._triggerId = touchInfo.GetId();
            this.Trigger(C3.Plugins.Touch.Cnds.OnNthTouchEnd);
            this.Trigger(C3.Plugins.Touch.Cnds.OnTouchEnd);
            if (!isCancel) {
                const tap = touchInfo.ShouldTriggerTap(nowTime);
                if (tap === "single-tap") {
                    this.Trigger(C3.Plugins.Touch.Cnds.OnTapGesture);
                    this._curTouchX = touchInfo.GetX();
                    this._curTouchY = touchInfo.GetY();
                    this.Trigger(C3.Plugins.Touch.Cnds.OnTapGestureObject)
                } else if (tap === "double-tap") {
                    this.Trigger(C3.Plugins.Touch.Cnds.OnDoubleTapGesture);
                    this._curTouchX = touchInfo.GetX();
                    this._curTouchY = touchInfo.GetY();
                    this.Trigger(C3.Plugins.Touch.Cnds.OnDoubleTapGestureObject)
                }
            }
            touchInfo.Release();
            this._touches.delete(pointerId)
        }
        _RequestPermission(type) {
            this._PostToDOMMaybeSync("request-permission", {
                "type": type
            });
            return new Promise((resolve,reject)=>{
                this._permissionPromises.push({
                    type,
                    resolve,
                    reject
                })
            }
            )
        }
        _OnPermissionResult(e) {
            const isGranted = e["result"];
            const type = e["type"];
            this._triggerPermission = type;
            const toResolve = this._permissionPromises.filter(o=>o.type === type);
            for (const o of toResolve)
                o.resolve(isGranted ? "granted" : "denied");
            this._permissionPromises = this._permissionPromises.filter(o=>o.type !== type);
            if (isGranted) {
                this.Trigger(C3.Plugins.Touch.Cnds.OnPermissionGranted);
                if (type === 0)
                    this._runtime.RequestDeviceOrientationEvent();
                else
                    this._runtime.RequestDeviceMotionEvent()
            } else
                this.Trigger(C3.Plugins.Touch.Cnds.OnPermissionDenied)
        }
        _OnDeviceOrientation(e) {
            if (typeof e["webkitCompassHeading"] === "number")
                this._orientCompassHeading = e["webkitCompassHeading"];
            else if (e["absolute"])
                this._orientCompassHeading = e["alpha"];
            this._orientAlpha = e["alpha"];
            this._orientBeta = e["beta"];
            this._orientGamma = e["gamma"]
        }
        _OnDeviceOrientationAbsolute(e) {
            this._orientCompassHeading = e["alpha"]
        }
        _OnDeviceMotion(e) {
            const acc = e["acceleration"];
            if (acc) {
                this._accX = acc["x"];
                this._accY = acc["y"];
                this._accZ = acc["z"]
            }
            const withG = e["accelerationIncludingGravity"];
            if (withG) {
                this._accWithGX = withG["x"];
                this._accWithGY = withG["y"];
                this._accWithGZ = withG["z"]
            }
        }
        _OnTick2() {
            const nowTime = performance.now();
            let index = 0;
            for (const touchInfo of this._touches.values()) {
                if (touchInfo.GetTime() <= nowTime - 50)
                    touchInfo._SetLastTime(nowTime);
                if (touchInfo.ShouldTriggerHold(nowTime)) {
                    this._triggerIndex = touchInfo.GetStartIndex();
                    this._triggerId = touchInfo.GetId();
                    this._getTouchIndex = index;
                    this.Trigger(C3.Plugins.Touch.Cnds.OnHoldGesture);
                    this._curTouchX = touchInfo.GetX();
                    this._curTouchY = touchInfo.GetY();
                    this.Trigger(C3.Plugins.Touch.Cnds.OnHoldGestureObject);
                    this._getTouchIndex = 0
                }
                ++index
            }
        }
        _GetTouchByIndex(index) {
            index = Math.floor(index);
            for (const touchInfo of this._touches.values()) {
                if (index === 0)
                    return touchInfo;
                --index
            }
            return null
        }
        _IsClientPosOnCanvas(touchX, touchY) {
            return touchX >= 0 && touchY >= 0 && touchX < this._runtime.GetCanvasCssWidth() && touchY < this._runtime.GetCanvasCssHeight()
        }
        GetDebuggerProperties() {
            const prefix = "plugins.touch.debugger";
            return [{
                title: prefix + ".touches",
                properties: [...this._touches.values()].map(ti=>({
                    name: "$" + ti.GetId(),
                    value: ti.GetX() + ", " + ti.GetY()
                }))
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempArr = [];
    C3.Plugins.Touch.Cnds = {
        OnTouchStart() {
            return true
        },
        OnTouchEnd() {
            return true
        },
        IsInTouch() {
            return this._touches.size > 0
        },
        OnTouchObject(objectClass) {
            if (!objectClass)
                return false;
            if (!this._IsClientPosOnCanvas(this._curTouchX, this._curTouchY))
                return false;
            return this._runtime.GetCollisionEngine().TestAndSelectCanvasPointOverlap(objectClass, this._curTouchX, this._curTouchY, false)
        },
        IsTouchingObject(objectClass) {
            if (!objectClass)
                return false;
            const sol = objectClass.GetCurrentSol();
            const instances = sol.GetInstances();
            for (const inst of instances) {
                const wi = inst.GetWorldInfo();
                const layer = wi.GetLayer();
                for (const touchInfo of this._touches.values()) {
                    if (!this._IsClientPosOnCanvas(touchInfo.GetX(), touchInfo.GetY()))
                        continue;
                    const [px,py] = layer.CanvasCssToLayer(touchInfo.GetX(), touchInfo.GetY(), wi.GetTotalZElevation());
                    if (wi.ContainsPoint(px, py)) {
                        tempArr.push(inst);
                        break
                    }
                }
            }
            if (tempArr.length) {
                sol.SetArrayPicked(tempArr);
                objectClass.ApplySolToContainer();
                C3.clearArray(tempArr);
                return true
            } else
                return false
        },
        CompareTouchSpeed(index, cmp, s) {
            const touchInfo = this._GetTouchByIndex(index);
            if (!touchInfo)
                return false;
            return C3.compare(touchInfo.GetSpeed(), cmp, s)
        },
        OrientationSupported() {
            return true
        },
        MotionSupported() {
            return true
        },
        CompareOrientation(orientation, cmp, a) {
            this._runtime.RequestDeviceOrientationEvent();
            let v = 0;
            if (orientation === 0)
                v = this._orientAlpha;
            else if (orientation === 1)
                v = this._orientBeta;
            else
                v = this._orientGamma;
            return C3.compare(v, cmp, a)
        },
        CompareAcceleration(a, cmp, x) {
            this._runtime.RequestDeviceMotionEvent();
            let v = 0;
            if (a === 0)
                v = this._accWithGX;
            else if (a === 1)
                v = this._accWithGY;
            else if (a === 2)
                v = this._accWithGZ;
            else if (a === 3)
                v = this._accX;
            else if (a === 4)
                v = this._accY;
            else
                v = this._accZ;
            return C3.compare(v, cmp, x)
        },
        OnNthTouchStart(index) {
            index = Math.floor(index);
            return index === this._triggerIndex
        },
        OnNthTouchEnd(index) {
            index = Math.floor(index);
            return index === this._triggerIndex
        },
        HasNthTouch(index) {
            index = Math.floor(index);
            return this._touches.size >= index + 1
        },
        OnHoldGesture() {
            return true
        },
        OnTapGesture() {
            return true
        },
        OnDoubleTapGesture() {
            return true
        },
        OnHoldGestureObject(objectClass) {
            if (!objectClass)
                return false;
            if (!this._IsClientPosOnCanvas(this._curTouchX, this._curTouchY))
                return false;
            return this._runtime.GetCollisionEngine().TestAndSelectCanvasPointOverlap(objectClass, this._curTouchX, this._curTouchY, false)
        },
        OnTapGestureObject(objectClass) {
            if (!objectClass)
                return false;
            if (!this._IsClientPosOnCanvas(this._curTouchX, this._curTouchY))
                return false;
            return this._runtime.GetCollisionEngine().TestAndSelectCanvasPointOverlap(objectClass, this._curTouchX, this._curTouchY, false)
        },
        OnDoubleTapGestureObject(objectClass) {
            if (!objectClass)
                return false;
            if (!this._IsClientPosOnCanvas(this._curTouchX, this._curTouchY))
                return false;
            return this._runtime.GetCollisionEngine().TestAndSelectCanvasPointOverlap(objectClass, this._curTouchX, this._curTouchY, false)
        },
        OnPermissionGranted(type) {
            return this._triggerPermission === type
        },
        OnPermissionDenied(type) {
            return this._triggerPermission === type
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Touch.Acts = {
        RequestPermission(type) {
            this._RequestPermission(type)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Touch.Exps = {
        TouchCount() {
            return this._touches.size
        },
        X(layerParam) {
            const touchInfo = this._GetTouchByIndex(this._getTouchIndex);
            if (!touchInfo)
                return 0;
            return touchInfo.GetPositionForLayer(this._runtime.GetCurrentLayout(), layerParam, true)
        },
        Y(layerParam) {
            const touchInfo = this._GetTouchByIndex(this._getTouchIndex);
            if (!touchInfo)
                return 0;
            return touchInfo.GetPositionForLayer(this._runtime.GetCurrentLayout(), layerParam, false)
        },
        XAt(index, layerParam) {
            const touchInfo = this._GetTouchByIndex(index);
            if (!touchInfo)
                return 0;
            return touchInfo.GetPositionForLayer(this._runtime.GetCurrentLayout(), layerParam, true)
        },
        YAt(index, layerParam) {
            const touchInfo = this._GetTouchByIndex(index);
            if (!touchInfo)
                return 0;
            return touchInfo.GetPositionForLayer(this._runtime.GetCurrentLayout(), layerParam, false)
        },
        XForID(id, layerParam) {
            const touchInfo = this._touches.get(id);
            if (!touchInfo)
                return 0;
            return touchInfo.GetPositionForLayer(this._runtime.GetCurrentLayout(), layerParam, true)
        },
        YForID(id, layerParam) {
            const touchInfo = this._touches.get(id);
            if (!touchInfo)
                return 0;
            return touchInfo.GetPositionForLayer(this._runtime.GetCurrentLayout(), layerParam, false)
        },
        AbsoluteX() {
            const touchInfo = this._GetTouchByIndex(0);
            if (touchInfo)
                return touchInfo.GetX();
            else
                return 0
        },
        AbsoluteY() {
            const touchInfo = this._GetTouchByIndex(0);
            if (touchInfo)
                return touchInfo.GetY();
            else
                return 0
        },
        AbsoluteXAt(index) {
            const touchInfo = this._GetTouchByIndex(index);
            if (touchInfo)
                return touchInfo.GetX();
            else
                return 0
        },
        AbsoluteYAt(index) {
            const touchInfo = this._GetTouchByIndex(index);
            if (touchInfo)
                return touchInfo.GetY();
            else
                return 0
        },
        AbsoluteXForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return touchInfo.GetX();
            else
                return 0
        },
        AbsoluteYForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return touchInfo.GetY();
            else
                return 0
        },
        SpeedAt(index) {
            const touchInfo = this._GetTouchByIndex(index);
            if (touchInfo)
                return touchInfo.GetSpeed();
            else
                return 0
        },
        SpeedForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return touchInfo.GetSpeed();
            else
                return 0
        },
        AngleAt(index) {
            const touchInfo = this._GetTouchByIndex(index);
            if (touchInfo)
                return C3.toDegrees(touchInfo.GetAngle());
            else
                return 0
        },
        AngleForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return C3.toDegrees(touchInfo.GetAngle());
            else
                return 0
        },
        CompassHeading() {
            this._runtime.RequestDeviceOrientationEvent();
            return this._orientCompassHeading
        },
        Alpha() {
            this._runtime.RequestDeviceOrientationEvent();
            return this._orientAlpha
        },
        Beta() {
            this._runtime.RequestDeviceOrientationEvent();
            return this._orientBeta
        },
        Gamma() {
            this._runtime.RequestDeviceOrientationEvent();
            return this._orientGamma
        },
        AccelerationXWithG() {
            this._runtime.RequestDeviceMotionEvent();
            return this._accWithGX
        },
        AccelerationYWithG() {
            this._runtime.RequestDeviceMotionEvent();
            return this._accWithGY
        },
        AccelerationZWithG() {
            this._runtime.RequestDeviceMotionEvent();
            return this._accWithGZ
        },
        AccelerationX() {
            this._runtime.RequestDeviceMotionEvent();
            return this._accX
        },
        AccelerationY() {
            this._runtime.RequestDeviceMotionEvent();
            return this._accY
        },
        AccelerationZ() {
            this._runtime.RequestDeviceMotionEvent();
            return this._accZ
        },
        TouchIndex() {
            return this._triggerIndex
        },
        TouchID() {
            return this._triggerId
        },
        WidthForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return touchInfo.GetWidth();
            else
                return 0
        },
        HeightForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return touchInfo.GetHeight();
            else
                return 0
        },
        PressureForID(id) {
            const touchInfo = this._touches.get(id);
            if (touchInfo)
                return touchInfo.GetPressure();
            else
                return 0
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const GESTURE_HOLD_THRESHOLD = 15;
    const GESTURE_HOLD_TIMEOUT = 500;
    const GESTURE_TAP_TIMEOUT = 333;
    const GESTURE_DOUBLETAP_THRESHOLD = 25;
    let lastTapX = -1E3;
    let lastTapY = -1E3;
    let lastTapTime = -1E4;
    C3.Plugins.Touch.TouchInfo = class TouchInfo extends C3.DefendedBase {
        constructor() {
            super();
            this._pointerId = 0;
            this._startIndex = 0;
            this._startTime = 0;
            this._time = 0;
            this._lastTime = 0;
            this._startX = 0;
            this._startY = 0;
            this._x = 0;
            this._y = 0;
            this._lastX = 0;
            this._lastY = 0;
            this._width = 0;
            this._height = 0;
            this._pressure = 0;
            this._hasTriggeredHold = false;
            this._isTooFarForHold = false
        }
        Release() {}
        Init(nowTime, x, y, id, index) {
            this._pointerId = id;
            this._startIndex = index;
            this._time = nowTime;
            this._lastTime = nowTime;
            this._startTime = nowTime;
            this._startX = x;
            this._startY = y;
            this._x = x;
            this._y = y;
            this._lastX = x;
            this._lastY = y
        }
        Update(nowTime, x, y, width, height, pressure) {
            this._lastTime = this._time;
            this._time = nowTime;
            this._lastX = this._x;
            this._lastY = this._y;
            this._x = x;
            this._y = y;
            this._width = width;
            this._height = height;
            this._pressure = pressure;
            if (!this._isTooFarForHold && C3.distanceTo(this._startX, this._startY, this._x, this._y) >= GESTURE_HOLD_THRESHOLD)
                this._isTooFarForHold = true
        }
        GetId() {
            return this._pointerId
        }
        GetStartIndex() {
            return this._startIndex
        }
        GetTime() {
            return this._time
        }
        _SetLastTime(t) {
            this._lastTime = t
        }
        GetX() {
            return this._x
        }
        GetY() {
            return this._y
        }
        GetSpeed() {
            const dist = C3.distanceTo(this._x, this._y, this._lastX, this._lastY);
            const dt = (this._time - this._lastTime) / 1E3;
            if (dt > 0)
                return dist / dt;
            else
                return 0
        }
        GetAngle() {
            return C3.angleTo(this._lastX, this._lastY, this._x, this._y)
        }
        GetWidth() {
            return this._width
        }
        GetHeight() {
            return this._height
        }
        GetPressure() {
            return this._pressure
        }
        ShouldTriggerHold(nowTime) {
            if (this._hasTriggeredHold)
                return false;
            if (nowTime - this._startTime >= GESTURE_HOLD_TIMEOUT && !this._isTooFarForHold && C3.distanceTo(this._startX, this._startY, this._x, this._y) < GESTURE_HOLD_THRESHOLD) {
                this._hasTriggeredHold = true;
                return true
            }
            return false
        }
        ShouldTriggerTap(nowTime) {
            if (this._hasTriggeredHold)
                return "";
            if (nowTime - this._startTime <= GESTURE_TAP_TIMEOUT && !this._isTooFarForHold && C3.distanceTo(this._startX, this._startY, this._x, this._y) < GESTURE_HOLD_THRESHOLD)
                if (nowTime - lastTapTime <= GESTURE_TAP_TIMEOUT * 2 && C3.distanceTo(lastTapX, lastTapY, this._x, this._y) < GESTURE_DOUBLETAP_THRESHOLD) {
                    lastTapX = -1E3;
                    lastTapY = -1E3;
                    lastTapTime = -1E4;
                    return "double-tap"
                } else {
                    lastTapX = this._x;
                    lastTapY = this._y;
                    lastTapTime = nowTime;
                    return "single-tap"
                }
            return ""
        }
        GetPositionForLayer(layout, layerNameOrNumber, getx) {
            if (typeof layerNameOrNumber === "undefined") {
                const layer = layout.GetLayerByIndex(0);
                return layer.CanvasCssToLayer_DefaultTransform(this._x, this._y)[getx ? 0 : 1]
            } else {
                const layer = layout.GetLayer(layerNameOrNumber);
                if (layer)
                    return layer.CanvasCssToLayer(this._x, this._y)[getx ? 0 : 1];
                else
                    return 0
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Mouse = class MousePlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Mouse.Type = class MouseType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
        GetScriptInterfaceClass() {
            return self.IMouseObjectType
        }
    }
    ;
    let mouseObjectType = null;
    function GetMouseSdkInstance() {
        return mouseObjectType.GetSingleGlobalInstance().GetSdkInstance()
    }
    self.IMouseObjectType = class IMouseObjectType extends self.IObjectClass {
        constructor(objectType) {
            super(objectType);
            mouseObjectType = objectType;
            objectType.GetRuntime()._GetCommonScriptInterfaces().mouse = this
        }
        getMouseX(layerNameOrNumber) {
            return GetMouseSdkInstance().GetMousePositionForLayer(layerNameOrNumber)[0]
        }
        getMouseY(layerNameOrNumber) {
            return GetMouseSdkInstance().GetMousePositionForLayer(layerNameOrNumber)[1]
        }
        getMousePosition(layerNameOrNumber) {
            return GetMouseSdkInstance().GetMousePositionForLayer(layerNameOrNumber)
        }
        isMouseButtonDown(button) {
            return GetMouseSdkInstance().IsMouseButtonDown(button)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const DOM_COMPONENT_ID = "mouse";
    C3.Plugins.Mouse.Instance = class MouseInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst, DOM_COMPONENT_ID);
            this._buttonMap = [false, false, false];
            this._mouseXcanvas = 0;
            this._mouseYcanvas = 0;
            this._triggerButton = 0;
            this._triggerType = 0;
            this._triggerDir = 0;
            const rt = this.GetRuntime().Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "pointermove", e=>this._OnPointerMove(e.data)),C3.Disposable.From(rt, "pointerdown", e=>this._OnPointerDown(e.data)),C3.Disposable.From(rt, "pointerup", e=>this._OnPointerUp(e.data)),C3.Disposable.From(rt, "dblclick", e=>this._OnDoubleClick(e.data)),C3.Disposable.From(rt, "wheel", e=>this._OnMouseWheel(e.data)),C3.Disposable.From(rt, "window-blur", ()=>this._OnWindowBlur()))
        }
        Release() {
            super.Release()
        }
        _OnPointerDown(e) {
            if (e["pointerType"] !== "mouse")
                return;
            this._mouseXcanvas = e["pageX"] - this._runtime.GetCanvasClientX();
            this._mouseYcanvas = e["pageY"] - this._runtime.GetCanvasClientY();
            this._CheckButtonChanges(e["lastButtons"], e["buttons"])
        }
        _OnPointerMove(e) {
            if (e["pointerType"] !== "mouse")
                return;
            this._mouseXcanvas = e["pageX"] - this._runtime.GetCanvasClientX();
            this._mouseYcanvas = e["pageY"] - this._runtime.GetCanvasClientY();
            this._CheckButtonChanges(e["lastButtons"], e["buttons"])
        }
        _OnPointerUp(e) {
            if (e["pointerType"] !== "mouse")
                return;
            this._CheckButtonChanges(e["lastButtons"], e["buttons"])
        }
        _CheckButtonChanges(lastButtons, buttons) {
            this._CheckButtonChange(lastButtons, buttons, 1, 0);
            this._CheckButtonChange(lastButtons, buttons, 4, 1);
            this._CheckButtonChange(lastButtons, buttons, 2, 2)
        }
        _CheckButtonChange(lastButtons, buttons, checkButtonFlag, resultButton) {
            if (!(lastButtons & checkButtonFlag) && buttons & checkButtonFlag)
                this._OnMouseDown(resultButton);
            else if (lastButtons & checkButtonFlag && !(buttons & checkButtonFlag))
                this._OnMouseUp(resultButton)
        }
        _OnMouseDown(button) {
            this._buttonMap[button] = true;
            this.Trigger(C3.Plugins.Mouse.Cnds.OnAnyClick);
            this._triggerButton = button;
            this._triggerType = 0;
            this.Trigger(C3.Plugins.Mouse.Cnds.OnClick);
            this.Trigger(C3.Plugins.Mouse.Cnds.OnObjectClicked)
        }
        _OnMouseUp(button) {
            if (!this._buttonMap[button])
                return;
            this._buttonMap[button] = false;
            this._triggerButton = button;
            this.Trigger(C3.Plugins.Mouse.Cnds.OnRelease)
        }
        _OnDoubleClick(e) {
            this._triggerButton = e["button"];
            this._triggerType = 1;
            this.Trigger(C3.Plugins.Mouse.Cnds.OnClick);
            this.Trigger(C3.Plugins.Mouse.Cnds.OnObjectClicked)
        }
        _OnMouseWheel(e) {
            this._triggerDir = e["deltaY"] < 0 ? 1 : 0;
            this.Trigger(C3.Plugins.Mouse.Cnds.OnWheel)
        }
        _OnWindowBlur() {
            for (let i = 0, len = this._buttonMap.length; i < len; ++i) {
                if (!this._buttonMap[i])
                    return;
                this._buttonMap[i] = false;
                this._triggerButton = i;
                this.Trigger(C3.Plugins.Mouse.Cnds.OnRelease)
            }
        }
        GetMousePositionForLayer(layerNameOrNumber) {
            const layout = this._runtime.GetMainRunningLayout();
            const x = this._mouseXcanvas;
            const y = this._mouseYcanvas;
            if (typeof layerNameOrNumber === "undefined") {
                const layer = layout.GetLayerByIndex(0);
                return layer.CanvasCssToLayer_DefaultTransform(x, y)
            } else {
                const layer = layout.GetLayer(layerNameOrNumber);
                if (layer)
                    return layer.CanvasCssToLayer(x, y);
                else
                    return [0, 0]
            }
        }
        IsMouseButtonDown(button) {
            button = Math.floor(button);
            return !!this._buttonMap[button]
        }
        _IsMouseOverCanvas() {
            return this._mouseXcanvas >= 0 && this._mouseYcanvas >= 0 && this._mouseXcanvas < this._runtime.GetCanvasCssWidth() && this._mouseYcanvas < this._runtime.GetCanvasCssHeight()
        }
        GetDebuggerProperties() {
            const prefix = "plugins.mouse";
            return [{
                title: prefix + ".name",
                properties: [{
                    name: prefix + ".debugger.absolute-position",
                    value: this._mouseXcanvas + "," + this._mouseYcanvas
                }, {
                    name: prefix + ".debugger.left-button",
                    value: this._buttonMap[0]
                }, {
                    name: prefix + ".debugger.middle-button",
                    value: this._buttonMap[1]
                }, {
                    name: prefix + ".debugger.right-button",
                    value: this._buttonMap[2]
                }]
            }, {
                title: prefix + ".debugger.position-on-each-layer",
                properties: this._runtime.GetMainRunningLayout().GetLayers().map(layer=>({
                    name: "$" + layer.GetName(),
                    value: layer.CanvasCssToLayer(this._mouseXcanvas, this._mouseYcanvas).join(", ")
                }))
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Mouse.Cnds = {
        OnClick(button, type) {
            return this._triggerButton === button && this._triggerType === type
        },
        OnAnyClick() {
            return true
        },
        IsButtonDown(button) {
            return this._buttonMap[button]
        },
        OnRelease(button) {
            return this._triggerButton === button
        },
        IsOverObject(objectClass) {
            if (!this._IsMouseOverCanvas())
                return false;
            const cnd = this._runtime.GetCurrentCondition();
            const isInverted = cnd.IsInverted();
            const mx = this._mouseXcanvas;
            const my = this._mouseYcanvas;
            return C3.xor(this._runtime.GetCollisionEngine().TestAndSelectCanvasPointOverlap(objectClass, mx, my, isInverted), isInverted)
        },
        OnObjectClicked(button, type, objectClass) {
            if (button !== this._triggerButton || type !== this._triggerType)
                return false;
            if (!this._IsMouseOverCanvas())
                return false;
            const mx = this._mouseXcanvas;
            const my = this._mouseYcanvas;
            return this._runtime.GetCollisionEngine().TestAndSelectCanvasPointOverlap(objectClass, mx, my, false)
        },
        OnWheel(dir) {
            return this._triggerDir === dir
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    let lastSetCursor = null;
    const CURSOR_STYLES = ["auto", "pointer", "text", "crosshair", "move", "help", "wait", "none"];
    C3.Plugins.Mouse.Acts = {
        SetCursor(c) {
            const cursorStyle = CURSOR_STYLES[c];
            if (lastSetCursor === cursorStyle)
                return;
            lastSetCursor = cursorStyle;
            this.PostToDOM("cursor", cursorStyle)
        },
        SetCursorSprite(objectClass) {
            if (C3.Platform.IsMobile || !objectClass)
                return;
            const inst = objectClass.GetFirstPicked();
            if (!inst)
                return;
            const wi = inst.GetWorldInfo();
            const imageInfo = inst.GetCurrentImageInfo();
            if (!wi || !imageInfo)
                return;
            if (lastSetCursor === imageInfo)
                return;
            lastSetCursor = imageInfo;
            imageInfo.ExtractImageToCanvas().then(canvas=>C3.CanvasToBlob(canvas)).then(blob=>{
                const url = URL.createObjectURL(blob);
                const cursorStyle = `url(${url}) ${Math.round(wi.GetOriginX() * imageInfo.GetWidth())} ${Math.round(wi.GetOriginY() * imageInfo.GetHeight())}, auto`;
                this.PostToDOM("cursor", "");
                this.PostToDOM("cursor", cursorStyle)
            }
            )
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Mouse.Exps = {
        X(layerParam) {
            return this.GetMousePositionForLayer(layerParam)[0]
        },
        Y(layerParam) {
            return this.GetMousePositionForLayer(layerParam)[1]
        },
        AbsoluteX() {
            return this._mouseXcanvas
        },
        AbsoluteY() {
            return this._mouseYcanvas
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Keyboard = class KeyboardPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Keyboard.Type = class KeyboardType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
        GetScriptInterfaceClass() {
            return self.IKeyboardObjectType
        }
    }
    ;
    let keyboardObjectType = null;
    function GetKeyboardSdkInstance() {
        return keyboardObjectType.GetSingleGlobalInstance().GetSdkInstance()
    }
    self.IKeyboardObjectType = class IKeyboardObjectType extends self.IObjectClass {
        constructor(objectType) {
            super(objectType);
            keyboardObjectType = objectType;
            objectType.GetRuntime()._GetCommonScriptInterfaces().keyboard = this
        }
        isKeyDown(keyOrCode) {
            const keyboardInst = GetKeyboardSdkInstance();
            if (typeof keyOrCode === "string")
                return keyboardInst.IsKeyDown(keyOrCode);
            else if (typeof keyOrCode === "number")
                return keyboardInst.IsKeyCodeDown(keyOrCode);
            else
                throw new TypeError("expected string or number");
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Keyboard.Instance = class KeyboardInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._keysDownByString = new Set;
            this._keysDownByWhich = new Set;
            this._triggerWhich = 0;
            this._triggerString = "";
            this._triggerTypedKey = "";
            const rt = this.GetRuntime().Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "keydown", e=>this._OnKeyDown(e.data)),C3.Disposable.From(rt, "keyup", e=>this._OnKeyUp(e.data)),C3.Disposable.From(rt, "window-blur", ()=>this._OnWindowBlur()))
        }
        Release() {
            super.Release()
        }
        _OnKeyDown(e) {
            const which = e["which"];
            const keyString = e["code"] || which.toString();
            const typedKey = e["key"];
            if (this._keysDownByString.has(keyString))
                return;
            this._keysDownByString.add(keyString);
            this._keysDownByWhich.add(which);
            this._triggerString = keyString;
            this._triggerWhich = which;
            this._triggerTypedKey = typedKey;
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnAnyKey);
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnKey);
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnLeftRightKeyPressed);
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnKeyCode)
        }
        _OnKeyUp(e) {
            const which = e["which"];
            const keyString = e["code"] || which.toString();
            const typedKey = e["key"];
            this._keysDownByString.delete(keyString);
            this._keysDownByWhich.delete(which);
            this._triggerString = keyString;
            this._triggerWhich = which;
            this._triggerTypedKey = typedKey;
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnAnyKeyReleased);
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnKeyReleased);
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnLeftRightKeyReleased);
            this.Trigger(C3.Plugins.Keyboard.Cnds.OnKeyCodeReleased)
        }
        _OnWindowBlur() {
            for (const which of this._keysDownByWhich) {
                this._keysDownByWhich.delete(which);
                this._triggerWhich = which;
                this.Trigger(C3.Plugins.Keyboard.Cnds.OnAnyKeyReleased);
                this.Trigger(C3.Plugins.Keyboard.Cnds.OnKeyReleased);
                this.Trigger(C3.Plugins.Keyboard.Cnds.OnKeyCodeReleased)
            }
            this._keysDownByString.clear()
        }
        IsKeyDown(str) {
            return this._keysDownByString.has(str)
        }
        IsKeyCodeDown(which) {
            return this._keysDownByWhich.has(which)
        }
        SaveToJson() {
            return {
                "tk": this._triggerWhich,
                "tkk": this._triggerTypedKey
            }
        }
        LoadFromJson(o) {
            this._triggerWhich = o["tk"];
            if (o.hasOwnProperty("tkk"))
                this._triggerTypedKey = o["tkk"]
        }
        GetDebuggerProperties() {
            const prefix = "plugins.keyboard";
            return [{
                title: prefix + ".name",
                properties: [{
                    name: prefix + ".debugger.last-key-code",
                    value: this._triggerWhich
                }, {
                    name: prefix + ".debugger.last-key-string",
                    value: C3.Plugins.Keyboard.Exps.StringFromKeyCode(this._triggerWhich)
                }, {
                    name: prefix + ".debugger.last-typed-key",
                    value: this._triggerTypedKey
                }]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const LEFTRIGHT_KEY_STRINGS = ["ShiftLeft", "ShiftRight", "ControlLeft", "ControlRight", "AltLeft", "AltRight", "MetaLeft", "MetaRight"];
    C3.Plugins.Keyboard.Cnds = {
        IsKeyDown(which) {
            return this._keysDownByWhich.has(which)
        },
        OnKey(which) {
            return this._triggerWhich === which
        },
        OnAnyKey() {
            return true
        },
        OnAnyKeyReleased() {
            return true
        },
        OnKeyReleased(which) {
            return this._triggerWhich === which
        },
        IsKeyCodeDown(which) {
            which = Math.floor(which);
            return this._keysDownByWhich.has(which)
        },
        OnKeyCode(which) {
            return this._triggerWhich === which
        },
        OnKeyCodeReleased(which) {
            return this._triggerWhich === which
        },
        OnLeftRightKeyPressed(index) {
            const keyString = LEFTRIGHT_KEY_STRINGS[index];
            return this._triggerString === keyString
        },
        OnLeftRightKeyReleased(index) {
            const keyString = LEFTRIGHT_KEY_STRINGS[index];
            return this._triggerString === keyString
        },
        IsLeftRightKeyDown(index) {
            const keyString = LEFTRIGHT_KEY_STRINGS[index];
            return this._keysDownByString.has(keyString)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Keyboard.Acts = {}
}
;'use strict';
{
    const C3 = self.C3;
    function StringFromCharCode(kc) {
        kc = Math.floor(kc);
        switch (kc) {
        case 8:
            return "backspace";
        case 9:
            return "tab";
        case 13:
            return "enter";
        case 16:
            return "shift";
        case 17:
            return "control";
        case 18:
            return "alt";
        case 19:
            return "pause";
        case 20:
            return "capslock";
        case 27:
            return "esc";
        case 33:
            return "pageup";
        case 34:
            return "pagedown";
        case 35:
            return "end";
        case 36:
            return "home";
        case 37:
            return "\u2190";
        case 38:
            return "\u2191";
        case 39:
            return "\u2192";
        case 40:
            return "\u2193";
        case 45:
            return "insert";
        case 46:
            return "del";
        case 91:
            return "left window key";
        case 92:
            return "right window key";
        case 93:
            return "select";
        case 96:
            return "numpad 0";
        case 97:
            return "numpad 1";
        case 98:
            return "numpad 2";
        case 99:
            return "numpad 3";
        case 100:
            return "numpad 4";
        case 101:
            return "numpad 5";
        case 102:
            return "numpad 6";
        case 103:
            return "numpad 7";
        case 104:
            return "numpad 8";
        case 105:
            return "numpad 9";
        case 106:
            return "numpad *";
        case 107:
            return "numpad +";
        case 109:
            return "numpad -";
        case 110:
            return "numpad .";
        case 111:
            return "numpad /";
        case 112:
            return "F1";
        case 113:
            return "F2";
        case 114:
            return "F3";
        case 115:
            return "F4";
        case 116:
            return "F5";
        case 117:
            return "F6";
        case 118:
            return "F7";
        case 119:
            return "F8";
        case 120:
            return "F9";
        case 121:
            return "F10";
        case 122:
            return "F11";
        case 123:
            return "F12";
        case 144:
            return "numlock";
        case 145:
            return "scroll lock";
        case 186:
            return ";";
        case 187:
            return "=";
        case 188:
            return ",";
        case 189:
            return "-";
        case 190:
            return ".";
        case 191:
            return "/";
        case 192:
            return "'";
        case 219:
            return "[";
        case 220:
            return "\\";
        case 221:
            return "]";
        case 222:
            return "#";
        case 223:
            return "`";
        default:
            return String.fromCharCode(kc)
        }
    }
    C3.Plugins.Keyboard.Exps = {
        LastKeyCode() {
            return this._triggerWhich
        },
        StringFromKeyCode(kc) {
            return StringFromCharCode(kc)
        },
        TypedKey() {
            return this._triggerTypedKey
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Browser = class BrowserPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Browser.Type = class BrowserType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const DOM_COMPONENT_ID = "browser";
    C3.Plugins.Browser.Instance = class BrowserInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst, DOM_COMPONENT_ID);
            this._initLocationStr = "";
            this._isOnline = false;
            this._referrer = "";
            this._docTitle = "";
            this._isCookieEnabled = false;
            this._screenWidth = 0;
            this._screenHeight = 0;
            this._windowOuterWidth = 0;
            this._windowOuterHeight = 0;
            this._isScirraArcade = false;
            this.AddDOMMessageHandlers([["online-state", e=>this._OnOnlineStateChanged(e)], ["backbutton", ()=>this._OnBackButton()], ["sw-message", e=>this._OnSWMessage(e)], ["hashchange", e=>this._OnHashChange(e)]]);
            const rt = this.GetRuntime().Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "afterfirstlayoutstart", ()=>this._OnAfterFirstLayoutStart()),C3.Disposable.From(rt, "window-resize", ()=>this._OnWindowResize()),C3.Disposable.From(rt, "suspend", ()=>this._OnSuspend()),C3.Disposable.From(rt, "resume", ()=>this._OnResume()));
            this._runtime.AddLoadPromise(this.PostToDOMAsync("get-initial-state", {
                "exportType": this._runtime.GetExportType()
            }).then(data=>{
                this._initLocationStr = data["location"];
                this._isOnline = data["isOnline"];
                this._referrer = data["referrer"];
                this._docTitle = data["title"];
                this._isCookieEnabled = data["isCookieEnabled"];
                this._screenWidth = data["screenWidth"];
                this._screenHeight = data["screenHeight"];
                this._windowOuterWidth = data["windowOuterWidth"];
                this._windowOuterHeight = data["windowOuterHeight"];
                this._isScirraArcade = data["isScirraArcade"]
            }
            ))
        }
        Release() {
            super.Release()
        }
        _OnAfterFirstLayoutStart() {
            this.PostToDOM("ready-for-sw-messages")
        }
        async _OnOnlineStateChanged(e) {
            const isOnline = !!e["isOnline"];
            if (this._isOnline === isOnline)
                return;
            this._isOnline = isOnline;
            if (this._isOnline)
                await this.TriggerAsync(C3.Plugins.Browser.Cnds.OnOnline);
            else
                await this.TriggerAsync(C3.Plugins.Browser.Cnds.OnOffline)
        }
        async _OnWindowResize() {
            await this.TriggerAsync(C3.Plugins.Browser.Cnds.OnResize)
        }
        _OnSuspend() {
            this.Trigger(C3.Plugins.Browser.Cnds.OnPageHidden)
        }
        _OnResume() {
            this.Trigger(C3.Plugins.Browser.Cnds.OnPageVisible)
        }
        async _OnBackButton() {
            await this.TriggerAsync(C3.Plugins.Browser.Cnds.OnBackButton)
        }
        _OnSWMessage(e) {
            const messageType = e["type"];
            if (messageType === "downloading-update")
                this.Trigger(C3.Plugins.Browser.Cnds.OnUpdateFound);
            else if (messageType === "update-ready" || messageType === "update-pending")
                this.Trigger(C3.Plugins.Browser.Cnds.OnUpdateReady);
            else if (messageType === "offline-ready")
                this.Trigger(C3.Plugins.Browser.Cnds.OnOfflineReady)
        }
        _OnHashChange(e) {
            this._initLocationStr = e["location"];
            this.Trigger(C3.Plugins.Browser.Cnds.OnHashChange)
        }
        GetDebuggerProperties() {
            const prefix = "plugins.browser.debugger";
            return [{
                title: "plugins.browser.name",
                properties: [{
                    name: prefix + ".user-agent",
                    value: navigator.userAgent
                }, {
                    name: prefix + ".is-online",
                    value: this._isOnline
                }, {
                    name: prefix + ".is-fullscreen",
                    value: this._runtime.GetCanvasManager().IsDocumentFullscreen()
                }]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Browser.Cnds = {
        IsOnline() {
            return this._isOnline
        },
        OnOnline() {
            return true
        },
        OnOffline() {
            return true
        },
        OnResize() {
            return true
        },
        CookiesEnabled() {
            return this._isCookieEnabled
        },
        IsFullscreen() {
            return this._runtime.GetCanvasManager().IsDocumentFullscreen()
        },
        OnBackButton() {
            return true
        },
        IsPortraitLandscape(p) {
            const lastInnerWidth = this._runtime.GetCanvasManager().GetLastWidth();
            const lastInnerHeight = this._runtime.GetCanvasManager().GetLastHeight();
            const current = lastInnerWidth <= lastInnerHeight ? 0 : 1;
            return current === p
        },
        OnUpdateFound() {
            return true
        },
        OnUpdateReady() {
            return true
        },
        OnOfflineReady() {
            return true
        },
        OnHashChange() {
            return true
        },
        PageVisible() {
            return !this._runtime.IsSuspended()
        },
        OnPageHidden() {
            return true
        },
        OnPageVisible() {
            return true
        },
        HasJava() {
            return false
        },
        IsDownloadingUpdate() {
            return false
        },
        OnMenuButton() {
            return false
        },
        OnSearchButton() {
            return false
        },
        IsMetered() {
            return false
        },
        IsCharging() {
            return true
        },
        SupportsFullscreen() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const ORIENTATIONS = ["portrait", "landscape", "portrait-primary", "portrait-secondary", "landscape-primary", "landscape-secondary"];
    C3.Plugins.Browser.Acts = {
        Alert(message) {
            this.PostToDOM("alert", {
                "message": message.toString()
            })
        },
        Close() {
            if (this._isScirraArcade)
                return;
            if (this._runtime.IsDebug())
                self.C3Debugger.CloseWindow();
            else
                this.PostToDOM("close")
        },
        Focus() {
            this.PostToDOM("set-focus", {
                "isFocus": true
            })
        },
        Blur() {
            this.PostToDOM("set-focus", {
                "isFocus": false
            })
        },
        GoBack() {
            if (this._isScirraArcade)
                return;
            this.PostToDOM("navigate", {
                "type": "back"
            })
        },
        GoForward() {
            if (this._isScirraArcade)
                return;
            this.PostToDOM("navigate", {
                "type": "forward"
            })
        },
        GoHome() {
            if (this._isScirraArcade)
                return;
            this.PostToDOM("navigate", {
                "type": "home"
            })
        },
        Reload() {
            if (this._isScirraArcade)
                return;
            if (this._runtime.IsDebug())
                this._runtime.PostToDebugger({
                    "type": "reload"
                });
            else
                this.PostToDOM("navigate", {
                    "type": "reload"
                })
        },
        GoToURL(url, target) {
            this._PostToDOMMaybeSync("navigate", {
                "type": "url",
                "url": "?"+url,
                "target": target,
                "exportType": this._runtime.GetExportType()
            })
        },
        GoToURLWindow(url, tag) {
            this._PostToDOMMaybeSync("navigate", {
                "type": "new-window",
                "url": url,
                "tag": tag,
                "exportType": this._runtime.GetExportType()
            })
        },
        RequestFullScreen(mode, navUi) {
            if (mode >= 2)
                mode += 1;
            if (mode === 6)
                mode = 2;
            if (mode === 1)
                mode = 0;
            const modeStr = C3.CanvasManager._FullscreenModeNumberToString(mode);
            this._runtime.GetCanvasManager().SetDocumentFullscreenMode(modeStr);
            this._PostToDOMMaybeSync("request-fullscreen", {
                "navUI": navUi
            })
        },
        CancelFullScreen() {
            this._PostToDOMMaybeSync("exit-fullscreen")
        },
        Vibrate(pattern) {
            const arr = pattern.split(",");
            for (let i = 0, len = arr.length; i < len; ++i)
                arr[i] = parseInt(arr[i], 10);
            this._PostToDOMMaybeSync("vibrate", {
                "pattern": arr
            })
        },
        async InvokeDownload(url, filename) {
            if (!filename)
                return;
            const urlToDownload = await this._runtime.GetAssetManager().GetProjectFileUrl(url);
            this._runtime.InvokeDownload(urlToDownload, filename)
        },
        InvokeDownloadString(str, mimeType, filename) {
            if (!filename)
                return;
            const dataUri = `data:${mimeType},${encodeURIComponent(str)}`;
            this._runtime.InvokeDownload(dataUri, filename)
        },
        ConsoleLog(type, msg) {
            msg = msg.toString();
            if (type === 0)
                console.log(msg);
            else if (type === 1)
                console.warn(msg);
            else if (type === 2)
                console.error(msg)
        },
        ConsoleGroup(name) {
            console.group(name)
        },
        ConsoleGroupEnd() {
            console.groupEnd()
        },
        ExecJs(jsStr) {
            try {
                console.log("--fx--eval--", jsStr);
                // eval(jsStr)
            } catch (err) {
                console.error("Error executing JavaScript: ", err)
            }
        },
        LockOrientation(o) {
            o = Math.floor(o);
            if (o < 0 || o >= ORIENTATIONS.length)
                return;
            const orientation = ORIENTATIONS[o];
            this._PostToDOMMaybeSync("lock-orientation", {
                "orientation": orientation
            })
        },
        UnlockOrientation() {
            this._PostToDOMMaybeSync("unlock-orientation")
        },
        LoadStyleSheet(url) {
            this._runtime.GetAssetManager().LoadStyleSheet(url)
        },
        SetHash(h) {
            this.PostToDOM("set-hash", {
                "hash": h
            })
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Browser.Exps = {
        URL() {
            if (this._runtime.IsInWorker())
                return this._initLocationStr;
            else
                return location.toString()
        },
        Protocol() {
            if (this._runtime.IsInWorker())
                return (new URL(this._initLocationStr)).protocol;
            else
                return location.protocol
        },
        Domain() {
            return "games-online.io";
            console.log("--fx--host--", location.hostname);
            console.log("--fx--host--", (new URL(this._initLocationStr)).hostname);
            if (this._runtime.IsInWorker())
                return (new URL(this._initLocationStr)).hostname;
            else
                return location.hostname
        },
        Port() {
            if (this._runtime.IsInWorker())
                return (new URL(this._initLocationStr)).port;
            else
                return location.port
        },
        PathName() {
            if (this._runtime.IsInWorker())
                return (new URL(this._initLocationStr)).pathname;
            else
                return location.pathname
        },
        Hash() {
            if (this._runtime.IsInWorker())
                return (new URL(this._initLocationStr)).hash;
            else
                return location.hash
        },
        QueryString() {
            if (this._runtime.IsInWorker())
                return (new URL(this._initLocationStr)).search;
            else
                return location.search
        },
        QueryParam(param) {
            const search = this._runtime.IsInWorker() ? (new URL(this._initLocationStr)).search : location.search;
            const match = RegExp("[?&]" + param + "=([^&]*)").exec(search);
            if (match)
                return decodeURIComponent(match[1].replace(/\+/g, " "));
            else
                return ""
        },
        Referrer() {
            return this._referrer
        },
        Title() {
            return this._docTitle
        },
        Language() {
            return navigator.language
        },
        Platform() {
            return navigator.platform
        },
        UserAgent() {
            return navigator.userAgent
        },
        ExecJS(jsStr) {
            let result = 0;
            try {
                result = eval(jsStr)
            } catch (err) {
                console.error("Error executing JavaScript: ", err)
            }
            if (typeof result === "number" || typeof result === "string")
                return result;
            if (typeof result === "boolean")
                return result ? 1 : 0;
            else
                return 0
        },
        Name() {
            return navigator.appName
        },
        Version() {
            return navigator.appVersion
        },
        Product() {
            return navigator.product
        },
        Vendor() {
            return navigator.vendor
        },
        BatteryLevel() {
            return 1
        },
        BatteryTimeLeft() {
            return Infinity
        },
        Bandwidth() {
            const connection = navigator["connection"];
            if (connection)
                return connection["downlink"] || connection["downlinkMax"] || connection["bandwidth"] || Infinity;
            else
                return Infinity
        },
        ConnectionType() {
            const connection = navigator["connection"];
            if (connection)
                return connection["type"] || "unknown";
            else
                return "unknown"
        },
        DevicePixelRatio() {
            return self.devicePixelRatio
        },
        ScreenWidth() {
            return this._screenWidth
        },
        ScreenHeight() {
            return this._screenHeight
        },
        WindowInnerWidth() {
            return this._runtime.GetCanvasManager().GetLastWidth()
        },
        WindowInnerHeight() {
            return this._runtime.GetCanvasManager().GetLastHeight()
        },
        WindowOuterWidth() {
            return this._windowOuterWidth
        },
        WindowOuterHeight() {
            return this._windowOuterWidth
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TiledBg = class TiledBgPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function WrapModeToStr(wrapMode) {
        switch (wrapMode) {
        case 0:
            return "clamp-to-edge";
        case 1:
            return "repeat";
        case 2:
            return "mirror-repeat"
