// Generated by Construct 3, the game and app creator :: https://www.construct.net
'use strict';
(function (g, _) {
if ('object' == typeof exports && 'object' == typeof module) module.exports = _();
else if ('function' == typeof define && define.g_a) define([], _);
else {
var e = _();
for (var t in e) ('object' == typeof exports ? exports : g)[t] = e[t];
}
})(this, function () {
var g = Math.acos,
_ = Math.round,
p = Math.min,
a = Math.floor,
r = Math.ceil,
B = Math.sqrt,
t = Math.pow,
C = Math.cos,
H = Math.sin,
U = Math.max,
w = Math.abs,
h = Math.PI;
return (function (g) {
function _(a) {
if (e[a]) return e[a].exports;
var t = (e[a] = { g_b: a, g_c: !1, exports: {} });
return g[a].call(t.exports, t, t.exports, _), (t.g_c = !0), t.exports;
}
var e = {};
return (
(_.g_d = g),
(_.c = e),
(_.d = function (g, e, a) {
_.g_e(g, e) || Object.defineProperty(g, e, { configurable: !1, enumerable: !0, get: a });
}),
(_.n = function (g) {
var e =
g && g.g_f
? function () {
return g['default'];
}
: function () {
return g;
};
return _.d(e, 'a', e), e;
}),
(_.g_e = function (g, _) {
return Object.prototype.hasOwnProperty.call(g, _);
}),
(_.g_g = ''),
_((_.g_h = 4))
);
})([
function (g, _) {
'use strict';
Object.defineProperty(_, '__esModule', { value: !0 }),
(_.g_i = function (g) {
_.g_j = t = g;
}),
(_.g_k = function (g) {
return g * i;
}),
(_.g_l = function (g, _) {
return w(g - _) <= n * U(1, w(g), w(_));
});
var n = (_.EPSILON = 1e-6),
t = (_.g_j = 'undefined' == typeof Float32Array ? Array : Float32Array),
e = (_.g_m = Math.random),
i = h / 180;
},
function (g, _, e) {
'use strict';
function a(g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = _[4],
n = _[5],
d = _[6],
o = _[7],
i = _[8],
u = e[0],
h = e[1],
c = e[2],
f = e[3],
p = e[4],
m = e[5],
E = e[6],
b = e[7],
y = e[8];
return (
(g[0] = u * a + h * l + c * d),
(g[1] = u * t + h * s + c * o),
(g[2] = u * r + h * n + c * i),
(g[3] = f * a + p * l + m * d),
(g[4] = f * t + p * s + m * o),
(g[5] = f * r + p * n + m * i),
(g[6] = E * a + b * l + y * d),
(g[7] = E * t + b * s + y * o),
(g[8] = E * r + b * n + y * i),
g
);
}
function n(g, _, e) {
return (
(g[0] = _[0] - e[0]),
(g[1] = _[1] - e[1]),
(g[2] = _[2] - e[2]),
(g[3] = _[3] - e[3]),
(g[4] = _[4] - e[4]),
(g[5] = _[5] - e[5]),
(g[6] = _[6] - e[6]),
(g[7] = _[7] - e[7]),
(g[8] = _[8] - e[8]),
g
);
}
Object.defineProperty(_, '__esModule', { value: !0 }),
(_.sub = _.g_n = void 0),
(_.create = function () {
var g = new h.g_j(9);
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 1),
(g[5] = 0),
(g[6] = 0),
(g[7] = 0),
(g[8] = 1),
g
);
}),
(_.g_o = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = _[1]),
(g[2] = _[2]),
(g[3] = _[4]),
(g[4] = _[5]),
(g[5] = _[6]),
(g[6] = _[8]),
(g[7] = _[9]),
(g[8] = _[10]),
g
);
}),
(_.clone = function (g) {
var _ = new h.g_j(9);
return (
(_[0] = g[0]),
(_[1] = g[1]),
(_[2] = g[2]),
(_[3] = g[3]),
(_[4] = g[4]),
(_[5] = g[5]),
(_[6] = g[6]),
(_[7] = g[7]),
(_[8] = g[8]),
_
);
}),
(_.g_p = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = _[1]),
(g[2] = _[2]),
(g[3] = _[3]),
(g[4] = _[4]),
(g[5] = _[5]),
(g[6] = _[6]),
(g[7] = _[7]),
(g[8] = _[8]),
g
);
}),
(_.g_q = function (g, _, e, a, t, i, r, s, n) {
var d = new h.g_j(9);
return (
(d[0] = g),
(d[1] = _),
(d[2] = e),
(d[3] = a),
(d[4] = t),
(d[5] = i),
(d[6] = r),
(d[7] = s),
(d[8] = n),
d
);
}),
(_.set = function (g, _, e, a, t, i, r, s, n, d) {
return (
(g[0] = _),
(g[1] = e),
(g[2] = a),
(g[3] = t),
(g[4] = i),
(g[5] = r),
(g[6] = s),
(g[7] = n),
(g[8] = d),
g
);
}),
(_.identity = function (g) {
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 1),
(g[5] = 0),
(g[6] = 0),
(g[7] = 0),
(g[8] = 1),
g
);
}),
(_.g_r = function (g, _) {
if (g === _) {
var e = _[1],
a = _[2],
t = _[5];
(g[1] = _[3]), (g[2] = _[6]), (g[3] = e), (g[5] = _[7]), (g[6] = a), (g[7] = t);
} else
(g[0] = _[0]),
(g[1] = _[3]),
(g[2] = _[6]),
(g[3] = _[1]),
(g[4] = _[4]),
(g[5] = _[7]),
(g[6] = _[2]),
(g[7] = _[5]),
(g[8] = _[8]);
return g;
}),
(_.g_s = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
r = _[3],
l = _[4],
s = _[5],
n = _[6],
d = _[7],
o = _[8],
i = o * l - s * d,
u = -o * r + s * n,
p = d * r - l * n,
h = e * i + a * u + t * p;
return h
? ((h = 1 / h),
(g[0] = i * h),
(g[1] = (-o * a + t * d) * h),
(g[2] = (s * a - t * l) * h),
(g[3] = u * h),
(g[4] = (o * e - t * n) * h),
(g[5] = (-s * e + t * r) * h),
(g[6] = p * h),
(g[7] = (-d * e + a * n) * h),
(g[8] = (l * e - a * r) * h),
g)
: null;
}),
(_.g_t = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
r = _[3],
l = _[4],
s = _[5],
n = _[6],
d = _[7],
o = _[8];
return (
(g[0] = l * o - s * d),
(g[1] = t * d - a * o),
(g[2] = a * s - t * l),
(g[3] = s * n - r * o),
(g[4] = e * o - t * n),
(g[5] = t * r - e * s),
(g[6] = r * d - l * n),
(g[7] = a * n - e * d),
(g[8] = e * l - a * r),
g
);
}),
(_.g_u = function (g) {
var _ = g[0],
e = g[1],
a = g[2],
t = g[3],
i = g[4],
r = g[5],
s = g[6],
n = g[7],
d = g[8];
return _ * (d * i - r * n) + e * (-d * t + r * s) + a * (n * t - i * s);
}),
(_.multiply = a),
(_.translate = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = _[4],
n = _[5],
d = _[6],
o = _[7],
i = _[8],
u = e[0],
p = e[1];
return (
(g[0] = a),
(g[1] = t),
(g[2] = r),
(g[3] = l),
(g[4] = s),
(g[5] = n),
(g[6] = u * a + p * l + d),
(g[7] = u * t + p * s + o),
(g[8] = u * r + p * n + i),
g
);
}),
(_.rotate = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
d = _[3],
n = _[4],
i = _[5],
l = _[6],
o = _[7],
u = _[8],
p = H(e),
h = C(e);
return (
(g[0] = h * a + p * d),
(g[1] = h * t + p * n),
(g[2] = h * r + p * i),
(g[3] = h * d - p * a),
(g[4] = h * n - p * t),
(g[5] = h * i - p * r),
(g[6] = l),
(g[7] = o),
(g[8] = u),
g
);
}),
(_.scale = function (g, _, e) {
var a = e[0],
t = e[1];
return (
(g[0] = a * _[0]),
(g[1] = a * _[1]),
(g[2] = a * _[2]),
(g[3] = t * _[3]),
(g[4] = t * _[4]),
(g[5] = t * _[5]),
(g[6] = _[6]),
(g[7] = _[7]),
(g[8] = _[8]),
g
);
}),
(_.g_v = function (g, _) {
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 1),
(g[5] = 0),
(g[6] = _[0]),
(g[7] = _[1]),
(g[8] = 1),
g
);
}),
(_.g_w = function (g, _) {
var e = H(_),
a = C(_);
return (
(g[0] = a),
(g[1] = e),
(g[2] = 0),
(g[3] = -e),
(g[4] = a),
(g[5] = 0),
(g[6] = 0),
(g[7] = 0),
(g[8] = 1),
g
);
}),
(_.g_x = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = _[1]),
(g[5] = 0),
(g[6] = 0),
(g[7] = 0),
(g[8] = 1),
g
);
}),
(_.g_y = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = _[1]),
(g[2] = 0),
(g[3] = _[2]),
(g[4] = _[3]),
(g[5] = 0),
(g[6] = _[4]),
(g[7] = _[5]),
(g[8] = 1),
g
);
}),
(_.g_z = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
r = _[3],
l = e + e,
s = a + a,
n = t + t,
d = e * l,
o = a * l,
i = a * s,
u = t * l,
h = t * s,
c = t * n,
f = r * l,
p = r * s,
m = r * n;
return (
(g[0] = 1 - i - c),
(g[3] = o - m),
(g[6] = u + p),
(g[1] = o + m),
(g[4] = 1 - d - c),
(g[7] = h - f),
(g[2] = u - p),
(g[5] = h + f),
(g[8] = 1 - d - i),
g
);
}),
(_.g_A = function (h, e) {
var t = e[0],
a = e[1],
r = e[2],
o = e[3],
l = e[4],
s = e[5],
n = e[6],
d = e[7],
u = e[8],
i = e[9],
c = e[10],
m = e[11],
f = e[12],
b = e[13],
p = e[14],
E = e[15],
y = t * s - a * l,
B = t * n - r * l,
C = t * d - o * l,
T = a * n - r * s,
H = a * d - o * s,
x = r * d - o * n,
_ = u * b - i * f,
N = u * p - c * f,
U = u * E - m * f,
w = i * p - c * b,
q = i * E - m * b,
g = c * E - m * p,
I = y * g - B * q + C * w + T * U - H * N + x * _;
return I
? ((I = 1 / I),
(h[0] = (s * g - n * q + d * w) * I),
(h[1] = (n * U - l * g - d * N) * I),
(h[2] = (l * q - s * U + d * _) * I),
(h[3] = (r * q - a * g - o * w) * I),
(h[4] = (t * g - r * U + o * N) * I),
(h[5] = (a * U - t * q - o * _) * I),
(h[6] = (b * x - p * H + E * T) * I),
(h[7] = (p * C - f * x - E * B) * I),
(h[8] = (f * H - b * C + E * y) * I),
h)
: null;
}),
(_.g_B = function (g, _, e) {
return (
(g[0] = 2 / _),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = -2 / e),
(g[5] = 0),
(g[6] = -1),
(g[7] = 1),
(g[8] = 1),
g
);
}),
(_.g_C = function (g) {
return (
'mat3(' +
g[0] +
', ' +
g[1] +
', ' +
g[2] +
', ' +
g[3] +
', ' +
g[4] +
', ' +
g[5] +
', ' +
g[6] +
', ' +
g[7] +
', ' +
g[8] +
')'
);
}),
(_.g_D = function (g) {
return B(
t(g[0], 2) +
t(g[1], 2) +
t(g[2], 2) +
t(g[3], 2) +
t(g[4], 2) +
t(g[5], 2) +
t(g[6], 2) +
t(g[7], 2) +
t(g[8], 2)
);
}),
(_.add = function (g, _, e) {
return (
(g[0] = _[0] + e[0]),
(g[1] = _[1] + e[1]),
(g[2] = _[2] + e[2]),
(g[3] = _[3] + e[3]),
(g[4] = _[4] + e[4]),
(g[5] = _[5] + e[5]),
(g[6] = _[6] + e[6]),
(g[7] = _[7] + e[7]),
(g[8] = _[8] + e[8]),
g
);
}),
(_.g_E = n),
(_.g_F = function (g, _, e) {
return (
(g[0] = _[0] * e),
(g[1] = _[1] * e),
(g[2] = _[2] * e),
(g[3] = _[3] * e),
(g[4] = _[4] * e),
(g[5] = _[5] * e),
(g[6] = _[6] * e),
(g[7] = _[7] * e),
(g[8] = _[8] * e),
g
);
}),
(_.g_G = function (g, _, e, a) {
return (
(g[0] = _[0] + e[0] * a),
(g[1] = _[1] + e[1] * a),
(g[2] = _[2] + e[2] * a),
(g[3] = _[3] + e[3] * a),
(g[4] = _[4] + e[4] * a),
(g[5] = _[5] + e[5] * a),
(g[6] = _[6] + e[6] * a),
(g[7] = _[7] + e[7] * a),
(g[8] = _[8] + e[8] * a),
g
);
}),
(_.g_H = function (g, _) {
return (
g[0] === _[0] &&
g[1] === _[1] &&
g[2] === _[2] &&
g[3] === _[3] &&
g[4] === _[4] &&
g[5] === _[5] &&
g[6] === _[6] &&
g[7] === _[7] &&
g[8] === _[8]
);
}),
(_.g_l = function (g, _) {
var e = g[0],
a = g[1],
t = g[2],
i = g[3],
r = g[4],
s = g[5],
n = g[6],
d = g[7],
l = g[8],
o = _[0],
u = _[1],
p = _[2],
c = _[3],
f = _[4],
m = _[5],
E = _[6],
b = _[7],
y = _[8];
return (
w(e - o) <= h.EPSILON * U(1, w(e), w(o)) &&
w(a - u) <= h.EPSILON * U(1, w(a), w(u)) &&
w(t - p) <= h.EPSILON * U(1, w(t), w(p)) &&
w(i - c) <= h.EPSILON * U(1, w(i), w(c)) &&
w(r - f) <= h.EPSILON * U(1, w(r), w(f)) &&
w(s - m) <= h.EPSILON * U(1, w(s), w(m)) &&
w(n - E) <= h.EPSILON * U(1, w(n), w(E)) &&
w(d - b) <= h.EPSILON * U(1, w(d), w(b)) &&
w(l - y) <= h.EPSILON * U(1, w(l), w(y))
);
});
var i = e(0),
h = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
})(i),
r = (_.g_n = a),
s = (_.sub = n);
},
function (e, t, n) {
'use strict';
function i() {
var g = new I.g_j(3);
return (g[0] = 0), (g[1] = 0), (g[2] = 0), g;
}
function s(g) {
var _ = g[0],
e = g[1],
a = g[2];
return B(_ * _ + e * e + a * a);
}
function d(g, _, e) {
var a = new I.g_j(3);
return (a[0] = g), (a[1] = _), (a[2] = e), a;
}
function l(g, _, e) {
return (g[0] = _[0] - e[0]), (g[1] = _[1] - e[1]), (g[2] = _[2] - e[2]), g;
}
function o(g, _, e) {
return (g[0] = _[0] * e[0]), (g[1] = _[1] * e[1]), (g[2] = _[2] * e[2]), g;
}
function u(g, _, e) {
return (g[0] = _[0] / e[0]), (g[1] = _[1] / e[1]), (g[2] = _[2] / e[2]), g;
}
function c(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1],
t = _[2] - g[2];
return B(e * e + a * a + t * t);
}
function f(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1],
t = _[2] - g[2];
return e * e + a * a + t * t;
}
function m(g) {
var _ = g[0],
e = g[1],
a = g[2];
return _ * _ + e * e + a * a;
}
function E(g, _) {
var e = _[0],
a = _[1],
t = _[2],
n = e * e + a * a + t * t;
return (
0 < n && ((n = 1 / B(n)), (g[0] = _[0] * n), (g[1] = _[1] * n), (g[2] = _[2] * n)), g
);
}
function y(g, _) {
return g[0] * _[0] + g[1] * _[1] + g[2] * _[2];
}
Object.defineProperty(t, '__esModule', { value: !0 }),
(t.forEach = t.g_I = t.g_J = t.g_K = t.g_L = t.g_M = t.g_n = t.sub = void 0),
(t.create = i),
(t.clone = function (g) {
var _ = new I.g_j(3);
return (_[0] = g[0]), (_[1] = g[1]), (_[2] = g[2]), _;
}),
(t.length = s),
(t.g_q = d),
(t.g_p = function (g, _) {
return (g[0] = _[0]), (g[1] = _[1]), (g[2] = _[2]), g;
}),
(t.set = function (g, _, e, a) {
return (g[0] = _), (g[1] = e), (g[2] = a), g;
}),
(t.add = function (g, _, e) {
return (g[0] = _[0] + e[0]), (g[1] = _[1] + e[1]), (g[2] = _[2] + e[2]), g;
}),
(t.g_E = l),
(t.multiply = o),
(t.g_N = u),
(t.ceil = function (g, _) {
return (g[0] = r(_[0])), (g[1] = r(_[1])), (g[2] = r(_[2])), g;
}),
(t.floor = function (g, _) {
return (g[0] = a(_[0])), (g[1] = a(_[1])), (g[2] = a(_[2])), g;
}),
(t.min = function (g, _, e) {
return (g[0] = p(_[0], e[0])), (g[1] = p(_[1], e[1])), (g[2] = p(_[2], e[2])), g;
}),
(t.max = function (g, _, e) {
return (g[0] = U(_[0], e[0])), (g[1] = U(_[1], e[1])), (g[2] = U(_[2], e[2])), g;
}),
(t.round = function (g, e) {
return (g[0] = _(e[0])), (g[1] = _(e[1])), (g[2] = _(e[2])), g;
}),
(t.scale = function (g, _, e) {
return (g[0] = _[0] * e), (g[1] = _[1] * e), (g[2] = _[2] * e), g;
}),
(t.g_O = function (g, _, e, a) {
return (g[0] = _[0] + e[0] * a), (g[1] = _[1] + e[1] * a), (g[2] = _[2] + e[2] * a), g;
}),
(t.g_P = c),
(t.g_Q = f),
(t.g_R = m),
(t.g_S = function (g, _) {
return (g[0] = -_[0]), (g[1] = -_[1]), (g[2] = -_[2]), g;
}),
(t.inverse = function (g, _) {
return (g[0] = 1 / _[0]), (g[1] = 1 / _[1]), (g[2] = 1 / _[2]), g;
}),
(t.normalize = E),
(t.g_T = y),
(t.g_U = function (g, _, e) {
var a = _[0],
t = _[1],
i = _[2],
r = e[0],
s = e[1],
n = e[2];
return (g[0] = t * n - i * s), (g[1] = i * r - a * n), (g[2] = a * s - t * r), g;
}),
(t.g_V = function (g, _, e, a) {
var n = _[0],
t = _[1],
i = _[2];
return (
(g[0] = n + a * (e[0] - n)), (g[1] = t + a * (e[1] - t)), (g[2] = i + a * (e[2] - i)), g
);
}),
(t.g_W = function (g, _, e, a, r, l) {
var s = l * l,
t = s * (2 * l - 3) + 1,
n = s * (l - 2) + l,
d = s * (l - 1),
o = s * (3 - 2 * l);
return (
(g[0] = _[0] * t + e[0] * n + a[0] * d + r[0] * o),
(g[1] = _[1] * t + e[1] * n + a[1] * d + r[1] * o),
(g[2] = _[2] * t + e[2] * n + a[2] * d + r[2] * o),
g
);
}),
(t.g_X = function (g, _, e, a, r, l) {
var s = 1 - l,
t = s * s,
n = l * l,
d = t * s,
o = 3 * l * t,
i = 3 * n * s,
u = n * l;
return (
(g[0] = _[0] * d + e[0] * o + a[0] * i + r[0] * u),
(g[1] = _[1] * d + e[1] * o + a[1] * i + r[1] * u),
(g[2] = _[2] * d + e[2] * o + a[2] * i + r[2] * u),
g
);
}),
(t.random = function (g, _) {
_ = _ || 1;
var e = 2 * I.g_m() * h,
a = 2 * I.g_m() - 1,
n = B(1 - a * a) * _;
return (g[0] = C(e) * n), (g[1] = H(e) * n), (g[2] = a * _), g;
}),
(t.g_Y = function (g, _, e) {
var a = _[0],
t = _[1],
n = _[2],
i = e[3] * a + e[7] * t + e[11] * n + e[15];
return (
(i = i || 1),
(g[0] = (e[0] * a + e[4] * t + e[8] * n + e[12]) / i),
(g[1] = (e[1] * a + e[5] * t + e[9] * n + e[13]) / i),
(g[2] = (e[2] * a + e[6] * t + e[10] * n + e[14]) / i),
g
);
}),
(t.g_Z = function (g, _, e) {
var a = _[0],
t = _[1],
n = _[2];
return (
(g[0] = a * e[0] + t * e[3] + n * e[6]),
(g[1] = a * e[1] + t * e[4] + n * e[7]),
(g[2] = a * e[2] + t * e[5] + n * e[8]),
g
);
}),
(t.g__ = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = e[0],
s = e[1],
n = e[2],
d = e[3],
o = d * a + s * r - n * t,
i = d * t + n * a - l * r,
u = d * r + l * t - s * a,
p = -l * a - s * t - n * r;
return (
(g[0] = o * d + p * -l + i * -n - u * -s),
(g[1] = i * d + p * -s + u * -l - o * -n),
(g[2] = u * d + p * -n + o * -s - i * -l),
g
);
}),
(t.g_$ = function (g, _, e, a) {
var t = [],
n = [];
return (
(t[0] = _[0] - e[0]),
(t[1] = _[1] - e[1]),
(t[2] = _[2] - e[2]),
(n[0] = t[0]),
(n[1] = t[1] * C(a) - t[2] * H(a)),
(n[2] = t[1] * H(a) + t[2] * C(a)),
(g[0] = n[0] + e[0]),
(g[1] = n[1] + e[1]),
(g[2] = n[2] + e[2]),
g
);
}),
(t.g_aa = function (g, _, e, a) {
var t = [],
n = [];
return (
(t[0] = _[0] - e[0]),
(t[1] = _[1] - e[1]),
(t[2] = _[2] - e[2]),
(n[0] = t[2] * H(a) + t[0] * C(a)),
(n[1] = t[1]),
(n[2] = t[2] * C(a) - t[0] * H(a)),
(g[0] = n[0] + e[0]),
(g[1] = n[1] + e[1]),
(g[2] = n[2] + e[2]),
g
);
}),
(t.g_ab = function (g, _, e, a) {
var t = [],
n = [];
return (
(t[0] = _[0] - e[0]),
(t[1] = _[1] - e[1]),
(t[2] = _[2] - e[2]),
(n[0] = t[0] * C(a) - t[1] * H(a)),
(n[1] = t[0] * H(a) + t[1] * C(a)),
(n[2] = t[2]),
(g[0] = n[0] + e[0]),
(g[1] = n[1] + e[1]),
(g[2] = n[2] + e[2]),
g
);
}),
(t.angle = function (_, e) {
var a = d(_[0], _[1], _[2]),
t = d(e[0], e[1], e[2]);
E(a, a), E(t, t);
var n = y(a, t);
return 1 < n ? 0 : -1 > n ? h : g(n);
}),
(t.g_C = function (g) {
return 'vec3(' + g[0] + ', ' + g[1] + ', ' + g[2] + ')';
}),
(t.g_H = function (g, _) {
return g[0] === _[0] && g[1] === _[1] && g[2] === _[2];
}),
(t.g_l = function (g, _) {
var e = g[0],
a = g[1],
t = g[2],
i = _[0],
r = _[1],
s = _[2];
return (
w(e - i) <= I.EPSILON * U(1, w(e), w(i)) &&
w(a - r) <= I.EPSILON * U(1, w(a), w(r)) &&
w(t - s) <= I.EPSILON * U(1, w(t), w(s))
);
});
var N = n(0),
I = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
})(N),
D = (t.sub = l),
q = (t.g_n = o),
R = (t.g_M = u),
F = (t.g_L = c),
v = (t.g_K = f),
k = (t.g_J = s),
T = (t.g_I = m),
b = (t.forEach = (function () {
var g = i();
return function (_, e, t, r, s, n) {
var d, l;
for (
e || (e = 3), t || (t = 0), l = r ? p(r * e + t, _.length) : _.length, d = t;
d < l;
d += e
)
(g[0] = _[d]),
(g[1] = _[d + 1]),
(g[2] = _[d + 2]),
s(g, g, n),
(_[d] = g[0]),
(_[d + 1] = g[1]),
(_[d + 2] = g[2]);
return _;
};
})());
},
function (t, e, n) {
'use strict';
function i() {
var g = new b.g_j(4);
return (g[0] = 0), (g[1] = 0), (g[2] = 0), (g[3] = 0), g;
}
function s(g, _, e) {
return (
(g[0] = _[0] - e[0]), (g[1] = _[1] - e[1]), (g[2] = _[2] - e[2]), (g[3] = _[3] - e[3]), g
);
}
function d(g, _, e) {
return (
(g[0] = _[0] * e[0]), (g[1] = _[1] * e[1]), (g[2] = _[2] * e[2]), (g[3] = _[3] * e[3]), g
);
}
function l(g, _, e) {
return (
(g[0] = _[0] / e[0]), (g[1] = _[1] / e[1]), (g[2] = _[2] / e[2]), (g[3] = _[3] / e[3]), g
);
}
function o(g, _, e) {
return (g[0] = _[0] * e), (g[1] = _[1] * e), (g[2] = _[2] * e), (g[3] = _[3] * e), g;
}
function u(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1],
t = _[2] - g[2],
n = _[3] - g[3];
return B(e * e + a * a + t * t + n * n);
}
function h(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1],
t = _[2] - g[2],
n = _[3] - g[3];
return e * e + a * a + t * t + n * n;
}
function c(g) {
var _ = g[0],
e = g[1],
a = g[2],
t = g[3];
return B(_ * _ + e * e + a * a + t * t);
}
function f(g) {
var _ = g[0],
e = g[1],
a = g[2],
t = g[3];
return _ * _ + e * e + a * a + t * t;
}
function m(g, _) {
var e = _[0],
a = _[1],
t = _[2],
n = _[3],
i = e * e + a * a + t * t + n * n;
return (
0 < i && ((i = 1 / B(i)), (g[0] = e * i), (g[1] = a * i), (g[2] = t * i), (g[3] = n * i)),
g
);
}
Object.defineProperty(e, '__esModule', { value: !0 }),
(e.forEach = e.g_I = e.g_J = e.g_K = e.g_L = e.g_M = e.g_n = e.sub = void 0),
(e.create = i),
(e.clone = function (g) {
var _ = new b.g_j(4);
return (_[0] = g[0]), (_[1] = g[1]), (_[2] = g[2]), (_[3] = g[3]), _;
}),
(e.g_q = function (g, _, e, a) {
var t = new b.g_j(4);
return (t[0] = g), (t[1] = _), (t[2] = e), (t[3] = a), t;
}),
(e.g_p = function (g, _) {
return (g[0] = _[0]), (g[1] = _[1]), (g[2] = _[2]), (g[3] = _[3]), g;
}),
(e.set = function (g, _, e, a, t) {
return (g[0] = _), (g[1] = e), (g[2] = a), (g[3] = t), g;
}),
(e.add = function (g, _, e) {
return (
(g[0] = _[0] + e[0]),
(g[1] = _[1] + e[1]),
(g[2] = _[2] + e[2]),
(g[3] = _[3] + e[3]),
g
);
}),
(e.g_E = s),
(e.multiply = d),
(e.g_N = l),
(e.ceil = function (g, _) {
return (g[0] = r(_[0])), (g[1] = r(_[1])), (g[2] = r(_[2])), (g[3] = r(_[3])), g;
}),
(e.floor = function (g, _) {
return (g[0] = a(_[0])), (g[1] = a(_[1])), (g[2] = a(_[2])), (g[3] = a(_[3])), g;
}),
(e.min = function (g, _, e) {
return (
(g[0] = p(_[0], e[0])),
(g[1] = p(_[1], e[1])),
(g[2] = p(_[2], e[2])),
(g[3] = p(_[3], e[3])),
g
);
}),
(e.max = function (g, _, e) {
return (
(g[0] = U(_[0], e[0])),
(g[1] = U(_[1], e[1])),
(g[2] = U(_[2], e[2])),
(g[3] = U(_[3], e[3])),
g
);
}),
(e.round = function (g, e) {
return (g[0] = _(e[0])), (g[1] = _(e[1])), (g[2] = _(e[2])), (g[3] = _(e[3])), g;
}),
(e.scale = o),
(e.g_O = function (g, _, e, a) {
return (
(g[0] = _[0] + e[0] * a),
(g[1] = _[1] + e[1] * a),
(g[2] = _[2] + e[2] * a),
(g[3] = _[3] + e[3] * a),
g
);
}),
(e.g_P = u),
(e.g_Q = h),
(e.length = c),
(e.g_R = f),
(e.g_S = function (g, _) {
return (g[0] = -_[0]), (g[1] = -_[1]), (g[2] = -_[2]), (g[3] = -_[3]), g;
}),
(e.inverse = function (g, _) {
return (g[0] = 1 / _[0]), (g[1] = 1 / _[1]), (g[2] = 1 / _[2]), (g[3] = 1 / _[3]), g;
}),
(e.normalize = m),
(e.g_T = function (g, _) {
return g[0] * _[0] + g[1] * _[1] + g[2] * _[2] + g[3] * _[3];
}),
(e.g_V = function (g, _, e, a) {
var i = _[0],
t = _[1],
r = _[2],
s = _[3];
return (
(g[0] = i + a * (e[0] - i)),
(g[1] = t + a * (e[1] - t)),
(g[2] = r + a * (e[2] - r)),
(g[3] = s + a * (e[3] - s)),
g
);
}),
(e.random = function (g, _) {
return (
(_ = _ || 1),
(g[0] = b.g_m()),
(g[1] = b.g_m()),
(g[2] = b.g_m()),
(g[3] = b.g_m()),
m(g, g),
o(g, g, _),
g
);
}),
(e.g_Y = function (g, _, e) {
var a = _[0],
t = _[1],
n = _[2],
i = _[3];
return (
(g[0] = e[0] * a + e[4] * t + e[8] * n + e[12] * i),
(g[1] = e[1] * a + e[5] * t + e[9] * n + e[13] * i),
(g[2] = e[2] * a + e[6] * t + e[10] * n + e[14] * i),
(g[3] = e[3] * a + e[7] * t + e[11] * n + e[15] * i),
g
);
}),
(e.g__ = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = e[0],
s = e[1],
n = e[2],
d = e[3],
o = d * a + s * r - n * t,
i = d * t + n * a - l * r,
u = d * r + l * t - s * a,
p = -l * a - s * t - n * r;
return (
(g[0] = o * d + p * -l + i * -n - u * -s),
(g[1] = i * d + p * -s + u * -l - o * -n),
(g[2] = u * d + p * -n + o * -s - i * -l),
(g[3] = _[3]),
g
);
}),
(e.g_C = function (g) {
return 'vec4(' + g[0] + ', ' + g[1] + ', ' + g[2] + ', ' + g[3] + ')';
}),
(e.g_H = function (g, _) {
return g[0] === _[0] && g[1] === _[1] && g[2] === _[2] && g[3] === _[3];
}),
(e.g_l = function (g, _) {
var e = g[0],
a = g[1],
t = g[2],
i = g[3],
r = _[0],
s = _[1],
n = _[2],
d = _[3];
return (
w(e - r) <= b.EPSILON * U(1, w(e), w(r)) &&
w(a - s) <= b.EPSILON * U(1, w(a), w(s)) &&
w(t - n) <= b.EPSILON * U(1, w(t), w(n)) &&
w(i - d) <= b.EPSILON * U(1, w(i), w(d))
);
});
var E = n(0),
b = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
})(E),
y = (e.sub = s),
v = (e.g_n = d),
C = (e.g_M = l),
T = (e.g_L = u),
H = (e.g_K = h),
N = (e.g_J = c),
x = (e.g_I = f),
g = (e.forEach = (function () {
var g = i();
return function (_, e, t, r, s, n) {
var d, l;
for (
e || (e = 4), t || (t = 0), l = r ? p(r * e + t, _.length) : _.length, d = t;
d < l;
d += e
)
(g[0] = _[d]),
(g[1] = _[d + 1]),
(g[2] = _[d + 2]),
(g[3] = _[d + 3]),
s(g, g, n),
(_[d] = g[0]),
(_[d + 1] = g[1]),
(_[d + 2] = g[2]),
(_[d + 3] = g[3]);
return _;
};
})());
},
function (g, _, e) {
'use strict';
function a(g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g) for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
}
Object.defineProperty(_, '__esModule', { value: !0 }),
(_.vec4 =
_.vec3 =
_.vec2 =
_.quat =
_.mat4 =
_.mat3 =
_.mat2d =
_.mat2 =
_.glMatrix =
void 0);
var t = e(0),
r = a(t),
l = e(5),
s = a(l),
n = e(6),
d = a(n),
o = e(1),
i = a(o),
u = e(7),
h = a(u),
c = e(8),
f = a(c),
p = e(9),
m = a(p),
E = e(2),
b = a(E),
y = e(3),
B = a(y);
(_.glMatrix = r),
(_.mat2 = s),
(_.mat2d = d),
(_.mat3 = i),
(_.mat4 = h),
(_.quat = f),
(_.vec2 = m),
(_.vec3 = b),
(_.vec4 = B);
},
function (g, _, e) {
'use strict';
function a(g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = e[0],
n = e[1],
d = e[2],
o = e[3];
return (
(g[0] = a * s + r * n),
(g[1] = t * s + l * n),
(g[2] = a * d + r * o),
(g[3] = t * d + l * o),
g
);
}
function n(g, _, e) {
return (
(g[0] = _[0] - e[0]), (g[1] = _[1] - e[1]), (g[2] = _[2] - e[2]), (g[3] = _[3] - e[3]), g
);
}
Object.defineProperty(_, '__esModule', { value: !0 }),
(_.sub = _.g_n = void 0),
(_.create = function () {
var g = new p.g_j(4);
return (g[0] = 1), (g[1] = 0), (g[2] = 0), (g[3] = 1), g;
}),
(_.clone = function (g) {
var _ = new p.g_j(4);
return (_[0] = g[0]), (_[1] = g[1]), (_[2] = g[2]), (_[3] = g[3]), _;
}),
(_.g_p = function (g, _) {
return (g[0] = _[0]), (g[1] = _[1]), (g[2] = _[2]), (g[3] = _[3]), g;
}),
(_.identity = function (g) {
return (g[0] = 1), (g[1] = 0), (g[2] = 0), (g[3] = 1), g;
}),
(_.g_q = function (g, _, e, a) {
var t = new p.g_j(4);
return (t[0] = g), (t[1] = _), (t[2] = e), (t[3] = a), t;
}),
(_.set = function (g, _, e, a, t) {
return (g[0] = _), (g[1] = e), (g[2] = a), (g[3] = t), g;
}),
(_.g_r = function (g, _) {
if (g === _) {
var e = _[1];
(g[1] = _[2]), (g[2] = e);
} else (g[0] = _[0]), (g[1] = _[2]), (g[2] = _[1]), (g[3] = _[3]);
return g;
}),
(_.g_s = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
n = _[3],
i = e * n - t * a;
return i
? ((i = 1 / i), (g[0] = n * i), (g[1] = -a * i), (g[2] = -t * i), (g[3] = e * i), g)
: null;
}),
(_.g_t = function (g, _) {
var e = _[0];
return (g[0] = _[3]), (g[1] = -_[1]), (g[2] = -_[2]), (g[3] = e), g;
}),
(_.g_u = function (g) {
return g[0] * g[3] - g[2] * g[1];
}),
(_.multiply = a),
(_.rotate = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
s = _[3],
n = H(e),
i = C(e);
return (
(g[0] = a * i + r * n),
(g[1] = t * i + s * n),
(g[2] = a * -n + r * i),
(g[3] = t * -n + s * i),
g
);
}),
(_.scale = function (g, _, e) {
var a = _[0],
t = _[1],
i = _[2],
r = _[3],
s = e[0],
n = e[1];
return (g[0] = a * s), (g[1] = t * s), (g[2] = i * n), (g[3] = r * n), g;
}),
(_.g_w = function (g, _) {
var e = H(_),
a = C(_);
return (g[0] = a), (g[1] = e), (g[2] = -e), (g[3] = a), g;
}),
(_.g_x = function (g, _) {
return (g[0] = _[0]), (g[1] = 0), (g[2] = 0), (g[3] = _[1]), g;
}),
(_.g_C = function (g) {
return 'mat2(' + g[0] + ', ' + g[1] + ', ' + g[2] + ', ' + g[3] + ')';
}),
(_.g_D = function (g) {
return B(t(g[0], 2) + t(g[1], 2) + t(g[2], 2) + t(g[3], 2));
}),
(_.g_ac = function (g, _, e, a) {
return (
(g[2] = a[2] / a[0]),
(e[0] = a[0]),
(e[1] = a[1]),
(e[3] = a[3] - g[2] * e[1]),
[g, _, e]
);
}),
(_.add = function (g, _, e) {
return (
(g[0] = _[0] + e[0]),
(g[1] = _[1] + e[1]),
(g[2] = _[2] + e[2]),
(g[3] = _[3] + e[3]),
g
);
}),
(_.g_E = n),
(_.g_H = function (g, _) {
return g[0] === _[0] && g[1] === _[1] && g[2] === _[2] && g[3] === _[3];
}),
(_.g_l = function (g, _) {
var e = g[0],
a = g[1],
t = g[2],
i = g[3],
r = _[0],
s = _[1],
n = _[2],
d = _[3];
return (
w(e - r) <= p.EPSILON * U(1, w(e), w(r)) &&
w(a - s) <= p.EPSILON * U(1, w(a), w(s)) &&
w(t - n) <= p.EPSILON * U(1, w(t), w(n)) &&
w(i - d) <= p.EPSILON * U(1, w(i), w(d))
);
}),
(_.g_F = function (g, _, e) {
return (g[0] = _[0] * e), (g[1] = _[1] * e), (g[2] = _[2] * e), (g[3] = _[3] * e), g;
}),
(_.g_G = function (g, _, e, a) {
return (
(g[0] = _[0] + e[0] * a),
(g[1] = _[1] + e[1] * a),
(g[2] = _[2] + e[2] * a),
(g[3] = _[3] + e[3] * a),
g
);
});
var i = e(0),
p = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
})(i),
r = (_.g_n = a),
s = (_.sub = n);
},
function (g, _, e) {
'use strict';
function a(g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = _[4],
n = _[5],
d = e[0],
o = e[1],
i = e[2],
u = e[3],
p = e[4],
h = e[5];
return (
(g[0] = a * d + r * o),
(g[1] = t * d + l * o),
(g[2] = a * i + r * u),
(g[3] = t * i + l * u),
(g[4] = a * p + r * h + s),
(g[5] = t * p + l * h + n),
g
);
}
function n(g, _, e) {
return (
(g[0] = _[0] - e[0]),
(g[1] = _[1] - e[1]),
(g[2] = _[2] - e[2]),
(g[3] = _[3] - e[3]),
(g[4] = _[4] - e[4]),
(g[5] = _[5] - e[5]),
g
);
}
Object.defineProperty(_, '__esModule', { value: !0 }),
(_.sub = _.g_n = void 0),
(_.create = function () {
var g = new h.g_j(6);
return (g[0] = 1), (g[1] = 0), (g[2] = 0), (g[3] = 1), (g[4] = 0), (g[5] = 0), g;
}),
(_.clone = function (g) {
var _ = new h.g_j(6);
return (
(_[0] = g[0]),
(_[1] = g[1]),
(_[2] = g[2]),
(_[3] = g[3]),
(_[4] = g[4]),
(_[5] = g[5]),
_
);
}),
(_.g_p = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = _[1]),
(g[2] = _[2]),
(g[3] = _[3]),
(g[4] = _[4]),
(g[5] = _[5]),
g
);
}),
(_.identity = function (g) {
return (g[0] = 1), (g[1] = 0), (g[2] = 0), (g[3] = 1), (g[4] = 0), (g[5] = 0), g;
}),
(_.g_q = function (g, _, e, a, t, n) {
var i = new h.g_j(6);
return (i[0] = g), (i[1] = _), (i[2] = e), (i[3] = a), (i[4] = t), (i[5] = n), i;
}),
(_.set = function (g, _, e, a, t, n, i) {
return (g[0] = _), (g[1] = e), (g[2] = a), (g[3] = t), (g[4] = n), (g[5] = i), g;
}),
(_.g_s = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
i = _[3],
r = _[4],
s = _[5],
n = e * i - a * t;
return n
? ((n = 1 / n),
(g[0] = i * n),
(g[1] = -a * n),
(g[2] = -t * n),
(g[3] = e * n),
(g[4] = (t * s - i * r) * n),
(g[5] = (a * r - e * s) * n),
g)
: null;
}),
(_.g_u = function (g) {
return g[0] * g[3] - g[1] * g[2];
}),
(_.multiply = a),
(_.rotate = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
s = _[3],
n = _[4],
i = _[5],
d = H(e),
l = C(e);
return (
(g[0] = a * l + r * d),
(g[1] = t * l + s * d),
(g[2] = a * -d + r * l),
(g[3] = t * -d + s * l),
(g[4] = n),
(g[5] = i),
g
);
}),
(_.scale = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = _[4],
n = _[5],
d = e[0],
o = e[1];
return (
(g[0] = a * d),
(g[1] = t * d),
(g[2] = r * o),
(g[3] = l * o),
(g[4] = s),
(g[5] = n),
g
);
}),
(_.translate = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = _[4],
n = _[5],
d = e[0],
o = e[1];
return (
(g[0] = a),
(g[1] = t),
(g[2] = r),
(g[3] = l),
(g[4] = a * d + r * o + s),
(g[5] = t * d + l * o + n),
g
);
}),
(_.g_w = function (g, _) {
var e = H(_),
a = C(_);
return (g[0] = a), (g[1] = e), (g[2] = -e), (g[3] = a), (g[4] = 0), (g[5] = 0), g;
}),
(_.g_x = function (g, _) {
return (g[0] = _[0]), (g[1] = 0), (g[2] = 0), (g[3] = _[1]), (g[4] = 0), (g[5] = 0), g;
}),
(_.g_v = function (g, _) {
return (g[0] = 1), (g[1] = 0), (g[2] = 0), (g[3] = 1), (g[4] = _[0]), (g[5] = _[1]), g;
}),
(_.g_C = function (g) {
return (
'mat2d(' +
g[0] +
', ' +
g[1] +
', ' +
g[2] +
', ' +
g[3] +
', ' +
g[4] +
', ' +
g[5] +
')'
);
}),
(_.g_D = function (g) {
return B(t(g[0], 2) + t(g[1], 2) + t(g[2], 2) + t(g[3], 2) + t(g[4], 2) + t(g[5], 2) + 1);
}),
(_.add = function (g, _, e) {
return (
(g[0] = _[0] + e[0]),
(g[1] = _[1] + e[1]),
(g[2] = _[2] + e[2]),
(g[3] = _[3] + e[3]),
(g[4] = _[4] + e[4]),
(g[5] = _[5] + e[5]),
g
);
}),
(_.g_E = n),
(_.g_F = function (g, _, e) {
return (
(g[0] = _[0] * e),
(g[1] = _[1] * e),
(g[2] = _[2] * e),
(g[3] = _[3] * e),
(g[4] = _[4] * e),
(g[5] = _[5] * e),
g
);
}),
(_.g_G = function (g, _, e, a) {
return (
(g[0] = _[0] + e[0] * a),
(g[1] = _[1] + e[1] * a),
(g[2] = _[2] + e[2] * a),
(g[3] = _[3] + e[3] * a),
(g[4] = _[4] + e[4] * a),
(g[5] = _[5] + e[5] * a),
g
);
}),
(_.g_H = function (g, _) {
return (
g[0] === _[0] &&
g[1] === _[1] &&
g[2] === _[2] &&
g[3] === _[3] &&
g[4] === _[4] &&
g[5] === _[5]
);
}),
(_.g_l = function (g, _) {
var e = g[0],
a = g[1],
t = g[2],
i = g[3],
r = g[4],
s = g[5],
n = _[0],
d = _[1],
l = _[2],
o = _[3],
u = _[4],
p = _[5];
return (
w(e - n) <= h.EPSILON * U(1, w(e), w(n)) &&
w(a - d) <= h.EPSILON * U(1, w(a), w(d)) &&
w(t - l) <= h.EPSILON * U(1, w(t), w(l)) &&
w(i - o) <= h.EPSILON * U(1, w(i), w(o)) &&
w(r - u) <= h.EPSILON * U(1, w(r), w(u)) &&
w(s - p) <= h.EPSILON * U(1, w(s), w(p))
);
});
var i = e(0),
h = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
})(i),
r = (_.g_n = a),
s = (_.sub = n);
},
function (g, _, e) {
'use strict';
function a(g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = _[4],
n = _[5],
d = _[6],
o = _[7],
i = _[8],
u = _[9],
h = _[10],
c = _[11],
f = _[12],
p = _[13],
m = _[14],
E = _[15],
b = e[0],
y = e[1],
B = e[2],
v = e[3];
return (
(g[0] = b * a + y * s + B * i + v * f),
(g[1] = b * t + y * n + B * u + v * p),
(g[2] = b * r + y * d + B * h + v * m),
(g[3] = b * l + y * o + B * c + v * E),
(b = e[4]),
(y = e[5]),
(B = e[6]),
(v = e[7]),
(g[4] = b * a + y * s + B * i + v * f),
(g[5] = b * t + y * n + B * u + v * p),
(g[6] = b * r + y * d + B * h + v * m),
(g[7] = b * l + y * o + B * c + v * E),
(b = e[8]),
(y = e[9]),
(B = e[10]),
(v = e[11]),
(g[8] = b * a + y * s + B * i + v * f),
(g[9] = b * t + y * n + B * u + v * p),
(g[10] = b * r + y * d + B * h + v * m),
(g[11] = b * l + y * o + B * c + v * E),
(b = e[12]),
(y = e[13]),
(B = e[14]),
(v = e[15]),
(g[12] = b * a + y * s + B * i + v * f),
(g[13] = b * t + y * n + B * u + v * p),
(g[14] = b * r + y * d + B * h + v * m),
(g[15] = b * l + y * o + B * c + v * E),
g
);
}
function n(g, _, e) {
return (
(g[0] = _[0] - e[0]),
(g[1] = _[1] - e[1]),
(g[2] = _[2] - e[2]),
(g[3] = _[3] - e[3]),
(g[4] = _[4] - e[4]),
(g[5] = _[5] - e[5]),
(g[6] = _[6] - e[6]),
(g[7] = _[7] - e[7]),
(g[8] = _[8] - e[8]),
(g[9] = _[9] - e[9]),
(g[10] = _[10] - e[10]),
(g[11] = _[11] - e[11]),
(g[12] = _[12] - e[12]),
(g[13] = _[13] - e[13]),
(g[14] = _[14] - e[14]),
(g[15] = _[15] - e[15]),
g
);
}
var c = Math.tan;
Object.defineProperty(_, '__esModule', { value: !0 }),
(_.sub = _.g_n = void 0),
(_.create = function () {
var g = new F.g_j(16);
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = 1),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = 1),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.clone = function (g) {
var _ = new F.g_j(16);
return (
(_[0] = g[0]),
(_[1] = g[1]),
(_[2] = g[2]),
(_[3] = g[3]),
(_[4] = g[4]),
(_[5] = g[5]),
(_[6] = g[6]),
(_[7] = g[7]),
(_[8] = g[8]),
(_[9] = g[9]),
(_[10] = g[10]),