        }
        return "repeat"
    }
    C3.Plugins.TiledBg.Type = class TiledBgType extends C3.SDKTypeBase {
        constructor(objectClass, exportData) {
            super(objectClass);
            this._wrapX = "repeat";
            this._wrapY = "repeat";
            if (exportData) {
                this._wrapX = WrapModeToStr(exportData[0]);
                this._wrapY = WrapModeToStr(exportData[1])
            }
        }
        Release() {
            super.Release()
        }
        OnCreate() {
            this.GetImageInfo().LoadAsset(this._runtime)
        }
        LoadTextures(renderer) {
            return this.GetImageInfo().LoadStaticTexture(renderer, {
                sampling: this._runtime.GetSampling(),
                wrapX: this._wrapX,
                wrapY: this._wrapY
            })
        }
        ReleaseTextures() {
            this.GetImageInfo().ReleaseTexture()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const INITIALLY_VISIBLE = 0;
    const ORIGIN = 1;
    const IMAGE_OFFSET_X = 4;
    const IMAGE_OFFSET_Y = 5;
    const IMAGE_SCALE_X = 6;
    const IMAGE_SCALE_Y = 7;
    const IMAGE_ANGLE = 8;
    const tempRect = C3.New(C3.Rect);
    const tempQuad = C3.New(C3.Quad);
    const rcTex = C3.New(C3.Rect);
    const qTex = C3.New(C3.Quad);
    C3.Plugins.TiledBg.Instance = class TiledBgInstance extends C3.SDKWorldInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._imageOffsetX = 0;
            this._imageOffsetY = 0;
            this._imageScaleX = 1;
            this._imageScaleY = 1;
            this._imageAngle = 0;
            this._ownImageInfo = null;
            if (properties) {
                this.GetWorldInfo().SetVisible(!!properties[INITIALLY_VISIBLE]);
                this._imageOffsetX = properties[IMAGE_OFFSET_X];
                this._imageOffsetY = properties[IMAGE_OFFSET_Y];
                this._imageScaleX = properties[IMAGE_SCALE_X];
                this._imageScaleY = properties[IMAGE_SCALE_Y];
                this._imageAngle = C3.toRadians(properties[IMAGE_ANGLE])
            }
        }
        Release() {
            this._ReleaseOwnImage();
            super.Release()
        }
        _ReleaseOwnImage() {
            if (this._ownImageInfo) {
                this._ownImageInfo.Release();
                this._ownImageInfo = null
            }
        }
        Draw(renderer) {
            const imageInfo = this.GetCurrentImageInfo();
            const texture = imageInfo.GetTexture();
            if (texture === null)
                return;
            renderer.SetTexture(texture);
            const imageWidth = imageInfo.GetWidth();
            const imageHeight = imageInfo.GetHeight();
            const imageOffsetX = this._imageOffsetX / imageWidth;
            const imageOffsetY = this._imageOffsetY / imageHeight;
            const wi = this.GetWorldInfo();
            rcTex.set(0, 0, wi.GetWidth() / (imageWidth * this._imageScaleX), wi.GetHeight() / (imageHeight * this._imageScaleY));
            rcTex.offset(-imageOffsetX, -imageOffsetY);
            if (wi.HasMesh())
                this._DrawMesh(wi, renderer);
            else
                this._DrawStandard(wi, renderer)
        }
        _DrawStandard(wi, renderer) {
            let quad = wi.GetBoundingQuad();
            if (this._runtime.IsPixelRoundingEnabled())
                quad = wi.PixelRoundQuad(quad);
            if (this._imageAngle === 0)
                renderer.Quad3(quad, rcTex);
            else {
                qTex.setFromRotatedRect(rcTex, -this._imageAngle);
                renderer.Quad4(quad, qTex)
            }
        }
        _DrawMesh(wi, renderer) {
            const transformedMesh = wi.GetTransformedMesh();
            if (wi.IsMeshChanged()) {
                wi.CalculateBbox(tempRect, tempQuad, false);
                let quad = tempQuad;
                if (this._runtime.IsPixelRoundingEnabled())
                    quad = wi.PixelRoundQuad(quad);
                let texCoords = rcTex;
                if (this._imageAngle !== 0) {
                    qTex.setFromRotatedRect(rcTex, -this._imageAngle);
                    texCoords = qTex
                }
                transformedMesh.CalculateTransformedMesh(wi.GetSourceMesh(), quad, texCoords);
                wi.SetMeshChanged(false)
            }
            transformedMesh.Draw(renderer)
        }
        GetCurrentImageInfo() {
            return this._ownImageInfo || this._objectClass.GetImageInfo()
        }
        _SetMeshChanged() {
            this.GetWorldInfo().SetMeshChanged(true)
        }
        _SetImageOffsetX(x) {
            if (this._imageOffsetX === x)
                return;
            this._imageOffsetX = x;
            this._runtime.UpdateRender();
            this._SetMeshChanged()
        }
        _GetImageOffsetX() {
            return this._imageOffsetX
        }
        _SetImageOffsetY(y) {
            if (this._imageOffsetY === y)
                return;
            this._imageOffsetY = y;
            this._runtime.UpdateRender();
            this._SetMeshChanged()
        }
        _GetImageOffsetY() {
            return this._imageOffsetY
        }
        _SetImageScaleX(x) {
            if (this._imageScaleX === x)
                return;
            this._imageScaleX = x;
            this._runtime.UpdateRender();
            this._SetMeshChanged()
        }
        _GetImageScaleX() {
            return this._imageScaleX
        }
        _SetImageScaleY(y) {
            if (this._imageScaleY === y)
                return;
            this._imageScaleY = y;
            this._runtime.UpdateRender();
            this._SetMeshChanged()
        }
        _GetImageScaleY() {
            return this._imageScaleY
        }
        _SetImageAngle(a) {
            if (this._imageAngle === a)
                return;
            this._imageAngle = a;
            this._runtime.UpdateRender();
            this._SetMeshChanged()
        }
        _GetImageAngle() {
            return this._imageAngle
        }
        GetPropertyValueByIndex(index) {
            switch (index) {
            case IMAGE_OFFSET_X:
                return this._GetImageOffsetX();
            case IMAGE_OFFSET_Y:
                return this._GetImageOffsetY();
            case IMAGE_SCALE_X:
                return this._GetImageScaleX();
            case IMAGE_SCALE_Y:
                return this._GetImageScaleY();
            case IMAGE_ANGLE:
                return this._GetImageAngle()
            }
        }
        SetPropertyValueByIndex(index, value) {
            switch (index) {
            case IMAGE_OFFSET_X:
                this._SetImageOffsetX(value);
                break;
            case IMAGE_OFFSET_Y:
                this._SetImageOffsetY(value);
                break;
            case IMAGE_SCALE_X:
                this._SetImageScaleX(value);
                break;
            case IMAGE_SCALE_Y:
                this._SetImageScaleY(value);
                break;
            case IMAGE_ANGLE:
                this._SetImageAngle(value);
                break
            }
        }
        GetScriptInterfaceClass() {
            return self.ITiledBackgroundInstance
        }
    }
    ;
    const map = new WeakMap;
    self.ITiledBackgroundInstance = class ITiledBackgroundInstance extends self.IWorldInstance {
        constructor() {
            super();
            map.set(this, self.IInstance._GetInitInst().GetSdkInstance())
        }
        set imageOffsetX(x) {
            map.get(this)._SetImageOffsetX(x)
        }
        get imageOffsetX() {
            return map.get(this)._GetImageOffsetX()
        }
        set imageOffsetY(y) {
            map.get(this)._SetImageOffsetY(y)
        }
        get imageOffsetY() {
            return map.get(this)._GetImageOffsetY()
        }
        set imageScaleX(x) {
            map.get(this)._SetImageScaleX(x)
        }
        get imageScaleX() {
            return map.get(this)._GetImageScaleX()
        }
        set imageScaleY(y) {
            map.get(this)._SetImageScaleY(y)
        }
        get imageScaleY() {
            return map.get(this)._GetImageScaleY()
        }
        set imageAngle(a) {
            map.get(this)._SetImageAngle(a)
        }
        get imageAngle() {
            return map.get(this)._GetImageAngle()
        }
        set imageAngleDegrees(a) {
            map.get(this)._SetImageAngle(C3.toRadians(a))
        }
        get imageAngleDegrees() {
            return C3.toDegrees(map.get(this)._GetImageAngle())
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TiledBg.Cnds = {
        OnURLLoaded() {
            return true
        },
        OnURLFailed() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TiledBg.Acts = {
        SetImageOffsetX(x) {
            this._SetImageOffsetX(x)
        },
        SetImageOffsetY(y) {
            this._SetImageOffsetY(y)
        },
        SetImageScaleX(x) {
            this._SetImageScaleX(x / 100)
        },
        SetImageScaleY(y) {
            this._SetImageScaleY(y / 100)
        },
        SetImageAngle(a) {
            this._SetImageAngle(C3.toRadians(a))
        },
        SetEffect(effect) {
            this.GetWorldInfo().SetBlendMode(effect);
            this._runtime.UpdateRender()
        },
        async LoadURL(url, crossOrigin) {
            if (this._ownImageInfo && this._ownImageInfo.GetURL() === url)
                return;
            const runtime = this._runtime;
            const imageInfo = C3.New(C3.ImageInfo);
            await imageInfo.LoadDynamicAsset(runtime, url);
            if (!imageInfo.IsLoaded()) {
                this.Trigger(C3.Plugins.TiledBg.Cnds.OnURLFailed);
                return
            }
            if (this.WasReleased()) {
                imageInfo.Release();
                return null
            }
            const texture = await imageInfo.LoadStaticTexture(runtime.GetWebGLRenderer(), {
                sampling: this._runtime.GetSampling(),
                wrapX: "repeat",
                wrapY: "repeat"
            });
            if (!texture)
                return;
            if (this.WasReleased()) {
                imageInfo.Release();
                return
            }
            this._ReleaseOwnImage();
            this._ownImageInfo = imageInfo;
            runtime.UpdateRender();
            await this.TriggerAsync(C3.Plugins.TiledBg.Cnds.OnURLLoaded)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TiledBg.Exps = {
        ImageWidth() {
            return this.GetCurrentImageInfo().GetWidth()
        },
        ImageHeight() {
            return this.GetCurrentImageInfo().GetHeight()
        },
        ImageOffsetX() {
            return this._imageOffsetX
        },
        ImageOffsetY() {
            return this._imageOffsetY
        },
        ImageScaleX() {
            return this._imageScaleX * 100
        },
        ImageScaleY() {
            return this._imageScaleY * 100
        },
        ImageAngle() {
            return C3.toDegrees(this._imageAngle)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.DrawingCanvas = class DrawingCanvasPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.DrawingCanvas.Type = class DrawingCanvasType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const INITIALLY_VISIBLE = 0;
    const ORIGIN = 1;
    const MULTISAMPLING = 2;
    const tempColor = C3.New(C3.Color);
    let drawDepth = 0;
    C3.Plugins.DrawingCanvas.Instance = class DrawingCanvasInstance extends C3.SDKWorldInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._renderTarget = null;
            this._rcTex = C3.New(C3.Rect);
            this._multisampling = 0;
            this._texRenderTarget = null;
            this._drawCommands = [];
            this._currentPoly = [];
            this._drawBlendMode = 0;
            this._drawScale = 1;
            this._texScale = 1;
            this._lineDashTexture = null;
            this._savedImageUrl = "";
            this._snapshot = null;
            this._tempRect = C3.New(C3.Rect);
            this._tempQuad = C3.New(C3.Quad);
            if (properties) {
                this.GetWorldInfo().SetVisible(!!properties[INITIALLY_VISIBLE]);
                this._multisampling = [0, 2, 4, 8][properties[MULTISAMPLING]]
            }
            const renderer = this._runtime.GetWebGLRenderer();
            this._SetDrawingBlendMode(0);
            if (renderer.GetWebGLVersionNumber() < 2)
                this._multisampling = 0;
            this._StartTicking2()
        }
        Release() {
            if (this._renderTarget) {
                this._renderTarget.GetWebGLRenderer().DeleteRenderTarget(this._renderTarget);
                this._renderTarget = null
            }
            if (this._texRenderTarget) {
                this._texRenderTarget.GetWebGLRenderer().DeleteRenderTarget(this._texRenderTarget);
                this._texRenderTarget = null
            }
            C3.clearArray(this._drawCommands);
            super.Release()
        }
        _ClonePoly() {
            return this._currentPoly.map(p=>p.slice(0))
        }
        _GetLineDashTexture() {
            this._MaybeCreateLineDashTexture();
            return this._lineDashTexture
        }
        _MaybeCreateLineDashTexture() {
            if (this._lineDashTexture)
                return;
            const canvas = C3.CreateCanvas(512, 8);
            const ctx = canvas.getContext("2d");
            ctx.clearRect(0, 0, 512, 8);
            ctx.fillStyle = "white";
            ctx.fillRect(0, 0, 256, 8);
            this._lineDashTexture = this._runtime.GetWebGLRenderer().CreateStaticTexture(canvas, {
                wrapX: "repeat",
                sampling: this._runtime.GetSampling()
            })
        }
        _SetDrawingBlendMode(bm) {
            this._drawBlendMode = bm
        }
        _ApplyCurrentDrawingBlendMode(renderer) {
            renderer.SetBlendMode(this._drawBlendMode)
        }
        _AddDrawCommand(cmd) {
            this._drawCommands.push(cmd);
            this._runtime.UpdateRender()
        }
        _UpdateRenderTargetSize(renderer, rtWidth, rtHeight) {
            if (this._renderTarget)
                renderer.DeleteRenderTarget(this._renderTarget);
            this._renderTarget = renderer.CreateRenderTarget({
                width: rtWidth,
                height: rtHeight,
                sampling: this._runtime.GetSampling(),
                readback: this._multisampling === 0,
                multisampling: this._multisampling
            });
            if (this._multisampling > 0) {
                if (this._texRenderTarget)
                    renderer.DeleteRenderTarget(this._texRenderTarget);
                this._texRenderTarget = renderer.CreateRenderTarget({
                    width: rtWidth,
                    height: rtHeight,
                    sampling: this._runtime.GetSampling(),
                    readback: true
                })
            }
            renderer.SetTexture(null)
        }
        _GetRenderTarget() {
            return this._renderTarget
        }
        _GetTexRenderTarget() {
            return this._texRenderTarget
        }
        GetMultisampling() {
            return this._multisampling
        }
        _SetRenderTargetDeviceTransform(renderer) {
            this._runtime.GetCanvasManager().SetDeviceTransform(renderer, this._renderTarget.GetWidth(), this._renderTarget.GetHeight())
        }
        HasAnyDrawingCommandInQueue() {
            return this._drawCommands.some(c=>!(c instanceof C3.Plugins.DrawingCanvas.DrawCommand.SaveImage))
        }
        Tick2() {
            const renderer = this._runtime.GetWebGLRenderer();
            const wi = this.GetWorldInfo();
            const layer = wi.GetLayer();
            const layout = layer.GetLayout();
            const tempQuad = this._tempQuad;
            const tempRect = this._tempRect;
            ++drawDepth;
            const angle = wi.GetAngle();
            const layerAngle = layer.GetOwnAngle();
            const layoutAngle = layout.GetAngle();
            if (angle !== 0 || layerAngle !== 0 || layoutAngle !== 0) {
                layout.SetAngle(0);
                layer.SetAngle(0);
                wi.SetAngle(0);
                wi.SetBboxChanged()
            }
            const quad = wi.GetBoundingQuad();
            const [dl,dt] = layer.LayerToDrawSurface(quad.getTlx(), quad.getTly());
            const [dr,db] = layer.LayerToDrawSurface(quad.getBrx(), quad.getBry());
            const offX = dl - Math.round(dl);
            const offY = dt - Math.round(dt);
            tempRect.set(dl, dt, dr, db);
            tempRect.offset(-offX, -offY);
            tempRect.normalize();
            tempQuad.setFromRect(tempRect);
            if (angle !== 0 || layerAngle !== 0 || layoutAngle !== 0) {
                layout.SetAngle(layoutAngle);
                layer.SetAngle(layerAngle);
                wi.SetAngle(angle);
                wi.SetBboxChanged()
            }
            let rtWidth = Math.ceil(tempRect.width());
            let rtHeight = Math.ceil(tempRect.height());
            this._rcTex.set(0, 1, tempRect.width() / rtWidth, 1 - tempRect.height() / rtHeight);
            const maxTextureSize = renderer.GetMaxTextureSize();
            const maxRtDim = Math.max(rtWidth, rtHeight);
            if (maxRtDim > maxTextureSize) {
                this._texScale = maxTextureSize / maxRtDim;
                rtWidth = Math.round(rtWidth * this._texScale);
                rtHeight = Math.round(rtHeight * this._texScale)
            } else
                this._texScale = 1;
            if (rtWidth <= 0 || rtHeight <= 0) {
                --drawDepth;
                return
            }
            this._drawScale = tempRect.width() / wi.GetWidth();
            const drawScale = this._drawScale * this._texScale;
            const didRenderTargetChange = !this._renderTarget || this._renderTarget.GetWidth() !== rtWidth || this._renderTarget.GetHeight() !== rtHeight;
            if (didRenderTargetChange)
                this.Trigger(C3.Plugins.DrawingCanvas.Cnds.OnResolutionChanged);
            if (this._drawCommands.length > 0 || !this._renderTarget) {
                if (!this._renderTarget || didRenderTargetChange && this.HasAnyDrawingCommandInQueue())
                    this._UpdateRenderTargetSize(renderer, rtWidth, rtHeight);
                renderer.SetRenderTarget(this._renderTarget);
                this._SetRenderTargetDeviceTransform(renderer);
                this._ApplyCurrentDrawingBlendMode(renderer);
                for (const dc of this._drawCommands)
                    dc.Do(renderer, drawScale, this);
                C3.clearArray(this._drawCommands);
                renderer.SetAlphaBlend();
                if (this._multisampling > 0) {
                    renderer.SetRenderTarget(this._texRenderTarget);
                    renderer.CopyRenderTarget(this._renderTarget, "crop")
                }
            }
            --drawDepth
        }
        Draw(renderer) {
            const wi = this.GetWorldInfo();
            const layer = wi.GetLayer();
            const canvasManager = this._runtime.GetCanvasManager();
            const lastRenderTarget = renderer.GetRenderTarget();
            let quad = this._tempQuad;
            if (!this._renderTarget)
                return;
            renderer.SetTextureFillMode();
            renderer.SetBlendMode(wi.GetBlendMode());
            renderer.SetColor(wi.GetPremultipliedColor());
            if (this._multisampling === 0)
                renderer.SetTexture(this._renderTarget.GetTexture());
            else
                renderer.SetTexture(this._texRenderTarget.GetTexture());
            let didChangeTransform = false;
            if (drawDepth > 0) {
                canvasManager.SetDeviceTransform(renderer, lastRenderTarget.GetWidth(), lastRenderTarget.GetHeight());
                didChangeTransform = true
            } else if (wi.GetAngle() === 0 && wi.GetLayer().GetAngle() === 0) {
                canvasManager.SetDeviceTransform(renderer);
                didChangeTransform = true
            } else
                quad = wi.GetBoundingQuad();
            renderer.Quad3(quad, this._rcTex);
            if (didChangeTransform)
                layer._SetTransform(renderer)
        }
        GetSnapshotPixel(x, y) {
            if (!this._snapshot)
                return [0, 0, 0, 0];
            const width = this._snapshot.width;
            const height = this._snapshot.height;
            x = Math.floor(x);
            y = height - 1 - Math.floor(y);
            if (x < 0 || y < 0 || x >= width || y >= height)
                return [0, 0, 0, 0];
            const data = this._snapshot.data;
            const ptr = y * width * 4 + x * 4;
            let r = data[ptr] / 255;
            let g = data[ptr + 1] / 255;
            let b = data[ptr + 2] / 255;
            let a = data[ptr + 3] / 255;
            if (a !== 0) {
                r /= a;
                g /= a;
                b /= a
            }
            return [r * 100, g * 100, b * 100, a * 100]
        }
        SetSnapshotPixel(x, y, rgb) {
            if (!this._snapshot)
                return [0, 0, 0, 0];
            tempColor.setFromRgbValue(rgb);
            tempColor.premultiply();
            const width = this._snapshot.width;
            const height = this._snapshot.height;
            x = Math.floor(x);
            y = height - 1 - Math.floor(y);
            if (x < 0 || y < 0 || x >= width || y >= height)
                return;
            const data = this._snapshot.data;
            const ptr = y * width * 4 + x * 4;
            data[ptr] = Math.floor(tempColor.getR() * 255);
            data[ptr + 1] = Math.floor(tempColor.getG() * 255);
            data[ptr + 2] = Math.floor(tempColor.getB() * 255);
            data[ptr + 3] = Math.floor(tempColor.getA() * 255)
        }
        GetImagePixelData() {
            return new Promise(resolve=>{
                this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.SaveImage(async imageData=>{
                    const imgDataBuffer = imageData.data.buffer;
                    const width = imageData.width;
                    const height = imageData.height;
                    const processedBuffer = await this._runtime.AddJob("ProcessImageData", {
                        "buffer": imgDataBuffer,
                        "width": width,
                        "height": height,
                        "unpremultiply": true,
                        "flipY": true
                    }, [imgDataBuffer]);
                    resolve(new ImageData(new Uint8ClampedArray(processedBuffer),width,height))
                }
                ))
            }
            )
        }
        LoadImagePixelData(imageData, premultiplyAlpha, flipY) {
            if (!this._renderTarget)
                throw new Error("canvas not yet ready");
            if (imageData.width !== this._renderTarget.GetWidth() || imageData.height !== this._renderTarget.GetHeight())
                throw new Error(`wrong size ImageData: expected ${this._renderTarget.GetWidth()} x ${this._renderTarget.GetHeight()}, got ${imageData.width} x ${imageData.height}`);
            C3.clearArray(this._drawCommands);
            const renderer = this._runtime.GetWebGLRenderer();
            if (this._texRenderTarget) {
                const lastRenderTarget = renderer.GetRenderTarget();
                const texture = this._texRenderTarget.GetTexture();
                renderer.UpdateTexture(imageData, texture, {
                    premultiplyAlpha: !!premultiplyAlpha,
                    flipY: !!flipY
                });
                renderer.SetRenderTarget(this._renderTarget);
                renderer.CopyRenderTarget(this._texRenderTarget, "crop");
                renderer.SetRenderTarget(lastRenderTarget)
            } else {
                const texture = this._renderTarget.GetTexture();
                renderer.UpdateTexture(imageData, texture, {
                    premultiplyAlpha: !!premultiplyAlpha,
                    flipY: !!flipY
                })
            }
            this._runtime.UpdateRender()
        }
        GetScriptInterfaceClass() {
            return self.IDrawingCanvasInstance
        }
    }
    ;
    const map = new WeakMap;
    self.IDrawingCanvasInstance = class IDrawingCanvasInstance extends self.IWorldInstance {
        constructor() {
            super();
            map.set(this, self.IInstance._GetInitInst().GetSdkInstance())
        }
        getImagePixelData() {
            return map.get(this).GetImagePixelData()
        }
        loadImagePixelData(imageData, premultiplyAlpha=false) {
            map.get(this).LoadImagePixelData(imageData, premultiplyAlpha, true)
        }
        get surfaceDeviceWidth() {
            const rt = map.get(this)._GetRenderTarget();
            if (!rt)
                throw new Error("canvas not yet ready");
            return rt.GetWidth()
        }
        get surfaceDeviceHeight() {
            const rt = map.get(this)._GetRenderTarget();
            if (!rt)
                throw new Error("canvas not yet ready");
            return rt.GetHeight()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.DrawingCanvas.Cnds = {
        OnSavedImage() {
            return true
        },
        OnSnapshot() {
            return true
        },
        OnResolutionChanged() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function SortByInstanceZIndex(a, b) {
        return a.GetWorldInfo().GetZIndex() - b.GetWorldInfo().GetZIndex()
    }
    C3.Plugins.DrawingCanvas.Acts = {
        SetEffect(effect) {
            this.GetWorldInfo().SetBlendMode(effect);
            this._runtime.UpdateRender()
        },
        ClearCanvas(rgb) {
            C3.clearArray(this._drawCommands);
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.ClearCanvas(rgb))
        },
        ClearRect(left, top, right, bottom, rgb) {
            if (left === right || top === bottom)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.ClearRect(left,top,right,bottom,rgb))
        },
        FillRect(left, top, right, bottom, rgb) {
            if (left === right || top === bottom)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.FillRect(left,top,right,bottom,rgb))
        },
        FillLinearGradient(left, top, right, bottom, rgb1, rgb2, dir) {
            if (left === right || top === bottom)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.FillLinearGradient(left,top,right,bottom,rgb1,rgb2,dir))
        },
        FillEllipse(x, y, radiusX, radiusY, rgb, edge) {
            if (radiusX <= 0 || radiusY <= 0)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.FillEllipse(x,y,radiusX,radiusY,rgb,edge !== 0))
        },
        OutlineEllipse(x, y, radiusX, radiusY, rgb, thickness, edge) {
            if (radiusX <= 0 || radiusY <= 0 || thickness <= 0)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.OutlineEllipse(x,y,radiusX,radiusY,rgb,thickness,edge !== 0))
        },
        OutlineRect(left, top, right, bottom, rgb, thickness) {
            if (left === right || top === bottom || thickness <= 0)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.OutlineRect(left,top,right,bottom,rgb,thickness))
        },
        Line(x1, y1, x2, y2, rgb, thickness, cap) {
            if (x1 === x2 && y1 === y2 || thickness <= 0)
                return;
            const capStr = cap === 0 ? "butt" : "square";
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.Line(x1,y1,x2,y2,rgb,thickness,capStr))
        },
        LineDashed(x1, y1, x2, y2, rgb, thickness, dashLength, cap) {
            if (x1 === x2 && y1 === y2 || thickness <= 0 || dashLength <= 0)
                return;
            const capStr = cap === 0 ? "butt" : "square";
            const dashTex = this._GetLineDashTexture();
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.LineDashed(x1,y1,x2,y2,rgb,thickness,dashLength,dashTex,capStr))
        },
        AddPolyPoint(x, y) {
            this._currentPoly.push([x, y])
        },
        ResetPoly() {
            C3.clearArray(this._currentPoly)
        },
        LinePoly(rgb, thickness, cap) {
            if (this._currentPoly.length < 2 || thickness <= 0)
                return;
            const capStr = cap === 0 ? "butt" : "square";
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.LinePoly(this._ClonePoly(),rgb,thickness,capStr))
        },
        LineDashedPoly(rgb, thickness, dashLength, cap) {
            if (this._currentPoly.length < 2 || thickness <= 0 || dashLength <= 0)
                return;
            const capStr = cap === 0 ? "butt" : "square";
            const dashTex = this._GetLineDashTexture();
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.LineDashedPoly(this._ClonePoly(),rgb,thickness,dashLength,dashTex,capStr))
        },
        FillPoly(rgb) {
            if (this._currentPoly.length < 3)
                return;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.FillPoly(this._ClonePoly(),rgb))
        },
        SetDrawBlend(blendMode) {
            if (blendMode >= 2)
                blendMode++;
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.SetDrawBlend(blendMode))
        },
        PasteObject(objectClass, includeFx) {
            if (!objectClass)
                return;
            const myWi = this.GetWorldInfo();
            const myBbox = myWi.GetBoundingBox();
            const myQuad = myWi.GetBoundingQuad();
            const instances = objectClass.GetCurrentSol().GetInstances().filter(inst=>{
                const instWi = inst.GetWorldInfo();
                return instWi && myBbox.intersectsRect(instWi.GetBoundingBox()) && (myWi.GetAngle() === 0 || myQuad.intersectsQuad(instWi.GetBoundingQuad()))
            }
            );
            if (instances.length === 0)
                return;
            instances.sort(SortByInstanceZIndex);
            this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.DrawInstances(instances,includeFx !== 0,myWi))
        },
        SaveImage(format, quality, x, y, width, height) {
            const formatStr = format === 0 ? "image/png" : "image/jpeg";
            quality /= 100;
            const areaRect = C3.New(C3.Rect);
            areaRect.setWH(x, y, width, height);
            return new Promise(resolve=>{
                this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.SaveImage(async imageData=>{
                    const imgDataBuffer = imageData.data.buffer;
                    const width = imageData.width;
                    const height = imageData.height;
                    const processedBuffer = await this._runtime.AddJob("ProcessImageData", {
                        "buffer": imgDataBuffer,
                        "width": width,
                        "height": height,
                        "unpremultiply": true,
                        "flipY": !C3.Supports.ImageBitmapOptions
                    }, [imgDataBuffer]);
                    imageData = new ImageData(new Uint8ClampedArray(processedBuffer),width,height);
                    let blob;
                    if (C3.Supports.ImageBitmapOptions) {
                        const imageBitmap = await createImageBitmap(imageData, {
                            "premultiplyAlpha": "none",
                            "imageOrientation": "flipY"
                        });
                        blob = await C3.DrawableToBlob(imageBitmap, formatStr, quality)
                    } else
                        blob = await C3.ImageDataToBlob(imageData, formatStr, quality);
                    if (this._savedImageUrl)
                        URL.revokeObjectURL(this._savedImageUrl);
                    this._savedImageUrl = URL.createObjectURL(blob);
                    this.Trigger(C3.Plugins.DrawingCanvas.Cnds.OnSavedImage);
                    resolve()
                }
                ,areaRect))
            }
            )
        },
        SaveSnapshot() {
            return new Promise(resolve=>{
                this._AddDrawCommand(new C3.Plugins.DrawingCanvas.DrawCommand.SaveImage(imageData=>{
                    this._snapshot = imageData;
                    this.Trigger(C3.Plugins.DrawingCanvas.Cnds.OnSnapshot);
                    resolve()
                }
                ))
            }
            )
        },
        ClearSnapshot() {
            this._snapshot = null
        },
        SnapshotSetPixel(x, y, rgb) {
            this.SetSnapshotPixel(x, y, rgb)
        },
        LoadSnapshot() {
            if (!this._snapshot || !this._renderTarget)
                return;
            if (this._snapshot.width !== this._renderTarget.GetWidth() || this._snapshot.height !== this._renderTarget.GetHeight())
                return;
            this.LoadImagePixelData(this._snapshot, false)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.DrawingCanvas.Exps = {
        SavedImageURL() {
            return this._savedImageUrl
        },
        SnapshotRedAt(x, y) {
            return this.GetSnapshotPixel(x, y)[0]
        },
        SnapshotGreenAt(x, y) {
            return this.GetSnapshotPixel(x, y)[1]
        },
        SnapshotBlueAt(x, y) {
            return this.GetSnapshotPixel(x, y)[2]
        },
        SnapshotAlphaAt(x, y) {
            return this.GetSnapshotPixel(x, y)[3]
        },
        SnapshotWidth() {
            return this._snapshot ? this._snapshot.width : 0
        },
        SnapshotHeight() {
            return this._snapshot ? this._snapshot.height : 0
        },
        PixelScale() {
            return 1 / (this._drawScale * this._texScale)
        },
        SurfaceDeviceWidth() {
            const rt = this._GetRenderTarget();
            return rt ? rt.GetWidth() : 0
        },
        SurfaceDeviceHeight() {
            const rt = this._GetRenderTarget();
            return rt ? rt.GetHeight() : 0
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const tempQuad = C3.New(C3.Quad);
    const tempUvQuad = C3.New(C3.Quad);
    const tempVector2 = C3.New(C3.Vector2);
    C3.Plugins.DrawingCanvas.DrawCommand = class DrawCommand {
        constructor() {}
        Do(renderer) {
            throw new Error("required override");
        }
    }
    ;
    const DrawCommand = C3.Plugins.DrawingCanvas.DrawCommand;
    DrawCommand.SaveImage = class SaveImageCommand extends DrawCommand {
        constructor(callback, areaRect) {
            super();
            this._callback = callback;
            this._areaRect = areaRect
        }
        Do(renderer, scale, canvasInst) {
            let readRenderTarget = renderer.GetRenderTarget();
            if (readRenderTarget.GetMultisampling() > 0) {
                const texRenderTarget = canvasInst._GetTexRenderTarget();
                renderer.SetRenderTarget(texRenderTarget);
                renderer.CopyRenderTarget(readRenderTarget, "crop");
                renderer.SetRenderTarget(readRenderTarget);
                readRenderTarget = texRenderTarget
            }
            renderer.ReadBackRenderTargetToImageData(readRenderTarget, false, this._areaRect).then(this._callback)
        }
    }
    ;
    DrawCommand.ClearCanvas = class ClearCanvasCommand extends DrawCommand {
        constructor(rgb) {
            super();
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply()
        }
        Do(renderer) {
            renderer.Clear(this._color)
        }
    }
    ;
    DrawCommand.ClearRect = class ClearRectCommand extends DrawCommand {
        constructor(left, top, right, bottom, rgb) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(left, top, right, bottom);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply()
        }
        Do(renderer, scale, inst) {
            const rtHeight = inst._GetRenderTarget().GetHeight();
            this._rect.multiply(scale, scale);
            this._rect.shuntY(rtHeight);
            renderer.ClearRect3(this._rect, this._color)
        }
    }
    ;
    DrawCommand.FillRect = class FillRectCommand extends DrawCommand {
        constructor(left, top, right, bottom, rgb) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(left, top, right, bottom);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply()
        }
        Do(renderer, scale) {
            renderer.SetColorFillMode();
            renderer.SetColor(this._color);
            this._rect.multiply(scale, scale);
            renderer.Rect(this._rect)
        }
    }
    ;
    DrawCommand.FillLinearGradient = class FillLinearGradientCommand extends DrawCommand {
        constructor(left, top, right, bottom, rgb1, rgb2, dir) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(left, top, right, bottom);
            this._color1 = C3.New(C3.Color);
            this._color1.setFromRgbValue(rgb1);
            this._color2 = C3.New(C3.Color);
            this._color2.setFromRgbValue(rgb2);
            this._dir = dir
        }
        Do(renderer, scale) {
            renderer.SetLinearGradientFillMode();
            renderer.SetColor(this._color1);
            renderer.SetGradientColor(this._color2);
            this._rect.multiply(scale, scale);
            tempQuad.setFromRect(this._rect);
            if (this._dir === 0)
                tempUvQuad.set(0, 0, 1, 0, 1, 1, 0, 1);
            else
                tempUvQuad.set(0, 1, 0, 0, 1, 0, 1, 1);
            renderer.Quad4(tempQuad, tempUvQuad)
        }
    }
    ;
    DrawCommand.FillEllipse = class FillEllipseCommand extends DrawCommand {
        constructor(x, y, radiusX, radiusY, rgb, isSmooth) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(x - radiusX, y - radiusY, x + radiusX, y + radiusY);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._isSmooth = isSmooth
        }
        Do(renderer, scale) {
            this._rect.multiply(scale, scale);
            if (this._isSmooth) {
                renderer.SetSmoothEllipseFillMode();
                renderer.SetColor(this._color);
                this._rect.inflate(.5, .5);
                renderer.SetEllipseParams(1 / this._rect.width(), 1 / this._rect.height());
                renderer.Rect(this._rect)
            } else {
                renderer.SetHardEllipseFillMode();
                renderer.SetColor(this._color);
                renderer.Rect(this._rect)
            }
        }
    }
    ;
    DrawCommand.OutlineEllipse = class OutlinellipseCommand extends DrawCommand {
        constructor(x, y, radiusX, radiusY, rgb, thickness, isSmooth) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(x - radiusX, y - radiusY, x + radiusX, y + radiusY);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._thickness = thickness;
            this._isSmooth = isSmooth
        }
        Do(renderer, scale) {
            this._rect.multiply(scale, scale);
            if (this._isSmooth) {
                renderer.SetSmoothEllipseOutlineMode();
                renderer.SetColor(this._color);
                this._rect.inflate(.5, .5);
                renderer.SetEllipseParams(1 / this._rect.width(), 1 / this._rect.height(), this._thickness * scale);
                renderer.Rect(this._rect)
            } else {
                renderer.SetHardEllipseOutlineMode();
                renderer.SetEllipseParams(1 / this._rect.width(), 1 / this._rect.height(), this._thickness * scale);
                renderer.SetColor(this._color);
                renderer.Rect(this._rect)
            }
        }
    }
    ;
    DrawCommand.OutlineRect = class OutlineRectCommand extends DrawCommand {
        constructor(left, top, right, bottom, rgb, thickness) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(left, top, right, bottom);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._thickness = thickness
        }
        Do(renderer, scale) {
            renderer.SetColorFillMode();
            renderer.SetColor(this._color);
            renderer.PushLineCapZag();
            renderer.PushLineWidth(this._thickness * scale);
            this._rect.multiply(scale, scale);
            renderer.LineRect2(this._rect);
            renderer.PopLineCap();
            renderer.PopLineWidth()
        }
    }
    ;
    DrawCommand.Line = class LineCommand extends DrawCommand {
        constructor(x1, y1, x2, y2, rgb, thickness, cap) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(x1, y1, x2, y2);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._thickness = thickness;
            this._cap = cap
        }
        Do(renderer, scale) {
            renderer.SetColorFillMode();
            renderer.SetColor(this._color);
            renderer.PushLineCap(this._cap);
            renderer.PushLineWidth(this._thickness * scale);
            const rc = this._rect;
            rc.multiply(scale, scale);
            renderer.Line(rc.getLeft(), rc.getTop(), rc.getRight(), rc.getBottom());
            renderer.PopLineCap();
            renderer.PopLineWidth()
        }
    }
    ;
    DrawCommand.LinePoly = class LinePolyCommand extends DrawCommand {
        constructor(poly, rgb, thickness, cap) {
            super();
            this._poly = poly;
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._thickness = thickness;
            this._cap = cap
        }
        Do(renderer, scale) {
            renderer.SetColorFillMode();
            renderer.SetColor(this._color);
            renderer.PushLineCap(this._cap);
            renderer.PushLineWidth(this._thickness * scale);
            const poly = this._poly;
            for (let i = 0, len = poly.length; i < len; ++i) {
                const j = (i + 1) % len;
                const x1 = poly[i][0] * scale;
                const y1 = poly[i][1] * scale;
                const x2 = poly[j][0] * scale;
                const y2 = poly[j][1] * scale;
                renderer.Line(x1, y1, x2, y2)
            }
            renderer.PopLineCap();
            renderer.PopLineWidth()
        }
    }
    ;
    DrawCommand.LineDashed = class LineDashedCommand extends DrawCommand {
        constructor(x1, y1, x2, y2, rgb, thickness, dashLength, dashTex, cap) {
            super();
            this._rect = C3.New(C3.Rect);
            this._rect.set(x1, y1, x2, y2);
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._thickness = thickness;
            this._dashLength = dashLength;
            this._dashTex = dashTex;
            this._cap = cap
        }
        Do(renderer, scale) {
            renderer.SetTextureFillMode();
            renderer.SetTexture(this._dashTex);
            renderer.SetColor(this._color);
            renderer.PushLineCap(this._cap);
            renderer.PushLineWidth(this._thickness * scale);
            const rc = this._rect;
            const numDashes = C3.distanceTo(rc.getLeft(), rc.getTop(), rc.getRight(), rc.getBottom()) / (this._dashLength * 2);
            rc.multiply(scale, scale);
            renderer.TexturedLine(rc.getLeft(), rc.getTop(), rc.getRight(), rc.getBottom(), 0, numDashes);
            renderer.PopLineCap();
            renderer.PopLineWidth()
        }
    }
    ;
    DrawCommand.LineDashedPoly = class LineDashedPolyCommand extends DrawCommand {
        constructor(poly, rgb, thickness, dashLength, dashTex, cap) {
            super();
            this._poly = poly;
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply();
            this._thickness = thickness;
            this._dashLength = dashLength;
            this._dashTex = dashTex;
            this._cap = cap
        }
        Do(renderer, scale) {
            renderer.SetTextureFillMode();
            renderer.SetTexture(this._dashTex);
            renderer.SetColor(this._color);
            renderer.PushLineCap(this._cap);
            renderer.PushLineWidth(this._thickness * scale);
            let u = 0;
            const poly = this._poly;
            for (let i = 0, len = poly.length; i < len; ++i) {
                const j = (i + 1) % len;
                const x1 = poly[i][0];
                const y1 = poly[i][1];
                const x2 = poly[j][0];
                const y2 = poly[j][1];
                const v = u + C3.distanceTo(x1, y1, x2, y2) / (this._dashLength * 2);
                renderer.TexturedLine(x1 * scale, y1 * scale, x2 * scale, y2 * scale, u, v);
                u = v - Math.floor(v)
            }
            renderer.PopLineCap();
            renderer.PopLineWidth()
        }
    }
    ;
    DrawCommand.FillPoly = class FillPolyCommand extends DrawCommand {
        constructor(poly, rgb) {
            super();
            this._poly = poly;
            this._color = C3.New(C3.Color);
            this._color.setFromRgbValue(rgb);
            this._color.premultiply()
        }
        Do(renderer, scale) {
            renderer.SetColorFillMode();
            renderer.SetColor(this._color);
            const poly = this._poly;
            for (let i = 0, len = poly.length; i < len; ++i) {
                const p = poly[i];
                p[0] *= scale;
                p[1] *= scale
            }
            const polyDecomp = self.polyDecomp;
            if (!polyDecomp.isSimple(poly))
                return;
            polyDecomp.makeCCW(poly);
            polyDecomp.removeCollinearPoints(poly, C3.toRadians(.1));
            const convexPolygons = polyDecomp.quickDecomp(poly);
            for (const convexPoly of convexPolygons)
                renderer.ConvexPoly(convexPoly.flat())
        }
    }
    ;
    DrawCommand.SetDrawBlend = class SetDrawBlend extends DrawCommand {
        constructor(bm) {
            super();
            this._blendIndex = bm
        }
        Do(renderer, scale, canvasInst) {
            canvasInst._SetDrawingBlendMode(this._blendIndex);
            canvasInst._ApplyCurrentDrawingBlendMode(renderer)
        }
    }
    ;
    DrawCommand.DrawInstances = class DrawInstancesCommand extends DrawCommand {
        constructor(instances, includeFx, canvasWi) {
            super();
            this._includeFx = includeFx;
            this._instances = instances.map(inst=>this._SaveInstanceState(inst, canvasWi))
        }
        _SaveInstanceState(inst, canvasWi) {
            const canvasAngle = canvasWi.GetAngle();
            const canvasLayer = canvasWi.GetLayer();
            const instWi = inst.GetWorldInfo();
            const instLayer = instWi.GetLayer();
            const oldX = instWi.GetX();
            const oldY = instWi.GetY();
            const oldWidth = instWi.GetWidth();
            const oldHeight = instWi.GetHeight();
            const oldAngle = instWi.GetAngle();
            const areLayerTransformsCompatible = canvasLayer.IsTransformCompatibleWith(instLayer);
            if (!areLayerTransformsCompatible) {
                const [dsx,dsy] = instLayer.LayerToDrawSurface(oldX, oldY);
                const [tx,ty] = canvasLayer.DrawSurfaceToLayer(dsx, dsy);
                instWi.SetXY(tx, ty);
                const scaleFactor = instLayer.GetNormalScale() / canvasLayer.GetNormalScale();
                instWi.SetSize(oldWidth * scaleFactor, oldHeight * scaleFactor);
                const angleOffset = canvasLayer.GetOwnAngle() - instLayer.GetOwnAngle();
                instWi.OffsetAngle(angleOffset)
            }
            if (canvasAngle !== 0) {
                const canvasQuad = canvasWi.GetBoundingQuad();
                const canvasMidX = canvasQuad.midX();
                const canvasMidY = canvasQuad.midY();
                const sinA = -canvasWi.GetSinAngle();
                const cosA = canvasWi.GetCosAngle();
                tempVector2.set(oldX, oldY);
                tempVector2.offset(-canvasMidX, -canvasMidY);
                tempVector2.rotatePrecalc(sinA, cosA);
                tempVector2.offset(canvasMidX, canvasMidY);
                instWi.SetXY(tempVector2.getX(), tempVector2.getY());
                instWi.OffsetAngle(-canvasAngle)
            }
            if (canvasAngle !== 0 || !areLayerTransformsCompatible)
                instWi.SetBboxChanged();
            const ret = [inst, inst.SaveToJson("visual-state")];
            if (canvasAngle !== 0 || !areLayerTransformsCompatible) {
                instWi.SetXY(oldX, oldY);
                instWi.SetSize(oldWidth, oldHeight);
                instWi.SetAngle(oldAngle);
                instWi.SetBboxChanged()
            }
            return ret
        }
        Do(renderer, scale, canvasInst) {
            const canvasManager = canvasInst.GetRuntime().GetCanvasManager();
            const layer = canvasInst.GetWorldInfo().GetLayer();
            const viewport = layer.GetViewport();
            const canvasBbox = canvasInst.GetWorldInfo().GetBoundingBox();
            const renderTarget = canvasInst._GetRenderTarget();
            const isMultisamplng = canvasInst.GetMultisampling() > 0;
            const includeFx = this._includeFx;
            const viewOffX = (viewport.width() - canvasBbox.width()) / -2;
            const viewOffY = (viewport.height() - canvasBbox.height()) / -2;
            const [canvasDeviceLeft,canvasDeviceTop] = layer.LayerToDrawSurface(canvasBbox.getLeft(), canvasBbox.getTop());
            canvasManager.SetDeviceTransformOffset(canvasDeviceLeft, canvasDeviceTop);
            const canvasOffX = canvasBbox.getLeft() - viewport.getLeft();
            const canvasOffY = canvasBbox.getTop() - viewport.getTop();
            const offX = viewOffX + canvasOffX;
            const offY = viewOffY + canvasOffY;
            layer._SetTransform(renderer, offX, offY);
            for (let i = 0, len = this._instances.length; i < len; ++i) {
                const info = this._instances[i];
                const inst = info[0];
                const instState = info[1];
                if (inst.IsDestroyed())
                    continue;
                const wi = inst.GetWorldInfo();
                const bbox = wi.GetBoundingBox();
                const oldState = inst.SaveToJson("visual-state");
                inst.LoadFromJson(instState, "visual-state");
                wi.GetBoundingBox();
                if (includeFx && wi.HasAnyActiveEffect() && (!isMultisamplng || !wi.GetInstanceEffectList().HasAnyActiveBackgroundBlendingEffect())) {
                    bbox.offset(-offX, -offY);
                    const opts = {
                        preTransform: ()=>layer._SetTransform(renderer, offX, offY)
                    };
                    if (layer._DrawInstanceWithEffects(inst, wi, renderer, renderTarget, opts))
                        layer._SetTransform(renderer, offX, offY);
                    wi.SetBboxChanged();
                    wi.GetBoundingBox()
                } else
                    layer._DrawInstance(inst, wi, renderer);
                inst.LoadFromJson(oldState, "visual-state")
            }
            canvasManager.SetDeviceTransformOffset(0, 0);
            canvasInst._SetRenderTargetDeviceTransform(renderer);
            canvasInst._ApplyCurrentDrawingBlendMode(renderer)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Audio = class AudioPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Audio.Type = class AudioType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
        GetScriptInterfaceClass() {
            return self.IAudioObjectType
        }
    }
    ;
    function GetAudioDOMInterface() {
        if (self["C3Audio_DOMInterface"])
            return self["C3Audio_DOMInterface"];
        else
            throw new Error("audio scripting API cannot be used here - make sure the project is using DOM mode, not worker mode");
    }
    self.IAudioObjectType = class IAudioObjectType extends self.IObjectClass {
        constructor(objectType) {
            super(objectType)
        }
        get audioContext() {
            return GetAudioDOMInterface().GetAudioContext()
        }
        get destinationNode() {
            return GetAudioDOMInterface().GetDestinationNode()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const DOM_COMPONENT_ID = "audio";
    const LATENCY_HINTS = ["interactive", "balanced", "playback"];
    C3.Plugins.Audio.Instance = class AudioInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst, DOM_COMPONENT_ID);
            this._nextPlayTime = 0;
            this._triggerTag = "";
            this._timeScaleMode = 0;
            this._saveLoadMode = 0;
            this._playInBackground = false;
            this._panningModel = 1;
            this._distanceModel = 1;
            this._listenerX = this._runtime.GetViewportWidth() / 2;
            this._listenerY = this._runtime.GetViewportHeight() / 2;
            this._listenerZ = -600;
            this._referenceDistance = 600;
            this._maxDistance = 1E4;
            this._rolloffFactor = 1;
            this._listenerInst = null;
            this._loadListenerUid = -1;
            this._masterVolume = 1;
            this._isSilent = false;
            this._sampleRate = 0;
            this._effectCount = new Map;
            this._preloadTotal = 0;
            this._preloadCount = 0;
            this._remoteUrls = new Map;
            let latencyHint = "interactive";
            if (properties) {
                this._timeScaleMode = properties[0];
                this._saveLoadMode = properties[1];
                this._playInBackground = properties[2];
                latencyHint = LATENCY_HINTS[properties[3]];
                this._panningModel = properties[4];
                this._distanceModel = properties[5];
                this._listenerZ = -properties[6];
                this._referenceDistance = properties[7];
                this._maxDistance = properties[8];
                this._rolloffFactor = properties[9]
            }
            this._lastAIState = [];
            this._lastFxState = [];
            this._lastAnalysersData = [];
            this.AddDOMMessageHandlers([["state", e=>this._OnUpdateState(e)], ["fxstate", e=>this._OnUpdateFxState(e)], ["trigger", e=>this._OnTrigger(e)]]);
            const rt = this.GetRuntime().Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "instancedestroy", e=>this._OnInstanceDestroyed(e.instance)),C3.Disposable.From(rt, "afterload", ()=>this._OnAfterLoad()),C3.Disposable.From(rt, "suspend", ()=>this._OnSuspend()),C3.Disposable.From(rt, "resume", ()=>this._OnResume()));
            this._runtime.AddLoadPromise(this.PostToDOMAsync("create-audio-context", {
                "preloadList": this._runtime.GetAssetManager().GetAudioToPreload().map(o=>({
                    "originalUrl": o.originalUrl,
                    "url": o.url,
                    "type": o.type,
                    "fileSize": o.fileSize
                })),
                "isiOSCordova": this._runtime.IsiOSCordova(),
                "timeScaleMode": this._timeScaleMode,
                "latencyHint": latencyHint,
                "panningModel": this._panningModel,
                "distanceModel": this._distanceModel,
                "refDistance": this._referenceDistance,