(_[11] = g[11]),
(_[12] = g[12]),
(_[13] = g[13]),
(_[14] = g[14]),
(_[15] = g[15]),
_
);
}),
(_.g_p = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = _[1]),
(g[2] = _[2]),
(g[3] = _[3]),
(g[4] = _[4]),
(g[5] = _[5]),
(g[6] = _[6]),
(g[7] = _[7]),
(g[8] = _[8]),
(g[9] = _[9]),
(g[10] = _[10]),
(g[11] = _[11]),
(g[12] = _[12]),
(g[13] = _[13]),
(g[14] = _[14]),
(g[15] = _[15]),
g
);
}),
(_.g_q = function (g, _, e, a, t, r, l, s, n, d, o, i, u, h, c, p) {
var f = new F.g_j(16);
return (
(f[0] = g),
(f[1] = _),
(f[2] = e),
(f[3] = a),
(f[4] = t),
(f[5] = r),
(f[6] = l),
(f[7] = s),
(f[8] = n),
(f[9] = d),
(f[10] = o),
(f[11] = i),
(f[12] = u),
(f[13] = h),
(f[14] = c),
(f[15] = p),
f
);
}),
(_.set = function (g, _, e, a, t, r, l, s, n, d, o, i, u, h, c, f, p) {
return (
(g[0] = _),
(g[1] = e),
(g[2] = a),
(g[3] = t),
(g[4] = r),
(g[5] = l),
(g[6] = s),
(g[7] = n),
(g[8] = d),
(g[9] = o),
(g[10] = i),
(g[11] = u),
(g[12] = h),
(g[13] = c),
(g[14] = f),
(g[15] = p),
g
);
}),
(_.identity = function (g) {
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = 1),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = 1),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.g_r = function (g, _) {
if (g === _) {
var e = _[1],
a = _[2],
t = _[3],
i = _[6],
r = _[7],
s = _[11];
(g[1] = _[4]),
(g[2] = _[8]),
(g[3] = _[12]),
(g[4] = e),
(g[6] = _[9]),
(g[7] = _[13]),
(g[8] = a),
(g[9] = i),
(g[11] = _[14]),
(g[12] = t),
(g[13] = r),
(g[14] = s);
} else
(g[0] = _[0]),
(g[1] = _[4]),
(g[2] = _[8]),
(g[3] = _[12]),
(g[4] = _[1]),
(g[5] = _[5]),
(g[6] = _[9]),
(g[7] = _[13]),
(g[8] = _[2]),
(g[9] = _[6]),
(g[10] = _[10]),
(g[11] = _[14]),
(g[12] = _[3]),
(g[13] = _[7]),
(g[14] = _[11]),
(g[15] = _[15]);
return g;
}),
(_.g_s = function (h, e) {
var t = e[0],
a = e[1],
r = e[2],
o = e[3],
l = e[4],
s = e[5],
n = e[6],
d = e[7],
u = e[8],
i = e[9],
c = e[10],
m = e[11],
f = e[12],
b = e[13],
p = e[14],
E = e[15],
y = t * s - a * l,
B = t * n - r * l,
C = t * d - o * l,
T = a * n - r * s,
H = a * d - o * s,
x = r * d - o * n,
_ = u * b - i * f,
N = u * p - c * f,
U = u * E - m * f,
w = i * p - c * b,
q = i * E - m * b,
g = c * E - m * p,
I = y * g - B * q + C * w + T * U - H * N + x * _;
return I
? ((I = 1 / I),
(h[0] = (s * g - n * q + d * w) * I),
(h[1] = (r * q - a * g - o * w) * I),
(h[2] = (b * x - p * H + E * T) * I),
(h[3] = (c * H - i * x - m * T) * I),
(h[4] = (n * U - l * g - d * N) * I),
(h[5] = (t * g - r * U + o * N) * I),
(h[6] = (p * C - f * x - E * B) * I),
(h[7] = (u * x - c * C + m * B) * I),
(h[8] = (l * q - s * U + d * _) * I),
(h[9] = (a * U - t * q - o * _) * I),
(h[10] = (f * H - b * C + E * y) * I),
(h[11] = (i * C - u * H - m * y) * I),
(h[12] = (s * N - l * w - n * _) * I),
(h[13] = (t * w - a * N + r * _) * I),
(h[14] = (b * B - f * T - p * y) * I),
(h[15] = (u * T - i * B + c * y) * I),
h)
: null;
}),
(_.g_t = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
r = _[3],
l = _[4],
s = _[5],
n = _[6],
d = _[7],
o = _[8],
i = _[9],
u = _[10],
h = _[11],
c = _[12],
f = _[13],
p = _[14],
m = _[15];
return (
(g[0] = s * (u * m - h * p) - i * (n * m - d * p) + f * (n * h - d * u)),
(g[1] = -(a * (u * m - h * p) - i * (t * m - r * p) + f * (t * h - r * u))),
(g[2] = a * (n * m - d * p) - s * (t * m - r * p) + f * (t * d - r * n)),
(g[3] = -(a * (n * h - d * u) - s * (t * h - r * u) + i * (t * d - r * n))),
(g[4] = -(l * (u * m - h * p) - o * (n * m - d * p) + c * (n * h - d * u))),
(g[5] = e * (u * m - h * p) - o * (t * m - r * p) + c * (t * h - r * u)),
(g[6] = -(e * (n * m - d * p) - l * (t * m - r * p) + c * (t * d - r * n))),
(g[7] = e * (n * h - d * u) - l * (t * h - r * u) + o * (t * d - r * n)),
(g[8] = l * (i * m - h * f) - o * (s * m - d * f) + c * (s * h - d * i)),
(g[9] = -(e * (i * m - h * f) - o * (a * m - r * f) + c * (a * h - r * i))),
(g[10] = e * (s * m - d * f) - l * (a * m - r * f) + c * (a * d - r * s)),
(g[11] = -(e * (s * h - d * i) - l * (a * h - r * i) + o * (a * d - r * s))),
(g[12] = -(l * (i * p - u * f) - o * (s * p - n * f) + c * (s * u - n * i))),
(g[13] = e * (i * p - u * f) - o * (a * p - t * f) + c * (a * u - t * i)),
(g[14] = -(e * (s * p - n * f) - l * (a * p - t * f) + c * (a * n - t * s))),
(g[15] = e * (s * u - n * i) - l * (a * u - t * i) + o * (a * n - t * s)),
g
);
}),
(_.g_u = function (g) {
var _ = g[0],
e = g[1],
a = g[2],
t = g[3],
r = g[4],
l = g[5],
s = g[6],
n = g[7],
d = g[8],
o = g[9],
i = g[10],
u = g[11],
h = g[12],
c = g[13],
f = g[14],
p = g[15];
return (
(_ * l - e * r) * (i * p - u * f) -
(_ * s - a * r) * (o * p - u * c) +
(_ * n - t * r) * (o * f - i * c) +
(e * s - a * l) * (d * p - u * h) -
(e * n - t * l) * (d * f - i * h) +
(a * n - t * s) * (d * c - o * h)
);
}),
(_.multiply = a),
(_.translate = function (g, _, e) {
var a = e[0],
t = e[1],
r = e[2],
l,
o,
h,
b,
B,
v,
C,
T,
H,
N,
x,
q;
return (
_ === g
? ((g[12] = _[0] * a + _[4] * t + _[8] * r + _[12]),
(g[13] = _[1] * a + _[5] * t + _[9] * r + _[13]),
(g[14] = _[2] * a + _[6] * t + _[10] * r + _[14]),
(g[15] = _[3] * a + _[7] * t + _[11] * r + _[15]))
: ((l = _[0]),
(o = _[1]),
(h = _[2]),
(b = _[3]),
(B = _[4]),
(v = _[5]),
(C = _[6]),
(T = _[7]),
(H = _[8]),
(N = _[9]),
(x = _[10]),
(q = _[11]),
(g[0] = l),
(g[1] = o),
(g[2] = h),
(g[3] = b),
(g[4] = B),
(g[5] = v),
(g[6] = C),
(g[7] = T),
(g[8] = H),
(g[9] = N),
(g[10] = x),
(g[11] = q),
(g[12] = l * a + B * t + H * r + _[12]),
(g[13] = o * a + v * t + N * r + _[13]),
(g[14] = h * a + C * t + x * r + _[14]),
(g[15] = b * a + T * t + q * r + _[15])),
g
);
}),
(_.scale = function (g, _, e) {
var a = e[0],
t = e[1],
n = e[2];
return (
(g[0] = _[0] * a),
(g[1] = _[1] * a),
(g[2] = _[2] * a),
(g[3] = _[3] * a),
(g[4] = _[4] * t),
(g[5] = _[5] * t),
(g[6] = _[6] * t),
(g[7] = _[7] * t),
(g[8] = _[8] * n),
(g[9] = _[9] * n),
(g[10] = _[10] * n),
(g[11] = _[11] * n),
(g[12] = _[12]),
(g[13] = _[13]),
(g[14] = _[14]),
(g[15] = _[15]),
g
);
}),
(_.rotate = function (n, e, r, a) {
var d = a[0],
o = a[1],
u = a[2],
m = B(d * d + o * o + u * u),
U,
j,
z,
$,
P,
G,
K,
J,
W,
Q,
X,
V,
Z,
gg,
_g,
eg,
ag,
tg,
ng,
ig,
rg,
sg,
dg,
lg;
return w(m) < F.EPSILON
? null
: ((m = 1 / m),
(d *= m),
(o *= m),
(u *= m),
(U = H(r)),
(j = C(r)),
(z = 1 - j),
($ = e[0]),
(P = e[1]),
(G = e[2]),
(K = e[3]),
(J = e[4]),
(W = e[5]),
(Q = e[6]),
(X = e[7]),
(V = e[8]),
(Z = e[9]),
(gg = e[10]),
(_g = e[11]),
(eg = d * d * z + j),
(ag = o * d * z + u * U),
(tg = u * d * z - o * U),
(ng = d * o * z - u * U),
(ig = o * o * z + j),
(rg = u * o * z + d * U),
(sg = d * u * z + o * U),
(dg = o * u * z - d * U),
(lg = u * u * z + j),
(n[0] = $ * eg + J * ag + V * tg),
(n[1] = P * eg + W * ag + Z * tg),
(n[2] = G * eg + Q * ag + gg * tg),
(n[3] = K * eg + X * ag + _g * tg),
(n[4] = $ * ng + J * ig + V * rg),
(n[5] = P * ng + W * ig + Z * rg),
(n[6] = G * ng + Q * ig + gg * rg),
(n[7] = K * ng + X * ig + _g * rg),
(n[8] = $ * sg + J * dg + V * lg),
(n[9] = P * sg + W * dg + Z * lg),
(n[10] = G * sg + Q * dg + gg * lg),
(n[11] = K * sg + X * dg + _g * lg),
e !== n && ((n[12] = e[12]), (n[13] = e[13]), (n[14] = e[14]), (n[15] = e[15])),
n);
}),
(_.g_$ = function (g, _, e) {
var a = H(e),
t = C(e),
r = _[4],
d = _[5],
s = _[6],
n = _[7],
i = _[8],
l = _[9],
o = _[10],
u = _[11];
return (
_ !== g &&
((g[0] = _[0]),
(g[1] = _[1]),
(g[2] = _[2]),
(g[3] = _[3]),
(g[12] = _[12]),
(g[13] = _[13]),
(g[14] = _[14]),
(g[15] = _[15])),
(g[4] = r * t + i * a),
(g[5] = d * t + l * a),
(g[6] = s * t + o * a),
(g[7] = n * t + u * a),
(g[8] = i * t - r * a),
(g[9] = l * t - d * a),
(g[10] = o * t - s * a),
(g[11] = u * t - n * a),
g
);
}),
(_.g_aa = function (g, _, e) {
var a = H(e),
t = C(e),
r = _[0],
d = _[1],
s = _[2],
n = _[3],
i = _[8],
l = _[9],
o = _[10],
u = _[11];
return (
_ !== g &&
((g[4] = _[4]),
(g[5] = _[5]),
(g[6] = _[6]),
(g[7] = _[7]),
(g[12] = _[12]),
(g[13] = _[13]),
(g[14] = _[14]),
(g[15] = _[15])),
(g[0] = r * t - i * a),
(g[1] = d * t - l * a),
(g[2] = s * t - o * a),
(g[3] = n * t - u * a),
(g[8] = r * a + i * t),
(g[9] = d * a + l * t),
(g[10] = s * a + o * t),
(g[11] = n * a + u * t),
g
);
}),
(_.g_ab = function (g, _, e) {
var a = H(e),
t = C(e),
r = _[0],
d = _[1],
s = _[2],
n = _[3],
i = _[4],
l = _[5],
o = _[6],
u = _[7];
return (
_ !== g &&
((g[8] = _[8]),
(g[9] = _[9]),
(g[10] = _[10]),
(g[11] = _[11]),
(g[12] = _[12]),
(g[13] = _[13]),
(g[14] = _[14]),
(g[15] = _[15])),
(g[0] = r * t + i * a),
(g[1] = d * t + l * a),
(g[2] = s * t + o * a),
(g[3] = n * t + u * a),
(g[4] = i * t - r * a),
(g[5] = l * t - d * a),
(g[6] = o * t - s * a),
(g[7] = u * t - n * a),
g
);
}),
(_.g_v = function (g, _) {
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = 1),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = 1),
(g[11] = 0),
(g[12] = _[0]),
(g[13] = _[1]),
(g[14] = _[2]),
(g[15] = 1),
g
);
}),
(_.g_x = function (g, _) {
return (
(g[0] = _[0]),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = _[1]),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = _[2]),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.g_w = function (g, _, e) {
var a = e[0],
t = e[1],
n = e[2],
r = B(a * a + t * t + n * n),
d,
u,
h;
return w(r) < F.EPSILON
? null
: ((r = 1 / r),
(a *= r),
(t *= r),
(n *= r),
(d = H(_)),
(u = C(_)),
(h = 1 - u),
(g[0] = a * a * h + u),
(g[1] = t * a * h + n * d),
(g[2] = n * a * h - t * d),
(g[3] = 0),
(g[4] = a * t * h - n * d),
(g[5] = t * t * h + u),
(g[6] = n * t * h + a * d),
(g[7] = 0),
(g[8] = a * n * h + t * d),
(g[9] = t * n * h - a * d),
(g[10] = n * n * h + u),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g);
}),
(_.g_ad = function (g, _) {
var e = H(_),
a = C(_);
return (
(g[0] = 1),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = a),
(g[6] = e),
(g[7] = 0),
(g[8] = 0),
(g[9] = -e),
(g[10] = a),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.g_ae = function (g, _) {
var e = H(_),
a = C(_);
return (
(g[0] = a),
(g[1] = 0),
(g[2] = -e),
(g[3] = 0),
(g[4] = 0),
(g[5] = 1),
(g[6] = 0),
(g[7] = 0),
(g[8] = e),
(g[9] = 0),
(g[10] = a),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.g_af = function (g, _) {
var e = H(_),
a = C(_);
return (
(g[0] = a),
(g[1] = e),
(g[2] = 0),
(g[3] = 0),
(g[4] = -e),
(g[5] = a),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = 1),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.g_ag = function (g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = a + a,
n = t + t,
d = r + r,
o = a * s,
i = a * n,
u = a * d,
h = t * n,
c = t * d,
f = r * d,
p = l * s,
m = l * n,
E = l * d;
return (
(g[0] = 1 - (h + f)),
(g[1] = i + E),
(g[2] = u - m),
(g[3] = 0),
(g[4] = i - E),
(g[5] = 1 - (o + f)),
(g[6] = c + p),
(g[7] = 0),
(g[8] = u + m),
(g[9] = c - p),
(g[10] = 1 - (o + h)),
(g[11] = 0),
(g[12] = e[0]),
(g[13] = e[1]),
(g[14] = e[2]),
(g[15] = 1),
g
);
}),
(_.g_ah = function (g, _) {
return (g[0] = _[12]), (g[1] = _[13]), (g[2] = _[14]), g;
}),
(_.g_ai = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
n = _[4],
r = _[5],
s = _[6],
d = _[8],
l = _[9],
i = _[10];
return (
(g[0] = B(e * e + a * a + t * t)),
(g[1] = B(n * n + r * r + s * s)),
(g[2] = B(d * d + l * l + i * i)),
g
);
}),
(_.g_aj = function (g, _) {
var e = _[0] + _[5] + _[10],
a = 0;
return (
0 < e
? ((a = 2 * B(e + 1)),
(g[3] = 0.25 * a),
(g[0] = (_[6] - _[9]) / a),
(g[1] = (_[8] - _[2]) / a),
(g[2] = (_[1] - _[4]) / a))
: (_[0] > _[5]) & (_[0] > _[10])
? ((a = 2 * B(1 + _[0] - _[5] - _[10])),
(g[3] = (_[6] - _[9]) / a),
(g[0] = 0.25 * a),
(g[1] = (_[1] + _[4]) / a),
(g[2] = (_[8] + _[2]) / a))
: _[5] > _[10]
? ((a = 2 * B(1 + _[5] - _[0] - _[10])),
(g[3] = (_[8] - _[2]) / a),
(g[0] = (_[1] + _[4]) / a),
(g[1] = 0.25 * a),
(g[2] = (_[6] + _[9]) / a))
: ((a = 2 * B(1 + _[10] - _[0] - _[5])),
(g[3] = (_[1] - _[4]) / a),
(g[0] = (_[8] + _[2]) / a),
(g[1] = (_[6] + _[9]) / a),
(g[2] = 0.25 * a)),
g
);
}),
(_.g_ak = function (g, _, e, a) {
var t = _[0],
r = _[1],
l = _[2],
s = _[3],
n = t + t,
d = r + r,
o = l + l,
i = t * n,
u = t * d,
h = t * o,
c = r * d,
f = r * o,
p = l * o,
m = s * n,
E = s * d,
b = s * o,
y = a[0],
B = a[1],
v = a[2];
return (
(g[0] = (1 - (c + p)) * y),
(g[1] = (u + b) * y),
(g[2] = (h - E) * y),
(g[3] = 0),
(g[4] = (u - b) * B),
(g[5] = (1 - (i + p)) * B),
(g[6] = (f + m) * B),
(g[7] = 0),
(g[8] = (h + E) * v),
(g[9] = (f - m) * v),
(g[10] = (1 - (i + c)) * v),
(g[11] = 0),
(g[12] = e[0]),
(g[13] = e[1]),
(g[14] = e[2]),
(g[15] = 1),
g
);
}),
(_.g_al = function (g, e, t, a, r) {
var l = e[0],
o = e[1],
s = e[2],
n = e[3],
d = l + l,
u = o + o,
i = s + s,
h = l * d,
c = l * u,
f = l * i,
m = o * u,
p = o * i,
E = s * i,
b = n * d,
y = n * u,
B = n * i,
v = a[0],
C = a[1],
T = a[2],
_ = r[0],
H = r[1],
N = r[2];
return (
(g[0] = (1 - (m + E)) * v),
(g[1] = (c + B) * v),
(g[2] = (f - y) * v),
(g[3] = 0),
(g[4] = (c - B) * C),
(g[5] = (1 - (h + E)) * C),
(g[6] = (p + b) * C),
(g[7] = 0),
(g[8] = (f + y) * T),
(g[9] = (p - b) * T),
(g[10] = (1 - (h + m)) * T),
(g[11] = 0),
(g[12] = t[0] + _ - (g[0] * _ + g[4] * H + g[8] * N)),
(g[13] = t[1] + H - (g[1] * _ + g[5] * H + g[9] * N)),
(g[14] = t[2] + N - (g[2] * _ + g[6] * H + g[10] * N)),
(g[15] = 1),
g
);
}),
(_.g_z = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
r = _[3],
l = e + e,
s = a + a,
n = t + t,
d = e * l,
o = a * l,
i = a * s,
u = t * l,
h = t * s,
c = t * n,
f = r * l,
p = r * s,
m = r * n;
return (
(g[0] = 1 - i - c),
(g[1] = o + m),
(g[2] = u - p),
(g[3] = 0),
(g[4] = o - m),
(g[5] = 1 - d - c),
(g[6] = h + f),
(g[7] = 0),
(g[8] = u + p),
(g[9] = h - f),
(g[10] = 1 - d - i),
(g[11] = 0),
(g[12] = 0),
(g[13] = 0),
(g[14] = 0),
(g[15] = 1),
g
);
}),
(_.g_am = function (g, _, e, a, t, i, r) {
var s = 1 / (e - _),
n = 1 / (t - a),
d = 1 / (i - r);
return (
(g[0] = 2 * i * s),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = 2 * i * n),
(g[6] = 0),
(g[7] = 0),
(g[8] = (e + _) * s),
(g[9] = (t + a) * n),
(g[10] = (r + i) * d),
(g[11] = -1),
(g[12] = 0),
(g[13] = 0),
(g[14] = 2 * (r * i) * d),
(g[15] = 0),
g
);
}),
(_.perspective = function (g, _, e, a, t) {
var i = 1 / c(_ / 2),
r = 1 / (a - t);
return (
(g[0] = i / e),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = i),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = (t + a) * r),
(g[11] = -1),
(g[12] = 0),
(g[13] = 0),
(g[14] = 2 * t * a * r),
(g[15] = 0),
g
);
}),
(_.g_an = function (g, _, e, a) {
var t = c((_.g_ao * h) / 180),
r = c((_.g_ap * h) / 180),
s = c((_.g_aq * h) / 180),
n = c((_.g_ar * h) / 180),
d = 2 / (s + n),
l = 2 / (t + r);
return (
(g[0] = d),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = l),
(g[6] = 0),
(g[7] = 0),
(g[8] = -(0.5 * ((s - n) * d))),
(g[9] = 0.5 * ((t - r) * l)),
(g[10] = a / (e - a)),
(g[11] = -1),
(g[12] = 0),
(g[13] = 0),
(g[14] = (a * e) / (e - a)),
(g[15] = 0),
g
);
}),
(_.g_as = function (g, _, e, a, t, i, r) {
var s = 1 / (_ - e),
n = 1 / (a - t),
d = 1 / (i - r);
return (
(g[0] = -2 * s),
(g[1] = 0),
(g[2] = 0),
(g[3] = 0),
(g[4] = 0),
(g[5] = -2 * n),
(g[6] = 0),
(g[7] = 0),
(g[8] = 0),
(g[9] = 0),
(g[10] = 2 * d),
(g[11] = 0),
(g[12] = (_ + e) * s),
(g[13] = (t + a) * n),
(g[14] = (r + i) * d),
(g[15] = 1),
g
);
}),
(_.g_at = function (g, e, t, a) {
var n = e[0],
r = e[1],
h = e[2],
m = a[0],
b = a[1],
y = a[2],
v = t[0],
_ = t[1],
C = t[2],
T,
H,
N,
x,
q,
U,
I,
D,
R,
k;
return w(n - v) < F.EPSILON && w(r - _) < F.EPSILON && w(h - C) < F.EPSILON
? mat4.identity(g)
: ((I = n - v),
(D = r - _),
(R = h - C),
(k = 1 / B(I * I + D * D + R * R)),
(I *= k),
(D *= k),
(R *= k),
(T = b * R - y * D),
(H = y * I - m * R),
(N = m * D - b * I),
(k = B(T * T + H * H + N * N)),
k ? ((k = 1 / k), (T *= k), (H *= k), (N *= k)) : ((T = 0), (H = 0), (N = 0)),
(x = D * N - R * H),
(q = R * T - I * N),
(U = I * H - D * T),
(k = B(x * x + q * q + U * U)),
k ? ((k = 1 / k), (x *= k), (q *= k), (U *= k)) : ((x = 0), (q = 0), (U = 0)),
(g[0] = T),
(g[1] = x),
(g[2] = I),
(g[3] = 0),
(g[4] = H),
(g[5] = q),
(g[6] = D),
(g[7] = 0),
(g[8] = N),
(g[9] = U),
(g[10] = R),
(g[11] = 0),
(g[12] = -(T * n + H * r + N * h)),
(g[13] = -(x * n + q * r + U * h)),
(g[14] = -(I * n + D * r + R * h)),
(g[15] = 1),
g);
}),
(_.g_au = function (g, _, e, a) {
var t = _[0],
n = _[1],
r = _[2],
s = a[0],
d = a[1],
l = a[2],
i = t - e[0],
o = n - e[1],
u = r - e[2],
h = i * i + o * o + u * u;
0 < h && ((h = 1 / B(h)), (i *= h), (o *= h), (u *= h));
var b = d * u - l * o,
p = l * i - s * u,
E = s * o - d * i;
return (
(g[0] = b),
(g[1] = p),
(g[2] = E),
(g[3] = 0),
(g[4] = o * E - u * p),
(g[5] = u * b - i * E),
(g[6] = i * p - o * b),
(g[7] = 0),
(g[8] = i),
(g[9] = o),
(g[10] = u),
(g[11] = 0),
(g[12] = t),
(g[13] = n),
(g[14] = r),
(g[15] = 1),
g
);
}),
(_.g_C = function (g) {
return (
'mat4(' +
g[0] +
', ' +
g[1] +
', ' +
g[2] +
', ' +
g[3] +
', ' +
g[4] +
', ' +
g[5] +
', ' +
g[6] +
', ' +
g[7] +
', ' +
g[8] +
', ' +
g[9] +
', ' +
g[10] +
', ' +
g[11] +
', ' +
g[12] +
', ' +
g[13] +
', ' +
g[14] +
', ' +
g[15] +
')'
);
}),
(_.g_D = function (g) {
return B(
t(g[0], 2) +
t(g[1], 2) +
t(g[2], 2) +
t(g[3], 2) +
t(g[4], 2) +
t(g[5], 2) +
t(g[6], 2) +
t(g[7], 2) +
t(g[8], 2) +
t(g[9], 2) +
t(g[10], 2) +
t(g[11], 2) +
t(g[12], 2) +
t(g[13], 2) +
t(g[14], 2) +
t(g[15], 2)
);
}),
(_.add = function (g, _, e) {
return (
(g[0] = _[0] + e[0]),
(g[1] = _[1] + e[1]),
(g[2] = _[2] + e[2]),
(g[3] = _[3] + e[3]),
(g[4] = _[4] + e[4]),
(g[5] = _[5] + e[5]),
(g[6] = _[6] + e[6]),
(g[7] = _[7] + e[7]),
(g[8] = _[8] + e[8]),
(g[9] = _[9] + e[9]),
(g[10] = _[10] + e[10]),
(g[11] = _[11] + e[11]),
(g[12] = _[12] + e[12]),
(g[13] = _[13] + e[13]),
(g[14] = _[14] + e[14]),
(g[15] = _[15] + e[15]),
g
);
}),
(_.g_E = n),
(_.g_F = function (g, _, e) {
return (
(g[0] = _[0] * e),
(g[1] = _[1] * e),
(g[2] = _[2] * e),
(g[3] = _[3] * e),
(g[4] = _[4] * e),
(g[5] = _[5] * e),
(g[6] = _[6] * e),
(g[7] = _[7] * e),
(g[8] = _[8] * e),
(g[9] = _[9] * e),
(g[10] = _[10] * e),
(g[11] = _[11] * e),
(g[12] = _[12] * e),
(g[13] = _[13] * e),
(g[14] = _[14] * e),
(g[15] = _[15] * e),
g
);
}),
(_.g_G = function (g, _, e, a) {
return (
(g[0] = _[0] + e[0] * a),
(g[1] = _[1] + e[1] * a),
(g[2] = _[2] + e[2] * a),
(g[3] = _[3] + e[3] * a),
(g[4] = _[4] + e[4] * a),
(g[5] = _[5] + e[5] * a),
(g[6] = _[6] + e[6] * a),
(g[7] = _[7] + e[7] * a),
(g[8] = _[8] + e[8] * a),
(g[9] = _[9] + e[9] * a),
(g[10] = _[10] + e[10] * a),
(g[11] = _[11] + e[11] * a),
(g[12] = _[12] + e[12] * a),
(g[13] = _[13] + e[13] * a),
(g[14] = _[14] + e[14] * a),
(g[15] = _[15] + e[15] * a),
g
);
}),
(_.g_H = function (g, _) {
return (
g[0] === _[0] &&
g[1] === _[1] &&
g[2] === _[2] &&
g[3] === _[3] &&
g[4] === _[4] &&
g[5] === _[5] &&
g[6] === _[6] &&
g[7] === _[7] &&
g[8] === _[8] &&
g[9] === _[9] &&
g[10] === _[10] &&
g[11] === _[11] &&
g[12] === _[12] &&
g[13] === _[13] &&
g[14] === _[14] &&
g[15] === _[15]
);
}),
(_.g_l = function (i, e) {
var t = i[0],
a = i[1],
r = i[2],
o = i[3],
l = i[4],
s = i[5],
n = i[6],
d = i[7],
u = i[8],
c = i[9],
f = i[10],
p = i[11],
m = i[12],
E = i[13],
y = i[14],
B = i[15],
C = e[0],
H = e[1],
R = e[2],
_ = e[3],
N = e[4],
I = e[5],
L = e[6],
q = e[7],
g = e[8],
O = e[9],
v = e[10],
h = e[11],
T = e[12],
b = e[13],
x = e[14],
D = e[15];
return (
w(t - C) <= F.EPSILON * U(1, w(t), w(C)) &&
w(a - H) <= F.EPSILON * U(1, w(a), w(H)) &&
w(r - R) <= F.EPSILON * U(1, w(r), w(R)) &&
w(o - _) <= F.EPSILON * U(1, w(o), w(_)) &&
w(l - N) <= F.EPSILON * U(1, w(l), w(N)) &&
w(s - I) <= F.EPSILON * U(1, w(s), w(I)) &&
w(n - L) <= F.EPSILON * U(1, w(n), w(L)) &&
w(d - q) <= F.EPSILON * U(1, w(d), w(q)) &&
w(u - g) <= F.EPSILON * U(1, w(u), w(g)) &&
w(c - O) <= F.EPSILON * U(1, w(c), w(O)) &&
w(f - v) <= F.EPSILON * U(1, w(f), w(v)) &&
w(p - h) <= F.EPSILON * U(1, w(p), w(h)) &&
w(m - T) <= F.EPSILON * U(1, w(m), w(T)) &&
w(E - b) <= F.EPSILON * U(1, w(E), w(b)) &&
w(y - x) <= F.EPSILON * U(1, w(y), w(x)) &&
w(B - D) <= F.EPSILON * U(1, w(B), w(D))
);
});
var i = e(0),
F = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
})(i),
r = (_.g_n = a),
s = (_.sub = n);
},
function (e, t, a) {
'use strict';
function n(g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g) for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
}
function d() {
var g = new o.g_j(4);
return (g[0] = 0), (g[1] = 0), (g[2] = 0), (g[3] = 1), g;
}
function u(g, _, e) {
e *= 0.5;
var t = H(e);
return (g[0] = t * _[0]), (g[1] = t * _[1]), (g[2] = t * _[2]), (g[3] = C(e)), g;
}
function r(g, _, e) {
var a = _[0],
t = _[1],
r = _[2],
l = _[3],
s = e[0],
n = e[1],
d = e[2],
o = e[3];
return (
(g[0] = a * o + l * s + t * d - r * n),
(g[1] = t * o + l * n + r * s - a * d),
(g[2] = r * o + l * d + a * n - t * s),
(g[3] = l * o - a * s - t * n - r * d),
g
);
}
function i(_, e, r, a) {
var l = e[0],
t = e[1],
s = e[2],
n = e[3],
d = r[0],
o = r[1],
u = r[2],
h = r[3],
b,
B,
v,
C,
T;
return (
(B = l * d + t * o + s * u + n * h),
0 > B && ((B = -B), (d = -d), (o = -o), (u = -u), (h = -h)),
1e-6 < 1 - B
? ((b = g(B)), (v = H(b)), (C = H((1 - a) * b) / v), (T = H(a * b) / v))
: ((C = 1 - a), (T = a)),
(_[0] = C * l + T * d),
(_[1] = C * t + T * o),
(_[2] = C * s + T * u),
(_[3] = C * n + T * h),
_
);
}
function s(g, _) {
var e = _[0] + _[4] + _[8],
a;
if (0 < e)
(a = B(e + 1)),
(g[3] = 0.5 * a),
(a = 0.5 / a),
(g[0] = (_[5] - _[7]) * a),
(g[1] = (_[6] - _[2]) * a),
(g[2] = (_[1] - _[3]) * a);
else {
var t = 0;
_[4] > _[0] && (t = 1), _[8] > _[3 * t + t] && (t = 2);
var n = (t + 1) % 3,
i = (t + 2) % 3;
(a = B(_[3 * t + t] - _[3 * n + n] - _[3 * i + i] + 1)),
(g[t] = 0.5 * a),
(a = 0.5 / a),
(g[3] = (_[3 * n + i] - _[3 * i + n]) * a),
(g[n] = (_[3 * n + t] + _[3 * t + n]) * a),
(g[i] = (_[3 * i + t] + _[3 * t + i]) * a);
}
return g;
}
Object.defineProperty(t, '__esModule', { value: !0 }),
(t.g_av =
t.g_aw =
t.g_ax =
t.g_l =
t.g_H =
t.normalize =
t.g_I =
t.g_R =
t.g_J =
t.length =
t.g_V =
t.g_T =
t.scale =
t.g_n =
t.add =
t.set =
t.g_p =
t.g_q =
t.clone =
void 0),
(t.create = d),
(t.identity = function (g) {
return (g[0] = 0), (g[1] = 0), (g[2] = 0), (g[3] = 1), g;
}),
(t.g_ay = u),
(t.g_az = function (_, e) {
var a = 2 * g(e[3]),
t = H(a / 2);
return (
0 == t
? ((_[0] = 1), (_[1] = 0), (_[2] = 0))
: ((_[0] = e[0] / t), (_[1] = e[1] / t), (_[2] = e[2] / t)),
a
);
}),
(t.multiply = r),
(t.g_$ = function (g, _, e) {
e *= 0.5;
var t = _[0],
r = _[1],
d = _[2],
l = _[3],
s = H(e),
n = C(e);
return (
(g[0] = t * n + l * s),
(g[1] = r * n + d * s),
(g[2] = d * n - r * s),
(g[3] = l * n - t * s),
g
);
}),
(t.g_aa = function (g, _, e) {
e *= 0.5;
var t = _[0],
r = _[1],
d = _[2],
l = _[3],
s = H(e),
n = C(e);
return (
(g[0] = t * n - d * s),
(g[1] = r * n + l * s),
(g[2] = d * n + t * s),
(g[3] = l * n - r * s),
g
);
}),
(t.g_ab = function (g, _, e) {
e *= 0.5;
var t = _[0],
r = _[1],
d = _[2],
l = _[3],
s = H(e),
n = C(e);
return (
(g[0] = t * n + r * s),
(g[1] = r * n - t * s),
(g[2] = d * n + l * s),
(g[3] = l * n - d * s),
g
);
}),
(t.g_aA = function (g, _) {
var e = _[0],
a = _[1],
t = _[2];
return (g[0] = e), (g[1] = a), (g[2] = t), (g[3] = B(w(1 - e * e - a * a - t * t))), g;
}),
(t.g_aB = i),
(t.g_s = function (g, _) {
var e = _[0],
a = _[1],
t = _[2],
i = _[3],
r = e * e + a * a + t * t + i * i,
s = r ? 1 / r : 0;
return (g[0] = -e * s), (g[1] = -a * s), (g[2] = -t * s), (g[3] = i * s), g;
}),
(t.g_aC = function (g, _) {
return (g[0] = -_[0]), (g[1] = -_[1]), (g[2] = -_[2]), (g[3] = _[3]), g;
}),
(t.g_aD = s),
(t.g_aE = function (g, _, e, d) {
var u = (0.5 * h) / 180;
(_ *= u), (e *= u), (d *= u);
var o = H(_),
l = C(_),
s = H(e),
n = C(e),
i = H(d),
p = C(d);
return (
(g[0] = o * n * p - l * s * i),
(g[1] = l * s * p + o * n * i),
(g[2] = l * n * i - o * s * p),
(g[3] = l * n * p + o * s * i),
g
);
}),
(t.g_C = function (g) {
return 'quat(' + g[0] + ', ' + g[1] + ', ' + g[2] + ', ' + g[3] + ')';
});
var l = a(0),
o = n(l),
p = a(1),
c = n(p),
f = a(2),
m = n(f),
E = a(3),
y = n(E),
U = (t.clone = y.clone),
_ = (t.g_q = y.g_q),
N = (t.g_p = y.g_p),
I = (t.set = y.set),
R = (t.add = y.add),
q = (t.g_n = r),
F = (t.scale = y.scale),
L = (t.g_T = y.g_T),
v = (t.g_V = y.g_V),
O = (t.length = y.length),
T = (t.g_J = O),
b = (t.g_R = y.g_R),
x = (t.g_I = b),
D = (t.normalize = y.normalize),
k = (t.g_H = y.g_H),
S = (t.g_l = y.g_l),
A = (t.g_ax = (function () {
var g = m.create(),
_ = m.g_q(1, 0, 0),
e = m.g_q(0, 1, 0);
return function (t, i, r) {
var a = m.g_T(i, r);
return -0.999999 > a
? (m.g_U(g, _, i),
1e-6 > m.g_J(g) && m.g_U(g, e, i),
m.normalize(g, g),
u(t, g, Math.PI),
t)
: 0.999999 < a
? ((t[0] = 0), (t[1] = 0), (t[2] = 0), (t[3] = 1), t)
: (m.g_U(g, i, r),
(t[0] = g[0]),
(t[1] = g[1]),
(t[2] = g[2]),
(t[3] = 1 + a),
D(t, t));
};
})()),
j = (t.g_aw = (function () {
var g = d(),
_ = d();
return function (e, t, r, a, s, n) {
return i(g, t, s, n), i(_, r, a, n), i(e, g, _, 2 * n * (1 - n)), e;
};
})()),
z = (t.g_av = (function () {
var g = c.create();
return function (_, e, a, t) {
return (
(g[0] = a[0]),
(g[3] = a[1]),
(g[6] = a[2]),
(g[1] = t[0]),
(g[4] = t[1]),
(g[7] = t[2]),
(g[2] = -e[0]),
(g[5] = -e[1]),
(g[8] = -e[2]),
D(_, s(_, g))
);
};
})());
},
function (t, e, n) {
'use strict';
function i() {
var g = new E.g_j(2);
return (g[0] = 0), (g[1] = 0), g;
}
function s(g, _, e) {
return (g[0] = _[0] - e[0]), (g[1] = _[1] - e[1]), g;
}
function d(g, _, e) {
return (g[0] = _[0] * e[0]), (g[1] = _[1] * e[1]), g;
}
function l(g, _, e) {
return (g[0] = _[0] / e[0]), (g[1] = _[1] / e[1]), g;
}
function o(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1];
return B(e * e + a * a);
}
function u(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1];
return e * e + a * a;
}
function c(g) {
var _ = g[0],
e = g[1];
return B(_ * _ + e * e);
}
function f(g) {
var _ = g[0],
e = g[1];
return _ * _ + e * e;
}
Object.defineProperty(e, '__esModule', { value: !0 }),
(e.forEach = e.g_I = e.g_K = e.g_L = e.g_M = e.g_n = e.sub = e.g_J = void 0),
(e.create = i),
(e.clone = function (g) {
var _ = new E.g_j(2);
return (_[0] = g[0]), (_[1] = g[1]), _;
}),
(e.g_q = function (g, _) {
var e = new E.g_j(2);
return (e[0] = g), (e[1] = _), e;
}),
(e.g_p = function (g, _) {
return (g[0] = _[0]), (g[1] = _[1]), g;
}),
(e.set = function (g, _, e) {
return (g[0] = _), (g[1] = e), g;
}),
(e.add = function (g, _, e) {
return (g[0] = _[0] + e[0]), (g[1] = _[1] + e[1]), g;
}),
(e.g_E = s),
(e.multiply = d),
(e.g_N = l),
(e.ceil = function (g, _) {
return (g[0] = r(_[0])), (g[1] = r(_[1])), g;
}),
(e.floor = function (g, _) {
return (g[0] = a(_[0])), (g[1] = a(_[1])), g;
}),
(e.min = function (g, _, e) {
return (g[0] = p(_[0], e[0])), (g[1] = p(_[1], e[1])), g;
}),
(e.max = function (g, _, e) {
return (g[0] = U(_[0], e[0])), (g[1] = U(_[1], e[1])), g;
}),
(e.round = function (g, e) {
return (g[0] = _(e[0])), (g[1] = _(e[1])), g;
}),
(e.scale = function (g, _, e) {
return (g[0] = _[0] * e), (g[1] = _[1] * e), g;
}),
(e.g_O = function (g, _, e, a) {
return (g[0] = _[0] + e[0] * a), (g[1] = _[1] + e[1] * a), g;
}),
(e.g_P = o),
(e.g_Q = u),
(e.length = c),
(e.g_R = f),
(e.g_S = function (g, _) {
return (g[0] = -_[0]), (g[1] = -_[1]), g;
}),
(e.inverse = function (g, _) {
return (g[0] = 1 / _[0]), (g[1] = 1 / _[1]), g;
}),
(e.normalize = function (g, _) {
var e = _[0],
a = _[1],
t = e * e + a * a;
return 0 < t && ((t = 1 / B(t)), (g[0] = _[0] * t), (g[1] = _[1] * t)), g;
}),
(e.g_T = function (g, _) {
return g[0] * _[0] + g[1] * _[1];
}),
(e.g_U = function (g, _, e) {
var a = _[0] * e[1] - _[1] * e[0];
return (g[0] = g[1] = 0), (g[2] = a), g;
}),
(e.g_V = function (g, _, e, a) {
var n = _[0],
t = _[1];
return (g[0] = n + a * (e[0] - n)), (g[1] = t + a * (e[1] - t)), g;
}),
(e.random = function (g, _) {
_ = _ || 1;
var e = 2 * E.g_m() * h;
return (g[0] = C(e) * _), (g[1] = H(e) * _), g;
}),
(e.g_aF = function (g, _, e) {
var a = _[0],
t = _[1];
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}),
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var a = _[0],
t = _[1];
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}),
(e.g_Z = function (g, _, e) {
var a = _[0],
t = _[1];
return (g[0] = e[0] * a + e[3] * t + e[6]), (g[1] = e[1] * a + e[4] * t + e[7]), g;
}),
(e.g_Y = function (g, _, e) {
var a = _[0],
t = _[1];
return (g[0] = e[0] * a + e[4] * t + e[12]), (g[1] = e[1] * a + e[5] * t + e[13]), g;
}),
(e.g_C = function (g) {
return 'vec2(' + g[0] + ', ' + g[1] + ')';
}),
(e.g_H = function (g, _) {
return g[0] === _[0] && g[1] === _[1];
}),
(e.g_l = function (g, _) {
var e = g[0],
a = g[1],
t = _[0],
n = _[1];
return (
w(e - t) <= E.EPSILON * U(1, w(e), w(t)) && w(a - n) <= E.EPSILON * U(1, w(a), w(n))
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});
var m = n(0),
E = (function (g) {
if (g && g.g_f) return g;
var _ = {};
if (null != g)
for (var e in g) Object.prototype.hasOwnProperty.call(g, e) && (_[e] = g[e]);
return (_.default = g), _;
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b = (e.g_J = c),
y = (e.sub = s),
T = (e.g_n = d),
N = (e.g_M = l),
x = (e.g_L = o),
q = (e.g_K = u),
g = (e.g_I = f),
I = (e.forEach = (function () {
var g = i();
return function (_, e, t, r, s, n) {
var d, l;
for (
e || (e = 2), t || (t = 0), l = r ? p(r * e + t, _.length) : _.length, d = t;
d < l;
d += e
)
(g[0] = _[d]), (g[1] = _[d + 1]), s(g, g, n), (_[d] = g[0]), (_[d + 1] = g[1]);
return _;
};
})());
}
]);
}),
'use strict';
{
function _(_, a, t) {
t = t || 0;
var n = [0, 0],
i,
r,
s,
l,
o,
p,
m;
return (
(i = _[1][1] - _[0][1]),
(r = _[0][0] - _[1][0]),
(s = i * _[0][0] + r * _[0][1]),
(l = a[1][1] - a[0][1]),
(o = a[0][0] - a[1][0]),
(p = l * a[0][0] + o * a[0][1]),
(m = i * o - l * r),
u(m, 0, t) || ((n[0] = (o * s - r * p) / m), (n[1] = (i * p - l * s) / m)),
n
);
}
function E(_, a, t, n) {
var r = a[0] - _[0],
e = a[1] - _[1],
s = n[0] - t[0],
g = n[1] - t[1];
if (0 == s * e - g * r) return !1;
var d = (r * (t[1] - _[1]) + e * (_[0] - t[0])) / (s * e - g * r),
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return 0 <= d && 1 >= d && 0 <= i && 1 >= i;
}
function y(g, _, e) {
return (_[0] - g[0]) * (e[1] - g[1]) - (e[0] - g[0]) * (_[1] - g[1]);
}
function T(g, _, e) {
return 0 < y(g, _, e);
}
function B(g, _, e) {
return 0 <= y(g, _, e);
}
function e(g, _, e) {
return 0 > y(g, _, e);
}
function f(g, _, e) {
return 0 >= y(g, _, e);
}
function g(_, e, a, t) {
var n = Math.sqrt;
if (!t) return 0 === y(_, e, a);
var r = tmpPoint1,
g = tmpPoint2;
(r[0] = e[0] - _[0]), (r[1] = e[1] - _[1]), (g[0] = a[0] - e[0]), (g[1] = a[1] - e[1]);
var s = r[0] * g[0] + r[1] * g[1],
i = n(r[0] * r[0] + r[1] * r[1]),
d = n(g[0] * g[0] + g[1] * g[1]),
o = Math.acos(s / (i * d));
return o < t;
}
function H(g, _) {
var e = _[0] - g[0],
a = _[1] - g[1];
return e * e + a * a;
}
function N(g, _) {
var e = g.length;
return g[0 > _ ? (_ % e) + e : _ % e];
}
function l(g) {
g.length = 0;
}
function a(g, _, a, t) {
for (var n = a; n < t; n++) g.push(_[n]);
}
function n(g) {
for (var _ = [], e = g.length, a = 0; a !== e; a++) _.push(g.pop());
for (var a = 0; a !== e; a++) g[a] = _[a];
}
function U(g, _) {
return e(N(g, _ - 1), N(g, _), N(g, _ + 1));
}
function o(g, t, e) {
var a = tmpLine1,
i = tmpLine2,
r,
s;
if (B(N(g, t + 1), N(g, t), N(g, e)) && f(N(g, t - 1), N(g, t), N(g, e))) return !1;
s = H(N(g, t), N(g, e));
for (var d = 0; d !== g.length; ++d)
if (
(d + 1) % g.length !== t &&
d !== t &&
B(N(g, t), N(g, e), N(g, d + 1)) &&
f(N(g, t), N(g, e), N(g, d)) &&
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(a[1] = N(g, e)),
(i[0] = N(g, d)),
(i[1] = N(g, d + 1)),
(r = _(a, i)),
H(N(g, t), r) < s)
)
return !1;
return !0;
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function p(g, _, e) {
for (var a = 0; a !== g.length; ++a)
if (
a !== _ &&
a !== e &&
(a + 1) % g.length !== _ &&
(a + 1) % g.length !== e &&
E(N(g, _), N(g, e), N(g, a), N(g, a + 1))
)
return !1;
return !0;
}
function m(g, _, a, t) {
var n = t || [];
if ((l(n), _ < a)) for (var e = _; e <= a; e++) n.push(g[e]);
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for (var e = 0; e <= a; e++) n.push(g[e]);
for (var e = _; e < g.length; e++) n.push(g[e]);
}
return n;
}
function r(_) {
for (var a = [], t = [], n = [], s = [], e = Number.MAX_VALUE, l = 0; l < _.length; ++l)
if (U(_, l))
for (var u = 0; u < _.length; ++u)
if (o(_, l, u)) {
(t = r(m(_, l, u, s))), (n = r(m(_, u, l, s)));
for (var p = 0; p < n.length; p++) t.push(n[p]);
t.length < e && ((a = t), (e = t.length), a.push([N(_, l), N(_, u)]));
}
return a;
}
function s(_, a) {
if (0 === a.length) return [_];
if (
a instanceof Array &&
a.length &&
a[0] instanceof Array &&
2 === a[0].length &&
a[0][0] instanceof Array
) {
for (var t = [_], n = 0, i; n < a.length; n++) {
i = a[n];
for (var r = 0; r < t.length; r++) {
var d = t[r],
g = s(d, i);
if (g) {
t.splice(r, 1), t.push(g[0], g[1]);
break;
}
}
}
return t;
}
var i = a,
n = _.indexOf(i[0]),
r = _.indexOf(i[1]);
return -1 !== n && -1 !== r && [m(_, n, r), m(_, r, n)];
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function d(_, a, t, n, r) {
r = r || 0;
var s = a[1] - _[1],
d = _[0] - a[0],
g = s * _[0] + d * _[1],
o = n[1] - t[1],
i = t[0] - n[0],
p = o * t[0] + i * t[1],
h = s * i - o * d;
return u(h, 0, r) ? [0, 0] : [(i * g - d * p) / h, (s * p - o * g) / h];
}
function t(g, _, n, l, o, u, c) {
var b = Number.MAX_VALUE;
(u = u || 100),
(c = c || 0),
(o = o || 25),
(_ = 'undefined' == typeof _ ? [] : _),
(n = n || []),
(l = l || []);
var x = [0, 0],
q = [0, 0],
R = [0, 0],
k = 0,
L = 0,
O = 0,
j = 0,
S = 0,
$ = 0,
Y = 0,
M = [],
P = [],
G = g,
I = g;
if (3 > I.length) return _;
if ((c++, c > u)) return console.warn('quickDecomp: max level (' + u + ') reached.'), _;
for (var K = 0; K < g.length; ++K)
if (U(G, K)) {
n.push(G[K]), (k = L = b);
for (var J = 0; J < g.length; ++J)
T(N(G, K - 1), N(G, K), N(G, J)) &&
f(N(G, K - 1), N(G, K), N(G, J - 1)) &&
((R = d(N(G, K - 1), N(G, K), N(G, J), N(G, J - 1))),
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T(N(G, K + 1), N(G, K), N(G, J + 1)) &&
f(N(G, K + 1), N(G, K), N(G, J)) &&
((R = d(N(G, K + 1), N(G, K), N(G, J), N(G, J + 1))),
T(N(G, K - 1), N(G, K), R) &&
((O = H(G[K], R)), O < k && ((k = O), (x = R), (S = J))));
if ($ === (S + 1) % g.length)
(R[0] = (q[0] + x[0]) / 2),
(R[1] = (q[1] + x[1]) / 2),
l.push(R),
K < S
? (a(M, G, K, S + 1),
M.push(R),
P.push(R),
0 !== $ && a(P, G, $, G.length),
a(P, G, 0, K + 1))
: (0 !== K && a(M, G, K, G.length),
a(M, G, 0, S + 1),
M.push(R),
P.push(R),
a(P, G, $, K + 1));
else {
if (($ > S && (S += g.length), (j = b), S < $)) return _;
for (var J = $; J <= S; ++J)
B(N(G, K - 1), N(G, K), N(G, J)) &&
f(N(G, K + 1), N(G, K), N(G, J)) &&
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K < Y
? (a(M, G, K, Y + 1), 0 != Y && a(P, G, Y, I.length), a(P, G, 0, K + 1))
: (0 !== K && a(M, G, K, I.length), a(M, G, 0, Y + 1), a(P, G, Y, K + 1));
}
return (
M.length < P.length
? (t(M, _, n, l, o, u, c), t(P, _, n, l, o, u, c))
: (t(P, _, n, l, o, u, c), t(M, _, n, l, o, u, c)),
_
);
}
return _.push(g), _;
}
function u(g, _, e) {
return (e = e || 0), Math.abs(g - _) <= e;
}
function i(g, _, e) {
return u(g[0], _[0], e) && u(g[1], _[1], e);
}
var tmpPoint1 = [],
tmpPoint2 = [],
tmpLine1 = [],
tmpLine2 = [];
self.g_aH = {
g_aI: function (g) {
var _ = r(g);
return 0 < _.length ? s(g, _) : [g];
},
g_aJ: t,
g_aK: function (g) {
var _ = g,
a;
for (a = 0; a < _.length - 1; a++)
for (var t = 0; t < a - 1; t++) if (E(_[a], _[a + 1], _[t], _[t + 1])) return !1;
for (a = 1; a < _.length - 2; a++) if (E(_[0], _[_.length - 1], _[a], _[a + 1])) return !1;
return !0;
},
g_aL: function (_, e) {
for (var a = 0, t = _.length - 1; 3 < _.length && 0 <= t; --t)
g(N(_, t - 1), N(_, t), N(_, t + 1), e) && (_.splice(t % _.length, 1), a++);
return a;
},
g_aM: function (g, _) {
for (var a = g.length - 1, t; 1 <= a; --a) {
t = g[a];
for (var n = a - 1; 0 <= n; --n)
if (i(t, g[n], _)) {
g.splice(a, 1);
continue;
}
}
},
g_aN: function (g) {
for (var _ = 0, a = g, t = 1; t < g.length; ++t)
(a[t][1] < a[_][1] || (a[t][1] === a[_][1] && a[t][0] > a[_][0])) && (_ = t);
return !T(N(g, _ - 1), N(g, _), N(g, _ + 1)) && (n(g), !0);
}
};
}
{
let g = !1,
_ = !1,
e = 'dev';
(self.g_aO = class {
constructor() {
throw TypeError("static class can't be instantiated");
}
static g_aP() {
g = !0;
}
static g_aQ() {
return g;
}
static g_aR() {
_ = !0;
}
static g_aS() {
return _;
}
static g_aT(g) {
e = g;
}
static g_aU() {
return e;
}
static g_aV() {
return 'final' === e;
}
}),
(g_aO.g_aW = !1),
(g_aO.g_aX = !1),
(g_aO.hardwareConcurrency = navigator.hardwareConcurrency || 2);
}
'use strict',
(g_aO.g_aY = class {
constructor(g) {
(this.g_aZ = g), (this.g_a_ = new Map()), this.g_a$();
}
g_a$() {
let g = this.g_aZ;
(g.startsWith('?') || g.startsWith('#')) && (g = g.substr(1));
const _ = g.split('&');
for (const g of _) this.g_ba(g);
}
g_ba(g) {
if (g) {
if (!g.includes('=')) return void this.g_a_.set(g, null);
const _ = g.indexOf('='),
e = decodeURIComponent(g.substring(0, _)),
a = decodeURIComponent(g.substring(_ + 1));
this.g_a_.set(e, a);
}
}
g_bb() {
for (const g of this.g_a_)
console.log(
"[QueryParser] Parameter '" + g[0] + "' = " + (null === g[1] ? 'null' : "'" + g[1] + "'")
);
}
g_bc(g) {
return this.g_a_.has(g);
}
g_bd(g) {
const _ = this.g_a_.get(g);
return 'undefined' == typeof _ ? null : _;
}
g_be() {
history.replaceState('', document.title, location.pathname + location.search);
}
g_bf(g) {
(this.g_aZ = g), this.g_a_.clear(), this.g_a$();
}
}),
(g_aO.g_bg = new g_aO.g_aY(location.search)),
(g_aO.g_bh = new g_aO.g_aY(location.hash)),
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'use strict';
{
function _(g, _, e) {
if (!0 === _) e(), n.set(g, !0);
else if (_ && _.length) e(_[0]), n.set(g, !0);
else;
}
const t = navigator.userAgent;
let a = {
g_bi: /linux|openbsd|freebsd|netbsd/i.test(t),
g_bj: /CrOS/.test(t),
g_bk: /trident|iemobile|msie|tizen/i.test(t),
g_bl: /trident|iemobile|msie|edge\//i.test(t),
opera: /OPR\//.test(t),
g_bm: /bb10/i.test(t),
g_bn: /edge\//i.test(t),
g_bo: /trident/i.test(t),
g_bp: /webkit/i.test(t),
safari: /safari\//i.test(t),
chrome: /chrome\//i.test(t),
g_bq: /chromium\//i.test(t),
g_br: /crosswalk|xwalk/i.test(t),
g_bs: /nwjs/i.test(t),
g_bt: /amazonwebappplatform/i.test(t),
g_bu: /wv\)/.test(t),
g_bv: /android/i.test(t),
g_bw: /nokiabrowser\/[0-9.]+/i.test(t)
},
r = {
g_bx: /windows\s+nt\s+\d+\.\d+/i.exec(t),
g_by: /mac\s+os\s+x\s+[0-9_]+/i.exec(t),
g_bv: /android\s+[0-9.]+/i.exec(t),
opera: /OPR\/[0-9.]+/.exec(t),
g_bz: /tizen\s+[0-9.]+/i.exec(t),
g_bA: /iphone\s+os\s+[0-9_]+/i.exec(t),
g_bB: /ipad[^)]*os\s+[0-9_]+/i.exec(t),
g_bC: /windows\s+phone\s+[0-9.]+/i.exec(t),
g_bD: /windows\s+phone\s+os\s+[0-9.]+/i.exec(t),
chrome: /chrome\/[0-9.]+/i.exec(t),
g_bq: /chromium\/[0-9.]+/i.exec(t),
g_bs: /nwjs\/[0-9.]+/i.exec(t),
g_bE: /firefox\/[0-9.]+/i.exec(t),
g_bF: /msie\s+[0-9.]+/i.exec(t),
g_bn: /edge\/[0-9.]+/i.exec(t),
g_bG: /edg\/[0-9.]+/i.exec(t),
g_bH: /silk\/[0-9.]+/i.exec(t)
},
s = '(unknown)',
e = '(unknown)',
d = '(unknown)',
g = '(unknown)',
u = '(unknown)',
i = '(unknown)',
h = '(unknown)',
c = 'browser',
l = !1,
f = !1,
n = new Map();
_('isWindows', r.g_bx, (g) => {
s = 'Windows';
const _ = g.split(' ')[2];
_ &&
('5.0' === _
? (e = '2000')
: '5.1' === _
? (e = 'XP')
: '5.2' === _
? (e = 'XP')
: '6.0' === _
? (e = 'Vista')
: '6.1' === _
? (e = '7')
: '6.2' === _
? (e = '8')
: '6.3' === _
? (e = '8.1')
: '10.0' === _
? (e = '10')
: void 0);
}),
_('isOSX', r.g_by, (g) => {
s = 'Mac OS X';
const _ = g.split(' ')[3];
_ && (e = _.replace('_', '.'));
}),
_('isLinux', a.g_bi, () => {
s = 'Linux';
}),
_('isChromeOS', a.g_bj, () => {
s = 'Chrome OS';
}),
_('isAndroid', !a.g_bk && r.g_bv, (g) => {
s = 'Android';
const _ = g.split(' ')[1];
_ && (e = _);
}),
_('isTizen', r.g_bz, (g) => {
s = 'Tizen';
const _ = g.split(' ')[1];
_ && (e = _);
}),
_('isIPhone', !a.g_bk && r.g_bA, (g) => {
s = 'iOS';
const _ = g.split(' ')[2];
_ && (e = _.replace('_', '.'));
}),
_('isIPad', !a.g_bk && r.g_bB, (g) => {
s = 'iOS';
const _ = g.split(' ')[3];
_ && (e = _.replace('_', '.'));
}),
_('isWindowsPhone', r.g_bC, (g) => {
s = 'Windows Phone';
const _ = g.split(' ')[2];
_ && (e = _);
}),
_('isWindowsPhoneOS', r.g_bD, (g) => {
s = 'Windows Phone';
const _ = g.split(' ')[3];
_ && (e = _);
}),
_('isBlackberry', a.g_bm, () => {
(s = 'Blackberry'), (e = '10'), (g = 'stock'), (h = 'webkit');
}),
_('isChrome', !a.g_bn && !a.opera && r.chrome, (_) => {
(g = 'Chrome'), (h = 'Chromium');
const e = _.split('/')[1];
e && (u = e);
}),
_('isOpera', r.opera, (_) => {
(g = 'Opera'), (h = 'Chromium');
const e = _.split('/')[1];
e && (u = e);
}),
_('isChromium', r.g_bq, (_) => {
(g = 'Chromium'), (h = 'Chromium');
const e = _.split('/')[1];
e && (u = e);
}),
_('isFirefox', r.g_bE, (_) => {
(g = 'Firefox'), (h = 'Gecko');
const e = _.split('/')[1];
e && (u = e);
}),
_('isInternetExplorer', r.g_bF, (_) => {
(g = 'Internet Explorer'), (h = 'Trident');
const e = _.split(' ')[1];
e && (u = e);
}),
_('isTrident', 'Internet Explorer' != g && a.g_bo, () => {
h = 'Trident';
const _ = /rv:[0-9.]+/i.exec(t);
if (_ && _.length) {
g = 'Internet Explorer';
const e = _[0].split(':')[1];
e && (u = e);
}
}),
_('isEdge', r.g_bn, (_) => {
(g = 'Edge'), (h = 'Edge');
const e = _.split('/')[1];
e && (u = e);
}),
_('isEdgeChromium', r.g_bG, (_) => {
(g = 'Edge'), (h = 'Chromium');
const e = _.split('/')[1];
e && (u = e);
}),
_('isSafari', a.safari && !a.g_bw && !a.chrome && !a.g_bq && !a.g_bI && !a.g_bm, () => {
(g = 'Safari'), (h = 'WebKit');
const _ = /version\/[0-9.]+/i.exec(t),
e = /crios\/[0-9.]+/i.exec(t),
n = /fxios\/[0-9.]+/i.exec(t);
if (_ && _.length) {
const g = _[0].split('/')[1];
g && (u = g);
}
if (e && e.length) {
g = 'Chrome for iOS';
const _ = e[0].split('/')[1];
_ && (u = _);
}
if (n && n.length) {
g = 'Firefox for iOS';
const _ = n[0].split('/')[1];
_ && (u = _);
}
}),
_('isSilk', r.g_bH, (_) => {
g = 'Silk';
const e = _.split('/')[1];
e && (u = e);
}),
_('isCrosswalk', a.g_br, () => (c = 'crosswalk')),
_(
'isCordova',
self.device && (self.device.cordova || self.device.phonegap),
() => (c = 'cordova')
),
_('isNWJS', r.g_bs, (_) => {
(c = 'nwjs'), (g = 'NW.js'), (h = 'Chromium');
const e = _.split('/')[1];
e && (u = e);
}),
_('isAmazonWebApp', a.g_bt, () => (c = 'webapp')),
_(
'isHomeScreenWebApp',
'nwjs' != c &&
'undefined' != typeof window &&
((window.matchMedia && window.matchMedia('(display-mode: standalone)').matches) ||
navigator.standalone),
() => (c = 'webapp')
),
_(
'isFalseSafari',
'Safari' == g && ('Android' == s || 'Tizen' == s || 'Blackberry' == s),
() => (g = 'stock')
),
_('isAndroidWebview', 'Chrome' == g && 'browser' == c && a.g_bu, () => (c = 'webview')),
_('isFirefoxOS', 'Firefox' == g && '(unknown)' == s, () => (s = 'Firefox OS')),
_('isAndroidFallback', '(unknown)' == s && !a.g_bk && a.g_bv, () => (s = 'Android')),
_('isTridentFallback', '(unknown)' == s && a.g_bo, () => (h = 'Trident')),
_('isWebkitFallback', '(unknown)' == s && a.g_bp, () => (h = 'WebKit')),
_(
'is64Bit',
((g) => g.test(t) || g.test(navigator.platform) || 'x64' === navigator.cpuClass)(
/x86_64|x86-64|win64|x64;|x64\)|x64_|amd64|wow64|ia64|arm64|arch64|sparc64|ppc64|irix64/i
),
() => (d = '64-bit')
),
_(
'is32Bit',
((g) => g.test(t) || g.test(navigator.platform) || 'x86' === navigator.cpuClass)(
/x86;|x86\)|i86|i386|i486|i586|i686|armv1|armv2|armv3|armv4|armv5|armv6|armv7/i
),
() => (d = '32-bit')
),
_(
'is64BitFallback',
'(unknown)' == d && 'Mac OS X' == s && 10.7 <= parseFloat(e),
() => (d = '64-bit')
),
_(
'is32BitFallback',
('(unknown)' == d && 'Windows' == s) || ('Android' == s && 5 > parseFloat(e)),
() => (d = '32-bit')
),
_('is32BitBrowser', '32-bit' == d || /wow64/i.test(t), () => (i = '32-bit')),
_('is64BitBrowser', /win64/i.test(t), () => (i = '64-bit')),
_(
'isDesktop',
(() =>
'Windows' == s || 'Mac OS X' == s || 'Linux' == s || 'Chrome OS' == s || 'nwjs' == c)(),
() => (l = !0)
),
'Edge' == h &&
'undefined' != typeof Windows &&
'undefined' != typeof Windows.System &&
(c = 'windows-store'),
(f = 'nwjs' == c);
const o = 'Mac OS X' == s && navigator.maxTouchPoints && 2 < navigator.maxTouchPoints;
o && ((s = 'iOS'), (e = u), (l = !1), (f = !1)),
(g_aO.g_bJ = {
g_bK: s,
g_bL: e,
g_bM: d,
g_bN: g,
g_bO: u,
g_bP: parseFloat(u),
g_bQ: i,
g_bR: h,
g_bS: c,
g_bT: l,
g_bU: !l,
g_bV: f,
g_bW: !!(self.chrome && self.chrome.runtime && self.chrome.runtime.id),
g_bX: 'Mac OS X' == s || 'iOS' == s,
g_bY: o
});
}
{
function _(g) {
return new Promise((_, e) => {
(g.onsuccess = () => _(g.result)), (g.onerror = () => e(g.error));
});
}
function t(g) {
return new Promise((_, e) => {
(g.oncomplete = () => _()), (g.onerror = () => e(g.error)), (g.onabort = () => e(g.error));
});
}
function a(g, _) {
return s(g, _);
}
function r(g, _) {
return s(g, _, !0);
}
async function s(_, t, n = !1, a = !0) {
const i = await e(_);
try {
const g = i.transaction([u], n ? 'readwrite' : 'readonly');
return t(g);
} catch (g) {
if (a && 'InvalidStateError' === g.name) return p.delete(_), s(_, t, n, !1);
throw g;
}
}
function e(_) {
g(_);
let e = p.get(_);
return e instanceof Promise || ((e = d(_)), p.set(_, e), e.catch(() => p.delete(_))), e;
}
async function d(e) {
g(e);
const a = indexedDB.open(e, i);
return (
a.addEventListener('upgradeneeded', (g) => {
try {
const _ = g.target.result;
_.createObjectStore(u);
} catch (g) {
console.error(`Failed to create objectstore for database ${e}`, g);
}
}),
_(a)
);
}
function g(g) {
if ('string' != typeof g) throw new TypeError('expected string');
}
function o(g, _) {
const e = g.objectStore(u).openCursor();
return new Promise((g) => {
const a = [];
e.onsuccess = (t) => {
const n = t.target.result;
n
? ('entries' === _
? a.push([n.key, n.value])
: 'keys' === _
? a.push(n.key)
: 'values' === _
? a.push(n.value)
: void 0,
n.continue())
: g(a);
};
});
}
const i = 2,
u = 'keyvaluepairs',
p = new Map(),
l =
'undefined' != typeof IDBObjectStore && 'function' == typeof IDBObjectStore.prototype.getAll,
h =
'undefined' != typeof IDBObjectStore &&
'function' == typeof IDBObjectStore.prototype.getAllKeys;
self.g_bZ = class {
constructor(_) {
g(_), (this.name = _);
}
async ready() {
await e(this.name);
}
set(a, n) {
return (
g(a),
r(this.name, async (e) => {
const i = e.objectStore('keyvaluepairs').put(n, a),
r = _(i),
g = t(e);
await Promise.all([g, r]);
})
);
}
get(n) {
return (
g(n),
a(this.name, async (a) => {
const r = a.objectStore('keyvaluepairs').get(n),
e = _(r),
s = t(a),
[g, d] = await Promise.all([s, e]);
return d;
})
);
}
delete(a) {
return (
g(a),
r(this.name, async (n) => {
const i = n.objectStore('keyvaluepairs').delete(a),
e = _(i),
r = t(n);
await Promise.all([r, e]);
})
);
}
clear() {
return r(this.name, async (g) => {
const a = g.objectStore('keyvaluepairs').clear(),
n = _(a),
e = t(g);
await Promise.all([e, n]);
});
}
keys() {
return a(this.name, async (a) => {
let n;
if (h) {
const g = a.objectStore('keyvaluepairs').getAllKeys();
n = _(g);
} else n = o(a, 'keys');
const i = t(a),
[e, r] = await Promise.all([i, n]);
return r;
});
}
values() {
return a(this.name, async (a) => {
let n;
if (l) {
const g = a.objectStore('keyvaluepairs').getAll();
n = _(g);
} else n = o(a, 'values');
const i = t(a),
[e, r] = await Promise.all([i, n]);
return r;
});
}
entries() {
return a(this.name, async (g) => {
const _ = o(g, 'entries'),
a = t(g),
[n, e] = await Promise.all([a, _]);
return e;
});
}
};
}
{
function _(g) {
throw new Error(`"${g}" is not implemented`);
}
function t(g) {
if ('function' == typeof g)
throw new Error(
`localforage callback API is not implemented; please use the promise API instead`
);
}
function n(g) {
return 'object' == typeof g
? new Promise((_) => {
const { port1: e, port2: a } = new MessageChannel();
(a.onmessage = (g) => _(g.data)), e.postMessage(g);
})
: Promise.resolve(g);
}
const i = [
/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
],
r = new WeakMap();
let e = !1;
'undefined' == typeof indexedDB &&
((e = !0), console.warn('Unable to use local storage because indexedDB is not defined'));
class s {
constructor(g) {
(this.g_b_ = g), r.set(this, new Map());
}
g_b$(g) {
if (!e)
for (const _ of i)
if (g && _.test(g.message)) {
console.error(
'Unable to use local storage, reverting to in-memory store: ',
g,
g.message
),
(e = !0);
break;
}
}
async g_ca(g) {
const _ = r.get(this).get(g),
e = await n(_);
return 'undefined' == typeof e ? null : e;
}
async g_cb(g, _) {
(_ = await n(_)), r.get(this).set(g, _);
}
g_cc(g) {
r.get(this).delete(g);
}
g_cd() {
r.get(this).clear();
}
g_ce() {
return Array.from(r.get(this).keys());
}
g_cf() {
return e;
}
async getItem(g, _) {
if ((t(_), e)) return await this.g_ca(g);
let a;
try {
a = await this.g_b_.get(g);
} catch (_) {
return (
this.g_b$(_),
e
? await this.g_ca(g)
: (console.error(`Error reading '${g}' from storage, returning null: `, _), null)
);
}
return 'undefined' == typeof a ? null : a;
}
async setItem(g, _, a) {
if ((t(a), 'undefined' == typeof _ && (_ = null), e)) return void (await this.g_cb(g, _));
try {
await this.g_b_.set(g, _);
} catch (a) {
if ((this.g_b$(a), e)) await this.g_cb(g, _);
else throw a;
}
}
async removeItem(g, _) {
if ((t(_), e)) return void this.g_cc(g);
try {
await this.g_b_.delete(g);
} catch (_) {
this.g_b$(_), e ? this.g_cc(g) : console.error(`Error removing '${g}' from storage: `, _);
}
}
async clear(g) {
if ((t(g), e)) return void this.g_cd();
try {
await this.g_b_.clear();
} catch (g) {
this.g_b$(g), e ? this.g_cd() : console.error(`Error clearing storage: `, g);
}
}
async keys(g) {
if ((t(g), e)) return this.g_ce();
let _ = [];
try {
_ = await this.g_b_.keys();
} catch (g) {
if ((this.g_b$(g), e)) return this.g_ce();
console.error(`Error getting storage keys: `, g);
}
return _;
}
ready(g) {
return t(g), e ? Promise.resolve(!0) : this.g_b_.ready();
}
g_cg(g) {
if ('object' != typeof g) throw new TypeError('invalid options object');
const _ = g.name;
if ('string' != typeof _) throw new TypeError('invalid store name');
const e = new g_bZ(_);
return new s(e);
}
length() {
_('localforage.length()');
}
key() {
_('localforage.key()');
}
iterate() {
_('localforage.iterate()');
}
g_ch() {
_('localforage.setDriver()');
}
g_ci() {
_('localforage.config()');
}
g_cj() {
_('localforage.defineDriver()');
}
g_ck() {
_('localforage.driver()');
}
supports() {
_('localforage.supports()');
}
dropInstance() {
_('localforage.dropInstance()');
}
g_cl() {
e = !1;
}
}
self.localforage = new s(new g_bZ('localforage'));
}
{
if (
((g_aO.g_cm = {}),
(g_aO.g_cm.g_cn = (() => {
try {
if ('Safari' === g_aO.g_bJ.g_bN) return !1;
if ('undefined' == typeof document) return !1;
const g = document.createElement('div');
if ('undefined' == typeof g.animate) return !1;
const _ = g.animate([{ opacity: '0' }, { opacity: '1' }], 1e3);
return 'undefined' != typeof _.reverse;
} catch (g) {
return !1;
}
})()),
(g_aO.g_cm.g_co = 'undefined' != typeof HTMLDialogElement),
(g_aO.g_cm.g_cp = !!self.requestIdleCallback),
(g_aO.g_cm.ImageBitmap = !!self.createImageBitmap),
(g_aO.g_cm.g_cq = !1),
g_aO.g_cm.ImageBitmap)
)
try {
self
.createImageBitmap(new ImageData(32, 32), { g_cr: 'none' })
.then(() => {
g_aO.g_cm.g_cq = !0;
})
.catch(() => {
g_aO.g_cm.g_cq = !1;
});
} catch (g) {
g_aO.g_cm.g_cq = !1;
}
(g_aO.g_cm.g_cs = !!(
navigator.clipboard &&
navigator.clipboard.readText &&
'Firefox' !== g_aO.g_bJ.g_bN
)),
(g_aO.g_cm.g_ct = 'undefined' != typeof Proxy),
(g_aO.g_cm.g_cu = (() => {
if ('undefined' == typeof document) return !1;
const g = document.createElement('a');
return 'undefined' != typeof g.download;
})()),
(g_aO.g_cm.g_cv = (() =>
'undefined' != typeof HTMLCanvasElement && HTMLCanvasElement.prototype.toBlob)()),
(g_aO.g_cm.g_cw = 'undefined' != typeof CSS && CSS.supports('background', 'element(#test)')),
(g_aO.g_cm.g_cx = 'function' == typeof fetch),
(g_aO.g_cm.g_cy = !!(
self.isSecureContext &&
'Opera' !== g_aO.g_bJ.g_bN &&
navigator.storage &&
navigator.storage.persist
)),
(g_aO.g_cm.g_cz = !!(self.isSecureContext && navigator.storage && navigator.storage.estimate)),
(g_aO.g_cm.g_cA = (() => {
if ('undefined' == typeof document) return !1;
if ('iOS' === g_aO.g_bJ.g_bK) return !1;
const g = document.documentElement;
return !!(
g.requestFullscreen ||
g.msRequestFullscreen ||
g.mozRequestFullScreen ||
g.webkitRequestFullscreen
);
})());
const g = [
{ name: 'A', value: 12 },
{ name: 'B', value: 13 },
{ name: 'C', value: 13 },
{ name: 'D', value: 13 },
{ name: 'E', value: 13 },
{ name: 'F', value: 13 },
{ name: 'G', value: 14 },
{ name: 'H', value: 12 },
{ name: 'I', value: 12 },
{ name: 'J', value: 13 },
{ name: 'K', value: 14 }
],
_ = Math.ceil(496 / g.length),
t = (_ + '').length,
n = [];
for (const i of g)
for (let g = 0; g <= _; g++)
n.push({ name: i.name + (g + '').padStart(t, '0'), value: i.value });
n.sort((g, _) => _.value - g.value);
const a = n.reduce((g, _) => {
const e = _.name.slice(0, 1),
a = g.slice(-1);
return a === e ? g : g + e;
}, '');
g_aO.g_cm.g_cB = 'GKBCDEFJAHI' === a;
}
{
if (!String.prototype.trimStart) {
const g =
/^[\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 () {
return this.replace(g, '');
};
}
if (!String.prototype.trimEnd) {
const g =
/[\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]*$/;
String.prototype.trimEnd = function () {
return this.replace(g, '');
};
}
if (
(Array.prototype.values ||
(Array.prototype.values = function* () {
for (const g of this) yield g;
}),
!Array.prototype.flat)
) {
function g(_, e) {
return _.reduce(
(_, a) =>
0 < e && Array.isArray(a)
? (Array.prototype.push.apply(_, g(a, e - 1)), _)
: (_.push(a), _),
[]
);
}
Array.prototype.flat = function (_ = 1) {
return g(this, _);
};
}
if (
(RegExp.escape ||
(RegExp.escape = function (g) {
return (g + '').replace(/[\\^$*+?.()|[\]{}]/g, '\\$&');
}),
navigator.storage &&
!navigator.storage.estimate &&
navigator.webkitTemporaryStorage &&
navigator.webkitTemporaryStorage.queryUsageAndQuota &&
(navigator.storage.estimate = function () {
return new Promise((g, _) =>
navigator.webkitTemporaryStorage.queryUsageAndQuota(
(_, e) => g({ usage: _, quota: e }),
_
)
);
}),
'undefined' == typeof HTMLCollection ||
HTMLCollection.prototype[Symbol.iterator] ||
(HTMLCollection.prototype[Symbol.iterator] = function () {
let g = 0;
return {
next: () => (g >= this.length ? { done: !0 } : { value: this.item(g++), done: !1 })
};
}),
'undefined' == typeof NodeList ||
NodeList.prototype[Symbol.iterator] ||
(NodeList.prototype[Symbol.iterator] = function () {
let g = 0;
return {
next: () => (g >= this.length ? { done: !0 } : { value: this.item(g++), done: !1 })
};
}),
'undefined' == typeof DOMTokenList ||
DOMTokenList.prototype[Symbol.iterator] ||
(DOMTokenList.prototype[Symbol.iterator] = function () {
let g = 0;
return {
next: () => (g >= this.length ? { done: !0 } : { value: this.item(g++), done: !1 })
};
}),
('undefined' == typeof FileList ||
FileList.prototype[Symbol.iterator] ||
(FileList.prototype[Symbol.iterator] = function () {
let g = 0;
return {
next: () => (g >= this.length ? { done: !0 } : { value: this.item(g++), done: !1 })
};
}),
'undefined' == typeof TextEncoder &&
((self.TextEncoder = class {
constructor() {
Object.defineProperty(this, 'encoding', { value: 'utf-8', writable: !1 });
}
encode(_) {
for (
var a = _.length, t = -1, n = new Uint8Array(3 * a), i = 0, r = 0, s = 0;
s !== a;
) {
if (((i = _.charCodeAt(s)), (s += 1), 55296 <= i && 56319 >= i)) {
if (s === a) {
(n[(t += 1)] = 239), (n[(t += 1)] = 191), (n[(t += 1)] = 189);
break;
}
if (((r = _.charCodeAt(s)), !(56320 <= r && 57343 >= r))) {
(n[(t += 1)] = 239), (n[(t += 1)] = 191), (n[(t += 1)] = 189);
continue;
} else if (((i = 1024 * (i - 55296) + r - 56320 + 65536), (s += 1), 65535 < i)) {
(n[(t += 1)] = 240 | (i >>> 18)),
(n[(t += 1)] = 128 | (63 & (i >>> 12))),
(n[(t += 1)] = 128 | (63 & (i >>> 6))),
(n[(t += 1)] = 128 | (63 & i));
continue;
}
}
127 >= i
? (n[(t += 1)] = 0 | i)
: 2047 >= i
? ((n[(t += 1)] = 192 | (i >>> 6)), (n[(t += 1)] = 128 | (63 & i)))
: ((n[(t += 1)] = 224 | (i >>> 12)),
(n[(t += 1)] = 128 | (63 & (i >>> 6))),
(n[(t += 1)] = 128 | (63 & i)));
}
return new Uint8Array(n.buffer.slice(0, t + 1));
}
toString() {
return '[object TextEncoder]';
}
}),
(TextEncoder[Symbol.toStringTag] = 'TextEncoder')),
'undefined' == typeof TextDecoder))
) {
function _(g) {
const _ = g[Symbol.iterator]();
return {
next: () => _.next(),
[Symbol.iterator]() {
return this;
}
};
}
function e(g) {
const _ = g.next();
if (_.done) throw new Error('unexpected end of input');
if (0 != (128 ^ (192 & _.value))) throw new Error('invalid byte');
return 63 & _.value;
}
const g = new Map();
g.set('utf-8', (a, t) => {
let n;
if (a.buffer) n = new Uint8Array(a.buffer, a.byteOffset, a.byteLength);
else if (n instanceof ArrayBuffer) n = new Uint8Array(a);
else throw new Error('Invalid parameter');
const i = _(n),
r = [];
try {
for (const g of i) {
let _;
if (127 > g) _ = 127 & g;
else if (223 > g) _ = ((31 & g) << 6) | e(i);
else if (239 > g) _ = ((15 & g) << 12) | (e(i) << 6) | e(i);
else if (247 > g) _ = ((7 & g) << 18) | (e(i) << 12) | (e(i) << 6) | e(i);
else throw new Error('Invalid character');
r.push(String.fromCodePoint(_));
}
} catch (g) {
if (t) throw g;
r.push('\uFFFD');
}
return r.join('');
}),
g.set('utf8', g.get('utf-8')),
g.set('utf-16le', () => {
throw new Error('utf-16le decoder not implemented');
}),
(self.TextDecoder = class {
constructor(_ = 'utf-8', e = {}) {
const a = g.get(_);
if (!a) throw new Error(`TextDecoder polyfill does not support "${_}"`);
Object.defineProperty(this, 'fatal', { value: !0 === e.fatal, writable: !1 }),
Object.defineProperty(this, '_decoder', { value: a, writable: !1 }),
Object.defineProperty(this, 'encoding', { value: _, writable: !1 });
}
decode(g) {
return this._decoder(g, this.fatal);
}
toString() {
return '[object TextDecoder]';
}
}),
(TextDecoder[Symbol.toStringTag] = 'TextDecoder');
}
'undefined' == typeof self.isSecureContext &&
(self.isSecureContext = 'https:' === location.protocol),
'undefined' == typeof self.globalThis && (self.globalThis = self);
}
{
function g(g) {
let _ = g_aO.g_cD();
console.error('Assertion failure: ' + g + '\n\nStack trace:\n' + _);
}
self.assert = function (_, e) {
_ || g(e);
};
}
{
(g_aO.g_cE = function (g) {
return 'number' == typeof g;
}),
(g_aO.g_cF = function (g) {
return g_aO.g_cE(g) && isFinite(g);
}),
(g_aO.g_cG = function (g) {
if (!g_aO.g_cE(g)) throw new TypeError('expected number');
}),
(g_aO.g_cH = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_cJ = function (g, _, e) {
if (!g_aO.g_cE(g) || isNaN(g) || _ > g || e < g)
throw new RangeError('number outside of range');
}),
(g_aO.g_cK = function (...g) {
for (let _ of g);
}),
(g_aO.g_cL = function (g) {
if (!g_aO.g_cF(g)) throw new TypeError('expected finite number');
}),
(g_aO.g_cM = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_cN = function (...g) {
for (let _ of g);
}),
(g_aO.g_cO = function (g) {
return 'string' == typeof g;
}),
(g_aO.g_cP = function (g) {
if (!g_aO.g_cO(g)) throw new TypeError('expected string');
}),
(g_aO.g_cQ = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_cR = function (...g) {
for (let _ of g);
}),
(g_aO.g_cS = function (g) {
if ('object' != typeof g || null === g) return !1;
let _ = Object.getPrototypeOf(g);
return _ ? _.constructor === Object : null === _;
}),
(g_aO.g_cT = function (g) {
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}),
(g_aO.g_cV = function (g) {
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}),
(g_aO.g_cW = function (g) {
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(g_aO.g_cX = function (g) {
g_aO.g_cI(g);
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(g_aO.g_cY = function (...g) {
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(g_aO.g_cZ = function (g) {
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(g_aO.g_da = function (g) {
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(g_aO.g_db = function (g) {
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(g_aO.g_dc = function (g) {
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(g_aO.g_dd = function (g) {
g_aO.g_cI(g);
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(g_aO.g_de = function (...g) {
for (let _ of g);
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(g_aO.g_dh = function (g) {
g_aO.g_cI(g);
}),
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}),
(g_aO.g_dj = function (g, _) {
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if (!g_aO.g_cI(_) && g !== _) throw new TypeError('expected same function reference');
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}),
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return !0;
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(g_aO.g_dv = function (g) {
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return !0;
}),
(g_aO.g_dw = function (g) {
for (let _ of g);
}),
(g_aO.g_dx = function (g) {
if (!g_aO.g_cI(g)) for (let _ of g);
}),
(g_aO.g_dy = function (g, ..._) {
for (let e of g);
}),
(g_aO.g_dz = function (g, ..._) {
if (!g_aO.g_cI(g)) for (let _ of g);
}),
(g_aO.g_dA = function (g, _) {
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}),
(g_aO.g_dC = function (g, _) {
if (g_aO.g_cI(g) || !g_aO.g_cO(g.nodeName)) throw new TypeError('expected DOM node');
if (_ && !g_aO.g_dB(g.nodeName, _)) throw new TypeError(`expected DOM '${_}' node`);
}),
(g_aO.g_dD = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_dE = function (g, _) {
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}),
(g_aO.g_dF = function (g, _) {
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}),
(g_aO.g_dG = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_dH = function (g) {
return (
g_aO.g_dE(g, 'img') ||
g_aO.g_dE(g, 'canvas') ||
g_aO.g_dE(g, 'video') ||
('undefined' != typeof OffscreenCanvas && g instanceof OffscreenCanvas) ||
('undefined' != typeof ImageBitmap && g instanceof ImageBitmap)
);
}),
(g_aO.g_dI = function (g) {
if (!g_aO.g_dH(g)) throw new TypeError('expected drawable');
}),
(g_aO.g_dJ = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_dK = function (g) {
return !!(g instanceof ImageData) || g_aO.g_dH(g);
}),
(g_aO.g_dL = function (g) {
if (!g_aO.g_dK(g)) throw new TypeError('expected drawable or image data');
}),
(g_aO.g_dM = function (g) {
if (!g_aO.g_cI(g) && !g_aO.g_dK(g)) throw new TypeError('expected drawable or image data');
}),
(g_aO.g_dN = function (g) {
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}),
(g_aO.g_dQ = function (g) {
if (!g_aO.g_dN(g)) throw new TypeError('expected string-like');
}),
(g_aO.g_dR = function (g) {
g_aO.g_cI(g);
}),
(g_aO.g_dS = function (...g) {
for (let _ of g);
}),
(g_aO.g_dT = function () {
throw new Error('must be overridden');
}),
(g_aO.g_dU = function () {
throw new Error('not yet implemented');
}),
(g_aO.g_dV = function (g, ..._) {
let e = g;
if ('undefined' == typeof e) return !1;
for (let a of _) {
if ('undefined' == typeof e[a]) return !1;
e = e[a];
}
return !0;
}),
(g_aO.g_cI = function (g) {
return 'undefined' == typeof g || null === g;
}),
(g_aO.g_dW = function (g) {
let _ = g[0].constructor;
for (let e of g) if (e.constructor !== _) return !1;
return _;
}),
(g_aO.g_dX = function (g, _) {
for (let e of g) if (!(e instanceof _)) return !1;
return !0;
});
const g = Object.getPrototypeOf(Uint8Array);
(g_aO.g_dY = function (_) {
return g_aO.g_c_(_, g);
}),
(g_aO.g_dZ = function () {}),
(g_aO.g_d_ = function (_) {
g_aO.g_d$(_, g);
}),
(g_aO.g_ea = function (g, ..._) {
if (!g_aO.g_eb(g, ..._)) throw new TypeError('unexpected type');
}),
(g_aO.g_eb = function (g, ..._) {
for (const e of _) if (g_aO.g_ec(g, e)) return !0;
return !1;
}),
(g_aO.g_d$ = function (g, _) {
if (!g_aO.g_ec(g, _)) throw new TypeError('unexpected type');
}),
(g_aO.g_ec = function (g, _) {
for (; (g = Object.getPrototypeOf(g)); ) if (g.constructor.name === _.name) return !0;
return !1;
});
}
{
function _(g, _) {
let e = g_aO.getType(g),
a = g_aO.getType(_);
return 'null' === e || 'null' === a || ('undefined' !== e && 'undefined' !== a && e === a);
}
function t(g) {
console.warn('[Defence] ' + g + ' @', g_aO.g_cD());
}
function n() {
if (((p = -1), 0 < o.size || 0 < e.size)) {
let g = new Set([...o.keys()].map((g) => g_aO.g_ed(g))),
_ = [...g].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: ${_}`
),
o.clear(),
e.clear();
}
}
function r(g) {
let _ = new Set();
for (let e in g) _.add(e);
return _;
}
function s(g, _) {
let t = r(_),
n = d.get(g);
if (n) {
let _ = [];
for (let g of n.values()) t.has(g) ? t.delete(g) : _.push(g);
g_aO.g_ee(_, [...t]),
_.length &&
console.warn(
`[Defence] '${g_aO.g_ed(g)}' constructor creates inconsistent properties: ${_.join(
', '
)}`
);
} else d.set(g, t);
}
(g_aO.g_cD = function () {
return new Error().stack;
}),
(g_aO.g_ef = function () {
debugger;
}),
(g_aO.cast = function (g, _) {
return g && g instanceof _ ? g : null;
}),
(g_aO.g_ed = function (g) {
return 'undefined' == typeof g
? 'undefined'
: null === g
? 'null'
: 'boolean' == typeof g
? '<boolean>'
: g_aO.g_cE(g)
? '<number>'
: g_aO.g_cO(g)
? '<string>'
: g_aO.g_db(g)
? '<array>'
: 'symbol' == typeof g
? '<' + g.toString() + '>'
: g_aO.g_di(g)
? g.name && 'Function' !== g.name
? g.name
: '<anonymous function>'
: 'object' == typeof g
? g.constructor && g.constructor.name && 'Object' !== g.constructor.name
? g.constructor.name
: '<anonymous object>'
: '<unknown>';
}),
(g_aO.getType = function (g) {
return null === g ? 'null' : Array.isArray(g) ? 'array' : typeof g;
}),