                "maxDistance": this._maxDistance,
                "rolloffFactor": this._rolloffFactor,
                "listenerPos": [this._listenerX, this._listenerY, this._listenerZ]
            }).then(info=>{
                this._sampleRate = info["sampleRate"]
            }
            ));
            this._StartTicking()
        }
        Release() {
            this._listenerInst = null;
            super.Release()
        }
        _OnInstanceDestroyed(inst) {
            if (this._listenerInst === inst)
                this._listenerInst = null
        }
        DbToLinearNoCap(x) {
            return Math.pow(10, x / 20)
        }
        DbToLinear(x) {
            const v = this.DbToLinearNoCap(x);
            if (!isFinite(v))
                return 0;
            return Math.max(Math.min(v, 1), 0)
        }
        LinearToDbNoCap(x) {
            return Math.log(x) / Math.log(10) * 20
        }
        LinearToDb(x) {
            return this.LinearToDbNoCap(Math.max(Math.min(x, 1), 0))
        }
        _OnSuspend() {
            if (this._playInBackground)
                return;
            this.PostToDOM("set-suspended", {
                "isSuspended": true
            })
        }
        _OnResume() {
            if (this._playInBackground)
                return;
            this.PostToDOM("set-suspended", {
                "isSuspended": false
            })
        }
        _OnUpdateState(e) {
            const tickCount = e["tickCount"];
            const preservePlaceholders = this._lastAIState.filter(ai=>ai.hasOwnProperty("placeholder") && (ai["placeholder"] > tickCount || ai["placeholder"] === -1));
            this._lastAIState = e["audioInstances"];
            this._lastAnalysersData = e["analysers"];
            if (preservePlaceholders.length > 0)
                C3.appendArray(this._lastAIState, preservePlaceholders)
        }
        _OnUpdateFxState(e) {
            this._lastFxState = e["fxstate"]
        }
        _GetFirstAudioStateByTag(tag) {
            for (const a of this._lastAIState)
                if (C3.equalsNoCase(a["tag"], tag))
                    return a;
            return null
        }
        _IsTagPlaying(tag) {
            return this._lastAIState.some(ai=>C3.equalsNoCase(tag, ai["tag"]) && ai["isPlaying"])
        }
        _MaybeMarkAsPlaying(tag, isMusic, isLooping, vol) {
            if (this._IsTagPlaying(tag))
                return null;
            const state = {
                "tag": tag,
                "duration": 0,
                "volume": vol,
                "isPlaying": true,
                "playbackTime": 0,
                "playbackRate": 1,
                "uid": -1,
                "bufferOriginalUrl": "",
                "bufferUrl": "",
                "bufferType": "",
                "isMusic": isMusic,
                "isLooping": isLooping,
                "isMuted": false,
                "resumePosition": 0,
                "pan": null,
                "placeholder": -1
            };
            this._lastAIState.push(state);
            return state
        }
        async _OnTrigger(e) {
            const type = e["type"];
            this._triggerTag = e["tag"];
            const aiId = e["aiid"];
            if (type === "ended") {
                for (const aiState of this._lastAIState)
                    if (aiState["aiid"] === aiId) {
                        aiState["isPlaying"] = false;
                        break
                    }
                await this.TriggerAsync(C3.Plugins.Audio.Cnds.OnEnded)
            } else if (type === "fade-ended")
                await this.TriggerAsync(C3.Plugins.Audio.Cnds.OnFadeEnded)
        }
        Tick() {
            const o = {
                "timeScale": this._runtime.GetTimeScale(),
                "gameTime": this._runtime.GetGameTime(),
                "instPans": this.GetInstancePans(),
                "tickCount": this._runtime.GetTickCountNoSave()
            };
            if (this._listenerInst) {
                const wi = this._listenerInst.GetWorldInfo();
                this._listenerX = wi.GetX();
                this._listenerY = wi.GetY();
                o["listenerPos"] = [this._listenerX, this._listenerY, this._listenerZ]
            }
            this.PostToDOM("tick", o)
        }
        rotatePtAround(px, py, a, ox, oy) {
            if (a === 0)
                return [px, py];
            const sin_a = Math.sin(a);
            const cos_a = Math.cos(a);
            px -= ox;
            py -= oy;
            const left_sin_a = px * sin_a;
            const top_sin_a = py * sin_a;
            const left_cos_a = px * cos_a;
            const top_cos_a = py * cos_a;
            px = left_cos_a - top_sin_a;
            py = top_cos_a + left_sin_a;
            px += ox;
            py += oy;
            return [px, py]
        }
        GetInstancePans() {
            return this._lastAIState.filter(ai=>ai["uid"] !== -1).map(ai=>this._runtime.GetInstanceByUID(ai["uid"])).filter(inst=>inst).map(inst=>{
                const wi = inst.GetWorldInfo();
                const layerAngle = wi.GetLayer().GetAngle();
                const [x,y] = this.rotatePtAround(wi.GetX(), wi.GetY(), -layerAngle, this._listenerX, this._listenerY);
                return {
                    "uid": inst.GetUID(),
                    "x": x,
                    "y": y,
                    "angle": wi.GetAngle() - layerAngle
                }
            }
            )
        }
        GetAnalyserData(tag, index) {
            for (const o of this._lastAnalysersData)
                if (o.index === index && C3.equalsNoCase(o.tag, tag))
                    return o;
            return null
        }
        _IncrementEffectCount(tag) {
            this._effectCount.set(tag, (this._effectCount.get(tag) || 0) + 1)
        }
        _ShouldSave(ai) {
            if (ai.hasOwnProperty("placeholder"))
                return false;
            if (this._saveLoadMode === 3)
                return false;
            else if (ai["isMusic"] && this._saveLoadMode === 1)
                return false;
            else if (!ai["isMusic"] && this._saveLoadMode === 2)
                return false;
            else
                return true
        }
        SaveToJson() {
            return {
                "isSilent": this._isSilent,
                "masterVolume": this._masterVolume,
                "listenerZ": this._listenerZ,
                "listenerUid": this._listenerInst ? this._listenerInst.GetUID() : -1,
                "remoteUrls": [...this._remoteUrls.entries()],
                "playing": this._lastAIState.filter(ai=>this._ShouldSave(ai)),
                "effects": this._lastFxState,
                "analysers": this._lastAnalysersData
            }
        }
        LoadFromJson(o) {
            this._isSilent = o["isSilent"];
            this._masterVolume = o["masterVolume"];
            this._listenerZ = o["listenerZ"];
            this._listenerInst = null;
            this._loadListenerUid = o["listenerUid"];
            this._remoteUrls.clear();
            if (o["remoteUrls"])
                for (const [k,v] of o["remoteUrls"])
                    this._remoteUrls.set(k, v);
            this._lastAIState = o["playing"];
            this._lastFxState = o["effects"];
            this._lastAnalysersData = o["analysers"]
        }
        _OnAfterLoad() {
            if (this._loadListenerUid !== -1) {
                this._listenerInst = this._runtime.GetInstanceByUID(this._loadListenerUid);
                this._loadListenerUid = -1;
                if (this._listenerInst) {
                    const wi = this._listenerInst.GetWorldInfo();
                    this._listenerX = wi.GetX();
                    this._listenerY = wi.GetY()
                }
            }
            for (const ai of this._lastAIState) {
                const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(ai["bufferOriginalUrl"]);
                if (info) {
                    ai["bufferUrl"] = info.url;
                    ai["bufferType"] = info.type
                } else
                    ai["bufferUrl"] = null
            }
            for (const fxChainData of Object.values(this._lastFxState))
                for (const fxData of fxChainData)
                    if (fxData.hasOwnProperty("bufferOriginalUrl")) {
                        const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(fxData["bufferOriginalUrl"]);
                        if (info) {
                            fxData["bufferUrl"] = info.url;
                            fxData["bufferType"] = info.type
                        }
                    }
            this.PostToDOM("load-state", {
                "saveLoadMode": this._saveLoadMode,
                "timeScale": this._runtime.GetTimeScale(),
                "gameTime": this._runtime.GetGameTime(),
                "listenerPos": [this._listenerX, this._listenerY, this._listenerZ],
                "isSilent": this._isSilent,
                "masterVolume": this._masterVolume,
                "playing": this._lastAIState.filter(ai=>ai["bufferUrl"] !== null),
                "effects": this._lastFxState
            })
        }
        GetDebuggerProperties() {
            const fxProps = [];
            for (const [tag,fxChainData] of Object.entries(this._lastFxState))
                fxProps.push({
                    name: "$" + tag,
                    value: fxChainData.map(d=>d["type"]).join(", ")
                });
            const prefix = "plugins.audio.debugger";
            return [{
                title: prefix + ".tag-effects",
                properties: fxProps
            }, {
                title: prefix + ".currently-playing",
                properties: [{
                    name: prefix + ".currently-playing-count",
                    value: this._lastAIState.length
                }, ...this._lastAIState.map((s,index)=>({
                    name: "$#" + index,
                    value: `${s["bufferOriginalUrl"]} ("${s["tag"]}") ${Math.round(s["playbackTime"] * 10) / 10} / ${Math.round(s["duration"] * 10) / 10}`
                }))]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Audio.Cnds = {
        OnEnded(tag) {
            return C3.equalsNoCase(this._triggerTag, tag)
        },
        OnFadeEnded(tag) {
            return C3.equalsNoCase(this._triggerTag, tag)
        },
        PreloadsComplete() {
            return this._preloadCount === this._preloadTotal
        },
        AdvancedAudioSupported() {
            return true
        },
        IsSilent() {
            return this._isSilent
        },
        IsAnyPlaying() {
            for (const ai of this._lastAIState)
                if (ai["isPlaying"])
                    return true;
            return false
        },
        IsTagPlaying(tag) {
            return this._IsTagPlaying(tag)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    const FILTER_TYPES = ["lowpass", "highpass", "bandpass", "lowshelf", "highshelf", "peaking", "notch", "allpass"];
    C3.Plugins.Audio.Acts = {
        async Play(file, looping, vol, tag) {
            if (this._isSilent)
                return;
            const isMusic = file[1];
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(file[0]);
            if (!info)
                return;
            const nextPlayTime = this._nextPlayTime;
            this._nextPlayTime = 0;
            const state = this._MaybeMarkAsPlaying(tag.toLowerCase(), isMusic, looping !== 0, this.DbToLinear(vol));
            try {
                await this.PostToDOMAsync("play", {
                    "originalUrl": file[0],
                    "url": info.url,
                    "type": info.type,
                    "isMusic": isMusic,
                    "tag": tag.toLowerCase(),
                    "isLooping": looping !== 0,
                    "vol": this.DbToLinear(vol),
                    "pos": 0,
                    "off": nextPlayTime,
                    "trueClock": !!self["C3_GetAudioContextCurrentTime"]
                })
            } finally {
                if (state)
                    state["placeholder"] = this._runtime.GetTickCountNoSave()
            }
        },
        async PlayAtPosition(file, looping, vol, x, y, angle, innerAngle, outerAngle, outerGain, tag) {
            if (this._isSilent)
                return;
            const isMusic = file[1];
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(file[0]);
            if (!info)
                return;
            const nextPlayTime = this._nextPlayTime;
            this._nextPlayTime = 0;
            const state = this._MaybeMarkAsPlaying(tag.toLowerCase(), isMusic, looping !== 0, this.DbToLinear(vol));
            try {
                await this.PostToDOMAsync("play", {
                    "originalUrl": file[0],
                    "url": info.url,
                    "type": info.type,
                    "isMusic": isMusic,
                    "tag": tag.toLowerCase(),
                    "isLooping": looping !== 0,
                    "vol": this.DbToLinear(vol),
                    "pos": 0,
                    "off": nextPlayTime,
                    "trueClock": !!self["C3_GetAudioContextCurrentTime"],
                    "panning": {
                        "x": x,
                        "y": y,
                        "angle": C3.toRadians(angle),
                        "innerAngle": C3.toRadians(innerAngle),
                        "outerAngle": C3.toRadians(outerAngle),
                        "outerGain": this.DbToLinear(outerGain)
                    }
                })
            } finally {
                if (state)
                    state["placeholder"] = this._runtime.GetTickCountNoSave()
            }
        },
        async PlayAtObject(file, looping, vol, objectClass, innerAngle, outerAngle, outerGain, tag) {
            if (this._isSilent)
                return;
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked();
            if (!inst || !inst.GetWorldInfo())
                return;
            const wi = inst.GetWorldInfo();
            const layerAngle = wi.GetLayer().GetAngle();
            const [x,y] = this.rotatePtAround(wi.GetX(), wi.GetY(), -layerAngle, this._listenerX, this._listenerY);
            const isMusic = file[1];
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(file[0]);
            if (!info)
                return;
            const nextPlayTime = this._nextPlayTime;
            this._nextPlayTime = 0;
            const state = this._MaybeMarkAsPlaying(tag.toLowerCase(), isMusic, looping !== 0, this.DbToLinear(vol));
            try {
                await this.PostToDOMAsync("play", {
                    "originalUrl": file[0],
                    "url": info.url,
                    "type": info.type,
                    "isMusic": isMusic,
                    "tag": tag.toLowerCase(),
                    "isLooping": looping !== 0,
                    "vol": this.DbToLinear(vol),
                    "pos": 0,
                    "off": nextPlayTime,
                    "trueClock": !!self["C3_GetAudioContextCurrentTime"],
                    "panning": {
                        "x": x,
                        "y": y,
                        "angle": wi.GetAngle() - layerAngle,
                        "innerAngle": C3.toRadians(innerAngle),
                        "outerAngle": C3.toRadians(outerAngle),
                        "outerGain": this.DbToLinear(outerGain),
                        "uid": inst.GetUID()
                    }
                })
            } finally {
                if (state)
                    state["placeholder"] = this._runtime.GetTickCountNoSave()
            }
        },
        async PlayByName(folder, filename, looping, vol, tag) {
            if (this._isSilent)
                return;
            const isMusic = folder === 1;
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(filename) || this._remoteUrls.get(filename.toLowerCase());
            if (!info)
                return;
            const nextPlayTime = this._nextPlayTime;
            this._nextPlayTime = 0;
            const state = this._MaybeMarkAsPlaying(tag.toLowerCase(), isMusic, looping !== 0, this.DbToLinear(vol));
            try {
                await this.PostToDOMAsync("play", {
                    "originalUrl": filename,
                    "url": info.url,
                    "type": info.type,
                    "isMusic": isMusic,
                    "tag": tag.toLowerCase(),
                    "isLooping": looping !== 0,
                    "vol": this.DbToLinear(vol),
                    "pos": 0,
                    "off": nextPlayTime,
                    "trueClock": !!self["C3_GetAudioContextCurrentTime"]
                })
            } finally {
                if (state)
                    state["placeholder"] = this._runtime.GetTickCountNoSave()
            }
        },
        async PlayAtPositionByName(folder, filename, looping, vol, x, y, angle, innerAngle, outerAngle, outerGain, tag) {
            if (this._isSilent)
                return;
            const isMusic = folder === 1;
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(filename) || this._remoteUrls.get(filename.toLowerCase());
            if (!info)
                return;
            const nextPlayTime = this._nextPlayTime;
            this._nextPlayTime = 0;
            const state = this._MaybeMarkAsPlaying(tag.toLowerCase(), isMusic, looping !== 0, this.DbToLinear(vol));
            try {
                await this.PostToDOMAsync("play", {
                    "originalUrl": filename,
                    "url": info.url,
                    "type": info.type,
                    "isMusic": isMusic,
                    "tag": tag.toLowerCase(),
                    "isLooping": looping !== 0,
                    "vol": this.DbToLinear(vol),
                    "pos": 0,
                    "off": nextPlayTime,
                    "trueClock": !!self["C3_GetAudioContextCurrentTime"],
                    "panning": {
                        "x": x,
                        "y": y,
                        "angle": C3.toRadians(angle),
                        "innerAngle": C3.toRadians(innerAngle),
                        "outerAngle": C3.toRadians(outerAngle),
                        "outerGain": this.DbToLinear(outerGain)
                    }
                })
            } finally {
                if (state)
                    state["placeholder"] = this._runtime.GetTickCountNoSave()
            }
        },
        async PlayAtObjectByName(folder, filename, looping, vol, objectClass, innerAngle, outerAngle, outerGain, tag) {
            if (this._isSilent)
                return;
            if (this._isSilent)
                return;
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked();
            if (!inst || !inst.GetWorldInfo())
                return;
            const wi = inst.GetWorldInfo();
            const layerAngle = wi.GetLayer().GetAngle();
            const [x,y] = this.rotatePtAround(wi.GetX(), wi.GetY(), -layerAngle, this._listenerX, this._listenerY);
            const isMusic = folder === 1;
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(filename) || this._remoteUrls.get(filename.toLowerCase());
            if (!info)
                return;
            const nextPlayTime = this._nextPlayTime;
            this._nextPlayTime = 0;
            const state = this._MaybeMarkAsPlaying(tag.toLowerCase(), isMusic, looping !== 0, this.DbToLinear(vol));
            try {
                await this.PostToDOMAsync("play", {
                    "originalUrl": filename,
                    "url": info.url,
                    "type": info.type,
                    "isMusic": isMusic,
                    "tag": tag.toLowerCase(),
                    "isLooping": looping !== 0,
                    "vol": this.DbToLinear(vol),
                    "pos": 0,
                    "off": nextPlayTime,
                    "trueClock": !!self["C3_GetAudioContextCurrentTime"],
                    "panning": {
                        "x": x,
                        "y": y,
                        "angle": wi.GetAngle() - layerAngle,
                        "innerAngle": C3.toRadians(innerAngle),
                        "outerAngle": C3.toRadians(outerAngle),
                        "outerGain": this.DbToLinear(outerGain),
                        "uid": inst.GetUID()
                    }
                })
            } finally {
                if (state)
                    state["placeholder"] = this._runtime.GetTickCountNoSave()
            }
        },
        SetLooping(tag, looping) {
            this.PostToDOM("set-looping", {
                "tag": tag.toLowerCase(),
                "isLooping": looping === 0
            })
        },
        SetMuted(tag, muted) {
            this.PostToDOM("set-muted", {
                "tag": tag.toLowerCase(),
                "isMuted": muted === 0
            })
        },
        SetVolume(tag, vol) {
            this.PostToDOM("set-volume", {
                "tag": tag.toLowerCase(),
                "vol": this.DbToLinear(vol)
            })
        },
        FadeVolume(tag, vol, duration, ending) {
            this.PostToDOM("fade-volume", {
                "tag": tag.toLowerCase(),
                "vol": this.DbToLinear(vol),
                "duration": duration,
                "stopOnEnd": ending === 0
            })
        },
        async Preload(file) {
            const isMusic = file[1];
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(file[0]);
            if (!info)
                return;
            this._preloadTotal++;
            await this.PostToDOMAsync("preload", {
                "originalUrl": file[0],
                "url": info.url,
                "type": info.type,
                "isMusic": isMusic
            });
            this._preloadCount++
        },
        async PreloadByName(folder, filename) {
            const isMusic = folder === 1;
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(filename) || this._remoteUrls.get(filename.toLowerCase());
            if (!info)
                return;
            this._preloadTotal++;
            await this.PostToDOMAsync("preload", {
                "originalUrl": filename,
                "url": info.url,
                "type": info.type,
                "isMusic": isMusic
            });
            this._preloadCount++
        },
        SetPlaybackRate(tag, rate) {
            this.PostToDOM("set-playback-rate", {
                "tag": tag.toLowerCase(),
                "rate": Math.max(rate, 0)
            })
        },
        Stop(tag) {
            this.PostToDOM("stop", {
                "tag": tag.toLowerCase()
            })
        },
        StopAll() {
            this.PostToDOM("stop-all")
        },
        SetPaused(tag, state) {
            this.PostToDOM("set-paused", {
                "tag": tag.toLowerCase(),
                "paused": state === 0
            })
        },
        Seek(tag, pos) {
            this.PostToDOM("seek", {
                "tag": tag.toLowerCase(),
                "pos": pos
            })
        },
        SetSilent(s) {
            if (s === 2)
                s = this._isSilent ? 1 : 0;
            s = s === 0;
            if (this._isSilent === s)
                return;
            this._isSilent = s;
            this.PostToDOM("set-silent", {
                "isSilent": s
            })
        },
        SetMasterVolume(vol) {
            const mv = this.DbToLinear(vol);
            if (this._masterVolume === mv)
                return;
            this._masterVolume = mv;
            this.PostToDOM("set-master-volume", {
                "vol": mv
            })
        },
        AddFilterEffect(tag, type, freq, detune, q, gain, mix) {
            tag = tag.toLowerCase();
            const typeStr = FILTER_TYPES[type];
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "filter",
                "tag": tag,
                "params": [typeStr, freq, detune, q, gain, C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddDelayEffect(tag, delay, gain, mix) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "delay",
                "tag": tag,
                "params": [delay, this.DbToLinear(gain), C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddFlangerEffect(tag, delay, modulation, freq, feedback, mix) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "flanger",
                "tag": tag,
                "params": [delay / 1E3, modulation / 1E3, freq, feedback / 100, C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddPhaserEffect(tag, freq, detune, q, mod, modfreq, mix) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "phaser",
                "tag": tag,
                "params": [freq, detune, q, mod, modfreq, C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddConvolutionEffect(tag, file, norm, mix) {
            tag = tag.toLowerCase();
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(file[0]);
            if (!info)
                return;
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "convolution",
                "tag": tag,
                "bufferOriginalUrl": file[0],
                "bufferUrl": info.url,
                "bufferType": info.type,
                "params": [norm === 0, C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddGainEffect(tag, g) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "gain",
                "tag": tag,
                "params": [this.DbToLinear(g)]
            })
        },
        AddMuteEffect(tag) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "gain",
                "tag": tag,
                "params": [0]
            })
        },
        AddTremoloEffect(tag, freq, mix) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "tremolo",
                "tag": tag,
                "params": [freq, C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddRingModEffect(tag, freq, mix) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "ringmod",
                "tag": tag,
                "params": [freq, C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddDistortionEffect(tag, threshold, headroom, drive, makeupgain, mix) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "distortion",
                "tag": tag,
                "params": [this.DbToLinearNoCap(threshold), this.DbToLinearNoCap(headroom), drive, this.DbToLinearNoCap(makeupgain), C3.clamp(mix / 100, 0, 1)]
            })
        },
        AddCompressorEffect(tag, threshold, knee, ratio, attack, release) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "compressor",
                "tag": tag,
                "params": [threshold, knee, ratio, attack / 1E3, release / 1E3]
            })
        },
        AddAnalyserEffect(tag, fftSize, smoothing) {
            tag = tag.toLowerCase();
            this._IncrementEffectCount(tag);
            this.PostToDOM("add-effect", {
                "type": "analyser",
                "tag": tag,
                "params": [fftSize, smoothing]
            })
        },
        RemoveEffects(tag) {
            tag = tag.toLowerCase();
            this._effectCount.set(tag, 0);
            this.PostToDOM("remove-effects", {
                "tag": tag
            });
            this._lastFxState = {}
        },
        SetEffectParameter(tag, index, param, value, ramp, time) {
            this.PostToDOM("set-effect-param", {
                "tag": tag.toLowerCase(),
                "index": Math.floor(index),
                "param": param,
                "value": value,
                "ramp": ramp,
                "time": time
            })
        },
        SetListenerObject(objectClass) {
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked();
            if (!inst || !inst.GetWorldInfo())
                return;
            this._listenerInst = inst
        },
        SetListenerZ(z) {
            this._listenerZ = z
        },
        ScheduleNextPlay(t) {
            this._nextPlayTime = Math.max(t, 0)
        },
        UnloadAudio(file) {
            const isMusic = file[1];
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(file[0]);
            if (!info)
                return;
            this.PostToDOM("unload", {
                "url": info.url,
                "type": info.type,
                "isMusic": isMusic
            })
        },
        UnloadAudioByName(folder, filename) {
            const isMusic = folder === 1;
            const info = this._runtime.GetAssetManager().GetProjectAudioFileUrl(filename) || this._remoteUrls.get(filename.toLowerCase());
            if (!info)
                return;
            this.PostToDOM("unload", {
                "url": info.url,
                "type": info.type,
                "isMusic": isMusic
            })
        },
        UnloadAll() {
            this.PostToDOM("unload-all")
        },
        AddRemoteURL(url, type, name) {
            this._remoteUrls.set(name.toLowerCase(), {
                url,
                type
            })
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.Audio.Exps = {
        Duration(tag) {
            const a = this._GetFirstAudioStateByTag(tag);
            return a ? a["duration"] : 0
        },
        PlaybackTime(tag) {
            const a = this._GetFirstAudioStateByTag(tag);
            return a ? a["playbackTime"] : 0
        },
        PlaybackRate(tag) {
            const a = this._GetFirstAudioStateByTag(tag);
            return a ? a["playbackRate"] : 0
        },
        Volume(tag) {
            const a = this._GetFirstAudioStateByTag(tag);
            return a ? this.LinearToDb(a["volume"]) : 0
        },
        MasterVolume() {
            return this.LinearToDb(this._masterVolume)
        },
        EffectCount(tag) {
            return this._effectCount.get(tag.toLowerCase()) || 0
        },
        AnalyserFreqBinCount(tag, index) {
            const o = this.GetAnalyserData(tag, Math.floor(index));
            return o ? o["binCount"] : 0
        },
        AnalyserFreqBinAt(tag, index, bin) {
            const o = this.GetAnalyserData(tag, Math.floor(index));
            if (!o)
                return 0;
            bin = Math.floor(bin);
            if (bin < 0 || bin >= o["binCount"])
                return 0;
            return o["freqBins"][bin]
        },
        AnalyserPeakLevel(tag, index) {
            const o = this.GetAnalyserData(tag, Math.floor(index));
            return o ? o["peak"] : 0
        },
        AnalyserRMSLevel(tag, index) {
            const o = this.GetAnalyserData(tag, Math.floor(index));
            return o ? o["rms"] : 0
        },
        SampleRate() {
            return this._sampleRate
        },
        CurrentTime() {
            if (self["C3_GetAudioContextCurrentTime"])
                return self["C3_GetAudioContextCurrentTime"]();
            else
                return performance.now() / 1E3
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.LocalStorage = class LocalStoragePlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.LocalStorage.Type = class LocalStorageType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.LocalStorage.Instance = class LocalStorageInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._currentKey = "";
            this._lastValue = "";
            this._keyNamesList = [];
            this._errorMessage = "";
            this._pendingGets = 0;
            this._pendingSets = 0;
            this._storage = this._runtime._GetProjectStorage();
            this._debugCache = new Map;
            this._isLoadingDebugCache = false
        }
        Release() {
            super.Release()
        }
        async _TriggerStorageError(err) {
            this._errorMessage = this._GetErrorString(err);
            await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnError)
        }
        _GetErrorString(err) {
            if (!err)
                return "unknown error";
            else if (typeof err === "string")
                return err;
            else if (typeof err.message === "string")
                return err.message;
            else if (typeof err.name === "string")
                return err.name;
            else if (typeof err.data === "string")
                return err.data;
            else
                return "unknown error"
        }
        GetDebuggerProperties() {
            if (!this._isLoadingDebugCache)
                this._DebugCacheStorage();
            return [{
                title: "plugins.localstorage.name",
                properties: [...this._debugCache.entries()].map(entry=>({
                    name: "$" + entry[0],
                    value: entry[1],
                    onedit: v=>this._storage.setItem(entry[0], v)
                }))
            }]
        }
        async _DebugCacheStorage() {
            this._isLoadingDebugCache = true;
            try {
                const keyList = await this._storage.keys();
                keyList.sort((a,b)=>{
                    const la = a.toLowerCase();
                    const lb = b.toLowerCase();
                    if (la < lb)
                        return -1;
                    else if (lb < la)
                        return 1;
                    else
                        return 0
                }
                );
                const values = await Promise.all(keyList.map(key=>this._storage.getItem(key)));
                this._debugCache.clear();
                for (let i = 0, len = keyList.length; i < len; ++i)
                    this._debugCache.set(keyList[i], values[i])
            } catch (err) {
                console.warn("[C3 debugger] Error displaying local storage: ", err)
            } finally {
                this._isLoadingDebugCache = false
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.LocalStorage.Cnds = {
        OnItemSet(key) {
            return this._currentKey === key
        },
        OnAnyItemSet() {
            return true
        },
        OnItemGet(key) {
            return this._currentKey === key
        },
        OnAnyItemGet() {
            return true
        },
        OnItemRemoved(key) {
            return this._currentKey === key
        },
        OnAnyItemRemoved() {
            return true
        },
        OnCleared() {
            return true
        },
        OnAllKeyNamesLoaded() {
            return true
        },
        OnError() {
            return true
        },
        OnItemExists(key) {
            return this._currentKey === key
        },
        OnItemMissing(key) {
            return this._currentKey === key
        },
        CompareKey(cmp, key) {
            return C3.compare(this._currentKey, cmp, key)
        },
        CompareValue(cmp, v) {
            return C3.compare(this._lastValue, cmp, v)
        },
        IsProcessingSets() {
            return this._pendingSets > 0
        },
        IsProcessingGets() {
            return this._pendingGets > 0
        },
        OnAllSetsComplete() {
            return true
        },
        OnAllGetsComplete() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    function IsExpressionType(x) {
        return typeof x === "string" || typeof x === "number"
    }
    C3.Plugins.LocalStorage.Acts = {
        async SetItem(key, value) {
            this._pendingSets++;
            try {
                const valueSet = await this._storage.setItem(key, value);
                await this.ScheduleTriggers(async()=>{
                    this._currentKey = key;
                    this._lastValue = valueSet;
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAnyItemSet);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemSet)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            } finally {
                this._pendingSets--;
                if (this._pendingSets === 0)
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAllSetsComplete)
            }
        },
        async SetBinaryItem(key, objectClass) {
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked(this._inst);
            if (!inst)
                return;
            const sdkInst = inst.GetSdkInstance();
            if (!sdkInst)
                return;
            const buffer = sdkInst.GetArrayBufferReadOnly();
            this._pendingSets++;
            try {
                await this._storage.setItem(key, buffer);
                await this.ScheduleTriggers(async()=>{
                    this._currentKey = key;
                    this._lastValue = "";
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAnyItemSet);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemSet)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            } finally {
                this._pendingSets--;
                if (this._pendingSets === 0)
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAllSetsComplete)
            }
        },
        async GetItem(key) {
            this._pendingGets++;
            try {
                const value = await this._storage.getItem(key);
                await this.ScheduleTriggers(async()=>{
                    this._currentKey = key;
                    this._lastValue = IsExpressionType(value) ? value : "";
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAnyItemGet);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemGet)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            } finally {
                this._pendingGets--;
                if (this._pendingGets === 0)
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAllGetsComplete)
            }
        },
        async GetBinaryItem(key, objectClass) {
            if (!objectClass)
                return;
            const inst = objectClass.GetFirstPicked(this._inst);
            if (!inst)
                return;
            const sdkInst = inst.GetSdkInstance();
            this._pendingGets++;
            try {
                let value = await this._storage.getItem(key);
                value = value instanceof ArrayBuffer ? value : new ArrayBuffer(0);
                await this.ScheduleTriggers(async()=>{
                    this._lastValue = "";
                    this._currentKey = key;
                    sdkInst.SetArrayBufferTransfer(value);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAnyItemGet);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemGet)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            } finally {
                this._pendingGets--;
                if (this._pendingGets === 0)
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAllGetsComplete)
            }
        },
        async CheckItemExists(key) {
            try {
                const value = await this._storage.getItem(key);
                await this.ScheduleTriggers(async()=>{
                    this._currentKey = key;
                    if (typeof value === "undefined" || value === null) {
                        this._lastValue = "";
                        await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemMissing)
                    } else {
                        this._lastValue = IsExpressionType(value) ? value : "";
                        await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemExists)
                    }
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            }
        },
        async RemoveItem(key) {
            try {
                await this._storage.removeItem(key);
                await this.ScheduleTriggers(async()=>{
                    this._currentKey = key;
                    this._lastValue = "";
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAnyItemRemoved);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnItemRemoved)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            }
        },
        async ClearStorage() {
            try {
                await this._storage.clear();
                await this.ScheduleTriggers(async()=>{
                    this._currentKey = "";
                    this._lastValue = "";
                    C3.clearArray(this._keyNamesList);
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnCleared)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            }
        },
        async GetAllKeyNames() {
            try {
                const keyList = await this._storage.keys();
                await this.ScheduleTriggers(async()=>{
                    this._keyNamesList = keyList;
                    await this.TriggerAsync(C3.Plugins.LocalStorage.Cnds.OnAllKeyNamesLoaded)
                }
                )
            } catch (err) {
                await this._TriggerStorageError(err)
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.LocalStorage.Exps = {
        ItemValue() {
            return this._lastValue
        },
        Key() {
            return this._currentKey
        },
        KeyCount() {
            return this._keyNamesList.length
        },
        KeyAt(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._keyNamesList.length)
                return "";
            return this._keyNamesList[i]
        },
        ErrorMessage() {
            return this._errorMessage
        }
    }
}
;"use strict";
function rstr_md5(s) {
    return binl2rstr(binl_md5(rstr2binl(s), s.length * 8));
}
function rstr_hmac_md5(key, data) {
    var bkey = rstr2binl(key);
    if (bkey.length > 16)
        bkey = binl_md5(bkey, key.length * 8);
    var ipad = Array(16)
      , opad = Array(16);
    for (var i = 0; i < 16; i++) {
        ipad[i] = bkey[i] ^ 0x36363636;
        opad[i] = bkey[i] ^ 0x5C5C5C5C;
    }
    var hash = binl_md5(ipad.concat(rstr2binl(data)), 512 + data.length * 8);
    return binl2rstr(binl_md5(opad.concat(hash), 512 + 128));
}
function rstr2any(input, encoding) {
    var divisor = encoding.length;
    var i, j, q, x, quotient;
    var dividend = Array(Math.ceil(input.length / 2));
    for (i = 0; i < dividend.length; i++) {
        dividend[i] = (input.charCodeAt(i * 2) << 8) | input.charCodeAt(i * 2 + 1);
    }
    var full_length = Math.ceil(input.length * 8 / (Math.log(encoding.length) / Math.log(2)));
    var remainders = Array(full_length);
    for (j = 0; j < full_length; j++) {
        quotient = Array();
        x = 0;
        for (i = 0; i < dividend.length; i++) {
            x = (x << 16) + dividend[i];
            q = Math.floor(x / divisor);
            x -= q * divisor;
            if (quotient.length > 0 || q > 0)
                quotient[quotient.length] = q;
        }
        remainders[j] = x;
        dividend = quotient;
    }
    var output = "";
    for (i = remainders.length - 1; i >= 0; i--)
        output += encoding.charAt(remainders[i]);
    return output;
}
function str2rstr_utf8(input) {
    var output = "";
    var i = -1;
    var x, y;
    while (++i < input.length) {
        x = input.charCodeAt(i);
        y = i + 1 < input.length ? input.charCodeAt(i + 1) : 0;
        if (0xD800 <= x && x <= 0xDBFF && 0xDC00 <= y && y <= 0xDFFF) {
            x = 0x10000 + ((x & 0x03FF) << 10) + (y & 0x03FF);
            i++;
        }
        if (x <= 0x7F)
            output += String.fromCharCode(x);
        else if (x <= 0x7FF)
            output += String.fromCharCode(0xC0 | ((x >>> 6) & 0x1F), 0x80 | (x & 0x3F));
        else if (x <= 0xFFFF)
            output += String.fromCharCode(0xE0 | ((x >>> 12) & 0x0F), 0x80 | ((x >>> 6) & 0x3F), 0x80 | (x & 0x3F));
        else if (x <= 0x1FFFFF)
            output += String.fromCharCode(0xF0 | ((x >>> 18) & 0x07), 0x80 | ((x >>> 12) & 0x3F), 0x80 | ((x >>> 6) & 0x3F), 0x80 | (x & 0x3F));
    }
    return output;
}
function str2rstr_utf16le(input) {
    var output = "";
    for (var i = 0; i < input.length; i++)
        output += String.fromCharCode(input.charCodeAt(i) & 0xFF, (input.charCodeAt(i) >>> 8) & 0xFF);
    return output;
}
function str2rstr_utf16be(input) {
    var output = "";
    for (var i = 0; i < input.length; i++)
        output += String.fromCharCode((input.charCodeAt(i) >>> 8) & 0xFF, input.charCodeAt(i) & 0xFF);
    return output;
}
function rstr2binl(input) {
    var output = Array(input.length >> 2);
    for (var i = 0; i < output.length; i++)
        output[i] = 0;
    for (var i = 0; i < input.length * 8; i += 8)
        output[i >> 5] |= (input.charCodeAt(i / 8) & 0xFF) << (i % 32);
    return output;
}
function binl2rstr(input) {
    var output = "";
    for (var i = 0; i < input.length * 32; i += 8)
        output += String.fromCharCode((input[i >> 5] >>> (i % 32)) & 0xFF);
    return output;
}
function binl_md5(x, len) {
    x[len >> 5] |= 0x80 << ((len) % 32);
    x[(((len + 64) >>> 9) << 4) + 14] = len;
    var a = 1732584193;
    var b = -271733879;
    var c = -1732584194;
    var d = 271733878;
    for (var i = 0; i < x.length; i += 16) {
        var olda = a;
        var oldb = b;
        var oldc = c;
        var oldd = d;
        a = md5_ff(a, b, c, d, x[i + 0], 7, -680876936);
        d = md5_ff(d, a, b, c, x[i + 1], 12, -389564586);
        c = md5_ff(c, d, a, b, x[i + 2], 17, 606105819);
        b = md5_ff(b, c, d, a, x[i + 3], 22, -1044525330);
        a = md5_ff(a, b, c, d, x[i + 4], 7, -176418897);
        d = md5_ff(d, a, b, c, x[i + 5], 12, 1200080426);
        c = md5_ff(c, d, a, b, x[i + 6], 17, -1473231341);
        b = md5_ff(b, c, d, a, x[i + 7], 22, -45705983);
        a = md5_ff(a, b, c, d, x[i + 8], 7, 1770035416);
        d = md5_ff(d, a, b, c, x[i + 9], 12, -1958414417);
        c = md5_ff(c, d, a, b, x[i + 10], 17, -42063);
        b = md5_ff(b, c, d, a, x[i + 11], 22, -1990404162);
        a = md5_ff(a, b, c, d, x[i + 12], 7, 1804603682);
        d = md5_ff(d, a, b, c, x[i + 13], 12, -40341101);
        c = md5_ff(c, d, a, b, x[i + 14], 17, -1502002290);
        b = md5_ff(b, c, d, a, x[i + 15], 22, 1236535329);
        a = md5_gg(a, b, c, d, x[i + 1], 5, -165796510);
        d = md5_gg(d, a, b, c, x[i + 6], 9, -1069501632);
        c = md5_gg(c, d, a, b, x[i + 11], 14, 643717713);
        b = md5_gg(b, c, d, a, x[i + 0], 20, -373897302);
        a = md5_gg(a, b, c, d, x[i + 5], 5, -701558691);
        d = md5_gg(d, a, b, c, x[i + 10], 9, 38016083);
        c = md5_gg(c, d, a, b, x[i + 15], 14, -660478335);
        b = md5_gg(b, c, d, a, x[i + 4], 20, -405537848);
        a = md5_gg(a, b, c, d, x[i + 9], 5, 568446438);
        d = md5_gg(d, a, b, c, x[i + 14], 9, -1019803690);
        c = md5_gg(c, d, a, b, x[i + 3], 14, -187363961);
        b = md5_gg(b, c, d, a, x[i + 8], 20, 1163531501);
        a = md5_gg(a, b, c, d, x[i + 13], 5, -1444681467);
        d = md5_gg(d, a, b, c, x[i + 2], 9, -51403784);
        c = md5_gg(c, d, a, b, x[i + 7], 14, 1735328473);
        b = md5_gg(b, c, d, a, x[i + 12], 20, -1926607734);
        a = md5_hh(a, b, c, d, x[i + 5], 4, -378558);
        d = md5_hh(d, a, b, c, x[i + 8], 11, -2022574463);
        c = md5_hh(c, d, a, b, x[i + 11], 16, 1839030562);
        b = md5_hh(b, c, d, a, x[i + 14], 23, -35309556);
        a = md5_hh(a, b, c, d, x[i + 1], 4, -1530992060);
        d = md5_hh(d, a, b, c, x[i + 4], 11, 1272893353);
        c = md5_hh(c, d, a, b, x[i + 7], 16, -155497632);
        b = md5_hh(b, c, d, a, x[i + 10], 23, -1094730640);
        a = md5_hh(a, b, c, d, x[i + 13], 4, 681279174);
        d = md5_hh(d, a, b, c, x[i + 0], 11, -358537222);
        c = md5_hh(c, d, a, b, x[i + 3], 16, -722521979);
        b = md5_hh(b, c, d, a, x[i + 6], 23, 76029189);
        a = md5_hh(a, b, c, d, x[i + 9], 4, -640364487);
        d = md5_hh(d, a, b, c, x[i + 12], 11, -421815835);
        c = md5_hh(c, d, a, b, x[i + 15], 16, 530742520);
        b = md5_hh(b, c, d, a, x[i + 2], 23, -995338651);
        a = md5_ii(a, b, c, d, x[i + 0], 6, -198630844);
        d = md5_ii(d, a, b, c, x[i + 7], 10, 1126891415);
        c = md5_ii(c, d, a, b, x[i + 14], 15, -1416354905);
        b = md5_ii(b, c, d, a, x[i + 5], 21, -57434055);
        a = md5_ii(a, b, c, d, x[i + 12], 6, 1700485571);
        d = md5_ii(d, a, b, c, x[i + 3], 10, -1894986606);
        c = md5_ii(c, d, a, b, x[i + 10], 15, -1051523);
        b = md5_ii(b, c, d, a, x[i + 1], 21, -2054922799);
        a = md5_ii(a, b, c, d, x[i + 8], 6, 1873313359);
        d = md5_ii(d, a, b, c, x[i + 15], 10, -30611744);
        c = md5_ii(c, d, a, b, x[i + 6], 15, -1560198380);
        b = md5_ii(b, c, d, a, x[i + 13], 21, 1309151649);
        a = md5_ii(a, b, c, d, x[i + 4], 6, -145523070);
        d = md5_ii(d, a, b, c, x[i + 11], 10, -1120210379);
        c = md5_ii(c, d, a, b, x[i + 2], 15, 718787259);
        b = md5_ii(b, c, d, a, x[i + 9], 21, -343485551);
        a = safe_add(a, olda);
        b = safe_add(b, oldb);
        c = safe_add(c, oldc);
        d = safe_add(d, oldd);
    }
    return Array(a, b, c, d);
}
function md5_cmn(q, a, b, x, s, t) {
    return safe_add(bit_rol(safe_add(safe_add(a, q), safe_add(x, t)), s), b);
}
function md5_ff(a, b, c, d, x, s, t) {
    return md5_cmn((b & c) | ((~b) & d), a, b, x, s, t);
}
function md5_gg(a, b, c, d, x, s, t) {
    return md5_cmn((b & d) | (c & (~d)), a, b, x, s, t);
}
function md5_hh(a, b, c, d, x, s, t) {
    return md5_cmn(b ^ c ^ d, a, b, x, s, t);
}
function md5_ii(a, b, c, d, x, s, t) {
    return md5_cmn(c ^ (b | (~d)), a, b, x, s, t);
}
function safe_add(x, y) {
    var lsw = (x & 0xFFFF) + (y & 0xFFFF);
    var msw = (x >> 16) + (y >> 16) + (lsw >> 16);
    return (msw << 16) | (lsw & 0xFFFF);
}
function bit_rol(num, cnt) {
    return (num << cnt) | (num >>> (32 - cnt));
}
function rstr_sha1(s) {
    return binb2rstr(binb_sha1(rstr2binb(s), s.length * 8));
}
function rstr_hmac_sha1(key, data) {
    var bkey = rstr2binb(key);
    if (bkey.length > 16)
        bkey = binb_sha1(bkey, key.length * 8);
    var ipad = Array(16)
      , opad = Array(16);
    for (var i = 0; i < 16; i++) {
        ipad[i] = bkey[i] ^ 0x36363636;
        opad[i] = bkey[i] ^ 0x5C5C5C5C;
    }
    var hash = binb_sha1(ipad.concat(rstr2binb(data)), 512 + data.length * 8);
    return binb2rstr(binb_sha1(opad.concat(hash), 512 + 160));
}
function rstr2binb(input) {
    var output = Array(input.length >> 2);
    for (var i = 0; i < output.length; i++)
        output[i] = 0;
    for (var i = 0; i < input.length * 8; i += 8)
        output[i >> 5] |= (input.charCodeAt(i / 8) & 0xFF) << (24 - i % 32);
    return output;
}
function binb2rstr(input) {
    var output = "";
    for (var i = 0; i < input.length * 32; i += 8)
        output += String.fromCharCode((input[i >> 5] >>> (24 - i % 32)) & 0xFF);
    return output;
}
function binb_sha1(x, len) {
    x[len >> 5] |= 0x80 << (24 - len % 32);
    x[((len + 64 >> 9) << 4) + 15] = len;
    var w = Array(80);
    var a = 1732584193;
    var b = -271733879;
    var c = -1732584194;
    var d = 271733878;
    var e = -1009589776;
    for (var i = 0; i < x.length; i += 16) {
        var olda = a;
        var oldb = b;
        var oldc = c;
        var oldd = d;
        var olde = e;
        for (var j = 0; j < 80; j++) {
            if (j < 16)
                w[j] = x[i + j];
            else
                w[j] = bit_rol(w[j - 3] ^ w[j - 8] ^ w[j - 14] ^ w[j - 16], 1);
            var t = safe_add(safe_add(bit_rol(a, 5), sha1_ft(j, b, c, d)), safe_add(safe_add(e, w[j]), sha1_kt(j)));
            e = d;
            d = c;
            c = bit_rol(b, 30);
            b = a;
            a = t;
        }
        a = safe_add(a, olda);
        b = safe_add(b, oldb);
        c = safe_add(c, oldc);
        d = safe_add(d, oldd);
        e = safe_add(e, olde);
    }
    return Array(a, b, c, d, e);
}
function sha1_ft(t, b, c, d) {
    if (t < 20)
        return (b & c) | ((~b) & d);
    if (t < 40)
        return b ^ c ^ d;
    if (t < 60)
        return (b & c) | (b & d) | (c & d);
    return b ^ c ^ d;
}
function sha1_kt(t) {
    return (t < 20) ? 1518500249 : (t < 40) ? 1859775393 : (t < 60) ? -1894007588 : -899497514;
}
function rstr_sha256(s) {
    return binb2rstr(binb_sha256(rstr2binb(s), s.length * 8));
}
function rstr_hmac_sha256(key, data) {
    var bkey = rstr2binb(key);
    if (bkey.length > 16)
        bkey = binb_sha256(bkey, key.length * 8);
    var ipad = Array(16)
      , opad = Array(16);
    for (var i = 0; i < 16; i++) {
        ipad[i] = bkey[i] ^ 0x36363636;
        opad[i] = bkey[i] ^ 0x5C5C5C5C;
    }
    var hash = binb_sha256(ipad.concat(rstr2binb(data)), 512 + data.length * 8);
    return binb2rstr(binb_sha256(opad.concat(hash), 512 + 256));
}
function sha256_S(X, n) {
    return (X >>> n) | (X << (32 - n));
}
function sha256_R(X, n) {
    return (X >>> n);
}
function sha256_Ch(x, y, z) {
    return ((x & y) ^ ((~x) & z));
}
function sha256_Maj(x, y, z) {
    return ((x & y) ^ (x & z) ^ (y & z));
}
function sha256_Sigma0256(x) {
    return (sha256_S(x, 2) ^ sha256_S(x, 13) ^ sha256_S(x, 22));
}
function sha256_Sigma1256(x) {
    return (sha256_S(x, 6) ^ sha256_S(x, 11) ^ sha256_S(x, 25));
}
function sha256_Gamma0256(x) {
    return (sha256_S(x, 7) ^ sha256_S(x, 18) ^ sha256_R(x, 3));
}
function sha256_Gamma1256(x) {
    return (sha256_S(x, 17) ^ sha256_S(x, 19) ^ sha256_R(x, 10));
}
function sha256_Sigma0512(x) {
    return (sha256_S(x, 28) ^ sha256_S(x, 34) ^ sha256_S(x, 39));
}
function sha256_Sigma1512(x) {
    return (sha256_S(x, 14) ^ sha256_S(x, 18) ^ sha256_S(x, 41));
}
function sha256_Gamma0512(x) {
    return (sha256_S(x, 1) ^ sha256_S(x, 8) ^ sha256_R(x, 7));
}
function sha256_Gamma1512(x) {
    return (sha256_S(x, 19) ^ sha256_S(x, 61) ^ sha256_R(x, 6));
}
var sha256_K = new Array(1116352408,1899447441,-1245643825,-373957723,961987163,1508970993,-1841331548,-1424204075,-670586216,310598401,607225278,1426881987,1925078388,-2132889090,-1680079193,-1046744716,-459576895,-272742522,264347078,604807628,770255983,1249150122,1555081692,1996064986,-1740746414,-1473132947,-1341970488,-1084653625,-958395405,-710438585,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,-2117940946,-1838011259,-1564481375,-1474664885,-1035236496,-949202525,-778901479,-694614492,-200395387,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,-2067236844,-1933114872,-1866530822,-1538233109,-1090935817,-965641998);
function binb_sha256(m, l) {
    var HASH = new Array(1779033703,-1150833019,1013904242,-1521486534,1359893119,-1694144372,528734635,1541459225);
    var W = new Array(64);
    var a, b, c, d, e, f, g, h;
    var i, j, T1, T2;
    m[l >> 5] |= 0x80 << (24 - l % 32);
    m[((l + 64 >> 9) << 4) + 15] = l;
    for (i = 0; i < m.length; i += 16) {
        a = HASH[0];
        b = HASH[1];
        c = HASH[2];
        d = HASH[3];
        e = HASH[4];
        f = HASH[5];
        g = HASH[6];
        h = HASH[7];
        for (j = 0; j < 64; j++) {
            if (j < 16)
                W[j] = m[j + i];
            else
                W[j] = safe_add(safe_add(safe_add(sha256_Gamma1256(W[j - 2]), W[j - 7]), sha256_Gamma0256(W[j - 15])), W[j - 16]);
            T1 = safe_add(safe_add(safe_add(safe_add(h, sha256_Sigma1256(e)), sha256_Ch(e, f, g)), sha256_K[j]), W[j]);
            T2 = safe_add(sha256_Sigma0256(a), sha256_Maj(a, b, c));
            h = g;
            g = f;
            f = e;
            e = safe_add(d, T1);
            d = c;
            c = b;
            b = a;
            a = safe_add(T1, T2);
        }
        HASH[0] = safe_add(a, HASH[0]);
        HASH[1] = safe_add(b, HASH[1]);
        HASH[2] = safe_add(c, HASH[2]);
        HASH[3] = safe_add(d, HASH[3]);
        HASH[4] = safe_add(e, HASH[4]);
        HASH[5] = safe_add(f, HASH[5]);
        HASH[6] = safe_add(g, HASH[6]);
        HASH[7] = safe_add(h, HASH[7]);
    }
    return HASH;
}
{
    C3.Plugins.CBhash = class CBhashPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Plugins.CBhash.Type = class CBhashType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Plugins.CBhash.Instance = class CBhashInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this._testProperty = 0;
            this.lastResult = "";
            this.hexcase = 0;
            this.b64pad = " ";
            if (properties) {}
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {};
        }
        LoadFromJson(o) {}
        hex_md5(s) {
            return this.rstr2hex(rstr_md5(str2rstr_utf8(s)));
        }
        b64_md5(s) {
            return this.rstr2b64(rstr_md5(str2rstr_utf8(s)));
        }
        any_md5(s, e) {
            return rstr2any(rstr_md5(str2rstr_utf8(s)), e);
        }
        hex_hmac_md5(k, d) {
            return this.rstr2hex(rstr_hmac_md5(str2rstr_utf8(k), str2rstr_utf8(d)));
        }
        b64_hmac_md5(k, d) {
            return this.rstr2b64(rstr_hmac_md5(str2rstr_utf8(k), str2rstr_utf8(d)));
        }
        any_hmac_md5(k, d, e) {
            return rstr2any(rstr_hmac_md5(str2rstr_utf8(k), str2rstr_utf8(d)), e);
        }
        hex_sha1(s) {
            return this.rstr2hex(rstr_sha1(str2rstr_utf8(s)));
        }
        b64_sha1(s) {
            return this.rstr2b64(rstr_sha1(str2rstr_utf8(s)));
        }
        any_sha1(s, e) {
            return rstr2any(rstr_sha1(str2rstr_utf8(s)), e);
        }
        hex_hmac_sha1(k, d) {
            return this.rstr2hex(rstr_hmac_sha1(str2rstr_utf8(k), str2rstr_utf8(d)));
        }
        b64_hmac_sha1(k, d) {
            return this.rstr2b64(rstr_hmac_sha1(str2rstr_utf8(k), str2rstr_utf8(d)));
        }
        any_hmac_sha1(k, d, e) {
            return rstr2any(rstr_hmac_sha1(str2rstr_utf8(k), str2rstr_utf8(d)), e);
        }
        hex_sha256(s) {
            return this.rstr2hex(rstr_sha256(str2rstr_utf8(s)));
        }
        b64_sha256(s) {
            return this.rstr2b64(rstr_sha256(str2rstr_utf8(s)));
        }
        any_sha256(s, e) {
            return rstr2any(rstr_sha256(str2rstr_utf8(s)), e);
        }
        hex_hmac_sha256(k, d) {
            return this.rstr2hex(rstr_hmac_sha256(str2rstr_utf8(k), str2rstr_utf8(d)));
        }
        b64_hmac_sha256(k, d) {
            return this.rstr2b64(rstr_hmac_sha256(str2rstr_utf8(k), str2rstr_utf8(d)));
        }
        any_hmac_sha256(k, d, e) {
            return rstr2any(rstr_hmac_sha256(str2rstr_utf8(k), str2rstr_utf8(d)), e);
        }
        rstr2hex(input) {
            try {
                this.hexcase
            } catch (e) {
                this.hexcase = 0;
            }
            var hex_tab = this.hexcase ? "0123456789ABCDEF" : "0123456789abcdef";
            var output = "";
            var x;
            for (var i = 0; i < input.length; i++) {
                x = input.charCodeAt(i);
                output += hex_tab.charAt((x >>> 4) & 0x0F) + hex_tab.charAt(x & 0x0F);
            }
            return output;
        }
        rstr2b64(input) {
            try {
                this.b64pad
            } catch (e) {
                this.b64pad = '';
            }
            var tab = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
            var output = "";
            var len = input.length;
            for (var i = 0; i < len; i += 3) {
                var triplet = (input.charCodeAt(i) << 16) | (i + 1 < len ? input.charCodeAt(i + 1) << 8 : 0) | (i + 2 < len ? input.charCodeAt(i + 2) : 0);
                for (var j = 0; j < 4; j++) {
                    if (i * 8 + j * 6 > input.length * 8)
                        output += this.b64pad;
                    else
                        output += tab.charAt((triplet >>> 6 * (3 - j)) & 0x3F);
                }
            }
            return output;
        }
    }
    ;
}
"use strict";
{
    C3.Plugins.CBhash.Cnds = {
        OnHashed() {
            return true;
        }
    };
}
"use strict";
{
    C3.Plugins.CBhash.Acts = {
        set_hexoutput(format) {
            if (format == 0)
                this.hexcase = 0;
            else
                this.hexcase = 1;
        },
        set_bpad(charac) {
            this.b64pad = charac;
        },
        MD5_hash(string, format) {
            var outF = format;
            if (outF == 0)
                this.lastResult = this.hex_md5(string);
            else
                this.lastResult = this.b64_md5(string);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        MD5_pass(string, encoding) {
            this.lastResult = this.any_md5(string, encoding);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMAC_hash(key, data, Format) {
            if (Format == 0)
                this.lastResult = this.hex_hmac_md5(key, data);
            else
                this.lastResult = this.b64_hmac_md5(key, data);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMAC_pass(key, data, charString) {
            this.lastResult = this.any_hmac_md5(key, data, charString);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA1_hash(string, format) {
            var outF = format;
            if (outF == 0)
                this.lastResult = this.hex_sha1(string);
            else
                this.lastResult = this.b64_sha1(string);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA1_pass(string, encoding) {
            this.lastResult = this.any_sha1(string, encoding);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA1_hash(key, data, Format) {
            if (Format == 0)
                this.lastResult = this.hex_hmac_sha1(key, data);
            else
                this.lastResult = this.b64_hmac_sha1(key, data);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA1_pass(key, data, charString) {
            this.lastResult = this.any_hmac_sha1(key, data, charString);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA256_hash(string, format) {
            var outF = format;
            if (outF == 0)
                this.lastResult = this.hex_sha256(string);
            else
                this.lastResult = this.b64_sha256(string);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA256_pass(string, encoding) {
            this.lastResult = this.any_sha256(string, encoding);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA256_hash(key, data, Format) {
            if (Format == 0)
                this.lastResult = this.hex_hmac_sha256(key, data);
            else
                this.lastResult = this.b64_hmac_sha256(key, data);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA256_pass(key, data, charString) {
            this.lastResult = this.any_hmac_sha256(key, data, charString);
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        }
    };
}
"use strict";
{
    C3.Plugins.CBhash.Exps = {
        get_lastResult() {
            return (this.lastResult);
        },
        MD5(data) {
            return (this.hex_md5(data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        MD5B(data) {
            return (this.b64_md5(data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        MD5pass(data, charstring) {
            return (this.any_md5(data, charstring));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACMD5(key, data) {
            return (this.hex_hmac_md5(key, data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACMD5B(key, data) {
            return (this.b64_hmac_md5(key, data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACMD5pass(key, data, charstring) {
            return (this.any_hmac_md5(key, data, charstring));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA1(data) {
            return (this.hex_sha1(data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA1B(data) {
            return (this.b64_sha1(data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA1pass(data, charstring) {
            return (this.any_sha1(data, charstring));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA1(key, data) {
            return (this.hex_hmac_sha1(key, data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA1B(key, data) {
            return (this.b64_hmac_sha1(key, data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA1pass(key, data, charstring) {
            return (this.any_hmac_sha1(key, data, charstring));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA256(data) {
            return (this.hex_sha256(data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA256B(data) {
            return (this.b64_sha256(data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        SHA256pass(data, charstring) {
            return (this.any_sha256(data, charstring));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA256(key, data) {
            return (this.hex_hmac_sha256(key, data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA256B(key, data) {
            return (this.b64_hmac_sha256(key, data));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        },
        HMACSHA256pass(key, data, charstring) {
            return (this.any_hmac_sha256(key, data, charstring));
            this.Trigger(C3.Plugins.CBhash.Cnds.OnHashed);
        }
    };
}
"use strict";
{
    C3.Plugins.Sparsha_copyclip = class copyclipPlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Plugins.Sparsha_copyclip.Type = class copyclipType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
var textToCopy = "";
if (typeof document != "undefined")
    var Input = document.createElement("input");
var onCopy = 0;
var errorClipboard = "";
var onErrorCopy = 0;
var onGet = 0;
var onErrorGet = 0;
var GetText = "";
{
    C3.Plugins.Sparsha_copyclip.Instance = class copyclipInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            if (properties) {}
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {};
        }
        LoadFromJson(o) {}
        GetDebuggerProperties() {
            return [{
                title: "copyclip",
                properties: []
            }];
        }
    }
    ;
}
"use strict";
{
    C3.Plugins.Sparsha_copyclip.Cnds = {
        OnCopy() {
            if (onCopy == 1) {
                onCopy = 0;
                return true;
            } else
                return false;
        },
        OnGet() {
            if (onGet == 1) {
                onGet = 0;
                return true;
            } else
                return false;
        },
        OnCopyError() {
            if (onErrorCopy == 1) {
                onErrorCopy = 0;
                return true;
            } else
                return false;
        },
        OnGetError() {
            if (onErrorGet == 1) {
                onErrorGet = 0;
                return true;
            } else
                return false;
        }
    };
}
"use strict";
{
    C3.Plugins.Sparsha_copyclip.Acts = {
        Copy(Text, buttonId) {
            textToCopy = Text;
            Input.id = "Texty";
            Input.value = textToCopy;
            document.getElementById(buttonId).onclick = function() {
                doCopy();
            }
            ;
            function doCopy() {
                Input = document.createElement("input");
                Input.id = "Texty";
                Input.value = textToCopy;
                document.getElementsByTagName('body')[0].appendChild(Input);
                var copyText = document.getElementById("Texty");
                copyText.select();
                copyText.setSelectionRange(0, 99999);
                document.execCommand("copy");
                Input.remove();
            }
        },
        async ApiCopy(Text) {
            window.focus();
            await navigator.clipboard.writeText(Text).then(()=>{
                onCopy = 1;
            }
            ).catch(err=>{
                errorClipboard = err.message;
                onErrorCopy = 1;
                console.log("--Error Report----------------")
                console.error("error: ", errorClipboard);
                console.log("------------------------------")
            }
            );
        },
        async ApiGet() {
            window.focus();
            await navigator.clipboard.readText().then(Text=>{
                GetText = Text;
                onGet = 1;
            }
            ).catch(err=>{
                errorClipboard = err.message;
                onErrorGet = 1;
                console.log("--Error Report----------------")
                console.error("error: ", errorClipboard);
                console.log("------------------------------")
            }
            );
        },
        ClearError() {
            errorClipboard = "";
            onErrorCopy = 0;
            onErrorGet = 0;
        }
    };
}
"use strict";
{
    C3.Plugins.Sparsha_copyclip.Exps = {
        clipboardData() {
            return GetText;
        },
        error() {
            return errorClipboard;
        }
    };
}
"use strict";
{
    C3.Plugins.Massive_Cube_Forge = class ForgePlugin extends C3.SDKPluginBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Plugins.Massive_Cube_Forge.Type = class ForgeType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Plugins.Massive_Cube_Forge.Instance = class ForgeInstance extends C3.SDKInstanceBase {
        constructor(inst, properties) {
            super(inst);
            this.ky = undefined;
            this.iv = undefined;
            this.kyIsLongEnough = false;
            this.IVIsLongEnough = false;
            this.result = "";
            if (properties) {}
            this.cipher = undefined;
            this.decipher = undefined;
            this.forg = new globalThis["forge"];
            this.encb64 = function(str) {
                return this.forg.util.encode64(str);
            }
            this.decb64 = function(str) {
                return this.forg.util.decode64(str);
            }
            this.psrand = function(lng) {
                var bytes = this.forg.random.getBytesSync(lng);
                return this.forg.util.bytesToHex(bytes);
            }
            this.sha1 = function(data, _this) {
                var md = _this.forg.md.sha1.create();
                md.update(data);
                return md.digest().toHex();
            }
            this.sha256 = function(data, _this) {
                var md = _this.forg.md.sha256.create();
                md.update(data);
                return md.digest().toHex();
            }
            this.sha384 = function(data, _this) {
                var md = _this.forg.md.sha384.create();
                md.update(data);
                return md.digest().toHex();
            }
            this.sha512 = function(data, _this) {
                var md = _this.forg.md.sha512.create();
                md.update(data);
                return md.digest().toHex();
            }
            this.md5 = function(data, _this) {
                var md = _this.forg.md.md5.create();
                md.update(data);
                return md.digest().toHex();
            }
            this.clKAiV = function(_this) {
                _this.ky = "";
                _this.iv = "";
            }
            this.getTypeIDStr = function(id) {
                switch (id) {
                case 0:
                    return "AES-ECB";
                    break;
                case 1:
                    return "AES-CBC";
                    break;
                case 2:
                    return "AES-CFB";
                    break;
                case 3:
                    return "AES-OFB";
                    break;
                case 4:
                    return "AES-GCM";
                    break;
                case 5:
                    return "3DES-ECB";
                    break;
                case 6:
                    return "3DES-CBC";
                    break;
                case 7:
                    return "DES-ECB";
                    break;
                case 8:
                    return "DES-CBC";
                    break;
                default:
                    return "AES-ECB";
                }
            }
            this.encr = function(type, _this, text) {
                var plaintext = text.toString();
                var ky = _this.ky;
                var objiv = {};
                objiv["iv"] = _this.iv;
                var cipher = _this.forg.cipher.createCipher(_this.getTypeIDStr(type), ky);
                cipher.start(objiv);
                cipher.update(_this.forg.util.createBuffer(plaintext));
                cipher.finish();
                var encrypted = cipher.output;
                _this.result = _this.forg.util.encode64(encrypted.data);
            }
            this.decr = function(type, _this, text) {
                var plaintext = text.toString();
                var ky = _this.ky;
                var objiv = {};
                objiv["iv"] = _this.iv;
                var decodedB64 = _this.forg.util.decode64(plaintext);
                var input = _this.forg.util.createBuffer(decodedB64, 'binary');
                input.getBytes(decodedB64);
                var decipher = _this.forg.cipher.createDecipher(_this.getTypeIDStr(type), ky);
                decipher.start(objiv);
                decipher.update(input);
                var result = decipher.finish();
                _this.result = decipher.output.data;
            }
            this.setky = function(ky, _this) {
                if ((ky.length == 16) || (ky.length == 24) || (ky.length == 32)) {
                    _this.ky = ky;
                    _this.kyIsLongEnough = true;
                } else {
                    _this.kyIsLongEnough = false;
                    console.warn("ky is not 16, 24 or 32 chars long!");
                }
            }
            this.setIV = function(iv, _this) {
                if (iv.length > 0) {
                    _this.iv = iv;
                    _this.IVIsLongEnough = true;
                } else {
                    _this.IVIsLongEnough = false;
                    _this.iv = "";
                    console.warn("iv is not long enough!");
                }
            }
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {};
        }
        LoadFromJson(o) {}
    }
    ;
}
"use strict";
{
    C3.Plugins.Massive_Cube_Forge.Cnds = {};
}
"use strict";
{
    C3.Plugins.Massive_Cube_Forge.Acts = {
        setKey(key) {
            this.setky(key, this);
        },
        setIV(iv) {
            this.setIV(iv, this);
        },
        encrypt(type, text) {
            this.encr(type, this, text);
        },
        decrypt(type, text) {
            this.decr(type, this, text);
        },
        clKyAIV() {
            this.clKAiV(this);
        }
    };
}
"use strict";
{
    C3.Plugins.Massive_Cube_Forge.Exps = {
        getresult() {
            return this.result;
        },
        getSHA1(data) {
            return this.sha1(data, this);
        },
        getSHA256(data) {
            return this.sha256(data, this);
        },
        getSHA384(data) {
            return this.sha384(data, this);
        },
        getSHA512(data) {
            return this.sha512(data, this);
        },
        MD5(data) {
            return this.md5(data, this);
        },
        getrandomvalues(lng) {
            return this.psrand(lng);
        },
        encodeb64(str) {
            return this.encb64(str);
        },
        decodeb64(str) {
            return this.decb64(str);
        }
    };
}
'use strict';
{
    const C3 = self.C3;
    const DOM_COMPONENT_ID = "text-input";
    C3.Plugins.TextBox = class TextInputPlugin extends C3.SDKDOMPluginBase {
        constructor(opts) {
            super(opts, DOM_COMPONENT_ID);
            this.AddElementMessageHandler("click", (sdkInst,e)=>sdkInst._OnClick(e));
            this.AddElementMessageHandler("dblclick", (sdkInst,e)=>sdkInst._OnDoubleClick(e));
            this.AddElementMessageHandler("change", (sdkInst,e)=>sdkInst._OnChange(e))
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TextBox.Type = class TextInputType extends C3.SDKTypeBase {
        constructor(objectClass) {
            super(objectClass)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const TEXT = 0;
    const PLACEHOLDER = 1;
    const TOOLTIP = 2;
    const INITIALLY_VISIBLE = 3;
    const ENABLE = 4;
    const READ_ONLY = 5;
    const SPELL_CHECK = 6;
    const TYPE = 7;
    const AUTO_FONT_SIZE = 8;
    const ID = 9;
    const DOM_COMPONENT_ID = "text-input";
    const elemTypes = ["text", "password", "email", "number", "tel", "url", "textarea", "search"];
    C3.Plugins.TextBox.Instance = class TextInputInstance extends C3.SDKDOMInstanceBase {
        constructor(inst, properties) {
            super(inst, DOM_COMPONENT_ID);
            this._text = "";
            this._placeholder = "";
            this._title = "";
            this._isEnabled = true;
            this._isReadOnly = false;
            this._spellCheck = false;
            this._type = "text";
            this._autoFontSize = true;
            this._maxLength = -1;
            this._id = "";
            if (properties) {
                this._text = properties[TEXT];
                this._placeholder = properties[PLACEHOLDER];
                this._title = properties[TOOLTIP];
                this.GetWorldInfo().SetVisible(properties[INITIALLY_VISIBLE]);
                this._isEnabled = properties[ENABLE];
                this._isReadOnly = properties[READ_ONLY];
                this._spellCheck = properties[SPELL_CHECK];
                this._type = elemTypes[properties[TYPE]];
                this._autoFontSize = properties[AUTO_FONT_SIZE];
                this._id = properties[ID]
            }
            this.CreateElement({
                "type": this._type,
                "id": this._id
            })
        }
        Release() {
            super.Release()
        }
        GetElementState() {
            return {
                "text": this._text,
                "placeholder": this._placeholder,
                "title": this._title,
                "isEnabled": this._isEnabled,
                "isReadOnly": this._isReadOnly,
                "spellCheck": this._spellCheck,
                "maxLength": this._maxLength
            }
        }
        async _OnClick(e) {
            this.GetScriptInterface().dispatchEvent(C3.New(C3.Event, "click", true));
            await this.TriggerAsync(C3.Plugins.TextBox.Cnds.OnClicked)
        }
        async _OnDoubleClick(e) {
            this.GetScriptInterface().dispatchEvent(C3.New(C3.Event, "dblclick", true));
            await this.TriggerAsync(C3.Plugins.TextBox.Cnds.OnDoubleClicked)
        }
        async _OnChange(e) {
            this._text = e["text"];
            this.GetScriptInterface().dispatchEvent(C3.New(C3.Event, "change", true));
            await this.TriggerAsync(C3.Plugins.TextBox.Cnds.OnTextChanged)
        }
        _SetText(text) {
            if (this._text === text)
                return;
            this._text = text;
            this.UpdateElementState()
        }
        _GetText() {
            return this._text
        }
        _SetPlaceholder(placeholder) {
            if (this._placeholder === placeholder)
                return;
            this._placeholder = placeholder;
            this.UpdateElementState()
        }
        _GetPlaceholder() {
            return this._placeholder
        }
        _SetTooltip(title) {
            if (this._title === title)
                return;
            this._title = title;
            this.UpdateElementState()
        }
        _GetTooltip() {
            return this._title
        }
        _SetEnabled(e) {
            e = !!e;
            if (this._isEnabled === e)
                return;
            this._isEnabled = e;
            this.UpdateElementState()
        }
        _IsEnabled() {
            return this._isEnabled
        }
        _SetReadOnly(r) {
            r = !!r;
            if (this._isReadOnly === r)
                return;
            this._isReadOnly = r;
            this.UpdateElementState()
        }
        _IsReadOnly() {
            return this._isReadOnly
        }
        _SetMaxLength(l) {
            l = Math.max(+l, -1);
            if (this._maxLength === l)
                return;
            this._maxLength = l;
            this.UpdateElementState()
        }
        _GetMaxLength() {
            return this._maxLength
        }
        _ScrollToBottom() {
            this.PostToDOMElement("scroll-to-bottom")
        }
        Draw(renderer) {}
        SaveToJson() {
            return {
                "t": this._text,
                "p": this._placeholder,
                "ti": this._title,
                "e": this._isEnabled,
                "r": this._isReadOnly,
                "sp": this._spellCheck,
                "ml": this._maxLength,
                "type": this._type,
                "id": this._id
            }
        }
        LoadFromJson(o) {
            this._text = o["t"];
            this._placeholder = o["p"];
            this._title = o["ti"];
            this._isEnabled = o["e"];
            this._isReadOnly = o["r"];
            this._spellCheck = o["sp"];
            this._maxLength = o.hasOwnProperty("ml") ? o["ml"] : -1;
            this._type = o["type"];
            this._id = o["id"];
            this.UpdateElementState()
        }
        GetPropertyValueByIndex(index) {
            switch (index) {
            case TEXT:
                return this._text;
            case PLACEHOLDER:
                return this._placeholder;
            case TOOLTIP:
                return this._title;
            case ENABLE:
                return this._isEnabled;
            case READ_ONLY:
                return this._isReadOnly;
            case SPELL_CHECK:
                return this._spellCheck;
            case AUTO_FONT_SIZE:
                return this._autoFontSize;
            case ID:
                return this._id
            }
        }
        SetPropertyValueByIndex(index, value) {
            switch (index) {
            case TEXT:
                if (this._text === value)
                    return;
                this._text = value;
                this.UpdateElementState();
                break;
            case PLACEHOLDER:
                if (this._placeholder === value)
                    return;
                this._placeholder = value;
                this.UpdateElementState();
                break;
            case TOOLTIP:
                if (this._title === value)
                    return;
                this._title = value;
                this.UpdateElementState();
                break;
            case ENABLE:
                if (this._isEnabled === !!value)
                    return;
                this._isEnabled = !!value;
                this.UpdateElementState();
                break;
            case READ_ONLY:
                if (this._isReadOnly === !!value)
                    return;
                this._isReadOnly = !!value;
                this.UpdateElementState();
                break;
            case SPELL_CHECK:
                if (this._spellCheck === !!value)
                    return;
                this._spellCheck = !!value;
                this.UpdateElementState();
                break;
            case AUTO_FONT_SIZE:
                this._autoFontSize = !!value;
                break;
            case ID:
                if (this._id === value)
                    return;
                this._id = value;
                this.UpdateElementState();
                break
            }
        }
        GetDebuggerProperties() {
            const Acts = C3.Plugins.TextBox.Acts;
            const prefix = "plugins.textbox";
            return [{
                title: prefix + ".name",
                properties: [{
                    name: prefix + ".properties.text.name",
                    value: this._text,
                    onedit: v=>this.CallAction(Acts.SetText, v)
                }, {
                    name: prefix + ".properties.enabled.name",
                    value: this._isEnabled,
                    onedit: v=>this.CallAction(Acts.SetEnabled, v)
                }, {
                    name: prefix + ".properties.read-only.name",
                    value: this._isReadOnly,
                    onedit: v=>this.CallAction(Acts.SetReadOnly, v)
                }]
            }]
        }
        GetScriptInterfaceClass() {
            return self.ITextInputInstance
        }
    }
    ;
    const map = new WeakMap;
    self.ITextInputInstance = class ITextInputInstance extends self.IDOMInstance {
        constructor() {
            super();
            map.set(this, self.IInstance._GetInitInst().GetSdkInstance())
        }
        set text(str) {
            map.get(this)._SetText(str)
        }
        get text() {
            return map.get(this)._GetText()
        }
        set placeholder(str) {
            map.get(this)._SetPlaceholder(str)
        }
        get placeholder() {
            return map.get(this)._GetPlaceholder()
        }
        set tooltip(str) {
            map.get(this)._SetTooltip(str)
        }
        get tooltip() {
            return map.get(this)._GetTooltip()
        }
        set isEnabled(e) {
            map.get(this)._SetEnabled(e)
        }
        get isEnabled() {
            return map.get(this)._IsEnabled()
        }
        set isReadOnly(r) {
            map.get(this)._SetReadOnly(r)
        }
        get isReadOnly() {
            return map.get(this)._IsReadOnly()
        }
        set maxLength(l) {
            map.get(this)._SetMaxLength(l)
        }
        get maxLength() {
            return map.get(this)._GetMaxLength()
        }
        scrollToBottom() {
            map.get(this)._ScrollToBottom()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TextBox.Cnds = {
        CompareText(text, case_) {
            if (case_ === 0)
                return C3.equalsNoCase(this._text, text);
            else
                return this._text === text
        },
        OnTextChanged() {
            return true
        },
        OnClicked() {
            return true
        },
        OnDoubleClicked() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TextBox.Acts = {
        SetText(text) {
            this._SetText(text)
        },
        AppendText(text) {
            if (!text)
                return;
            this._SetText(this._GetText() + text)
        },
        SetPlaceholder(placeholder) {
            this._SetPlaceholder(placeholder)
        },
        SetTooltip(title) {
            this._SetTooltip(title)
        },
        SetReadOnly(r) {
            this._SetReadOnly(r === 0)
        },
        ScrollToBottom() {
            this._ScrollToBottom()
        },
        SetMaxLength(l) {
            this._SetMaxLength(l)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Plugins.TextBox.Exps = {
        Text() {
            return this._GetText()
        },
        MaxLength() {
            return this._GetMaxLength()
        }
    }
}
;"use strict";
{
    C3.Behaviors.aekiro_gameobject = class MyBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gameobject.Type = class MyBehaviorType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gameobject.Instance = class MyBehaviorInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            if (properties) {
                this.name = properties[0];
                this.parentName = properties[1];
                this.parentSameLayer = properties[2];
            }
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject = this;
            this.inst = this.GetObjectInstance();
            this.wi = this.GetWorldInfo();
            this.acts = this.GetObjectInstance().GetPlugin().constructor.Acts;
            this.eventManager = new EventManager(this.inst);
            this.goManager = globalThis["aekiro_goManager"];
            this.userName = this.name ? this.name : null;
            this.areChildrenRegistred = false;
            this.children = [];
            this.parent = null;
            this.local = {
                x: this.wi.GetX(),
                y: this.wi.GetY(),
                angle: this.wi.GetAngle(),
                _sinA: Math.sin(this.wi.GetAngle()),
                _cosA: Math.cos(this.wi.GetAngle())
            };
            this.overrideWorldInfo();
            this.prev = {
                x: this.wi.GetX(),
                y: this.wi.GetY(),
                angle: this.wi.GetAngle(),
                width: this.wi.GetWidth(),
                height: this.wi.GetHeight()
            };
            if (this.goManager.isInit) {
                this.name = "";
                this.parentName = "";
            }
            this.goManager.addGO(this.inst);
        }
        PostCreate() {}
        overrideWorldInfo() {
            if (this.isWorldInfoOverrided)
                return;
            this.isWorldInfoOverrided = true;
            var inst = this.GetObjectInstance();
            var wi = inst.GetWorldInfo();
            wi.SetX_old = wi.SetX;
            wi.SetX = function(x, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.x = x;
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.SetX_old(x);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.SetY_old = wi.SetY;
            wi.SetY = function(y, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.y = y;
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.SetY_old(y);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.SetXY_old = wi.SetXY;
            wi.SetXY = function(x, y, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.x = x;
                    aekiro_gameobject.local.y = y;
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.SetXY_old(x, y);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.OffsetX_old = wi.OffsetX;
            wi.OffsetX = function(x, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.x += x;
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.OffsetX_old(x);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.OffsetY_old = wi.OffsetY;
            wi.OffsetY = function(y, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.y += y;
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.OffsetY_old(y);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.OffsetXY_old = wi.OffsetXY;
            wi.OffsetXY = function(x, y, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.x += x;
                    aekiro_gameobject.local.y += y;
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.OffsetXY_old(x, y);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.SetAngle_old = wi.SetAngle;
            wi.SetAngle = function(angle, isLocal) {
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject)
                    return;
                if (isLocal && aekiro_gameobject.parent) {
                    aekiro_gameobject.local.angle = angle;
                    aekiro_gameobject.local._sinA = Math.sin(angle);
                    aekiro_gameobject.local._cosA = Math.cos(angle);
                    aekiro_gameobject.updateGlobals();
                } else {
                    this.SetAngle_old(angle);
                    aekiro_gameobject.updateLocals();
                }
                aekiro_gameobject.children_update();
            }
            ;
            wi.GetX_old = wi.GetX;
            wi.GetX = function(isLocal) {
                if (isLocal) {
                    var inst = this.GetInstance();
                    var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                    if (aekiro_gameobject.parent) {
                        return aekiro_gameobject.local.x;
                    }
                }
                return this.GetX_old();
            }
            ;
            wi.GetY_old = wi.GetY;
            wi.GetY = function(isLocal) {
                if (isLocal) {
                    var inst = this.GetInstance();
                    var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                    if (aekiro_gameobject.parent) {
                        return aekiro_gameobject.local.y;
                    }
                }
                return this.GetY_old();
            }
            ;
            wi.GetAngle_old = wi.GetAngle;
            wi.GetAngle = function(isLocal) {
                if (isLocal) {
                    var inst = this.GetInstance();
                    var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                    if (aekiro_gameobject.parent) {
                        return aekiro_gameobject.local.angle;
                    }
                }
                return this.GetAngle_old();
            }
            ;
            wi.GetCosAngle_old = wi.GetCosAngle;
            wi.GetCosAngle = function(isLocal) {
                if (isLocal) {
                    var inst = this.GetInstance();
                    var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                    if (aekiro_gameobject.parent) {
                        return aekiro_gameobject.local._cosA;
                    }
                }
                return this.GetCosAngle_old();
            }
            ;
            wi.GetSinAngle_old = wi.GetSinAngle;
            wi.GetSinAngle = function(isLocal) {
                if (isLocal) {
                    var inst = this.GetInstance();
                    var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                    if (aekiro_gameobject.parent) {
                        return aekiro_gameobject.local._sinA;
                    }
                }
                return this.GetSinAngle_old();
            }
            ;
            wi.SetWidth_old = wi.SetWidth;
            wi.SetWidth = function(w, onlyNode) {
                if (onlyNode) {
                    this.SetWidth_old(w);
                    return;
                }
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                w = w == 0 ? 0.1 : w;
                var f = w / this.GetWidth();
                this.SetWidth_old(w);
                var c = aekiro_gameobject.children;
                var l = c.length;
                for (var i = 0, l; i < l; i++) {
                    wi = c[i].GetWorldInfo();
                    wi.SetX(wi.GetX(true) * f, true);
                    wi.SetWidth(wi.GetWidth() * f);
                    wi.SetBboxChanged();
                }
            }
            ;
            wi.SetHeight_old = wi.SetHeight;
            wi.SetHeight = function(h, onlyNode) {
                if (onlyNode) {
                    this.SetHeight_old(h);
                    return;
                }
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                h = h == 0 ? 0.1 : h;
                var f = h / this.GetHeight();
                this.SetHeight_old(h);
                var c = aekiro_gameobject.children;
                var l = c.length;
                for (var i = 0, l; i < l; i++) {
                    wi = c[i].GetWorldInfo();
                    wi.SetY(wi.GetY(true) * f, true);
                    wi.SetHeight(wi.GetHeight() * f);
                    wi.SetBboxChanged();
                }
            }
            ;
            wi.SetSize_old = wi.SetSize;
            wi.SetSize = function(w, h, onlyNode) {
                if (onlyNode) {
                    this.SetSize_old(w, h);
                    return;
                }
                var inst = this.GetInstance();
                var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                w = w == 0 ? 0.1 : w;
                h = h == 0 ? 0.1 : h;
                var fw = h / this.GetHeight();
                var fh = w / this.GetWidth();
                this.SetSize_old(w, h);
                var c = aekiro_gameobject.children;
                var l = c.length;
                for (var i = 0, l; i < l; i++) {
                    wi = c[i].GetWorldInfo();
                    wi.SetX(wi.GetX(true) * fw, true);
                    wi.SetY(wi.GetY(true) * fh, true);
                    wi.SetSize(wi.GetWidth() * fw, wi.GetHeight() * fh);
                    wi.SetBboxChanged();
                }
            }
            ;
        }
        children_update() {
            if (!this.children.length) {
                return;
            }
            var inst, wi, l = this.children.length;
            for (var i = 0; i < l; i++) {
                inst = this.children[i];
                wi = inst.GetWorldInfo();
                wi.SetXY(wi.GetX(true), wi.GetY(true), true);
                wi.SetAngle(wi.GetAngle(true), true);
                wi.SetBboxChanged();
            }
        }
        children_add(inst) {
            var name, aekiro_gameobject;
            if (typeof inst === 'string') {
                name = inst;
                inst = null;
            } else {
                aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (!aekiro_gameobject) {
                    console.error("Aekiro GameObject: You're adding a child (uid=%s) without a gameobject behavior on it.", inst.GetUID());
                    return;
                }
                name = aekiro_gameobject.name;
            }
            inst = this.goManager.gos[name];
            if (inst == this.GetObjectInstance()) {
                return;
            }
            if (!inst) {
                console.error("Aekiro GameObject: Object of name : %s not found !", name);
                return;
            }
            if (name == this.parentName) {
                console.error("Aekiro GameObject: Cannot add %s as a child of %s, because %s is its parent !", name, this.name, name);
                return;
            }
            if (this.children.indexOf(inst) > -1) {
                console.warn("Aekiro GameObject: Object %s already have a child named %s !", this.name, name);
                return;
            }
            aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
            aekiro_gameobject.removeFromParent();
            aekiro_gameobject.parentName = this.name;
            aekiro_gameobject.parent = this.GetObjectInstance();
            var res = this.globalToLocal(inst, this.GetObjectInstance());
            aekiro_gameobject.local.x = res.x;
            aekiro_gameobject.local.y = res.y;
            aekiro_gameobject.local.angle = res.angle;
            this.children.push(inst);
            this.eventManager.emit("childrenAdded", {
                "args": inst,
                "propagate": false
            });
        }
        setName(name) {
            try {
                this.goManager.setGoName(this.name, name);
            } catch (e) {
                console.error(e);
                return;
            }
            this.name = name;
            const l = this.children.length;
            for (var i = 0; i < l; i++) {
                this.children[i].GetUnsavedDataMap().aekiro_gameobject.parentName = name;
            }
        }
        updateLocals() {
            var parent = this.parent_get();
            if (!parent)
                return;
            if (this.GetObjectInstance() === null)
                return;
            var res = this.globalToLocal(this.GetObjectInstance(), parent);
            this.local.x = res.x;
            this.local.y = res.y;
            this.local.angle = res.angle;
        }
        updateGlobals() {
            var parent = this.parent_get();
            if (!parent)
                return;
            var res = this.localToGlobal(this.GetObjectInstance(), parent);
            this.wi.SetXY_old(res.x, res.y);
            this.wi.SetAngle_old(res.angle);
        }
        children_addFromLayer(layer) {
            var insts = layer._instances;
            var myInst = this.GetObjectInstance();
            var inst, aekiro_gameobject;
            for (var i = 0, l = insts.length; i < l; i++) {
                inst = insts[i];
                aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
                if (inst != myInst && aekiro_gameobject && aekiro_gameobject.parentName == "") {
                    this.children_add(inst);
                }
            }
        }
        children_addFromType(type) {
            var insts = type.GetCurrentSol().GetInstances();
            for (var i = 0, l = insts.length; i < l; i++) {
                this.children_add(insts[i]);
            }
        }
        children_remove(inst) {
            var index = -1;
            if (typeof inst === 'string') {
                for (var i = 0, l = this.children.length; i < l; i++) {
                    if (this.children[i].GetUnsavedDataMap().aekiro_gameobject.name == inst) {
                        index = i;
                        break;
                    }
                }
            } else {
                index = this.children.indexOf(inst);
            }
            if (index != -1) {
                var aekiro_gameobject = this.children[index].GetUnsavedDataMap().aekiro_gameobject;
                aekiro_gameobject.parent = null;
                this.children.splice(index, 1);
            }
        }
        children_removeFromType(type) {
            var insts = type.GetCurrentSol().GetInstances();
            for (var i = 0, l = insts.length; i < l; i++) {
                this.children_remove(insts[i]);
            }
        }
        removeAllChildren() {
            if (!this.children.length)
                return;
            var aekiro_gameobject;
            var l = this.children.length;
            for (var i = 0; i < l; i++) {
                aekiro_gameobject = this.children[i].GetUnsavedDataMap().aekiro_gameobject;
                aekiro_gameobject.parent = null;
            }
            this.children.length = 0;
        }
        removeFromParent() {
            var parent = this.parent;
            var inst = this.GetObjectInstance();
            if (parent) {
                var aekiro_gameobject = parent.GetUnsavedDataMap().aekiro_gameobject;
                if (aekiro_gameobject) {
                    aekiro_gameobject.children_remove(inst);
                }
            }
        }
        destroyHierarchy() {
            var runtime = this.GetRuntime();
            runtime.DestroyInstance(this.GetObjectInstance());
            for (var i = 0, l = this.children.length; i < l; i++) {
                this.children[i].GetUnsavedDataMap().aekiro_gameobject.destroyHierarchy()
            }
            this.children.length = 0;
        }
        parent_get() {
            if (!this.parent && this.parentName && this.name) {
                this.parent = this.goManager.gos[this.parentName];
            }
            return this.parent;
        }
        getTemplate(node) {
            if (!node) {
                node = this._inst;
            }
            var template = {
                type: node.GetObjectClass().GetName(),
                x: node.GetWorldInfo().GetX(true),
                y: node.GetWorldInfo().GetY(true),
                zindex: node.GetWorldInfo().GetZIndex() + node.GetWorldInfo().GetLayer().GetIndex() * 100,
                json: JSON.stringify(node.SaveToJson(!0)),
                children: []
            };
            var children = node.GetUnsavedDataMap().aekiro_gameobject.children;
            for (var i = 0, l = children.length; i < l; i++) {
                template.children.push(this.getTemplate(children[i]));
            }
            return template;
        }
        hierarchyToArray(node, ar) {
            if (!node) {
                node = this.GetObjectInstance();
            }
            if (!ar) {
                ar = [];
            }
            ar.push(node);
            var children = node.GetUnsavedDataMap().aekiro_gameobject.children;
            for (var i = 0, l = children.length; i < l; i++) {
                this.hierarchyToArray(children[i], ar);
            }
            return ar;
        }
        updateZindex() {
            var children = this.hierarchyToArray();
            children.sort(function(a, b) {
                return a.GetUnsavedDataMap().zindex - b.GetUnsavedDataMap().zindex;
            });
            var layer = children[0].GetWorldInfo().GetLayer();
            for (var i = 1, l = children.length; i < l; i++) {
                layer.MoveInstanceAdjacent(children[i], children[i - 1], true);
            }
            this.GetRuntime().UpdateRender();
        }
        moveToTop() {
            var children = this.hierarchyToArray();
            children.sort(function(a, b) {
                return a.GetWorldInfo().GetZIndex() - b.GetWorldInfo().GetZIndex();
            });
            for (var i = 0, l = children.length; i < l; i++) {
                children[i].GetSdkInstance().CallAction(this.acts.MoveToTop);
            }
            this.GetRuntime().UpdateRender();
        }
        moveToBottom() {
            var children = this.hierarchyToArray();
            children.sort(function(a, b) {
                return b.GetWorldInfo().GetZIndex() - a.GetWorldInfo().GetZIndex();
            });
            for (var i = 0, l = children.length; i < l; i++) {
                children[i].GetSdkInstance().CallAction(this.acts.MoveToBottom);
            }
            this.GetRuntime().UpdateRender();
        }
        setTimeScale(s) {
            var children = this.hierarchyToArray();
            for (var i = 1, l = children.length; i < l; i++) {
                children[i].SetTimeScale(s);
            }
        }
        Tick() {}
        Release() {}
        Release2() {
            this.goManager.removeGO(this.name);
            this.removeFromParent();
            for (var i = 0, l = this.children.length; i < l; i++) {
                this.children_remove(this.children[i]);
            }
            super.Release();
        }
        SaveToJson() {
            return {
                "name": this.name,
                "parentName": this.parentName,
                "parentSameLayer": this.parentSameLayer,
                "global_x": this.wi.GetX(),
                "global_y": this.wi.GetY()
            };
        }
        LoadFromJson(o) {
            this.name = o["name"];
            this.parentName = o["parentName"];
            this.parentSameLayer = o["parentSameLayer"];
            this.wi.SetXY(o["global_x"], o["global_y"]);
            this.wi.SetBboxChanged();
        }
        GetDebuggerProperties() {
            var children = [];
            for (var i = 0, l = this.children.length; i < l; i++) {
                children.push(this.children[i].GetUnsavedDataMap().aekiro_gameobject.name);
            }
            var children_str = JSON.stringify(children, null, "\t");
            return [{
                title: "aekiro_gameobject",
                properties: [{
                    name: "name",
                    value: this.name
                }, {
                    name: "parentName",
                    value: this.parentName
                }, {
                    name: "children",
                    value: children_str
                }, {
                    name: "local_x",
                    value: this.local.x
                }, {
                    name: "local_y",
                    value: this.local.y
                }, {
                    name: "local_angle",
                    value: this.local.angle
                }]
            }];
        }
        applyActionToHierarchy(action, v) {
            if (!action)
                return;
            this.GetObjectInstance().GetSdkInstance().CallAction(action, v);
            var h = this.children;
            var l = h.length;
            for (var i = 0; i < l; i++) {
                h[i].GetUnsavedDataMap().aekiro_gameobject.applyActionToHierarchy(action, v);
            }
        }
        SetBlendMode(bm) {
            this.wi.SetBlendMode(bm);
            var h = this.children;
            for (var i = 0, l = h.length; i < l; i++) {
                h[i].GetWorldInfo().SetBlendMode(bm);
            }
        }
        globalToLocal(inst, parent_inst) {
            var wip = parent_inst.GetWorldInfo();
            return this.globalToLocal2(inst, wip.GetX(), wip.GetY(), wip.GetAngle());
        }
        globalToLocal2(inst, p_x, p_y, p_angle) {
            var res = {};
            var wi = inst.GetWorldInfo();
            res.x = (wi.GetX() - p_x) * Math.cos(p_angle) + (wi.GetY() - p_y) * Math.sin(p_angle);
            res.y = -(wi.GetX() - p_x) * Math.sin(p_angle) + (wi.GetY() - p_y) * Math.cos(p_angle);
            res.angle = wi.GetAngle() - p_angle;
            return res;
        }
        localToGlobal(inst, parent_inst) {
            var wip = parent_inst.GetWorldInfo();
            return this.localToGlobal2(inst, wip.GetX(), wip.GetY(), wip.GetAngle());
        }
        localToGlobal2(inst, p_x, p_y, p_angle) {
            var res = {};
            var aekiro_gameobject = inst.GetUnsavedDataMap().aekiro_gameobject;
            res.x = p_x + aekiro_gameobject.local.x * Math.cos(p_angle) - aekiro_gameobject.local.y * Math.sin(p_angle);
            res.y = p_y + aekiro_gameobject.local.x * Math.sin(p_angle) + aekiro_gameobject.local.y * Math.cos(p_angle);
            res.angle = p_angle + aekiro_gameobject.local.angle;
            return res;
        }
        localToGlobal_x() {
            var parent = this.parent_get();
            if (parent) {
                var wp = parent.GetWorldInfo();
                var x = wp.GetX() + this.local.x * Math.cos(wp.GetAngle()) - this.local.y * Math.sin(wp.GetAngle());
                return x;
            } else {
                return wp.GetX();
            }
        }
        localToGlobal_y() {
            var parent = this.parent_get();
            if (parent) {
                var wp = parent.GetWorldInfo();
                var y = wp.GetY("g") + this.local.x * Math.sin(wp.GetAngle("g")) + this.local.y * Math.cos(wp.GetAngle("g"));
                return y;
            } else {
                return this.local.y;
            }
        }
        localToGlobal_angle() {
            var parent = this.parent_get();
            if (parent) {
                var wp = parent.GetWorldInfo();
                var angle = wp.GetAngle("g") + this.local.angle;
                return angle;
            } else {
                return this.local.angle;
            }
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gameobject.Cnds = {
        IsName(name) {
            return name == this.name;