(g_aO.range = function* (g, _) {
if (!isFinite(Math.abs(g - _))) throw new Error('Invalid parameters');
if (g > _) for (let e = g - 1; e >= _; e--) yield e;
else for (let e = g; e < _; e++) yield e;
});
let o = new Map(),
e = new Map(),
g = new WeakMap(),
u = new WeakMap();
g_aO.g_eg = {};
const i = new Set(['then', 'splice']);
(g_aO.g_eg.get = function (g, _) {
return (
_ in g ||
'symbol' == typeof _ ||
i.has(_) ||
t(
`Accessed missing property '${_}' from defended object '${g_aO.g_ed(
g
)}', returning undefined`
),
u.has(g) &&
'symbol' != typeof _ &&
!i.has(_) &&
t(
`Accessed property '${_}' on a released object '${g_aO.g_ed(
g
)}'\nObject was originally released at: ${u.get(g)})\nCall stack at access: `
),
g[_]
);
}),
(g_aO.g_eg.set = function (g, a, n) {
return (
a in g ||
o.has(g) ||
t(`Set non-existent property '${a}' to '${n}' on defended object '${g_aO.g_ed(g)}'`),
_(g[a], n) ||
o.has(g) ||
t(
`Set '${g_aO.getType(g[a])}' property '${a}' to type '${g_aO.getType(
n
)}' on defended object '${g_aO.g_ed(g)}'`
),
u.has(g) &&
t(
`Set property '${a}' on a released object '${g_aO.g_ed(
g
)}'\nObject was originally released at: ${u.get(g)})\nCall stack at access: `
),
(g[a] = n),
!0
);
}),
(g_aO.g_eg.deleteProperty = function (g, _) {
throw new ReferenceError(
`Cannot delete property '${_}' from defended object '${g_aO.g_ed(g)}'`
);
}),
(g_aO.g_eg.defineProperty = function (g, _) {
throw new ReferenceError(
`Cannot define property '${_}' on defended object '${g_aO.g_ed(g)}'`
);
}),
(g_aO.g_eg.enumerate = function (g) {
throw new ReferenceError(`Cannot enumerate defended object '${g_aO.g_ed(g)}'`);
});
let p = -1;
(g_aO.g_eh = class {
constructor() {
if (g_aO.g_aX && g_aO.g_cm.g_ct) {
let _ = new.target,
a = Object.create(_.prototype),
t = new Proxy(a, g_aO.g_eg);
return o.set(a, t), e.set(t, a), g.set(t, a), -1 === p && (p = requestAnimationFrame(n)), t;
}
}
}),
(g_aO.g_ei = function (g) {
if (g_aO.g_aX && g_aO.g_cm.g_ct && g instanceof g_aO.g_eh) {
if (!e.has(g)) return g;
let _ = e.get(g);
return e.delete(g), o.delete(_), g;
}
return g_aO.g_aW ? Object.seal(g) : g;
}),
(g_aO.g_ej = function (g, ..._) {
let a;
try {
a = new g(..._);
} catch (g) {
throw (e.clear(), o.clear(), g);
}
return g_aO.g_aX && s(g, a), g_aO.g_ei(a);
}),
(g_aO.g_ek = function (_) {
let e = g.get(_);
e && u.set(e, g_aO.g_cD());
}),
(g_aO.g_el = function (_) {
let e = g.get(_);
return !!e && !!u.get(e);
});
let d = new Map();
g_aO.g_em = class {
constructor(g) {
(this.g_en = ''), g && this.start(g);
}
start(g) {
(this.g_en = g), performance.mark(this.g_en + '-Start');
}
end() {
performance.mark(this.g_en + '-End'),
performance.measure(this.g_en, this.g_en + '-Start', this.g_en + '-End');
}
next(g) {
this.end(), (this.g_en = g), performance.mark(this.g_en + '-Start');
}
};
}
{
function g(g) {
return 0 === g && 0 > 1 / g;
}
const _ = 2 * Math.PI,
t = Math.PI / 180,
n = 180 / Math.PI;
(g_aO.wrap = function (g, _, e) {
var t = Math.floor;
if (((g = t(g)), (_ = t(_)), (e = t(e)), g < _)) {
let a = e - ((_ - g) % (e - _));
return a === e ? 0 : a;
}
return _ + ((g - _) % (e - _));
}),
(g_aO.g_eo = function (g, _, a, t, n) {
return ((g - _) * (n - t)) / (a - _) + t;
}),
(g_aO.normalize = function (g, _, e) {
return (g - _) / (e - _);
}),
(g_aO.g_ep = function (g, _, e) {
return g < _ ? _ : g > e ? e : g;
}),
(g_aO.g_eq = function (g) {
return (g %= _), 0 > g && (g += _), g;
}),
(g_aO.g_er = function (g) {
return g * t;
}),
(g_aO.g_es = function (g) {
return g * n;
}),
(g_aO.g_et = function (g, _, e, a) {
return Math.hypot(e - g, a - _);
}),
(g_aO.g_eu = function (g, _, a, t) {
const n = a - g,
e = t - _;
return n * n + e * e;
}),
(g_aO.g_ev = function (g, _, e, a) {
return Math.atan2(a - _, e - g);
}),
(g_aO.g_ew = function (_, a) {
var t = Math.cos,
n = Math.sin;
if (_ === a) return 0;
let r = n(_),
e = t(_),
s = n(a),
g = t(a),
d = r * s + e * g;
return 1 <= d ? 0 : -1 >= d ? Math.PI : Math.acos(d);
}),
(g_aO.g_ex = function (_, a, t) {
var n = Math.cos,
r = Math.sin;
let e = r(_),
s = n(_),
g = r(a),
d = n(a);
return Math.acos(e * g + s * d) > t
? 0 < s * g - e * d
? g_aO.g_eq(_ + t)
: g_aO.g_eq(_ - t)
: g_aO.g_eq(a);
}),
(g_aO.g_ey = function (_, a) {
var t = Math.cos,
n = Math.sin;
let i = n(_),
e = t(_),
r = n(a),
g = t(a);
return 0 >= e * r - i * g;
}),
(g_aO.g_ez = function (g, _, e) {
let a = g_aO.g_ew(g, _);
return g_aO.g_ey(_, g) ? g_aO.g_eq(g + a * e) : g_aO.g_eq(g - a * e);
}),
(g_aO.g_V = function (g, _, e) {
return g + e * (_ - g);
}),
(g_aO.g_eA = function (g, _, e) {
return g === _ ? 0 : (e - g) / (_ - g);
}),
(g_aO.g_eB = function (g, _, e, a, t) {
return g_aO.g_V(a, t, g_aO.g_eA(g, _, e));
}),
(g_aO.g_eC = function (g, _, e, a) {
return g_aO.g_V(g_aO.g_V(g, _, a), g_aO.g_V(_, e, a), a);
}),
(g_aO.g_eD = function (g, _, e, a, t) {
return g_aO.g_V(g_aO.g_eC(g, _, e, t), g_aO.g_eC(_, e, a, t), t);
}),
(g_aO.g_eE = function (g, _, e) {
return (g + _ + (g - _) * Math.cos(e * Math.PI)) / 2;
}),
(g_aO.g_eF = function (g) {
return 0 < g && 0 == ((g - 1) & g);
}),
(g_aO.g_eG = function (g) {
--g;
for (let _ = 1; 32 > _; _ <<= 1) g |= g >> _;
return g + 1;
}),
(g_aO.g_eH = function (g, _) {
return Math.round(g * _) / _;
}),
(g_aO.g_eI = function (g, _) {
return Math.floor(g * _) / _;
}),
(g_aO.g_eJ = function (g) {
return Math.round(1e6 * g) / 1e6;
}),
(g_aO.toFixed = function (g, _) {
let e = g.toFixed(_),
a = e.length - 1;
for (; 0 <= a && '0' === e.charAt(a); --a);
return 0 <= a && '.' === e.charAt(a) && --a, 0 > a ? e : e.substr(0, a + 1);
}),
(g_aO.g_eK = function (g, _, e) {
return g_aO.g_ep(g, 0, 255) | (g_aO.g_ep(_, 0, 255) << 8) | (g_aO.g_ep(e, 0, 255) << 16);
});
const i = 1024;
(g_aO.g_eL = function (g, _, e, t) {
var n = Math.floor;
return (
(g = g_aO.g_ep(n(1024 * g), -8192, 8191)),
(_ = g_aO.g_ep(n(1024 * _), -8192, 8191)),
(e = g_aO.g_ep(n(1024 * e), -8192, 8191)),
(t = g_aO.g_ep(n(1023 * t), 0, 1023)),
0 > g && (g += 16384),
0 > _ && (_ += 16384),
0 > e && (e += 16384),
-(16384 * (16384 * g) * i + 16384 * _ * i + e * i + t)
);
}),
(g_aO.g_eM = function (g, _, e) {
return g_aO.g_eL(g, _, e, 1);
}),
(g_aO.g_eN = function (g) {
if (0 <= g) return (255 & g) / 255;
else {
let _ = Math.floor(-g / 274877906944);
return 8191 < _ && (_ -= 16384), _ / 1024;
}
}),
(g_aO.g_eO = function (g) {
if (0 <= g) return ((65280 & g) >> 8) / 255;
else {
let _ = Math.floor((-g % 274877906944) / 16777216);
return 8191 < _ && (_ -= 16384), _ / 1024;
}
}),
(g_aO.g_eP = function (g) {
if (0 <= g) return ((16711680 & g) >> 16) / 255;
else {
let _ = Math.floor((-g % 16777216) / i);
return 8191 < _ && (_ -= 16384), _ / 1024;
}
}),
(g_aO.g_eQ = function (_) {
if (g(_)) return 0;
if (0 <= _) return 1;
else {
const g = Math.floor(-_ % i);
return g / 1023;
}
}),
(g_aO.g_eR = function (g, _) {
var e = Math.floor;
for (g = e(g), _ = e(_); 0 !== _; ) {
let e = _;
(_ = g % _), (g = e);
}
return g;
});
const e = [
[3, 2],
[4, 3],
[5, 4],
[5, 3],
[6, 5],
[14, 9],
[16, 9],
[16, 10],
[21, 9]
];
(g_aO.g_eS = function (g, _) {
var t = Math.abs,
n = Math.floor;
if (((g = n(g)), (_ = n(_)), g === _)) return [1, 1];
for (let a of e) {
let n = (g / a[0]) * a[1];
if (1 > t(_ - n)) return a.slice(0);
if (((n = (g / a[1]) * a[0]), 1 > t(_ - n))) return [a[1], a[0]];
}
let i = g_aO.g_eR(g, _);
return [g / i, _ / i];
}),
(g_aO.g_eT = function (_, a, d, c, e, f, g, h) {
var i = Math.abs;
let E = 0,
b = 0,
B = 0,
C = 0,
T = 0,
H = 0,
N = 0,
U = 0;
if (
(_ < d ? ((b = _), (E = d)) : ((b = d), (E = _)),
e < g ? ((H = e), (T = g)) : ((H = g), (T = e)),
E < H || b > T)
)
return !1;
if (
(a < c ? ((C = a), (B = c)) : ((C = c), (B = a)),
f < h ? ((U = f), (N = h)) : ((U = h), (N = f)),
B < U || C > N)
)
return !1;
let I = e - _ + g - d,
s = f - a + h - c,
t = d - _,
u = c - a,
v = g - e,
w = h - f,
x = i(u * v - w * t);
return !(i(v * s - w * I) > x) && i(t * s - u * I) <= x;
}),
(g_aO.g_eU = function (_, a, d, c, e, f, g, h, i, E, b, l) {
var m = Math.abs;
let n = 0,
B = 0,
C = 0,
T = 0;
if ((i < b ? ((B = i), (n = b)) : ((B = b), (n = i)), f < B || e > n)) return !1;
if ((E < l ? ((T = E), (C = l)) : ((T = l), (C = E)), h < T || g > C)) return !1;
let H = i - _ + b - d,
s = E - a + l - c,
t = d - _,
u = c - a,
v = b - i,
N = l - E,
x = m(u * v - N * t);
return !(m(v * s - N * H) > x) && m(t * s - u * H) <= x;
}),
(g_aO.g_eV = function (_, a, t, r, s) {
let e = 0,
d = 0,
u = 0,
c = 0;
_ < t ? ((e = _), (d = t)) : ((e = t), (d = _)),
a < r ? ((u = a), (c = r)) : ((u = r), (c = a));
const E = s.g_eW(),
b = s.g_eX(),
y = s.g_eY(),
l = s.g_eZ(),
m = s.g_e_(),
n = s.g_e$(),
o = s.g_fa(),
p = s.g_fb();
return (
g_aO.g_eU(_, a, t, r, e, d, u, c, E, b, y, l) ||
g_aO.g_eU(_, a, t, r, e, d, u, c, y, l, m, n) ||
g_aO.g_eU(_, a, t, r, e, d, u, c, m, n, o, p) ||
g_aO.g_eU(_, a, t, r, e, d, u, c, o, p, E, b)
);
}),
(g_aO.g_fc = function (_, a, t, n, r) {
let e = 0,
s = 0,
d = 0,
l = 0;
_ < t ? ((e = _), (s = t)) : ((e = t), (s = _)),
a < n ? ((d = a), (l = n)) : ((d = n), (l = a));
let o = 0;
for (let g = r.length - 4; o <= g; o += 2)
if (g_aO.g_eU(_, a, t, n, e, s, d, l, r[o], r[o + 1], r[o + 2], r[o + 3])) return !0;
return g_aO.g_eU(_, a, t, n, e, s, d, l, r[o], r[o + 1], r[0], r[1]);
}),
(g_aO.g_fd = function (_, a, t, n, r, e, s, g) {
const d = t - _,
i = g - e,
o = d * i - (n - a) * (s - r);
if (0 == o) return 2;
const u = ((a - n) * (s - _) + d * (g - a)) / o;
return 0 < u && u < 1 + 1e-6 ? (i * (s - _) + (r - s) * (g - a)) / o : 2;
});
}
{
let _ = null,
a = '';
if ('undefined' != typeof document) {
_ = document;
const g = document.querySelector('base');
(a = g && g.hasAttribute('href') ? g.getAttribute('href') : ''),
a && (a.startsWith('/') && (a = a.substr(1)), !a.endsWith('/') && (a += '/'));
}
(g_aO.g_fe = function () {
if (!_) return '';
const g = _.location;
return g_aO.g_ff(g.origin + g.pathname) + a;
}),
(g_aO.g_ff = function (g) {
if (!g.length) return g;
if (g.endsWith('/') || g.endsWith('\\')) return g;
const _ = Math.max(g.lastIndexOf('/'), g.lastIndexOf('\\'));
return -1 === _ ? '' : g.substr(0, _ + 1);
}),
(g_aO.g_fg = function (g) {
if (!g.length) return g;
if (g.endsWith('/') || g.endsWith('\\')) return '';
const _ = Math.max(g.lastIndexOf('/'), g.lastIndexOf('\\'));
return -1 === _ ? g : g.substr(_ + 1);
}),
(g_aO.g_fh = function (g) {
if (g.types)
for (let _ = 0; _ < g.types.length; _++)
if ('Files' === g.types[_] || 'application/x-c3-file' === g.types[_]) return !0;
return !1;
}),
(g_aO.g_fi = async function (g, _) {
const e = Array.from(g.files)
.filter((g) => 0 !== g.size)
.filter((g) => _(g))
.map(async (g) => {
try {
return await g_aO.g_fj(g);
} catch (g) {
return null;
}
}),
a = await Promise.all(e);
return a.filter((g) => g);
}),
(g_aO.g_fk = function (g) {
return -1 !== g.type.search(/image\/.*/);
}),
(g_aO.g_fl = function (g) {
return 'image/svg+xml' === g.type;
}),
(g_aO.g_fm = function (g) {
let _ = g.lastIndexOf('.');
return 1 > _ ? '' : g.substr(_);
}),
(g_aO.g_fn = function (g) {
let _ = g.lastIndexOf('.');
return 1 > _ ? g : g.substr(0, _);
}),
(g_aO.g_fo = function (g) {
return g.replace(/\\/g, '/');
}),
(g_aO.g_fp = function (_) {
_ = g_aO.g_fo(_);
let t = /^\w\:\//.exec(_);
t ? ((t = t[0]), (_ = _.slice(3)), '/' !== _[0] && (_ = '/' + _)) : (t = ''),
(_ = _.replace(/\/{2,}/g, '/')),
1 < _.length && '/' === _.slice(-1) && (_ = _.slice(0, -1));
const n = _.lastIndexOf('/') + 1;
let r = '',
s = _,
l = '',
o;
0 < n && ((r = _.slice(0, n)), (s = _.slice(n))), (o = s);
const u = s.lastIndexOf('.');
0 < u && ((l = s.slice(u)), (o = s.slice(0, -l.length)));
const p = t + r + s;
return { dir: r, g_fq: s, name: o, root: t, g_fr: l, g_fs: p };
}),
(g_aO.g_ft = function (g, _) {
return new Promise((e) => {
self.setTimeout(e, g, _);
});
}),
(g_aO.g_fu = function (g) {
try {
g();
} catch (g) {
g_aO.g_aW && console.warn('Swallowed exception: ', g);
}
}),
(g_aO.noop = function () {}),
(g_aO.g_dB = function (g, _) {
return (
'string' == typeof g &&
'string' == typeof _ &&
(g === _ ||
((g = g.normalize()),
(_ = _.normalize()),
g.length === _.length && g.toLowerCase() === _.toLowerCase()))
);
}),
(g_aO.g_fv = function (g, _) {
return (
'string' == typeof g && 'string' == typeof _ && (g === _ || g.normalize() === _.normalize())
);
}),
(g_aO.g_fw = function (g, _) {
if (g_aO.g_cm.g_cB) return void g.sort(_);
const a = g.map((g, _) => [g, _]);
a.sort((g, e) => {
const a = _(g[0], e[0]);
return 0 === a ? g[1] - e[1] : a;
});
for (let t = 0, n = g.length; t < n; ++t) g[t] = a[t][0];
}),
(g_aO.g_fx = function (g, _, e) {
(g[e++] = _[0]),
(g[e++] = _[1]),
(g[e++] = _[2]),
(g[e++] = _[3]),
(g[e++] = _[4]),
(g[e++] = _[5]),
(g[e++] = _[6]),
(g[e++] = _[7]),
(g[e++] = _[8]),
(g[e++] = _[9]),
(g[e++] = _[10]),
(g[e++] = _[11]),
(g[e++] = _[12]),
(g[e++] = _[13]),
(g[e++] = _[14]),
(g[e] = _[15]);
}),
(g_aO.g_fy = function (g, _) {
g.length = _;
}),
(g_aO.g_fz = function (g) {
g && 0 !== g.length && g_aO.g_fy(g, 0);
}),
(g_aO.g_fA = function (g) {
if (g) {
for (let _ = 0, e; _ < g.length; _++) (e = g[_]), g_aO.g_fy(e, 0);
g_aO.g_fy(g, 0);
}
}),
(g_aO.g_fB = function (g, _, a) {
_ |= 0;
const t = g.length;
if (!(_ <= t)) for (let n = t; n < _; ++n) g.push(a);
}),
(g_aO.g_fC = function (g, _, e) {
_ |= 0;
const a = g.length;
_ < a ? g_aO.g_fy(g, _) : _ > a && g_aO.g_fB(g, _, e);
}),
(g_aO.g_fD = function (g, _) {
g_aO.g_fz(g), g_aO.g_ee(g, _);
}),
(g_aO.g_ee = function (g, _) {
if (1e4 > _.length) g.push(..._);
else for (let e = 0, a = _.length; e < a; ++e) g.push(_[e]);
}),
(g_aO.g_fE = function (g, _) {
if (((_ = Math.floor(_)), !(0 > _ || _ >= g.length))) {
let e = g.length - 1;
for (let a = _; a < e; ++a) g[a] = g[a + 1];
g_aO.g_fy(g, e);
}
}),
(g_aO.g_fF = function (g, _) {
let e = g.indexOf(_);
0 <= e && g.splice(e, 1);
}),
(g_aO.g_fG = function (g, _) {
let e = g.length;
if (_.length !== e) return !1;
for (let a = 0; a < e; ++a) if (g[a] !== _[a]) return !1;
return !0;
}),
(g_aO.g_fH = function (_, a) {
let t = [],
n = 0;
for (let i = 0, r = _.length, g; i < r; ++i) (g = _[i]), a(g) ? t.push(g) : ((_[n] = g), ++n);
return g_aO.g_fy(_, n), t;
}),
(g_aO.g_fI = function (g, _) {
const e = g.length;
let a = 0;
for (let t = 0, e = g.length, n; t < e; ++t) (n = g[t]), _.has(n) || (g[a++] = n);
return g_aO.g_fy(g, a), e - a;
}),
(g_aO.g_fJ = function (g, _) {
return g === Math.floor(g) && 0 <= g && g < _.length;
}),
(g_aO.g_fK = function (g, _) {
if (!g_aO.g_fJ(g, _)) throw new RangeError('array index out of bounds');
}),
(g_aO.g_fL = function (g) {
return g.slice();
}),
(g_aO.g_fM = function (g, _) {
let e = [];
for (let t of g)
if (g_aO.g_cV(t)) {
let g = _(t);
if (!g) throw new Error('missing clone');
if (g.constructor !== t.constructor) throw new Error('object is not a clone');
e.push(g);
} else g_aO.g_db(t) ? e.push(g_aO.g_fM(t, _)) : e.push(t);
return e;
}),
(g_aO.g_fN = function (g) {
let _ = [];
for (let e of g) _.push(e.slice());
return _;
}),
(g_aO.g_fO = function (g, _) {
return new Set([...g, ..._]);
}),
(g_aO.first = function (g) {
for (let _ of g) return _;
return null;
}),
(g_aO.xor = function (g, _) {
return !g != !_;
}),
(g_aO.compare = function (g, _, e) {
return 0 === _
? g === e
: 1 === _
? g !== e
: 2 === _
? g < e
: 3 === _
? g <= e
: 4 === _
? g > e
: 5 == _ && g >= e;
}),
(g_aO.g_fP = function (g) {
for (let _ in g) if (g.hasOwnProperty(_)) return !0;
return !1;
}),
(g_aO.g_fQ = function (_, a) {
return _.length
? new Promise((t, n) => {
const r = [];
let e = 0,
i = !1;
for (let g = 0, s = _.length; g < s; ++g)
r.push(void 0),
_[g]
.then((n) => {
i || ((r[g] = n), ++e, e === _.length ? t(r) : a(e, _.length));
})
.catch((g) => {
(i = !0), n(g);
});
})
: Promise.resolve([]);
});
let t = [];
(g_aO.g_fR = function (g) {
t.push(g);
}),
(g_aO.g_fS = function () {
let g = 0;
for (let _ of t) {
let e = _();
g += e;
}
return Math.floor(g);
});
const n = new MessageChannel();
n.port2.onmessage = function (g) {
const _ = g.data,
a = e.get(_);
e.delete(_), a && a(g.timeStamp);
};
let i = 1;
const e = new Map();
(g_aO.g_fT = function (g) {
const _ = i++;
return e.set(_, g), n.port1.postMessage(_), _;
}),
(g_aO.g_fU = function (g) {
e.delete(g);
}),
(g_aO.g_fV = g_aO.g_fT),
(g_aO.g_fW = function () {
return new Promise((g) => g_aO.g_fV(g));
});
const r = new Set();
(g_aO.g_fX = function (g) {
const _ = self.requestAnimationFrame(async (e) => {
await g_aO.g_fW(), r.has(_) && (r.delete(_), g(e));
});
return r.add(_), _;
}),
(g_aO.g_fY = function (g) {
r.has(g) && (self.cancelAnimationFrame(g), r.delete(g));
});
}
'use strict',
(g_aO.g_fZ = function (g) {
return /^(?:[a-z]+:)?\/\//.test(g) || 'data:' === g.substr(0, 5) || 'blob:' === g.substr(0, 5);
}),
(g_aO.g_f_ = function (g) {
return !g_aO.g_fZ(g);
}),
(g_aO.g_f$ = function (g) {
if (!g.ok) throw new Error(`fetch '${g.url}' response returned ${g.status} ${g.statusText}`);
}),
(g_aO.g_ga = function (g, _) {
return fetch(g, _).then((g) => (g_aO.g_f$(g), g));
}),
(g_aO.g_gb = function (g) {
return g_aO.g_ga(g).then((g) => g.text());
}),
(g_aO.g_gc = function (g) {
return g_aO.g_ga(g).then((g) => g.json());
}),
(g_aO.g_gd = function (g) {
return g_aO.g_ga(g).then((g) => g.blob());
}),
(g_aO.g_ge = function (g) {
return g_aO.g_ga(g).then((g) => g.arrayBuffer());
}),
(g_aO.g_gf = function (g) {
return new Promise((_, e) => {
const a = new Image();
(a.onload = () => _(a)), (a.onerror = (g) => e(g)), (a.src = g);
});
}),
(g_aO.g_gg = function (g) {
return new Promise((_, e) => {
const a = new FileReader();
(a.onload = () => _(a.result)), (a.onerror = () => e(a.error)), a.readAsArrayBuffer(g);
});
}),
(g_aO.g_gh = function (g) {
return new Promise((_, e) => {
const a = new FileReader();
(a.onload = () => _(a.result)), (a.onerror = () => e(a.error)), a.readAsText(g);
});
}),
(g_aO.g_gi = function (g) {
return g_aO.g_gh(g).then((g) => JSON.parse(g));
}),
(g_aO.g_gj = async function (g, _) {
let e = URL.createObjectURL(g);
try {
const g = await g_aO.g_gf(e);
return (
URL.revokeObjectURL(e),
(e = ''),
_ && 'function' == typeof g.decode && (await g.decode()),
g
);
} finally {
e && URL.revokeObjectURL(e);
}
}),
(g_aO.g_gk = function (g, _) {
if ('undefined' != typeof document && 'function' == typeof document.createElement) {
const e = document.createElement('canvas');
return (e.width = g), (e.height = _), e;
}
return new OffscreenCanvas(g, _);
}),
(g_aO.g_cv = function (g, _, e) {
return (
'number' != typeof e && (e = 1),
(_ = _ || 'image/png'),
(e = g_aO.g_ep(e, 0, 1)),
g.toBlob
? new Promise((a) => g.toBlob(a, _, e))
: g.convertToBlob
? g.convertToBlob({ type: _, quality: e })
: g_aO.g_gl(() => g_aO.g_gm(g, _, e))
);
}),
(g_aO.g_gm = function (g, _, e) {
return (
'number' != typeof e && (e = 1),
(_ = _ || 'image/png'),
(e = g_aO.g_ep(e, 0, 1)),
g_aO.g_gn(g.toDataURL(_, e))
);
}),
(g_aO.g_gn = function (g) {
const _ = g_aO.g_go(g);
return g_aO.g_gp(_.data, _.g_gq);
}),
(g_aO.g_go = function (_) {
if ('data:' !== _.substr(0, 5)) throw new URIError('expected data: uri');
let a = _.indexOf(',');
if (0 > a) throw new URIError('expected comma in data: uri');
let t = _.substring(5, a),
n = _.substring(a + 1),
e = t.split(';'),
r = e[0] || '',
g = e[1],
s = e[2],
i;
return (
(i = 'base64' === g || 'base64' === s ? atob(n) : decodeURIComponent(n)), { g_gq: r, data: i }
);
}),
(g_aO.g_gp = function (_, a) {
let t = _.length,
e = t >> 2,
n = new Uint8Array(t),
g = new Uint32Array(n.buffer, 0, e),
i,
r;
for (i = 0, r = 0; i < e; ++i)
g[i] =
_.charCodeAt(r++) |
(_.charCodeAt(r++) << 8) |
(_.charCodeAt(r++) << 16) |
(_.charCodeAt(r++) << 24);
for (let g = 3 & t; g--; ) (n[r] = _.charCodeAt(r)), ++r;
return a ? new Blob([n], { type: a }) : new Blob([n]);
}),
(g_aO.g_gr = function (g, _, a) {
const t = g_aO.g_gk(g.width, g.height),
n = t.getContext('2d');
return n.drawImage(g, 0, 0), g_aO.g_cv(t, _, a);
}),
(g_aO.g_gs = function (g, _, a) {
const t = g_aO.g_gk(g.width, g.height),
n = t.getContext('2d');
return n.putImageData(g, 0, 0), g_aO.g_gm(t, _, a);
}),
(g_aO.g_gt = function (g, _, t) {
if (g_aO.g_cm.g_cq)
return createImageBitmap(g, { premultiplyAlpha: 'none' }).then((g) => g_aO.g_gr(g, _, t));
if (g_aO.g_cm.ImageBitmap) return createImageBitmap(g).then((g) => g_aO.g_gr(g, _, t));
else {
const a = g_aO.g_gk(g.width, g.height),
n = a.getContext('2d');
return n.putImageData(g, 0, 0), g_aO.g_cv(a, _, t);
}
}),
(g_aO.g_gu = function (g, _) {
g.clear();
for (const e of _) g.add(e);
}),
(g_aO.g_gv = function (g) {
const _ = Object.create(null);
for (const [e, a] of g.entries()) _[e] = a;
return _;
}),
(g_aO.g_gw = function (g, _) {
_.clear();
for (const [e, a] of Object.entries(g)) _.set(e, a);
}),
(g_aO.g_gx = function g(_) {
if ('object' == typeof _ && null !== _) {
if (_ instanceof Set) return { _c3type_: 'set', data: [..._].map((_) => g(_)) };
if (_ instanceof Map) return { _c3type_: 'map', data: [..._].map((_) => [_[0], g(_[1])]) };
else {
const a = Object.create(null);
for (const [t, n] of Object.entries(_)) a[t] = g(n);
return a;
}
}
return _;
}),
(g_aO.g_gy = function g(_) {
if (('object' == typeof _) & (null !== _)) {
if ('set' === _._c3type_) return new Set(_.data.map((_) => g(_)));
if ('map' === _._c3type_) return new Map(_.data.map((_) => [_[0], g(_[1])]));
else {
const a = Object.create(null);
for (const [t, n] of Object.entries(_)) a[t] = g(n);
return a;
}
}
return _;
}),
(g_aO.g_gz = function (g) {
let _ = '',
e = !1;
for (const a of g) '-' === a ? (e = !0) : e ? ((_ += a.toUpperCase()), (e = !1)) : (_ += a);
return _;
}),
(g_aO.g_gA = function (g) {
return 'object' == typeof g && 'function' == typeof g.next;
}),
'use strict';
{
function g(g) {
return 0 === g.length ? '00' : 1 === g.length ? '0' + g : g;
}
function _(g, _, e) {
return (
0 > e && (e += 1),
1 < e && (e -= 1),
e < 1 / 6
? g + 6 * (_ - g) * e
: e < 1 / 2
? _
: e < 2 / 3
? g + 6 * ((_ - g) * (2 / 3 - e))
: g
);
}
const t = /([0-9.]+),([0-9.]+)\%?,([0-9.]+)\%?/i,
n = /([0-9.]+),([0-9.]+)\%?,([0-9.]+)\%?,([0-9.])/i;
(g_aO.g_gB = class {
constructor(g, _, a, e) {
(this.g_gC = NaN),
(this.g_gD = NaN),
(this.g_gE = NaN),
(this.g_gF = NaN),
(this.g_gC = 0),
(this.g_gD = 0),
(this.g_gE = 0),
(this.g_gF = 0),
g instanceof g_aO.g_gB ? this.set(g) : this.g_gG(g || 0, _ || 0, a || 0, e || 0);
}
g_gH(g, _, e) {
return (this.g_gC = +g), (this.g_gD = +_), (this.g_gE = +e), this.g_ep(), this;
}
g_gG(g, _, a, e) {
return (
(this.g_gC = +g), (this.g_gD = +_), (this.g_gE = +a), (this.g_gF = +e), this.g_ep(), this
);
}
set(g) {
return (
(this.g_gC = g.g_gC), (this.g_gD = g.g_gD), (this.g_gE = g.g_gE), (this.g_gF = g.g_gF), this
);
}
g_p(g) {
return this.set(g);
}
add(g) {
(this.g_gC += g.g_gC),
(this.g_gD += g.g_gD),
(this.g_gE += g.g_gE),
(this.g_gF += g.g_gF),
this.g_ep();
}
g_gI(g, _, a, e = 0) {
(this.g_gC += +g), (this.g_gD += +_), (this.g_gE += +a), (this.g_gF += +e), this.g_ep();
}
g_gJ(g) {
var _ = Math.min,
e = Math.max;
this.g_gK(e(this.g_gC, g.g_gC) - _(this.g_gC, g.g_gC)),
this.g_gL(e(this.g_gD, g.g_gD) - _(this.g_gD, g.g_gD)),
this.g_gM(e(this.g_gE, g.g_gE) - _(this.g_gE, g.g_gE)),
this.g_gN(e(this.g_gF, g.g_gF) - _(this.g_gF, g.g_gF)),
this.g_ep();
}
g_gO(g) {
(this.g_gC = g.g_gC), (this.g_gD = g.g_gD), (this.g_gE = g.g_gE);
}
g_gK(g) {
this.g_gC = g_aO.g_ep(+g, 0, 1);
}
g_gP() {
return this.g_gC;
}
g_gL(g) {
this.g_gD = g_aO.g_ep(+g, 0, 1);
}
g_gQ() {
return this.g_gD;
}
g_gM(g) {
this.g_gE = g_aO.g_ep(+g, 0, 1);
}
g_gR() {
return this.g_gE;
}
g_gN(g) {
this.g_gF = g_aO.g_ep(+g, 0, 1);
}
g_gS() {
return this.g_gF;
}
clone() {
return g_aO.g_ej(g_aO.g_gB, this.g_gC, this.g_gD, this.g_gE, this.g_gF);
}
toArray() {
return [this.g_gC, this.g_gD, this.g_gE, this.g_gF];
}
g_gT() {
return new Float64Array(this.toArray());
}
g_gU(g, _) {
(g[_++] = this.g_gC), (g[_++] = this.g_gD), (g[_++] = this.g_gE), (g[_] = this.g_gF);
}
g_l(g) {
return (
this.g_gC === g.g_gC && this.g_gD === g.g_gD && this.g_gE === g.g_gE && this.g_gF === g.g_gF
);
}
g_gV(g) {
return this.g_gC === g.g_gC && this.g_gD === g.g_gD && this.g_gE === g.g_gE;
}
g_gW(g, _, e) {
return this.g_gC === g && this.g_gD === _ && this.g_gE === e;
}
g_gX(g, _, a, e) {
return this.g_gC === g && this.g_gD === _ && this.g_gE === a && this.g_gF === e;
}
multiply(g) {
(this.g_gC *= g.g_gC), (this.g_gD *= g.g_gD), (this.g_gE *= g.g_gE), (this.g_gF *= g.g_gF);
}
g_gY(g) {
(this.g_gC *= g), (this.g_gD *= g), (this.g_gE *= g), (this.g_gF *= g);
}
g_gZ() {
return (this.g_gC *= this.g_gF), (this.g_gD *= this.g_gF), (this.g_gE *= this.g_gF), this;
}
g_g_() {
return (this.g_gC /= this.g_gF), (this.g_gD /= this.g_gF), (this.g_gE /= this.g_gF), this;
}
g_ep() {
return (
(this.g_gC = g_aO.g_ep(this.g_gC, 0, 1)),
(this.g_gD = g_aO.g_ep(this.g_gD, 0, 1)),
(this.g_gE = g_aO.g_ep(this.g_gE, 0, 1)),
(this.g_gF = g_aO.g_ep(this.g_gF, 0, 1)),
this
);
}
g_g$(g) {
(this.g_gC = g_aO.g_eN(g)),
(this.g_gD = g_aO.g_eO(g)),
(this.g_gE = g_aO.g_eP(g)),
(this.g_gF = g_aO.g_eQ(g));
}
g_ha(_, a, t) {
const n = g_aO.g_cF(_) ? _ : this.g_gP(),
e = g_aO.g_cF(a) ? a : this.g_gQ(),
i = g_aO.g_cF(t) ? t : this.g_gR();
return `rgb(${100 * n}%, ${100 * e}%, ${100 * i}%)`;
}
g_hb(_, a, t, e) {
const n = g_aO.g_cF(_) ? _ : this.g_gP(),
r = g_aO.g_cF(a) ? a : this.g_gQ(),
i = g_aO.g_cF(t) ? t : this.g_gR(),
g = g_aO.g_cF(e) ? e : this.g_gS();
return `rgba(${100 * n}%, ${100 * r}%, ${100 * i}%, ${g})`;
}
g_hc() {
var _ = Math.round;
const a = _(255 * this.g_gP()),
t = _(255 * this.g_gQ()),
n = _(255 * this.g_gR());
return '#' + g(a.toString(16)) + g(t.toString(16)) + g(n.toString(16));
}
g_hd(g) {
if ('string' != typeof g) return !1;
(g = g.trim()), '#' === g.charAt(0) && (g = g.substr(1));
let _, e, t;
if (3 === g.length)
(_ = parseInt(g[0], 16) / 15), (e = parseInt(g[1], 16) / 15), (t = parseInt(g[2], 16) / 15);
else if (6 === g.length)
(_ = parseInt(g.substr(0, 2), 16) / 255),
(e = parseInt(g.substr(2, 2), 16) / 255),
(t = parseInt(g.substr(4, 2), 16) / 255);
else return !1;
return (
isFinite(_) && this.g_gK(_),
isFinite(e) && this.g_gL(e),
isFinite(t) && this.g_gM(t),
this.g_gN(1),
!0
);
}
g_he() {
var g = Math.round;
const _ = g(255 * this.g_gP()),
e = g(255 * this.g_gQ()),
a = g(255 * this.g_gR());
return `${_}, ${e}, ${a}`;
}
g_hf() {
var g = Math.round;
const _ = g(255 * this.g_gP()),
e = g(255 * this.g_gQ()),
a = g(255 * this.g_gR());
return [_, e, a];
}
g_hg(g) {
if ('string' != typeof g) return !1;
g = g.replace(/^rgb\(|\)|%/, '');
const _ = g.split(',');
if (3 > _.length) return !1;
const t = parseInt(_[0].trim(), 10) / 255,
n = parseInt(_[1].trim(), 10) / 255,
i = parseInt(_[2].trim(), 10) / 255;
return (
isFinite(t) && this.g_gK(t),
isFinite(n) && this.g_gL(n),
isFinite(i) && this.g_gM(i),
this.g_gN(1),
!0
);
}
g_hh(g) {
if ('string' != typeof g) return !1;
g = g.replace(/^rgb\(|\)|%/, '');
const _ = g.split(',');
if (3 > _.length) return !1;
const t = parseInt(_[0].trim(), 10) / 100,
n = parseInt(_[1].trim(), 10) / 100,
i = parseInt(_[2].trim(), 10) / 100;
return (
isFinite(t) && this.g_gK(t),
isFinite(n) && this.g_gL(n),
isFinite(i) && this.g_gM(i),
this.g_gN(1),
!0
);
}
g_hi(g) {
if ('string' != typeof g) return !1;
g = g.replace(/^rgba\(|\)|%/, '');
const _ = g.split(',');
if (4 > _.length) return !1;
const t = parseInt(_[0].trim(), 10) / 255,
n = parseInt(_[1].trim(), 10) / 255,
i = parseInt(_[2].trim(), 10) / 255,
e = parseFloat(_[3].trim());
return (
isFinite(t) && this.g_gK(t),
isFinite(n) && this.g_gL(n),
isFinite(i) && this.g_gM(i),
isFinite(e) && this.g_gN(e),
!0
);
}
g_hj(g) {
if ('string' != typeof g) return !1;
g = g.replace(/^rgba\(|\)|%/, '');
const _ = g.split(',');
if (4 > _.length) return !1;
const t = parseInt(_[0].trim(), 10) / 100,
n = parseInt(_[1].trim(), 10) / 100,
i = parseInt(_[2].trim(), 10) / 100,
e = parseFloat(_[3].trim());
return (
isFinite(t) && this.g_gK(t),
isFinite(n) && this.g_gL(n),
isFinite(i) && this.g_gM(i),
isFinite(e) && this.g_gN(e),
!0
);
}
g_hk(g) {
if ('string' != typeof g) return !1;
if (((g = g.replace(/\s+/, '')), g.includes(','))) {
if (g.startsWith('rgb(')) return g.includes('%') ? this.g_hh(g) : this.g_hg(g);
if (g.startsWith('rgba(')) return g.includes('%') ? this.g_hj(g) : this.g_hi(g);
if (g.startsWith('hsl(') || g.startsWith('hsla(')) return this.g_hl(g);
else {
const _ = g.split(',');
return g.includes('%')
? 3 === _.length
? this.g_hh(g)
: 4 === _.length && this.g_hj(g)
: 3 === _.length
? this.g_hg(g)
: 4 === _.length && this.g_hi(g);
}
} else return this.g_hd(g);
}
toJSON() {
return [this.g_gC, this.g_gD, this.g_gE, this.g_gF];
}
g_hm(t, n, r, s) {
let l, o, u;
if (
((t %= 360),
(n = g_aO.g_ep(n, 0, 100)),
(r = g_aO.g_ep(r, 0, 100)),
(s = g_aO.g_ep(s, 0, 1)),
(t /= 360),
(n /= 100),
(r /= 100),
0 === n)
)
l = o = u = r;
else {
const g = 0.5 > r ? r * (1 + n) : r + n - r * n,
e = 2 * r - g;
(l = _(e, g, t + 1 / 3)), (o = _(e, g, t)), (u = _(e, g, t - 1 / 3));
}
return this.g_gK(l), this.g_gL(o), this.g_gM(u), this.g_gN(s), this;
}
g_hl(g) {
const _ = g.replace(/ |hsl|hsla|\(|\)|;/gi, ''),
a = t.exec(_),
e = n.exec(_);
return a && 4 === a.length
? (this.g_hm(+a[1], +a[2], +a[3], 1), !0)
: !!(e && 5 === e.length) && (this.g_hm(+a[1], +a[2], +a[3], +a[4]), !0);
}
g_hn() {
const _ = this.g_gC,
t = this.g_gD,
n = this.g_gE,
e = this.g_gF,
i = g_aO.g_gB.g_ho(_, t, n),
a = g_aO.g_gB.g_hp(_, t, n),
r = g_aO.g_gB.g_hq(_, t, n);
return `hsla(${i}, ${a}%, ${r}%, ${e})`;
}
g_hr() {
const g = this.g_gC,
_ = this.g_gD,
e = this.g_gE;
return [g_aO.g_gB.g_ho(g, _, e), g_aO.g_gB.g_hp(g, _, e), g_aO.g_gB.g_hq(g, _, e), this.g_gF];
}
g_hs(g) {
!Array.isArray(g) ||
3 > g.length ||
((this.g_gC = g[0]),
(this.g_gD = g[1]),
(this.g_gE = g[2]),
(this.g_gF = 4 <= g.length ? g[3] : 1));
}
set r(g) {
this.g_gK(g);
}
get r() {
return this.g_gP();
}
set g_ht(g) {
this.g_gL(g);
}
get g_ht() {
return this.g_gQ();
}
set b(g) {
this.g_gM(g);
}
get b() {
return this.g_gR();
}
set a(g) {
this.g_gN(g);
}
get a() {
return this.g_gS();
}
g_hu(g, _) {
switch (g) {
case 0:
this.g_gK(_);
break;
case 1:
this.g_gL(_);
break;
case 2:
this.g_gM(_);
break;
case 3:
this.g_gN(_);
break;
default:
throw new RangeError('invalid color index');
}
}
g_hv(g) {
switch (g) {
case 0:
return this.g_gP();
case 1:
return this.g_gQ();
case 2:
return this.g_gR();
case 3:
return this.g_gS();
default:
throw new RangeError('invalid color index');
}
}
static g_hw(g, _) {
var a = Math.min,
t = Math.max;
const n = new g_aO.g_gB();
return (
n.g_gK(t(g.g_gC, _.g_gC) - a(g.g_gC, _.g_gC)),
n.g_gL(t(g.g_gD, _.g_gD) - a(g.g_gD, _.g_gD)),
n.g_gM(t(g.g_gE, _.g_gE) - a(g.g_gE, _.g_gE)),
n.g_gN(t(g.g_gF, _.g_gF) - a(g.g_gF, _.g_gF)),
n
);
}
static g_ho(g, _, a) {
const t = Math.max(g, _, a),
n = Math.min(g, _, a);
if (t === n) return 0;
let e = 0;
return (
t === g
? (e = (_ - a) / (t - n) + (_ < a ? 6 : 0))
: t === _
? (e = (a - g) / (t - n) + 2)
: t === a
? (e = (g - _) / (t - n) + 4)
: void 0,
Math.round(360 * (e / 6))
);
}
static g_hp(_, a, t) {
const e = Math.max(_, a, t),
n = Math.min(_, a, t);
if (e === n) return 0;
const i = e - n,
g = 0.5 < (e + n) / 2 ? i / (2 - e - n) : i / (e + n);
return Math.round(100 * g);
}
static g_hq(g, _, a) {
const t = Math.max(g, _, a),
n = Math.min(g, _, a);
return t ? Math.round(100 * ((t + n) / 2)) : 0;
}
}),
(g_aO.g_gB.g_hx = Object.freeze(g_aO.g_ej(g_aO.g_gB, 1, 1, 1, 1))),
(g_aO.g_gB.g_hy = Object.freeze(g_aO.g_ej(g_aO.g_gB, 0, 0, 0, 1))),
(g_aO.g_gB.g_hz = Object.freeze(g_aO.g_ej(g_aO.g_gB, 0, 0, 0, 0)));
}
'use strict',
(g_aO.g_hA = class {
constructor(g, _) {
(this.g_hB = 0),
(this.g_hC = 0),
g instanceof g_aO.g_hA ? this.g_p(g) : this.set(g || 0, _ || 0);
}
set(g, _) {
(this.g_hB = +g), (this.g_hC = +_);
}
g_p(g) {
(this.g_hB = g.g_hB), (this.g_hC = g.g_hC);
}
g_l(g) {
return this.g_hB === g.g_hB && this.g_hC === g.g_hC;
}
g_hD(g) {
this.g_hB = +g;
}
g_hE() {
return this.g_hB;
}
g_hF(g) {
this.g_hC = +g;
}
g_hG() {
return this.g_hC;
}
toArray() {
return [this.g_hB, this.g_hC];
}
g_gT() {
return new Float64Array(this.toArray());
}
g_gU(g, _) {
(g[_++] = this.g_hB), (g[_] = this.g_hC);
}
offset(g, _) {
(this.g_hB += +g), (this.g_hC += +_);
}
scale(g, _) {
(this.g_hB *= g), (this.g_hC *= _);
}
round() {
var g = Math.round;
(this.g_hB = g(this.g_hB)), (this.g_hC = g(this.g_hC));
}
floor() {
var g = Math.floor;
(this.g_hB = g(this.g_hB)), (this.g_hC = g(this.g_hC));
}
ceil() {
var g = Math.ceil;
(this.g_hB = g(this.g_hB)), (this.g_hC = g(this.g_hC));
}
angle() {
return g_aO.g_ev(0, 0, this.g_hB, this.g_hC);
}
g_hH() {
return this.g_hB * this.g_hB + this.g_hC * this.g_hC;
}
length() {
return Math.sqrt(this.g_hH());
}
g_hI(g, _) {
const e = this.g_hB * _ - this.g_hC * g;
(this.g_hC = this.g_hC * _ + this.g_hB * g), (this.g_hB = e);
}
rotate(g) {
0 === g || this.g_hI(Math.sin(g), Math.cos(g));
}
g_hJ(g, _, e) {
0 === g ||
(_ === this.g_hB && e === this.g_hC) ||