        },
        IsParentName(name) {
            return name == this.parentName;
        },
        OnCloned() {
            return true;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_gameobject.Acts = {
        Clone(layer, x, y, name, parentName) {
            var template = this.getTemplate();
            var inst = aekiro_goManager.clone(template, name, parentName, layer, x, y);
            inst.GetUnsavedDataMap().aekiro_gameobject.updateZindex();
        },
        SetName(name) {
            this.setName(name);
        },
        AddChildrenFromLayer(layer) {
            this.children_addFromLayer(layer);
        },
        AddChildrenFromType(type) {
            this.children_addFromType(type);
        },
        AddChildByName(name) {
            this.children_add(name);
        },
        RemoveChildByName(name) {
            this.children_remove(name);
        },
        RemoveChildByType(type) {
            this.children_removeFromType(type);
        },
        RemoveFromParent() {
            this.removeFromParent();
        },
        RemoveAllchildren() {
            this.removeAllChildren();
        },
        SetOpacity(v) {
            this.applyActionToHierarchy(this.acts.SetOpacity, v);
        },
        SetVisible(v) {
            this.applyActionToHierarchy(this.acts.SetVisible, v);
        },
        SetColor(v) {
            this.applyActionToHierarchy(this.acts.SetDefaultColor, v);
        },
        SetMirrored(v) {
            this.applyActionToHierarchy(this.acts.SetMirrored, v);
        },
        SetFlipped(v) {
            this.applyActionToHierarchy(this.acts.SetFlipped, v);
        },
        MoveToLayer(v) {
            this.applyActionToHierarchy(this.acts.MoveToLayer, v);
        },
        MoveToTop() {
            this.moveToTop();
        },
        MoveToBottom() {
            this.moveToBottom();
        },
        SetZElevation(v) {
            this.applyActionToHierarchy(this.acts.SetZElevation, v);
        },
        SetEffect(v) {
            this.SetBlendMode(v);
        },
        SetWidth(v) {
            this.wi.SetWidth(v, true);
            this.wi.SetBboxChanged();
        },
        SetHeight(v) {
            this.wi.SetHeight(v, true);
            this.wi.SetBboxChanged();
        },
        Destroy() {
            this.destroyHierarchy();
        },
        SetLocalX(v) {
            this.wi.SetX(v, true);
            this.wi.SetBboxChanged();
        },
        SetLocalY(v) {
            this.wi.SetY(v, true);
            this.wi.SetBboxChanged();
        },
        SetLocalAngle(v) {
            this.wi.SetAngle(v, true);
            this.wi.SetBboxChanged();
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_gameobject.Exps = {
        name() {
            return this.name;
        },
        parent() {
            return this.parentName;
        },
        asjson() {
            var t = this.getTemplate();
            return JSON.stringify(t);
        },
        globalX() {
            return this.GetObjectInstance().GetWorldInfo().GetX_old();
        },
        globalY() {
            return this.GetObjectInstance().GetWorldInfo().GetY_old();
        },
        globalAngle() {
            return this.GetObjectInstance().GetWorldInfo().GetAngle_old();
        },
        localX() {
            return this.wi.GetX(true);
        },
        localY() {
            return this.wi.GetY(true);
        },
        localAngle() {
            return this.wi.GetAngle(true);
        }
    };
}
'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.MoveTo = class MoveToBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.MoveTo.Type = class MoveToType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const IBehaviorInstance = self.IBehaviorInstance;
    const PROP_MAX_SPEED = 0;
    const PROP_ACCELERATION = 1;
    const PROP_DECELERATION = 2;
    const PROP_ROTATE_SPEED = 3;
    const PROP_SET_ANGLE = 4;
    const PROP_STOP_ON_SOLIDS = 5;
    const PROP_ENABLED = 6;
    C3.Behaviors.MoveTo.Instance = class MoveToInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._maxSpeed = 200;
            this._acc = 600;
            this._dec = 600;
            this._rotateSpeed = 0;
            this._setAngle = true;
            this._stopOnSolids = false;
            this._isEnabled = true;
            this._speed = 0;
            this._movingAngle = this.GetWorldInfo().GetAngle();
            this._waypoints = [];
            if (properties) {
                this._maxSpeed = properties[PROP_MAX_SPEED];
                this._acc = properties[PROP_ACCELERATION];
                this._dec = properties[PROP_DECELERATION];
                this._rotateSpeed = C3.toRadians(properties[PROP_ROTATE_SPEED]);
                this._setAngle = properties[PROP_SET_ANGLE];
                this._stopOnSolids = properties[PROP_STOP_ON_SOLIDS];
                this._isEnabled = properties[PROP_ENABLED]
            }
        }
        Release() {
            super.Release()
        }
        SaveToJson() {
            return {
                "ms": this._maxSpeed,
                "acc": this._acc,
                "dec": this._dec,
                "rs": this._rotateSpeed,
                "sa": this._setAngle,
                "sos": this._stopOnSolids,
                "s": this._speed,
                "ma": this._movingAngle,
                "wp": this._waypoints.map(p=>({
                    "x": p.x,
                    "y": p.y
                })),
                "e": this._isEnabled
            }
        }
        LoadFromJson(o) {
            this._maxSpeed = o["ms"];
            this._acc = o["acc"];
            this._dec = o["dec"];
            this._rotateSpeed = o["rs"];
            this._setAngle = o["sa"];
            this._stopOnSolids = o["sos"];
            this._speed = o["s"];
            this._movingAngle = o["ma"];
            this._waypoints = o["wp"].map(p=>({
                x: p["x"],
                y: p["y"]
            }));
            this._SetEnabled(o["e"]);
            if (this._isEnabled && this._waypoints.length > 0)
                this._StartTicking()
        }
        _AddWaypoint(x, y, isDirect) {
            if (isDirect)
                C3.clearArray(this._waypoints);
            this._waypoints.push({
                x,
                y
            });
            if (this._isEnabled)
                this._StartTicking()
        }
        _GetWaypointCount() {
            return this._waypoints.length
        }
        _GetWaypointXAt(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._waypoints.length)
                return 0;
            return this._waypoints[i].x
        }
        _GetWaypointYAt(i) {
            i = Math.floor(i);
            if (i < 0 || i >= this._waypoints.length)
                return 0;
            return this._waypoints[i].y
        }
        _IsMoving() {
            return this._waypoints.length > 0
        }
        _Stop() {
            C3.clearArray(this._waypoints);
            this._speed = 0;
            this._StopTicking()
        }
        _GetTargetX() {
            if (this._waypoints.length > 0)
                return this._waypoints[0].x;
            else
                return 0
        }
        _GetTargetY() {
            if (this._waypoints.length > 0)
                return this._waypoints[0].y;
            else
                return 0
        }
        _SetSpeed(s) {
            if (!this._IsMoving())
                return;
            this._speed = Math.min(s, this._maxSpeed)
        }
        _GetSpeed() {
            return this._speed
        }
        _SetMaxSpeed(ms) {
            this._maxSpeed = Math.max(ms, 0);
            this._SetSpeed(this._speed)
        }
        _GetMaxSpeed() {
            return this._maxSpeed
        }
        _IsRotationEnabled() {
            return this._rotateSpeed !== 0
        }
        Tick() {
            if (!this._isEnabled || !this._IsMoving())
                return;
            const dt = this._runtime.GetDt(this._inst);
            const wi = this._inst.GetWorldInfo();
            const startX = wi.GetX();
            const startY = wi.GetY();
            const startAngle = wi.GetAngle();
            let curSpeed = this._speed;
            let maxSpeed = this._maxSpeed;
            const acc = this._acc;
            const dec = this._dec;
            const targetX = this._GetTargetX();
            const targetY = this._GetTargetY();
            const angleToTarget = C3.angleTo(startX, startY, targetX, targetY);
            let isWithinStoppingDistance = false;
            if (dec > 0 && this._waypoints.length === 1) {
                const stoppingDist = .5 * curSpeed * curSpeed / dec * 1.0001;
                isWithinStoppingDistance = C3.distanceSquared(startX, startY, targetX, targetY) <= stoppingDist * stoppingDist;
                if (isWithinStoppingDistance) {
                    const remainingDist = C3.distanceTo(startX, startY, targetX, targetY);
                    curSpeed = Math.sqrt(2 * dec * remainingDist);
                    maxSpeed = curSpeed;
                    this._speed = curSpeed
                }
            }
            if (this._IsRotationEnabled()) {
                const da = C3.angleDiff(this._movingAngle, angleToTarget);
                if (da > Number.EPSILON) {
                    const t = da / this._rotateSpeed;
                    const dist = C3.distanceTo(wi.GetX(), wi.GetY(), targetX, targetY);
                    const r = dist / (2 * Math.sin(da));
                    const curveDist = r * da;
                    maxSpeed = Math.min(maxSpeed, C3.clamp(curveDist / t, 0, this._maxSpeed))
                }
            }
            let curAcc = isWithinStoppingDistance ? -dec : acc;
            const stepDist = Math.min(curSpeed * dt + .5 * curAcc * dt * dt, maxSpeed * dt);
            if (isWithinStoppingDistance) {
                if (dec > 0) {
                    this._speed = Math.max(this._speed - dec * dt, 0);
                    if (this._speed === 0) {
                        this._OnArrived(wi, targetX, targetY);
                        return
                    }
                }
            } else if (acc === 0)
                this._speed = maxSpeed;
            else
                this._speed = Math.min(this._speed + acc * dt, maxSpeed);
            if (C3.distanceSquared(wi.GetX(), wi.GetY(), targetX, targetY) <= stepDist * stepDist) {
                this._OnArrived(wi, targetX, targetY);
                return
            }
            if (this._IsRotationEnabled())
                this._movingAngle = C3.angleRotate(this._movingAngle, angleToTarget, this._rotateSpeed * dt);
            else
                this._movingAngle = angleToTarget;
            wi.OffsetXY(Math.cos(this._movingAngle) * stepDist, Math.sin(this._movingAngle) * stepDist);
            if (this._setAngle)
                wi.SetAngle(this._movingAngle);
            wi.SetBboxChanged();
            this._CheckSolidCollision(startX, startY, startAngle)
        }
        _OnArrived(wi, targetX, targetY) {
            wi.SetXY(targetX, targetY);
            wi.SetBboxChanged();
            this._waypoints.shift();
            if (this._waypoints.length === 0) {
                this._speed = 0;
                this._StopTicking()
            }
            this.GetScriptInterface().dispatchEvent(C3.New(C3.Event, "arrived"));
            this.Trigger(C3.Behaviors.MoveTo.Cnds.OnArrived)
        }
        _CheckSolidCollision(startX, startY, startAngle) {
            const collisionEngine = this._runtime.GetCollisionEngine();
            if (this._stopOnSolids && collisionEngine.TestOverlapSolid(this._inst)) {
                this._Stop();
                const wi = this._inst.GetWorldInfo();
                const x = wi.GetX();
                const y = wi.GetY();
                const a = C3.angleTo(x, y, startX, startY);
                const dist = C3.distanceTo(x, y, startX, startY);
                if (!collisionEngine.PushOutSolid(this._inst, Math.cos(a), Math.sin(a), Math.max(dist, 1))) {
                    wi.SetXY(startX, startY);
                    wi.SetAngle(startAngle);
                    wi.SetBboxChanged()
                }
                this.GetScriptInterface().dispatchEvent(C3.New(C3.Event, "hitsolid"));
                this.Trigger(C3.Behaviors.MoveTo.Cnds.OnHitSolid)
            }
        }
        _IsSetAngle() {
            return this._setAngle
        }
        _SetSetAngle(a) {
            this._setAngle = !!a
        }
        _SetAngleOfMotion(a) {
            this._movingAngle = a;
            if (this._isEnabled && this._setAngle && !this._IsMoving()) {
                const wi = this.GetWorldInfo();
                wi.SetAngle(this._movingAngle);
                wi.SetBboxChanged()
            }
        }
        _GetAngleOfMotion() {
            return this._movingAngle
        }
        _SetAcceleration(a) {
            this._acc = Math.max(a, 0)
        }
        _GetAcceleration() {
            return this._acc
        }
        _SetDeceleration(d) {
            this._dec = Math.max(d, 0)
        }
        _GetDeceleration() {
            return this._dec
        }
        _SetRotateSpeed(r) {
            this._rotateSpeed = Math.max(r, 0)
        }
        _GetRotateSpeed() {
            return this._rotateSpeed
        }
        _SetStopOnSolids(e) {
            this._stopOnSolids = !!e
        }
        _IsStopOnSolids() {
            return this._stopOnSolids
        }
        _SetEnabled(e) {
            e = !!e;
            if (this._isEnabled === e)
                return;
            this._isEnabled = e;
            if (this._isEnabled && this._IsMoving())
                this._StartTicking();
            else
                this._StopTicking()
        }
        _IsEnabled() {
            return this._isEnabled
        }
        GetPropertyValueByIndex(index) {
            switch (index) {
            case PROP_MAX_SPEED:
                return this._GetMaxSpeed();
            case PROP_ACCELERATION:
                return this._GetAcceleration();
            case PROP_DECELERATION:
                return this._GetDeceleration();
            case PROP_ROTATE_SPEED:
                return C3.toDegrees(this._GetRotateSpeed());
            case PROP_SET_ANGLE:
                return this._IsSetAngle();
            case PROP_STOP_ON_SOLIDS:
                return this._IsStopOnSolids();
            case PROP_ENABLED:
                return this._IsEnabled()
            }
        }
        SetPropertyValueByIndex(index, value) {
            switch (index) {
            case PROP_MAX_SPEED:
                this._SetMaxSpeed(value);
                break;
            case PROP_ACCELERATION:
                this._SetAcceleration(value);
                break;
            case PROP_DECELERATION:
                this._SetDeceleration(value);
                break;
            case PROP_ROTATE_SPEED:
                this._SetRotateSpeed(C3.toRadians(value));
                break;
            case PROP_SET_ANGLE:
                this._SetSetAngle(value);
                break;
            case PROP_STOP_ON_SOLIDS:
                this._SetStopOnSolids(value);
                break;
            case PROP_ENABLED:
                this._SetEnabled(value);
                break
            }
        }
        GetDebuggerProperties() {
            const prefix = "behaviors.moveto";
            return [{
                title: "$" + this.GetBehaviorType().GetName(),
                properties: [{
                    name: prefix + ".debugger.speed",
                    value: this._GetSpeed(),
                    onedit: v=>this._SetSpeed(v)
                }, {
                    name: prefix + ".debugger.angle-of-motion",
                    value: C3.toDegrees(this._GetAngleOfMotion()),
                    onedit: v=>this._movingAngle = C3.toRadians(v)
                }, {
                    name: prefix + ".debugger.target-x",
                    value: this._GetTargetX()
                }, {
                    name: prefix + ".debugger.target-y",
                    value: this._GetTargetY()
                }, {
                    name: prefix + ".debugger.waypoint-count",
                    value: this._GetWaypointCount()
                }, {
                    name: prefix + ".properties.max-speed.name",
                    value: this._GetMaxSpeed(),
                    onedit: v=>this._SetMaxSpeed(v)
                }, {
                    name: prefix + ".properties.acceleration.name",
                    value: this._GetAcceleration(),
                    onedit: v=>this._SetAcceleration(v)
                }, {
                    name: prefix + ".properties.deceleration.name",
                    value: this._GetDeceleration(),
                    onedit: v=>this._SetDeceleration(v)
                }, {
                    name: prefix + ".properties.rotate-speed.name",
                    value: C3.toDegrees(this._GetRotateSpeed()),
                    onedit: v=>this._SetRotateSpeed(C3.toRadians(v))
                }, {
                    name: prefix + ".properties.enabled.name",
                    value: this._IsEnabled(),
                    onedit: v=>this._SetEnabled(v)
                }]
            }]
        }
        GetScriptInterfaceClass() {
            return self.IMoveToBehaviorInstance
        }
    }
    ;
    const map = new WeakMap;
    self.IMoveToBehaviorInstance = class IMoveToBehaviorInstance extends IBehaviorInstance {
        constructor() {
            super();
            map.set(this, IBehaviorInstance._GetInitInst().GetSdkInstance())
        }
        moveToPosition(x, y, isDirect=true) {
            map.get(this)._AddWaypoint(x, y, !!isDirect)
        }
        getTargetX() {
            return map.get(this)._GetTargetX()
        }
        getTargetY() {
            return map.get(this)._GetTargetY()
        }
        getTargetPosition() {
            const b = map.get(this);
            return [b._GetTargetX(), b._GetTargetY()]
        }
        getWaypointCount() {
            return map.get(this)._GetWaypointCount()
        }
        getWaypointX(i) {
            return map.get(this)._GetWaypointXAt(+i)
        }
        getWaypointY(i) {
            return map.get(this)._GetWaypointYAt(+i)
        }
        getWaypoint(i) {
            i = +i;
            const b = map.get(this);
            return [b._GetWaypointXAt(i), b._GetWaypointYAt(i)]
        }
        stop() {
            map.get(this)._Stop()
        }
        get isMoving() {
            return map.get(this)._IsMoving()
        }
        get speed() {
            return map.get(this)._GetSpeed()
        }
        set speed(s) {
            map.get(this)._SetSpeed(s)
        }
        get maxSpeed() {
            return map.get(this)._GetMaxSpeed()
        }
        set maxSpeed(ms) {
            map.get(this)._SetMaxSpeed(ms)
        }
        get acceleration() {
            return map.get(this)._GetAcceleration()
        }
        set acceleration(a) {
            map.get(this)._SetAcceleration(a)
        }
        get deceleration() {
            return map.get(this)._GetDeceleration()
        }
        set deceleration(d) {
            map.get(this)._SetDeceleration(d)
        }
        get angleOfMotion() {
            return map.get(this)._GetAngleOfMotion()
        }
        set angleOfMotion(a) {
            map.get(this)._SetAngleOfMotion(a)
        }
        get rotateSpeed() {
            return map.get(this)._GetRotateSpeed()
        }
        set rotateSpeed(r) {
            map.get(this)._SetRotateSpeed(r)
        }
        get isStopOnSolids() {
            return map.get(this)._IsStopOnSolids()
        }
        set isStopOnSolids(e) {
            map.get(this)._SetStopOnSolids(e)
        }
        get isEnabled() {
            return map.get(this)._IsEnabled()
        }
        set isEnabled(e) {
            map.get(this)._SetEnabled(e)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.MoveTo.Cnds = {
        IsMoving() {
            return this._IsMoving()
        },
        CompareSpeed(cmp, s) {
            return C3.compare(this._GetSpeed(), cmp, s)
        },
        IsEnabled() {
            return this._IsEnabled()
        },
        OnArrived() {
            return true
        },
        OnHitSolid() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.MoveTo.Acts = {
        MoveToPosition(x, y, mode) {
            this._AddWaypoint(x, y, mode === 0)
        },
        MoveToObject(objectClass, imgPt, mode) {
            if (!objectClass)
                return;
            const inst = objectClass.GetPairedInstance(this._inst);
            if (!inst || !inst.GetWorldInfo())
                return;
            const [x,y] = inst.GetImagePoint(imgPt);
            this._AddWaypoint(x, y, mode === 0)
        },
        MoveAlongPathfindingPath(mode) {
            const behInst = this._inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.Pathfinding);
            if (!behInst)
                return;
            const path = behInst._GetPath();
            if (path.length === 0)
                return;
            for (let i = 0, len = path.length; i < len; ++i) {
                const n = path[i];
                this._AddWaypoint(n.x, n.y, i === 0 && mode === 0)
            }
        },
        MoveAlongTimeline(timeline, trackId, mode) {
            let trackState = null;
            if (trackId)
                trackState = timeline.GetTrackById(trackId);
            else
                trackState = C3.first(timeline.GetTracks());
            if (!trackState)
                return;
            const xTrack = trackState.GetPropertyTrack("offsetX");
            const yTrack = trackState.GetPropertyTrack("offsetY");
            if (!xTrack || !yTrack)
                return;
            const xPositions = [...xTrack.GetPropertyKeyframeValues()];
            const yPositions = [...yTrack.GetPropertyKeyframeValues()];
            if (xPositions.length === 0 || yPositions.length === 0)
                return;
            let xOrigin = 0;
            let yOrigin = 0;
            const wi = this._inst.GetWorldInfo();
            if (xTrack.GetResultMode() === "relative")
                xOrigin = wi.GetX();
            if (yTrack.GetResultMode() === "relative")
                yOrigin = wi.GetY();
            for (let i = 0, len = Math.min(xPositions.length, yPositions.length); i < len; ++i) {
                const x = xPositions[i] + xOrigin;
                const y = yPositions[i] + yOrigin;
                this._AddWaypoint(x, y, i === 0 && mode === 0)
            }
        },
        MoveAlongTimelineByName(timelineName, trackId, mode) {
            const timeline = this._runtime.GetTimelineManager().GetTimelineByName(timelineName);
            if (!timeline)
                return;
            C3.Behaviors.MoveTo.Acts.MoveAlongTimeline.call(this, timeline, trackId, mode)
        },
        Stop() {
            this._Stop()
        },
        SetMovingAngle(a) {
            this._SetAngleOfMotion(C3.toRadians(a))
        },
        SetSpeed(s) {
            this._SetSpeed(s)
        },
        SetMaxSpeed(ms) {
            this._SetMaxSpeed(ms)
        },
        SetAcceleration(a) {
            this._SetAcceleration(a)
        },
        SetDeceleration(d) {
            this._SetDeceleration(d)
        },
        SetRotateSpeed(r) {
            this._SetRotateSpeed(C3.toRadians(r))
        },
        SetStopOnSolids(e) {
            this._SetStopOnSolids(e)
        },
        SetEnabled(e) {
            this._SetEnabled(e)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.MoveTo.Exps = {
        Speed() {
            return this._GetSpeed()
        },
        MaxSpeed() {
            return this._GetMaxSpeed()
        },
        Acceleration() {
            return this._GetAcceleration()
        },
        Deceleration() {
            return this._GetDeceleration()
        },
        MovingAngle() {
            return C3.toDegrees(this._GetAngleOfMotion())
        },
        RotateSpeed() {
            return C3.toDegrees(this._GetRotateSpeed())
        },
        TargetX() {
            return this._GetTargetX()
        },
        TargetY() {
            return this._GetTargetY()
        },
        WaypointCount() {
            return this._GetWaypointCount()
        },
        WaypointXAt(i) {
            return this._GetWaypointXAt(i)
        },
        WaypointYAt(i) {
            return this._GetWaypointYAt(i)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Fade = class FadeBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Fade.Type = class FadeType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const FADE_IN_TIME = 0;
    const WAIT_TIME = 1;
    const FADE_OUT_TIME = 2;
    const DESTROY = 3;
    const ACTIVE_AT_START = 4;
    C3.Behaviors.Fade.Instance = class FadeInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._fadeInTime = 0;
            this._waitTime = 0;
            this._fadeOutTime = 0;
            this._destroy = true;
            this._activeAtStart = true;
            this._setMaxOpacity = false;
            this._stage = 0;
            this._stageTime = C3.New(C3.KahanSum);
            this._maxOpacity = this._inst.GetWorldInfo().GetOpacity() || 1;
            if (properties) {
                this._fadeInTime = properties[FADE_IN_TIME];
                this._waitTime = properties[WAIT_TIME];
                this._fadeOutTime = properties[FADE_OUT_TIME];
                this._destroy = !!properties[DESTROY];
                this._activeAtStart = !!properties[ACTIVE_AT_START];
                this._stage = this._activeAtStart ? 0 : 3
            }
            if (this._activeAtStart)
                if (this._fadeInTime === 0) {
                    this._stage = 1;
                    if (this._waitTime === 0)
                        this._stage = 2
                } else {
                    this._inst.GetWorldInfo().SetOpacity(0);
                    this._runtime.UpdateRender()
                }
            this._StartTicking()
        }
        Release() {
            super.Release()
        }
        SaveToJson() {
            return {
                "fit": this._fadeInTime,
                "wt": this._waitTime,
                "fot": this._fadeOutTime,
                "d": this._destroy,
                "s": this._stage,
                "st": this._stageTime.Get(),
                "mo": this._maxOpacity
            }
        }
        LoadFromJson(o) {
            this._fadeInTime = o["fit"];
            this._waitTime = o["wt"];
            this._fadeOutTime = o["fot"];
            this._destroy = o["d"];
            this._stage = o["s"];
            this._stageTime.Set(o["st"]);
            this._maxOpacity = o["mo"]
        }
        Tick() {
            const dt = this._runtime.GetDt(this._inst);
            this._stageTime.Add(dt);
            const wi = this._inst.GetWorldInfo();
            if (this._stage === 0) {
                wi.SetOpacity(this._stageTime.Get() / this._fadeInTime * this._maxOpacity);
                this._runtime.UpdateRender();
                if (wi.GetOpacity() >= this._maxOpacity) {
                    wi.SetOpacity(this._maxOpacity);
                    this._stage = 1;
                    this._stageTime.Reset();
                    this.Trigger(C3.Behaviors.Fade.Cnds.OnFadeInEnd)
                }
            }
            if (this._stage === 1)
                if (this._stageTime.Get() >= this._waitTime) {
                    this._stage = 2;
                    this._stageTime.Reset();
                    this.Trigger(C3.Behaviors.Fade.Cnds.OnWaitEnd)
                }
            if (this._stage === 2)
                if (this._fadeOutTime !== 0) {
                    wi.SetOpacity(this._maxOpacity - this._stageTime.Get() / this._fadeOutTime * this._maxOpacity);
                    this._runtime.UpdateRender();
                    if (wi.GetOpacity() <= 0) {
                        this._stage = 3;
                        this._stageTime.Reset();
                        this.Trigger(C3.Behaviors.Fade.Cnds.OnFadeOutEnd);
                        if (this._destroy)
                            this._runtime.DestroyInstance(this._inst)
                    }
                }
        }
        Start() {
            this._stage = 0;
            this._stageTime.Reset();
            if (this._fadeInTime === 0) {
                this._stage = 1;
                if (this._waitTime === 0)
                    this._stage = 2
            } else {
                this._inst.GetWorldInfo().SetOpacity(0);
                this._runtime.UpdateRender()
            }
        }
        GetPropertyValueByIndex(index) {
            switch (index) {
            case FADE_IN_TIME:
                return this._fadeInTime;
            case WAIT_TIME:
                return this._waitTime;
            case FADE_OUT_TIME:
                return this._fadeOutTime;
            case DESTROY:
                return this._destroy
            }
        }
        SetPropertyValueByIndex(index, value) {
            switch (index) {
            case FADE_IN_TIME:
                this._fadeInTime = value;
                break;
            case WAIT_TIME:
                this._waitTime = value;
                break;
            case FADE_OUT_TIME:
                this._fadeOutTime = value;
                break;
            case DESTROY:
                this._destroy = !!value;
                break
            }
        }
        GetDebuggerProperties() {
            const prefix = "behaviors.fade";
            return [{
                title: "$" + this.GetBehaviorType().GetName(),
                properties: [{
                    name: prefix + ".properties.fade-in-time.name",
                    value: this._fadeInTime,
                    onedit: v=>this._fadeInTime = v
                }, {
                    name: prefix + ".properties.wait-time.name",
                    value: this._waitTime,
                    onedit: v=>this._waitTime = v
                }, {
                    name: prefix + ".properties.fade-out-time.name",
                    value: this._fadeOutTime,
                    onedit: v=>this._fadeOutTime = v
                }, {
                    name: prefix + ".debugger.stage",
                    value: [prefix + ".debugger." + ["fade-in", "wait", "fade-out", "done"][this._stage]]
                }]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Fade.Cnds = {
        OnFadeOutEnd() {
            return true
        },
        OnFadeInEnd() {
            return true
        },
        OnWaitEnd() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Fade.Acts = {
        StartFade() {
            if (!this._activeAtStart && !this._setMaxOpacity) {
                this._maxOpacity = this._inst.GetWorldInfo().GetOpacity() || 1;
                this._setMaxOpacity = true
            }
            if (this._stage === 3)
                this.Start()
        },
        RestartFade() {
            this.Start()
        },
        SetFadeInTime(t) {
            if (t < 0)
                t = 0;
            this._fadeInTime = t
        },
        SetWaitTime(t) {
            if (t < 0)
                t = 0;
            this._waitTime = t
        },
        SetFadeOutTime(t) {
            if (t < 0)
                t = 0;
            this._fadeOutTime = t
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Fade.Exps = {
        FadeInTime() {
            return this._fadeInTime
        },
        WaitTime() {
            return this._waitTime
        },
        FadeOutTime() {
            return this._fadeOutTime
        }
    }
}
;"use strict";
{
    C3.Behaviors.aekiro_gridviewbind = class aekiro_gridviewbindBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gridviewbind.Type = class aekiro_gridviewbindType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gridviewbind.Instance = class aekiro_bindInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_gridviewbind = this;
            this.index = -1;
            this.gridView = null;
            this.value = 0;
        }
        setValue(value) {
            this.value = value;
        }
        triggerOnGridViewRender() {
            this.Trigger(C3.Behaviors.aekiro_gridviewbind.Cnds.OnGridViewRender);
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {};
        }
        LoadFromJson(o) {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gridviewbind.Cnds = {
        IsIndex(index) {
            return (index == this.index);
        },
        OnGridViewRender() {
            return true;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_gridviewbind.Acts = {};
}
"use strict";
{
    C3.Behaviors.aekiro_gridviewbind.Exps = {
        index() {
            return this.index;
        },
        get(key) {
            var v = self["_"]["get"](this.value, key);
            if (v == undefined) {
                return "";
            } else {
                return v;
            }
        }
    };
}
'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Pin = class PinBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Pin.Type = class PinType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Pin.Instance = class PinInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._pinInst = null;
            this._pinUid = -1;
            this._mode = "";
            this._propSet = new Set;
            this._pinDist = 0;
            this._pinAngle = 0;
            this._pinImagePoint = 0;
            this._dx = 0;
            this._dy = 0;
            this._dWidth = 0;
            this._dHeight = 0;
            this._dAngle = 0;
            this._dz = 0;
            this._lastKnownAngle = 0;
            this._destroy = false;
            if (properties)
                this._destroy = properties[0];
            const rt = this._runtime.Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "instancedestroy", e=>this._OnInstanceDestroyed(e.instance)),C3.Disposable.From(rt, "afterload", e=>this._OnAfterLoad()))
        }
        Release() {
            this._pinInst = null;
            super.Release()
        }
        _SetPinInst(inst) {
            if (inst) {
                this._pinInst = inst;
                this._StartTicking2()
            } else {
                this._pinInst = null;
                this._StopTicking2()
            }
        }
        _Pin(objectClass, mode, propList) {
            if (!objectClass)
                return;
            const otherInst = objectClass.GetFirstPicked(this._inst);
            if (!otherInst)
                return;
            this._mode = mode;
            this._SetPinInst(otherInst);
            const myWi = this._inst.GetWorldInfo();
            const otherWi = otherInst.GetWorldInfo();
            if (this._mode === "properties") {
                const propSet = this._propSet;
                propSet.clear();
                for (const p of propList)
                    propSet.add(p);
                this._dx = myWi.GetX() - otherWi.GetX();
                this._dy = myWi.GetY() - otherWi.GetY();
                this._dAngle = myWi.GetAngle() - otherWi.GetAngle();
                this._lastKnownAngle = myWi.GetAngle();
                this._dz = myWi.GetZElevation() - otherWi.GetZElevation();
                if (propSet.has("x") && propSet.has("y")) {
                    this._pinAngle = C3.angleTo(otherWi.GetX(), otherWi.GetY(), myWi.GetX(), myWi.GetY()) - otherWi.GetAngle();
                    this._pinDist = C3.distanceTo(otherWi.GetX(), otherWi.GetY(), myWi.GetX(), myWi.GetY())
                }
                if (propSet.has("width-abs"))
                    this._dWidth = myWi.GetWidth() - otherWi.GetWidth();
                else if (propSet.has("width-scale"))
                    this._dWidth = myWi.GetWidth() / otherWi.GetWidth();
                if (propSet.has("height-abs"))
                    this._dHeight = myWi.GetHeight() - otherWi.GetHeight();
                else if (propSet.has("height-scale"))
                    this._dHeight = myWi.GetHeight() / otherWi.GetHeight()
            } else
                this._pinDist = C3.distanceTo(otherWi.GetX(), otherWi.GetY(), myWi.GetX(), myWi.GetY())
        }
        SaveToJson() {
            const propSet = this._propSet;
            const mode = this._mode;
            const ret = {
                "uid": this._pinInst ? this._pinInst.GetUID() : -1,
                "m": mode
            };
            if (mode === "rope" || mode === "bar")
                ret["pd"] = this._pinDist;
            else if (mode === "properties") {
                ret["ps"] = [...this._propSet];
                if (propSet.has("imagepoint"))
                    ret["ip"] = this._pinImagePoint;
                else if (propSet.has("x") && propSet.has("y")) {
                    ret["pa"] = this._pinAngle;
                    ret["pd"] = this._pinDist
                } else {
                    if (propSet.has("x"))
                        ret["dx"] = this._dx;
                    if (propSet.has("y"))
                        ret["dy"] = this._dy
                }
                if (propSet.has("angle")) {
                    ret["da"] = this._dAngle;
                    ret["lka"] = this._lastKnownAngle
                }
                if (propSet.has("width-abs") || propSet.has("width-scale"))
                    ret["dw"] = this._dWidth;
                if (propSet.has("height-abs") || propSet.has("height-scale"))
                    ret["dh"] = this._dHeight;
                if (propSet.has("z"))
                    ret["dz"] = this._dz
            }
            return ret
        }
        LoadFromJson(o) {
            const mode = o["m"];
            const propSet = this._propSet;
            propSet.clear();
            this._pinUid = o["uid"];
            if (typeof mode === "number") {
                this._LoadFromJson_Legacy(o);
                return
            }
            this._mode = mode;
            if (mode === "rope" || mode === "bar")
                this._pinDist = o["pd"];
            else if (mode === "properties") {
                for (const p of o["ps"])
                    propSet.add(p);
                if (propSet.has("imagepoint"))
                    this._pinImagePoint = o["ip"];
                else if (propSet.has("x") && propSet.has("y")) {
                    this._pinAngle = o["pa"];
                    this._pinDist = o["pd"]
                } else {
                    if (propSet.has("x"))
                        this._dx = o["dx"];
                    if (propSet.has("y"))
                        this._dy = o["dy"]
                }
                if (propSet.has("angle")) {
                    this._dAngle = o["da"];
                    this._lastKnownAngle = o["lka"] || 0
                }
                if (propSet.has("width-abs") || propSet.has("width-scale"))
                    this._dWidth = o["dw"];
                if (propSet.has("height-abs") || propSet.has("height-scale"))
                    this._dHeight = o["dh"];
                if (propSet.has("z"))
                    this._dz = o["dz"]
            }
        }
        _LoadFromJson_Legacy(o) {
            const propSet = this._propSet;
            const myStartAngle = o["msa"];
            const theirStartAngle = o["tsa"];
            const pinAngle = o["pa"];
            const pinDist = o["pd"];
            const mode = o["m"];
            switch (mode) {
            case 0:
                this._mode = "properties";
                propSet.add("x").add("y").add("angle");
                this._pinAngle = pinAngle;
                this._pinDist = pinDist;
                this._dAngle = myStartAngle - theirStartAngle;
                this._lastKnownAngle = o["lka"];
                break;
            case 1:
                this._mode = "properties";
                propSet.add("x").add("y");
                this._pinAngle = pinAngle;
                this._pinDist = pinDist;
                break;
            case 2:
                this._mode = "properties";
                propSet.add("angle");
                this._dAngle = myStartAngle - theirStartAngle;
                this._lastKnownAngle = o["lka"];
                break;
            case 3:
                this._mode = "rope";
                this._pinDist = o["pd"];
                break;
            case 4:
                this._mode = "bar";
                this._pinDist = o["pd"];
                break
            }
        }
        _OnAfterLoad() {
            if (this._pinUid === -1)
                this._SetPinInst(null);
            else {
                this._SetPinInst(this._runtime.GetInstanceByUID(this._pinUid));
                this._pinUid = -1
            }
        }
        _OnInstanceDestroyed(inst) {
            if (this._pinInst === inst) {
                this._SetPinInst(null);
                if (this._destroy)
                    this._runtime.DestroyInstance(this._inst)
            }
        }
        Tick2() {
            const pinInst = this._pinInst;
            if (!pinInst)
                return;
            const pinWi = pinInst.GetWorldInfo();
            const myInst = this._inst;
            const myWi = myInst.GetWorldInfo();
            const mode = this._mode;
            let bboxChanged = false;
            if (mode === "rope" || mode === "bar") {
                const dist = C3.distanceTo(myWi.GetX(), myWi.GetY(), pinWi.GetX(), pinWi.GetY());
                if (dist > this._pinDist || mode === "bar" && dist < this._pinDist) {
                    const a = C3.angleTo(pinWi.GetX(), pinWi.GetY(), myWi.GetX(), myWi.GetY());
                    myWi.SetXY(pinWi.GetX() + Math.cos(a) * this._pinDist, pinWi.GetY() + Math.sin(a) * this._pinDist);
                    bboxChanged = true
                }
            } else {
                const propSet = this._propSet;
                let v = 0;
                if (propSet.has("imagepoint")) {
                    const [newX,newY] = pinInst.GetImagePoint(this._pinImagePoint);
                    if (!myWi.EqualsXY(newX, newY)) {
                        myWi.SetXY(newX, newY);
                        bboxChanged = true
                    }
                } else if (propSet.has("x") && propSet.has("y")) {
                    const newX = pinWi.GetX() + Math.cos(pinWi.GetAngle() + this._pinAngle) * this._pinDist;
                    const newY = pinWi.GetY() + Math.sin(pinWi.GetAngle() + this._pinAngle) * this._pinDist;
                    if (!myWi.EqualsXY(newX, newY)) {
                        myWi.SetXY(newX, newY);
                        bboxChanged = true
                    }
                } else {
                    v = pinWi.GetX() + this._dx;
                    if (propSet.has("x") && v !== myWi.GetX()) {
                        myWi.SetX(v);
                        bboxChanged = true
                    }
                    v = pinWi.GetY() + this._dy;
                    if (propSet.has("y") && v !== myWi.GetY()) {
                        myWi.SetY(v);
                        bboxChanged = true
                    }
                }
                if (propSet.has("angle")) {
                    if (this._lastKnownAngle !== myWi.GetAngle())
                        this._dAngle = C3.clampAngle(this._dAngle + (myWi.GetAngle() - this._lastKnownAngle));
                    v = C3.clampAngle(pinWi.GetAngle() + this._dAngle);
                    if (v !== myWi.GetAngle()) {
                        myWi.SetAngle(v);
                        bboxChanged = true
                    }
                    this._lastKnownAngle = myWi.GetAngle()
                }
                if (propSet.has("width-abs")) {
                    v = pinWi.GetWidth() + this._dWidth;
                    if (v !== myWi.GetWidth()) {
                        myWi.SetWidth(v);
                        bboxChanged = true
                    }
                }
                if (propSet.has("width-scale")) {
                    v = pinWi.GetWidth() * this._dWidth;
                    if (v !== myWi.GetWidth()) {
                        myWi.SetWidth(v);
                        bboxChanged = true
                    }
                }
                if (propSet.has("height-abs")) {
                    v = pinWi.GetHeight() + this._dHeight;
                    if (v !== myWi.GetHeight()) {
                        myWi.SetHeight(v);
                        bboxChanged = true
                    }
                }
                if (propSet.has("height-scale")) {
                    v = pinWi.GetHeight() * this._dHeight;
                    if (v !== myWi.GetHeight()) {
                        myWi.SetHeight(v);
                        bboxChanged = true
                    }
                }
                if (propSet.has("z")) {
                    v = pinWi.GetZElevation() + this._dz;
                    if (v !== myWi.GetZElevation()) {
                        myWi.SetZElevation(v);
                        this._runtime.UpdateRender()
                    }
                }
            }
            if (bboxChanged)
                myWi.SetBboxChanged()
        }
        GetDebuggerProperties() {
            const prefix = "behaviors.pin.debugger";
            return [{
                title: "$" + this.GetBehaviorType().GetName(),
                properties: [{
                    name: prefix + ".is-pinned",
                    value: !!this._pinInst
                }, {
                    name: prefix + ".pinned-uid",
                    value: this._pinInst ? this._pinInst.GetUID() : 0
                }]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Pin.Cnds = {
        IsPinned() {
            return !!this._pinInst
        },
        WillDestroy() {
            return this._destroy
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Pin.Acts = {
        PinByDistance(objectClass, mode) {
            this._Pin(objectClass, mode === 0 ? "rope" : "bar")
        },
        PinByProperties(objectClass, ex, ey, ea, ew, eh, ez) {
            const propList = [];
            if (ex)
                propList.push("x");
            if (ey)
                propList.push("y");
            if (ea)
                propList.push("angle");
            if (ez)
                propList.push("z");
            if (ew === 1)
                propList.push("width-abs");
            else if (ew === 2)
                propList.push("width-scale");
            if (eh === 1)
                propList.push("height-abs");
            else if (eh === 2)
                propList.push("height-scale");
            if (propList.length === 0)
                return;
            this._Pin(objectClass, "properties", propList)
        },
        PinByImagePoint(objectClass, imgPt, ea, ew, eh, ez) {
            const propList = ["imagepoint"];
            if (ea)
                propList.push("angle");
            if (ez)
                propList.push("z");
            if (ew === 1)
                propList.push("width-abs");
            else if (ew === 2)
                propList.push("width-scale");
            if (eh === 1)
                propList.push("height-abs");
            else if (eh === 2)
                propList.push("height-scale");
            this._pinImagePoint = imgPt;
            this._Pin(objectClass, "properties", propList)
        },
        SetPinDistance(d) {
            if (this._mode === "rope" || this._mode === "bar")
                this._pinDist = Math.max(d, 0)
        },
        SetDestroy(d) {
            this._destroy = d
        },
        Unpin() {
            this._SetPinInst(null);
            this._mode = "";
            this._propSet.clear();
            this._pinImagePoint = ""
        },
        Pin(objectClass, mode) {
            switch (mode) {
            case 0:
                this._Pin(objectClass, "properties", ["x", "y", "angle"]);
                break;
            case 1:
                this._Pin(objectClass, "properties", ["x", "y"]);
                break;
            case 2:
                this._Pin(objectClass, "properties", ["angle"]);
                break;
            case 3:
                this._Pin(objectClass, "rope");
                break;
            case 4:
                this._Pin(objectClass, "bar");
                break
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Pin.Exps = {
        PinnedUID() {
            return this._pinInst ? this._pinInst.GetUID() : -1
        }
    }
}
;"use strict";
{
    C3.Behaviors.aekiro_button = class aekiro_buttonBehavior extends C3.SDKBehaviorBase {
        constructor(a) {
            super(a);
            const b = this._runtime.Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(b, "pointerdown", (a)=>this._OnPointerDown(a.data)),C3.Disposable.From(b, "pointermove", (a)=>this._OnPointerMove(a.data)),C3.Disposable.From(b, "pointerup", (a)=>this._OnPointerUp(a.data, !1)),C3.Disposable.From(b, "pointercancel", (a)=>this._OnPointerUp(a.data, !0)))
        }
        Release() {
            this._disposables.Release(),
            this._disposables = null,
            super.Release();
        }
        _OnPointerDown(a) {
            this._OnInputDown(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerMove(a) {
            this._OnInputMove(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerUp(a) {
            this._OnInputUp(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        async _OnInputDown(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_button);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputDown)
                    await beh.OnAnyInputDown(x, y, source);
            }
        }
        _OnInputMove(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_button);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputMove)
                    beh.OnAnyInputMove(x, y, source);
            }
        }
        async _OnInputUp(a, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_button);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputUp)
                    await beh.OnAnyInputUp(x, y);
            }
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_button.Type = class aekiro_buttonType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_button.Instance = class aekiro_buttonInstance extends Aekiro.button {
        constructor(behInst, properties) {
            super(behInst, properties);
            this.isEnabled = properties[0];
            this.frame_normal = properties[1];
            this.frame_hover = properties[2];
            this.frame_clicked = properties[3];
            this.frame_disabled = properties[4];
            this.frame_focus = properties[5];
            this.clickSound = properties[6];
            this.hoverSound = properties[7];
            this.focusSound = properties[8];
            this.clickAnimation = properties[9];
            this.hoverAnimation = properties[10];
            this.focusAnimation = properties[11];
            this.color_normal = properties[12];
            this.color_hover = properties[13];
            this.color_clicked = properties[14];
            this.color_disabled = properties[15];
            this.color_focus = properties[16];
            this.clickAnimationFactor = properties[17];
            this.hoverAnimationFactor = properties[18];
            this.focusAnimationFactor = properties[19];
            this.ignoreInput = properties[20];
            this.button_constructor();
        }
        OnAnyInputUpC() {
            this.Trigger(C3.Behaviors.aekiro_button.Cnds.OnClicked);
            this.proui.Trigger(C3.Plugins.aekiro_proui.Cnds.OnAnyButtonClicked);
        }
        OnMouseEnterC() {
            this.Trigger(C3.Behaviors.aekiro_button.Cnds.OnMouseEnter);
        }
        OnMouseLeaveC() {
            this.Trigger(C3.Behaviors.aekiro_button.Cnds.OnMouseLeave);
        }
        OnFocusedC() {
            this.Trigger(C3.Behaviors.aekiro_button.Cnds.OnFocused);
        }
        OnUnFocusedC() {
            this.Trigger(C3.Behaviors.aekiro_button.Cnds.OnUnFocused);
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {
                "isEnabled": this.isEnabled,
                "frame_normal": this.frame_normal,
                "frame_hover": this.frame_hover,
                "frame_clicked": this.frame_clicked,
                "frame_disabled": this.frame_disabled,
                "frame_focus": this.frame_focus,
                "clickSound": this.clickSound,
                "hoverSound": this.hoverSound,
                "focusSound": this.focusSound,
                "clickAnimation": this.clickAnimation,
                "hoverAnimation": this.hoverAnimation,
                "focusAnimation": this.focusAnimation,
                "color_normal": this.color_normal,
                "color_hover": this.color_hover,
                "color_clicked": this.color_clicked,
                "color_disabled": this.color_disabled,
                "color_focus": this.color_focus,
                "ignoreInput": this.ignoreInput,
                "initProps": this.initProps
            };
        }
        LoadFromJson(o) {
            this.isEnabled = o["isEnabled"];
            this.frame_normal = o["frame_normal"];
            this.frame_hover = o["frame_hover"];
            this.frame_clicked = o["frame_clicked"];
            this.frame_disabled = o["frame_disabled"];
            this.frame_focus = o["frame_focus"];
            this.clickSound = o["clickSound"];
            this.hoverSound = o["hoverSound"];
            this.focusSound = o["focusSound"];
            this.clickAnimation = o["clickAnimation"];
            this.hoverAnimation = o["hoverAnimation"];
            this.focusAnimation = o["focusAnimation"];
            this.color_normal = o["color_normal"];
            this.color_hover = o["color_hover"];
            this.color_clicked = o["color_clicked"];
            this.color_disabled = o["color_disabled"];
            this.color_focus = o["color_focus"];
            this.ignoreInput = o["ignoreInput"];
            this.initProps = o["initProps"];
            this.onInitPropsLoaded();
            this.onPropsLoaded();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_button.Cnds = {};
    Object.assign(C3.Behaviors.aekiro_button.Cnds, Aekiro.button.Cnds);
}
"use strict";
{
    C3.Behaviors.aekiro_button.Acts = {};
    Object.assign(C3.Behaviors.aekiro_button.Acts, Aekiro.button.Acts);
}
"use strict";
{
    C3.Behaviors.aekiro_button.Exps = {};
}
"use strict";
{
    C3.Behaviors.aekiro_checkbox = class aekiro_checkboxBehavior extends C3.SDKBehaviorBase {
        constructor(a) {
            super(a);
            const b = this._runtime.Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(b, "pointerdown", (a)=>this._OnPointerDown(a.data)),C3.Disposable.From(b, "pointermove", (a)=>this._OnPointerMove(a.data)),C3.Disposable.From(b, "pointerup", (a)=>this._OnPointerUp(a.data, !1)),C3.Disposable.From(b, "pointercancel", (a)=>this._OnPointerUp(a.data, !0)))
        }
        Release() {
            this._disposables.Release(),
            this._disposables = null,
            super.Release()
        }
        _OnPointerDown(a) {
            this._OnInputDown(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerMove(a) {
            this._OnInputMove(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerUp(a) {
            this._OnInputUp(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        async _OnInputDown(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_checkbox);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputDown)
                    await beh.OnAnyInputDown(x, y, source);
            }
        }
        _OnInputMove(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_checkbox);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputMove)
                    beh.OnAnyInputMove(x, y, source);
            }
        }
        async _OnInputUp(a, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_checkbox);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputUp)
                    await beh.OnAnyInputUp(x, y);
            }
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_checkbox.Type = class aekiro_checkboxType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_checkbox.Instance = class aekiro_checkboxInstance extends Aekiro.checkbox {
        constructor(behInst, properties) {
            super(behInst, properties);
            this.isEnabled = properties[0];
            this.value = properties[1];
            this.frame_normal = properties[2];
            this.frame_hover = properties[3];
            this.frame_disabled = properties[4];
            this.frame_focus = properties[5];
            this.clickSound = properties[6];
            this.hoverSound = properties[7];
            this.focusSound = properties[8];
            this.clickAnimation = properties[9];
            this.hoverAnimation = properties[10];
            this.focusAnimation = properties[11];
            this.color_normal = properties[12];
            this.color_hover = properties[13];
            this.color_clicked = properties[14];
            this.color_disabled = properties[15];
            this.color_focus = properties[16];
            this.clickAnimationFactor = properties[17];
            this.hoverAnimationFactor = properties[18];
            this.focusAnimationFactor = properties[19];
            this.ignoreInput = properties[20];
            this.checkbox_constructor();
        }
        OnAnyInputUpC() {
            this.setValue(1 - this.value);
            this.Trigger(C3.Behaviors.aekiro_checkbox.Cnds.OnClicked);
        }
        OnMouseEnterC() {
            this.Trigger(C3.Behaviors.aekiro_checkbox.Cnds.OnMouseEnter);
        }
        OnMouseLeaveC() {
            this.Trigger(C3.Behaviors.aekiro_checkbox.Cnds.OnMouseLeave);
        }
        OnFocusedC() {
            this.Trigger(C3.Behaviors.aekiro_checkbox.Cnds.OnFocused);
        }
        OnUnFocusedC() {
            this.Trigger(C3.Behaviors.aekiro_checkbox.Cnds.OnUnFocused);
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {
                "isEnabled": this.isEnabled,
                "value": this.value,
                "frame_normal": this.frame_normal,
                "frame_hover": this.frame_hover,
                "frame_disabled": this.frame_disabled,
                "frame_focus": this.frame_focus,
                "clickSound": this.clickSound,
                "hoverSound": this.hoverSound,
                "focusSound": this.focusSound,
                "clickAnimation": this.clickAnimation,
                "hoverAnimation": this.hoverAnimation,
                "focusAnimation": this.focusAnimation,
                "color_normal": this.color_normal,
                "color_hover": this.color_hover,
                "color_clicked": this.color_clicked,
                "color_disabled": this.color_disabled,
                "color_focus": this.color_focus,
                "ignoreInput": this.ignoreInput,
                "initProps": this.initProps
            };
        }
        LoadFromJson(o) {
            this.isEnabled = o["isEnabled"];
            this.value = o["value"];
            this.frame_normal = o["frame_normal"];
            this.frame_hover = o["frame_hover"];
            this.frame_disabled = o["frame_disabled"];
            this.frame_focus = o["frame_focus"];
            this.clickSound = o["clickSound"];
            this.hoverSound = o["hoverSound"];
            this.focusSound = o["focusSound"];
            this.clickAnimation = o["clickAnimation"];
            this.hoverAnimation = o["hoverAnimation"];
            this.focusAnimation = o["focusAnimation"];
            this.color_normal = o["color_normal"];
            this.color_hover = o["color_hover"];
            this.color_clicked = o["color_clicked"];
            this.color_disabled = o["color_disabled"];
            this.color_focus = o["color_focus"];
            this.ignoreInput = o["ignoreInput"];
            this.initProps = o["initProps"];
            this.onInitPropsLoaded();
            this.onPropsLoaded();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_checkbox.Cnds = {
        IsChecked() {
            return this.value;
        }
    };
    Object.assign(C3.Behaviors.aekiro_checkbox.Cnds, Aekiro.button.Cnds);
}
"use strict";
{
    C3.Behaviors.aekiro_checkbox.Acts = {
        setValue(value) {
            this.setValue(value);
        },
        SetIgnoreInput(s) {
            this.setIgnoreInput(s);
        },
        SetClickSoundVolume(v) {
            this.audioSources.click.setVolume(v);
        },
        SetHoverSoundVolume(v) {
            this.audioSources.hover.setVolume(v);
        }
    };
    Object.assign(C3.Behaviors.aekiro_checkbox.Acts, Aekiro.button.Acts);
}
"use strict";
{
    C3.Behaviors.aekiro_checkbox.Exps = {
        value() {
            return this.value;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_radiobutton = class aekiro_radiobuttonBehavior extends C3.SDKBehaviorBase {
        constructor(a) {
            super(a);
            const b = this._runtime.Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(b, "pointerdown", (a)=>this._OnPointerDown(a.data)),C3.Disposable.From(b, "pointermove", (a)=>this._OnPointerMove(a.data)),C3.Disposable.From(b, "pointerup", (a)=>this._OnPointerUp(a.data, !1)),C3.Disposable.From(b, "pointercancel", (a)=>this._OnPointerUp(a.data, !0)));
        }
        Release() {
            this._disposables.Release(),
            this._disposables = null,
            super.Release()
        }
        _OnPointerDown(a) {
            this._OnInputDown(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerMove(a) {
            this._OnInputMove(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerUp(a) {
            this._OnInputUp(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        async _OnInputDown(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_radiobutton);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputDown)
                    await beh.OnAnyInputDown(x, y, source);
            }
        }
        _OnInputMove(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_radiobutton);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputMove)
                    beh.OnAnyInputMove(x, y, source);
            }
        }
        async _OnInputUp(a, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_radiobutton);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputUp)
                    await beh.OnAnyInputUp(x, y);
            }
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_radiobutton.Type = class aekiro_radiobuttonType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_radiobutton.Instance = class aekiro_radiobuttonInstance extends globalThis.Aekiro.checkbox {
        constructor(behInst, properties) {
            super(behInst, properties);
            this.isEnabled = properties[0];
            this.name = properties[1];
            this.frame_normal = properties[2];
            this.frame_hover = properties[3];
            this.frame_disabled = properties[4];
            this.frame_focus = properties[5];
            this.clickSound = properties[6];
            this.hoverSound = properties[7];
            this.focusSound = properties[8];
            this.clickAnimation = properties[9];
            this.hoverAnimation = properties[10];
            this.focusAnimation = properties[11];
            this.color_normal = properties[12];
            this.color_hover = properties[13];
            this.color_clicked = properties[14];
            this.color_disabled = properties[15];
            this.color_focus = properties[16];
            this.clickAnimationFactor = properties[17];
            this.hoverAnimationFactor = properties[18];
            this.focusAnimationFactor = properties[19];
            this.ignoreInput = properties[17];
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_radiobutton = this;
            this.checkbox_constructor();
        }
        init() {
            if (!this.aekiro_gameobject) {
                return;
            }
            this.radioGroup = this.aekiro_gameobject.parent_get();
            if (!this.radioGroup) {
                console.error("ProUI-Radiobutton uid=%s: Radiogroup not found.", this.inst.GetUID());
                return;
            }
            if (!this.radioGroup.GetUnsavedDataMap().aekiro_radiogroup) {
                console.error("ProUI-Radiobutton uid=%s: Radiogroup needs to have a Radiogroup behavior.", this.inst.GetUID());
                return;
            }
            this.radioGroup = this.radioGroup.GetUnsavedDataMap().aekiro_radiogroup;
        }
        GetRadioGroup() {
            var p = this.aekiro_gameobject.parent_get();
            if (p) {
                return p.GetUnsavedDataMap().aekiro_radiogroup;
            }
            return null;
        }
        setEnabled(isEnabled) {
            super.setEnabled(isEnabled);
            var radioGroup = this.GetRadioGroup();
            if (isEnabled && radioGroup) {
                radioGroup.isEnabled = isEnabled;
            }
        }
        OnAnyInputUpC() {
            var radioGroup = this.GetRadioGroup();
            if (radioGroup) {
                radioGroup.setValue(this.name);
            }
            this.Trigger(C3.Behaviors.aekiro_radiobutton.Cnds.OnClicked);
        }
        OnMouseEnterC() {
            this.Trigger(C3.Behaviors.aekiro_radiobutton.Cnds.OnMouseEnter);
        }
        OnMouseLeaveC() {
            this.Trigger(C3.Behaviors.aekiro_radiobutton.Cnds.OnMouseLeave);
        }
        OnFocusedC() {
            this.Trigger(C3.Behaviors.aekiro_radiobutton.Cnds.OnFocused);
        }
        OnUnFocusedC() {
            this.Trigger(C3.Behaviors.aekiro_radiobutton.Cnds.OnUnFocused);
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {
                "isEnabled": this.isEnabled,
                "name": this.name,
                "frame_normal": this.frame_normal,
                "frame_hover": this.frame_hover,
                "frame_disabled": this.frame_disabled,
                "frame_focus": this.frame_focus,
                "clickSound": this.clickSound,
                "hoverSound": this.hoverSound,
                "focusSound": this.focusSound,
                "clickAnimation": this.clickAnimation,
                "hoverAnimation": this.hoverAnimation,
                "focusAnimation": this.focusAnimation,
                "color_normal": this.color_normal,
                "color_hover": this.color_hover,
                "color_clicked": this.color_clicked,
                "color_disabled": this.color_disabled,
                "color_focus": this.color_focus,
                "ignoreInput": this.ignoreInput,
                "initProps": this.initProps
            };
        }
        LoadFromJson(o) {
            this.isEnabled = o["isEnabled"];
            this.name = o["name"];
            this.frame_normal = o["frame_normal"];
            this.frame_hover = o["frame_hover"];
            this.frame_disabled = o["frame_disabled"];
            this.frame_focus = o["frame_focus"];
            this.clickSound = o["clickSound"];
            this.hoverSound = o["hoverSound"];
            this.focusSound = o["focusSound"];
            this.clickAnimation = o["clickAnimation"];
            this.hoverAnimation = o["hoverAnimation"];
            this.focusAnimation = o["focusAnimation"];
            this.color_normal = o["color_normal"];
            this.color_hover = o["color_hover"];
            this.color_clicked = o["color_clicked"];
            this.color_disabled = o["color_disabled"];
            this.color_focus = o["color_focus"];
            this.ignoreInput = o["ignoreInput"];
            this.initProps = o["initProps"];
            this.onInitPropsLoaded();
            this.onPropsLoaded();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_radiobutton.Cnds = {};
    Object.assign(C3.Behaviors.aekiro_radiobutton.Cnds, globalThis.Aekiro.button.Cnds);
}
"use strict";
{
    C3.Behaviors.aekiro_radiobutton.Acts = {
        SetIgnoreInput(s) {
            this.setIgnoreInput(s);
        },
        SetClickSoundVolume(v) {
            this.audioSources.click.setVolume(v);
        },
        SetHoverSoundVolume(v) {
            this.audioSources.hover.setVolume(v);
        },
        SetName(v) {
            this.name = v;
        }
    };
    Object.assign(C3.Behaviors.aekiro_radiobutton.Acts, globalThis.Aekiro.button.Acts);
}
"use strict";
{
    C3.Behaviors.aekiro_radiobutton.Exps = {
        name() {
            return this.name;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_progress = class aekiro_progressBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_progress.Type = class aekiro_progressType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    var Tween = globalThis["TWEEN"];
    C3.Behaviors.aekiro_progress.Instance = class aekiro_progressInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            if (properties) {
                this.maxValue = properties[0];
                this.value = C3.clamp(properties[1], 0, this.maxValue);
                this.animation = properties[2];
            }
            this.inst = this.GetObjectInstance();
            this.wi = this.GetWorldInfo();
            this.goManager = globalThis.aekiro_goManager;
            this.aekiro_dialogManager = globalThis.aekiro_dialogManager;
            this.goManager.eventManager.on("childrenRegistred", ()=>this.init(), {
                "once": true
            });
        }
        PostCreate() {
            this.aekiro_gameobject = this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject;
            if (this.aekiro_gameobject) {
                this.aekiro_gameobject.eventManager.on("cloned", ()=>this.init(), {
                    "once": true
                });
            }
        }
        init() {
            var wi = this.wi;
            this.initWidth = wi.GetWidth();
            this.transf = {
                width: wi.GetWidth()
            };
            this.tween = new Tween["Tween"](this.transf);
            if (this.animation == 1) {
                this.tween["easing"](Tween["Easing"]["Linear"]["None"]);
            } else if (this.animation == 2) {
                this.tween["easing"](Tween["Easing"]["Quadratic"]["Out"]);
            }
            this.updateView();
        }
        onInitPropsLoaded() {
            var wi = this.wi;
            wi.SetWidth(this.initWidth, true);
        }
        isValueValid(value) {
            if (value == null || isNaN(value) || value === "") {
                return false;
            }
            return true;
        }
        setMaxValue(v) {
            this.maxValue = v;
            this.value = C3.clamp(this.value, 0, this.maxValue);
            this.updateView();
        }
        setValue(value) {
            if (!this.isValueValid(value)) {
                return false;
            }
            value = C3.clamp(value, 0, this.maxValue);
            if (this.value != value) {
                this.value = value;
                this.updateView();
            }
        }
        updateView() {
            var targetProp = 0;
            var progress = this.value / this.maxValue;
            targetProp = progress * this.initWidth;
            if (this.animation) {
                var wi = this.wi;
                this.transf.width = wi.GetWidth();
                this.tween["to"]({
                    width: targetProp
                }, 500)["start"]();
                this._StartTicking();
                this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
            } else {
                this.wi.SetWidth(targetProp, true);
                this.wi.SetBboxChanged();
                if (this.tween["isPlaying"]) {
                    this.tween["stop"]();
                    this.isTweenPlaying = false;
                }
            }
        }
        Tick() {
            if (this.isTweenPlaying) {
                this.isTweenPlaying = false;
            }
            if (this.tween["isPlaying"]) {
                this.tween["update"](this.GetRuntime().GetWallTime() * 1000);
                this.isTweenPlaying = true;
            }
            if (this.isTweenPlaying) {
                this.wi.SetWidth(this.transf.width, true);
                this.wi.SetBboxChanged();
            } else {
                this._StopTicking();
            }
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {
                "maxValue": this.maxValue,
                "value": this.value,
                "animation": this.animation,
                "initWidth": this.initWidth
            }
        }
        LoadFromJson(o) {
            this.maxValue = o["maxValue"];
            this.value = o["value"];
            this.animation = o["animation"];
            this.initWidth = o["initWidth"];
            this.onInitPropsLoaded();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_progress.Cnds = {};
}
"use strict";
{
    C3.Behaviors.aekiro_progress.Acts = {
        setValue(value, animation) {
            this.animation = animation;
            this.setValue(value);
        },
        SetMaxValue(v) {
            this.setMaxValue(v);
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_progress.Exps = {
        value() {
            return this.value;
        }
    };
}
"use strict";
{
    C3.Behaviors.mcube_rexspline = class MCRexSpline extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.mcube_rexspline.Type = class MCRexSplineType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.mcube_rexspline.Instance = class MCRexSplineInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._myProperty = 0;
            if (properties) {
                this._myProperty = properties[0];
                this.enabled = (properties[0] === 1);
                this.speed = properties[1];
                this.setAngle = (properties[2] !== 0);
                this.isLooping = (properties[3] === 1);
                this.tension = properties[4];
            }
            if (!this.recycled) {
                this.points = [];
                this.curSeg = {
                    ptr: -1,
                    t: 1,
                    p0: null,
                    p1: null,
                    p2: null,
                    p3: null,
                    dist: 0,
                    preX: 0,
                    preY: 0
                };
            }
            this.traveledDist = 0;
            this.movingAngle = 0;
            this.is_moving = false;
            this.is_my_call = false;
            this.lastTick = null;
            this.LASTU;
            this.LASTUU;
            this.LASTUUU;
            this.wi = this._inst.GetWorldInfo();
            this._StartTicking();
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {};
        }
        LoadFromJson(o) {}
        Tick() {
            if (!this.enabled || !this.is_moving) {
                return;
            } else {
                const dt = this._runtime.GetDt(this._inst);
                this.move(dt);
            }
        }
        move(dt) {
            if (dt == null)
                dt = this._runtime.GetDt(this._inst);
            if ((dt === 0) || (this.speed == 0))
                return;
            var tickMovingDist = this.speed * dt;
            var tMD2 = tickMovingDist * tickMovingDist;
            var sTickMovingDist = tickMovingDist / 20;
            var segDist = null, t;
            var x0 = this.wi._x
              , y0 = this.wi._y;
            var seg, nx, ny, dist, dist2, i = 0;
            var preX, preY, preDist2, preSegT;
            while (1) {
                seg = this.getSeg();
                if (seg == null)
                    break;
                if (seg.dist === 0)
                    continue;
                if (segDist !== seg.dist) {
                    segDist = seg.dist
                    t = (sTickMovingDist / segDist);
                    if (t > 0.5)
                        t = 0.5;
                }
                seg.t += t;
                i++;
                if (seg.t >= 1) {
                    seg.t = 1;
                    nx = seg.p2[0];
                    ny = seg.p2[1];
                } else {
                    nx = this.interpolate(seg, 0, this.tension);
                    ny = this.interpolate(seg, 1, this.tension);
                }
                dist2 = this.distance2(x0, y0, nx, ny);
                if (dist2 >= tMD2) {
                    if (Math.abs(preDist2 - tMD2) < Math.abs(dist2 - tMD2)) {
                        nx = preX;
                        ny = preY;
                        dist2 = preDist2;
                        seg.t = preSegT;
                    }
                    dist = Math.sqrt(dist2);
                    this.traveledDist += dist;
                    this.wi.SetX(nx);
                    this.wi.SetY(ny);
                    break;
                } else {
                    preX = nx;
                    preY = ny;
                    preDist2 = dist2;
                    preSegT = (seg.t === 1) ? 0 : seg.t;
                }
            }
            if ((x0 === this.wi._x) && (y0 === this.wi._y)) {} else {
                this.movingAngle = C3.angleTo(x0, y0, this.wi._x, this.wi._y);
            }
            if (this.setAngle) {
                if (this.is_moving) {
                    this.wi.SetAngle(this.movingAngle);
                }
            }
            if (this.speed !== 0) {
                this.wi.SetBboxChanged();
                if (seg == null) {
                    this.onReachLastPoint();
                } else {
                    seg.preX = nx;
                    seg.preY = ny;
                }
            }
        }
        start() {
            this.curSeg.ptr = -1;
            this.curSeg.t = 1;
            this.traveledDist = 0;
            this.is_moving = true;
            var seg = this.getSeg();
            if (seg === null)
                this.onReachLastPoint();
        }
        onReachLastPoint() {
            if (!this.is_moving)
                return;
            this.is_moving = false;
            this.is_my_call = true;
            this.Trigger(C3.Behaviors.mcube_rexspline.Cnds.OnHitTarget, this.wi);
            this.is_my_call = false;
        }
        hitPoint() {
            this.is_my_call = true;
            this.Trigger(C3.Behaviors.mcube_rexspline.Cnds.OnHitAnyPoint, this.wi);
            this.is_my_call = false;
        }
        wrapIndex(idx) {
            if (this.isLooping) {
                var cnt = this.points.length;
                idx = idx % cnt;
                if (idx < 0)
                    idx = cnt + idx;
            }
            return idx;
        }
        getSeg() {
            if (this.curSeg.t === 1) {
                this.curSeg.ptr = this.wrapIndex(this.curSeg.ptr + 1);
                var ptr1 = this.curSeg.ptr;
                var ptr2 = this.wrapIndex(ptr1 + 1);
                if (ptr2 >= this.points.length)
                    return null;
                var ptr0 = this.wrapIndex(ptr1 - 1);
                var ptr3 = this.wrapIndex(ptr2 + 1);
                this.curSeg.p0 = this.points[ptr0];
                this.curSeg.p1 = this.points[ptr1];
                this.curSeg.p2 = this.points[ptr2];
                this.curSeg.p3 = this.points[ptr3];
                this.curSeg.dist = C3.distanceTo(this.curSeg.p1[0], this.curSeg.p1[1], this.curSeg.p2[0], this.curSeg.p2[1]);
                this.curSeg.t = 0;
                this.curSeg.preX = this.curSeg.p1[0];
                this.curSeg.preY = this.curSeg.p1[1];
                this.hitPoint();
            }
            return this.curSeg;
        }
        interpolate(seg, i, tension) {
            var p1 = seg.p1[i];
            var p2 = seg.p2[i];
            var t = seg.t;
            var p0 = (seg.p0) ? seg.p0[i] : p1 + (p1 - p2);
            var p3 = (seg.p3) ? seg.p3[i] : p2 + (p2 - p1);
            var u, uu, uuu;
            if (t === this.LASTU) {
                u = this.LASTU;
                uu = this.LASTUU;
                uuu = this.LASTUUU;
            } else {
                this.LASTU = u = t;
                this.LASTUU = uu = u * u;
                this.LASTUUU = uuu = uu * u;
            }
            return (-tension * u + 2 * tension * uu - tension * uuu) * p0 + (+1 + (tension - 3) * uu + (2 - tension) * uuu) * p1 + (+tension * u + (3 - 2 * tension) * uu + (tension - 2) * uuu) * p2 + (-tension * uu + tension * uuu) * p3;
        }
        din(d, default_value) {
            var o;
            if (d === true)
                o = 1;
            else if (d === false)
                o = 0;
            else if (d == null) {
                if (default_value != null)
                    o = default_value;
                else
                    o = 0;
            } else if (typeof (d) == "object")
                o = JSON.stringify(d);
            else
                o = d;
            return o;
        }
        distance2(x0, y0, x1, y1) {
            var dx = (x1 - x0);
            var dy = (y1 - y0);
            return dx * dx + dy * dy;
        }
        isTickChanged() {
            var curTick = this._runtime.GetTickCount();
            var tickChanged = (this.lastTick != curTick);
            this.lastTick = curTick;
            return tickChanged;
        }
        getMovingAngle(ret) {
            if (this.isTickChanged()) {
                return to_clamped_degrees(this.movingAngle);
            }
        }
    }
    ;
}
var clamp_angle_degrees = function(a) {
    a %= 360;
    if (a < 0)
        a += 360;
    return a;
};
var to_degrees = function(x) {
    return x * (180.0 / Math.PI);
};
var to_clamped_degrees = function(x) {
    return clamp_angle_degrees(to_degrees(x));
};
"use strict";
{
    C3.Behaviors.mcube_rexspline.Cnds = {
        OnHitTarget() {
            return (this.is_my_call);
        },
        OnHitAnyPoint() {
            return (this.is_my_call);
        },
        IsMoving() {
            return (this.enabled && this.is_moving);
        }
    };
}
"use strict";
{
    C3.Behaviors.mcube_rexspline.Acts = {
        SetEnabled(en) {
            this.enabled = (en === 1);
        },
        SetAngleEnabled(en) {
            this.setAngle = (en === 1);
        },
        AddPoint(x, y) {
            this.points.push([x, y]);
        },
        ResetPoint(i, x, y) {
            if (this.is_moving) {
                var idxp1 = this.curSeg.ptr;
                var idxp2 = this.curSeg.ptr + 1;
                if ((idxp1 === i) || (idxp2 === i))
                    return;
            }
            if (i < 0) {
                this.points.unshift([x, y]);
            } else if (i < this.points.length) {
                var p = this.points[i];
                p[0] = x;
                p[1] = y;
            } else {
                this.points.push([x, y]);
            }
        },
        CleanAll() {
            this.points.length = 0;
            this.is_moving = false;
        },
        Start() {
            this.start();
        },
        Stop() {
            this.is_moving = false;
        },
        SetSpeed(spd) {
            this.speed = spd;
        },
        SetLooping(en) {
            this.isLooping = (en === 1);
        },
        SetTension(tension) {
            this.tension = tension;
        }
    };
}
"use strict";
{
    C3.Behaviors.mcube_rexspline.Exps = {
        Speed() {
            return (this.speed);
        },
        Tension() {
            return (this.tension);
        },
        AngleOfMotion() {
            if (typeof this.movingAngle != "undefined") {
                return (this.getMovingAngle());
            } else {
                return 0;
            }
        },
        Point(idx, part) {
            var val = this.points;
            if (idx != null)
                val = val[idx];
            if ((val != null) && (part != null)) {
                if ((part === 0) || (part === "x") || (part === "X"))
                    val = val[0];
                else if ((part === 1) || (part === "y") || (part === "Y"))
                    val = val[1];
            }
            return (din(val));
        },
        CurSegP0(part) {
            var val = this.curSeg.ptr;
            if (part != null) {
                val = this.points[val];
                if (val != null) {
                    if ((part === 0) || (part === "x") || (part === "X"))
                        val = val[0];
                    else if ((part === 1) || (part === "y") || (part === "Y"))
                        val = val[1];
                } else
                    val = 0;
            }
            return (val);
        },
        CurSegP1(part) {
            var val = this.wrapIndex(this.curSeg.ptr + 1);
            if (part != null) {
                val = this.points[val];
                if (val != null) {
                    if ((part === 0) || (part === "x") || (part === "X"))
                        val = val[0];
                    else if ((part === 1) || (part === "y") || (part === "Y"))
                        val = val[1];
                } else
                    val = 0;
            }
            return (val);
        },
        PointsCount() {
            return (this.points.length);
        },
        TraveledDistance() {
            return (this.traveledDist);
        }
    };
}
'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Timer = class TimerBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Timer.Type = class TimerType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Timer.SingleTimer = class SingleTimer {
        constructor(current, total, duration, isRegular) {
            this._current = C3.New(C3.KahanSum);
            this._current.Set(current || 0);
            this._total = C3.New(C3.KahanSum);
            this._total.Set(total || 0);
            this._duration = duration || 0;
            this._isRegular = !!isRegular;
            this._isPaused = false
        }
        GetCurrentTime() {
            return this._current.Get()
        }
        GetTotalTime() {
            return this._total.Get()
        }
        GetDuration() {
            return this._duration
        }
        SetPaused(p) {
            this._isPaused = !!p
        }
        IsPaused() {
            return this._isPaused
        }
        Add(t) {
            this._current.Add(t);
            this._total.Add(t)
        }
        HasFinished() {
            return this._current.Get() >= this._duration
        }
        Update() {
            if (this.HasFinished())
                if (this._isRegular)
                    this._current.Subtract(this._duration);
                else
                    return true;
            return false
        }
        SaveToJson() {
            return {
                "c": this._current.Get(),
                "t": this._total.Get(),
                "d": this._duration,
                "r": this._isRegular,
                "p": this._isPaused
            }
        }
        LoadFromJson(o) {
            this._current.Set(o["c"]);
            this._total.Set(o["t"]);
            this._duration = o["d"];
            this._isRegular = !!o["r"];
            this._isPaused = !!o["p"]
        }
    }
    ;
    C3.Behaviors.Timer.Instance = class TimerInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._timers = new Map
        }
        Release() {
            this._timers.clear();
            super.Release()
        }
        _UpdateTickState() {
            if (this._timers.size > 0) {
                this._StartTicking();
                this._StartTicking2()
            } else {
                this._StopTicking();
                this._StopTicking2()
            }
        }
        SaveToJson() {
            const ret = {};
            for (const [name,timer] of this._timers.entries())
                ret[name] = timer.SaveToJson();
            return ret
        }
        LoadFromJson(o) {
            this._timers.clear();
            for (const [name,data] of Object.entries(o)) {
                const timer = new C3.Behaviors.Timer.SingleTimer;
                timer.LoadFromJson(data);
                this._timers.set(name, timer)
            }
            this._UpdateTickState()
        }
        Tick() {
            const dt = this._runtime.GetDt(this._inst);
            for (const timer of this._timers.values())
                if (!timer.IsPaused())
                    timer.Add(dt)
        }
        Tick2() {
            for (const [name,timer] of this._timers.entries()) {
                const shouldDelete = timer.Update();
                if (shouldDelete)
                    this._timers.delete(name)
            }
        }
        GetDebuggerProperties() {
            return [{
                title: "behaviors.timer.debugger.timers",
                properties: [...this._timers.entries()].map(entry=>({
                    name: "$" + entry[0],
                    value: `${Math.round(entry[1].GetCurrentTime() * 10) / 10} / ${Math.round(entry[1].GetDuration() * 10) / 10}`
                }))
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Timer.Cnds = {
        OnTimer(name) {
            const timer = this._timers.get(name.toLowerCase());
            if (!timer)
                return false;
            return timer.HasFinished()
        },
        IsTimerRunning(name) {
            return this._timers.has(name.toLowerCase())
        },
        IsTimerPaused(name) {
            const timer = this._timers.get(name.toLowerCase());
            return timer && timer.IsPaused()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Timer.Acts = {
        StartTimer(duration, type, name) {
            const timer = new C3.Behaviors.Timer.SingleTimer(0,0,duration,type === 1);
            this._timers.set(name.toLowerCase(), timer);
            this._UpdateTickState()
        },
        StopTimer(name) {
            this._timers.delete(name.toLowerCase());
            this._UpdateTickState()
        },
        PauseResumeTimer(name, state) {
            const timer = this._timers.get(name.toLowerCase());
            if (timer)
                timer.SetPaused(state === 0)
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Timer.Exps = {
        CurrentTime(name) {
            const timer = this._timers.get(name.toLowerCase());
            if (!timer)
                return 0;
            return timer.GetCurrentTime()
        },
        TotalTime(name) {
            const timer = this._timers.get(name.toLowerCase());
            if (!timer)
                return 0;
            return timer.GetTotalTime()
        },
        Duration(name) {
            const timer = this._timers.get(name.toLowerCase());
            if (!timer)
                return 0;
            return timer.GetDuration()
        }
    }
}
;"use strict";
{
    C3.Behaviors.aekiro_radiogroup = class aekiro_radiogroupBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_radiogroup.Type = class aekiro_radiogroupType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_radiogroup.Instance = class aekiro_radiogroupInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this.value = properties[0];
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_radiogroup = this;
            this.radioButtons = [];
            this.isEnabled = true;
            this.goManager = globalThis.aekiro_goManager;
            this.goManager.eventManager.on("childrenRegistred", ()=>this.init(), {
                "once": true
            });
        }
        PostCreate() {
            this.aekiro_gameobject = this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject;
            if (this.aekiro_gameobject) {
                this.aekiro_gameobject.eventManager.on("cloned", ()=>this.init(), {
                    "once": true
                });
            }
        }
        GetRadioButtons() {
            return this.aekiro_gameobject.children;
        }
        init() {
            if (!this.aekiro_gameobject) {
                return;
            }
            this.radioButtons = this.GetRadioButtons();
            var b;
            var l = this.radioButtons.length;
            for (var i = 0; i < l; i++) {
                b = this.radioButtons[i].GetUnsavedDataMap().aekiro_radiobutton;
                b.init();
            }
            this.updateView();
        }
        isValueValid(value) {
            var b;
            var radioButtons = this.GetRadioButtons();
            for (var i = 0; i < radioButtons.length; i++) {
                b = radioButtons[i].GetUnsavedDataMap().aekiro_radiobutton;
                if (b.name == value) {
                    return true;
                }
            }
            return false;
        }
        setValue(value) {
            if (!this.isValueValid(value)) {
                return false;
            }
            var radioButtons = this.GetRadioButtons();
            var b, l = radioButtons.length;
            for (var i = 0; i < l; i++) {
                b = radioButtons[i].GetUnsavedDataMap().aekiro_radiobutton;
                if (b.name == value) {
                    this.value = value;
                    b.setValue(1);
                } else {
                    b.setValue(0);
                }
            }
        }
        updateView() {
            var areAllDisabled = true;
            var radioButtons = this.GetRadioButtons();
            for (var i = 0; i < radioButtons.length; i++) {
                var b = radioButtons[i].GetUnsavedDataMap().aekiro_radiobutton;
                if (b.name == this.value) {
                    b.setValue(1);
                } else {
                    b.setValue(0);
                }
                if (b.isEnabled) {
                    areAllDisabled = false;
                }
            }
            if (areAllDisabled) {
                this.isEnabled = false;
            }
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {
                "value": this.value,
            };
        }
        LoadFromJson(o) {
            this.value = o["value"];
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_radiogroup.Cnds = {
        IsEnabled() {
            return this.isEnabled;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_radiogroup.Acts = {
        setValue(value) {
            this.setValue(value);
        },
        setEnabled(isEnabled) {
            this.isEnabled = isEnabled;
            for (var i = 0, l = this.radioButtons.length; i < l; i++) {
                this.radioButtons[i].GetUnsavedDataMap().aekiro_radiobutton.setEnabled(isEnabled);
            }
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_radiogroup.Exps = {
        value() {
            return this.value;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_gridView = class aekiro_gridViewBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gridView.Type = class aekiro_gridViewType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gridView.Instance = class aekiro_gridViewInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this.proui = this.GetRuntime().GetSingleGlobalObjectClassByCtor(C3.Plugins.aekiro_proui);
            if (this.proui) {
                this.proui = this.proui.GetSingleGlobalInstance().GetSdkInstance();
            }
            if (properties) {
                this.itemName = properties[0];
                this.columns = properties[1];
                this.rows = properties[2];
                this.vspace = properties[3];
                this.hspace = properties[4];
                this.VPadding = properties[5];
                this.HPadding = properties[6];
            }
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_gridview = this;
            this.inst = this.GetObjectInstance();
            this.wi = this.GetWorldInfo();
            this.acts = this.GetObjectInstance().GetPlugin().constructor.Acts;
            this.goManager = globalThis["aekiro_goManager"];
            this.template = {};
            this.isTemplateSet = false;
            this.value = [];
            this.items = [];
            this.it_column = 0;
            this.it_row = 0;
            this.goManager.eventManager.on("childrenRegistred", ()=>{
                var children = this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject.children;
                for (var i = 0, l = children.length; i < l; i++) {
                    this.items.push(children[i]);
                }
            }
            , {
                "once": true
            });
        }
        PostCreate() {
            this.aekiro_gameobject = this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject;
        }
        setItemTemplate() {
            if (this.isTemplateSet) {
                return;
            }
            var item = this.goManager.gos[this.itemName];
            if (!item) {
                throw new Error("ProUI-GRIDVIEW: Grid item not found, please check the grid item's name");
                return;
            }
            this.proui.isTypeValid(this.GetObjectInstance(), [C3.Plugins.Sprite, C3.Plugins.NinePatch, C3.Plugins.TiledBg], "ProUI-GRIDVIEW: Grid item can only be Sprite, 9-patch or tiled backgrounds objects.");
            var go = item.GetUnsavedDataMap().aekiro_gameobject;
            this.template = go.getTemplate();
            go.destroyHierarchy();
            this.isTemplateSet = true;
        }
        build() {
            if (this.rows <= 0 && this.columns <= 0) {
                console.error("ProUI-GRIDVIEW: max rows and max columns can't be both -1 or 0");
                return;
            }
            this.setItemTemplate();
            var diff = this.value.length - this.items.length;
            var item, l;
            if (diff > 0) {
                l = this.value.length;
                for (var i = this.items.length; i < l; i++) {
                    item = this.add(i);
                    if (!this.nextRowColumn()) {
                        break;
                    }
                }
            } else if (diff < 0) {
                l = this.items.length;
                for (var i = this.value.length; i < l; i++) {
                    this.items[i].GetUnsavedDataMap().aekiro_gameobject.destroyHierarchy();
                    if (!this.previousRowColumn()) {
                        break;
                    }
                }
                this.items.splice(this.value.length, -diff);
            }
            this.resize();
            l = this.value.length;
            for (var i = 0; i < l; i++) {
                this.mapData(this.items[i], this.value[i], i);
            }
            var self = this;
            setTimeout(function() {
                self.Trigger(C3.Behaviors.aekiro_gridView.Cnds.OnRender);
            }, 0);
        }
        add(itemIndex) {
            var self = this;
            var item = this.goManager.clone(this.template, null, this.inst, this.wi.GetLayer(), 0, 0);
            var wi = item.GetWorldInfo();
            var offsetX = wi.GetX() - wi.GetBoundingBox().getLeft();
            var offsetY = wi.GetY() - wi.GetBoundingBox().getTop();
            wi.SetX(this.wi.GetBoundingBox().getLeft() + offsetX + (this.vspace + wi.GetWidth()) * this.it_column + this.HPadding);
            wi.SetY(this.wi.GetBoundingBox().getTop() + offsetY + (this.hspace + wi.GetHeight()) * this.it_row + this.VPadding);
            wi.SetBboxChanged();
            this.items.push(item);
            return item;
        }
        clear() {
            this.setItemTemplate();
            var items = this.items;
            for (var i = 0, l = this.items.length; i < l; i++) {
                items[i].GetUnsavedDataMap().aekiro_gameobject.destroyHierarchy();
            }
            items.length = 0;
            this.it_column = 0;
            this.it_row = 0;
            this.value = [];
            this.resize();
        }
        resize() {
            var wi = this.wi;
            var prevBboxTop = wi.GetBoundingBox().getTop();
            var prevBboxLeft = wi.GetBoundingBox().getLeft();
            var prevX = wi.GetX();
            var prevY = wi.GetY();
            if (this.value.length == 0) {
                wi.SetWidth(5, true);
                wi.SetHeight(5, true);
                wi.SetBboxChanged();
                wi.SetX(prevBboxLeft + (wi.GetX() - wi.GetBoundingBox().getLeft()));
                wi.SetY(prevBboxTop + (wi.GetY() - wi.GetBoundingBox().getTop()));
                wi.SetBboxChanged();
                return;
            }
            var row = Math.ceil(this.value.length / this.columns);
            var column = Math.ceil(this.value.length / this.rows);
            if (this.rows < 0) {
                column = this.columns;
                if (this.value.length < this.columns) {
                    column = this.value.length;
                }
            } else if (this.columns < 0) {
                row = this.rows;
                if (this.value.length < this.rows) {
                    row = this.value.length;
                }
            } else {
                column = this.columns;
                row = this.rows;
            }
            var itemWidth = this.items[0].GetWorldInfo().GetWidth();
            var itemHeight = this.items[0].GetWorldInfo().GetHeight();
            wi.SetWidth(itemWidth * column + this.vspace * (column - 1) + 2 * this.HPadding, true);
            wi.SetHeight(itemHeight * row + this.hspace * (row - 1) + 2 * this.VPadding, true);
            wi.SetBboxChanged();
            if (wi.GetX() != prevX || wi.GetX() != prevY) {
                return;
            }
            wi.SetX(prevBboxLeft + (wi.GetX() - wi.GetBoundingBox().getLeft()));
            wi.SetY(prevBboxTop + (wi.GetY() - wi.GetBoundingBox().getTop()));
            wi.SetBboxChanged();
        }
        mapData(inst, data, index) {
            var binder = inst.GetUnsavedDataMap().aekiro_gridviewbind;
            if (binder && this.isObject(data)) {
                binder.index = index;
                binder.setValue(data);
                binder.gridView = this;
                binder.triggerOnGridViewRender();
            }
            var children = inst.GetUnsavedDataMap().aekiro_gameobject.children;
            for (var i = 0, l = children.length; i < l; i++) {
                this.mapData(children[i], data, index);
            }
        }
        item_setKey(i, key, value) {
            self["_"]["set"](this.value[i], key, value);
        }
        nextRowColumn() {
            if (this.rows < 0) {
                this.it_column++;
                if (this.it_column == this.columns) {
                    this.it_column = 0;
                    this.it_row++;
                }
            } else if (this.columns < 0) {
                this.it_row++;
                if (this.it_row == this.rows) {
                    this.it_row = 0;
                    this.it_column++;
                }
            } else {
                this.it_column++;
                if (this.it_column == this.columns) {
                    this.it_column = 0;
                    this.it_row++;
                }
                if (this.it_row == this.rows)
                    return false;
            }
            return true;
        }
        previousRowColumn() {
            if (this.rows < 0) {
                this.it_column--;
                if (this.it_column < 0) {
                    this.it_column = this.columns - 1;
                    this.it_row--;
                }
            } else if (this.columns < 0) {
                this.it_row--;
                if (this.it_row < 0) {
                    this.it_row = this.rows - 1;
                    this.it_column--;
                }
            } else {
                this.it_column--;
                if (this.it_column < 0) {
                    this.it_column = this.columns - 1;
                    this.it_row--;
                }
                if (this.it_row == 0)
                    return false;
            }
            return true;
        }
        isObject(a) {
            return (!!a) && (a.constructor === Object);
        }
        isArray(a) {
            return (!!a) && (a.constructor === Array);
        }
        Release() {
            super.Release();
        }
        SaveToJson() {
            return {
                "itemName": this.itemName,
                "columns": this.columns,
                "rows": this.rows,
                "vspace": this.vspace,
                "hspace": this.hspace,
                "VPadding": this.VPadding,
                "HPadding": this.HPadding,
                "template": this.template,
                "isTemplateSet": this.isTemplateSet,
                "value": this.value,
                "it_column": this.it_column,
                "it_row": this.it_row
            };
        }
        LoadFromJson(o) {
            this.itemName = o["itemName"];
            this.columns = o["columns"];
            this.rows = o["rows"];
            this.vspace = o["vspace"];
            this.hspace = o["hspace"];
            this.VPadding = o["VPadding"];
            this.HPadding = o["HPadding"];
            this.template = o["template"];
            this.isTemplateSet = o["isTemplateSet"];
            this.value = o["value"];
            this.it_column = o["it_column"];
            this.it_row = o["it_row"];
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_gridView.Cnds = {
        OnRender() {
            return true;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_gridView.Acts = {
        SetDataByJsonString(data) {
            try {
                data = JSON.parse(data);
            } catch (e) {
                console.error("ProUI-GRIDVIEW: json parse error !");
                return;
            }
            if (!this.isArray(data)) {
                console.error("ProUI-GRIDVIEW: json is not an array !");
                return;
            }
            this.value = data;
            this.build();
        },
        SetDataByJsonObject(jsonObject, root) {
            var data = jsonObject.GetFirstPicked().GetSdkInstance()._data;
            if (root) {
                data = data[root];
            }
            if (data && !this.isArray(data)) {
                console.error("ProUI-GRIDVIEW: json is not an array !");
                return;
            }
            this.value = data;
            this.build();
        },
        Clear() {
            this.clear();
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_gridView.Acts = {
        SetDataByJsonString(data) {
            try {
                data = JSON.parse(data);
            } catch (e) {
                console.error("ProUI-GRIDVIEW: json parse error !");
                return;
            }
            if (!this.isArray(data)) {
                console.error("ProUI-GRIDVIEW: json is not an array !");
                return;
            }
            this.value = data;
            this.build();
        },
        SetDataByJsonObject(jsonObject) {
            var data = jsonObject.GetFirstPicked().GetSdkInstance()._data;
            if (!this.isArray(data)) {
                console.error("ProUI-GRIDVIEW: json is not an array !");
                return;
            }
            this.value = data;
            this.build();
        },
        Clear() {
            this.clear();
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_scrollView = class aekiro_scrollViewBehavior extends C3.SDKBehaviorBase {
        constructor(a) {
            super(a);
            const b = this._runtime.Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(b, "pointerdown", (a)=>this._OnPointerDown(a.data)),C3.Disposable.From(b, "pointermove", (a)=>this._OnPointerMove(a.data)),C3.Disposable.From(b, "pointerup", (a)=>this._OnPointerUp(a.data, !1)),C3.Disposable.From(b, "pointercancel", (a)=>this._OnPointerUp(a.data, !0))),
            C3.Disposable.From(b, "wheel", (a)=>this._OnMouseWheel(a.data))
        }
        Release() {
            this._disposables.Release(),
            this._disposables = null,
            super.Release()
        }
        _OnPointerDown(a) {
            this._OnInputDown(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerMove(a) {
            this._OnInputMove(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerUp(a) {
            this._OnInputUp(a["pointerId"].toString(), a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        _OnMouseWheel(a) {
            this._OnMouseWheel2(a["deltaY"], a["clientX"] - this._runtime.GetCanvasClientX(), a["clientY"] - this._runtime.GetCanvasClientY())
        }
        async _OnInputDown(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_scrollView);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputDown)
                    await beh.OnAnyInputDown(x, y, source);
            }
        }
        _OnInputMove(source, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_scrollView);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputMove)
                    beh.OnAnyInputMove(x, y, source);
            }
        }
        async _OnInputUp(a, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_scrollView);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnAnyInputUp)
                    await beh.OnAnyInputUp(x, y);
            }
        }
        _OnMouseWheel2(a, b, c) {
            const insts = this.GetInstances();
            for (const inst of insts) {
                const beh = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.aekiro_scrollView);
                const wi = inst.GetWorldInfo()
                  , layer = wi.GetLayer()
                  , [x,y] = layer.CanvasCssToLayer(b, c, wi.GetTotalZElevation());
                if (beh.OnMouseWheel)
                    beh.OnMouseWheel(x, y, a);
            }