((this.g_hB -= _),
(this.g_hC -= e),
this.g_hI(Math.sin(g), Math.cos(g)),
(this.g_hB += +_),
(this.g_hC += +e));
}
move(g, _) {
0 === _ || ((this.g_hB += Math.cos(g) * _), (this.g_hC += Math.sin(g) * _));
}
normalize() {
const g = this.length();
0 !== g && 1 !== g && ((this.g_hB /= g), (this.g_hC /= g));
}
g_ep(g, _) {
(this.g_hB = g_aO.g_ep(this.g_hB, g, _)), (this.g_hC = g_aO.g_ep(this.g_hC, g, _));
}
}),
'use strict',
(g_aO.Rect = class {
constructor(g, _, e, a) {
(this.g_hK = NaN),
(this.g_hL = NaN),
(this.g_hM = NaN),
(this.g_hN = NaN),
(this.g_hK = 0),
(this.g_hL = 0),
(this.g_hM = 0),
(this.g_hN = 0),
g instanceof g_aO.Rect ? this.g_p(g) : this.set(g || 0, _ || 0, e || 0, a || 0);
}
set(g, _, e, a) {
(this.g_hK = +g), (this.g_hL = +_), (this.g_hM = +e), (this.g_hN = +a);
}
g_hO(g, _, e, t) {
(g = +g),
(_ = +_),
(this.g_hK = g),
(this.g_hL = _),
(this.g_hM = g + +e),
(this.g_hN = _ + +t);
}
g_p(g) {
(this.g_hK = +g.g_hK), (this.g_hL = +g.g_hL), (this.g_hM = +g.g_hM), (this.g_hN = +g.g_hN);
}
clone() {
return new g_aO.Rect(this.g_hK, this.g_hL, this.g_hM, this.g_hN);
}
static g_hP(g, _) {
var a = Math.max,
t = Math.min;
const n = new g_aO.Rect();
return (
n.g_hQ(t(g.g_hK, _.g_hK)),
n.g_hR(t(g.g_hL, _.g_hL)),
n.g_hS(a(g.g_hM, _.g_hM)),
n.g_hT(a(g.g_hN, _.g_hN)),
n
);
}
static g_hU(g) {
return new g_aO.Rect(g.left, g.top, g.right, g.bottom);
}
g_l(g) {
return (
this.g_hK === g.g_hK && this.g_hL === g.g_hL && this.g_hM === g.g_hM && this.g_hN === g.g_hN
);
}
g_hQ(g) {
this.g_hK = +g;
}
g_hV() {
return this.g_hK;
}
g_hR(g) {
this.g_hL = +g;
}
g_hW() {
return this.g_hL;
}
g_hS(g) {
this.g_hM = +g;
}
g_hX() {
return this.g_hM;
}
g_hT(g) {
this.g_hN = +g;
}
g_hY() {
return this.g_hN;
}
toArray() {
return [this.g_hK, this.g_hL, this.g_hM, this.g_hN];
}
g_gT() {
return new Float64Array(this.toArray());
}
g_hZ() {
return new DOMRect(this.g_hK, this.g_hL, this.width(), this.height());
}
g_gU(g, _) {
(g[_++] = this.g_hK), (g[_++] = this.g_hL), (g[_++] = this.g_hM), (g[_] = this.g_hN);
}
g_h_(g, _) {
(g[_++] = this.g_hK),
(g[_++] = this.g_hL),
(g[_++] = this.g_hM),
(g[_++] = this.g_hL),
(g[_++] = this.g_hM),
(g[_++] = this.g_hN),
(g[_++] = this.g_hK),
(g[_] = this.g_hN);
}
width() {
return this.g_hM - this.g_hK;
}
height() {
return this.g_hN - this.g_hL;
}
g_h$() {
return (this.g_hK + this.g_hM) / 2;
}
g_ia() {
return (this.g_hL + this.g_hN) / 2;
}
offset(g, _) {
(this.g_hK += +g), (this.g_hL += +_), (this.g_hM += +g), (this.g_hN += +_);
}
offsetLeft(g) {
this.g_hK += +g;
}
offsetTop(g) {
this.g_hL += +g;
}
g_ib(g) {
this.g_hM += +g;
}
g_ic(g) {
this.g_hN += +g;
}
g_id(g) {
if ('x' !== g) throw new Error("invalid axis, only 'x' supported");
this.g_hN =
this.g_hL < this.g_hN
? this.g_hK < this.g_hM
? this.g_hL + this.width()
: this.g_hL - this.width()
: this.g_hK < this.g_hM
? this.g_hL - this.width()
: this.g_hL + this.width();
}
g_ie(g, _) {
(this.g_hK -= g), (this.g_hL -= _), (this.g_hM += +g), (this.g_hN += +_);
}
g_if(g, _) {
(this.g_hK += +g), (this.g_hL += +_), (this.g_hM -= g), (this.g_hN -= _);
}
multiply(g, _) {
(this.g_hK *= g), (this.g_hL *= _), (this.g_hM *= g), (this.g_hN *= _);
}
g_N(g, _) {
(this.g_hK /= g), (this.g_hL /= _), (this.g_hM /= g), (this.g_hN /= _);
}
g_ig(g) {
(this.g_hK = +g - this.g_hK), (this.g_hM = +g - this.g_hM);
}
g_ih(g) {
(this.g_hL = +g - this.g_hL), (this.g_hN = +g - this.g_hN);
}
g_ii() {
const g = this.g_hK;
(this.g_hK = this.g_hM), (this.g_hM = g);
}
g_ij() {
const g = this.g_hL;
(this.g_hL = this.g_hN), (this.g_hN = g);
}
g_ik(g) {
const _ = this.g_hL;
(this.g_hL = +g - this.g_hN), (this.g_hN = +g - _);
}
round() {
var g = Math.round;
(this.g_hK = g(this.g_hK)),
(this.g_hL = g(this.g_hL)),
(this.g_hM = g(this.g_hM)),
(this.g_hN = g(this.g_hN));
}
g_il() {
var g = Math.floor,
_ = Math.ceil;
(this.g_hK = _(this.g_hK)),
(this.g_hL = _(this.g_hL)),
(this.g_hM = g(this.g_hM)),
(this.g_hN = g(this.g_hN));
}
g_im() {
var g = Math.floor,
_ = Math.ceil;
(this.g_hK = g(this.g_hK)),
(this.g_hL = g(this.g_hL)),
(this.g_hM = _(this.g_hM)),
(this.g_hN = _(this.g_hN));
}
floor() {
var g = Math.floor;
(this.g_hK = g(this.g_hK)),
(this.g_hL = g(this.g_hL)),
(this.g_hM = g(this.g_hM)),
(this.g_hN = g(this.g_hN));
}
ceil() {
var g = Math.ceil;
(this.g_hK = g(this.g_hK)),
(this.g_hL = g(this.g_hL)),
(this.g_hM = g(this.g_hM)),
(this.g_hN = g(this.g_hN));
}
g_ep(g, _, a, t) {
this.g_hK < g && (this.g_hK = +g),
this.g_hL < _ && (this.g_hL = +_),
this.g_hM > a && (this.g_hM = +a),
this.g_hN > t && (this.g_hN = +t);
}
g_in(g, _, a, t) {
this.g_hK < g && (this.g_hK = +g),
this.g_hL > _ && (this.g_hL = +_),
this.g_hM > a && (this.g_hM = +a),
this.g_hN < t && (this.g_hN = +t);
}
normalize() {
this.g_hK > this.g_hM && this.g_ii(), this.g_hL > this.g_hN && this.g_ij();
}
g_io(g) {
return !(
g.g_hM < this.g_hK ||
g.g_hN < this.g_hL ||
g.g_hK > this.g_hM ||
g.g_hL > this.g_hN
);
}
g_ip(g, _, e) {
return !(
g.g_hM + _ < this.g_hK ||
g.g_hN + e < this.g_hL ||
g.g_hK + _ > this.g_hM ||
g.g_hL + e > this.g_hN
);
}
g_iq(g, _) {
return g >= this.g_hK && g <= this.g_hM && _ >= this.g_hL && _ <= this.g_hN;
}
g_ir(g) {
return (
g.g_hK >= this.g_hK && g.g_hL >= this.g_hL && g.g_hM <= this.g_hM && g.g_hN <= this.g_hN
);
}
g_is(g) {
g.g_hK < this.g_hK && (this.g_hK = +g.g_hK),
g.g_hL < this.g_hL && (this.g_hL = +g.g_hL),
g.g_hM > this.g_hM && (this.g_hM = +g.g_hM),
g.g_hN > this.g_hN && (this.g_hN = +g.g_hN);
}
g_it(g) {
(this.g_hK = g_aO.g_V(g.g_hK, g.g_hM, this.g_hK)),
(this.g_hL = g_aO.g_V(g.g_hL, g.g_hN, this.g_hL)),
(this.g_hM = g_aO.g_V(g.g_hK, g.g_hM, this.g_hM)),
(this.g_hN = g_aO.g_V(g.g_hL, g.g_hN, this.g_hN));
}
}),
'use strict';
{
function g(t, g, a, n) {
t < g
? a < n
? ((_ = t < a ? t : a), (e = g > n ? g : n))
: ((_ = t < n ? t : n), (e = g > a ? g : a))
: a < n
? ((_ = g < a ? g : a), (e = t > n ? t : n))
: ((_ = g < n ? g : n), (e = t > a ? t : a));
}
let _ = 0,
e = 0;
g_aO.g_iu = class {
constructor(_, a, t, n, i, e, r, g) {
(this.g_iv = NaN),
(this.g_iw = NaN),
(this.g_ix = NaN),
(this.g_iy = NaN),
(this.g_iz = NaN),
(this.g_iA = NaN),
(this.g_iB = NaN),
(this.g_iC = NaN),
(this.g_iv = 0),
(this.g_iw = 0),
(this.g_ix = 0),
(this.g_iy = 0),
(this.g_iz = 0),
(this.g_iA = 0),
(this.g_iB = 0),
(this.g_iC = 0),
_ instanceof g_aO.g_iu
? this.g_p(_)
: this.set(_ || 0, a || 0, t || 0, n || 0, i || 0, e || 0, r || 0, g || 0);
}
set(_, a, t, n, i, e, r, g) {
(this.g_iv = +_),
(this.g_iw = +a),
(this.g_ix = +t),
(this.g_iy = +n),
(this.g_iz = +i),
(this.g_iA = +e),
(this.g_iB = +r),
(this.g_iC = +g);
}
g_iD(g, _, e, a) {
this.set(g, _, e, _, e, a, g, a);
}
g_p(g) {
(this.g_iv = g.g_iv),
(this.g_iw = g.g_iw),
(this.g_ix = g.g_ix),
(this.g_iy = g.g_iy),
(this.g_iz = g.g_iz),
(this.g_iA = g.g_iA),
(this.g_iB = g.g_iB),
(this.g_iC = g.g_iC);
}
g_l(g) {
return (
this.g_iv === g.g_iv &&
this.g_iw === g.g_iw &&
this.g_ix === g.g_ix &&
this.g_iy === g.g_iy &&
this.g_iz === g.g_iz &&
this.g_iA === g.g_iA &&
this.g_iB === g.g_iB &&
this.g_iC === g.g_iC
);
}
g_iE(g) {
this.g_iv = +g;
}
g_eW() {
return this.g_iv;
}
g_iF(g) {
this.g_iw = +g;
}
g_eX() {
return this.g_iw;
}
g_iG(g) {
this.g_ix = +g;
}
g_eY() {
return this.g_ix;
}
g_iH(g) {
this.g_iy = +g;
}
g_eZ() {
return this.g_iy;
}
g_iI(g) {
this.g_iz = +g;
}
g_e_() {
return this.g_iz;
}
g_iJ(g) {
this.g_iA = +g;
}
g_e$() {
return this.g_iA;
}
g_iK(g) {
this.g_iB = +g;
}
g_fa() {
return this.g_iB;
}
g_iL(g) {
this.g_iC = +g;
}
g_fb() {
return this.g_iC;
}
g_iM() {
return new DOMQuad(
new DOMPoint(this.g_iv, this.g_iw),
new DOMPoint(this.g_ix, this.g_iy),
new DOMPoint(this.g_iz, this.g_iA),
new DOMPoint(this.g_iB, this.g_iC)
);
}
toArray() {
return [
this.g_iv,
this.g_iw,
this.g_ix,
this.g_iy,
this.g_iz,
this.g_iA,
this.g_iB,
this.g_iC
];
}
g_gT() {
return new Float64Array(this.toArray());
}
g_gU(g, _) {
(g[_++] = this.g_iv),
(g[_++] = this.g_iw),
(g[_++] = this.g_ix),
(g[_++] = this.g_iy),
(g[_++] = this.g_iz),
(g[_++] = this.g_iA),
(g[_++] = this.g_iB),
(g[_] = this.g_iC);
}
g_iN(g, _, e) {
(g[_++] = this.g_iv),
(g[_++] = this.g_iw),
(g[_++] = e),
(g[_++] = this.g_ix),
(g[_++] = this.g_iy),
(g[_++] = e),
(g[_++] = this.g_iz),
(g[_++] = this.g_iA),
(g[_++] = e),
(g[_++] = this.g_iB),
(g[_++] = this.g_iC),
(g[_] = e);
}
offset(g, _) {
(this.g_iv += +g),
(this.g_iw += +_),
(this.g_ix += +g),
(this.g_iy += +_),
(this.g_iz += +g),
(this.g_iA += +_),
(this.g_iB += +g),
(this.g_iC += +_);
}
round() {
var g = Math.round;
(this.g_iv = g(this.g_iv)),
(this.g_iw = g(this.g_iw)),
(this.g_ix = g(this.g_ix)),
(this.g_iy = g(this.g_iy)),
(this.g_iz = g(this.g_iz)),
(this.g_iA = g(this.g_iA)),
(this.g_iB = g(this.g_iB)),
(this.g_iC = g(this.g_iC));
}
floor() {
var g = Math.floor;
(this.g_iv = g(this.g_iv)),
(this.g_iw = g(this.g_iw)),
(this.g_ix = g(this.g_ix)),
(this.g_iy = g(this.g_iy)),
(this.g_iz = g(this.g_iz)),
(this.g_iA = g(this.g_iA)),
(this.g_iB = g(this.g_iB)),
(this.g_iC = g(this.g_iC));
}
ceil() {
var g = Math.ceil;
(this.g_iv = g(this.g_iv)),
(this.g_iw = g(this.g_iw)),
(this.g_ix = g(this.g_ix)),
(this.g_iy = g(this.g_iy)),
(this.g_iz = g(this.g_iz)),
(this.g_iA = g(this.g_iA)),
(this.g_iB = g(this.g_iB)),
(this.g_iC = g(this.g_iC));
}
g_iO(g) {
(this.g_iv = g.g_hK),
(this.g_iw = g.g_hL),
(this.g_ix = g.g_hM),
(this.g_iy = g.g_hL),
(this.g_iz = g.g_hM),
(this.g_iA = g.g_hN),
(this.g_iB = g.g_hK),
(this.g_iC = g.g_hN);
}
g_iP(g, _) {
0 === _ ? this.g_iO(g) : this.g_iQ(g, Math.sin(_), Math.cos(_));
}
g_iQ(_, a, t) {
const n = _.g_hK * a,
r = _.g_hL * a,
e = _.g_hM * a,
s = _.g_hN * a,
g = _.g_hK * t,
d = _.g_hL * t,
i = _.g_hM * t,
l = _.g_hN * t;
(this.g_iv = g - r),
(this.g_iw = d + n),
(this.g_ix = i - r),
(this.g_iy = d + e),
(this.g_iz = i - s),
(this.g_iA = l + e),
(this.g_iB = g - s),
(this.g_iC = l + n);
}
g_iR(a) {
g(this.g_iv, this.g_ix, this.g_iz, this.g_iB),
(a.g_hK = _),
(a.g_hM = e),
g(this.g_iw, this.g_iy, this.g_iA, this.g_iC),
(a.g_hL = _),
(a.g_hN = e);
}
g_iq(_, a) {
let t = this.g_ix - this.g_iv,
r = this.g_iy - this.g_iw;
const s = this.g_iz - this.g_iv,
e = this.g_iA - this.g_iw,
u = _ - this.g_iv,
g = a - this.g_iw;
let h = t * t + r * r,
f = t * s + r * e,
E = t * u + r * g;
const b = s * s + e * e,
l = s * u + e * g;
let m = 1 / (h * b - f * f),
y = (b * E - f * l) * m,
B = (h * l - f * E) * m;
return (
!!(0 <= y && 0 < B && 1 > y + B) ||
((t = this.g_iB - this.g_iv),
(r = this.g_iC - this.g_iw),
(h = t * t + r * r),
(f = t * s + r * e),
(E = t * u + r * g),
(m = 1 / (h * b - f * f)),
(y = (b * E - f * l) * m),
(B = (h * l - f * E) * m),
0 <= y && 0 < B && 1 > y + B)
);
}
g_h$() {
return (this.g_iv + this.g_ix + this.g_iz + this.g_iB) / 4;
}
g_ia() {
return (this.g_iw + this.g_iy + this.g_iA + this.g_iC) / 4;
}
g_iS(g, _, e, a) {
return !!(this.g_iq(g, _) || this.g_iq(e, a)) || g_aO.g_eV(g, _, e, a, this);
}
g_iT(_) {
let a = _.g_h$(),
t = _.g_ia();
if (this.g_iq(a, t)) return !0;
if (((a = this.g_h$()), (t = this.g_ia()), _.g_iq(a, t))) return !0;
const n = this.g_iv,
r = this.g_iw,
e = this.g_ix,
s = this.g_iy,
g = this.g_iz,
d = this.g_iA,
i = this.g_iB,
l = this.g_iC;
return (
g_aO.g_eV(n, r, e, s, _) ||
g_aO.g_eV(e, s, g, d, _) ||
g_aO.g_eV(g, d, i, l, _) ||
g_aO.g_eV(i, l, n, r, _)
);
}
g_iU() {
this.g_iV(0, 2), this.g_iV(1, 3), this.g_iV(6, 4), this.g_iV(7, 5);
}
g_iW() {
this.g_iV(0, 6), this.g_iV(1, 7), this.g_iV(2, 4), this.g_iV(3, 5);
}
g_iX() {
this.g_iV(2, 6), this.g_iV(3, 7);
}
g_iV(g, _) {
const e = this.g_iY(g);
this.g_iZ(g, this.g_iY(_)), this.g_iZ(_, e);
}
g_iY(g) {
switch (g) {
case 0:
return this.g_iv;
case 1:
return this.g_iw;
case 2:
return this.g_ix;
case 3:
return this.g_iy;
case 4:
return this.g_iz;
case 5:
return this.g_iA;
case 6:
return this.g_iB;
case 7:
return this.g_iC;
default:
throw new RangeError('invalid quad point index');
}
}
g_iZ(g, _) {
switch (((_ = +_), g)) {
case 0:
this.g_iv = _;
break;
case 1:
this.g_iw = _;
break;
case 2:
this.g_ix = _;
break;
case 3:
this.g_iy = _;
break;
case 4:
this.g_iz = _;
break;
case 5:
this.g_iA = _;
break;
case 6:
this.g_iB = _;
break;
case 7:
this.g_iC = _;
break;
default:
throw new RangeError('invalid quad point index');
}
}
};
}
{
const g = [0, 0, 1, 0, 1, 1, 0, 1],
_ = g_aO.g_ej(g_aO.g_iu);
g_aO.g_i_ = class extends g_aO.g_eh {
constructor(_, e = !0) {
super(),
_ || (_ = g),
(this.g_i$ = Float64Array.from(_)),
(this.g_ja = new g_aO.Rect()),
(this.g_jb = !0),
(this.g_jc = e);
}
g_ek() {}
g_jd() {
return this.g_i$;
}
g_je() {
return this.g_i$.length / 2;
}
g_jf(g) {
this.g_i$.length === g.length ? this.g_i$.set(g) : (this.g_i$ = Float64Array.from(g)),
(this.g_jb = !0);
}
g_p(g) {
this.g_jf(g.g_i$);
}
g_jg() {
this.g_jb = !0;
}
g_jh() {
if (!this.g_jb) return;
const _ = this.g_i$;
let a = _[0],
t = _[1],
n = a,
i = t;
for (let e = 0, r = _.length; e < r; e += 2) {
const r = _[e],
g = _[e + 1];
r < a && (a = r), r > n && (n = r), g < t && (t = g), g > i && (i = g);
}
this.g_ja.set(a, t, n, i), (this.g_jb = !1);
}
g_iO(g, _, e) {
let a = this.g_i$;
8 !== a.length && ((a = new Float64Array(8)), (this.g_i$ = a)),
(a[0] = g.g_hV() - _),
(a[1] = g.g_hW() - e),
(a[2] = g.g_hX() - _),
(a[3] = g.g_hW() - e),
(a[4] = g.g_hX() - _),
(a[5] = g.g_hY() - e),
(a[6] = g.g_hV() - _),
(a[7] = g.g_hY() - e),
this.g_ja.g_p(g),
(0 !== _ || 0 !== e) && this.g_ja.offset(-_, -e),
(this.g_jb = !1);
}
g_ji(g, e, a) {
_.g_p(g), _.offset(e, a), this.g_jf(_.toArray()), (this.g_jb = !0);
}
transform(g, _, t) {
let n = 0,
i = 1;
0 !== t && ((n = Math.sin(t)), (i = Math.cos(t))), this.g_jj(g, _, n, i);
}
g_jj(_, a, t, n) {
const r = this.g_i$;
for (let e = 0, i = r.length; e < i; e += 2) {
const s = e + 1,
g = r[e] * _,
d = r[s] * a;
(r[e] = g * n - d * t), (r[s] = d * n + g * t);
}
this.g_jb = !0;
}
offset(g, _) {
const a = this.g_i$;
for (let t = 0, n = a.length; t < n; t += 2) (a[t] += g), (a[t + 1] += _);
}
g_iq(_, a) {
const E = this.g_i$;
if (_ === E[0] && a === E[1]) return !0;
this.g_jh();
const i = this.g_ja,
c = i.g_hV() - 110,
e = i.g_hW() - 101,
f = i.g_hX() + 131,
g = i.g_hY() + 120;
let h = 0,
b = 0,
y = 0,
B = 0,
C = 0,
T = 0,
H = 0,
N = 0;
c < _ ? ((h = c), (y = _)) : ((h = _), (y = c)),
e < a ? ((b = e), (B = a)) : ((b = a), (B = e)),
f < _ ? ((C = f), (H = _)) : ((C = _), (H = f)),
g < a ? ((T = g), (N = a)) : ((T = a), (N = g));
let U = 0,
I = 0;
for (let t = 0, n = E.length; t < n; t += 2) {
const i = (t + 2) % n,
r = E[t],
s = E[t + 1],
d = E[i],
l = E[i + 1];
g_aO.g_eU(c, e, _, a, h, y, b, B, r, s, d, l) && ++U,
g_aO.g_eU(f, g, _, a, C, H, T, N, r, s, d, l) && ++I;
}
return 1 == U % 2 || 1 == I % 2;
}
g_jk(g, _, t) {
const s = g.g_i$,
r = this.g_i$;
if (this.g_iq(s[0] + _, s[1] + t)) return !0;
if (g.g_iq(r[0] - _, r[1] - t)) return !0;
for (let e = 0, d = r.length; e < d; e += 2) {
const g = (e + 2) % d,
u = r[e],
h = r[e + 1],
i = r[g],
c = r[g + 1];
let m = 0,
n = 0,
o = 0,
p = 0;
u < i ? ((m = u), (o = i)) : ((m = i), (o = u)),
h < c ? ((n = h), (p = c)) : ((n = c), (p = h));
for (let d = 0, a = s.length; d < a; d += 2) {
const e = (d + 2) % a,
f = s[d] + _,
g = s[d + 1] + t,
E = s[e] + _,
l = s[e + 1] + t;
if (g_aO.g_eU(u, h, i, c, m, o, n, p, f, g, E, l)) return !0;
}
}
return !1;
}
g_iS(_, a, t, s, d, e) {
if (this.g_iq(t - _, s - a)) return !0;
if (this.g_iq(d - _, e - a)) return !0;
let u = 0,
c = 0,
f = 0,
E = 0;
t < d ? ((u = t), (f = d)) : ((u = d), (f = t)),
s < e ? ((c = s), (E = e)) : ((c = e), (E = s));
const b = this.g_i$;
for (let g = 0, n = b.length; g < n; g += 2) {
const i = (g + 2) % n,
l = b[g] + _,
o = b[g + 1] + a,
p = b[i] + _,
h = b[i + 1] + a;
if (g_aO.g_eU(t, s, d, e, u, f, c, E, l, o, p, h)) return !0;
}
return !1;
}
g_iU(g) {
const _ = this.g_i$;
for (let e = 0, a = _.length; e < a; e += 2) _[e] = 2 * g - _[e];
this.g_jb = !0;
}
g_iW(g) {
const _ = this.g_i$;
for (let e = 0, a = _.length; e < a; e += 2) {
const a = e + 1;
_[a] = 2 * g - _[a];
}
this.g_jb = !0;
}
g_iX() {
const g = this.g_i$;
for (let _ = 0, e = g.length; _ < e; _ += 2) {
const e = _ + 1,
a = g[_];
(g[_] = g[e]), (g[e] = a);
}
this.g_jb = !0;
}
g_jl() {
const g = this.g_i$;
let _ = 0;
for (let e = 0, a = g.length; e < a; e += 2) _ += g[e];
return _ / this.g_je();
}
g_jm() {
const g = this.g_i$;
let _ = 0;
for (let e = 0, a = g.length; e < a; e += 2) _ += g[e + 1];
return _ / this.g_je();
}
g_jn() {
return this.g_i$;
}
g_jo() {
return this.g_je();
}
g_jp() {
return this.g_jc;
}
};
}
'use strict',
(g_aO.g_jq = class extends g_aO.g_eh {
constructor(g) {
if ((super(), (this.g_jr = new Map()), g)) for (const [_, e, a] of g) this.Set(_, e, a);
}
g_ek() {
this.g_js(), (this.g_jr = null);
}
g_js() {
const g = this.g_jr;
for (const _ of g.values()) _.clear();
g.clear();
}
Set(g, _, a) {
const t = this.g_jr;
let n = t.get(g);
n || ((n = new Map()), t.set(g, n)), n.set(_, a);
}
g_bd(g, _) {
const e = this.g_jr.get(g);
return e ? e.get(_) : e;
}
g_bc(g, _) {
const e = this.g_jr.get(g);
return !!e && e.has(_);
}
g_jt(g, _) {
const a = this.g_jr,
t = a.get(g);
if (!t) return !1;
const n = t.delete(_);
return n && 0 === t.size && a.delete(g), n;
}
g_ju(g) {
const _ = this.g_jr,
e = _.get(g);
e && (e.clear(), _.delete(g));
for (const [e, a] of _.entries()) a.delete(g) && 0 === a.size && _.delete(e);
}
g_jv() {
let g = 0;
for (const _ of this.g_jr.values()) g += _.size;
return g;
}
*values() {
for (const g of this.g_jr.values()) yield* g.values();
}
*g_jw() {
for (const [g, _] of this.g_jr.entries()) for (const e of _.keys()) yield [g, e];
}
*entries() {
for (const [g, _] of this.g_jr.entries()) for (const [e, a] of _.entries()) yield [g, e, a];
}
}),
'use strict',
(g_aO.g_jx = class extends g_aO.g_eh {
constructor() {
super(), (this.g_jy = new Set()), (this.g_jz = []), (this.g_jA = !1);
}
g_ek() {
this.g_js();
}
g_js() {
this.g_jy.clear(), g_aO.g_fz(this.g_jz), (this.g_jA = !1);
}
g_jB(g) {
this.g_jy.has(g) || (this.g_jy.add(g), !this.g_jA && this.g_jz.push(g));
}
g_bc(g) {
return this.g_jy.has(g);
}
g_jt(g) {
this.g_jy.delete(g) && (this.g_jA = !0);
}
g_jv() {
return this.g_jy.size;
}
g_jC() {
return 0 === this.g_jy.size;
}
g_jD() {
return this.g_jA && (this.g_jE(), (this.g_jA = !1)), this.g_jz;
}
g_jE() {
const g = this.g_jz;
g_aO.g_fz(g);
for (const _ of this.g_jy) g.push(_);
}
}),
'use strict',
(function () {
var _ = Math.asin,
E = Math.abs,
t = Math.sqrt,
f = Math.pow,
h = Math.sin,
g = Math.cos,
i = Math.PI;
const e = new Map(),
d = new Map(),
l = new Map(),
m = new Map(),
n = new Map();
n.set('linear', 'noease'),
n.set('default', 'noease'),
(self.g_jF = class u {
constructor() {}
static g_jG() {
return 'default';
}
static g_jH() {
return 'noease';
}
static g_jI(...g) {
return this.g_jJ(), [...d.keys()].concat([...l.keys()]).filter((_) => !g.includes(_));
}
static g_jK(g) {
return this.g_jJ(), [...d.keys()].includes(g);
}
static g_jL(g) {
this.g_jJ();
const _ = n.get(g);
return _ ? e.get(_) : e.get(g);
}
static g_jM(g) {
this.g_jJ();
const _ = this.g_jI();
return _[g];
}
static g_jN(g) {
this.g_jJ();
const _ = this.g_jI();
return _.indexOf(g);
}
static g_jJ() {
0 !== e.size ||
(this.g_jO('default', () => {}),
this.g_jO('noease', this.g_jP),
this.g_jO('easeinsine', this.g_jQ),
this.g_jO('easeoutsine', this.g_jR),
this.g_jO('easeinoutsine', this.g_jS),
this.g_jO('easeinelastic', this.g_jT),
this.g_jO('easeoutelastic', this.g_jU),
this.g_jO('easeinoutelastic', this.g_jV),
this.g_jO('easeinback', this.g_jW),
this.g_jO('easeoutback', this.g_jX),
this.g_jO('easeinoutback', this.g_jY),
this.g_jO('easeinbounce', this.g_jZ),
this.g_jO('easeoutbounce', this.g_j_),
this.g_jO('easeinoutbounce', this.g_j$),
this.g_jO('easeincubic', this.g_ka),
this.g_jO('easeoutcubic', this.g_kb),
this.g_jO('easeinoutcubic', this.g_kc),
this.g_jO('easeinquad', this.g_kd),
this.g_jO('easeoutquad', this.g_ke),
this.g_jO('easeinoutquad', this.g_kf),
this.g_jO('easeinquart', this.g_kg),
this.g_jO('easeoutquart', this.g_kh),
this.g_jO('easeinoutquart', this.g_ki),
this.g_jO('easeinquint', this.g_kj),
this.g_jO('easeoutquint', this.g_kk),
this.g_jO('easeinoutquint', this.g_kl),
this.g_jO('easeincirc', this.g_km),
this.g_jO('easeoutcirc', this.g_kn),
this.g_jO('easeinoutcirc', this.g_ko),
this.g_jO('easeinexpo', this.g_kp),
this.g_jO('easeoutexpo', this.g_kq),
this.g_jO('easeinoutexpo', this.g_kr),
this.g_ks('cubicbezier', this.g_kt),
this.g_ks('spline', this.g_ku));
}
static g_jO(g, _) {
u.g_kv(g, _, 'predefined');
}
static g_ks(g, _) {
u.g_kv(g, _, 'private');
}
static g_kw(g, _) {
this.g_jJ(), u.g_kv(g, _, 'custom');
}
static g_kx(g) {
this.g_jK(g) || [...m.keys()].includes(g) || (l.delete(g), e.delete(g));
}
static g_kv(g, _, a) {
switch ((e.set(g, _), a)) {
case 'predefined':
d.set(g, _);
break;
case 'custom':
l.set(g, _);
break;
case 'private':
m.set(g, _);
break;
default:
throw new Error('unexpected ease mode');
}
}
static g_jP(g, _, e, a) {
return (e * g) / a + _;
}
static g_kd(g, _, e, t) {
return e * (g /= t) * g + _;
}
static g_ke(g, _, e, t) {
return -e * (g /= t) * (g - 2) + _;
}
static g_kf(g, _, e, t) {
return 1 > (g /= t / 2) ? (e / 2) * g * g + _ : (-e / 2) * (--g * (g - 2) - 1) + _;
}
static g_ka(g, _, e, t) {
return e * (g /= t) * g * g + _;
}
static g_kb(g, _, e, t) {
return e * ((g = g / t - 1) * g * g + 1) + _;
}
static g_kc(g, _, e, t) {
return 1 > (g /= t / 2) ? (e / 2) * g * g * g + _ : (e / 2) * ((g -= 2) * g * g + 2) + _;
}
static g_kg(g, _, e, t) {
return e * (g /= t) * g * g * g + _;
}
static g_kh(g, _, e, t) {
return -e * ((g = g / t - 1) * g * g * g - 1) + _;
}
static g_ki(g, _, e, t) {
return 1 > (g /= t / 2)
? (e / 2) * g * g * g * g + _
: (-e / 2) * ((g -= 2) * g * g * g - 2) + _;
}
static g_kj(g, _, e, t) {
return e * (g /= t) * g * g * g * g + _;
}
static g_kk(g, _, e, t) {
return e * ((g = g / t - 1) * g * g * g * g + 1) + _;
}
static g_kl(g, _, e, t) {
return 1 > (g /= t / 2)
? (e / 2) * g * g * g * g * g + _
: (e / 2) * ((g -= 2) * g * g * g * g + 2) + _;
}
static g_jQ(_, a, e, t) {
return -e * g((_ / t) * (i / 2)) + e + a;
}
static g_jR(g, _, e, a) {
return e * h((g / a) * (i / 2)) + _;
}
static g_jS(_, a, e, t) {
return (-e / 2) * (g((i * _) / t) - 1) + a;
}
static g_kp(g, _, e, a) {
return 0 === g ? _ : e * f(2, 10 * (g / a - 1)) + _;
}
static g_kq(g, _, e, a) {
return g === a ? _ + e : e * (-f(2, (-10 * g) / a) + 1) + _;
}
static g_kr(g, _, e, t) {
return 0 === g
? _
: g === t
? _ + e
: 1 > (g /= t / 2)
? (e / 2) * f(2, 10 * (g - 1)) + _
: (e / 2) * (-f(2, -10 * --g) + 2) + _;
}
static g_km(g, _, e, n) {
return -e * (t(1 - (g /= n) * g) - 1) + _;
}
static g_kn(g, _, e, n) {
return e * t(1 - (g = g / n - 1) * g) + _;
}
static g_ko(g, _, e, n) {
return 1 > (g /= n / 2)
? (-e / 2) * (t(1 - g * g) - 1) + _
: (e / 2) * (t(1 - (g -= 2) * g) + 1) + _;
}
static g_jT(e, a, t, n) {
let r = 1.70158,
s = 0,
o = t;
return 0 === e
? a
: 1 === (e /= n)
? a + t
: (s || (s = 0.3 * n),
o < E(t) ? ((o = t), (r = s / 4)) : (r = (s / (2 * i)) * _(t / o)),
-(o * f(2, 10 * (e -= 1)) * h(((e * n - r) * (2 * i)) / s)) + a);
}
static g_jU(e, a, t, n) {
let r = 1.70158,
s = 0,
o = t;
return 0 === e
? a
: 1 === (e /= n)
? a + t
: (s || (s = 0.3 * n),
o < E(t) ? ((o = t), (r = s / 4)) : (r = (s / (2 * i)) * _(t / o)),
o * f(2, -10 * e) * h(((e * n - r) * (2 * i)) / s) + t + a);
}
static g_jV(e, a, t, n) {
let r = 1.70158,
s = 0,
o = t;
return 0 === e
? a
: 2 == (e /= n / 2)
? a + t
: (s || (s = n * (0.3 * 1.5)),
o < E(t) ? ((o = t), (r = s / 4)) : (r = (s / (2 * i)) * _(t / o)),
1 > e
? -0.5 * (o * f(2, 10 * (e -= 1)) * h(((e * n - r) * (2 * i)) / s)) + a
: 0.5 * (o * f(2, -10 * (e -= 1)) * h(((e * n - r) * (2 * i)) / s)) + t + a);
}
static g_jW(g, _, e, t, n) {
return void 0 === n && (n = 1.70158), e * (g /= t) * g * ((n + 1) * g - n) + _;
}
static g_jX(g, _, e, t, n) {
return (
void 0 === n && (n = 1.70158), e * ((g = g / t - 1) * g * ((n + 1) * g + n) + 1) + _
);
}
static g_jY(g, _, e, t, n) {
return (
void 0 === n && (n = 1.70158),
1 > (g /= t / 2)
? (e / 2) * (g * g * (((n *= 1.525) + 1) * g - n)) + _
: (e / 2) * ((g -= 2) * g * (((n *= 1.525) + 1) * g + n) + 2) + _
);
}
static g_jZ(g, _, e, a) {
return e - u.g_j_(a - g, 0, e, a) + _;
}
static g_j_(g, _, e, t) {
return (g /= t) < 1 / 2.75
? e * (7.5625 * g * g) + _
: g < 2 / 2.75
? e * (7.5625 * (g -= 1.5 / 2.75) * g + 0.75) + _
: g < 2.5 / 2.75
? e * (7.5625 * (g -= 2.25 / 2.75) * g + 0.9375) + _
: e * (7.5625 * (g -= 2.625 / 2.75) * g + 0.984375) + _;
}
static g_j$(g, _, e, a) {
return g < a / 2
? 0.5 * u.g_jZ(2 * g, 0, e, a) + _
: 0.5 * u.g_j_(2 * g - a, 0, e, a) + 0.5 * e + _;
}
static g_kt(g, _, a, t, n) {
return (
_ + 3 * g * (a - _) + 3 * g ** 2 * (_ + t - 2 * a) + g ** 3 * (n - _ + 3 * a - 3 * t)
);
}
static g_ku(_, t, e, d, g, u, i, h, c, l) {
const f = s(_, t, d, u, h, l),
n = B(e, g, i, c),
o = r(e, g, i, c),
p = a(e, g, i, c);
return C(f, n, o, p);
}
static g_ky(_, t, e, n) {
const g = [],
i = B(_, t, e, n),
s = r(_, t, e, n),
d = a(_, t, e, n);
for (let r = 0; r < o; ++r) {
const _ = C(r * y, i, s, d);
g.push(_);
}
return g;
}
});
const o = 11,
y = 1 / 10,
B = (g, _, e, a) => a - 3 * e + 3 * _ - g,
r = (g, _, e) => 3 * e - 6 * _ + 3 * g,
a = (g, _) => 3 * (_ - g),
C = (g, _, e, a) => ((_ * g + e) * g + a) * g,
c = (g, _, e, a) => 3 * _ * g * g + 2 * e * g + a,
s = (_, s, e, g, d, i) => {
if (1 == _) return 1;
let f = 0,
h = 1,
b = i[h],
T = i[10];
for (; 10 != h && b <= _; ) h++, (b = i[h]), (f += y);
h--, (b = i[h]);
const n = (_ - b) / (i[h + 1] - b);
let o = f + n * y;
const H = B(s, e, g, d),
t = r(s, e, g, d),
u = a(s, e, g, d),
v = c(o, H, t, u);
if (0 === v) return o;
if (0.02 <= v) {
for (let g = 0; 4 > g; ++g) {
const g = C(o, H, t, u) - _,
e = c(o, H, t, u);
o -= g / e;
}
return o;
} else {
let n = f,
e = f + y,
g = 0,
r,
a;
do {
o = n + (e - n) / 2;
let s = C(o, H, t, u) - _;
0 < s ? (e = o) : (n = o), (r = 1e-7 < E(s)), (a = 10 > ++g);
} while (r && a);
return o;
}
};
})(),
'use strict';
{
function g(g) {
if (!g_aO.g_cO(g));
}
g_aO.g_kz = class {
constructor() {
(this.g_kA = []), (this.g_kB = 0);
}
g_ek() {
this.g_js(), (this.g_kA = null);
}
g_js() {
g_aO.g_fA(this.g_kA), (this.g_kB = 0);
}
g_kC() {
return this.g_kB;
}
g_kD(g = Math.random() * this.g_kC()) {
let _ = 0;
for (const [e, a] of this.g_kA) if (((_ += e), g < _)) return a;
return 0;
}
g_kE(_, e) {
g(e), (this.g_kB += _), this.g_kA.push([_, e]);
}
g_kF(_, t) {
g(t);
for (let g = 0; g < this.g_kA.length; g++) {
const a = this.g_kA[g],
n = 0 === _ || a[0] === _,
e = a[1] === t;
if (n && e) {
this.g_kA.splice(g, 1), (this.g_kB -= a[0]);
break;
}
}
}
g_kG() {
return JSON.stringify(this.g_kA);
}
static g_kH(g) {
const _ = new g_aO.g_kz(),
e = JSON.parse(g);
for (const t of e) {
const g = t[0],
e = t[1];
_.g_kE(g, e);
}
return _;
}
};
}
'use strict',
(g_aO.Event = class {
constructor(g, _) {
(this.type = g),
(this.cancelable = !!_),
(this.defaultPrevented = !1),
(this.g_kI = !1),
(this.g_kJ = !1);
}
preventDefault() {
if (!this.cancelable) throw new Error(`event '${this.type}' is not cancelable`);
this.defaultPrevented = !0;
}
stopPropagation() {
if (!this.cancelable) throw new Error(`event '${this.type}' cannot be stopped`);
if (this.g_kJ) throw new Error(`cannot stop async event '${this.type}' propagation`);
this.g_kI = !0;
}
}),
'use strict',
(g_aO.Event.g_kK = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_kL = g),
(this.g_kM = []),
(this.g_kN = new Set()),
(this.g_kO = []),
(this.g_kP = new Set()),
(this.g_kQ = 0),
(this.g_kR = []),
(this.g_kS = []),
(this.g_kT = []);
}
g_ek() {
0 < this.g_kQ ||
(g_aO.g_fz(this.g_kM),
this.g_kN.clear(),
g_aO.g_fz(this.g_kO),
this.g_kP.clear(),
g_aO.g_fz(this.g_kR),
g_aO.g_fz(this.g_kS),
g_aO.g_fz(this.g_kT),
g_aO.g_ek(this));
}
g_kU(g, _) {
if (this.g_kV()) return void this.g_kR.push([g, _]);
if (_) {
if (this.g_kN.has(g)) return;
this.g_kM.push(g), this.g_kN.add(g);
} else {
if (this.g_kP.has(g)) return;
this.g_kO.push(g), this.g_kP.add(g);
}
}
g_kW(g, _) {
return this.g_kV()
? void (_ ? this.g_kS.push(g) : this.g_kT.push(g))
: void (_
? this.g_kN.has(g) && (this.g_kN.delete(g), g_aO.g_fF(this.g_kM, g))
: this.g_kP.has(g) && (this.g_kP.delete(g), g_aO.g_fF(this.g_kO, g)));
}
g_kX() {
return !this.g_kM.length && !this.g_kO.length;
}
g_kV() {
return 0 < this.g_kQ;
}
g_kY() {
for (let g of this.g_kR) this.g_kU(...g);
g_aO.g_fz(this.g_kR);
for (const g of this.g_kT) this.g_kP.delete(g);
for (const g of this.g_kS) this.g_kN.delete(g);
const g = new Set(this.g_kT),
_ = new Set(this.g_kS);
g_aO.g_fI(this.g_kO, g), g_aO.g_fI(this.g_kM, _), g_aO.g_fz(this.g_kS), g_aO.g_fz(this.g_kT);
}
g_kZ(g) {
this.g_k_();
let _ = !1;
for (let e = 0, a = this.g_kM.length; e < a; ++e)
if ((this.g_kM[e](g), g.g_kI)) {
_ = !0;
break;
}
if (!_) for (let _ = 0, e = this.g_kO.length; _ < e && (this.g_kO[_](g), !g.g_kI); ++_);
return this.g_k$(), !g.defaultPrevented;
}
g_la(g) {
this.g_k_();
for (let _ = 0, e = this.g_kM.length; _ < e; ++_) this.g_kM[_](g);
for (let _ = 0, e = this.g_kO.length; _ < e; ++_) this.g_kO[_](g);
return this.g_k$(), !0;
}
g_k_() {
this.g_kQ++;
}
g_k$() {
this.g_kQ--,
0 === this.g_kQ &&
(this.g_kR.length || this.g_kS.length || this.g_kT.length) &&
this.g_kY();
}
g_lb(g) {
g ? this.g_k_() : this.g_k$();
}
g_lc(g) {
let _ = [];
for (let a = 0, t = this.g_kM.length, e; a < t; ++a)
(e = this.g_kM[a]), _.push(g_aO.g_gl(() => e(g)));
for (let a = 0, t = this.g_kO.length, e; a < t; ++a)
(e = this.g_kO[a]), _.push(g_aO.g_gl(() => e(g)));
return Promise.all(_).then(() => !g.defaultPrevented);
}
g_ld(g) {
const _ = [];
this.g_k_();
for (let e = 0, a = this.g_kM.length; e < a; ++e) {
const a = this.g_kM[e](g);
a instanceof Promise && _.push(a);
}
for (let e = 0, a = this.g_kO.length; e < a; ++e) {
const a = this.g_kO[e](g);
a instanceof Promise && _.push(a);
}
return (
this.g_k$(), _.length ? Promise.all(_).then(() => !g.defaultPrevented) : !g.defaultPrevented
);
}
async g_le(g) {
return await this.g_ld(g);
}
async g_lf(g) {
this.g_k_();
for (let _ = 0, e = this.g_kM.length; _ < e; ++_) {
const e = this.g_kM[_](g);
e instanceof Promise && (await e);
}
for (let _ = 0, e = this.g_kO.length; _ < e; ++_) {
const e = this.g_kO[_](g);
e instanceof Promise && (await e);
}
return this.g_k$(), !g.defaultPrevented;
}
*g_lg(g) {
this.g_k_();
for (let _ = 0, e = this.g_kM.length; _ < e; ++_) {
const e = this.g_kM[_](g);
g_aO.g_gA(e) && (yield* e);
}
for (let _ = 0, e = this.g_kO.length; _ < e; ++_) {
const e = this.g_kO[_](g);
g_aO.g_gA(e) && (yield* e);
}
this.g_k$();
}
}),
'use strict',
(g_aO.Event.g_lh = class extends g_aO.g_eh {
constructor() {
super(), (this.g_li = new Map()), (this.g_lj = !1);
}
g_ek() {
if (this.g_lj) throw new Error('already released');
this.g_lk(), (this.g_lj = !0), g_aO.g_ek(this);
}
g_el() {
return this.g_lj;
}
g_lk() {
for (let g of this.g_li.values()) g.g_ek();
this.g_li.clear();
}
g_ll(g, _) {
let e = this.g_li.get(g);
return e ? e : _ ? ((e = g_aO.g_ej(g_aO.Event.g_kK, g)), this.g_li.set(g, e), e) : null;
}
addEventListener(g, _, e) {
let a = this.g_ll(g, !0);
a.g_kU(_, !!e);
}
removeEventListener(g, _, e) {
let a = this.g_ll(g, !1);
a && (a.g_kW(_, !!e), a.g_kX() && this.g_li.delete(g));
}
dispatchEvent(g) {
const _ = this.g_ll(g.type, !1);
return !_ || (g.cancelable ? _.g_kZ(g) : _.g_la(g));
}
g_lm(g) {
const _ = this.g_ll(g.type, !1);
return _ ? ((g.g_kJ = !0), _.g_lc(g)) : Promise.resolve(!0);
}
async g_ln(g) {
const _ = this.g_ll(g.type, !1);
if (!_) return !0;
this.g_li.delete(g.type), (g.g_kJ = !0);
const e = await _.g_lc(g);
return _.g_ek(), e;
}
async g_lo(g) {
const _ = this.g_ll(g.type, !1);
return !_ || (await _.g_le(g));
}
g_lp(g) {
const _ = this.g_ll(g.type, !1);
return !_ || _.g_ld(g);
}
async g_lq(g) {
const _ = this.g_ll(g.type, !1);
return !_ || (await _.g_lf(g));
}
g_lr(g) {
const _ = this.g_ll(g.type, !1);
if (!_) return null;
if (g.cancelable) throw new Error('not supported');
else return _.g_lg(g);
}
g_lb(g) {
for (const _ of this.g_li.values()) _.g_lb(g);
}
}),
'use strict';
{
function _(g) {
o = s && 0 === i ? requestIdleCallback(t, { timeout: e }) : setTimeout(t, 0 < i ? 1 : g);
}
function t(e) {
if (((o = -1), !g.length)) return;
let t = performance.now(),
d = t,
u = 0,
p = 0;
do a(g.shift()), (d = performance.now()), ++u, (p = 1.1 * ((d - t) / u));
while (
g.length &&
(s && 0 === i && 'undefined' != typeof e ? p < e.timeRemaining() : d - t + p < n)
);
if (-1 === o && g.length) {
let g = d - t,
e = Math.max(r - g, 4);
_(e);
}
}
function a(g) {
let _;
try {
_ = g.g_ls();
} catch (_) {
return void g.reject(_);
}
g.resolve(_);
}
const n = 12,
r = 16,
e = 35,
s = 'undefined' != typeof requestIdleCallback;
let g = [],
o = -1,
i = 0,
l = g_aO.g_bg.g_bc('disable-asyncify');
l &&
console.warn(
'[Asyncify] Asyncify has been disabled due to disable-asyncify in the query string. Some work will now be done synchronously.'
),
(g_aO.g_gl = function (t) {
let n = null;
return (
g_aO.g_aW && (n = g_aO.g_cD()),
new Promise(
(i, e) => (
g.push({ g_ls: t, resolve: i, reject: e, stack: n }),
l ? void a(g.pop()) : void (-1 === o && _(16))
)
)
);
}),
(g_aO.g_gl.g_lt = function (g) {
if (g) ++i;
else if ((--i, 0 > i)) throw new Error('already turned off high throughput mode');
});
}
{
function _() {
a = -1;
}
function t() {
(r = -1), (s = -1);
let _ = Date.now();
for (let e of g)
if (e.g_lu(_)) {
let g = e.g_lv();
(-1 === s || g < s) && (s = g);
} else g.delete(e);
if (-1 !== s) {
let g = Math.max(s - _ + i, n);
r = self.setTimeout(t, g);
}
}
const n = 1e3,
i = 100;
let a = -1;
g_aO.g_lw = function () {
return -1 === a && ((a = Date.now()), self.setTimeout(_, 16)), a;
};
let r = -1,
s = -1,
g = new Set();
g_aO.g_lx = class {
constructor(g, _) {
(this.g_ly = g), (this.g_lz = 1e3 * _), (this.g_lA = 0), (this.g_lB = !1);
}
g_lC() {
let _ = g_aO.g_lw();
(this.g_lA = _ + this.g_lz),
this.g_lB || (g.add(this), (this.g_lB = !0)),
-1 === r
? ((s = this.g_lA), (r = self.setTimeout(t, this.g_lz + 100)))
: this.g_lA < s &&
s > _ + n &&
(self.clearTimeout(r), (s = this.g_lA), (r = self.setTimeout(t, this.g_lz + 100)));
}
g_lu(g) {
return (
!(g >= this.g_lA) ||
(this.g_ly() ? ((this.g_lA = g + this.g_lz), !0) : ((this.g_lB = !1), !1))
);
}
g_lv() {
return this.g_lA;
}
g_lD() {
this.g_lB &&
(g.delete(this),
(this.g_lB = !1),
0 === g.size && -1 !== r && (self.clearTimeout(r), (r = -1), (s = -1)));
}
g_ek() {
this.g_lD(), (this.g_ly = null);
}
};
}
'use strict',
(g_aO.g_lE = class g {
constructor(g) {
(this.g_lF = !1), (this.g_lG = g);
}
g_lH() {
this.g_lF || ((this.g_lF = !0), this.g_lG && (this.g_lG(), (this.g_lG = null)));
}
g_lI() {
return this.g_lF;
}
g_ek() {
this.g_lH();
}
static g_ek(_) {
return new g(() => _.g_ek());
}
static g_lJ(g, _, a, t, n) {
if ('undefined' == typeof t || null === t) t = !1;
else if ('boolean' != typeof t && 'object' != typeof t)
throw new TypeError('invalid event listener options');
if ((n && (a = a.bind(n)), _.includes(' '))) {
_ = _.split(' ');
const n = new g_aO.g_lK();
for (let e of _)
g.addEventListener(e, a, t),
n.g_jB(g_aO.g_ej(g_aO.g_lE, () => g.removeEventListener(e, a, t)));
return n;
}
return (
g.addEventListener(_, a, t), g_aO.g_ej(g_aO.g_lE, () => g.removeEventListener(_, a, t))
);
}
}),
(g_aO.g_lL = class extends g_aO.g_lE {
g_lM(g) {
this.g_lG = g;
}
}),
(g_aO.g_lK = class extends g_aO.g_lE {
constructor(...g) {
super(), (this.g_lN = new Set());
for (let _ of g) this.g_jB(_);
}
g_jB(...g) {
if (this.g_lF) throw new Error('already disposed');
for (let _ of g) this.g_lN.add(_);
}
g_lO(g) {
if (this.g_lF) throw new Error('already disposed');
this.g_lN.delete(g);
}
g_lP() {
if (this.g_lF) throw new Error('already disposed');
if (this.g_lN) {
for (let g of this.g_lN) g.g_lH();
this.g_lN.clear();
}
}
g_lI() {
return this.g_lF;
}
g_lH() {
if (this.g_lF) throw new Error('already disposed');
this.g_lF = !0;
for (let g of this.g_lN) g.g_lH();
this.g_lN.clear(), (this.g_lN = null);
}
g_ek() {
this.g_lH();
}
}),
'use strict',
(g_aO.g_lQ = class extends g_aO.g_eh {
constructor() {
super(), (this.g_lR = 0), (this.g_hC = 0), (this.g_lS = 0), (this.g_lT = 0);
}
g_jB(g) {
(g = +g),
(this.g_hC = g - this.g_lR),
(this.g_lS = this.g_lT + this.g_hC),
(this.g_lR = this.g_lS - this.g_lT - this.g_hC),
(this.g_lT = this.g_lS);
}
g_lU(g) {
this.g_lT -= +g;
}
g_bd() {
return this.g_lT;
}
g_lC() {
(this.g_lR = 0), (this.g_hC = 0), (this.g_lS = 0), (this.g_lT = 0);
}
Set(g) {
(this.g_lR = 0), (this.g_hC = 0), (this.g_lS = 0), (this.g_lT = +g);
}
g_ek() {}
}),
'use strict';
{
const g = {};
(g.g_lV = function (g) {
(this.g_lW = g),
(this.right = this.g_lW.g_lX),
(this.left = this.g_lW.g_lX),
(this.parent = null),
(this.color = !1),
(this.key = null);
}),
(g.g_lY = function (_) {
(this.size = 0),
(this.g_lX = new g.g_lV(this)),
(this.g_lX.color = !1),
(this.root = this.g_lX),
(this.root.parent = this.g_lX),
(this.compare = _ || this.g_lZ);
}),
(g.g_lY.prototype.g_lZ = function (g, _) {
return g < _ ? -1 : _ < g ? 1 : 0;
}),
(g.g_lY.prototype.clone = function () {
var _ = new g.g_lY(this.compare);
return _.g_l_(this), _;
}),
(g.g_lY.prototype.clear = function () {
(this.size = 0),
(this.g_lX = new g.g_lV(this)),
(this.g_lX.color = !1),
(this.root = this.g_lX),
(this.root.parent = this.g_lX);
}),
(g.g_lY.prototype.g_l$ = function (g) {
var _ = g.right;
(g.right = _.left),
_.left != this.g_lX && (_.left.parent = g),
(_.parent = g.parent),
g.parent == this.g_lX
? (this.root = _)
: g == g.parent.left
? (g.parent.left = _)
: (g.parent.right = _),
(_.left = g),
(g.parent = _);
}),
(g.g_lY.prototype.g_ma = function (g) {
var _ = g.left;
(g.left = _.right),
_.right != this.g_lX && (_.right.parent = g),
(_.parent = g.parent),
g.parent == this.g_lX
? (this.root = _)
: g == g.parent.right
? (g.parent.right = _)
: (g.parent.left = _),
(_.right = g),
(g.parent = _);
}),
(g.g_lY.prototype.g_mb = function (_) {
if (!this.contains(_)) {
var a = new g.g_lV(this);
a.key = _;
for (var t = this.g_lX, n = this.root; n != this.g_lX; )
(t = n), (n = 0 > this.compare(a.key, n.key) ? n.left : n.right);
(a.parent = t),
t == this.g_lX
? (this.root = a)
: 0 > this.compare(a.key, t.key)
? (t.left = a)
: (t.right = a),
(a.left = this.g_lX),
(a.right = this.g_lX),
(a.color = !0),
this.g_mc(a),
this.size++;
} else {
var i = this.g_md(_);
i.key = _;
}
}),
(g.g_lY.prototype.g_mc = function (g) {
for (; g != this.g_lX && g != this.root && !0 == g.parent.color; )
if (g.parent == g.parent.parent.left) {
var _ = g.parent.parent.right;
!0 == _.color
? ((g.parent.color = !1),
(_.color = !1),
(g.parent.parent.color = !0),
(g = g.parent.parent))
: (g == g.parent.right && ((g = g.parent), this.g_l$(g)),
(g.parent.color = !1),
(g.parent.parent.color = !0),
g.parent.parent != this.g_lX && this.g_ma(g.parent.parent));
} else {
var _ = g.parent.parent.left;
!0 == _.color
? ((g.parent.color = !1),
(_.color = !1),
(g.parent.parent.color = !0),
(g = g.parent.parent))
: (g == g.parent.left && ((g = g.parent), this.g_ma(g)),
(g.parent.color = !1),
(g.parent.parent.color = !0),
g.parent.parent != this.g_lX && this.g_l$(g.parent.parent));
}
this.root.color = !1;
}),
(g.g_lY.prototype.g_me = function (g) {
var _, e;
(_ = g.left == this.g_lX || g.right == this.g_lX ? g : this.g_mf(g)),
(e = _.left == this.g_lX ? _.right : _.left),
(e.parent = _.parent),
_.parent == this.g_lX
? (this.root = e)
: _ == _.parent.left
? (_.parent.left = e)
: (_.parent.right = e),
_ != g && (g.key = _.key),
!1 == _.color && this.g_mg(e),
this.size--;
}),
(g.g_lY.prototype.g_mg = function (g) {
for (; g != this.root && !1 == g.color; )
if (g == g.parent.left) {
var _ = g.parent.right;
!0 == _.color &&
((_.color = !1), (g.parent.color = !0), this.g_l$(g.parent), (_ = g.parent.right)),
!1 == _.left.color && !1 == _.right.color
? ((_.color = !0), (g = g.parent))
: (!1 == _.right.color &&
((_.left.color = !1), (_.color = !0), this.g_ma(_), (_ = g.parent.right)),
(_.color = g.parent.color),
(g.parent.color = !1),
(_.right.color = !1),
this.g_l$(g.parent),
(g = this.root));
} else {
var _ = g.parent.left;
!0 == _.color &&
((_.color = !1), (g.parent.color = !0), this.g_ma(g.parent), (_ = g.parent.left)),
!1 == _.right.color && !1 == _.left.color
? ((_.color = !0), (g = g.parent))
: (!1 == _.left.color &&
((_.right.color = !1), (_.color = !0), this.g_l$(_), (_ = g.parent.left)),
(_.color = g.parent.color),
(g.parent.color = !1),
(_.left.color = !1),
this.g_ma(g.parent),
(g = this.root));
}
g.color = !1;
}),
(g.g_lY.prototype.remove = function (g) {
var _ = this.g_md(g);
if (_ != this.g_lX) {
var e = _.key;
return this.g_me(_), e;
}
return null;
}),
(g.g_lY.prototype.g_mh = function (g, _) {
this.remove(_);
}),
(g.g_lY.prototype.min = function (g) {
for (; g.left != this.g_lX; ) g = g.left;
return g;
}),
(g.g_lY.prototype.max = function (g) {
for (; g.right != this.g_lX; ) g = g.right;
return g;
}),
(g.g_lY.prototype.g_mf = function (g) {
if (g.right != this.g_lX) return this.min(g.right);
for (var _ = g.parent; _ != this.g_lX && g == _.right; ) (g = _), (_ = _.parent);
return _;
}),
(g.g_lY.prototype.g_mi = function (g) {
if (g.left != this.g_lX) return this.max(g.left);
for (var _ = g.parent; _ != this.g_lX && g == _.left; ) (g = _), (_ = _.parent);
return _;
}),
(g.g_lY.prototype.g_mj = function (g) {
if (0 < this.size) {
var _ = this.g_md(g);
if (_ == this.g_lX) return null;
if (_.right != this.g_lX) return this.min(_.right).key;
for (var e = _.parent; e != this.g_lX && _ == e.right; ) (_ = e), (e = e.parent);
return e == this.g_lX ? null : e.key;
}
return null;
}),
(g.g_lY.prototype.g_mk = function (g) {
if (0 < this.size) {
var _ = this.g_md(g);
if (_ == this.g_lX) return null;
if (_.left != this.g_lX) return this.max(_.left).key;
for (var e = _.parent; e != this.g_lX && _ == e.left; ) (_ = e), (e = e.parent);
return e == this.g_lX ? null : e.key;
}
return null;
}),
(g.g_lY.prototype.g_ml = function () {
return this.min(this.root).key;
}),
(g.g_lY.prototype.g_mm = function () {
return this.max(this.root).key;
}),
(g.g_lY.prototype.g_md = function (g) {
for (var _ = this.root; _ != this.g_lX && 0 != this.compare(_.key, g); )
_ = 0 > this.compare(g, _.key) ? _.left : _.right;
return _;
}),
(g.g_lY.prototype.contains = function (g) {
return null != this.g_md(g).key;
}),
(g.g_lY.prototype.getValues = function () {
var g = [];
return (
this.forEach(function (_) {
g.push(_);
}),
g
);
}),
(g.g_lY.prototype.g_l_ = function (_) {
if ('array' == g.g_mn(_)) for (var a = 0; a < _.length; a++) this.g_mb(_[a]);
else if ('function' == g.g_mn(_.forEach)) _.forEach(this.g_mb, this);
else if ('function' == g.g_mn(_.getValues))
for (var t = _.getValues(), a = 0; a < t.length; a++) this.g_mb(t[a]);
else if ('object' == g.g_mn(_)) for (var n in _) this.g_mb(_[n]);
}),
(g.g_lY.prototype.g_mo = function (_) {
if ('array' == g.g_mn(_)) for (var a = 0; a < _.length; a++) this.remove(_[a]);
else if ('function' == g.g_mn(_.forEach)) _.forEach(this.g_mh, this);
else if ('function' == g.g_mn(_.getValues))
for (var t = _.getValues(), a = 0; a < t.length; a++) this.remove(t[a]);
else if ('object' == g.g_mn(_)) for (var n in _) this.remove(_[n]);
}),
(g.g_lY.prototype.g_mp = function (_) {
if ('array' == g.g_mn(_)) {
for (var a = 0; a < _.length; a++) if (!this.contains(_[a])) return !1;
return !0;
}
if ('function' == g.g_mn(_.forEach)) return _.every(this.contains, this);
if ('function' == g.g_mn(_.getValues)) {
for (var t = _.getValues(), a = 0; a < t.length; a++) if (!this.contains(t[a])) return !1;
return !0;
}
if ('object' == g.g_mn(_)) {
for (var n in _) if (!this.contains(_[n])) return !1;
return !0;
}
}),
(g.g_lY.prototype.range = function (g, _) {
var e = [];
return (
this.g_mq(
function (g) {
e.push(g);
},
g,
_
),
e
);
}),
(g.g_lY.prototype.g_mr = function (g, _) {
if (!this.g_ms())
for (var e = this.min(this.root); e != this.g_lX; ) {
if (g.call(_, e.key, this)) return;
e = this.g_mf(e);
}
}),
(g.g_lY.prototype.g_mt = function (g, _, e) {
if (!this.g_ms())
for (var a = this.g_md(_); a != this.g_lX; ) {
if (g.call(e, a.key, this)) return;
a = this.g_mf(a);
}
}),
(g.g_lY.prototype.g_mu = function (g, _, a) {
if (!this.g_ms())
for (var t = this.min(this.root), n = this.g_md(_); t != n; ) {
if (g.call(a, t.key, this)) return;
t = this.g_mf(t);
}
}),
(g.g_lY.prototype.g_mq = function (g, _, a, t) {
if (!this.g_ms())
for (var n = this.g_md(_), i = this.g_md(a); n != i; ) {
if (g.call(t, n.key, this)) return;
n = this.g_mf(n);
}
}),
(g.g_lY.prototype.g_mv = function (g, _) {
if (!this.g_ms())
for (var e = this.max(this.root); e != this.g_lX; ) {
if (g.call(_, e.key, this)) return;
e = this.g_mi(e);
}
}),
(g.g_lY.prototype.forEach = function (g, _) {
if (!this.g_ms())
for (var e = this.min(this.root); e != this.g_lX; e = this.g_mf(e))
g.call(_, e.key, e.key, this);
}),
(g.g_lY.prototype.some = function (g, _) {
if (this.g_ms()) return !1;
for (var e = this.min(this.root); e != this.g_lX; e = this.g_mf(e))
if (g.call(_, e.key, e.key, this)) return !0;
return !1;
}),
(g.g_lY.prototype.every = function (g, _) {
if (this.g_ms()) return !1;
for (var e = this.min(this.root); e != this.g_lX; e = this.g_mf(e))
if (!g.call(_, e.key, e.key, this)) return !1;
return !0;
}),
(g.g_lY.prototype.map = function (g, _) {
var e = [];
if (this.g_ms()) return e;
for (var a = this.min(this.root); a != this.g_lX; a = this.g_mf(a))
e.push(g.call(_, a.key, a.key, this));
return e;
}),
(g.g_lY.prototype.filter = function (g, _) {
var e = [];
if (this.g_ms()) return e;
for (var a = this.min(this.root); a != this.g_lX; a = this.g_mf(a))
g.call(_, a.key, a.key, this) && e.push(a.key);
return e;
}),
(g.g_lY.prototype.g_mw = function () {
return this.size;
}),
(g.g_lY.prototype.g_ms = function () {
return 0 == this.size;
}),
(g.g_lY.prototype.g_mx = function (_) {
var a = g.g_mw(_);
if (this.g_mw() > a) return !1;
var t = 0;
if (this.g_ms()) return !0;
for (var n = this.min(this.root); n != this.g_lX; n = this.g_mf(n))
g.contains.call(_, _, n.key) && t++;
return t == this.g_mw();
}),
(g.g_lY.prototype.g_my = function (_) {
var e = new g.g_lY(this.compare);
if (this.g_ms()) return e;
for (var a = this.min(this.root); a != this.g_lX; a = this.g_mf(a))
_.contains.call(_, a.key, a.key, this) && e.g_mb(a.key);
return e;
}),
(g_aO.g_lY = class extends g_aO.g_eh {
constructor(_) {
super(),
(this.g_mz = new g.g_lY(_)),
(this.g_mA = !1),
(this.g_mB = new Set()),
(this.g_mC = new Set());
}
g_jB(g) {
this.g_mA
? this.g_mz.contains(g)
? this.g_mC.delete(g)
: this.g_mB.add(g)
: this.g_mz.g_mb(g);
}
g_lO(g) {
this.g_mA
? this.g_mz.contains(g)
? this.g_mC.add(g)
: this.g_mB.delete(g)
: this.g_mz.remove(g);
}
g_bc(g) {
return this.g_mA
? !!this.g_mB.has(g) || (!this.g_mC.has(g) && this.g_mz.contains(g))
: this.g_mz.contains(g);
}
g_js() {
this.g_mz.clear(), this.g_mB.clear(), this.g_mC.clear();
}
toArray() {
if (this.g_mA) throw new Error('cannot be used in queueing mode');
return this.g_mz.getValues();
}
g_jv() {
return this.g_mz.g_mw() + this.g_mB.size - this.g_mC.size;
}
g_jC() {
return 0 === this.g_jv();
}
g_mD() {
if (this.g_jC()) throw new Error('empty set');
if (this.g_mA) throw new Error('cannot be used in queueing mode');
const g = this.g_mz,
_ = g.min(g.root);
return _.key;
}
g_mE() {
if (this.g_jC()) throw new Error('empty set');
if (this.g_mA) throw new Error('cannot be used in queueing mode');
const g = this.g_mD();
return this.g_lO(g), g;
}
g_mF(g) {
if (((g = !!g), this.g_mA !== g) && ((this.g_mA = g), !g)) {
for (const g of this.g_mC) this.g_mz.remove(g);
this.g_mC.clear();
for (const g of this.g_mB) this.g_mz.g_mb(g);
this.g_mB.clear();
}
}
g_mG(g) {
this.g_mz.forEach(g);
}
*values() {
if (!this.g_jC()) {
const g = this.g_mz;
for (let _ = g.min(g.root); _ != g.g_lX; _ = g.g_mf(_)) yield _.key;
}
}
[Symbol.iterator]() {
return this.values();
}
});
}
'use strict',
(g_aO.g_mH = class {
constructor(g = g_aO.hardwareConcurrency) {
(this.g_mI = g), (this.g_mJ = []), (this.g_mK = 0);
}
g_jB(g) {
return new Promise((_, e) => {
this.g_mJ.push({ g_ls: g, resolve: _, reject: e }), this.g_mL();
});
}
g_mM(g) {
for (let _ = 0, e = this.g_mJ.length; _ < e; ++_) if (this.g_mJ[_].g_ls === g) return _;
return -1;
}
g_mN(g, _) {
const e = this.g_mM(g);
if (-1 === e) throw new Error('cannot find promise to resolve');
this.g_mJ[e].resolve(_), this.g_mJ.splice(e, 1);
}
g_mO(g, _) {
const e = this.g_mM(g);
if (-1 === e) throw new Error('cannot find promise to reject');
this.g_mJ[e].reject(_), this.g_mJ.splice(e, 1);
}
async g_mL() {
if (this.g_mJ.length && !(this.g_mK >= this.g_mI)) {
this.g_mK++;
const g = this.g_mJ.shift();
try {
const _ = await g.g_ls();
g.resolve(_);
} catch (_) {
g.reject(_);
}
this.g_mK--, this.g_mL();
}
}
static async g_mP(g, _) {
const t = [];
let n = !1;
const i = async () => {
for (let g; (g = _.pop()); ) {
if (n) return;
try {
t.push(await g());
} catch (g) {
throw ((n = !0), g);
}
}
},
e = [];
for (; g--; ) e.push(i());
return await Promise.all(e), t;
}
}),
'use strict',
(g_aO.g_mQ = class {
constructor(g, _, e) {
(this.g_ly = g),
(this.g_mR = _),
(this.g_mS = e || 2 * _),
(this.g_mT = -1),
(this.g_mU = -Infinity),
(this.g_mV = () => this.g_mW()),
(this.g_mX = !1),
(this.g_mY = !1),
(this.g_mZ = null);
}
g_m_(g) {
this.g_mY = !!g;
}
g_m$() {
return 'undefined' != typeof g_aO.g_na && g_aO.g_na.g_nb() ? this.g_mS : this.g_mR;
}
g_nc(...g) {
if (-1 === this.g_mT) {
this.g_mZ = g;
let _ = g_aO.g_lw(),
e = _ - this.g_mU,
a = this.g_m$();
e >= a && this.g_mY
? ((this.g_mU = _), this.g_nd())
: (this.g_mT = self.setTimeout(this.g_mV, Math.max(a - e, 4)));
}
}
g_nd() {
this.g_mX = !0;
const g = this.g_mZ;
(this.g_mZ = null), g ? this.g_ly(...g) : this.g_ly(), (this.g_mX = !1);
}
g_lC() {
this.g_mX || (this.g_ne(), (this.g_mZ = null), (this.g_mU = g_aO.g_lw()));
}
g_mW() {
(this.g_mT = -1), (this.g_mU = g_aO.g_lw()), this.g_nd();
}
g_ne() {
-1 !== this.g_mT && (self.clearTimeout(this.g_mT), (this.g_mT = -1));
}
g_ek() {
this.g_ne(), (this.g_ly = null), (this.g_mZ = null), (this.g_mV = null);
}
}),
'use strict',
(g_aO.g_nf = class {
constructor() {
(this.g_ng = new Map()),
(this.g_nh = !1),
(this.g_ni = null),
(this.g_nj = null),
(this.g_nk = null),
(this.g_nl = null);
}
g_nm(g) {
this.g_nh = !!g;
}
g_nn() {
return this.g_nh;
}
g_no(g) {
this.g_ni = g;
}
g_np(g) {
if (!this.g_ni) throw new Error('no get base size callback set');
return this.g_ni(g);
}
g_nq(g) {
this.g_nj = g;
}
g_nr(g, _, a, t, n, e) {
if (!this.g_nj) throw new Error('no raster at size callback set');
return this.g_nj(g, _, a, t, n, e);
}
g_ns(g) {
this.g_nk = g;
}
g_nt(g) {
if (!this.g_nk) throw new Error('no release result callback set');
this.g_nk(g);
}
g_nu(g) {
this.g_nl = g;
}
g_nv() {
if (!this.g_nl) throw new Error('no redraw callback set');
this.g_nl();
}
g_nw(g) {
let _ = this.g_ng.get(g);
return _ || ((_ = g_aO.g_ej(g_aO.g_nx, this, g)), this.g_ng.set(g, _)), _.g_ny(), _;
}
g_nz(g) {
this.g_ng.delete(g.g_nA());
}
}),
'use strict';
{
const _ = 2048;
g_aO.g_nx = class {
constructor(g, _) {
(this.g_nB = g),
(this.g_nC = _),
(this.g_nD = 0),
(this.g_nE = 0),
(this.g_nF = 0),
(this.g_nG = this.g_nB
.g_np(_)
.then((g) => {
(this.g_nE = g[0]), (this.g_nF = g[1]), this.g_nB.g_nv();
})
.catch((g) => {
console.error('[SVG] Error loading SVG: ', g), (this.g_nH = !0), this.g_nB.g_nv();
})),
(this.g_nI = 0),
(this.g_nJ = 0),
(this.g_nK = 0),
(this.g_nL = 0),
(this.g_nM = !1),
(this.g_nN = null),
(this.g_nO = !1),
(this.g_nH = !1);
}
g_ek() {
if (0 >= this.g_nD) throw new Error('already released');
this.g_nD--, 0 === this.g_nD && this.g_nP();
}
g_nP() {
this.g_nN && (this.g_nB.g_nt(this.g_nN), (this.g_nN = null)),
this.g_nB.g_nz(this),
(this.g_nB = null);
}
g_nA() {
return this.g_nC;
}
g_ny() {
this.g_nD++;
}
g_nQ() {
return 0 < this.g_nD;
}
g_nR() {
return this.g_nN;
}
g_nS() {
this.g_nO = !0;
}
async g_nT(t, n, r) {
var a = Math.min,
e = Math.ceil;
if (0 === n || 0 === r || this.g_nH) return;
if (this.g_nM) return;
let s = g_aO.g_eG(e(n)),
l = g_aO.g_eG(e(r));
const o = Math.max(s, l);
if (o > _) {
const g = _ / o;
(n *= g), (r *= g), (s = a(e(s * g), _)), (l = a(e(l * g), _));
}
if (n < s && r < l) {
const g = n / r,
_ = s / l;
_ > g ? ((n = l * g), (r = l)) : ((n = s), (r = s / g));
}
if (
(this.g_nB.g_nn() && ((s = e(n)), (l = e(r))),
!(s <= this.g_nI && l <= this.g_nJ && !this.g_nO))
) {
(this.g_nM = !0), (this.g_nI = s), (this.g_nJ = l);
const g = await this.g_nB.g_nr(this.g_nC, t, this.g_nI, this.g_nJ, n, r);
this.g_nN && this.g_nB.g_nt(this.g_nN),
(this.g_nN = g),
(this.g_nK = n),
(this.g_nL = r),
(this.g_nM = !1),
(this.g_nO = !1),
this.g_nB.g_nv();
}
}
g_nU() {
return this.g_nG;
}
g_nV() {
return this.g_nE;
}
g_nW() {
return this.g_nF;
}
g_nX() {
return this.g_nK;
}
g_nY() {
return this.g_nL;
}
g_nZ() {
return this.g_nH;
}
};
}
{
function _(g) {
return s.get(g);
}
g_aO.g_n_ = '\uFEFF';
const t = new Set([...'0123456789']);
g_aO.g_n$ = function (g) {
return t.has(g);
};
const n = new Set([
...' \t\n\r\xA0\x85\u2000\u2001\u2002\u2003\u2004\u2005\u2006\u2007\u2008\u2009\u200A\u200B\u2028\u2029\u202F\u205F\u3000'
]);
(g_aO.g_oa = function (g) {
return n.has(g);
}),
(g_aO.g_ob = function (g) {
return [...g].filter((g) => !g_aO.g_oa(g)).join('');
}),
(g_aO.g_oc = function (g) {
for (const _ of g) if (!g_aO.g_oa(_)) return !1;
return !0;
}),
(g_aO.g_od = function (g) {
return 1 === g.length && 32 > g.charCodeAt(0);
}),
(g_aO.g_oe = function (g) {
return [...g].filter((g) => !g_aO.g_od(g)).join('');
});
const r = new Set([...'0123456789.+-e']);
(g_aO.g_of = function (g) {
if (((g = g.trim()), !g.length)) return !1;
let _ = g.charAt(0);
if ('-' !== _ && !t.has(_)) return !1;
for (let _ of g) if (!r.has(_)) return !1;
return !0;
}),
(g_aO.g_og = function (g) {
let _ = g.length;
for (; 0 < _; ) {
let e = g.charAt(_ - 1);
if (!g_aO.g_n$(e)) break;
--_;
}
return g.substr(0, _);
}),
(g_aO.g_oh = function (g) {
let _ = g_aO.g_og(g),
e = g.substr(_.length);
return (e = e ? (parseInt(e, 10) + 1).toString() : '2'), _ + e;
});
const s = new Map([
['&', '&'],
['<', '<'],
['>', '>'],
['"', '"'],
["'", ''']
]),
e = /[&<>"']/g;
(g_aO.g_oi = function (g) {
return g.replace(e, _);
}),
(g_aO.g_oj = function (g) {
let _ = g_aO.g_ok(g, '\\', '\\\\');
return (
(_ = g_aO.g_ok(_, '"', '\\"')),
(_ = g_aO.g_ok(_, '\t', '\\t')),
(_ = g_aO.g_ok(_, '\r', '')),
g_aO.g_ok(_, '\n', '\\n')
);
}),
(g_aO.g_ol = function (g) {
let _ = g_aO.g_ok(g, '&', '&');
return (
(_ = g_aO.g_ok(_, '<', '<')),
(_ = g_aO.g_ok(_, '>', '>')),
g_aO.g_ok(_, '"', '"')
);
});
const d = /[-[\]{}()*+?.,\\^$|#\s]/g;
(g_aO.g_om = function (g) {
return g.replace(d, '\\$&');
}),
(g_aO.g_on = function (_, t, n = !1) {
if (!t) return [];
n || ((_ = _.toLowerCase()), (t = t.toLowerCase()));
const i = t.length;
let r = 0,
s = 0,
d = [];
for (; -1 < (s = _.indexOf(t, r)); ) d.push(s), (r = s + i);
return d;
}),
(g_aO.g_ok = function (g, _, e) {
return g.replace(new RegExp(g_aO.g_om(_), 'g'), () => e);
}),
(g_aO.g_oo = function (g, _, e) {
return g.replace(new RegExp(g_aO.g_om(_), 'gi'), () => e);
}),
(g_aO.g_op = function (g, _) {
'string' == typeof _
? (g.textContent = _)
: _.g_oq()
? (g.textContent = _.toString())
: ((g.innerHTML = _.g_or()), _ instanceof g_aO.g_dP && _.g_os(g));
}),
(g_aO.g_ot = function (g, _) {
return g instanceof g_aO.g_dO || g instanceof g_aO.g_dP
? g.g_l(_)
: _ instanceof g_aO.g_dO || _ instanceof g_aO.g_dP
? _.g_l(g)
: g === _;
}),
(g_aO.g_ou = function (g, ..._) {
let a = g;
for (let t = 0, n = _.length; t < n; ++t) {
const n = `{${t}}`;
if (!g.includes(n)) throw new Error(`missing placeholder '${n}' in string substitution`);
a = a.replace(n, _[t].toString());
}
return a;
}),
(g_aO.g_ov = function (_, ...a) {
let t = _,
n = -1,
i = -1;
for (let e = 0, r = a.length; e < r; ++e) {
const r = `{${e}}`;
_.includes(r) ? ((i = e), (t = t.replace(r, a[e].toString()))) : -1 === n && (n = e);
}
if (0 <= n && 0 <= i && n < i)
throw new Error(`missing placeholder '${n}' in string substitution`);
return t;
}),
(g_aO.g_ow = function (g, _) {
let a = g;
for (let [t, n] of Object.entries(_)) a = g_aO.g_ok(a, t, n.toString());
return a;
}),
(g_aO.g_ox = function (g, _) {
let e = g.toLowerCase(),
a = _.toLowerCase();
return e > a ? 1 : e < a ? -1 : 0;
});
const g = 1024;
g_aO.g_oy = function (_, e) {
var a = Math.round;
let t = 'common.' + (e ? 'dataRates' : 'dataSizes') + '.';
if (_ < g) return g_oz(t + 'bytes', _);
if (1048576 > _) {
let e = _ / g;
return (e = 10 > e ? a(10 * e) / 10 : a(e)), g_oz(t + 'kilobytes', e);
}
if (1073741824 > _) {
let g = _ / 1048576;
return (g = 10 > g ? a(10 * g) / 10 : a(g)), g_oz(t + 'megabytes', g);
}
if (1099511627776 > _) {
let g = _ / 1073741824;
return (g = 10 > g ? a(10 * g) / 10 : a(g)), g_oz(t + 'gigabytes', g);
} else {
let g = _ / 1099511627776;
return (g = 10 > g ? a(10 * g) / 10 : a(g)), g_oz(t + 'terabytes', g);
}
};
const l = { g_oA: !1, g_oB: !0, g_oC: !0, g_oD: !0, g_oE: !0 };
(g_aO.g_oF = function (g, _) {
var t = Math.floor;
(_ = Object.assign({}, l, _)), g_aO.g_oH.g_oG('common.time');
const n = [];
if (_.g_oB) {
const _ = t(g / 86400);
0 < _ && ((g -= 3600 * (24 * _)), n.push(g_oI('.days', null, _)));
}
if (_.g_oC) {
const _ = t(g / 3600);
(0 < _ || n.length) && ((g -= 3600 * _), n.push(g_oI('.hours', null, _)));
}
if (_.g_oD) {
const a = t(g / 60);
(0 < a || n.length || !_.g_oE) && ((g -= 60 * a), n.push(g_oI('.minutes', null, a)));
}
if (_.g_oE) {
const _ = t(g % 60);
n.push(g_oI('.seconds', null, _));
}
const i = (_.g_oA ? lang('.approx-prefix') : '') + n.join(lang('.separator'));
return g_aO.g_oH.g_oJ(), i;
}),
(g_aO.g_oK = function (g, _) {
let t = 0 > g ? '-' : '';
g = Math.abs(g);
let n = g.toString(),
i = _ - n.length;
for (let e = 0; e < i; ++e) t += '0';
return t + n;
}),
(g_aO.g_oL = function (g) {
return g.toLowerCase().replace(/\b\w/g, (g) => g.toUpperCase());
}),
(g_aO.g_oM = function (g, _) {
let t = g.split('.').map((g) => g.trim()),
n = _.split('.').map((g) => g.trim());
g_aO.g_fC(t, 4, '0'),
g_aO.g_fC(n, 4, '0'),
(t = t.map((g) => parseInt(g, 10))),
(n = n.map((g) => parseInt(g, 10)));
for (let i = 0; 4 > i; ++i) {
const g = t[i] - n[i];
if (0 != g) return 0 > g ? -1 : 1;
}
return 0;
}),
(g_aO.g_oN = function () {
return 'xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx'.replace(/[xy]/g, (g) => {
const _ = Math.floor(16 * Math.random()),
e = 'x' === g ? _ : 8 | (3 & _);
return e.toString(16);
});
}),
(g_aO.g_oO = function (g, _) {
if (g.length !== _.length) throw new Error('strings must be same length');
let a = 0;
for (let t = 0, n = g.length; t < n; ++t) g.charAt(t) !== _.charAt(t) && ++a;
return a;
}),
(g_aO.g_oP = function (_, t) {
var n = Math.min;
if (0 === _.length) return t.length;
if (0 === t.length) return _.length;
let r, s, l, o, u, p;
for (
_.length > t.length && ((r = _), (_ = t), (t = r)), p = Array(_.length + 1), s = 0;
s <= _.length;
s++
)
p[s] = s;
for (s = 1; s <= t.length; s++) {
for (o = s, l = 1; l <= _.length; l++)
(u = t[s - 1] === _[l - 1] ? p[l - 1] : n(p[l - 1] + 1, n(o + 1, p[l] + 1))),
(p[l - 1] = o),
(o = u);
p[_.length] = o;
}
return p[_.length];
});
}
{
function _(_, n, r) {
const s = t.get(r);
if (!s) return 'class' === r ? (n ? '</span>' : `<span class="bbclass${e++}">`) : _;
if ('string' != typeof s) {
if (Array.isArray(s)) {
let g = s[0],
_ = s[1];
return n ? '</' + g + '>' : `<${g} class="${_}">`;
}
} else if ('a' === s && !n) {
const g = parseInt(r.substring(1), 10) - 1;
if (0 > g || g >= i.length) throw new Error('invalid bbcode link substitution');
const _ = i[g];
if ('string' == typeof _) return `<a href="${i[g]}">`;
if ('function' == typeof _) return `<a class="bblink${g}">`;
throw new TypeError('invalid bbcode link action');
} else return '<' + n + s + '>';
}
const t = 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']]
]),
a = /\[(\/?)([a-zA-Z0-9]+)\]/g,
n = /\[(\/?)(.*?)\]/g;
let i = null,
e = 0;
const r = /\n/g;
g_aO.g_dP = class {
constructor(g, _) {
if (
((this.g_oQ = _ && _.g_oR ? g : g_aO.g_oi(g)),
(this.g_oS = ''),
(this.g_oT = !1),
(this.g_oU = []),
_ && ((this.g_oT = !!_.g_oV), _.links))
) {
if (9 < _.links.length) throw new Error('too many links');
this.g_oU = _.links;
}
(this.g_oW = this.g_oQ.includes('[')),
(this.g_oX = this.g_oT && this.g_oQ.includes('\n')),
(this.g_oY = !this.g_oW && !this.g_oX && !this.g_oQ.includes('&')),
(this.g_oZ = !1),
(this.g_o_ = []);
}
toString() {
return this.g_oQ;
}
valueOf() {
return this.g_oQ;
}
g_oq() {
return this.g_oY;
}
g_o$() {
return this.g_oW ? this.g_oQ.replace(a, '') : this.g_oQ;
}
g_or() {
if (this.g_oY) return this.g_oQ;
if (!this.g_oS && this.g_oQ) {
let g = this.g_oQ;
this.g_oW && ((e = 0), (i = this.g_oU), (g = g.replace(a, _)), (i = null)),
this.g_oX && (g = g.replace(r, '<br>')),
(this.g_oS = g);
}
return this.g_oS;
}
g_os(g) {
if (this.g_oU.length)
for (let _ = 0, e = this.g_oU.length; _ < e; ++_) {
const e = this.g_oU[_];
if ('function' != typeof e) continue;
const a = g.querySelector('.bblink' + _);
if (!a) throw new Error('unable to attach BBString link handler');
a.onclick = e;
}
}
g_l(g) {
return g instanceof g_aO.g_dO
? this.g_or() === g.g_or()
: g instanceof g_aO.g_dP
? this.g_oQ === g.g_oQ
: this.g_oQ === g;
}
g_pa() {
if (this.g_oZ) return this.g_o_;
const _ = this.g_oQ,
t = [];
n.lastIndex = 0;
let a = 0,
r = null;
for (; null !== (r = n.exec(_)); ) {
const e = r.index;
if (0 < e && '\\' === _.charAt(e - 1)) continue;
const n = r[0],
s = r[1],
g = r[2],
d = _.substring(a, e);
if (((a = e + n.length), d && this.g_o_.push({ text: d, g_pb: t.slice(0) }), g))
if (s) {
const _ = g.toLowerCase();
for (let g = t.length - 1; 0 <= g; --g)
if (t[g].tag === _) {
t.splice(g, 1);
break;
}
} else {
let _ = g,
e = null;
const a = g.indexOf('=');
-1 === a
? (_ = _.toLowerCase())
: ((_ = g.substring(0, a).toLowerCase()), (e = g.substring(a + 1))),
t.push({ tag: _, param: e });
}
}
a < _.length && this.g_o_.push({ text: _.substring(a), g_pb: t.slice(0) });
for (const g of this.g_o_) g.text = this.g_pc(g.text);
return (this.g_oZ = !0), this.g_o_;
}
g_pc(g) {
return (g = g_aO.g_ok(g, '\\[', '[')), g_aO.g_ok(g, '\\\\', '\\');
}
static g_pd(g) {
return g_aO.g_ej(g_aO.g_dP, g, { g_oR: !0 }).g_o$();
}
static g_pe(g) {
return g.replace(n, '');
}
};
}
'use strict',
(g_aO.g_pf = class {
constructor() {
this.g_pg = [];
}
g_ph() {
return this.g_pg;
}
g_pi() {
return this.g_pg.length;
}
g_pj(g, _) {
let a = 0,
t = 0;
for (const n of g) {
if (-1 === n.width) {
const g = _(n.text, n.g_pb);
(n.width = g.width), (n.height = g.height);
}
(a += n.width), (t = Math.max(t, n.height));
}
return { width: a, height: t };
}
g_pk(g, _, e) {
this.g_pg.push({ g_pl: g, width: _, height: e });
}
g_pf(_, t, n, g, i) {
if (
('string' == typeof _ && (_ = [{ text: _, g_pb: [] }]),
g_aO.g_fz(this.g_pg),
!_.length || (1 === _.length && !_[0].text.length) || 2 > n)
)
return;
if (1 === _.length) {
const e = _[0],
r = e.text,
s = e.g_pb;
if (100 >= r.length && !r.includes('\n')) {
let { width: g, height: _ } = t(r, s);
if (((g += i), g <= n))
return void this.g_pk([{ text: r, g_pb: s, width: g, height: _ }], g, _);
}
}
let e;
if ('word' === g) e = this.g_pm(_);
else {
e = [];
for (const g of _)
g_aO.g_ee(
e,
[...g.text].map((_) => [{ text: _, g_pb: g.g_pb }])
);
}
this.g_pn(e, t, n, i);
}
g_pm(g) {
const _ = [];
let t = [],
n = !1;
for (const i of g) {
const g = i.text,
r = i.g_pb;
for (const i of g)
if ('\n' === i) 0 < t.length && _.push(t), _.push([{ text: '\n', g_pb: r }]), (t = []);
else if (0 === t.length) t.push({ text: i, g_pb: r }), (n = g_aO.g_oa(i));
else {
const g = g_aO.g_oa(i);
if (g === n) {
const g = t[t.length - 1];
g.g_pb === r ? (g.text += i) : t.push({ text: i, g_pb: r });
} else _.push(t), (t = []), t.push({ text: i, g_pb: r }), (n = g);
}
}
return 0 < t.length && _.push(t), _;
}
g_po(g) {
return g.map((g) => ({ text: g.text, g_pb: g.g_pb, width: g.width, height: g.height }));
}
g_pp(g, _) {
const e = g.length ? g[g.length - 1] : null;
let a = 0;
e &&
_[0].g_pb === e.g_pb &&
((e.text += _[0].text), (e.width = -1), (e.height = -1), (a = 1));
for (let e = _.length; a < e; ++a) {
const e = _[a];
g.push({ text: e.text, g_pb: e.g_pb, width: -1, height: -1 });
}
}
g_pn(_, t, n, a) {
let r = [],
s = 0,
l = 0;
for (const g of _) {
if (1 === g.length && '\n' === g[0].text) {
0 === l && (l = t(' ', g[0].g_pb).height), this.g_pk(r, s, l), (r = []), (s = 0), (l = 0);
continue;
}
const _ = this.g_po(r);
this.g_pp(_, g);
const e = this.g_pj(_, t),
a = e.width,
i = e.height;
if (!(a >= n)) (r = _), (s = a), (l = i);
else if ((0 < r.length && this.g_pk(r, s, l), (r = []), g_aO.g_oc(g[0].text)))
(s = 0), (l = 0);
else {
this.g_pp(r, g);
const _ = this.g_pj(r, t);
(s = _.width), (l = _.height);
}
}
0 < r.length && this.g_pk(r, s, l), this.g_pq(t, a);
}
g_pq(_, a) {
for (const t of this.g_pg) {
const n = t.g_pl;
if (!n.length) continue;
let i = n[n.length - 1];
const e = i.text,
r = e.trimEnd();
if (!r) (t.width -= i.width), n.pop();
else if (r.length < e.length) {
const g = _(r, i.g_pb).width,
e = i.width - g;
(i.width = g), (i.text = r), (t.width -= e);
}
0 !== a && 0 < n.length && ((i = n[n.length - 1]), (i.width += a), (t.width += a));
}
}
g_js() {
g_aO.g_fz(this.g_pg);
}
g_pr() {
let g = 0;
for (const _ of this.g_pg) {
const e = _.width;
g < e && (g = e);
}
return g;
}
}),
'use strict',
(g_aO.g_ps = {}),
'use strict';
{
const _ = [0, 0, 0, 0, 0, 0, 0, 0],
g = vec3.g_q(0, 0, 0);
g_aO.g_ps.g_pt = class {
constructor() {
(this.g_pu = 0),
(this.g_pv = 0),
(this.g_pw = vec3.g_q(0, 0, 100)),
(this.g_px = vec3.g_q(0, 0, 0)),
(this.g_py = vec3.g_q(0, 1, 0)),
(this.g_pz = vec3.g_q(1, 1, 1)),
(this.g_pA = mat4.create()),
(this.g_pB = mat4.create()),
(this.g_pC = mat4.create()),
(this.g_pD = []),
(this.g_pE = new Map()),
(this.g_pF = null),
(this.g_pG = new Map()),
(this.g_pH = null),
(this.g_pI = []),
(this.g_pJ = new Map()),
(this.g_pK = 0);
}
g_pL(g) {
for (let _ = 0, e = g.length, a = 0; _ < e; )
(g[_++] = a),
(g[_++] = a + 1),
(g[_++] = a + 2),
(g[_++] = a),
(g[_++] = a + 2),
(g[_++] = a + 3),
(a += 4);
}
g_pM(a, t, n, i, e) {
const r = this.g_pB,
g = this.g_pA;
for (let r = 0, g = _.length; r < g; ++r) _[r] = 0;
(_[0] = r[0] * a + r[4] * t + r[12]),
(_[1] = r[1] * a + r[5] * t + r[13]),
(_[2] = r[2] * a + r[6] * t + r[14]),
(_[3] = r[3] * a + r[7] * t + r[15]),
(_[4] = g[0] * _[0] + g[4] * _[1] + g[8] * _[2] + g[12] * _[3]),
(_[5] = g[1] * _[0] + g[5] * _[1] + g[9] * _[2] + g[13] * _[3]),
(_[6] = g[2] * _[0] + g[6] * _[1] + g[10] * _[2] + g[14] * _[3]),
(_[7] = -_[2]),
0 === _[7] ||
((_[7] = 1 / _[7]),
(_[4] *= _[7]),
(_[5] *= _[7]),
(_[6] *= _[7]),
(e[0] = (0.5 * _[4] + 0.5) * n),
(e[1] = (0.5 * _[5] + 0.5) * i));
}
g_pN() {
return this.g_pu;
}
g_pO() {
return this.g_pv;
}
g_pP() {
return 1;
}
g_pQ() {
return 1e4;
}
g_pR(g, _, e) {
(this.g_pw[0] = g * this.g_pz[0]), (this.g_pw[1] = _ * this.g_pz[1]), (this.g_pw[2] = e);
}
g_pS(g, _, e) {
(this.g_px[0] = g * this.g_pz[0]), (this.g_px[1] = _ * this.g_pz[1]), (this.g_px[2] = e);
}
g_pT(g) {
mat4.g_at(this.g_pB, this.g_pw, this.g_px, g || this.g_py),
mat4.scale(this.g_pB, this.g_pB, this.g_pz);
}
g_pU(_, e) {
(0 === _ && 0 === e) ||
((g[0] = _), (g[1] = e), (g[2] = 0), mat4.translate(this.g_pB, this.g_pB, g));
}
g_pV(_, e) {
(1 === _ && 1 === e) ||
((g[0] = _), (g[1] = e), (g[2] = 1), mat4.scale(this.g_pB, this.g_pB, g));
}
g_pW(g) {
0 === g || mat4.g_ab(this.g_pB, this.g_pB, g);
}
g_pX(g) {
this.g_pD.push(g), this.g_pE.set(g.g_pY(), g);
}
g_pZ(g) {
const _ = this.g_pD.indexOf(g);
-1 !== _ && this.g_pD.splice(_, 1), this.g_pE.delete(g.g_pY());
}
g_p_() {
g_aO.g_fz(this.g_pD), this.g_pE.clear();
}
g_p$(g) {
return this.g_pE.get(g) || null;
}
g_qa() {
return this.g_pF;
}
g_qb(g) {
this.g_pH = g;
}
g_qc() {
return this.g_pH;
}
g_qd(_, a, t, n, i) {
const e = g_aO.g_ps.g_qf.g_qe(_, a, t, n, i);
let r = this.g_pG.get(e);
return (
r || ((r = g_aO.g_ej(g_aO.g_ps.g_qf, this, _, a, t, n, i)), this.g_pG.set(e, r)),
r.g_qg(),
r
);
}
g_qh(g) {
g.g_qi(),
0 === g.g_qj() &&
(this.g_pH === g && (this.g_pH = null), this.g_pG.delete(g.g_qk()), g.g_ek());
}
g_ql(g) {
g_aO.g_fz(this.g_pI), this.g_pJ.clear();
for (const _ of g) {
const g = _[0],
e = _[1],
a = _[2];
this.g_pI.push([e, a]), this.g_pJ.set(g, { g_qm: e, g_qn: a });
}
}
g_qo(g) {
const _ = this.g_pI;
if (0 > g || g >= _.length) throw new RangeError('invalid blend index');
return _[g];
}
g_qp(g) {
return this.g_qo(g)[0];
}
g_qq(g) {
return this.g_qo(g)[1];
}
g_qr(g) {
const _ = this.g_pJ.get(g);
if ('undefined' == typeof _) throw new Error('invalid blend name');
return _;
}
g_qs() {
this.g_qt(), this.g_pK++;
}
g_qu() {
return this.g_pK;
}
g_qv() {
this.g_pK++;
}
};
}
'use strict',
(g_aO.g_ps.g_qf = class {
constructor(g, _, a, t, n, e) {
(this.g_qw = g),
(this.g_nD = 0),
(this.g_qx = null),
(this.g_qy = ''),
(this.g_qz = a),
(this.g_qA = t),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.set(n),
(this.g_qC = e),
'string' == typeof _ ? (this.g_qy = _) : ((this.g_qx = _), (this.g_qy = this.g_qx.g_pY()));