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_scrollView.Type = class aekiro_scrollView2Type extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_scrollView.Instance = class aekiro_scrollViewInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this.proui = this.GetRuntime().GetSingleGlobalObjectClassByCtor(C3.Plugins.aekiro_proui);
            if (this.proui) {
                this.proui = this.proui.GetSingleGlobalInstance().GetSdkInstance();
            }
            this._SetVisible = this.GetObjectInstance().GetPlugin().constructor.Acts.SetVisible;
            this.runtime = this.GetRuntime();
            this.aekiro_scrollViewManager = globalThis.aekiro_scrollViewManager;
            this.aekiro_scrollViewManager.add(this.GetObjectInstance());
            this.aekiro_dialogManager = globalThis.aekiro_dialogManager;
            this.goManager = globalThis.aekiro_goManager;
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_scrollView = this;
            this.inst = this.GetObjectInstance();
            this.wi = this.GetWorldInfo();
            if (properties) {
                this.isEnabled = properties[0];
                this.direction = properties[1];
                this.isSwipeScrollEnabled = properties[2];
                this.isMouseScroll = properties[3];
                this.inertia = properties[4];
                this.movement = properties[5];
                this.contentUID = properties[6];
                this.vSliderUID = properties[7];
                this.vScrollBarUID = properties[8];
                this.hSliderUID = properties[9];
                this.hScrollBarUID = properties[10];
            }
            if (!this.inertia) {
                this.movement = 0;
            }
            this.elasticF = 1;
            if (this.movement) {
                this.elasticF = 0.4;
            }
            this.onTouchStarted = false;
            this.isTouchMoving = false;
            this.onSliderTouchStarted = false;
            this.onvSliderTouchStarted = false;
            this.onhSliderTouchStarted = false;
            this.content = null;
            this.vSlider = null;
            this.vScrollBar = null;
            this.hSlider = null;
            this.hScrollBar = null;
            this.isInit = false;
            this.isContentScrollableV = true;
            this.isContentScrollableH = true;
            this.scroll = {
                isIdle: true,
                offsetX: 0,
                offestY: 0,
                scrollRatio: 0,
                decelerationVelocityX: 0,
                decelerationVelocityY: 0,
                scrollToTargetY: null,
                scrollToTargetX: null,
                scrollToX: false,
                scrollToY: false,
                scrollToSmooth: 0.3
            };
            this.goManager.eventManager.on("childrenRegistred", ()=>{
                this.init();
            }
            , {
                "once": true
            });
            this.SetForceOwnTextureListener = this.goManager.eventManager.on("childrenRegistred", ()=>{
                this.wi.GetLayer().SetForceOwnTexture(true);
            }
            );
        }
        init() {
            if (this.isInit) {
                return;
            }
            this.isVScrollEnabled = (this.direction == 0) || (this.direction == 2);
            this.isHScrollEnabled = (this.direction == 1) || (this.direction == 2);
            this.prevSelfLayerVisible = this.wi.GetLayer().IsVisible();
            try {
                this.vSlider = this.getPart(this.vSliderUID, "vertical slider");
                this.vScrollBar = this.getPart(this.vScrollBarUID, "vertical scrollbar");
                this.hSlider = this.getPart(this.hSliderUID, "horizontal slider");
                this.hScrollBar = this.getPart(this.hScrollBarUID, "horizontal scrollbar");
                this.content = this.getPart(this.contentUID, "content", true);
                var contentWi = this.content.GetWorldInfo();
                this.contentWi = this.content.GetWorldInfo();
            } catch (e) {
                console.error(e)
                this.isEnabled = false;
                return;
            }
            this.content.GetUnsavedDataMap().aekiro_scrollView = this;
            this.contentWi.SetHeight_old2 = this.contentWi.SetHeight;
            this.contentWi.SetHeight = function(v, onlyNode) {
                this.SetHeight_old2(v, onlyNode);
                this.GetInstance().GetUnsavedDataMap().aekiro_scrollView.OnSizeChanged();
            }
            ;
            this.contentWi.SetWidth_old2 = this.contentWi.SetWidth;
            this.contentWi.SetWidth = function(v, onlyNode) {
                this.SetWidth_old2(v, onlyNode);
                this.GetInstance().GetUnsavedDataMap().aekiro_scrollView.OnSizeChanged();
            }
            ;
            this.content.GetUnsavedDataMap().aekiro_gameobject.eventManager.on("childrenAdded", function(inst) {
                if (inst) {
                    inst.GetUnsavedDataMap().aekiro_gameobject.applyActionToHierarchy(inst.GetUnsavedDataMap().aekiro_gameobject.acts.SetEffect, 9);
                }
            });
            if (contentWi.GetHeight(true) <= this.wi.GetHeight(true)) {
                this.isContentScrollableV = false;
            }
            if (contentWi.GetWidth(true) <= this.wi.GetWidth(true)) {
                this.isContentScrollableH = false;
            }
            contentWi.SetX(this.wi.GetBoundingBox().getLeft() + (contentWi.GetX() - contentWi.GetBoundingBox().getLeft()));
            contentWi.SetY(this.wi.GetBoundingBox().getTop() + (contentWi.GetY() - contentWi.GetBoundingBox().getTop()));
            contentWi.SetBboxChanged();
            this.wi.GetLayer().SetForceOwnTexture(true);
            this.GetRuntime().UpdateRender();
            this.content.GetUnsavedDataMap().aekiro_gameobject.applyActionToHierarchy(this.content.GetUnsavedDataMap().aekiro_gameobject.acts.SetEffect, 9);
            if (this.hSlider && this.hScrollBar) {
                this.hSliderWi = this.hSlider.GetWorldInfo();
                this.hScrollBarWi = this.hScrollBar.GetWorldInfo();
                var x = this.hScrollBarWi.GetBoundingBox().getLeft() + (this.hSliderWi.GetX() - this.hSliderWi.GetBoundingBox().getLeft());
                this.hSliderWi.SetX(x);
                this.hSliderWi.SetBboxChanged();
                this.hScrollBar.GetSdkInstance().CallAction(this.hScrollBar.GetPlugin().constructor.Acts.MoveToTop);
                this.hSlider.GetSdkInstance().CallAction(this.hSlider.GetPlugin().constructor.Acts.MoveToTop);
            }
            if (this.vSlider && this.vScrollBar) {
                this.vSliderWi = this.vSlider.GetWorldInfo();
                this.vScrollBarWi = this.vScrollBar.GetWorldInfo();
                var y = this.vScrollBarWi.GetBoundingBox().getTop() + (this.vSliderWi.GetY() - this.vSliderWi.GetBoundingBox().getTop());
                this.vSliderWi.SetY(y);
                this.vSliderWi.SetBboxChanged();
                this.vScrollBar.GetSdkInstance().CallAction(this.vScrollBar.GetPlugin().constructor.Acts.MoveToTop);
                this.vSlider.GetSdkInstance().CallAction(this.vSlider.GetPlugin().constructor.Acts.MoveToTop);
            }
            this.isInit = true;
            this._StartTicking();
        }
        getPart(name, errorLabel, isRequired) {
            if (!name && !isRequired)
                return;
            var invalidName = false;
            var p = this.goManager.gos[name];
            if (p) {
                if (!this.proui.isTypeValid(p, [C3.Plugins.Sprite, C3.Plugins.NinePatch, C3.Plugins.TiledBg])) {
                    throw new Error("ProUI-ScrollView-UID = " + this.GetObjectInstance().GetUID() + " : The " + errorLabel + " of the scrollView can only be a Sprite, TiledBackground Or 9-patch object.");
                }
                return p;
            } else {
                invalidName = true;
            }
            if (!name && isRequired) {
                invalidName = true;
            }
            if (invalidName) {
                throw new Error("ProUI-ScrollView: " + errorLabel + " not found, please check its name");
            }
            return;
        }
        PostCreate() {
            this.sdkInstance_callAction = this.GetObjectInstance().GetSdkInstance().CallAction;
            this.sdkInstance_acts = this.GetObjectInstance().GetPlugin().constructor.Acts;
        }
        OnMouseWheel(x, y, deltaY) {
            if (this.isEnabled && this.isVScrollEnabled && this.isContentScrollableV && this.isMouseScroll && this.isInteractible(x, y) && this.wi.ContainsPoint(x, y)) {
                this.scroll.scrollToX = false;
                this.scroll.scrollToY = false;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.onWheelStarted = true;
                var dir = (deltaY > 0 ? -1 : 1);
                if (this.inertia) {
                    this.scroll.decelerationVelocityY = dir * 650;
                } else {
                    this.contentWi.OffsetY(30 * dir);
                }
                this.scroll.decelerationVelocityX = 0;
            }
        }
        isInteractible(x, y) {
            if (this.proui.ignoreInput) {
                return false;
            }
            var isUnder = false;
            if (this.aekiro_dialogManager) {
                isUnder = this.aekiro_dialogManager.isInstanceUnder(this.wi.GetLayer().GetIndex());
            }
            var isOverlaped = this.aekiro_scrollViewManager.isOverlaped(this.GetObjectInstance(), x, y);
            return !isUnder && !isOverlaped;
        }
        OnAnyInputDown(x, y) {
            if (!this.isEnabled || !this.isInteractible(x, y)) {
                return;
            }
            if (this.wi.ContainsPoint(x, y)) {
                this.OnInputDown(x, y);
            }
            if (this.vSlider && this.vScrollBar && this.isVScrollEnabled && this.isContentScrollableV && this.vSliderWi.ContainsPoint(x, y)) {
                this.OnSliderTouchStart("v", x, y);
            }
            if (this.hSlider && this.hScrollBar && this.isHScrollEnabled && this.isContentScrollableH && this.hSliderWi.ContainsPoint(x, y)) {
                this.OnSliderTouchStart("h", x, y);
            }
        }
        OnInputDown(x, y) {
            if (!this.isEnabled || !this.isSwipeScrollEnabled) {
                return;
            }
            this.onTouchStarted = true;
            this.scroll.startTime = Date.now();
            if (this.isVScrollEnabled && this.isContentScrollableV) {
                this.scroll.offsetY = y - this.contentWi.GetY();
                this.scroll.touchStartY = y;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.scroll.scrollToX = false;
                this.scroll.scrollToY = false;
            }
            if (this.isHScrollEnabled && this.isContentScrollableH) {
                this.scroll.offsetX = x - this.contentWi.GetX();
                this.scroll.touchStartX = x;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.scroll.scrollToX = false;
                this.scroll.scrollToY = false;
            }
            this.touchX = x;
            this.touchY = y;
            this.scroll.decelerationVelocityX = 0;
            this.scroll.decelerationVelocityY = 0;
        }
        OnSliderTouchStart(type, x, y) {
            if (type == "v") {
                this.scroll.offsetY = y - this.vSliderWi.GetY();
                this.onvSliderTouchStarted = true;
            } else {
                this.scroll.offsetX = x - this.hSliderWi.GetX();
                this.onhSliderTouchStarted = true;
            }
            this.onSliderTouchStarted = true;
            this.scroll.isIdle = true;
            this._StopTicking();
            this.boundContent();
            this.scroll.scrollToX = false;
            this.scroll.scrollToY = false;
            this.scroll.decelerationVelocityX = 0;
            this.scroll.decelerationVelocityY = 0;
        }
        OnAnyInputUp(x, y) {
            if (!this.isEnabled) {
                return;
            }
            if (this.onTouchStarted) {
                this.OnInputUp(x, y);
            }
            this.onTouchStarted = false;
            this.onSliderTouchStarted = false;
            this.onvSliderTouchStarted = false;
            this.onhSliderTouchStarted = false;
        }
        OnInputUp(x, y) {
            this.scroll.elapsedTime = (Date.now() - this.scroll.startTime) / 1000;
            if (this.isSwipeScrollEnabled && this.inertia) {
                if (this.isHScrollEnabled && this.isContentScrollableH) {
                    this.scroll.decelerationVelocityX = (x - this.scroll.touchStartX) / this.scroll.elapsedTime;
                    if (Math.abs(this.scroll.decelerationVelocityX) < 100) {
                        this.scroll.decelerationVelocityX = 0;
                    }
                }
                if (this.isVScrollEnabled && this.isContentScrollableV) {
                    this.scroll.decelerationVelocityY = (y - this.scroll.touchStartY) / this.scroll.elapsedTime;
                    if (Math.abs(this.scroll.decelerationVelocityY) < 100) {
                        this.scroll.decelerationVelocityY = 0;
                    }
                }
            }
            this.isTouchMoving = false;
        }
        OnAnyInputMove(x, y, source) {
            if (this.onTouchStarted) {
                this.isTouchMoving = true;
                this.touchX = x;
                this.touchY = y;
            }
            if (this.onvSliderTouchStarted && this.isVScrollEnabled && this.isContentScrollableV) {
                var newy = y - this.scroll.offsetY;
                this.vSliderWi.SetY(C3.clamp(newy, this.vScrollBarWi.GetBoundingBox().getTop() + (this.vSliderWi.GetY() - this.vSliderWi.GetBoundingBox().getTop()), this.vScrollBarWi.GetBoundingBox().getBottom() - (this.vSliderWi.GetBoundingBox().getBottom() - this.vSliderWi.GetY())));
                this.vSliderWi.SetBboxChanged();
                this.contentWi.SetY(this.wi.GetBoundingBox().getTop() + (this.contentWi.GetY() - this.contentWi.GetBoundingBox().getTop()) - ((this.vSliderWi.GetBoundingBox().getTop() - this.vScrollBarWi.GetBoundingBox().getTop()) / (this.vScrollBarWi.GetHeight(true) - this.vSliderWi.GetHeight(true))) * (this.contentWi.GetHeight(true) - this.wi.GetHeight(true)));
                this.contentWi.SetBboxChanged();
            }
            if (this.onhSliderTouchStarted && this.isHScrollEnabled && this.isContentScrollableH) {
                var newx = x - this.scroll.offsetX;
                this.hSliderWi.SetX(C3.clamp(newx, this.hScrollBarWi.GetBoundingBox().getLeft() + (this.hSliderWi.GetX() - this.hSliderWi.GetBoundingBox().getLeft()), this.hScrollBarWi.GetBoundingBox().getRight() - (this.hSliderWi.GetBoundingBox().getRight() - this.hSliderWi.GetX())));
                this.hSliderWi.SetBboxChanged();
                this.contentWi.SetX(this.wi.GetBoundingBox().getLeft() + (this.contentWi.GetX() - this.contentWi.GetBoundingBox().getLeft()) - ((this.hSliderWi.GetBoundingBox().getLeft() - this.hScrollBarWi.GetBoundingBox().getLeft()) / (this.hScrollBarWi.GetWidth(true) - this.hSliderWi.GetWidth(true))) * (this.contentWi.GetWidth(true) - this.wi.GetWidth(true)));
                this.contentWi.SetBboxChanged();
            }
        }
        boundContent() {
            if (this.contentWi.GetHeight(true) <= this.wi.GetHeight(true)) {
                this.contentWi.SetY(this.wi.GetBoundingBox().getTop() + (this.contentWi.GetY() - this.contentWi.GetBoundingBox().getTop()));
            } else {
                var diff_topY = this.contentWi.GetBoundingBox().getTop() - this.wi.GetBoundingBox().getTop();
                var diff_bottomY = this.wi.GetBoundingBox().getBottom() - this.contentWi.GetBoundingBox().getBottom();
                if (diff_topY > 0 || diff_bottomY > 0) {
                    this.contentWi.SetY(C3.clamp(this.contentWi.GetY(), this.contentWi.GetY() + diff_bottomY, this.contentWi.GetY() - diff_topY));
                }
            }
            if (this.contentWi.GetWidth(true) <= this.wi.GetWidth(true)) {
                this.contentWi.SetX(this.wi.GetBoundingBox().getLeft() + (this.contentWi.GetX() - this.contentWi.GetBoundingBox().getLeft()));
            } else {
                var diff_rightX = this.wi.GetBoundingBox().getRight() - this.contentWi.GetBoundingBox().getRight();
                var diff_leftX = this.contentWi.GetBoundingBox().getLeft() - this.wi.GetBoundingBox().getLeft();
                if (diff_rightX > 0 || diff_leftX > 0) {
                    this.contentWi.SetX(C3.clamp(this.contentWi.GetX(), this.contentWi.GetX() + diff_rightX, this.contentWi.GetX() - diff_leftX));
                }
            }
            this.contentWi.SetBboxChanged();
        }
        boundContentX(elasticF) {
            if (this.isHScrollEnabled) {
                var isOutOfBound;
                this.contentWi.SetBboxChanged();
                if (this.contentWi.GetWidth(true) <= this.wi.GetWidth(true)) {
                    this.contentWi.SetX(this.wi.GetBoundingBox().getLeft() + (this.contentWi.GetX() - this.contentWi.GetBoundingBox().getLeft()));
                    isOutOfBound = true;
                } else {
                    var diff_rightX = this.wi.GetBoundingBox().getRight() - this.contentWi.GetBoundingBox().getRight();
                    var diff_leftX = this.contentWi.GetBoundingBox().getLeft() - this.wi.GetBoundingBox().getLeft();
                    isOutOfBound = diff_rightX > 0 || diff_leftX > 0;
                    if (isOutOfBound) {
                        if (elasticF && this.elasticF != 1) {
                            this.contentWi.SetX(C3.clamp(this.contentWi.GetX(), C3.lerp(this.contentWi.GetX(), this.contentWi.GetX() + diff_rightX, this.elasticF), C3.lerp(this.contentWi.GetX(), this.contentWi.GetX() - diff_leftX, this.elasticF)));
                        } else {
                            this.contentWi.SetX(C3.clamp(this.contentWi.GetX(), this.contentWi.GetX() + diff_rightX, this.contentWi.GetX() - diff_leftX));
                        }
                    }
                }
                this.contentWi.SetBboxChanged();
                return isOutOfBound;
            }
        }
        boundContentY(elasticF) {
            if (this.isVScrollEnabled) {
                var isOutOfBound;
                this.contentWi.SetBboxChanged();
                if (this.contentWi.GetHeight(true) <= this.wi.GetHeight(true)) {
                    this.contentWi.SetY(this.wi.GetBoundingBox().getTop() + (this.contentWi.GetY() - this.contentWi.GetBoundingBox().getTop()));
                    isOutOfBound = true;
                } else {
                    var diff_topY = this.contentWi.GetBoundingBox().getTop() - this.wi.GetBoundingBox().getTop();
                    var diff_bottomY = this.wi.GetBoundingBox().getBottom() - this.contentWi.GetBoundingBox().getBottom();
                    isOutOfBound = diff_topY > 0 || diff_bottomY > 0;
                    if (isOutOfBound) {
                        if (elasticF && this.elasticF != 1) {
                            this.contentWi.SetY(C3.clamp(this.contentWi.GetY(), C3.lerp(this.contentWi.GetY(), this.contentWi.GetY() + diff_bottomY, this.elasticF), C3.lerp(this.contentWi.GetY(), this.contentWi.GetY() - diff_topY, this.elasticF)));
                        } else {
                            this.contentWi.SetY(C3.clamp(this.contentWi.GetY(), this.contentWi.GetY() + diff_bottomY, this.contentWi.GetY() - diff_topY));
                        }
                    }
                }
                this.contentWi.SetBboxChanged();
                return isOutOfBound;
            }
        }
        scrollTo(targetX, targetY, targetType, smooth) {
            if (!this.isEnabled)
                return;
            this.scroll.scrollToSmooth = smooth;
            this.scroll.scrollToTargetY = null;
            this.scroll.scrollToTargetX = null;
            this.scroll.scrollToX = false;
            this.scroll.scrollToY = false;
            this.onScrollToStarted = false;
            if (this.isVScrollEnabled && this.isContentScrollableV) {
                var viewportCenterY = (this.wi.GetBoundingBox().getTop() + this.wi.GetBoundingBox().getBottom()) / 2;
                if (targetType) {
                    targetY = C3.clamp(targetY, 0, 1);
                    targetY = this.contentWi.GetBoundingBox().getTop() + targetY * this.contentWi.GetHeight(true);
                }
                this.scroll.scrollToTargetY = this.contentWi.GetY() + (viewportCenterY - targetY);
                this.scroll.scrollToY = true;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.onScrollToStarted = true;
            }
            if (this.isHScrollEnabled && this.isContentScrollableH) {
                var viewportCenterX = (this.wi.GetBoundingBox().getLeft() + this.wi.GetBoundingBox().getRight()) / 2;
                if (targetType) {
                    targetX = C3.clamp(targetX, 0, 1);
                    targetX = this.contentWi.GetBoundingBox().getLeft() + targetX * this.contentWi.GetWidth(true);
                }
                this.scroll.scrollToTargetX = this.contentWi.GetX() + (viewportCenterX - targetX);
                this.scroll.scrollToX = true;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.onScrollToStarted = true;
            }
            this.contentWi.SetBboxChanged();
        }
        scrollBy(distanceX, distanceY, targetType, smooth) {
            if (!this.isEnabled)
                return;
            this.scroll.scrollToSmooth = smooth;
            this.scroll.scrollToTargetY = null;
            this.scroll.scrollToTargetX = null;
            this.scroll.scrollToX = false;
            this.scroll.scrollToY = false;
            this.onScrollToStarted = false;
            this.boundContent();
            if (this.isVScrollEnabled && this.isContentScrollableV) {
                if (targetType) {
                    distanceY = C3.clamp(distanceY, -1, 1);
                    distanceY = distanceY * this.contentWi.GetHeight(true);
                }
                this.scroll.scrollToTargetY = this.contentWi.GetY() - distanceY;
                this.scroll.scrollToY = true;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.onScrollToStarted = true;
            }
            if (this.isHScrollEnabled && this.isContentScrollableH) {
                if (targetType) {
                    distanceX = C3.clamp(distanceX, -1, 1);
                    distanceX = distanceX * this.contentWi.GetWidth(true);
                }
                this.scroll.scrollToTargetX = this.contentWi.GetX() - distanceX;
                this.scroll.scrollToX = true;
                this.scroll.isIdle = false;
                this._StartTicking();
                this.onScrollToStarted = true;
            }
            this.contentWi.SetBboxChanged();
        }
        boundSlider(slider) {
            if (slider == "v" && this.vSlider && this.vScrollBar) {
                var sy = this.vScrollBarWi.GetBoundingBox().getTop() + (this.vSliderWi.GetY() - this.vSliderWi.GetBoundingBox().getTop()) + (this.vScrollBarWi.GetHeight(true) - this.vSliderWi.GetHeight(true)) * ((this.contentWi.GetBoundingBox().getTop() - this.wi.GetBoundingBox().getTop()) / (this.wi.GetHeight(true) - this.contentWi.GetHeight(true)));
                sy = C3.clamp(sy, this.vScrollBarWi.GetBoundingBox().getTop() + (this.vSliderWi.GetY() - this.vSliderWi.GetBoundingBox().getTop()), this.vScrollBarWi.GetBoundingBox().getBottom() - (this.vSliderWi.GetBoundingBox().getBottom() - this.vSliderWi.GetY()));
                this.vSliderWi.SetY(sy);
                this.vSliderWi.SetBboxChanged();
            }
            if (slider == "h" && this.hSlider && this.hScrollBar) {
                var sx = this.hScrollBarWi.GetBoundingBox().getLeft() + (this.hSliderWi.GetX() - this.hSliderWi.GetBoundingBox().getLeft()) + (this.hScrollBarWi.GetWidth(true) - this.hSliderWi.GetWidth(true)) * ((this.contentWi.GetBoundingBox().getLeft() - this.wi.GetBoundingBox().getLeft()) / (this.wi.GetWidth(true) - this.contentWi.GetWidth(true)));
                sx = C3.clamp(sx, this.hScrollBarWi.GetBoundingBox().getLeft() + (this.hSliderWi.GetX() - this.hSliderWi.GetBoundingBox().getLeft()), this.hScrollBarWi.GetBoundingBox().getRight() - (this.hSliderWi.GetBoundingBox().getRight() - this.hSliderWi.GetX()));
                this.hSliderWi.SetX(sx);
                this.hSliderWi.SetBboxChanged();
            }
        }
        postGridviewUpdate() {
            var parts = [this.vScrollBar, this.vSlider, this.hScrollBar, this.hSlider];
            for (var i = 0, l = parts.length; i < l; i++) {
                if (parts[i]) {
                    parts[i].GetSdkInstance().CallAction(parts[i].GetPlugin().constructor.Acts.MoveToTop);
                }
            }
        }
        OnSizeChanged() {
            this.contentWi.SetBboxChanged();
            this.boundContent();
            this.boundSlider("v");
            this.boundSlider("h");
            this.isContentScrollableV = true;
            this.isContentScrollableH = true;
            if (this.contentWi.GetHeight(true) <= this.wi.GetHeight(true)) {
                this.isContentScrollableV = false;
            }
            if (this.contentWi.GetWidth(true) <= this.wi.GetWidth(true)) {
                this.isContentScrollableH = false;
            }
        }
        isMoving() {
            return this.isTouchMoving;
        }
        Tick() {
            if (this.scroll.isIdle || !this.content || !this.isEnabled) {
                this._StopTicking();
            }
            if (this.onTouchStarted && this.isSwipeScrollEnabled && !this.onSliderTouchStarted) {
                if (this.isHScrollEnabled && this.isContentScrollableH) {
                    this.contentWi.SetX(this.touchX - this.scroll.offsetX);
                }
                if (this.isVScrollEnabled && this.isContentScrollableV) {
                    this.contentWi.SetY(this.touchY - this.scroll.offsetY);
                }
                this.contentWi.SetBboxChanged();
            }
            if (this.inertia) {
                if (this.isHScrollEnabled && Math.abs(this.scroll.decelerationVelocityX) > 1) {
                    this.contentWi.OffsetX(this.scroll.decelerationVelocityX * this.runtime.GetDt(this.content));
                    this.scroll.decelerationVelocityX *= 0.95;
                    this.contentWi.SetBboxChanged();
                }
                if (this.isVScrollEnabled && Math.abs(this.scroll.decelerationVelocityY) > 1) {
                    this.contentWi.OffsetY(this.scroll.decelerationVelocityY * this.runtime.GetDt(this.content));
                    this.scroll.decelerationVelocityY *= 0.95;
                    this.contentWi.SetBboxChanged();
                }
            }
            if (this.scroll.scrollToY && this.scroll.scrollToTargetY != null && this.isVScrollEnabled && this.isContentScrollableV && !this.onSliderTouchStarted) {
                this.contentWi.SetY(C3.lerp(this.contentWi.GetY(), this.scroll.scrollToTargetY, this.scroll.scrollToSmooth));
                if (this.boundContentY()) {
                    this.scroll.scrollToY = false;
                    this.boundContentY();
                } else if (Math.abs(this.contentWi.GetY() - this.scroll.scrollToTargetY) < 1) {
                    this.contentWi.SetY(this.scroll.scrollToTargetY);
                    this.contentWi.SetBboxChanged();
                    this.scroll.scrollToY = false;
                }
            }
            if (this.scroll.scrollToX && this.scroll.scrollToTargetX != null && this.isHScrollEnabled && this.isContentScrollableH && !this.onSliderTouchStarted) {
                this.contentWi.SetX(C3.lerp(this.contentWi.GetX(), this.scroll.scrollToTargetX, this.scroll.scrollToSmooth));
                if (this.boundContentX()) {
                    this.scroll.scrollToX = false;
                    this.boundContentX();
                } else if (Math.abs(this.contentWi.GetX() - this.scroll.scrollToTargetX) < 1) {
                    this.contentWi.SetX(this.scroll.scrollToTargetX);
                    this.contentWi.SetBboxChanged();
                    this.scroll.scrollToX = false;
                }
            }
            if (this.onScrollToStarted && !this.scroll.scrollToX && !this.scroll.scrollToY) {
                this.scroll.isIdle = true;
                this.onScrollToStarted = false;
            }
            if (this.isVScrollEnabled && this.isContentScrollableV) {
                this.boundSlider("v");
            }
            if (this.isHScrollEnabled && this.isContentScrollableH) {
                this.boundSlider("h");
            }
            if (this.isVScrollEnabled && !this.scroll.scrollToY) {
                this.boundContentY(true);
            }
            if (this.isHScrollEnabled && !this.scroll.scrollToX) {
                this.boundContentX(true);
            }
            if (!this.onTouchStarted && Math.abs(this.scroll.decelerationVelocityX) <= 1 && Math.abs(this.scroll.decelerationVelocityY) <= 1 && !this.scroll.scrollToX && !this.scroll.scrollToY) {
                this.scroll.isIdle = true;
                this.boundContent();
            }
        }
        Release() {
            this.aekiro_scrollViewManager.remove(this.GetObjectInstance());
            this.goManager.eventManager.removeListener(this.SetForceOwnTextureListener);
            super.Release();
        }
        SaveToJson() {
            return {
                "isEnabled": this.isEnabled,
                "direction": this.direction,
                "isSwipeScrollEnabled": this.isSwipeScrollEnabled,
                "isMouseScroll": this.isMouseScroll,
                "inertia": this.inertia,
                "movement": this.movement,
                "contentUID": this.contentUID,
                "vSliderUID": this.vSliderUID,
                "vScrollBarUID": this.vScrollBarUID,
                "hSliderUID": this.hSliderUID,
                "hScrollBarUID": this.hScrollBarUID
            };
        }
        LoadFromJson(o) {
            this.isEnabled = o["isEnabled"];
            this.direction = o["direction"];
            this.isSwipeScrollEnabled = o["isSwipeScrollEnabled"];
            this.isMouseScroll = o["isMouseScroll"];
            this.inertia = o["inertia"];
            this.movement = o["movement"];
            this.contentUID = o["contentUID"];
            this.vSliderUID = o["vSliderUID"];
            this.vScrollBarUID = o["vScrollBarUID"];
            this.hSliderUID = o["hSliderUID"];
            this.hScrollBarUID = o["hScrollBarUID"];
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_scrollView.Cnds = {};
}
"use strict";
{
    C3.Behaviors.aekiro_scrollView.Acts = {
        ScrollTo(targetX, targetY, targetType, smooth) {
            this.scrollTo(targetX, targetY, targetType, smooth);
        },
        ScrollBy(distanceX, distanceY, targetType, smooth) {
            this.scrollBy(distanceX, distanceY, targetType, smooth);
        },
        setEnabled(isEnabled) {
            this.isEnabled = isEnabled;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_scrollView.Exps = {};
}
'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.DragnDrop = class DragnDropBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
            const rt = this._runtime.Dispatcher();
            this._disposables = new C3.CompositeDisposable(C3.Disposable.From(rt, "pointerdown", e=>this._OnPointerDown(e.data)),C3.Disposable.From(rt, "pointermove", e=>this._OnPointerMove(e.data)),C3.Disposable.From(rt, "pointerup", e=>this._OnPointerUp(e.data, false)),C3.Disposable.From(rt, "pointercancel", e=>this._OnPointerUp(e.data, true)))
        }
        Release() {
            this._disposables.Release();
            this._disposables = null;
            super.Release()
        }
        _OnPointerDown(e) {
            this._OnInputDown(e["pointerId"].toString(), e["pageX"] - this._runtime.GetCanvasClientX(), e["pageY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerMove(e) {
            this._OnInputMove(e["pointerId"].toString(), e["pageX"] - this._runtime.GetCanvasClientX(), e["pageY"] - this._runtime.GetCanvasClientY())
        }
        _OnPointerUp(e, isCancel) {
            this._OnInputUp(e["pointerId"].toString())
        }
        async _OnInputDown(src, clientX, clientY) {
            const myInstances = this.GetInstances();
            let topMost = null;
            let topBehInst = null;
            let topX = 0;
            let topY = 0;
            for (const inst of myInstances) {
                const behInst = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.DragnDrop);
                if (!behInst.IsEnabled() || behInst.IsDragging())
                    continue;
                const wi = inst.GetWorldInfo();
                const layer = wi.GetLayer();
                const [lx,ly] = layer.CanvasCssToLayer(clientX, clientY, wi.GetTotalZElevation());
                if (!wi.ContainsPoint(lx, ly))
                    continue;
                if (!topMost) {
                    topMost = inst;
                    topBehInst = behInst;
                    topX = lx;
                    topY = ly;
                    continue
                }
                const topWi = topMost.GetWorldInfo();
                if (layer.GetIndex() > topWi.GetLayer().GetIndex() || layer.GetIndex() === topWi.GetLayer().GetIndex() && wi.GetZIndex() > topWi.GetZIndex()) {
                    topMost = inst;
                    topBehInst = behInst;
                    topX = lx;
                    topY = ly
                }
            }
            if (topMost)
                await topBehInst._OnDown(src, topX, topY)
        }
        _OnInputMove(src, clientX, clientY) {
            const myInstances = this.GetInstances();
            for (const inst of myInstances) {
                const behInst = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.DragnDrop);
                if (!behInst.IsEnabled() || !behInst.IsDragging() || behInst.IsDragging() && behInst.GetDragSource() !== src)
                    continue;
                const wi = inst.GetWorldInfo();
                const layer = wi.GetLayer();
                const [lx,ly] = layer.CanvasCssToLayer(clientX, clientY, wi.GetTotalZElevation());
                behInst._OnMove(lx, ly)
            }
        }
        async _OnInputUp(src) {
            const myInstances = this.GetInstances();
            for (const inst of myInstances) {
                const behInst = inst.GetBehaviorSdkInstanceFromCtor(C3.Behaviors.DragnDrop);
                if (behInst.IsDragging() && behInst.GetDragSource() === src)
                    await behInst._OnUp()
            }
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.DragnDrop.Type = class DragnDropType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    const AXES = 0;
    const ENABLE = 1;
    C3.Behaviors.DragnDrop.Instance = class DragnDropInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._isDragging = false;
            this._dx = 0;
            this._dy = 0;
            this._dragSource = "<none>";
            this._axes = 0;
            this._isEnabled = true;
            if (properties) {
                this._axes = properties[AXES];
                this._isEnabled = properties[ENABLE]
            }
        }
        Release() {
            super.Release()
        }
        SaveToJson() {
            return {
                "a": this._axes,
                "e": this._isEnabled
            }
        }
        LoadFromJson(o) {
            this._axes = o["a"];
            this._isEnabled = o["e"];
            this._isDragging = false
        }
        IsEnabled() {
            return this._isEnabled
        }
        IsDragging() {
            return this._isDragging
        }
        GetDragSource() {
            return this._dragSource
        }
        async _OnDown(src, x, y) {
            const wi = this.GetWorldInfo();
            this._dx = x - wi.GetX();
            this._dy = y - wi.GetY();
            this._isDragging = true;
            this._dragSource = src;
            await this.TriggerAsync(C3.Behaviors.DragnDrop.Cnds.OnDragStart)
        }
        _OnMove(x, y) {
            const wi = this.GetWorldInfo();
            const newX = x - this._dx;
            const newY = y - this._dy;
            if (this._axes === 0) {
                if (wi.GetX() !== newX || wi.GetY() !== newY) {
                    wi.SetXY(newX, newY);
                    wi.SetBboxChanged()
                }
            } else if (this._axes === 1) {
                if (wi.GetX() !== newX) {
                    wi.SetX(newX);
                    wi.SetBboxChanged()
                }
            } else if (this._axes === 2)
                if (wi.GetY() !== newY) {
                    wi.SetY(newY);
                    wi.SetBboxChanged()
                }
        }
        async _OnUp() {
            this._isDragging = false;
            await this.TriggerAsync(C3.Behaviors.DragnDrop.Cnds.OnDrop)
        }
        GetPropertyValueByIndex(index) {
            switch (index) {
            case AXES:
                return this._axes;
            case ENABLE:
                return this._isEnabled
            }
        }
        SetPropertyValueByIndex(index, value) {
            switch (index) {
            case AXES:
                this._axes = value;
                break;
            case ENABLE:
                this._isEnabled = !!value;
                break
            }
        }
        GetDebuggerProperties() {
            const prefix = "behaviors.dragndrop";
            return [{
                title: "$" + this.GetBehaviorType().GetName(),
                properties: [{
                    name: prefix + ".debugger.is-dragging",
                    value: this._isDragging
                }, {
                    name: prefix + ".properties.enabled.name",
                    value: this._isEnabled,
                    onedit: v=>this._isEnabled = v
                }]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.DragnDrop.Cnds = {
        IsDragging() {
            return this._isDragging
        },
        OnDragStart() {
            return true
        },
        OnDrop() {
            return true
        },
        IsEnabled() {
            return this._isEnabled
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.DragnDrop.Acts = {
        SetEnabled(e) {
            this._isEnabled = !!e;
            if (!this._isEnabled)
                this._isDragging = false
        },
        SetAxes(a) {
            this._axes = a
        },
        Drop() {
            if (this._isDragging)
                this._OnUp()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.DragnDrop.Exps = {}
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Flash = class FlashBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts)
        }
        Release() {
            super.Release()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Flash.Type = class FlashType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType)
        }
        Release() {
            super.Release()
        }
        OnCreate() {}
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Flash.Instance = class FlashInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            this._onTime = 0;
            this._offTime = 0;
            this._stage = 0;
            this._stageTimeLeft = 0;
            this._timeLeft = 0;
            this._StartTicking()
        }
        Release() {
            super.Release()
        }
        SaveToJson() {
            return {
                "on": this._onTime,
                "off": this._offTime,
                "s": this._stage,
                "stl": this._stageTimeLeft,
                "tl": this._timeLeft
            }
        }
        LoadFromJson(o) {
            this._onTime = o["on"];
            this._offTime = o["off"];
            this._stage = o["s"];
            this._stageTimeLeft = o["stl"];
            this._timeLeft = o["tl"] === null ? Infinity : o["tl"]
        }
        Tick() {
            if (this._timeLeft <= 0)
                return;
            const dt = this._runtime.GetDt(this._inst);
            this._timeLeft -= dt;
            if (this._timeLeft <= 0) {
                this._timeLeft = 0;
                this._inst.GetWorldInfo().SetVisible(true);
                this._runtime.UpdateRender();
                return this.DebugTrigger(C3.Behaviors.Flash.Cnds.OnFlashEnded)
            }
            this._stageTimeLeft -= dt;
            if (this._stageTimeLeft <= 0) {
                if (this._stage === 0) {
                    this._inst.GetWorldInfo().SetVisible(false);
                    this._stage = 1;
                    this._stageTimeLeft += this._offTime
                } else {
                    this._inst.GetWorldInfo().SetVisible(true);
                    this._stage = 0;
                    this._stageTimeLeft += this._onTime
                }
                this._runtime.UpdateRender()
            }
        }
        GetDebuggerProperties() {
            const prefix = "behaviors.flash.debugger";
            return [{
                title: "$" + this.GetBehaviorType().GetName(),
                properties: [{
                    name: prefix + ".on-time",
                    value: this._onTime,
                    onedit: v=>this._onTime = v
                }, {
                    name: prefix + ".off-time",
                    value: this._offTime,
                    onedit: v=>this._offTime = v
                }, {
                    name: prefix + ".is-flashing",
                    value: this._timeLeft > 0
                }, {
                    name: prefix + ".time-left",
                    value: this._timeLeft
                }]
            }]
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Flash.Cnds = {
        IsFlashing() {
            return this._timeLeft > 0
        },
        OnFlashEnded() {
            return true
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Flash.Acts = {
        Flash(on, off, dur) {
            this._onTime = on;
            this._offTime = off;
            this._stage = 1;
            this._stageTimeLeft = off;
            this._timeLeft = dur;
            this._inst.GetWorldInfo().SetVisible(false);
            this._runtime.UpdateRender()
        },
        StopFlashing() {
            this._timeLeft = 0;
            this._inst.GetWorldInfo().SetVisible(true);
            this._runtime.UpdateRender()
        }
    }
}
;'use strict';
{
    const C3 = self.C3;
    C3.Behaviors.Flash.Exps = {}
}
;"use strict";
{
    C3.Behaviors.aekiro_dialog = class aekiro_dialogBehavior extends C3.SDKBehaviorBase {
        constructor(opts) {
            super(opts);
        }
        Release() {
            super.Release();
        }
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_dialog.Type = class aekiro_dialogType extends C3.SDKBehaviorTypeBase {
        constructor(behaviorType) {
            super(behaviorType);
        }
        Release() {
            super.Release();
        }
        OnCreate() {}
    }
    ;
}
"use strict";
{
    C3.Behaviors.aekiro_dialog.Instance = class aekiro_dialogInstance extends C3.SDKBehaviorInstanceBase {
        constructor(behInst, properties) {
            super(behInst);
            if (properties) {
                this.openAnimation = properties[0];
                this.openAnimTweenFunction = properties[1];
                this.openAnimDuration = properties[2];
                this.openSound = properties[3];
                this.closeAnimation = properties[4];
                this.closeAnimTweenFunction = properties[5];
                this.closeAnimDuration = properties[6];
                this.closeSound = properties[7];
                this.closeButtonUID = properties[8];
                this.isModal = properties[9];
            }
            this.proui = this.GetRuntime().GetSingleGlobalObjectClassByCtor(C3.Plugins.aekiro_proui);
            if (this.proui) {
                this.proui = this.proui.GetSingleGlobalInstance().GetSdkInstance();
            }
            this.GetObjectInstance().GetUnsavedDataMap().aekiro_dialog = this;
            this.wi = this.GetWorldInfo();
            this.inst = this.GetObjectInstance();
            this.aekiro_dialogManager = globalThis["aekiro_dialogManager"];
            this.goManager = globalThis["aekiro_goManager"];
            this.isInit = false;
            this.isOpen = false;
            this.tween = new self["TWEEN"]["Tween"]();
            this.tween_opacity = new self["TWEEN"]["Tween"]();
            this.tweenObject = {};
            this.reverseTweenObject = {};
            this.tweenFunctions = [self["TWEEN"]["Easing"]["Linear"]["None"], self["TWEEN"]["Easing"]["Quadratic"]["Out"], self["TWEEN"]["Easing"]["Quartic"]["Out"], self["TWEEN"]["Easing"]["Exponential"]["Out"], self["TWEEN"]["Easing"]["Circular"]["Out"], self["TWEEN"]["Easing"]["Back"]["Out"], self["TWEEN"]["Easing"]["Elastic"]["Out"], self["TWEEN"]["Easing"]["Bounce"]["Out"]];
            this.goManager.eventManager.on("childrenRegistred", ()=>{
                this.setCloseButton();
                this.onCreateInit();
            }
            , {
                "once": true
            });
        }
        PostCreate() {
            this.aekiro_gameobject = this.GetObjectInstance().GetUnsavedDataMap().aekiro_gameobject;
        }
        onCreateInit() {
            var map = this.GetObjectInstance().GetUnsavedDataMap();
            if (!map.audioSources) {
                map.audioSources = {};
            }
            this.audioSources = map.audioSources;
            this.audioSources.open = new AudioSource(this.openSound,this.GetRuntime());
            this.audioSources.close = new AudioSource(this.closeSound,this.GetRuntime());
            this.setVisible(false);
            this.wi.SetX(this.wi.GetLayer().GetViewport().getLeft());
            this.wi.SetBboxChanged();
            this.isInit = true;
        }
        setCloseButton() {
            if (!this.closeButtonUID)
                return;
            this.closeButton = this.goManager.gos[this.closeButtonUID];
            if (!this.closeButton) {
                console.error("ProUI-Dialog: Close button not found; Please check its name !");
                return;
            }
            if (!this.closeButton.GetUnsavedDataMap().aekiro_button) {
                console.error("ProUI-Dialog: The close button needs to have a button behavior !");
                return;
            }
            var self = this;
            this.closeButton.GetUnsavedDataMap().aekiro_button.callbacks.push(function() {
                self.close();
            });
        }
        SetOwnScale(scale) {
            var layers = this.getOutLayers();
            layers.push(this.wi.GetLayer());
            for (var i = 0, l = layers.length; i < l; i++) {
                layers[i].SetOwnScale(scale);
            }
        }
        SetOpacity(opacity) {
            var layers = this.getOutLayers();
            layers.push(this.wi.GetLayer());
            for (var i = 0, l = layers.length; i < l; i++) {
                layers[i].SetOpacity(opacity);
            }
        }
        setVisible(isVisible) {
            var layers = this.getOutLayers();
            layers.push(this.wi.GetLayer());
            for (var i = 0, l = layers.length; i < l; i++) {
                layers[i].SetVisible(isVisible);
            }
        }
        getOutLayers() {
            var mylayer = this.wi.GetLayer();
            var insts = this.aekiro_gameobject.hierarchyToArray();
            var layers = [];
            var layer;
            for (var i = 0, l = insts.length; i < l; i++) {
                layer = insts[i].GetWorldInfo().GetLayer();
                if (layer != mylayer && layers.indexOf(layer) == -1) {
                    layers.push(layer);
                }
            }
            return layers;
        }
        setInitialState(targetX, targetY, center) {
            var initX, initY;
            var viewport = this.wi.GetLayer().GetViewport();
            if (this.openAnimation == 0 || this.openAnimation == 5 || this.openAnimation == 6) {
                initX = targetX;
                initY = targetY;
                if (center) {
                    initY = (viewport.getTop() + viewport.getBottom()) / 2;
                    initX = (viewport.getLeft() + viewport.getRight()) / 2;
                }
                if (this.openAnimation == 5 || this.openAnimation == 6) {
                    if (this.openAnimation == 5) {
                        this.wi.GetLayer().SetOwnScale(2);
                    } else {
                        this.wi.GetLayer().SetOwnScale(0.2);
                    }
                    this.wi.GetLayer().SetOpacity(0);
                }
            } else if (this.openAnimation == 1) {
                initY = viewport.getTop() - this.wi.GetHeight() / 2 - 100;
                if (center) {
                    initX = (viewport.getLeft() + viewport.getRight()) / 2;
                } else {
                    initX = targetX;
                }
            } else if (this.openAnimation == 2) {
                initY = viewport.getBottom() + this.wi.GetHeight() / 2 + 100;
                if (center) {
                    initX = (viewport.getLeft() + viewport.getRight()) / 2;
                } else {
                    initX = targetX;
                }
            } else if (this.openAnimation == 3) {
                initX = viewport.getRight() + this.wi.GetWidth() / 2 + 100;
                if (center) {
                    initY = (viewport.getTop() + viewport.getBottom()) / 2;
                } else {
                    initY = targetY;
                }
            } else if (this.openAnimation == 4) {
                initX = viewport.getLeft() - this.wi.GetWidth() / 2 - 100;
                if (center) {
                    initY = (viewport.getTop() + viewport.getBottom()) / 2;
                } else {
                    initY = targetY;
                }
            }
            this.wi.SetX(initX);
            this.wi.SetY(initY);
            this.wi.SetBboxChanged();
        }
        open(_targetX, _targetY, center) {
            if (this.isOpen) {
                return;
            }
            if (this.aekiro_dialogManager.isModalDialogOpened()) {
                console.log("ProUI-Dialog: Can not open dialog because modal dialog is already opened");
                return;
            }
            if (!this.isOpen && this.tween["isPlaying"]) {
                this.tween["stop"]();
            }
            this.postClose();
            this.aekiro_dialogManager.addDialog(this.GetObjectInstance());
            this.isOpen = true;
            this.Trigger(C3.Behaviors.aekiro_dialog.Cnds.onDialogOpened);
            if (this.GetRuntime().GetTimeScale() != 1) {
                this.aekiro_gameobject.setTimeScale(1);
            }
            this.setInitialState(_targetX, _targetY, center);
            this.setVisible(true);
            var targetX = _targetX;
            var targetY = _targetY;
            var viewport = this.wi.GetLayer().GetViewport();
            if (center) {
                targetX = (viewport.getLeft() + viewport.getRight()) / 2;
                targetY = (viewport.getTop() + viewport.getBottom()) / 2;
            }
            if (this.openAnimDuration == 0) {
                this.openAnimation = 0;
            }
            this.isScaleAnimation = false;
            this.tweenObject.x = this.wi.GetX();
            this.tweenObject.y = this.wi.GetY();
            this.tweenObject.scale = this.wi.GetLayer().GetOwnScale();
            this.tweenObject.opacity = this.wi.GetLayer().GetOpacity();
            this.tween["setObject"](this.tweenObject);
            this.tween["easing"](this.tweenFunctions[this.openAnimTweenFunction]);
            this.tween["onComplete"](this.postOpen, this);
            if (this.openAnimation == 1 || this.openAnimation == 2) {
                this.tween["to"]({
                    y: targetY
                }, this.openAnimDuration);
                this.reverseTweenObject.y = this.wi.GetY();
            } else if (this.openAnimation == 3 || this.openAnimation == 4) {
                this.tween["to"]({
                    x: targetX
                }, this.openAnimDuration);
                this.reverseTweenObject.x = this.wi.GetX();
            } else if (this.openAnimation == 5 || this.openAnimation == 6) {
                this.tween["to"]({
                    scale: 1
                }, this.openAnimDuration);
                this.reverseTweenObject.scale = this.wi.GetLayer().GetOwnScale();
                this.tween_opacity["setObject"](this.tweenObject);
                this.tween_opacity["to"]({
                    opacity: 1
                }, 300);
                this.tween_opacity["easing"](self["TWEEN"]["Easing"]["Quartic"]["Out"]);
                this.isScaleAnimation = true;
                this.outLayers = this.getOutLayers();
            }
            if (this.openAnimation > 0) {
                this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
                this._StartTicking();
                if (this.openAnimation == 5 || this.openAnimation == 6) {
                    this.tween_opacity["start"](this.GetRuntime().GetWallTime() * 1000);
                }
            } else {
                this.wi.SetXY(targetX, targetY);
                this.wi.SetBboxChanged();
            }
            this.audioSources.open.play();
        }
        postOpen() {}
        getCloseTargetPosition() {
            var viewport = this.wi.GetLayer().GetViewport();
            var X = this.wi.GetX();
            var Y = this.wi.GetY();
            if (this.closeAnimation == 2) {
                Y = viewport.getBottom() + this.wi.GetHeight() / 2 + 100;
            } else if (this.closeAnimation == 3) {
                Y = viewport.getTop() - this.wi.GetHeight() / 2 - 100;
            } else if (this.closeAnimation == 4) {
                X = viewport.getLeft() - this.wi.GetWidth() / 2 - 100;
            } else if (this.closeAnimation == 5) {
                X = viewport.getRight() + this.wi.GetWidth() / 2 + 100;
            }
            return {
                x: X,
                y: Y
            };
        }
        close() {
            if (!this.isOpen || this.tween["isPlaying"]) {
                return;
            }
            this.isOpen = false;
            this.aekiro_dialogManager.removeDialog(this.GetObjectInstance());
            this.Trigger(C3.Behaviors.aekiro_dialog.Cnds.onDialogClosed);
            var target = this.getCloseTargetPosition();
            var targetX = target.x;
            var targetY = target.y;
            if (this.closeAnimDuration == 0) {
                this.closeAnimation = 0;
            }