}
g_ek() {
if (0 < this.g_nD) throw new Error('releasing state group still in use');
(this.g_qw = null), (this.g_qx = null), (this.g_qy = '');
}
g_qD() {
const g = this.g_qw;
g.g_qE(this.g_qx),
g.g_qF(this.g_qz, this.g_qA),
g.g_qG(this.g_qB),
g.g_qH(this.g_qC),
g.g_qb(this);
}
g_qk() {
return g_aO.g_ps.g_qf.g_qe(this.g_qy, this.g_qz, this.g_qA, this.g_qB, this.g_qC);
}
g_qg() {
++this.g_nD;
}
g_qi() {
--this.g_nD;
}
g_qj() {
return this.g_nD;
}
g_qI() {
this.g_qx = null;
}
g_qJ(g) {
if (((this.g_qx = g.g_p$(this.g_qy)), !this.g_qx))
throw new Error('failed to restore shader program');
}
static g_qe(g, _, a, t, e) {
const n = 'string' == typeof g ? g : g.g_pY();
return (
n +
',' +
_ +
',' +
a +
',' +
t.g_gP() +
',' +
t.g_gQ() +
',' +
t.g_gR() +
',' +
t.g_gS() +
',' +
e
);
}
}),
'use strict';
{
function _(g, _) {
let a, t, n, i;
switch (g) {
case 'rgba8':
(a = _.RGBA8), (t = _.RGBA), (n = _.RGBA), (i = _.UNSIGNED_BYTE);
break;
case 'rgb8':
(a = _.RGB8), (t = _.RGB), (n = _.RGB), (i = _.UNSIGNED_BYTE);
break;
case 'rgba4':
(a = _.RGBA4), (t = _.RGBA), (n = _.RGBA), (i = _.UNSIGNED_SHORT_4_4_4_4);
break;
case 'rgb5_a1':
(a = _.RGB5_A1), (t = _.RGBA), (n = _.RGBA), (i = _.UNSIGNED_SHORT_5_5_5_1);
break;
case 'rgb565':
(a = _.RGB565), (t = _.RGB), (n = _.RGB), (i = _.UNSIGNED_SHORT_5_6_5);
break;
default:
throw new Error('invalid pixel format');
}
return { g_qK: a, g_qL: t, format: n, type: i };
}
const a = new Set(['rgba8', 'rgb8', 'rgba4', 'rgb5_a1', 'rgb565']),
t = new Set(['nearest', 'bilinear', 'trilinear']),
r = new Set(['default', 'low', 'high']),
s = {
g_qM: !1,
g_qN: 'repeat',
g_qO: 'trilinear',
g_qP: 'rgba8',
g_qQ: !0,
g_qR: 'default',
g_cr: !0,
g_qS: !1,
width: -1,
height: -1
},
n = { g_cr: !0 },
e = new Set();
g_aO.g_ps.g_qT = class {
constructor(g) {
(this.g_qw = g),
(this.g_qU = null),
(this.g_pu = 0),
(this.g_pv = 0),
(this.g_qV = !0),
(this.g_qW = !1),
(this.g_qX = 'repeat'),
(this.g_qY = 'trilinear'),
(this.g_qZ = 'rgba8'),
(this.g_q_ = !1),
(this.g_q$ = 'default'),
(this.g_nD = 0);
}
g_ra(g, n) {
if (
('undefined' == typeof HTMLImageElement || !(g instanceof HTMLImageElement)) &&
('undefined' == typeof HTMLCanvasElement || !(g instanceof HTMLCanvasElement)) &&
('undefined' == typeof ImageBitmap || !(g instanceof ImageBitmap)) &&
('undefined' == typeof OffscreenCanvas || !(g instanceof OffscreenCanvas)) &&
!(g instanceof ImageData) &&
!(g instanceof ArrayBuffer) &&
null !== g
)
throw new Error('invalid texture source');
if (((n = Object.assign({}, s, n)), this.g_qU)) throw new Error('already created texture');
if (
((this.g_qW = !!n.g_qM),
(this.g_qX = n.g_qN),
(this.g_qY = n.g_qO),
(this.g_qZ = n.g_qP),
(this.g_q_ = !!n.g_qQ),
(this.g_q$ = n.g_qR),
!t.has(this.g_qY))
)
throw new Error('invalid sampling');
if (!a.has(this.g_qZ)) throw new Error('invalid pixel format');
if (!r.has(this.g_q$)) throw new Error('invalid mipmap quality');
if (((this.g_qV = !0), !(g instanceof ArrayBuffer || null === g || n.g_qS)))
(this.g_pu = g.width), (this.g_pv = g.height);
else if (
((this.g_pu = n.width),
(this.g_pv = n.height),
g instanceof ArrayBuffer && g.byteLength !== 4 * (this.g_pu * this.g_pv))
)
throw new Error('ArrayBuffer wrong size');
if (0 >= this.g_pu || 0 >= this.g_pv) throw new Error('invalid texture data size');
if (n.g_qS) {
const _ = g_aO.g_gk(this.g_pu, this.g_pv),
e = _.getContext('2d');
e.drawImage(g, 0, 0, this.g_pu, this.g_pv), (g = _);
}
const d = g_aO.g_eF(this.g_pu) && g_aO.g_eF(this.g_pv),
i = this.g_qw.g_rb();
if (this.g_pu > i || this.g_pv > i)
throw new Error('texture data exceeds maximum texture size');
const o = this.g_qw.g_rc(),
u = this.g_qw.g_rd();
(this.g_qU = o.createTexture()),
o.bindTexture(o.TEXTURE_2D, this.g_qU),
o.pixelStorei(o.UNPACK_PREMULTIPLY_ALPHA_WEBGL, n.g_cr);
const l = _(this.g_qZ, o);
if (!this.g_qw.g_re() && !d && this.g_qW) {
if (null === g)
throw new Error(
'cannot pass null data when creating a NPOT tiled texture without NPOT support'
);
if (
(g instanceof ArrayBuffer &&
(g = new ImageData(new Uint8ClampedArray(g), this.g_pu, this.g_pv)),
g instanceof ImageData)
) {
const _ = g_aO.g_gk(this.g_pu, this.g_pv),
e = _.getContext('2d');
e.putImageData(g, 0, 0), (g = _);
}
const _ = g_aO.g_gk(g_aO.g_eG(this.g_pu), g_aO.g_eG(this.g_pv)),
e = _.getContext('2d');
(e.g_rf = 'nearest' !== this.g_qY),
e.drawImage(g, 0, 0, this.g_pu, this.g_pv, 0, 0, _.width, _.height),
o.texImage2D(o.TEXTURE_2D, 0, l.g_qL, l.format, l.type, _);
} else if (2 <= u) {
let _;
(_ = this.g_q_ ? Math.floor(Math.log2(Math.max(this.g_pu, this.g_pv)) + 1) : 1),
o.texStorage2D(o.TEXTURE_2D, _, l.g_qK, this.g_pu, this.g_pv),
g instanceof ArrayBuffer
? o.texSubImage2D(
o.TEXTURE_2D,
0,
0,
0,
this.g_pu,
this.g_pv,
l.format,
l.type,
new Uint8Array(g)
)
: null !== g && o.texSubImage2D(o.TEXTURE_2D, 0, 0, 0, l.format, l.type, g);
} else
g instanceof ArrayBuffer
? o.texImage2D(
o.TEXTURE_2D,
0,
l.g_qL,
this.g_pu,
this.g_pv,
0,
l.format,
l.type,
new Uint8Array(g)
)
: null === g
? o.texImage2D(o.TEXTURE_2D, 0, l.g_qL, this.g_pu, this.g_pv, 0, l.format, l.type, null)
: o.texImage2D(o.TEXTURE_2D, 0, l.g_qL, l.format, l.type, g);
null !== g && this.g_rg(o),
o.bindTexture(o.TEXTURE_2D, null),
this.g_qw.g_rh(),
(this.g_nD = 1),
e.add(this);
}
g_ri(g, d, u) {
var h = Math.floor;
if (((u = Object.assign({}, s, u)), this.g_qU)) throw new Error('already created texture');
if (
((this.g_qW = !!u.g_qM),
(this.g_qX = u.g_qN),
(this.g_qY = u.g_qO),
(this.g_qZ = u.g_qP),
(this.g_q_ = !!u.g_qQ),
(this.g_q$ = u.g_qR),
!t.has(this.g_qY))
)
throw new Error('invalid sampling');
if (!a.has(this.g_qZ)) throw new Error('invalid pixel format');
if (!r.has(this.g_q$)) throw new Error('invalid mipmap quality');
(this.g_qV = !1), (this.g_pu = h(g)), (this.g_pv = h(d));
const c = g_aO.g_eF(this.g_pu) && g_aO.g_eF(this.g_pv),
f = this.g_qw.g_rb();
if (0 >= this.g_pu || 0 >= this.g_pv) throw new Error('invalid texture size');
if (this.g_pu > f || this.g_pv > f) throw new Error('texture exceeds maximum texture size');
if (!this.g_qw.g_re() && this.g_qW && !c)
throw new Error('non-power-of-two tiled textures not supported');
const l = this.g_qw.g_rc(),
m = this.g_qw.g_rd();
(this.g_qU = l.createTexture()),
l.bindTexture(l.TEXTURE_2D, this.g_qU),
l.pixelStorei(l.UNPACK_PREMULTIPLY_ALPHA_WEBGL, u.g_cr);
const n = _(this.g_qZ, l),
o = 2 <= m ? n.g_qK : n.g_qL;
l.texImage2D(l.TEXTURE_2D, 0, o, this.g_pu, this.g_pv, 0, n.format, n.type, null),
this.g_rg(l),
l.bindTexture(l.TEXTURE_2D, null),
this.g_qw.g_rh(),
(this.g_nD = 1),
e.add(this);
}
g_rj(g) {
if ('default' === this.g_q$) return this.g_qV ? g.NICEST : g.FASTEST;
if ('low' === this.g_q$) return g.FASTEST;
if ('high' === this.g_q$) return g.NICEST;
throw new Error('invalid mipmap quality');
}
g_rg(g) {
const _ = g_aO.g_eF(this.g_pu) && g_aO.g_eF(this.g_pv);
if (!this.g_qW)
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_S, g.CLAMP_TO_EDGE),
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_T, g.CLAMP_TO_EDGE);
else if ('repeat-x' === this.g_qX)
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_S, g.REPEAT),
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_T, g.CLAMP_TO_EDGE);
else if ('repeat-y' === this.g_qX)
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_S, g.CLAMP_TO_EDGE),
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_T, g.REPEAT);
else if ('repeat' === this.g_qX)
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_S, g.REPEAT),
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_WRAP_T, g.REPEAT);
else throw new Error('invalid tile type');
if ('nearest' === this.g_qY)
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_MAG_FILTER, g.NEAREST),
g.texParameteri(g.TEXTURE_2D, g.TEXTURE_MIN_FILTER, g.NEAREST),
(this.g_q_ = !1);
else if (
(g.texParameteri(g.TEXTURE_2D, g.TEXTURE_MAG_FILTER, g.LINEAR),
(_ || this.g_qw.g_re()) && this.g_q_)
) {
g.hint(g.GENERATE_MIPMAP_HINT, this.g_rj(g)), g.generateMipmap(g.TEXTURE_2D);
const _ = 'trilinear' === this.g_qY && !this.g_qw.g_rk();
g.texParameteri(
g.TEXTURE_2D,
g.TEXTURE_MIN_FILTER,
_ ? g.LINEAR_MIPMAP_LINEAR : g.LINEAR_MIPMAP_NEAREST
);
} else g.texParameteri(g.TEXTURE_2D, g.TEXTURE_MIN_FILTER, g.LINEAR), (this.g_q_ = !1);
}
g_rl(t, a) {
if (
('undefined' == typeof HTMLImageElement || !(t instanceof HTMLImageElement)) &&
('undefined' == typeof HTMLVideoElement || !(t instanceof HTMLVideoElement)) &&
('undefined' == typeof HTMLCanvasElement || !(t instanceof HTMLCanvasElement)) &&
('undefined' == typeof ImageBitmap || !(t instanceof ImageBitmap)) &&
('undefined' == typeof OffscreenCanvas || !(t instanceof OffscreenCanvas)) &&
!(t instanceof ImageData)
)
throw new Error('invalid texture source');
if (!this.g_qU || 0 >= this.g_nD) throw new Error('texture not created');
if (this.g_qV) throw new Error('cannot update static texture');
a = Object.assign({}, n, a);
const r = t.width || t.videoWidth,
s = t.height || t.videoHeight,
e = this.g_qw.g_rd(),
g = this.g_qw.g_rc();
g.bindTexture(g.TEXTURE_2D, this.g_qU),
g.pixelStorei(g.UNPACK_PREMULTIPLY_ALPHA_WEBGL, a.g_cr);
const d = _(this.g_qZ, g),
i = 2 <= e ? d.g_qK : d.g_qL;
try {
if (this.g_pu === r && this.g_pv === s) {
const _ = g_aO.g_eF(this.g_pu) && g_aO.g_eF(this.g_pv);
g.texSubImage2D(g.TEXTURE_2D, 0, 0, 0, d.format, d.type, t),
(_ || this.g_qw.g_re()) &&
this.g_q_ &&
(g.hint(g.GENERATE_MIPMAP_HINT, this.g_rj(g)), g.generateMipmap(g.TEXTURE_2D));
} else {
(this.g_pu = r), (this.g_pv = s);
const _ = g_aO.g_eF(this.g_pu) && g_aO.g_eF(this.g_pv);
if (!this.g_qw.g_re() && this.g_qW && !_)
throw new Error('non-power-of-two tiled textures not supported');
g.texImage2D(g.TEXTURE_2D, 0, i, d.format, d.type, t),
(_ || this.g_qw.g_re()) &&
this.g_q_ &&
(g.hint(g.GENERATE_MIPMAP_HINT, this.g_rj(g)), g.generateMipmap(g.TEXTURE_2D));
}
} catch (g) {
console.error('Error updating WebGL texture: ', g);
}
g.bindTexture(g.TEXTURE_2D, null), this.g_qw.g_rh();
}
g_rm() {
if (0 < this.g_nD) throw new Error('texture still has references');
if (!this.g_qU) throw new Error('already deleted texture');
e.delete(this);
const g = this.g_qw.g_rc();
g.deleteTexture(this.g_qU), (this.g_qU = null);
}
g_rn() {
return !!this.g_qU;
}
g_ro() {
return this.g_qU;
}
g_rp() {
return this.g_qw;
}
g_rq() {
this.g_nD++;
}
g_rr() {
if (0 >= this.g_nD) throw new Error('no more references');
this.g_nD--;
}
g_rs() {
return this.g_nD;
}
g_pN() {
return this.g_pu;
}
g_pO() {
return this.g_pv;
}
g_rt() {
return this.g_qV;
}
g_ru() {
let g = this.g_pu * this.g_pv;
switch (this.g_qZ) {
case 'rgba8':
g *= 4;
break;
case 'rgb8':
g *= 3;
break;
case 'rgba4':
case 'rgb5_a1':
case 'rgb565':
g *= 2;
}
return this.g_q_ && (g += Math.floor(g / 3)), g;
}
static g_qI() {
e.clear();
}
static g_rv() {
return e.values();
}
};
}
{
const _ = new Set(['nearest', 'bilinear', 'trilinear']),
t = { g_qO: 'trilinear', alpha: !0, g_rw: !0, g_rx: !0, g_ry: 0 },
n = new Set();
g_aO.g_ps.g_rz = class {
constructor(g) {
(this.g_qw = g),
(this.g_rA = null),
(this.g_qU = null),
(this.g_rB = null),
(this.g_pu = 0),
(this.g_pv = 0),
(this.g_rC = !0),
(this.g_qY = 'trilinear'),
(this.g_rD = !0),
(this.g_rE = !0),
(this.g_rF = 0);
}
g_rG(a, i, e) {
e = Object.assign({}, t, e);
const r = this.g_qw.g_rd();
if (this.g_qU || this.g_rB) throw new Error('already created render target');
if (
((this.g_qY = e.g_qO),
(this.g_rD = !!e.alpha),
(this.g_rE = !!e.g_rw),
(this.g_rC = !!e.g_rx),
(this.g_rF = e.g_ry),
!_.has(this.g_qY))
)
throw new Error('invalid sampling');
if (0 < this.g_rF && (2 > r || this.g_rE)) throw new Error('invalid use of multisampling');
if (
(2 > r && (this.g_rE = !0),
(this.g_pu = a),
(this.g_pv = i),
0 >= this.g_pu || 0 >= this.g_pv)
)
throw new Error('invalid render target size');
const g = this.g_qw.g_rc();
if (
((this.g_rA = g.createFramebuffer()),
g.bindFramebuffer(g.FRAMEBUFFER, this.g_rA),
this.g_rE)
) {
this.g_qU = this.g_qw.g_rH(this.g_pu, this.g_pv, {
g_qO: this.g_qY,
g_qP: this.g_rD ? 'rgba8' : 'rgb8',
g_qQ: !1
});
const _ = this.g_qU.g_ro();
g.framebufferTexture2D(g.FRAMEBUFFER, g.COLOR_ATTACHMENT0, g.TEXTURE_2D, _, 0);
} else {
(this.g_rB = g.createRenderbuffer()), g.bindRenderbuffer(g.RENDERBUFFER, this.g_rB);
const _ = this.g_rD ? g.RGBA8 : g.RGB8;
if (0 < this.g_rF) {
const e = g.g_rI(g.RENDERBUFFER, _, g.SAMPLES);
if (e && e[0]) {
const g = e[0];
this.g_rF > g && (this.g_rF = g);
} else this.g_rF = 0;
}
0 === this.g_rF
? g.renderbufferStorage(g.RENDERBUFFER, _, this.g_pu, this.g_pv)
: g.g_rJ(g.RENDERBUFFER, this.g_rF, _, this.g_pu, this.g_pv),
g.framebufferRenderbuffer(g.FRAMEBUFFER, g.COLOR_ATTACHMENT0, g.RENDERBUFFER, this.g_rB),
g.bindRenderbuffer(g.RENDERBUFFER, null);
}
g.bindFramebuffer(g.FRAMEBUFFER, null), n.add(this);
}
g_rK(g, _) {
if (this.g_pu !== g || this.g_pv !== _) {
(this.g_pu = g), (this.g_pv = _);
const e = this.g_qw.g_rc();
e.bindFramebuffer(e.FRAMEBUFFER, this.g_rA),
this.g_qU
? this.g_qU.g_rl(new ImageData(this.g_pu, this.g_pv))
: (e.bindRenderbuffer(e.RENDERBUFFER, this.g_rB),
e.renderbufferStorage(
e.RENDERBUFFER,
this.g_rD ? e.RGBA8 : e.RGB8,
this.g_pu,
this.g_pv
),
e.bindRenderbuffer(e.RENDERBUFFER, null)),
e.bindFramebuffer(e.FRAMEBUFFER, null);
}
}
g_rm() {
if (!this.g_qU && !this.g_rB) throw new Error('already deleted render target');
n.delete(this);
const g = this.g_qw.g_rc();
g.bindFramebuffer(g.FRAMEBUFFER, this.g_rA),
this.g_qU
? (g.framebufferTexture2D(g.FRAMEBUFFER, g.COLOR_ATTACHMENT0, g.TEXTURE_2D, null, 0),
this.g_qw.g_rL(this.g_qU),
(this.g_qU = null))
: this.g_rB &&
(g.framebufferRenderbuffer(g.FRAMEBUFFER, g.COLOR_ATTACHMENT0, g.RENDERBUFFER, null),
g.deleteRenderbuffer(this.g_rB),
(this.g_rB = null)),
g.bindFramebuffer(g.FRAMEBUFFER, null),
2 <= this.g_qw.g_rd() &&
(g.bindFramebuffer(g.READ_FRAMEBUFFER, null),
g.bindFramebuffer(g.DRAW_FRAMEBUFFER, null)),
g.deleteFramebuffer(this.g_rA),
(this.g_qw.g_rN().g_rM = null),
(this.g_rA = null);
}
g_rO() {
return this.g_rA;
}
g_rP() {
return this.g_qw;
}
g_rQ() {
return this.g_qU;
}
g_rR() {
return 'nearest' !== this.g_qY;
}
g_rS() {
return this.g_rD;
}
g_rT() {
return this.g_rE;
}
g_pN() {
return this.g_pu;
}
g_pO() {
return this.g_pv;
}
g_rU() {
return this.g_rC;
}
g_rV() {
return this.g_rF;
}
g_rW() {
const g = { g_qO: this.g_qY, alpha: this.g_rD, g_rw: this.g_rE };
return this.g_rC || ((g.width = this.g_pu), (g.height = this.g_pv)), g;
}
g_rX(g) {
return (
(g = Object.assign({}, t, g)),
('nearest' !== g.g_qO) === this.g_rR() &&
!!g.alpha === this.g_rS() &&
!(2 <= this.g_qw.g_rd() && !!g.g_rw !== this.g_rT()) &&
('number' == typeof g.width || 'number' == typeof g.height
? !this.g_rU() && this.g_pN() === g.width && this.g_pO() === g.height
: this.g_rU())
);
}
g_rY() {
return this.g_qU ? this.g_qU.g_ro() : null;
}
g_ru() {
return this.g_qU ? this.g_qU.g_ru() : this.g_pu * this.g_pv * (this.g_rD ? 4 : 3);
}
static async g_rZ(g, _) {
const e = await g.g_r_(_, !0);
return await g_aO.g_gt(e);
}
static g_qI() {
n.clear();
}
static g_r$() {
return n.values();
}
static g_sa(g, _) {
for (const e of n) e.g_rU() && e.g_rK(g, _);
}
};
}
{
const g = new Set([
'aPos',
'aTex',
'aPoints',
'matP',
'matMV',
'samplerFront',
'samplerBack',
'destStart',
'destEnd',
'srcStart',
'srcEnd',
'srcOriginStart',
'srcOriginEnd',
'pixelSize',
'seconds',
'layerScale',
'layerAngle',
'layoutStart',
'layoutEnd',
'color',
'color2_',
'pointTexStart',
'pointTexEnd',
'zElevation',
'tileSize',
'tileSpacing',
'outlineThickness'
]);
g_aO.g_ps.g_sb = class {
static async g_sc(_, a, t, n) {
const r = _.g_rc(),
e = r.createShader(r.FRAGMENT_SHADER);
r.shaderSource(e, a), r.compileShader(e);
const s = r.createShader(r.VERTEX_SHADER);
r.shaderSource(s, t), r.compileShader(s);
const g = r.createProgram();
r.attachShader(g, e),
r.attachShader(g, s),
r.bindAttribLocation(g, 0, 'aPos'),
r.bindAttribLocation(g, 1, 'aTex'),
r.bindAttribLocation(g, 2, 'aPoints'),
r.linkProgram(g);
const d = _.g_sd();
if (
(d
? await _.g_se(() => r.getProgramParameter(g, d.COMPLETION_STATUS_KHR))
: await g_aO.g_ft(5),
!r.getShaderParameter(e, r.COMPILE_STATUS))
) {
const _ = r.getShaderInfoLog(e);
throw (
(r.deleteShader(e),
r.deleteShader(s),
r.deleteProgram(g),
new Error('Error compiling fragment shader: ' + _))
);
}
if (!r.getShaderParameter(s, r.COMPILE_STATUS)) {
const _ = r.getShaderInfoLog(s);
throw (
(r.deleteShader(e),
r.deleteShader(s),
r.deleteProgram(g),
new Error('Error compiling vertex shader: ' + _))
);
}
if (!r.getProgramParameter(g, r.LINK_STATUS)) {
const _ = r.getProgramInfoLog(g);
throw (
(r.deleteShader(e),
r.deleteShader(s),
r.deleteProgram(g),
new Error('Error linking shader program: ' + _))
);
}
const i = g_aO.g_oe(r.getProgramInfoLog(g) || '').trim();
return (
i && !g_aO.g_oc(i) && console.info(`[WebGL] Shader program '${n}' compilation log: `, i),
r.deleteShader(e),
r.deleteShader(s),
g
);
}
static async g_sf(g, _, a, t) {
const n = await g_aO.g_ps.g_sb.g_sc(g, _.src, a, t);
return new g_aO.g_ps.g_sb(g, n, _, t);
}
constructor(_, a, t, n) {
const r = _.g_rc(),
e = _.g_rN();
_.g_qt(),
r.useProgram(a),
(this.g_sg = r),
(this.g_qw = _),
(this.g_en = n),
(this.g_qx = a),
(this.g_sh = '<default-device-transform>' === n);
const s = r.getAttribLocation(a, 'aPos'),
g = r.getAttribLocation(a, 'aTex'),
d = r.getAttribLocation(a, 'aPoints');
-1 !== s &&
(r.bindBuffer(r.ARRAY_BUFFER, _.g_si),
r.vertexAttribPointer(s, _.g_sj(), r.FLOAT, !1, 0, 0),
r.enableVertexAttribArray(s)),
-1 !== g &&
(r.bindBuffer(r.ARRAY_BUFFER, _.g_sk),
r.vertexAttribPointer(g, 2, r.FLOAT, !1, 0, 0),
r.enableVertexAttribArray(g)),
-1 !== d &&
(r.bindBuffer(r.ARRAY_BUFFER, _.g_sl),
r.vertexAttribPointer(d, 4, r.FLOAT, !1, 0, 0),
r.enableVertexAttribArray(d)),
r.bindBuffer(r.ARRAY_BUFFER, null),
(this.g_sm = new g_aO.g_ps.g_sn(this, 'matP', 'mat4')),
(this.g_so = new g_aO.g_ps.g_sn(this, 'matMV', 'mat4')),
(this.g_sp = new g_aO.g_ps.g_sn(this, 'color', 'vec4')),
(this.g_sq = new g_aO.g_ps.g_sn(this, 'samplerFront', 'sampler')),
(this.g_sr = new g_aO.g_ps.g_sn(this, 'pointTexStart', 'vec2')),
(this.g_ss = new g_aO.g_ps.g_sn(this, 'pointTexEnd', 'vec2')),
(this.g_st = new g_aO.g_ps.g_sn(this, 'zElevation', 'float')),
(this.g_su = new g_aO.g_ps.g_sn(this, 'tileSize', 'vec2')),
(this.g_sv = new g_aO.g_ps.g_sn(this, 'tileSpacing', 'vec2')),
(this.g_sw = new g_aO.g_ps.g_sn(this, 'color2_', 'vec4')),
(this.g_sx = new g_aO.g_ps.g_sn(this, 'outlineThickness', 'float')),
(this.g_sy = new g_aO.g_ps.g_sn(this, 'samplerBack', 'sampler')),
(this.g_sz = new g_aO.g_ps.g_sn(this, 'destStart', 'vec2')),
(this.g_sA = new g_aO.g_ps.g_sn(this, 'destEnd', 'vec2')),
(this.g_sB = new g_aO.g_ps.g_sn(this, 'srcStart', 'vec2')),
(this.g_sC = new g_aO.g_ps.g_sn(this, 'srcEnd', 'vec2')),
(this.g_sD = new g_aO.g_ps.g_sn(this, 'srcOriginStart', 'vec2')),
(this.g_sE = new g_aO.g_ps.g_sn(this, 'srcOriginEnd', 'vec2')),
(this.g_sF = new g_aO.g_ps.g_sn(this, 'pixelSize', 'vec2')),
(this.g_sG = new g_aO.g_ps.g_sn(this, 'seconds', 'float')),
(this.g_sH = new g_aO.g_ps.g_sn(this, 'layerScale', 'float')),
(this.g_sI = new g_aO.g_ps.g_sn(this, 'layerAngle', 'float')),
(this.g_sJ = new g_aO.g_ps.g_sn(this, 'layoutStart', 'vec2')),
(this.g_sK = new g_aO.g_ps.g_sn(this, 'layoutEnd', 'vec2')),
(this.g_sL = !!(
this.g_sF.g_sM() ||
this.g_sG.g_sM() ||
this.g_sy.g_sM() ||
this.g_sz.g_sM() ||
this.g_sA.g_sM() ||
this.g_sB.g_sM() ||
this.g_sC.g_sM() ||
this.g_sD.g_sM() ||
this.g_sE.g_sM() ||
this.g_sH.g_sM() ||
this.g_sI.g_sM() ||
this.g_sJ.g_sM() ||
this.g_sK.g_sM()
)),
(this.g_sN = t.g_sO || 0),
(this.g_sP = t.g_sQ || 0),
(this.g_sR = !!t.g_sS),
(this.g_sT = !!t.g_sU),
(this.g_sV = !!t.g_sW),
(this.g_sX = !!t.g_sY);
const i = t.g_sZ || [];
(this.g_s_ = []),
(this.g_s$ = this.g_sz.g_sM() || this.g_sA.g_sM()),
(this.g_ta =
this.g_sF.g_sM() ||
this.g_sB.g_sM() ||
this.g_sC.g_sM() ||
this.g_sD.g_sM() ||
this.g_sE.g_sM()),
(this.g_tb = this.g_sR || this.g_s$ || 0 !== this.g_sN || 0 !== this.g_sP),
(this.g_tc = !1),
(this.g_td = !1),
this.g_sp.g_te(1, 1, 1, 1),
this.g_sw.g_te(1, 1, 1, 1),
this.g_sq.g_tf(0),
this.g_sy.g_tf(1),
this.g_sr.g_tg(0, 0),
this.g_ss.g_tg(1, 1),
this.g_st.g_th(0),
this.g_su.g_tg(0, 0),
this.g_sv.g_tg(0, 0),
this.g_sz.g_tg(0, 0),
this.g_sA.g_tg(1, 1),
this.g_sB.g_tg(0, 0),
this.g_sC.g_tg(0, 0),
this.g_sD.g_tg(0, 0),
this.g_sE.g_tg(0, 0),
this.g_sF.g_tg(0, 0),
this.g_sH.g_th(1),
this.g_sI.g_th(0),
this.g_sG.g_th(0),
this.g_sJ.g_tg(0, 0),
this.g_sK.g_tg(0, 0),
this.g_sx.g_th(1);
for (const g of i) {
const _ = g[0],
e = g[2],
a = new g_aO.g_ps.g_sn(this, _, e);
'color' === e ? a.g_ti(0, 0, 0) : a.g_th(0), this.g_s_.push(a);
}
this.g_sh ? this.g_tj(e.g_tk) : (this.g_tl(e.g_tk, !0), this.g_tm(e.g_tn, !0));
const l = e.g_to;
r.useProgram(l ? l.g_qx : null);
}
g_ek() {
this.g_sg.deleteProgram(this.g_qx),
(this.g_qx = null),
this.g_qw.g_pZ(this),
(this.g_sg = null),
(this.g_qw = null);
}
g_pY() {
return this.g_en;
}
g_tp() {
return this.g_sg;
}
g_tq() {
return this.g_qx;
}
g_tr() {
return this.g_s$;
}
g_ts() {
return this.g_sR;
}
g_tt() {
return this.g_sT;
}
g_tu() {
return this.g_sV;
}
g_tv() {
return 0 !== this.g_sN || 0 !== this.g_sP;
}
g_tw() {
return this.g_sN;
}
g_tx() {
return this.g_sP;
}
g_ty() {
return this.g_ta;
}
g_tz() {
return this.g_tb;
}
g_tA() {
return this.g_s_.length;
}
g_tB(g) {
return this.g_s_[g].g_tC();
}
g_tD(g) {
for (let _ = 0, e = g.length; _ < e; ++_) if (!this.g_s_[_].g_tE(g[_])) return !1;
return !0;
}
g_tF(g) {
for (let _ = 0, e = g.length; _ < e; ++_) this.g_s_[_].g_tG(g[_]);
}
g_tH(_, a, t, n, r, e, s, g, d) {
return (
!this.g_sy.g_sM() &&
(!this.g_sF.g_sM() || this.g_sF.g_tI(r, e)) &&
(!this.g_sz.g_sM() || this.g_sz.g_tI(_.g_hV(), _.g_hW())) &&
(!this.g_sA.g_sM() || this.g_sA.g_tI(_.g_hX(), _.g_hY())) &&
(!this.g_sH.g_sM() || this.g_sH.g_tJ(s)) &&
(!this.g_sI.g_sM() || this.g_sI.g_tJ(g)) &&
(!this.g_sB.g_sM() || this.g_sB.g_tI(a.g_hV(), a.g_hW())) &&
(!this.g_sC.g_sM() || this.g_sC.g_tI(a.g_hX(), a.g_hY())) &&
(!this.g_sD.g_sM() || this.g_sD.g_tI(t.g_hV(), t.g_hW())) &&
(!this.g_sE.g_sM() || this.g_sE.g_tI(t.g_hX(), t.g_hY())) &&
(!this.g_sJ.g_sM() || this.g_sJ.g_tI(n.g_hV(), n.g_hW())) &&
(!this.g_sK.g_sM() || this.g_sK.g_tI(n.g_hW(), n.g_hY())) &&
(!this.g_sG.g_sM() || this.g_sG.g_tJ(d))
);
}
g_tK(_, a, t, n, r, e, s, g, d) {
this.g_sy.g_sM() ||
(this.g_sF.g_sM() && this.g_sF.g_tL(r, e),
this.g_sz.g_sM() && this.g_sz.g_tL(_.g_hV(), _.g_hW()),
this.g_sA.g_sM() && this.g_sA.g_tL(_.g_hX(), _.g_hY()),
this.g_sH.g_sM() && this.g_sH.g_tM(s),
this.g_sI.g_sM() && this.g_sI.g_tM(g),
this.g_sB.g_sM() && this.g_sB.g_tL(a.g_hV(), a.g_hW()),
this.g_sC.g_sM() && this.g_sC.g_tL(a.g_hX(), a.g_hY()),
this.g_sD.g_sM() && this.g_sD.g_tL(t.g_hV(), t.g_hW()),
this.g_sE.g_sM() && this.g_sE.g_tL(t.g_hX(), t.g_hY()),
this.g_sJ.g_sM() && this.g_sJ.g_tL(n.g_hV(), n.g_hW()),
this.g_sK.g_sM() && this.g_sK.g_tL(n.g_hW(), n.g_hY()),
this.g_sG.g_sM() && this.g_sG.g_tM(d));
}
g_tN() {
return this.g_sX;
}
g_tl(g, _) {
(this.g_tc && !_) || this.g_sh || (this.g_sm.g_sM() && this.g_sm.g_tO(g), (this.g_tc = !0));
}
g_tP() {
this.g_tc = !1;
}
g_tm(g, _) {
(this.g_td && !_) || this.g_sh || (this.g_so.g_sM() && this.g_so.g_tO(g), (this.g_td = !0));
}
g_tQ() {
this.g_td = !1;
}
g_tj(_) {
if (!this.g_sh) throw new Error('not device transform shader');
this.g_sm.g_tO(_);
const a = this.g_qw,
t = a.g_pN() / 2,
n = a.g_pO() / 2,
i = a.g_pz,
e = vec3.g_q(t * i[0], n * i[1], 100 * self.devicePixelRatio),
r = vec3.g_q(t * i[0], n * i[1], 0),
g = mat4.create();
mat4.g_at(g, e, r, a.g_py), mat4.scale(g, g, i), this.g_so.g_tO(g);
}
g_tR(g) {
this.g_sp.g_sM() && this.g_sp.g_tS(g[0], g[1], g[2], g[3]);
}
static g_tT() {
return g;
}
static g_tU(g, _) {
const e = _ ? 'highmedp' : 'mediump';
return [
`#ifdef GL_FRAGMENT_PRECISION_HIGH`,
`#define highmedp highp`,
`#else`,
`#define highmedp mediump`,
`#endif`,
`attribute highp ${g ? 'vec3' : 'vec2'} aPos;`,
`attribute ${e} vec2 aTex;`,
`varying ${e} vec2 vTex;`,
`uniform highp mat4 matP;`,
`uniform highp mat4 matMV;`,
`void main(void) {`,
` gl_Position = matP * matMV * vec4(aPos, ${g ? '' : '0.0,'} 1.0);`,
` vTex = aTex;`,
`}`
].join('\n');
}
static g_tV() {
return 'varying mediump vec2 vTex;\nuniform lowp vec4 color;\nuniform lowp sampler2D samplerFront;\nvoid main(void) {\n\tgl_FragColor = texture2D(samplerFront, vTex) * color;\n}';
}
static g_tW() {
return '#ifdef GL_FRAGMENT_PRECISION_HIGH\n#define highmedp highp\n#else\n#define highmedp mediump\n#endif\nvarying highmedp vec2 vTex;\nuniform lowp vec4 color;\nuniform lowp sampler2D samplerFront;\nuniform highmedp vec2 srcStart;\nuniform highmedp vec2 pixelSize;\nuniform highmedp vec2 tileSize;\nuniform highmedp vec2 tileSpacing;\nvoid main(void) {\n\thighmedp vec2 tile = floor(vTex);\n\thighmedp vec2 tex = fract(vTex);\n\thighmedp vec2 tileOrigin = srcStart + tile * (tileSize + tileSpacing);\n\thighmedp vec2 lowerBound = tileOrigin + pixelSize / 2.0;\n\thighmedp vec2 upperBound = tileOrigin + tileSize - pixelSize / 2.0;\n\tgl_FragColor = texture2D(samplerFront, clamp(tex, lowerBound, upperBound), -16.0) * color;\n}';
}
static g_tX() {
return 'attribute vec4 aPoints;\nvarying float pointOpacity;\nuniform float zElevation;\nuniform mat4 matP;\nuniform mat4 matMV;\nvoid main(void) {\n\tgl_Position = matP * matMV * vec4(aPoints.xy, zElevation, 1.0);\n\tgl_PointSize = aPoints.z;\n\tpointOpacity = aPoints.w;\n}';
}
static g_tY() {
return 'uniform lowp sampler2D samplerFront;\nvarying lowp float pointOpacity;\nuniform mediump vec2 pointTexStart;\nuniform mediump vec2 pointTexEnd;\nuniform lowp vec4 color;\nvoid main(void) {\n\tgl_FragColor = texture2D(samplerFront, mix(pointTexStart, pointTexEnd, gl_PointCoord)) * color * pointOpacity;\n}';
}
static g_tZ() {
return 'uniform lowp vec4 color;\nvoid main(void) {\n\tgl_FragColor = color;\n}';
}
static g_t_() {
return 'precision lowp float;\nvarying mediump vec2 vTex;\nuniform vec4 color;\nuniform vec4 color2_;\nvec3 fromLinear(vec3 linearRGB)\n{\n\tbvec3 cutoff = lessThan(linearRGB, vec3(0.0031308));\n\tvec3 higher = vec3(1.055) * pow(abs(linearRGB), vec3(1.0/2.4)) - vec3(0.055);\n\tvec3 lower = linearRGB * vec3(12.92);\n\treturn mix(higher, lower, vec3(cutoff));\n}\nvec3 toLinear(vec3 sRGB)\n{\n\tbvec3 cutoff = lessThan(sRGB, vec3(0.04045));\n\tvec3 higher = pow(abs((sRGB + vec3(0.055))/vec3(1.055)), vec3(2.4));\n\tvec3 lower = sRGB/vec3(12.92);\n\treturn mix(higher, lower, vec3(cutoff));\n}\nvoid main(void) {\n\tvec3 linearGrad = mix(toLinear(color.rgb), toLinear(color2_.rgb), vTex.x);\n\tfloat a = mix(color.a, color2_.a, vTex.x);\n\tgl_FragColor = vec4(fromLinear(linearGrad) * a, a);\n}';
}
static g_t$() {
return 'varying mediump vec2 vTex;\nuniform lowp vec4 color;\nvoid main(void) {\n\tlowp float f = 1.0 - abs(vTex.y - 0.5) * 2.0;\n\tgl_FragColor = color * f;\n}';
}
static g_ua() {
return 'varying mediump vec2 vTex;\nuniform lowp vec4 color;\nvoid main(void) {\n\tmediump vec2 diff = vTex - vec2(0.5, 0.5);\n\tmediump vec2 diffSq = diff * diff;\n\tmediump float f = step(diffSq.x + diffSq.y, 0.25);\n\tgl_FragColor = color * f;\n}';
}
static g_ub() {
return 'varying mediump vec2 vTex;\nuniform lowp vec4 color;\nuniform mediump vec2 pixelSize;\nuniform mediump float outlineThickness;\nvoid main(void) {\n\tmediump vec2 diff = vTex - vec2(0.5, 0.5);\n\tmediump vec2 diffSq = diff * diff;\n\tmediump float distSq = diffSq.x + diffSq.y;\n\tmediump vec2 norm = normalize(diff);\n\tmediump vec2 halfNorm = norm * 0.5;\n\tmediump float innerF = step(distSq, 0.25);\n\tmediump vec2 innerEdge = halfNorm - pixelSize * norm * outlineThickness;\n\tmediump vec2 innerEdgeSq = innerEdge * innerEdge;\n\tmediump float outerF = step(innerEdgeSq.x + innerEdgeSq.y, distSq);\n\tgl_FragColor = color * innerF * outerF;\n}';
}
static g_uc() {
return 'varying mediump vec2 vTex;\nuniform lowp vec4 color;\nuniform mediump vec2 pixelSize;\nvoid main(void) {\n\tmediump vec2 diff = vTex - vec2(0.5, 0.5);\n\tmediump vec2 diffSq = diff * diff;\n\tmediump vec2 norm = normalize(diff);\n\tmediump vec2 halfNorm = norm * 0.5;\n\tmediump vec2 halfNormSq = halfNorm * halfNorm;\n\tmediump vec2 innerEdge = halfNorm - pixelSize * norm;\n\tmediump vec2 innerEdgeSq = innerEdge * innerEdge;\n\tmediump float f = smoothstep(halfNormSq.x + halfNormSq.y, innerEdgeSq.x + innerEdgeSq.y, diffSq.x + diffSq.y);\n\tgl_FragColor = color * f;\n}';
}
static g_ud() {
return 'varying mediump vec2 vTex;\nuniform lowp vec4 color;\nuniform mediump vec2 pixelSize;\nuniform mediump float outlineThickness;\nvoid main(void) {\n\tmediump vec2 diff = vTex - vec2(0.5, 0.5);\n\tmediump vec2 diffSq = diff * diff;\n\tmediump float distSq = diffSq.x + diffSq.y;\n\tmediump vec2 norm = normalize(diff);\n\tmediump vec2 halfNorm = norm * 0.5;\n\tmediump vec2 halfNormSq = halfNorm * halfNorm;\n\tmediump vec2 pxNorm = pixelSize * norm;\n\tmediump vec2 innerEdge1 = halfNorm - pxNorm;\n\tmediump vec2 innerEdge1Sq = innerEdge1 * innerEdge1;\n\tmediump float innerF = smoothstep(halfNormSq.x + halfNormSq.y, innerEdge1Sq.x + innerEdge1Sq.y, distSq);\n\tmediump vec2 innerEdge2 = halfNorm - pxNorm * outlineThickness;\n\tmediump vec2 innerEdge2Sq = innerEdge2 * innerEdge2;\n\tmediump vec2 innerEdge3 = halfNorm - pxNorm * (outlineThickness + 1.0);\n\tmediump vec2 innerEdge3Sq = innerEdge3 * innerEdge3;\n\tmediump float outerF = smoothstep(innerEdge3Sq.x + innerEdge3Sq.y, innerEdge2Sq.x + innerEdge2Sq.y, distSq);\n\tgl_FragColor = color * innerF * outerF;\n}';
}
};
}
{
function g(g, _) {
return (
g[0] === _[0] &&
g[1] === _[1] &&
g[2] === _[2] &&
g[3] === _[3] &&
g[4] === _[4] &&
g[5] === _[5] &&
g[6] === _[6] &&
g[7] === _[7] &&
g[8] === _[8] &&
g[9] === _[9] &&
g[10] === _[10] &&
g[11] === _[11] &&
g[12] === _[12] &&
g[13] === _[13] &&
g[14] === _[14] &&
g[15] === _[15]
);
}
const _ = new Map([
['float', 1],
['percent', 1],
['sampler', 1],
['vec2', 2],
['vec3', 3],
['color', 3],
['vec4', 4],
['mat4', 16]
]);
g_aO.g_ps.g_sn = class {
constructor(g, a, t) {
if (!_.has(t)) throw new Error('invalid uniform type');
(this.g_ue = g),
(this.g_sg = this.g_ue.g_tp()),
(this.g_en = a),
(this.g_kL = t),
(this.g_uf = 'color' === this.g_kL),
(this.g_ug = this.g_sg.getUniformLocation(this.g_ue.g_tq(), a)),
(this.g_uh = !!this.g_ug);
const n = _.get(t);
(this.g_ui = new Float32Array(n)), (this.g_uj = new Float32Array(n));
}
g_ek() {
(this.g_ue = null), (this.g_sg = null), (this.g_ug = null);
}
g_sM() {
return this.g_uh;
}
g_tC() {
return this.g_kL;
}
g_uk() {
return this.g_uf;
}
g_th(g) {
this.g_sM() &&
((this.g_ui[0] = g), this.g_uj.set(this.g_ui), this.g_sg.uniform1f(this.g_ug, g));
}
g_tf(g) {
this.g_sM() &&
((this.g_ui[0] = g), this.g_uj.set(this.g_ui), this.g_sg.uniform1i(this.g_ug, g));
}
g_tg(g, _) {
this.g_sM() &&
((this.g_ui[0] = g),
(this.g_ui[1] = _),
this.g_uj.set(this.g_ui),
this.g_sg.uniform2f(this.g_ug, g, _));
}
g_ti(g, _, e) {
this.g_sM() &&
((this.g_ui[0] = g),
(this.g_ui[1] = _),
(this.g_ui[2] = e),
this.g_uj.set(this.g_ui),
this.g_sg.uniform3f(this.g_ug, g, _, e));
}
g_te(g, _, e, a) {
this.g_sM() &&
((this.g_ui[0] = g),
(this.g_ui[1] = _),
(this.g_ui[2] = e),
(this.g_ui[3] = a),
this.g_uj.set(this.g_ui),
this.g_sg.uniform4f(this.g_ug, g, _, e, a));
}
g_ul(g) {
g = Math.fround(g);
const _ = this.g_ui;
_[0] === g || ((_[0] = g), this.g_sg.uniform1f(this.g_ug, g));
}
g_um(g) {
const _ = this.g_ui;
_[0] === g || ((_[0] = g), this.g_sg.uniform1i(this.g_ug, g));
}
g_un(g, _) {
var e = Math.fround;
(g = e(g)), (_ = e(_));
const t = this.g_ui;
(t[0] === g && t[1] === _) || ((t[0] = g), (t[1] = _), this.g_sg.uniform2f(this.g_ug, g, _));
}
g_uo(g, _, t) {
var n = Math.fround;
(g = n(g)), (_ = n(_)), (t = n(t));
const i = this.g_ui;
(i[0] === g && i[1] === _ && i[2] === t) ||
((i[0] = g), (i[1] = _), (i[2] = t), this.g_sg.uniform3f(this.g_ug, g, _, t));
}
g_tS(g, _, t, n) {
var i = Math.fround;
(g = i(g)), (_ = i(_)), (t = i(t)), (n = i(n));
const e = this.g_ui;
(e[0] === g && e[1] === _ && e[2] === t && e[3] === n) ||
((e[0] = g),
(e[1] = _),
(e[2] = t),
(e[3] = n),
this.g_sg.uniform4f(this.g_ug, g, _, t, n));
}
g_tO(_) {
const e = this.g_ui;
g(e, _) || (g_aO.g_fx(e, _, 0), this.g_sg.uniformMatrix4fv(this.g_ug, !1, _));
}
g_tE(g) {
var _ = Math.fround;
const e = this.g_uj;
return this.g_uk()
? e[0] === _(g.g_gP()) && e[1] === _(g.g_gQ()) && e[2] === _(g.g_gR())
: e[0] === _(g);
}
g_tG(g) {
const _ = this.g_uj;
this.g_uk() ? ((_[0] = g.g_gP()), (_[1] = g.g_gQ()), (_[2] = g.g_gR())) : (_[0] = g);
}
g_tJ(g) {
return this.g_uj[0] === Math.fround(g);
}
g_tI(g, _) {
var e = Math.fround;
const a = this.g_uj;
return a[0] === e(g) && a[1] === e(_);
}
g_tM(g) {
this.g_uj[0] = g;
}
g_tL(g, _) {
const e = this.g_uj;
(e[0] = g), (e[1] = _);
}
};
}
'use strict',
(g_aO.g_ps.g_up = class {
constructor(g) {
(this.g_uq = g),
(this.g_tn = mat4.create()),
(this.g_tk = mat4.create()),
(this.g_rM = null),
(this.g_ur = vec4.g_q(1, 1, 1, 1)),
(this.g_to = null),
(this.g_us = new g_aO.Rect()),
(this.clearColor = g_aO.g_ej(g_aO.g_gB, 0, 0, 0, 0));
}
}),
(g_aO.g_ps.g_ut = class {
constructor(g) {
const _ = new ArrayBuffer(96);
(this.g_kL = 0),
(this.g_uu = g),
(this.g_sg = g.g_uq.g_rc()),
(this.g_uv = 0),
(this.g_uw = 0),
(this.g_ux = null),
(this.g_uy = new Float32Array(_, 0, 16)),
(this.g_uz = new Float32Array(_, 64, 4)),
(this.g_uA = new Float32Array(_, 80, 4)),
(this.g_uB = []);
}
g_uC(g, _) {
(this.g_kL = 1), (this.g_uv = g), (this.g_uw = _);
}
g_uD() {
const g = this.g_sg;
g.drawElements(g.TRIANGLES, this.g_uw, g.UNSIGNED_SHORT, this.g_uv);
}
g_uE(g) {
(this.g_kL = 2), (this.g_ux = g);
}
g_uF() {
const g = this.g_sg,
_ = this.g_ux;
g.bindTexture(g.TEXTURE_2D, _ ? _.g_ro() : null);
}
g_uG(g) {
(this.g_kL = 3), g.g_gU(this.g_uz, 0);
}
g_uH() {
const g = this.g_uz,
_ = this.g_uu;
vec4.g_p(_.g_ur, g), _.g_to.g_tR(g);
}
g_uI(g) {
(this.g_kL = 19), g.g_gU(this.g_uz, 0);
}
g_uJ() {
const g = this.g_uz,
_ = this.g_uu.g_to;
_.g_sw.g_sM() && _.g_sw.g_tS(g[0], g[1], g[2], g[3]);
}
g_uK(g, _) {
(this.g_kL = 4), (this.g_uv = g), (this.g_uw = _);
}
g_uL() {
this.g_sg.blendFunc(this.g_uv, this.g_uw);
}
g_uM(g) {
(this.g_kL = 5), mat4.g_p(this.g_uy, g);
}
g_uN() {
const g = this.g_uu,
_ = g.g_uq.g_pD,
t = g.g_to,
n = this.g_uy;
for (let g = 0, a = _.length; g < a; ++g) {
const a = _[g];
a === t ? a.g_tm(n, !0) : a.g_tQ();
}
mat4.g_p(g.g_tn, n);
}
g_uO(g, _, e) {
(this.g_kL = 6), (this.g_ux = g), (this.g_uv = _ ? 1 : 0), _ && mat4.g_p(this.g_uy, e);
}
g_uP() {
const _ = this.g_sg,
a = this.g_ux,
t = 0 !== this.g_uv,
n = this.g_uy,
i = this.g_uu,
e = i.g_uq;
let r, s;
if (a) {
const g = a.g_rO();
(i.g_rM = g), _.bindFramebuffer(_.FRAMEBUFFER, g), (r = a.g_pN()), (s = a.g_pO());
} else
(i.g_rM = null), _.bindFramebuffer(_.FRAMEBUFFER, null), (r = e.g_uQ()), (s = e.g_uR());
t && e.g_uS(r, s, n);
}
g_uT(g) {
(this.g_kL = 7), g.g_gU(this.g_uy, 0);
}
g_uU(g, _, e, t) {
this.g_kL = 7;
const n = this.g_uy;
(n[0] = g), (n[1] = _), (n[2] = e), (n[3] = t);
}
g_uV() {
const _ = this.g_sg,
a = this.g_uy,
t = this.g_uu,
e = t.g_uq,
n = t.clearColor,
r = e.g_uW && g_aO.g_aW;
r && _.disable(_.SCISSOR_TEST);
const i = a[0],
s = a[1],
d = a[2],
g = a[3];
n.g_gX(i, s, d, g) || (_.clearColor(i, s, d, g), n.g_gG(i, s, d, g)),
_.clear(_.COLOR_BUFFER_BIT),
r && _.enable(_.SCISSOR_TEST);
}
g_uX(_, t, n, e, r, s, i, g) {
this.g_kL = 8;
const d = this.g_uy;
(d[0] = _),
(d[1] = t),
(d[2] = n),
(d[3] = e),
(d[4] = r),
(d[5] = s),
(d[6] = i),
(d[7] = g);
}
g_uY() {
const _ = this.g_sg,
a = this.g_uy,
t = this.g_uu,
e = t.g_uq,
n = t.clearColor;
e.g_uW || _.enable(_.SCISSOR_TEST), _.scissor(a[0], a[1], a[2], a[3]);
const r = a[4],
i = a[5],
s = a[6],
g = a[7];
n.g_gX(r, i, s, g) || (_.clearColor(r, i, s, g), n.g_gG(r, i, s, g)),
_.clear(_.COLOR_BUFFER_BIT),
e.g_uW ? _.scissor(0, 0, e.g_uZ, e.g_u_) : _.disable(_.SCISSOR_TEST);
}
g_u$(g) {
(this.g_kL = 13), g.g_gU(this.g_uy, 0);
}
g_va() {
const g = this.g_uy;
this.g_uu.g_us.set(g[0], g[1], g[2], g[3]);
}
g_vb(g, _) {
(this.g_kL = 9), (this.g_uv = g), (this.g_uw = 1), (this.g_uy[0] = _);
}
g_vc() {
const g = this.g_sg,
_ = this.g_uu,
a = _.g_uq,
t = a.g_vd;
g.useProgram(t.g_qx), t.g_tl(_.g_tk, !1), t.g_tm(_.g_tn, !1);