            this.isScaleAnimation = false;
            this.tweenObject.x = this.wi.GetX();
            this.tweenObject.y = this.wi.GetY();
            this.tweenObject.scale = this.wi.GetLayer().GetOwnScale();
            this.tweenObject.opacity = this.wi.GetLayer().GetOpacity();
            this.tween["setObject"](this.tweenObject);
            this.tween["easing"](this.tweenFunctions[this.closeAnimTweenFunction]);
            this.tween["onComplete"](this.postClose, this);
            if (this.closeAnimation == 2 || this.closeAnimation == 3) {
                this.tween["to"]({
                    y: targetY
                }, this.closeAnimDuration);
            } else if (this.closeAnimation == 4 || this.closeAnimation == 5) {
                this.tween["to"]({
                    x: targetX
                }, this.closeAnimDuration);
            } else if (this.closeAnimation == 6 || this.closeAnimation == 7) {
                if (this.closeAnimation == 6) {
                    this.tween["to"]({
                        scale: 0.2
                    }, this.closeAnimDuration);
                } else {
                    this.tween["to"]({
                        scale: 2
                    }, this.closeAnimDuration);
                }
                this.tween_opacity["setObject"](this.tweenObject);
                this.tween_opacity["to"]({
                    opacity: 0
                }, 300);
                this.tween_opacity["easing"](self["TWEEN"]["Easing"]["Quartic"]["Out"]);
                this.isScaleAnimation = true;
                this.outLayers = this.getOutLayers();
            } else if (this.closeAnimation == 1) {
                this.tween["to"](this.reverseTweenObject, this.openAnimDuration);
                if (this.openAnimation == 5 || this.openAnimation == 6) {
                    this.isScaleAnimation = true;
                    this.tween_opacity["to"]({
                        opacity: 0
                    }, 300);
                }
            }
            if (this.closeAnimation == 0 || (this.openAnimation == 0 && this.closeAnimation == 1)) {
                this.postClose();
            } else if (this.closeAnimation == 1) {
                if (this.openAnimation == 5 || this.openAnimation == 6) {
                    this.tween_opacity["start"](this.GetRuntime().GetWallTime() * 1000);
                }
                this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
                this._StartTicking();
            } else {
                this.tween["start"](this.GetRuntime().GetWallTime() * 1000);
                if (this.closeAnimation == 6 || this.closeAnimation == 7) {
                    this.tween_opacity["start"](this.GetRuntime().GetWallTime() * 1000);
                }
                this._StartTicking();
            }
            this.audioSources.close.play();
        }
        postClose() {
            var layer = this.wi.GetLayer();
            var viewport = layer.GetViewport();
            this.SetOwnScale(1);
            this.SetOpacity(1);
            this.setVisible(false);
            var x = (viewport.getLeft() + viewport.getRight()) / 2;
            var y = viewport.getTop() - this.wi.GetHeight() / 2 - 100;
            this.wi.SetX(x);
            this.wi.SetY(y);
            this.wi.SetBboxChanged();
            this._StopTicking();
        }
        Tick() {
            var layer;
            if (this.tween["isPlaying"]) {
                this.tween["update"](this.GetRuntime().GetWallTime() * 1000);
                if (this.isScaleAnimation) {
                    layer = this.wi.GetLayer();
                    layer.SetOwnScale(this.tweenObject.scale);
                    for (var i = 0, l = this.outLayers.length; i < l; i++) {
                        this.outLayers[i].SetOwnScale(this.tweenObject.scale);
                    }
                } else {
                    this.wi.SetXY(this.tweenObject.x, this.tweenObject.y);
                    this.wi.SetBboxChanged();
                }
            }
            if (this.tween_opacity["isPlaying"]) {
                this.tween_opacity["update"](this.GetRuntime().GetWallTime() * 1000);
                layer.SetOpacity(this.tweenObject.opacity);
                for (var i = 0, l = this.outLayers.length; i < l; i++) {
                    this.outLayers[i].SetOpacity(this.tweenObject.opacity);
                }
            }
            if (!this.tween["isPlaying"]) {
                this._StopTicking();
            }
        }
        Release() {
            this.aekiro_dialogManager.removeDialog(this.GetObjectInstance());
            super.Release();
        }
        SaveToJson() {
            return {
                "openAnimation": this.openAnimation,
                "openAnimTweenFunction": this.openAnimTweenFunction,
                "openAnimDuration": this.openAnimDuration,
                "openSound": this.openSound,
                "closeAnimation": this.closeAnimation,
                "closeAnimTweenFunction": this.closeAnimTweenFunction,
                "closeAnimDuration": this.closeAnimDuration,
                "closeSound": this.closeSound,
                "closeButtonUID": this.closeButtonUID,
                "isModal": this.isModal
            };
        }
        LoadFromJson(o) {
            this.openAnimation = o["openAnimation"];
            this.openAnimTweenFunction = o["openAnimTweenFunction"];
            this.openAnimDuration = o["openAnimDuration"];
            this.openSound = o["openSound"];
            this.closeAnimation = o["closeAnimation"];
            this.closeAnimTweenFunction = o["closeAnimTweenFunction"];
            this.closeAnimDuration = o["closeAnimDuration"];
            this.closeSound = o["closeSound"];
            this.closeButtonUID = o["closeButtonUID"];
            this.isModal = o["isModal"];
        }
    }
}
"use strict";
{
    C3.Behaviors.aekiro_dialog.Cnds = {
        onDialogOpened() {
            return true;
        },
        onDialogClosed() {
            return true;
        },
        isOpened() {
            return this.isOpen;
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_dialog.Acts = {
        Open(targetX, targetY, isCentered) {
            this.open(targetX, targetY, isCentered);
        },
        Close() {
            this.close();
        },
        SetOpenSoundVolume(v) {
            this.audioSources.open.setVolume(v);
        },
        SetCloseSoundVolume(v) {
            this.audioSources.close.setVolume(v);
        }
    };
}
"use strict";
{
    C3.Behaviors.aekiro_dialog.Exps = {};
}
"use strict"
{
    const C3 = self.C3;
    self.C3_GetObjectRefTable = function() {
        return [C3.Plugins.Spritefont2, C3.Behaviors.aekiro_gameobject, C3.Behaviors.MoveTo, C3.Behaviors.Fade, C3.Behaviors.aekiro_gridviewbind, C3.Behaviors.Pin, C3.Plugins.Sprite, C3.Behaviors.aekiro_button, C3.Behaviors.aekiro_checkbox, C3.Behaviors.aekiro_radiobutton, C3.Plugins.NinePatch, C3.Plugins.Arr, C3.Plugins.AJAX, C3.Plugins.Json, C3.Plugins.aekiro_proui, C3.Behaviors.aekiro_progress, C3.Behaviors.mcube_rexspline, C3.Behaviors.Timer, C3.Plugins.Touch, C3.Plugins.Mouse, C3.Plugins.Keyboard, C3.Plugins.Browser, C3.Behaviors.aekiro_radiogroup, C3.Behaviors.aekiro_gridView, C3.Behaviors.aekiro_scrollView, C3.Plugins.TiledBg, C3.Behaviors.DragnDrop, C3.Plugins.DrawingCanvas, C3.Behaviors.Flash, C3.Plugins.Audio, C3.Plugins.LocalStorage, C3.Plugins.CBhash, C3.Behaviors.aekiro_dialog, C3.Plugins.Sparsha_copyclip, C3.Plugins.Massive_Cube_Forge, C3.Plugins.TextBox, C3.Plugins.System.Cnds.OnLayoutStart, C3.Plugins.System.Acts.SetTimescale, C3.Plugins.aekiro_proui.Acts.Init, C3.Plugins.Spritefont2.Acts.SetText, C3.Plugins.Audio.Acts.StopAll, C3.ScriptsInEvents.Egame_Event1_Act5, C3.Plugins.Arr.Acts.SetX, C3.Plugins.Json.Acts.Parse, C3.Behaviors.aekiro_gridView.Acts.Clear, C3.Plugins.AJAX.Acts.RequestFile, C3.Plugins.System.Acts.MapFunction, C3.Plugins.System.Acts.SetLayerVisible, C3.Plugins.System.Acts.SetVar, C3.Plugins.Sprite.Acts.Destroy, C3.Plugins.DrawingCanvas.Acts.ClearCanvas, C3.Plugins.System.Exps.rgba, C3.Plugins.DrawingCanvas.Acts.PasteObject, C3.Plugins.Spritefont2.Acts.Destroy, C3.Plugins.System.Cnds.Compare, C3.Plugins.Audio.Acts.Play, C3.Plugins.System.Cnds.Else, C3.Plugins.System.Cnds.For, C3.Plugins.System.Exps.loopindex, C3.Plugins.System.Acts.CreateObject, C3.Plugins.System.Exps.int, C3.Plugins.System.Exps.tokenat, C3.Plugins.Sprite.Exps.Width, C3.Plugins.Sprite.Acts.SetInstanceVar, C3.Plugins.Sprite.Acts.SetAnimFrame, C3.Plugins.Sprite.Acts.MoveToTop, C3.Plugins.Spritefont2.Acts.MoveToTop, C3.Plugins.Sprite.Acts.AddChild, C3.Plugins.Sprite.Acts.SetPos, C3.Plugins.Arr.Exps.At, C3.Plugins.System.Cnds.IsGroupActive, C3.Plugins.System.Exps.random, C3.Plugins.System.Exps.tokencount, C3.Plugins.Json.Exps.Get, C3.Plugins.System.Acts.CreateObjectByName, C3.ScriptsInEvents.Egame_Event16_Act9, C3.Plugins.Sprite.Acts.SetOpacity, C3.Behaviors.aekiro_progress.Acts.SetMaxValue, C3.Behaviors.aekiro_progress.Acts.setValue, C3.Plugins.Sprite.Cnds.OnAnimFinished, C3.Plugins.Sprite.Acts.SetAnim, C3.Behaviors.mcube_rexspline.Cnds.OnHitTarget, C3.Behaviors.Timer.Cnds.OnTimer, C3.Plugins.Sprite.Cnds.OnDestroyed, C3.Plugins.Sprite.Acts.Spawn, C3.Behaviors.MoveTo.Acts.MoveToPosition, C3.Plugins.Spritefont2.Exps.X, C3.Plugins.Spritefont2.Exps.Y, C3.Plugins.System.Acts.AddVar, C3.Plugins.Sprite.Cnds.OnAnyAnimFinished, C3.Plugins.Touch.Cnds.OnTouchObject, C3.Plugins.Sprite.Cnds.IsBoolInstanceVarSet, C3.Plugins.System.Cnds.LayerVisible, C3.Plugins.Sprite.Acts.SetPosToObject, C3.Plugins.Sprite.Acts.StartAnim, C3.Plugins.Audio.Acts.PlayByName, C3.Plugins.System.Exps.choose, C3.Plugins.Mouse.Cnds.IsOverObject, C3.Plugins.Touch.Cnds.OnTapGestureObject, C3.Behaviors.aekiro_radiobutton.Cnds.OnClicked, C3.Behaviors.aekiro_gameobject.Cnds.IsName, C3.Plugins.Json.Exps.ArraySize, C3.Plugins.System.Cnds.PickAll, C3.Plugins.Sprite.Acts.SetEffectParam, C3.ScriptsInEvents.Egame_Event65_Act1, C3.Plugins.System.Acts.SetFunctionReturnValue, C3.Plugins.System.Exps.len, C3.ScriptsInEvents.Egame_Event67_Act3, C3.Plugins.System.Cnds.Repeat, C3.Plugins.System.Exps.left, C3.Plugins.System.Exps.right, C3.Plugins.Arr.Cnds.CompareXY, C3.Plugins.Arr.Acts.SetXY, C3.Plugins.Sprite.Cnds.PickByUID, C3.Plugins.Spritefont2.Acts.AppendText, C3.Plugins.NinePatch.Acts.SetSize, C3.Plugins.Spritefont2.Exps.TextWidth, C3.Plugins.Spritefont2.Exps.TextHeight, C3.Plugins.NinePatch.Acts.SetPosToObject, C3.Plugins.NinePatch.Acts.SetY, C3.Plugins.NinePatch.Exps.Y, C3.Plugins.NinePatch.Exps.Height, C3.Plugins.System.Exps.viewportheight, C3.Plugins.Spritefont2.Acts.SetPos, C3.Plugins.NinePatch.Exps.X, C3.Plugins.Sprite.Exps.AnimationFrame, C3.Plugins.NinePatch.Acts.MoveToTop, C3.Plugins.System.Cnds.CompareBoolVar, C3.Behaviors.Timer.Acts.StopTimer, C3.Behaviors.Timer.Acts.StartTimer, C3.Plugins.Spritefont2.Acts.SetY, C3.Plugins.Json.Acts.PushValue, C3.Plugins.Json.Acts.SetJSON, C3.Plugins.Json.Exps.GetAsCompactString, C3.Behaviors.aekiro_gridView.Acts.SetDataByJsonObject, C3.Plugins.System.Cnds.ForEach, C3.Plugins.NinePatch.Cnds.CompareInstanceVar, C3.Behaviors.aekiro_gameobject.Cnds.IsParentName, C3.Behaviors.aekiro_gameobject.Exps.parent, C3.Plugins.Sprite.Acts.SetVisible, C3.Plugins.Sprite.Cnds.IsVisible, C3.Plugins.Sprite.Cnds.CompareInstanceVar, C3.Plugins.Sprite.Acts.SetDefaultColor, C3.Behaviors.aekiro_button.Acts.setNormalColor, C3.Plugins.System.Exps.rgbex255, C3.ScriptsInEvents.Egame_Event193_Act1, C3.Plugins.Spritefont2.Acts.SetX, C3.Plugins.Sprite.Acts.SetX, C3.Plugins.Sprite.Exps.LayerName, C3.Behaviors.mcube_rexspline.Acts.AddPoint, C3.Behaviors.mcube_rexspline.Acts.Start, C3.Plugins.Arr.Cnds.ArrForEach, C3.Plugins.Arr.Cnds.CompareCurrent, C3.Plugins.Arr.Exps.CurX, C3.Plugins.System.Acts.WaitForPreviousActions, C3.Plugins.Json.Cnds.ForEach, C3.Plugins.Arr.Cnds.CompareX, C3.Plugins.Json.Exps.CurrentKey, C3.Behaviors.aekiro_gridviewbind.Cnds.OnGridViewRender, C3.Behaviors.aekiro_gridviewbind.Exps.get, C3.Behaviors.aekiro_button.Cnds.OnMouseEnter, C3.Plugins.Sprite.Exps.UID, C3.Behaviors.aekiro_button.Cnds.OnMouseLeave, C3.Plugins.Sprite.Acts.SubInstanceVar, C3.Plugins.Sprite.Acts.SetBoolInstanceVar, C3.Plugins.System.Cnds.CompareVar, C3.Plugins.Sprite.Exps.X, C3.Plugins.Sprite.Exps.Y, C3.Plugins.LocalStorage.Acts.SetItem, C3.Plugins.Massive_Cube_Forge.Exps.encodeb64, C3.Plugins.Arr.Exps.AsJSON, C3.Plugins.Sprite.Cnds.PickInstVarHiLow, C3.Behaviors.Pin.Acts.PinByProperties, C3.Plugins.Arr.Exps.Width, C3.Plugins.System.Acts.CallMappedFunction, C3.Behaviors.aekiro_button.Cnds.OnClicked, C3.Plugins.Sprite.Acts.SetY, C3.Plugins.Sprite.Acts.AddInstanceVar, C3.Plugins.NinePatch.Exps.Width, C3.Behaviors.aekiro_scrollView.Acts.ScrollBy, C3.Plugins.NinePatch.Acts.SetInstanceVar, C3.Plugins.System.Exps.callmapped, C3.Behaviors.aekiro_gridView.Cnds.OnRender, C3.Plugins.Arr.Acts.Clear, C3.Plugins.Spritefont2.Acts.SetScale, C3.Plugins.AJAX.Cnds.OnComplete, C3.Plugins.AJAX.Exps.LastData, C3.Plugins.Sprite.Cnds.IsOverlapping, C3.Behaviors.MoveTo.Cnds.IsMoving, C3.Plugins.System.Cnds.CompareBetween, C3.Behaviors.aekiro_checkbox.Cnds.OnClicked, C3.Behaviors.aekiro_checkbox.Cnds.IsChecked, C3.Plugins.Audio.Cnds.IsTagPlaying, C3.Plugins.Audio.Acts.SetPaused, C3.Behaviors.aekiro_dialog.Acts.Open, C3.Behaviors.aekiro_dialog.Acts.Close, C3.Behaviors.Fade.Acts.RestartFade, C3.Plugins.System.Acts.ResetGlobals, C3.Plugins.System.Acts.RestartLayout, C3.Plugins.TextBox.Cnds.CompareText, C3.Plugins.Massive_Cube_Forge.Exps.decodeb64, C3.Plugins.TextBox.Exps.Text, C3.Plugins.LocalStorage.Acts.GetItem, C3.Plugins.System.Cnds.Every, C3.Plugins.LocalStorage.Cnds.OnItemGet, C3.Plugins.Sparsha_copyclip.Acts.ApiCopy, C3.Plugins.LocalStorage.Exps.ItemValue, C3.Behaviors.aekiro_dialog.Cnds.onDialogOpened, C3.Plugins.CBhash.Cnds.OnHashed, C3.Plugins.Browser.Exps.Domain, C3.Plugins.Massive_Cube_Forge.Exps.MD5, C3.Plugins.LocalStorage.Acts.CheckItemExists, C3.Plugins.Browser.Acts.GoToURL, C3.Plugins.LocalStorage.Cnds.OnItemMissing, C3.ScriptsInEvents.Eloading_Event5_Act1, C3.Plugins.System.Acts.GoToLayout, C3.Plugins.LocalStorage.Cnds.OnItemExists, C3.Plugins.Arr.Acts.JSONLoad, C3.ScriptsInEvents.Eloaddata_Event3_Act19];
    }
    ;
    self.C3_JsPropNameTable = [{
        Monster_Name_Sf: 0
    }, {
        HP_Monster: 0
    }, {
        MapName_Sf: 0
    }, {
        RequireMonster_Sf: 0
    }, {
        GameObject: 0
    }, {
        CoinShop_sf: 0
    }, {
        CoinTotal_sf: 0
    }, {
        DPS_sf: 0
    }, {
        General_Sf: 0
    }, {
        MoveTo: 0
    }, {
        Fade: 0
    }, {
        GoldDrop_Sf: 0
    }, {
        GridViewDataBind: 0
    }, {
        HIRE_Sf: 0
    }, {
        TimeBoss_Sf: 0
    }, {
        Pin: 0
    }, {
        HeroDescriptionDialog_sf: 0
    }, {
        HeroLevel_sf: 0
    }, {
        CoinTop_img: 0
    }, {
        music: 0
    }, {
        NextMap_Btn: 0
    }, {
        Setting_Icon: 0
    }, {
        Skull_Icon: 0
    }, {
        Sound_Icon: 0
    }, {
        pos: 0
    }, {
        posJSON: 0
    }, {
        idHero: 0
    }, {
        Bought: 0
    }, {
        requireLevel: 0
    }, {
        cost: 0
    }, {
        requireSkillUpdate: 0
    }, {
        description: 0
    }, {
        idSkill: 0
    }, {
        upgradeFunction: 0
    }, {
        nameSkill: 0
    }, {
        paramUpgrade: 0
    }, {
        Button: 0
    }, {
        Upgrade_Icon: 0
    }, {
        Achivement_Icon: 0
    }, {
        BorderLeft_Btn: 0
    }, {
        Checkbox: 0
    }, {
        CheckBoxSound_Btn: 0
    }, {
        RadioButton: 0
    }, {
        Tab_Btn: 0
    }, {
        bgMap: 0
    }, {
        BorderGamePad: 0
    }, {
        BorderGamePad2: 0
    }, {
        borderHudTop: 0
    }, {
        level: 0
    }, {
        id: 0
    }, {
        baseDPS: 0
    }, {
        baseClick: 0
    }, {
        baseCost: 0
    }, {
        costFormula: 0
    }, {
        hero: 0
    }, {
        HeroName_sf: 0
    }, {
        currentCost: 0
    }, {
        idHeroJSON: 0
    }, {
        BuyHero_Btn: 0
    }, {
        BgCharacter: 0
    }, {
        Array_Hero: 0
    }, {
        Array_SkillUpgrade: 0
    }, {
        Array_UI_Upgrade: 0
    }, {
        AJAX: 0
    }, {
        JSON: 0
    }, {
        JSON_All: 0
    }, {
        JSON_HeroShop: 0
    }, {
        JSON_Achievement: 0
    }, {
        Array_DataSave: 0
    }, {
        dead: 0
    }, {
        killed: 0
    }, {
        Boss: 0
    }, {
        monster1: 0
    }, {
        monster10: 0
    }, {
        monster11: 0
    }, {
        monster12: 0
    }, {
        monster13: 0
    }, {
        monster14: 0
    }, {
        monster15: 0
    }, {
        monster16: 0
    }, {
        monster17: 0
    }, {
        monster18: 0
    }, {
        monster19: 0
    }, {
        monster2: 0
    }, {
        monster20: 0
    }, {
        monster21: 0
    }, {
        monster22: 0
    }, {
        monster23: 0
    }, {
        monster24: 0
    }, {
        monster25: 0
    }, {
        monster26: 0
    }, {
        monster27: 0
    }, {
        monster28: 0
    }, {
        monster29: 0
    }, {
        monster3: 0
    }, {
        monster30: 0
    }, {
        monster31: 0
    }, {
        monster32: 0
    }, {
        monster33: 0
    }, {
        monster34: 0
    }, {
        monster35: 0
    }, {
        monster36: 0
    }, {
        monster37: 0
    }, {
        monster38: 0
    }, {
        monster39: 0
    }, {
        monster4: 0
    }, {
        monster40: 0
    }, {
        monster41: 0
    }, {
        monster42: 0
    }, {
        monster43: 0
    }, {
        monster44: 0
    }, {
        monster45: 0
    }, {
        monster46: 0
    }, {
        monster47: 0
    }, {
        monster48: 0
    }, {
        monster49: 0
    }, {
        monster5: 0
    }, {
        monster50: 0
    }, {
        monster51: 0
    }, {
        monster52: 0
    }, {
        monster53: 0
    }, {
        monster54: 0
    }, {
        monster55: 0
    }, {
        monster56: 0
    }, {
        monster57: 0
    }, {
        monster58: 0
    }, {
        monster59: 0
    }, {
        monster6: 0
    }, {
        monster60: 0
    }, {
        monster61: 0
    }, {
        monster62: 0
    }, {
        monster63: 0
    }, {
        monster64: 0
    }, {
        monster65: 0
    }, {
        monster66: 0
    }, {
        monster67: 0
    }, {
        monster68: 0
    }, {
        monster69: 0
    }, {
        monster7: 0
    }, {
        monster70: 0
    }, {
        monster71: 0
    }, {
        monster72: 0
    }, {
        monster73: 0
    }, {
        monster74: 0
    }, {
        monster75: 0
    }, {
        monster76: 0
    }, {
        monster77: 0
    }, {
        monster78: 0
    }, {
        monster79: 0
    }, {
        monster8: 0
    }, {
        monster80: 0
    }, {
        monster81: 0
    }, {
        monster82: 0
    }, {
        monster83: 0
    }, {
        monster84: 0
    }, {
        monster85: 0
    }, {
        monster9: 0
    }, {
        template: 0
    }, {
        ProUI: 0
    }, {
        up: 0
    }, {
        Up_Scroll: 0
    }, {
        Bar_Scroll: 0
    }, {
        Bar_Btn: 0
    }, {
        TopHP_monster: 0
    }, {
        borderHP: 0
    }, {
        curValue: 0
    }, {
        maxHP: 0
    }, {
        isBoss: 0
    }, {
        Gold: 0
    }, {
        baseSize: 0
    }, {
        dieSound: 0
    }, {
        Progress: 0
    }, {
        barGreen: 0
    }, {
        UpLevel_Eff: 0
    }, {
        Critical_Click: 0
    }, {
        coinValue: 0
    }, {
        Spline: 0
    }, {
        Timer: 0
    }, {
        CoinDrop: 0
    }, {
        Mapmini_Bg: 0
    }, {
        MapBorder_btn: 0
    }, {
        levelMap: 0
    }, {
        MapLv_Btn: 0
    }, {
        MapLevel_Sf: 0
    }, {
        Prevent: 0
    }, {
        Touch: 0
    }, {
        Mouse: 0
    }, {
        Keyboard: 0
    }, {
        Browser: 0
    }, {
        RadioGroup: 0
    }, {
        MapBtn_RadioGroup: 0
    }, {
        ClickDmg_sf: 0
    }, {
        DmgFly_Sf: 0
    }, {
        CoinShop_img: 0
    }, {
        TabBtn_RadioGroup: 0
    }, {
        GridView: 0
    }, {
        GridViewachivement: 0
    }, {
        ScrollView: 0
    }, {
        GridViewShop: 0
    }, {
        Check_Icon: 0
    }, {
        NewMap_Icon: 0
    }, {
        ToolTip: 0
    }, {
        DialogHero: 0
    }, {
        GridViewMap: 0
    }, {
        FadeBuyBtn: 0
    }, {
        DragDrop: 0
    }, {
        TestWidth: 0
    }, {
        DialogSkill: 0
    }, {
        SkillDescriptionDialog_sf: 0
    }, {
        Clock_Icon: 0
    }, {
        JSON2: 0
    }, {
        MapBtnPanel: 0
    }, {
        DrawingCanvas: 0
    }, {
        Flash: 0
    }, {
        CompleteArea_sf: 0
    }, {
        SkillUpgrade_sf: 0
    }, {
        Audio: 0
    }, {
        EnterMap_Sf: 0
    }, {
        Achivement_sf: 0
    }, {
        Array_Achievement: 0
    }, {
        BgAchivement: 0
    }, {
        DialogAchievement: 0
    }, {
        AchievementDecription_sf: 0
    }, {
        Array_Map_Pos: 0
    }, {
        LocalStorage: 0
    }, {
        CBHash: 0
    }, {
        Setting_Btn: 0
    }, {
        Dialog: 0
    }, {
        Setting_Dialog: 0
    }, {
        CloseIcon: 0
    }, {
        GameSettingBottomtxt: 0
    }, {
        Copyclip: 0
    }, {
        Forge: 0
    }, {
        InputImport: 0
    }, {
        TestSprite: 0
    }, {
        MapBG: 0
    }, {
        Monster_fml: 0
    }, {
        Btn_fml: 0
    }, {
        MapBtn_fml: 0
    }, {
        Family1: 0
    }, {
        MapMember: 0
    }, {
        monsterKilledInMap: 0
    }, {
        requireMonster: 0
    }, {
        st1: 0
    }, {
        urlHome: 0
    }, {
        posMonster: 0
    }, {
        spacingMapBtn: 0
    }, {
        widthCoinTop: 0
    }, {
        posCoinTotal: 0
    }, {
        posDialogHeroX: 0
    }, {
        posCenterMapBtn: 0
    }, {
        posBtnMap: 0
    }, {
        posBtnBuyHero: 0
    }, {
        maxIdMonster: 0
    }, {
        clickPerSecond: 0
    }, {
        timeBoss: 0
    }, {
        currentDPS: 0
    }, {
        hasNewLevel: 0
    }, {
        stringMonster: 0
    }, {
        bossId: 0
    }, {
        widthCoinShopHero: 0
    }, {
        coinImgWidth: 0
    }, {
        COIN_DISSAPEAR: 0
    }, {
        currentMap: 0
    }, {
        soundOn: 0
    }, {
        soundEffect: 0
    }, {
        clickDamage: 0
    }, {
        clickMultiplier: 0
    }, {
        allDpsMultiplier: 0
    }, {
        goldMultiplier: 0
    }, {
        abaddonMultiplier: 0
    }, {
        clickDpsPercent: 0
    }, {
        reachedMap: 0
    }, {
        totalClick: 0
    }, {
        currentCoin: 0
    }, {
        totalGoldReceive: 0
    }, {
        CurrentHero: 0
    }, {
        totalKills: 0
    }, {
        totalBossKills: 0
    }, {
        totalUpgrades: 0
    }, {
        totalHeroLevels: 0
    }, {
        mostClicksPerSecond: 0
    }, {
        idMonster: 0
    }, {
        hpMonster: 0
    }, {
        levelMonster: 0
    }, {
        baseLife: 0
    }, {
        lengthNumber: 0
    }, {
        offsetNumber: 0
    }, {
        remainNumber: 0
    }, {
        returnString: 0
    }, {
        startString: 0
    }, {
        numberFormat: 0
    }, {
        lengthLimit: 0
    }, {
        numberCoin: 0
    }, {
        returnCost: 0
    }, {
        factorMultiply: 0
    }, {
        valueIncrease: 0
    }, {
        param: 0
    }, {
        baseAttack: 0
    }, {
        NameHero: 0
    }, {
        NameSkill2: 0
    }, {
        Description: 0
    }, {
        price: 0
    }, {
        requireSkill: 0
    }, {
        uidSkillIcon: 0
    }, {
        PosY: 0
    }, {
        NameAchieve: 0
    }, {
        uidAchiIcon: 0
    }, {
        currentLevel: 0
    }, {
        baseDps: 0
    }, {
        idHeroJS: 0
    }, {
        shouldShow: 0
    }, {
        stringCoin: 0
    }, {
        direction: 0
    }, {
        distanceMove: 0
    }, {
        dmg: 0
    }, {
        Parameter0: 0
    }, {
        Parameter1: 0
    }, {
        Parameter2: 0
    }, {
        func: 0
    }, {
        mapOneZone: 0
    }, {
        directionCoin: 0
    }, {
        spacing: 0
    }, {
        newMap: 0
    }, {
        tempDPS: 0
    }, {
        FunctionCall: 0
    }, {
        mapFunction: 0
    }, {
        WidthTotal: 0
    }, {
        idUpgrade: 0
    }, {
        testValueNumpad: 0
    }, {
        testValue3: 0
    }, {
        testValueUp: 0
    }, {
        st2: 0
    }, {
        stringDomain: 0
    }, {
        st3: 0
    }, {
        stringData: 0
    }];
}
"use strict";
{
    const C3 = self.C3;
    function unaryminus(n) {
        return (typeof n === "number" ? -n : n);
    }
    function bothNumbers(a, b) {
        return typeof a === "number" && typeof b === "number";
    }
    function add(l, r) {
        if (bothNumbers(l, r))
            return l + r;
        else
            return l;
    }
    function subtract(l, r) {
        if (bothNumbers(l, r))
            return l - r;
        else
            return l;
    }
    function multiply(l, r) {
        if (bothNumbers(l, r))
            return l * r;
        else
            return l;
    }
    function divide(l, r) {
        if (bothNumbers(l, r))
            return l / r;
        else
            return l;
    }
    function mod(l, r) {
        if (bothNumbers(l, r))
            return l % r;
        else
            return l;
    }
    function pow(l, r) {
        if (bothNumbers(l, r))
            return Math.pow(l, r);
        else
            return l;
    }
    function and(l, r) {
        if (typeof l === "string" || typeof r === "string") {
            let lstr, rstr;
            if (typeof l === "number")
                lstr = (Math.round(l * 1e10) / 1e10).toString();
            else
                lstr = l;
            if (typeof r === "number")
                rstr = (Math.round(r * 1e10) / 1e10).toString();
            else
                rstr = r;
            return lstr + rstr;
        } else {
            return (l && r ? 1 : 0);
        }
    }
    function or(l, r) {
        if (bothNumbers(l, r))
            return (l || r ? 1 : 0);
        else
            return l;
    }
    self.C3_ExpressionFuncs = [()=>1, p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const v2 = p._GetNode(2).GetVar();
        return ()=>(f0(Math.floor((f1() * v2.GetValue()))) + " Click Damage");
    }
    , ()=>0, ()=>"870, 384", ()=>2, ()=>"872, 378", ()=>3, ()=>"855, 375", ()=>4, ()=>"857, 381", ()=>5, ()=>"876, 378", ()=>6, ()=>"893, 417", ()=>7, ()=>"898, 410", ()=>8, ()=>"898, 412", ()=>9, ()=>"895, 415", ()=>10, ()=>11, ()=>"820, 358", ()=>12, ()=>13, ()=>"823, 362", ()=>14, ()=>15, ()=>16, ()=>"849, 574", ()=>17, ()=>"854, 565", ()=>18, ()=>19, ()=>20, ()=>21, ()=>"850, 473", ()=>22, ()=>23, ()=>24, ()=>25, ()=>26, ()=>"868, 332", ()=>27, ()=>28, ()=>"863, 327", ()=>29, ()=>30, ()=>31, ()=>"853, 456", ()=>32, ()=>"860, 457", ()=>33, ()=>34, ()=>35, ()=>36, ()=>"847, 395", ()=>37, ()=>38, ()=>39, ()=>40, ()=>41, ()=>"857, 385", ()=>42, ()=>43, ()=>44, ()=>45, ()=>"[]", ()=>"data", ()=>"", ()=>"heroCostFormula1", ()=>"skill", ()=>"upgradeClickPercent", ()=>"upgradeHeroPercent", ()=>"upgradeEveryonePercent", ()=>"upgradeGoldFoundPercent", ()=>"upgradeAbaddon", ()=>"Import", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0(0, 0, 0, 0);
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>v0.GetValue();
    }
    , ()=>"bg", ()=>"RequireMonster", p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>and(and(v0.GetValue(), "/"), v1.GetValue());
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0();
    }
    , ()=>"HUD", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        const f4 = p._GetNode(4).GetBoundMethod();
        const n5 = p._GetNode(5);
        const v6 = p._GetNode(6).GetVar();
        return ()=>(f0(f1(v2.GetValue(), 0, ",")) - ((v3.GetValue() - f4()) * (n5.ExpObject() + v6.GetValue())));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const v2 = p._GetNode(2).GetVar();
        return ()=>f0(f1(v2.GetValue(), 1, ","));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(((v0.GetValue() - 1) % 45) + 1);
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const n2 = p._GetNode(2);
        const v3 = p._GetNode(3).GetVar();
        return ()=>f0(f1(n2.ExpObject((((v3.GetValue() - 1) % 45) + 1)), 0, ","));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const n2 = p._GetNode(2);
        const v3 = p._GetNode(3).GetVar();
        return ()=>f0(f1(n2.ExpObject((((v3.GetValue() - 1) % 45) + 1)), 1, ","));
    }
    , ()=>"ANIMATION_HANDLE", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() % 5);
    }
    , ()=>"TimerBoss", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>and(v0.GetValue(), " sec");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const f2 = p._GetNode(2).GetBoundMethod();
        const f3 = p._GetNode(3).GetBoundMethod();
        const v4 = p._GetNode(4).GetVar();
        return ()=>f0(v1.GetValue(), Math.floor(f2(f3(v4.GetValue(), ","))), ",");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const f2 = p._GetNode(2).GetBoundMethod();
        const v3 = p._GetNode(3).GetVar();
        const v4 = p._GetNode(4).GetVar();
        return ()=>((((v0.GetValue()) > (v1.GetValue()) ? 1 : 0)) ? (Math.floor(f2(v3.GetValue()))) : (v4.GetValue()));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>((((v0.GetValue()) === (1) ? 1 : 0)) ? (v1.GetValue()) : (v2.GetValue()));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("monsters.", v1.GetValue()) + ".baseLife"));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>((((v0.GetValue()) <= (0) ? 1 : 0)) ? (10) : (v1.GetValue()));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>and("monster", v0.GetValue());
    }
    , ()=>"Game", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const v2 = p._GetNode(2).GetVar();
        return ()=>f0(f1(v2.GetValue(), 0, ","));
    }
    , ()=>100, p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("monsters.", v1.GetValue()) + ".baseSize"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("monsters.", v1.GetValue()) + ".dieSoundId"));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>Math.ceil(((v0.GetValue() / 15) * v1.GetValue()));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        const n2 = p._GetNode(2);
        return ()=>((((n0.ExpInstVar()) === (0) ? 1 : 0)) ? ("Dead") : ((f1(Math.floor(n2.ExpInstVar())) + " HP")));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>and(and(n0.ExpObject((and("monsters.", v1.GetValue()) + ".name")), ", Lvl "), v2.GetValue());
    }
    , ()=>"dmg", ()=>"idle", ()=>"died", ()=>"Drop", ()=>"Effect", p=>{
        const n0 = p._GetNode(0);
        return ()=>(and("+ ", Math.floor(n0.ExpInstVar())) + " Gold");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject();
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpObject() - 50);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpInstVar();
    }
    , ()=>"gold", ()=>"totalGold", ()=>"effect", ()=>"TOUCH_CTRL", ()=>"Setting", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>Math.floor((f0() * v1.GetValue()));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(f0() * v1.GetValue());
    }
    , ()=>"totalClicks", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>and("hit", f0(1, 2, 3));
    }
    , ()=>"TAB_HANDLE", ()=>"TabAchivements", ()=>"AchivementTab", ()=>"HeroTab", ()=>"BarScroll", ()=>"SubHeroTab", p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject("");
    }
    , ()=>"HEALTH_BAR", ()=>"AdjustHSL", p=>{
        const n0 = p._GetNode(0);
        return ()=>((n0.ExpObject() / 139) * 30);
    }
    , ()=>"FUNCTION", ()=>"FORMAT", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>Math.floor(v0.GetValue());
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0((v1.GetValue()).toString());
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>Math.floor((v0.GetValue() / 3));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>f0(v1.GetValue(), (v2.GetValue() % 3));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        return ()=>f0(v1.GetValue(), (v2.GetValue() - (v3.GetValue() % 3)));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue());
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const f1 = p._GetNode(1).GetBoundMethod();
        const v2 = p._GetNode(2).GetVar();
        return ()=>((v0.GetValue() + ",") + f1(v2.GetValue(), 3));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>f0(v1.GetValue(), (v2.GetValue() - 3));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "K");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "M");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "B");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "T");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "q");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "Q");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "s");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + "S");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(Math.floor(((v0.GetValue() - 1) / 3)) + 1);
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        return ()=>f0(v1.GetValue(), (((((v2.GetValue() % 3)) === (0) ? 1 : 0)) ? (3) : ((v3.GetValue() % 3))));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        const v4 = p._GetNode(4).GetVar();
        return ()=>f0(v1.GetValue(), (((((v2.GetValue() - (v3.GetValue() % 3))) === (0) ? 1 : 0)) ? (3) : ((v4.GetValue() % 3))));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue()).toString();
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        const v4 = p._GetNode(4).GetVar();
        return ()=>(f0(v1.GetValue(), ((((v2.GetValue()) < (3) ? 1 : 0)) ? (v3.GetValue()) : (3))) + v4.GetValue());
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        const v4 = p._GetNode(4).GetVar();
        return ()=>((f0(v1.GetValue(), ((((v2.GetValue()) < (3) ? 1 : 0)) ? (v3.GetValue()) : (3))) + ",") + v4.GetValue());
    }
    , ()=>"FORMULAR", p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        return ()=>Math.floor(((v0.GetValue() + v1.GetValue()) * Math.pow(v2.GetValue(), v3.GetValue())));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>Math.floor((20 * Math.pow(v0.GetValue(), v1.GetValue())));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>Math.floor((v0.GetValue() * Math.pow(v1.GetValue(), v2.GetValue())));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(v0.GetValue() * (1 + (v1.GetValue() / 100)));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue(), 0, ",");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue(), 1, ",");
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const n2 = p._GetNode(2);
        const v3 = p._GetNode(3).GetVar();
        return ()=>((((n0.ExpObject(v1.GetValue(), 2)) <= (0) ? 1 : 0)) ? (1) : (n2.ExpObject(v3.GetValue(), 2)));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const n2 = p._GetNode(2);
        const v3 = p._GetNode(3).GetVar();
        const v4 = p._GetNode(4).GetVar();
        return ()=>add(n0.ExpObject(v1.GetValue(), 2), multiply(n2.ExpObject(v3.GetValue(), 2), (v4.GetValue() / 100)));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(v0.GetValue() * v1.GetValue());
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const v3 = p._GetNode(3).GetVar();
        return ()=>(Math.floor((v0.GetValue() + v1.GetValue())) * Math.pow(v2.GetValue(), v3.GetValue()));
    }
    , ()=>"DIALOG", p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject((and("heroes.", n1.ExpInstVar()) + ".name"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(("[scale=0.5]" + n0.ExpInstVar()) + "[/scale]");
    }
    , ()=>"\n", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        return ()=>(("[color=#FFFB59 ] Cost " + f0(n1.ExpInstVar())) + " Gold[/color]");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        const v2 = p._GetNode(2).GetVar();
        return ()=>f0(n1.ExpObject((and("heroes.", v2.GetValue()) + ".baseClickDamage")));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("heroes.", v1.GetValue()) + ".description"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject(n1.ExpInstVar());
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const n1 = p._GetNode(1);
        const n2 = p._GetNode(2);
        return ()=>(and((("[color=#F42D20] Requires " + v0.GetValue()) + "'s upgrade: "), n1.ExpObject((and("upgrades.", n2.ExpInstVar()) + ".name"))) + "[/color]");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(and("[color=#F42D20] Requires hero level: ", n0.ExpInstVar()) + "[/color]");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const n1 = p._GetNode(1);
        return ()=>(((("Increases [color=#33F178] " + v0.GetValue()) + "[/color]'s Click Damage by  [color=#33F178] ") + n1.ExpInstVar()) + "[/color] %.");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const f1 = p._GetNode(1).GetBoundMethod();
        const n2 = p._GetNode(2);
        return ()=>(((("Increases [color=#33F178] " + v0.GetValue()) + "[/color]'s DPS by [color=#33F178]") + f1(n2.ExpInstVar(), 1, ",")) + "[/color] %.");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(("[color=#999999]" + n0.ExpInstVar()) + "[/color]");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpObject() + 20);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        const f2 = p._GetNode(2).GetBoundMethod();
        const f3 = p._GetNode(3).GetBoundMethod();
        const n4 = p._GetNode(4);
        const n5 = p._GetNode(5);
        return ()=>(((((n0.ExpObject() + n1.ExpObject())) > (f2(0)) ? 1 : 0)) ? ((f3(0) - n4.ExpObject())) : (n5.ExpObject()));
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpObject() + 10);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject((and("achievements.", n1.ExpObject()) + ".name"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject((and("achievements.", n1.ExpObject()) + ".description"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject((and("achievements.", n1.ExpObject()) + ".checkParams"));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(("[scale=0.5]" + v0.GetValue()) + "[/scale]");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        const f3 = p._GetNode(3).GetBoundMethod();
        const v4 = p._GetNode(4).GetVar();
        return ()=>((f0(v1.GetValue(), 0, "%1") + v2.GetValue()) + f3(v4.GetValue(), 1, "%1"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpObject() + 50);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("heroes.", v1.GetValue()) + ".name"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject(v1.GetValue());
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        const v2 = p._GetNode(2).GetVar();
        return ()=>f0(n1.ExpObject((and("heroes.", v2.GetValue()) + ".baseAttack")));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(and("[color=#00ff00]Click Damage: ", (v0.GetValue() + 1)) + "[/color]");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>and("Current Level:\n  Click Damage: ", ((v0.GetValue() * v1.GetValue()) + 1));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(and("[color=#00ff00]Next Level:[/color]\n[color=#00ff00]  Click Damage: ", ((v0.GetValue() * (v1.GetValue() + 1)) + 1)) + "[/color]");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(("[color=#00ff00]DPS: " + f0(Math.floor(v1.GetValue()))) + "[/color]");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>("Current Level:\n  DPS: " + f0(Math.floor((v1.GetValue() * v2.GetValue()))));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>(("[color=#00ff00]Next Level:[/color]\n[color=#00ff00]  DPS: " + f0(Math.floor((v1.GetValue() * (v2.GetValue() + 1))))) + "[/color]");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(("[color=#999999]" + v0.GetValue()) + "[/color]");
    }
    , ()=>"hideHero", p=>{
        const v0 = p._GetNode(0).GetVar();
        const n1 = p._GetNode(1);
        const f2 = p._GetNode(2).GetBoundMethod();
        const f3 = p._GetNode(3).GetBoundMethod();
        const n4 = p._GetNode(4);
        const v5 = p._GetNode(5).GetVar();
        return ()=>(((((v0.GetValue() + n1.ExpObject())) > (f2(0)) ? 1 : 0)) ? ((f3(0) - n4.ExpObject())) : (v5.GetValue()));
    }
    , ()=>"CHECK_COIN", p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("heroes.", v1.GetValue()) + ".baseCost"));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + 1);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>and(".", (n0.ExpObject(".") - 1));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject(and("heroes.", v1.GetValue()));
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior();
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0(20, 20, 20, 255);
    }
    , ()=>"48, 48, 48", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0(255, 255, 255);
    }
    , ()=>"255,255,255", p=>{
        const v0 = p._GetNode(0).GetVar();
        const n1 = p._GetNode(1);
        const v2 = p._GetNode(2).GetVar();
        return ()=>(v0.GetValue() + (((n1.ExpObject() + v2.GetValue()) + 5) / 2));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const n1 = p._GetNode(1);
        const v2 = p._GetNode(2).GetVar();
        return ()=>(v0.GetValue() - (((n1.ExpObject() + v2.GetValue()) + 5) / 2));
    }
    , ()=>"EFFECT", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0(50, 90);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>(n0.ExpObject() + (v1.GetValue() * v2.GetValue()));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>(n0.ExpObject() - f1(30, 50));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>(n0.ExpObject() + ((v1.GetValue() * v2.GetValue()) * 2));
    }
    , ()=>12345, ()=>"ACHIEVEMENT", p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject(and("achievements.", n1.ExpObject()));
    }
    , ()=>"achievements", p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".checkFunction");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        return ()=>f0(n1.ExpObject(".checkParams"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".id");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        return ()=>f0(n1.ExpObject());
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject(("achievements." + n1.ExpObject()));
    }
    , ()=>388, ()=>132, p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>and("ACHIEVEMENT: ", n0.ExpObject((("achievements." + n1.ExpObject()) + ".name")));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(10 * v0.GetValue());
    }
    , ()=>"highestFinishedZone", ()=>"10", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(25 * v0.GetValue());
    }
    , ()=>"25", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(50 * v0.GetValue());
    }
    , ()=>"50", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(100 * v0.GetValue());
    }
    , ()=>"100", ()=>1000, ()=>10000, ()=>50000, ()=>100000, ()=>1000000, ()=>1000000000, ()=>100000000000000, ()=>1000000000000000000, ()=>"totalBossKills", ()=>"totalKills", ()=>500000, ()=>5000000000, ()=>50000000000000, ()=>500000000000000000, ()=>"totalUpgrades", ()=>50, ()=>75, ()=>83, ()=>"maxDps", ()=>1000000000000, ()=>1000000000000000, ()=>"totalHeroLevels", ()=>"mostClicksPerSecond", p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior("id");
    }
    , ()=>-1000, ()=>"OTHER", p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>((((n0.ExpInstVar()) <= (0) ? 1 : 0)) ? (0) : (n1.ExpInstVar()));
    }
    , ()=>"Fly", p=>{
        const n0 = p._GetNode(0);
        return ()=>(and("Sound (", n0.ExpInstVar()) + ")");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0(1, (-1));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        return ()=>f0(20, 60);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>(n0.ExpObject() - f1(50, 90));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>(n0.ExpObject() + f1(30, 80));
    }
    , ()=>861, ()=>265, ()=>"staticData", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        const n2 = p._GetNode(2);
        const n3 = p._GetNode(3);
        const n4 = p._GetNode(4);
        return ()=>f0(((((((n1.ExpObject() + "||") + n2.ExpObject()) + "||") + n3.ExpObject()) + "||") + n4.ExpObject()));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        const v2 = p._GetNode(2).GetVar();
        return ()=>((n0.ExpObject() + n1.ExpObject()) + v2.GetValue());
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpInstVar_Family() + 1);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpObject() - 1);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>n0.ExpObject(f1(), 1);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        const n2 = p._GetNode(2);
        const f3 = p._GetNode(3).GetBoundMethod();
        const n4 = p._GetNode(4);
        const f5 = p._GetNode(5).GetBoundMethod();
        return ()=>multiply(n0.ExpObject(f1(), 1), ((((n2.ExpObject(f3(), 2)) <= (0) ? 1 : 0)) ? (1) : (n4.ExpObject(f5(), 2))));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(f0(Math.floor(v1.GetValue())) + " DPS");
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>(v0.GetValue() + Math.floor((v1.GetValue() * (v2.GetValue() / 100))));
    }
    , ()=>"SHOP_HANDLE", p=>{
        const v0 = p._GetNode(0).GetVar();
        const n1 = p._GetNode(1);
        return ()=>(v0.GetValue() - n1.ExpInstVar());
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>(n0.ExpObject() + 30);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        const n2 = p._GetNode(2);
        return ()=>add(n0.ExpObject(n1.ExpInstVar(), 1), n2.ExpInstVar());
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>(n0.ExpObject() - (n1.ExpObject() / 2));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(v0.GetValue() * ((100 + v1.GetValue()) / 100));
    }
    , ()=>411, ()=>103, p=>{
        const n0 = p._GetNode(0);
        return ()=>(("Gained " + n0.ExpInstVar()) + "!");
    }
    , ()=>-0.1, ()=>0.1, ()=>"GRIDVIEW_CTRL", ()=>"SHOP", p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const n1 = p._GetNode(1);
        const n2 = p._GetNode(2);
        const n3 = p._GetNode(3);
        const n4 = p._GetNode(4);
        const n5 = p._GetNode(5);
        return ()=>f0("", n1.ExpBehavior("costFormula"), n2.ExpBehavior("id"), n3.ExpObject(n4.ExpBehavior("id")), n5.ExpBehavior("baseCost"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>n0.ExpObject(n1.ExpBehavior("id"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior("baseClickDamage");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior("baseAttack");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior("baseCost");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior("costFormula");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpBehavior("name");
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        return ()=>((((n0.ExpObject(n1.ExpBehavior("id"), 0)) > (0) ? 1 : 0)) ? ("LVL UP ") : ("HIRE"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        const n2 = p._GetNode(2);
        const n3 = p._GetNode(3);
        return ()=>((((n0.ExpObject(n1.ExpBehavior("id"), 0)) > (0) ? 1 : 0)) ? (and("Lvl ", n2.ExpObject(n3.ExpBehavior("id"), 0))) : (""));
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        const n2 = p._GetNode(2);
        const n3 = p._GetNode(3);
        const n4 = p._GetNode(4);
        const n5 = p._GetNode(5);
        const n6 = p._GetNode(6);
        return ()=>f0(f1("", n2.ExpInstVar(), n3.ExpInstVar(), n4.ExpObject(n5.ExpInstVar()), n6.ExpInstVar()));
    }
    , ()=>0.6, p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>((n0.ExpObject() + v1.GetValue()) + 5);
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(v0.GetValue() - (v1.GetValue() / 2));
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        return ()=>(v0.GetValue() + (v1.GetValue() / 2));
    }
    , ()=>"upgrades", p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".heroId");
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>add(n0.ExpObject(v1.GetValue()), 1);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".iconId");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".cost");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".upgradeFunction");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".upgradeParams");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".name");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".upgradeRequired");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".heroLevelRequired");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(".description");
    }
    , p=>{
        const n0 = p._GetNode(0);
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>n0.ExpObject(and("heroes.", (f1() + 1)));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>and(and(n0.ExpObject((and("zones.", ((Math.floor(((v1.GetValue() - 1) / 5)) % 9) + 1)) + ".name")), " Lvl "), v2.GetValue());
    }
    , ()=>853, ()=>290, p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>and((and("Entering ", n0.ExpObject((and("zones.", ((Math.floor(((v1.GetValue() - 1) / 5)) % 9) + 1)) + ".name"))) + " Lvl "), v2.GetValue());
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("zones.", ((Math.floor(((v1.GetValue() - 1) / 5)) % 9) + 1)) + ".bossId"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>n0.ExpObject((and("zones.", ((Math.floor(((v1.GetValue() - 1) / 5)) % 9) + 1)) + ".monsterIds"));
    }
    , p=>{
        const n0 = p._GetNode(0);
        const v1 = p._GetNode(1).GetVar();
        return ()=>subtract(n0.ExpObject((and("zones.", ((Math.floor(((v1.GetValue() - 1) / 5)) % 9) + 1)) + ".background")), 1);
    }
    , ()=>"MAP_CTRL", p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        const f2 = p._GetNode(2).GetBoundMethod();
        const f3 = p._GetNode(3).GetBoundMethod();
        const v4 = p._GetNode(4).GetVar();
        return ()=>(n0.ExpObject() + ((-n1.ExpObject()) + f2(f3(v4.GetValue(), 0, ","))));
    }
    , ()=>"MapBack", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() - 5);
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + 5);
    }
    , ()=>"MapNext", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() - 10);
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() + 10);
    }
    , p=>{
        const n0 = p._GetNode(0);
        const n1 = p._GetNode(1);
        const v2 = p._GetNode(2).GetVar();
        return ()=>((n0.ExpObject() - n1.ExpObject()) - v2.GetValue());
    }
    , ()=>"SETTING", ()=>"MusicBtn", ()=>"EffSoundBtn", ()=>"SettingBtn", ()=>"CloseSettingBtn", ()=>"SaveBtn", ()=>"Game saved!", ()=>"ResetBtn", ()=>"Game reset!", ()=>"ImportBtn", ()=>"ImportDataBtn", ()=>"ExportBtn", ()=>"TICK", p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() / 10);
    }
    , p=>{
        const v0 = p._GetNode(0).GetVar();
        return ()=>(v0.GetValue() - 0.1);
    }
    , ()=>"Game data copied to Clipboard. Paste it in a notepad to save!", p=>{
        const v0 = p._GetNode(0).GetVar();
        const v1 = p._GetNode(1).GetVar();
        const v2 = p._GetNode(2).GetVar();
        return ()=>((v0.GetValue() + v1.GetValue()) + v2.GetValue());
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>f0(f1(), "||");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const f1 = p._GetNode(1).GetBoundMethod();
        return ()=>f0(f1());
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue(), 0, "||");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue(), 1, "||");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue(), 2, "||");
    }
    , p=>{
        const f0 = p._GetNode(0).GetBoundMethod();
        const v1 = p._GetNode(1).GetVar();
        return ()=>f0(v1.GetValue(), 3, "||");
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(0);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(1);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(2);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(3);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(4);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(5);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(6);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(7);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(8);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(9);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(10);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(11);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(12);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(13);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(14);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(15);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(16);
    }
    , p=>{
        const n0 = p._GetNode(0);
        return ()=>n0.ExpObject(17);
    }
    ];
}
"use strict";
{
    const scriptsInEvents = {
        async Egame_Event1_Act5(runtime, localVars) {
            Hideloading();
        },
        async Egame_Event16_Act9(runtime, localVars) {
            localVars.hpMonster = monsterLifeFormula1(localVars.levelMonster, localVars.baseLife, localVars.isBoss)
        },
        async Egame_Event65_Act1(runtime, localVars) {
            localVars.returnString = format_number_limit(localVars.numberFormat, 5);
        },
        async Egame_Event67_Act3(runtime, localVars) {
            localVars.star = runtime.globalVars.currentCoin.toLocaleString('fullwide', {
                useGrouping: false
            });
        },
        async Egame_Event193_Act1(runtime, localVars) {
            localVars.stringCoin = format_number_limit(runtime.globalVars.currentCoin, 15);
        },
        async Eloading_Event5_Act1(runtime, localVars) {
            Hideloading();
        },
        async Eloaddata_Event3_Act19(runtime, localVars) {
            Hideloading();
        }
    };
    self.C3.ScriptsInEvents = scriptsInEvents;
}
function monsterLifeFormula1(levelMonster, baseLife, isBoss) {
    var hpCalculation;
    var levelFactor;
    levelFactor = 0;
    if (isBoss) {
        levelFactor = Math.pow(1.6, levelMonster - 1);
        hpCalculation = 10 * (baseLife * levelFactor) + (levelMonster - 1) * 10;
    } else {
        levelFactor = Math.pow(1.6, levelMonster - 1);
        hpCalculation = baseLife * levelFactor + (levelMonster - 1) * 10;
    }
    return Math.ceil(hpCalculation);
}
function upgradeClickPercent(clickPercent) {
    var a = clickPercent;
    this.clickMultiplier = this.clickMultiplier * (1 + a / 100);
}
let array_number_view = ["", "K", "M", "B", "T", "q", "Q", "s", "S", "O", "N", "d", "U", "D", "Z"]
function format_number_limit(value_input, limit) {
    var number_input = Math.floor(value_input).toLocaleString('fullwide', {
        useGrouping: false
    });
    var show_length_number = number_input.length;
    var count_unit = 0;
    while (show_length_number > limit) {
        show_length_number = show_length_number - 3;
        count_unit = count_unit + 1;
    }
    var returnvalue = format_number(number_input.substring(0, show_length_number)) + array_number_view[count_unit];
    return returnvalue;
}
function format_number(num) {
    return num.replace(/(?<!\..*)(\d)(?=(?:\d{3})+(?:\.|$))/g, '$1,')
}