const n = _.g_us;
t.g_sr.g_sM() && t.g_sr.g_un(n.g_hV(), n.g_hW()),
t.g_ss.g_sM() && t.g_ss.g_un(n.g_hX(), n.g_hY());
const e = this.g_uy[0];
if ((t.g_st.g_sM() && t.g_st.g_ul(e), t.g_sp.g_sM())) {
const g = _.g_ur;
t.g_sp.g_tS(g[0], g[1], g[2], g[3]);
}
g.drawArrays(g.POINTS, this.g_uv / 4, this.g_uw), g.useProgram(_.g_to.g_qx);
}
g_ve(g) {
(this.g_kL = 10), (this.g_ux = g);
}
g_vf() {
const g = this.g_sg,
_ = this.g_uu,
e = this.g_ux;
if (
((_.g_to = e), g.useProgram(e.g_qx), e.g_tl(_.g_tk, !1), e.g_tm(_.g_tn, !1), e.g_sp.g_sM())
) {
const g = _.g_ur;
e.g_sp.g_tS(g[0], g[1], g[2], g[3]);
}
}
g_vg() {
this.g_kL = 11;
}
g_vh() {
const g = this.g_uu.g_to;
g.g_sL && this.g_vi(g), g.g_s_.length && this.g_vj(g);
}
g_vi(g) {
const _ = this.g_sg,
a = this.g_uy,
t = this.g_uz,
n = this.g_uA;
if (g.g_sy.g_sM()) {
const g = this.g_uu.g_uq,
e = this.g_ux;
g.g_vk !== e &&
(_.activeTexture(_.TEXTURE1),
_.bindTexture(_.TEXTURE_2D, e ? e.g_ro() : null),
(g.g_vk = e),
_.activeTexture(_.TEXTURE0));
}
g.g_sF.g_sM() && g.g_sF.g_un(a[0], a[1]),
g.g_sz.g_sM() && g.g_sz.g_un(a[2], a[3]),
g.g_sA.g_sM() && g.g_sA.g_un(a[4], a[5]),
g.g_sH.g_sM() && g.g_sH.g_ul(a[6]),
g.g_sI.g_sM() && g.g_sI.g_ul(a[7]),
g.g_sB.g_sM() && g.g_sB.g_un(a[12], a[13]),
g.g_sC.g_sM() && g.g_sC.g_un(a[14], a[15]),
g.g_sD.g_sM() && g.g_sD.g_un(n[0], n[1]),
g.g_sE.g_sM() && g.g_sE.g_un(n[2], n[3]),
g.g_sJ.g_sM() && g.g_sJ.g_un(t[0], t[1]),
g.g_sK.g_sM() && g.g_sK.g_un(t[2], t[3]),
g.g_sG.g_sM() && g.g_sG.g_ul(this.g_uv);
}
g_vj(g) {
const _ = g.g_s_,
t = this.g_uB;
for (let n = 0, a = _.length; n < a; ++n) {
const g = _[n],
a = t[n];
g.g_uk() ? g.g_uo(a.g_gP(), a.g_gQ(), a.g_gR()) : g.g_ul(a);
}
}
g_vl(g) {
(this.g_kL = 12), (this.g_ux = g);
}
g_vm() {
const g = this.g_sg,
_ = this.g_ux,
e = this.g_uu.g_rM;
_ !== e && g.bindFramebuffer(g.FRAMEBUFFER, _),
g.invalidateFramebuffer(g.FRAMEBUFFER, [g.COLOR_ATTACHMENT0]),
_ !== e && g.bindFramebuffer(g.FRAMEBUFFER, e);
}
g_vn(g, _, a) {
this.g_kL = 15;
const t = this.g_uy,
n = this.g_uu.g_uq;
(t[0] = g.g_pN()),
(t[1] = g.g_pO()),
(t[2] = _ ? _.g_pN() : n.g_pN()),
(t[3] = _ ? _.g_pO() : n.g_pO()),
(t[4] = g.g_rR() ? 1 : 0),
(t[5] = 'stretch' === a);
const e = this.g_uB;
g_aO.g_fz(e), e.push(g.g_rO()), e.push(_ ? _.g_rO() : null);
}
g_vo() {
var _ = Math.max,
a = Math.min;
const t = this.g_uy,
n = this.g_uB,
r = this.g_sg,
e = t[0],
s = t[1],
g = t[2],
i = t[3],
d = 0 !== t[4],
o = 0 !== t[5],
u = n[0],
l = n[1];
if ((r.bindFramebuffer(r.READ_FRAMEBUFFER, u), r.bindFramebuffer(r.DRAW_FRAMEBUFFER, l), o))
r.blitFramebuffer(0, 0, e, s, 0, 0, g, i, r.COLOR_BUFFER_BIT, d ? r.LINEAR : r.NEAREST);
else {
const t = a(e, g),
n = a(s, i),
d = _(s - i, 0),
l = _(i - s, 0);
r.blitFramebuffer(0, d, t, n + d, 0, l, t, n + l, r.COLOR_BUFFER_BIT, r.NEAREST);
}
}
g_vp(g) {
(this.g_kL = 16), (this.g_ux = g);
}
g_vq() {
this.g_ux.g_vr(), (this.g_ux = null);
}
g_vs(g) {
(this.g_kL = 17), (this.g_ux = g);
}
g_vt() {
this.g_ux.g_vu(), (this.g_ux = null);
}
g_vv(g, _, e) {
this.g_kL = 18;
const a = this.g_uy;
(a[0] = g), (a[1] = _), (a[2] = e);
}
g_vw() {
const g = this.g_uu.g_to,
_ = this.g_uy;
g.g_sF.g_sM() && g.g_sF.g_un(_[0], _[1]), g.g_sx.g_sM() && g.g_sx.g_ul(_[2]);
}
g_vx(_, a, t, n, i, e, r) {
this.g_kL = 14;
const g = this.g_uy;
_.g_gU(g, 0),
(g[4] = 1 / a),
(g[5] = 1 / t),
(g[6] = n / a),
(g[7] = i / t),
(g[8] = e / a),
(g[9] = r / t);
}
g_vy() {
const g = this.g_uu.g_to,
_ = this.g_uy;
g.g_sB.g_sM() && g.g_sB.g_un(_[0], _[1]),
g.g_sF.g_sM() && g.g_sF.g_un(_[4], _[5]),
g.g_su.g_sM() && g.g_su.g_un(_[6], _[7]),
g.g_sv.g_sM() && g.g_sv.g_un(_[8], _[9]);
}
g_vz() {
switch (this.g_kL) {
case 1:
return void this.g_uD();
case 2:
return void this.g_uF();
case 3:
return void this.g_uH();
case 4:
return void this.g_uL();
case 5:
return void this.g_uN();
case 6:
return void this.g_uP();
case 7:
return void this.g_uV();
case 8:
return void this.g_uY();
case 9:
return void this.g_vc();
case 10:
return void this.g_vf();
case 11:
return void this.g_vh();
case 12:
return void this.g_vm();
case 13:
return void this.g_va();
case 14:
return void this.g_vy();
case 15:
return void this.g_vo();
case 16:
return void this.g_vq();
case 17:
return void this.g_vt();
case 18:
return void this.g_vw();
case 19:
return void this.g_uJ();
}
}
}),
'use strict';
{
function _(g, _, a, t, n, e) {
_
? 'Gecko' === g_aO.g_bJ.g_bR
? g.strokeText(a, t, n, e)
: g.strokeText(a, t, n)
: 'Gecko' === g_aO.g_bJ.g_bR
? g.fillText(a, t, n, e)
: g.fillText(a, t, n);
}
function a(g, _, a, t, n, e) {
_ ? g.strokeRect(a, t, n, e) : g.fillRect(a, t, n, e);
}
function t(g) {
return g * (4 / 3);
}
const n = { timeout: 60 },
r = new g_aO.g_gB(0, 0, 0, 1),
e = new Set(['left', 'center', 'right']),
s = new Set(['top', 'center', 'bottom']),
g = new Set(['word', 'character']),
d = new Set();
g_aO.g_vA &&
g_aO.g_vA.addEventListener('fontload', (g) => {
const _ = g.font.g_pY();
for (const e of d) (e.g_vB() || g_aO.g_dB(e.g_vC(), _)) && e.g_vD();
}),
(g_aO.g_ps.g_vE = class {
constructor(g, _) {
(_ = Object.assign({}, n, _)),
(this.g_qw = g),
(this.g_vF = 'Arial'),
(this.g_vG = 16),
(this.g_vH = 0),
(this.g_vI = !1),
(this.g_vJ = !1),
(this.g_vK = 'black'),
(this.g_vL = !1),
(this.g_vM = null),
(this.g_vN = new Set()),
(this.g_vO = 'left'),
(this.g_vP = 'top'),
(this.g_vQ = ''),
(this.g_vR = null),
(this.g_vS = g_aO.g_ej(g_aO.g_pf)),
(this.g_vT = 'word'),
(this.g_vU = !1),
(this.g_vV = !1),
(this.g_vW = !0),
(this.g_vX = -1),
(this.g_vY = 0),
(this.g_vZ = 0),
(this.g_v_ = 0),
(this.g_pu = 0),
(this.g_pv = 0),
(this.g_v$ = 1),
(this.g_wa = !1),
(this.g_wb = null),
(this.g_wc = null),
(this.g_wd = null),
(this.g_we = -1),
(this.g_wf = -1),
(this.g_wg = ''),
(this.g_wh = ''),
(this.g_wi = ''),
(this.g_wj = 1),
(this.g_wk = 1),
(this.g_wl = (g, _) => this.g_wm(g, _)),
(this.g_qU = null),
(this.g_wn = 0),
(this.g_wo = 0),
(this.g_wp = new g_aO.Rect()),
(this.g_wq = 1),
(this.g_wr = !1),
(this.g_ws = new g_aO.g_lx(() => {
this.g_wt(), this.g_wu(8, 8);
}, _.timeout)),
(this.g_wv = null),
(this.g_ww = !1),
d.add(this);
}
g_ek() {
(this.g_vM = null),
this.g_vN.clear(),
(this.g_vR = null),
(this.g_wb = null),
(this.g_wc = null),
(this.g_wd = null),
(this.g_wl = null),
this.g_ws.g_ek(),
(this.g_wv = null),
this.g_wt(),
this.g_vS.g_js(),
(this.g_vS = null),
(this.g_qw = null),
(this.g_ww = !0),
d.delete(this);
}
g_wx() {
this.g_wa = !0;
}
g_vD() {
this.g_wx(), this.g_vS.g_js(), (this.g_vU = !0);
}
g_wy(g) {
this.g_vW = !!g;
}
g_wz() {
return this.g_vW;
}
g_wA(g) {
(g = !!g),
this.g_vL === g ||
((this.g_vL = g),
this.g_wc && (this.g_wc.textBaseline = this.g_vL ? 'alphabetic' : 'top'),
this.g_vD());
}
g_vB() {
return this.g_vL;
}
g_wB(g) {
g || (g = 'serif'), this.g_vF === g || ((this.g_vF = g), this.g_vD());
}
g_vC() {
return this.g_vF;
}
g_wC(g) {
0.1 > g && (g = 0.1), this.g_vG === g || ((this.g_vG = g), this.g_vD());
}
g_wD(g) {
this.g_vH === g || ((this.g_vH = g), this.g_wx());
}
g_wE(g) {
(g = !!g), this.g_vI === g || ((this.g_vI = g), this.g_vD());
}
g_wF(g) {
(g = !!g), this.g_vJ === g || ((this.g_vJ = g), this.g_vD());
}
g_wG(g) {
(g = Math.floor(g)), this.g_vX === g || ((this.g_vX = g), this.g_wx());
}
g_wH() {
return this.g_vX;
}
g_wI(g, _) {
for (let e = g.length - 1; 0 <= e; --e) {
const a = g[e];
if (a.tag === _) return a;
}
return null;
}
g_wJ(g, _) {
return !!this.g_wI(g, _);
}
g_wK(_, a) {
let t = '';
(this.g_vI || this.g_wJ(a, 'b')) && (t += 'bold'),
(this.g_vJ || this.g_wJ(a, 'i')) && (t += ' italic');
const n = this.g_wI(a, 'size'),
i = n ? parseFloat(n.param) : this.g_vG;
t += _ ? ' ' + i + 'pt' : ' ' + i * this.g_wq * this.g_v$ * self.devicePixelRatio + 'pt';
let e = this.g_vF;
const r = this.g_wI(a, 'font');
return (
r &&
r.param &&
((e = r.param), this.g_vM && !this.g_vN.has(e) && (this.g_vM(e), this.g_vN.add(e))),
e && (t += ' "' + e + '"'),
t
);
}
g_qG(g) {
g instanceof g_aO.g_gB && (g = g.g_ha()), this.g_vK === g || ((this.g_vK = g), this.g_wx());
}
g_wL(g, _, e) {
r.g_gH(g, _, e), this.g_qG(r);
}
g_wM(g) {
if (!e.has(g)) throw new Error('invalid horizontal alignment');
this.g_vO === g || ((this.g_vO = g), this.g_wx());
}
g_wN(g) {
if (!s.has(g)) throw new Error('invalid vertical alignment');
this.g_vP === g || ((this.g_vP = g), this.g_wx());
}
g_wO(_) {
if (!g.has(_)) throw new Error('invalid word wrap mode');
this.g_vT === _ || ((this.g_vT = _), this.g_vD());
}
g_wP(g) {
this.g_vQ === g || ((this.g_vQ = g), this.g_vD());
}
g_wQ(_, a, t) {
var n = Math.min;
if (('undefined' == typeof t && (t = 1), 0 >= _ || 0 >= _)) return;
if (this.g_vZ === _ && this.g_v_ === a && this.g_v$ === t) return;
(1 === this.g_v$) != (1 === t) && (this.g_wr = !0);
const r = this.g_vZ,
e = this.g_v$;
(this.g_vZ = _), (this.g_v_ = a), (this.g_v$ = t);
const s = self.devicePixelRatio;
(this.g_pu = this.g_vZ * this.g_v$ * s), (this.g_pv = this.g_v_ * this.g_v$ * s);
const g = Math.max(this.g_pu, this.g_pv),
d = n(this.g_qw.g_rb(), 2048);
let i = 1;
g > d &&
((i = d / g), (this.g_pu = n(this.g_pu * i, d)), (this.g_pv = n(this.g_pv * i, d))),
(this.g_wq = i),
0 < this.g_wn &&
0 < this.g_wo &&
this.g_v$ === e &&
this.g_wp.set(0, 0, this.g_pu / this.g_wn, this.g_pv / this.g_wo),
this.g_vZ === r ? this.g_wx() : this.g_vD();
}
g_pN() {
return this.g_pu;
}
g_pO() {
return this.g_pv;
}
g_wR() {
return this.g_wS(), this.g_vS.g_pr();
}
g_wT() {
this.g_wS();
const g = t(this.g_vG) + 4;
return this.g_vS.g_pi() * (g + this.g_vH) - this.g_vH;
}
g_rQ() {
return this.g_ws.g_lC(), this.g_wU(), this.g_qU;
}
g_wU() {
(this.g_qU && !this.g_wa && !this.g_vU) ||
this.g_vV ||
0 >= this.g_pu ||
0 >= this.g_pv ||
((this.g_wa = !1),
(this.g_vV = !0),
this.g_vW ? g_aO.g_gl(() => this.g_wV()) : this.g_wV());
}
g_wV() {
var g = Math.ceil;
this.g_ww ||
(this.g_wu(g(this.g_pu), g(this.g_pv)),
this.g_wS(),
this.g_wW(),
this.g_wX(),
this.g_ws.g_lC(),
(this.g_vV = !1));
}
g_wu(g, _) {
this.g_wb || (this.g_wb = g_aO.g_gk(16, 16));
let e = !1;
(this.g_we !== g || this.g_wf !== _) &&
((this.g_we = g),
(this.g_wf = _),
(this.g_wb.width = g),
(this.g_wb.height = _),
(e = !0)),
this.g_wc || ((this.g_wc = this.g_wb.getContext('2d')), (e = !0)),
e
? ((this.g_wc.textBaseline = this.g_vL ? 'alphabetic' : 'top'),
(this.g_wc.font = this.g_wg),
(this.g_wc.fillStyle = this.g_wi),
(this.g_wc.strokeStyle = this.g_wi),
(this.g_wc.globalAlpha = this.g_wj),
(this.g_wc.lineWidth = this.g_wk))
: this.g_wc.clearRect(0, 0, g, _);
}
g_wY() {
this.g_wd || (this.g_wd = g_aO.g_gk(16, 16).getContext('2d'));
}
g_wZ(g) {
this.g_wh === g || ((this.g_wh = g), (this.g_wd.font = g));
}
g_wS() {
this.g_vU &&
(this.g_wY(),
this.g_vL &&
(!this.g_vR || this.g_vR.toString() !== this.g_vQ) &&
(this.g_vR = new g_aO.g_dP(this.g_vQ, { g_oR: !0 })),
this.g_vS.g_pf(
this.g_vL ? this.g_vR.g_pa() : this.g_vQ,
this.g_wl,
this.g_vZ,
this.g_vT,
0
),
(this.g_vU = !1));
}
g_wm(g, _) {
this.g_wZ(this.g_wK(!0, _));
const a = this.g_wI(_, 'size'),
n = a ? parseFloat(a.param) : this.g_vG;
return { width: this.g_wd.measureText(g).width, height: t(n) };
}
g_w_(g) {
this.g_wg === g || ((this.g_wg = g), (this.g_wc.font = g));
}
g_w$(g) {
this.g_wi === g ||
((this.g_wi = g), (this.g_wc.fillStyle = g), (this.g_wc.strokeStyle = g));
}
g_xa(g) {
this.g_wj === g || ((this.g_wj = g), (this.g_wc.globalAlpha = g));
}
g_xb(g) {
this.g_wk === g || ((this.g_wk = g), (this.g_wc.lineWidth = g));
}
g_wW() {
this.g_vY = 0;
const _ = this.g_wq * this.g_v$ * self.devicePixelRatio,
t = (4 + this.g_vH) * _;
let n = 0;
const i = this.g_vS.g_ph(),
g = i.reduce((g, e) => g + e.height * _ + t, 0) - this.g_vH * _;
'center' === this.g_vP
? (n = Math.max(this.g_pv / 2 - g / 2, 0))
: 'bottom' === this.g_vP && (n = this.g_pv - g - 2);
for (let a = 0, g = i.length; a < g; ++a) {
const e = i[a],
r = e.height * _,
g = n;
if (this.g_vL) {
if (((n += r), 0 < a && n > this.g_pv - 4 * _)) break;
} else if (0 < a && n >= this.g_pv - r) break;
0 <= g && this.g_xc(e, n, _), this.g_vL || (n += r), (n += t);
}
}
g_xc(g, _, a) {
let t = 0;
'center' === this.g_vO
? (t = (this.g_pu - g.width * a) / 2)
: 'right' === this.g_vO && (t = this.g_pu - g.width * a);
for (const n of g.g_pl) this.g_xd(n, t, _, a, g.height), (t += n.width * a);
}
g_xd(t, E, y, b, s) {
const f = this.g_wc,
h = s / 16;
let i = t.width * b;
const B = t.height * b,
v = t.height / 16,
l = (4 + this.g_vH) * b,
m = t.g_pb;
let n = t.text;
if (-1 !== this.g_vX) {
if (this.g_vY >= this.g_vX) return;
this.g_vY + n.length > this.g_vX &&
((n = n.substr(0, this.g_vX - this.g_vY)), (i = this.g_wm(n, m).width * b)),
(this.g_vY += n.length);
}
const C = this.g_wI(m, 'background'),
p = this.g_wJ(m, 'u'),
T = this.g_wJ(m, 's');
if ((!g_aO.g_oc(n) || C || p || T) && !this.g_wJ(m, 'hide')) {
const e = this.g_wI(m, 'offsetx');
E += e ? parseFloat(e.param) * b : 0;
const r = this.g_wI(m, 'offsety');
(y += r ? parseFloat(r.param) * b : 0),
C && (this.g_w$(C.param), f.fillRect(E, y - B, i, B + l));
const g = this.g_wI(m, 'color');
this.g_w$(g ? g.param : this.g_vK);
const s = this.g_wI(m, 'opacity');
this.g_xa(s ? parseFloat(s.param) / 100 : 1);
const t = this.g_wJ(m, 'stroke');
if (
(t && this.g_xb(v * this.g_wq * this.g_v$),
p && a(f, t, E, y + b * h, i, b * h),
T && a(f, t, E, y - B / 4, i, b * v),
this.g_w_(this.g_wK(!1, m)),
_(f, t, n, E, y, i),
!t)
) {
this.g_xb(v * this.g_wq * this.g_v$);
const g = this.g_wI(m, 'outline');
g && (this.g_w$(g.param), _(f, !0, n, E, y, i));
}
}
}
g_wX() {
var g = Math.ceil;
this.g_qw.g_xe() ||
((this.g_wn = g(this.g_pu)),
(this.g_wo = g(this.g_pv)),
this.g_wp.set(0, 0, this.g_pu / this.g_wn, this.g_pv / this.g_wo),
this.g_wr && (this.g_wt(), (this.g_wr = !1)),
!this.g_qU &&
(this.g_qU = this.g_qw.g_rH(this.g_wn, this.g_wo, {
g_qQ: 1 === this.g_v$,
g_qR: 'high'
})),
this.g_qw.g_xf(this.g_wb, this.g_qU),
this.g_wv && this.g_wv());
}
g_xg() {
return this.g_wp;
}
g_wt() {
this.g_qU && (!this.g_qw.g_xe() && this.g_qw.g_rL(this.g_qU), (this.g_qU = null));
}
static g_qI() {
for (const g of d) g.g_wt();
}
static g_xh() {
return d.values();
}
});
}
{
class g {
constructor(g) {
(this.g_sg = g.g_rc()),
(this.g_xi = g.g_rd()),
(this.g_xj = g.g_xk()),
(this.g_xl = null),
(this.g_lB = !1),
(this.g_xm = !1),
(this.g_xn = 0),
(this.g_xl = 1 === this.g_xi ? this.g_xj.createQueryEXT() : this.g_sg.createQuery());
}
g_ek() {
this.g_xo(), (this.g_sg = null), (this.g_xj = null), (this.g_xm = !1);
}
g_xo() {
this.g_xl &&
(1 === this.g_xi ? this.g_xj.deleteQueryEXT(this.g_xl) : this.g_sg.deleteQuery(this.g_xl),
(this.g_xl = null));
}
g_vr() {
if (this.g_lB) throw new Error('query already active');
1 === this.g_xi
? this.g_xj.beginQueryEXT(this.g_xj.TIME_ELAPSED_EXT, this.g_xl)
: this.g_sg.beginQuery(this.g_xj.TIME_ELAPSED_EXT, this.g_xl),
(this.g_lB = !0);
}
g_vu() {
if (!this.g_lB) throw new Error('query not active');
1 === this.g_xi
? this.g_xj.endQueryEXT(this.g_xj.TIME_ELAPSED_EXT)
: this.g_sg.endQuery(this.g_xj.TIME_ELAPSED_EXT),
(this.g_lB = !1);
}
g_xp() {
if (!this.g_xl || this.g_xm || this.g_lB) return;
let g = !1;
g =
1 === this.g_xi
? this.g_xj.getQueryObjectEXT(this.g_xl, this.g_xj.QUERY_RESULT_AVAILABLE_EXT)
: this.g_sg.getQueryParameter(this.g_xl, this.g_sg.QUERY_RESULT_AVAILABLE);
const _ = this.g_sg.getParameter(this.g_xj.GPU_DISJOINT_EXT);
g &&
!_ &&
((this.g_xn =
1 === this.g_xi
? this.g_xj.getQueryObjectEXT(this.g_xl, this.g_xj.QUERY_RESULT_EXT)
: this.g_sg.getQueryParameter(this.g_xl, this.g_sg.QUERY_RESULT)),
(this.g_xn /= 1e9),
(this.g_xm = !0)),
(g || _) && this.g_xo();
}
g_xq() {
return this.g_xm;
}
g_xr() {
if (!this.g_xm) throw new Error('no result available');
return this.g_xn;
}
}
g_aO.g_ps.g_xs = class {
constructor(g) {
(this.g_qw = g),
(this.g_pK = g.g_qu()),
(this.g_lB = !1),
(this.g_xt = null),
(this.g_xu = !1),
(this.g_xv = null),
(this.g_xw = []);
}
g_ek() {
for (const _ of this.g_xw) _ instanceof g && _.g_ek();
g_aO.g_fz(this.g_xw), (this.g_xt = null), (this.g_xv = null), (this.g_qw = null);
}
g_vr() {
if (this.g_lB) throw new Error('query already active');
const g = this.g_qw.g_xx();
0 < g.length
? ((this.g_xu = !0),
(this.g_xt = g[g.length - 1]),
this.g_xt.g_xy(),
this.g_xt.g_xw.push(this))
: ((this.g_xu = !1), (this.g_xt = null)),
(this.g_lB = !0),
g.push(this),
this.g_xz();
}
g_vu() {
if (!this.g_lB) throw new Error('query not active');
const g = this.g_qw.g_xx().pop();
if (g !== this) throw new Error('can only end most nested query');
(this.g_lB = !1), this.g_xy(), this.g_xt && (this.g_xt.g_xz(), (this.g_xt = null));
}
g_xz() {
(this.g_xv = g_aO.g_ej(g, this.g_qw)), this.g_xw.push(this.g_xv), this.g_xv.g_vr();
}
g_xy() {
this.g_xv.g_vu(), (this.g_xv = null);
}
g_xp() {
for (const g of this.g_xw) g.g_xp();
}
g_xA() {
return this.g_xu;
}
g_xq() {
return this.g_xw.every((g) => g.g_xq());
}
g_xr() {
return this.g_xw.reduce((g, _) => g + _.g_xr(), 0);
}
g_qu() {
return this.g_pK;
}
};
}
'use strict',
(g_aO.g_ps.g_xB = class {
constructor(g, _ = 1e3) {
(this.g_qw = g), (this.g_xC = _), (this.g_xD = []), this.g_qw.g_xE(this);
}
g_ek() {
this.g_js(), this.g_qw.g_xF(this), (this.g_qw = null);
}
g_js() {
for (const g of this.g_xD) g.g_ek();
g_aO.g_fz(this.g_xD);
}
g_xG() {
const g = new g_aO.g_ps.g_xs(this.g_qw);
if ((this.g_xD.push(g), this.g_xD.length > this.g_xC)) {
const g = this.g_xD.shift();
g.g_ek();
}
return g;
}
g_xH(g) {
for (const _ of this.g_xD) {
if (_.g_qu() >= g) return;
if (_.g_xA()) return;
_.g_xp();
}
}
g_xI(g, _) {
if (_ <= g) return NaN;
let e = 0;
for (const a of this.g_xD) {
if (a.g_qu() >= _) break;
if (!(a.g_qu() < g))
if (a.g_xq()) e += a.g_xr();
else return NaN;
}
return e;
}
g_xJ(g) {
for (let _ = 0, e = this.g_xD.length; _ < e; ++_) {
const e = this.g_xD[_];
if (e.g_qu() < g) e.g_ek();
else return void (0 < _ && this.g_xD.splice(0, _));
}
}
}),
'use strict';
{
function g(g, _) {
return (
g[0] === _[0] &&
g[1] === _[1] &&
g[2] === _[2] &&
g[3] === _[3] &&
g[4] === _[4] &&
g[5] === _[5] &&
g[6] === _[6] &&
g[7] === _[7] &&
g[8] === _[8] &&
g[9] === _[9] &&
g[10] === _[10] &&
g[11] === _[11] &&
g[12] === _[12] &&
g[13] === _[13] &&
g[14] === _[14] &&
g[15] === _[15]
);
}
function h() {
t = -1;
for (const g of d) g.g_xK() && (g.resolve(), d.delete(g));
0 < d.size && (t = self.requestAnimationFrame(h));
}
function f(g, _, e) {
let t = null;
if (2.1 <= e && ((t = g.getContext('webgl2-compute', _)), t)) return { g_xL: t, version: 2.1 };
if (2 <= e && ((t = g.getContext('webgl2', _)), t)) return { g_xL: t, version: 2 };
if (((t = g.getContext('webgl', _)), !t))
try {
t = g.getContext('experimental-webgl', _);
} catch (g) {
console.warn("Error requesting 'experimental-webgl' context: ", g);
}
return { g_xL: t, version: 1 };
}
const r = { g_xM: 'default', g_xN: !0, alpha: !1, g_xO: !1, g_xP: 2 },
a = new Set(['default', 'low-power', 'high-performance']),
m = new g_aO.g_iu(0, 0, 1, 0, 1, 1, 0, 1),
n = vec3.g_q(0, 0, 0),
_ = vec3.g_q(0, 0, 0),
i = mat4.create(),
E = new g_aO.g_iu(),
s = new g_aO.Rect();
let b = null;
g_aO.g_aW &&
((self.g_xQ = function () {
return b ? void b.g_xR() : void console.warn('WEBGL_lose_context not supported');
}),
(self.g_xS = function () {
return b ? void b.g_xT() : void console.warn('WEBGL_lose_context not supported');
}));
const d = new Set();
let t = -1;
g_aO.g_ps.g_xU = class extends g_aO.g_ps.g_pt {
constructor(g, e) {
if ((super(), (e = Object.assign({}, r, e)), !a.has(e.g_xM)))
throw new Error('invalid power preference');
let i = !1;
const s = {
alpha: !!e.alpha,
depth: !1,
antialias: !1,
powerPreference: e.g_xM,
failIfMajorPerformanceCaveat: !0
};
e.g_xO && ((s.desynchronized = !0), (s.preserveDrawingBuffer = !0));
let _ = f(g, s, e.g_xP);
if (
(_.g_xL || ((i = !0), (s.failIfMajorPerformanceCaveat = !1), (_ = f(g, s, e.g_xP))),
!_.g_xL)
)
throw new Error('failed to initialise WebGL context');
const d = _.g_xL;
(this.g_sg = d),
(this.g_xV = d.getContextAttributes()),
e.g_xO &&
!this.g_xV.desynchronized &&
console.info('[WebGLRenderer] Low-latency mode specified but is not supported here'),
(this.g_xW = d.getParameter(d.VERSION)),
(this.g_xi = _.version),
(this.g_xX = !0),
(this.g_xY = 0),
(this.g_xZ = 0),
(this.g_si = null),
(this.g_sk = null),
(this.g_x_ = null),
(this.g_sl = null),
(this.g_x$ = new Float32Array(8e3 * this.g_sj())),
(this.g_ya = new Uint16Array(12e3)),
(this.g_yb = new Float32Array(16e3)),
(this.g_yc = new Float32Array(32e3)),
(this.g_yd = 0),
(this.g_ye = 0),
(this.g_yf = 0),
(this.g_yg = 0),
(this.g_yh = null),
(this.g_yi = null),
(this.g_yj = null),
(this.g_yk = null),
(this.g_yl = null),
(this.g_ym = null),
(this.g_yn = null),
(this.g_yo = null),
(this.g_yp = null),
(this.g_vd = null),
(this.g_yq = null),
(this.g_yr = []),
(this.g_ys = 0),
(this.g_yt = 0),
(this.g_yu = null),
(this.g_yv = 0),
(this.g_yw = 0),
(this.g_yx = 0),
(this.g_uu = g_aO.g_ej(g_aO.g_ps.g_up, this)),
(this.g_yy = g_aO.g_ej(g_aO.g_gB, 1, 1, 1, 1)),
(this.g_yz = null),
(this.g_vk = null),
(this.g_yA = 0),
(this.g_yB = 0),
(this.g_yC = 1),
(this.g_yD = [this.g_yC]),
(this.g_yE = 1),
(this.g_yF = [this.g_yE]),
(this.g_yG = 0.5),
(this.g_yH = [this.g_yG]),
(this.g_uW = !1),
(this.g_uZ = -1),
(this.g_u_ = -1),
(this.g_yI = new g_aO.Rect()),
(this.g_yJ = -1),
(this.g_yK = 0),
(this.g_yL = 0),
(this.g_yM = 0),
(this.g_yN = '(unavailable)'),
(this.g_yO = '(unavailable)'),
(this.g_yP = []),
(this.g_yQ = i),
(this.g_yR = !1),
(this.g_yS = null),
(this.g_yT = !!e.g_xN),
(this.g_xj = null),
(this.g_yU = new Set()),
(this.g_yV = []),
this.g_pL(this.g_ya);
}
async g_yW() {
const g = this.g_sg,
e = this.g_sj();
this.g_yy.g_gG(1, 1, 1, 1),
(this.g_yz = null),
(this.g_vk = null),
(this.g_yd = 0),
(this.g_yf = 0),
(this.g_yg = 8e3 * e - 4 * e),
g_aO.g_fz(this.g_yr),
(this.g_ys = 0),
(this.g_yt = 0),
(this.g_yh = null),
(this.g_yu = null),
this.g_yI.set(0, 0, 1, 1),
(this.g_yv = 0),
(this.g_yw = 0),
(this.g_yx = 0);
const t = this.g_uu;
(t.g_to = null),
(t.g_rM = null),
vec4.set(t.g_ur, 1, 1, 1, 1),
t.clearColor.g_gG(0, 0, 0, 0),
t.g_us.set(0, 0, 1, 1),
g.clearColor(0, 0, 0, 0),
g.clear(g.COLOR_BUFFER_BIT),
g.enable(g.BLEND),
g.blendFunc(g.ONE, g.ONE_MINUS_SRC_ALPHA),
(this.g_yA = g.ONE),
(this.g_yB = g.ONE_MINUS_SRC_ALPHA),
this.g_yX(g),
g.disable(g.CULL_FACE),
g.disable(g.STENCIL_TEST),
g.disable(g.DITHER),
g.disable(g.DEPTH_TEST),
(this.g_sl = g.createBuffer()),
g.bindBuffer(g.ARRAY_BUFFER, this.g_sl),
g.bufferData(g.ARRAY_BUFFER, this.g_yc.byteLength, g.DYNAMIC_DRAW),
(this.g_si = g.createBuffer()),
g.bindBuffer(g.ARRAY_BUFFER, this.g_si),
g.bufferData(g.ARRAY_BUFFER, this.g_x$.byteLength, g.DYNAMIC_DRAW),
(this.g_sk = g.createBuffer()),
g.bindBuffer(g.ARRAY_BUFFER, this.g_sk),
g.bufferData(g.ARRAY_BUFFER, this.g_yb.byteLength, g.DYNAMIC_DRAW),
(this.g_x_ = g.createBuffer()),
g.bindBuffer(g.ELEMENT_ARRAY_BUFFER, this.g_x_),
g.bufferData(g.ELEMENT_ARRAY_BUFFER, this.g_ya, g.STATIC_DRAW),
g.activeTexture(g.TEXTURE0),
g.bindTexture(g.TEXTURE_2D, null),
(this.g_yJ = g.getParameter(g.MAX_TEXTURE_SIZE));
const r = g.getParameter(g.ALIASED_POINT_SIZE_RANGE);
(this.g_yK = r[0]), (this.g_yL = r[1]);
const a = g.getShaderPrecisionFormat(g.VERTEX_SHADER, g.HIGH_FLOAT),
i = g.getShaderPrecisionFormat(g.FRAGMENT_SHADER, g.HIGH_FLOAT);
(this.g_yM = a && i ? Math.min(a.precision, i.precision) : 0),
2048 < this.g_yL && (this.g_yL = 2048),
(this.g_yP = g.getSupportedExtensions());
const n = g.getExtension('WEBGL_debug_renderer_info');
n &&
((this.g_yN = g.getParameter(n.UNMASKED_VENDOR_WEBGL)),
(this.g_yO = g.getParameter(n.UNMASKED_RENDERER_WEBGL))),
(this.g_yS = g.getExtension('KHR_parallel_shader_compile')),
g_aO.g_aW && (b = g.getExtension('WEBGL_lose_context')),
this.g_yT &&
(1 === this.g_rd()
? ('Chromium' !== g_aO.g_bJ.g_bR ||
81 <= g_aO.g_bJ.g_bP ||
'undefined' != typeof document) &&
(this.g_xj = g.getExtension('EXT_disjoint_timer_query'))
: (this.g_xj =
g.getExtension('EXT_disjoint_timer_query_webgl2') ||
g.getExtension('EXT_disjoint_timer_query'))),
this.g_p_();
const _ = g_aO.g_ps.g_sb,
l = _.g_tU(this.g_xX, !1),
o = [
[_.g_tV(), l, '<default>'],
[_.g_tV(), l, '<default-device-transform>'],
[_.g_tY(), _.g_tX(), '<point>'],
[_.g_tZ(), l, '<fill>'],
[_.g_t_(), l, '<lineargradient>'],
[_.g_ua(), l, '<hardellipse>'],
[_.g_ub(), l, '<hardellipseoutline>'],
[_.g_uc(), l, '<smoothellipse>'],
[_.g_ud(), l, '<smoothellipseoutline>'],
[_.g_t$(), l, '<smoothline>'],
[_.g_tW(), _.g_tU(this.g_xX, !0), '<tilemap>']
],
s = await Promise.all(o.map((g) => this.g_yY({ src: g[0] }, g[1], g[2])));
(this.g_pF = s[0]),
(this.g_yi = s[1]),
(this.g_vd = s[2]),
(this.g_yj = s[3]),
(this.g_yk = s[4]),
(this.g_yl = s[5]),
(this.g_ym = s[6]),
(this.g_yn = s[7]),
(this.g_yo = s[8]),
(this.g_yp = s[9]),
(this.g_yq = s[10]),
(this.g_pH = null),
this.g_yZ();
}
g_y_() {
return this.g_xX;
}
g_sj() {
return this.g_xX ? 3 : 2;
}
g_y$(g) {
this.g_yv = g;
}
g_za() {
return this.g_yv;
}
g_qH(g) {
(this.g_yw = g), (this.g_pH = null);
}
g_zb() {
return this.g_yw;
}
async g_yY(g, _, e) {
const t = await g_aO.g_ps.g_sb.g_sf(this, g, _, e);
return this.g_pX(t), t;
}
g_zc() {
this.g_yh = null;
}
g_wQ(g, _, e) {
if (this.g_pu !== g || this.g_pv !== _ || e) {
this.g_qt();
const e = this.g_sg,
t = this.g_uu;
(this.g_pu = g), (this.g_pv = _);
const a = this.g_uQ(),
i = this.g_uR();
this.g_zd(a, i, this.g_pu, this.g_pv),
this.g_uS(a, i, this.g_pA),
this.g_yi &&
(e.useProgram(this.g_yi.g_tq()),
this.g_yi.g_tj(this.g_pA),
(this.g_yh = this.g_yi),
(this.g_uu.g_to = this.g_yi)),
e.bindTexture(e.TEXTURE_2D, null),
e.activeTexture(e.TEXTURE1),
e.bindTexture(e.TEXTURE_2D, null),
e.activeTexture(e.TEXTURE0),
(this.g_yz = null),
(this.g_vk = null),
this.g_yu && this.g_yu.g_rK(this.g_pu, this.g_pv),
e.bindFramebuffer(e.FRAMEBUFFER, null),
(this.g_yu = null),
(t.g_rM = null);
}
}
g_zd(g, e, t, r) {
(this.g_pw[2] = 100),
mat4.g_at(this.g_pB, this.g_pw, this.g_px, this.g_py),
mat4.perspective(this.g_pA, 45, g / e, this.g_pP(), this.g_pQ());
const a = [0, 0],
i = [0, 0],
n = self.devicePixelRatio;
this.g_pM(0, 0, g, e, a),
this.g_pM(1, 1, g, e, i),
(this.g_pz[0] = n / (i[0] - a[0])),
(this.g_pz[1] = -n / (i[1] - a[1])),
(this.g_xY = t),
(this.g_xZ = r);
}
g_uS(g, e, t) {
const r = this.g_sg,
a = this.g_uu;
r.viewport(0, 0, g, e);
const s = this.g_pD,
n = a.g_to;
for (let _ = 0, a = s.length; _ < a; ++_) {
const g = s[_];
g === n ? g.g_tl(t, !0) : g.g_tP();
}
mat4.g_p(a.g_tk, t);
}
g_ze(g, _) {
const e = this.g_sg;
return this.g_pu === g && this.g_pv === _
? void (
this.g_uW &&
(this.g_qt(),
e.disable(e.SCISSOR_TEST),
(this.g_uW = !1),
(this.g_uZ = -1),
(this.g_u_ = -1),
this.g_wQ(this.g_pu, this.g_pv, !0))
)
: void (!this.g_uW && (this.g_qt(), e.enable(e.SCISSOR_TEST), (this.g_uW = !0)),
(this.g_uZ !== g || this.g_u_ !== _) &&
(this.g_qt(),
e.scissor(0, 0, g, _),
(this.g_uZ = g),
(this.g_u_ = _),
this.g_wQ(this.g_pu, this.g_pv, !0)));
}
g_zf() {
const g = this.g_sg;
this.g_uW && (this.g_qt(), g.disable(g.SCISSOR_TEST), (this.g_uW = !1)),
(this.g_uZ = -1),
(this.g_u_ = -1);
}
g_uQ() {
return this.g_uW ? this.g_uZ : this.g_pN();
}
g_uR() {
return this.g_uW ? this.g_u_ : this.g_pO();
}
g_zg() {
if (!g(this.g_pC, this.g_pB)) {
const g = this.g_zh();
g.g_uM(this.g_pB), mat4.g_p(this.g_pC, this.g_pB), (this.g_yt = 0);
}
}
g_rN() {
return this.g_uu;
}
g_zh() {
const g = this.g_yr;
return this.g_ys === g.length && g.push(new g_aO.g_ps.g_ut(this.g_uu)), g[this.g_ys++];
}
g_qt() {
0 === this.g_ys ||
this.g_xe() ||
(this.g_zi(),
this.g_zj(),
(this.g_ys = 0),
(this.g_yd = 0),
(this.g_ye = 0),
(this.g_yf = 0),
(this.g_yt = 0));
}
g_zi() {
const g = this.g_sg;
0 < this.g_yf &&
(g.bindBuffer(g.ARRAY_BUFFER, this.g_sl),
g.bufferSubData(g.ARRAY_BUFFER, 0, this.g_yc.subarray(0, this.g_yf))),
0 < this.g_yd &&
(g.bindBuffer(g.ARRAY_BUFFER, this.g_si),
g.bufferSubData(g.ARRAY_BUFFER, 0, this.g_x$.subarray(0, this.g_yd)),
g.bindBuffer(g.ARRAY_BUFFER, this.g_sk),
g.bufferSubData(g.ARRAY_BUFFER, 0, this.g_yb.subarray(0, this.g_ye)));
}
g_zj() {
const g = this.g_yr;
for (let _ = 0, e = this.g_ys; _ < e; ++_) g[_].g_vz();
}
g_zk() {
return this.g_yy.g_gS();
}
g_zl(g, _, e, t) {
const i = this.g_yy;
if (!i.g_gX(g, _, e, t)) {
i.g_gG(g, _, e, t);
const a = this.g_zh();
a.g_uG(i), (this.g_yt = 0), (this.g_pH = null);
}
}
g_zm(g) {
const _ = this.g_yy;
if (_.g_gS() !== g) {
_.g_gN(g);
const e = this.g_zh();
e.g_uG(_), (this.g_yt = 0), (this.g_pH = null);
}
}
g_qG(g) {
const _ = this.g_yy;
if (!_.g_l(g)) {
_.set(g);
const e = this.g_zh();
e.g_uG(_), (this.g_yt = 0), (this.g_pH = null);
}
}
g_zn() {
this.g_zl(1, 1, 1, 1);
}
g_zo() {
return this.g_yy;
}
g_zp(g) {
if (g !== this.g_yz) {
const _ = this.g_zh();
_.g_uE(g), (this.g_yz = g), (this.g_yt = 0);
}
}
g_rh() {
this.g_yz = null;
}
g_qF(g, _) {
if (g !== this.g_yA || _ !== this.g_yB) {
const e = this.g_zh();
e.g_uK(g, _), (this.g_yA = g), (this.g_yB = _), (this.g_yt = 0), (this.g_pH = null);
}
}
g_zq() {
return this.g_yA === this.g_sg.ONE && this.g_yB === this.g_sg.ONE_MINUS_SRC_ALPHA;
}
g_zr() {
this.g_qF(this.g_sg.ONE, this.g_sg.ONE_MINUS_SRC_ALPHA);
}
g_zs() {
this.g_qF(this.g_sg.SRC_ALPHA, this.g_sg.ONE_MINUS_SRC_ALPHA);
}
g_zt() {
this.g_qF(this.g_sg.ONE, this.g_sg.ZERO);
}
Rect(g) {
this.g_zu(g.g_hV(), g.g_hW(), g.g_hX(), g.g_hY());
}
g_zu(g, _, e, t) {
this.g_zv(g, _, e, _, e, t, g, t);
}
g_zw() {
let g = this.g_yd;
if ((g >= this.g_yg && (this.g_qt(), (g = 0)), 1 === this.g_yt))
this.g_yr[this.g_ys - 1].g_uw += 6;
else {
const _ = this.g_zh();
_.g_uC(this.g_xX ? g : 3 * (g / 2), 6), (this.g_yt = 1);
}
}
g_zx(g) {
g.g_iN(this.g_x$, this.g_yd, this.g_yv + this.g_yw), (this.g_yd += 12);
}
g_iu(g) {
this.g_zw(), this.g_zx(g), m.g_gU(this.g_yb, this.g_ye), (this.g_ye += 8);
}
g_zv(g, e, t, n, a, i, _, r) {
this.g_zw();
const l = this.g_x$;
let s = this.g_yd;
const o = this.g_yv + this.g_yw;
this.g_xX
? ((l[s++] = g),
(l[s++] = e),
(l[s++] = o),
(l[s++] = t),
(l[s++] = n),
(l[s++] = o),
(l[s++] = a),
(l[s++] = i),
(l[s++] = o),
(l[s++] = _),
(l[s++] = r),
(l[s++] = o))
: ((l[s++] = g),
(l[s++] = e),
(l[s++] = t),
(l[s++] = n),
(l[s++] = a),
(l[s++] = i),
(l[s++] = _),
(l[s++] = r)),
(this.g_yd = s),
m.g_gU(this.g_yb, this.g_ye),
(this.g_ye += 8);
}
g_zy(g, _) {
this.g_zw(), this.g_zx(g), _.g_h_(this.g_yb, this.g_ye), (this.g_ye += 8);
}
g_zz(g, _) {
this.g_zw(), this.g_zx(g), _.g_gU(this.g_yb, this.g_ye), (this.g_ye += 8);
}
g_zA(g, d) {
var t = Math.max,
r = Math.min;
if (
(mat4.g_p(i, this.g_pC),
vec3.g_p(n, this.g_pw),
vec3.g_p(_, this.g_px),
(this.g_pw[0] = 0),
(this.g_pw[1] = 0),
(this.g_pw[2] = 100 * self.devicePixelRatio),
(this.g_px[0] = 0),
(this.g_px[1] = 0),
(this.g_px[2] = 0),
this.g_pT(),
this.g_zg(),
this.g_uW)
) {
const g = this.g_uZ / 2,
_ = this.g_u_ / 2;
s.set(-g, _, -g + this.g_uZ, _ - this.g_u_),
E.g_iO(s),
s.set(0, 0, this.g_uZ / this.g_pu, this.g_u_ / this.g_pv),
this.g_zy(E, s);
} else if ('crop' === g && this.g_yu && d) {
const g = this.g_pu / 2,
e = this.g_pv / 2,
a = d.g_pN(),
n = d.g_pO(),
_ = this.g_yu.g_pN(),
i = this.g_yu.g_pO(),
l = r(_, a),
o = r(i, n),
u = t(n - i, 0),
p = t(i - n, 0);
s.set(-g, e - p, -g + l, e - o - p),
E.g_iO(s),
s.set(0, u, l, o + u),
s.g_N(a, n),
this.g_zy(E, s);
} else {
let [g, _] = this.g_zB(this.g_yu);
const e = g / 2,
t = _ / 2;
this.g_zu(-e, t, e, -t);
}
mat4.g_p(this.g_pB, i), vec3.g_p(this.g_pw, n), vec3.g_p(this.g_px, _), this.g_zg();
}
g_zC(g) {
const _ = g.length / 2;
if (3 > _) throw new Error('need at least 3 points');
const e = _ - 2,
d = g[0],
a = g[1];
for (let n = 0; n < e; n += 2) {
const u = 2 * n,
i = g[u + 2],
_ = g[u + 3],
l = g[u + 4],
o = g[u + 5];
if (n == e - 1) this.g_zv(d, a, i, _, l, o, l, o);
else {
const e = g[u + 6],
t = g[u + 7];
this.g_zv(d, a, i, _, l, o, e, t);
}
}
}
g_zD(g, e, t, r) {
const i = g_aO.g_ev(g, e, t, r),
n = Math.sin(i),
a = Math.cos(i),
_ = 0.5 * this.g_yC,
l = n * _,
o = a * _,
s = this.g_yE;
2 === s
? this.g_zE(g, e, t, r, l, o)
: 1 === s
? this.g_zF(g, e, t, r, l, o)
: this.g_zG(g, e, t, r, l, o);
}
g_zE(g, e, t, r, a, i) {
const n = this.g_yG,
_ = g + n - i,
l = e + n - a,
o = t + n + i,
s = r + n + a,
d = 2 * i,
u = 2 * a;
this.g_zv(_ + a, l - i, o + a, s - i, o - a - d, s + i - u, _ - a + d, l + i + u);
}
g_zF(g, e, t, r, a, i) {
const n = this.g_yG,
_ = g + n - i,
l = e + n - a,
o = t + n + i,
s = r + n + a;
this.g_zv(_ + a, l - i, o + a, s - i, o - a, s + i, _ - a, l + i);
}
g_zG(g, e, t, r, a, i) {
const n = this.g_yG,
_ = g + n,
l = e + n,
o = t + n,
s = r + n;
this.g_zv(_ + a, l - i, o + a, s - i, o - a, s + i, _ - a, l + i);
}
g_zH(g, e, t, r, i, n) {
const _ = g_aO.g_ev(g, e, t, r),
l = Math.sin(_),
a = Math.cos(_),
o = 0.5 * this.g_yC,
s = l * o,
d = a * o,
u = this.g_yE;
2 === u
? this.g_zI(g, e, t, r, s, d, i, n)
: 1 === u
? this.g_zJ(g, e, t, r, s, d, i, n)
: this.g_zK(g, e, t, r, s, d, i, n);
}
g_zI(d, e, t, r, a, i, n, _) {
const l = this.g_yG,
o = d + l - i,
u = e + l - a,
c = t + l + i,
p = r + l + a,
f = 2 * i,
h = 2 * a;
E.set(o + a, u - i, c + a, p - i, c - a - f, p + i - h, o - a + f, u + i + h),
s.set(n, 0, _, 0),
this.g_zy(E, s);
}
g_zJ(g, e, t, r, a, i, n, _) {
const d = this.g_yG,
l = g + d - i,
o = e + d - a,
u = t + d + i,
p = r + d + a;
E.set(l + a, o - i, u + a, p - i, u - a, p + i, l - a, o + i),
s.set(n, 0, _, 0),
this.g_zy(E, s);
}
g_zK(g, e, t, r, a, i, n, _) {
const d = this.g_yG,
l = g + d,
o = e + d,
u = t + d,
p = r + d;
E.set(l + a, o - i, u + a, p - i, u - a, p + i, l - a, o + i),
s.set(n, 0, _, 0),
this.g_zy(E, s);
}
g_zL(g, _, e, t) {
const a = 0.5 * this.g_yC,
i = this.g_yE;
2 === i
? this.g_zM(g, _, e, t, a)
: 1 === i
? this.g_zN(g, _, e, t, a)
: this.g_zO(g, _, e, t, a);
}
g_zM(g, _, e, t, a) {
this.g_zE(g, _, e, _, 0, a),
this.g_zE(e, _, e, t, a, 0),
this.g_zE(e, t, g, t, 0, -a),
this.g_zE(g, t, g, _, -a, 0);
}
g_zN(g, _, e, t, a) {
this.g_zF(g, _, e, _, 0, a),
this.g_zF(e, _, e, t, a, 0),
this.g_zF(e, t, g, t, 0, -a),
this.g_zF(g, t, g, _, -a, 0);
}
g_zO(g, _, e, t, a) {
this.g_zG(g, _, e, _, 0, a),
this.g_zG(e, _, e, t, a, 0),
this.g_zG(e, t, g, t, 0, -a),
this.g_zG(g, t, g, _, -a, 0);
}
g_zP(g) {
this.g_zL(g.g_hV(), g.g_hW(), g.g_hX(), g.g_hY());
}
g_zQ(g) {
const e = g_aO.g_ev(g.g_eW(), g.g_eX(), g.g_eY(), g.g_eZ()),
t = Math.sin(e),
r = Math.cos(e),
a = 0.5 * this.g_yC,
i = t * a,
n = r * a,
_ = this.g_yE;
2 === _ ? this.g_zR(g, i, n) : 1 === _ ? this.g_zS(g, i, n) : this.g_zT(g, i, n);
}
g_zR(g, _, e) {
this.g_zE(g.g_eW(), g.g_eX(), g.g_eY(), g.g_eZ(), _, e),
this.g_zE(g.g_eY(), g.g_eZ(), g.g_e_(), g.g_e$(), e, -_),
this.g_zE(g.g_e_(), g.g_e$(), g.g_fa(), g.g_fb(), -_, -e),
this.g_zE(g.g_fa(), g.g_fb(), g.g_eW(), g.g_eX(), -e, _);
}
g_zS(g, _, e) {
this.g_zF(g.g_eW(), g.g_eX(), g.g_eY(), g.g_eZ(), _, e),
this.g_zF(g.g_eY(), g.g_eZ(), g.g_e_(), g.g_e$(), e, -_),
this.g_zF(g.g_e_(), g.g_e$(), g.g_fa(), g.g_fb(), -_, -e),
this.g_zF(g.g_fa(), g.g_fb(), g.g_eW(), g.g_eX(), -e, _);
}
g_zT(g, _, e) {
this.g_zG(g.g_eW(), g.g_eX(), g.g_eY(), g.g_eZ(), _, e),
this.g_zG(g.g_eY(), g.g_eZ(), g.g_e_(), g.g_e$(), e, -_),
this.g_zG(g.g_e_(), g.g_e$(), g.g_fa(), g.g_fb(), -_, -e),
this.g_zG(g.g_fa(), g.g_fb(), g.g_eW(), g.g_eX(), -e, _);
}
g_zU(g) {
(this.g_yC = g), (this.g_yD[this.g_yD.length - 1] = g);
}
g_zV() {
return this.g_yC;
}
g_zW(g) {
if (100 <= this.g_yD.length)
throw new Error('pushed too many line widths - check push/pop pairs');
this.g_yD.push(g), (this.g_yC = g);
}
g_zX() {
if (1 >= this.g_yD.length)
throw new Error('cannot pop last line width - check push/pop pairs');
this.g_yD.pop(), (this.g_yC = this.g_yD[this.g_yD.length - 1]);
}
g_zY() {
(this.g_yE = 0), (this.g_yF[this.g_yF.length - 1] = 0);
}
g_zZ() {
(this.g_yE = 1), (this.g_yF[this.g_yF.length - 1] = 0);
}
g_z_() {
(this.g_yE = 2), (this.g_yF[this.g_yF.length - 1] = 0);
}
g_z$(g) {
if ('butt' === g) this.g_Aa();
else if ('square' === g) this.g_Ab();
else if ('zag' === g) this.g_Ac();
else throw new Error('invalid line cap');
}
g_Aa() {
if (100 <= this.g_yF.length)
throw new Error('pushed too many line caps - check push/pop pairs');
this.g_yF.push(0), (this.g_yE = 0);
}
g_Ab() {
if (100 <= this.g_yF.length)
throw new Error('pushed too many line caps - check push/pop pairs');
this.g_yF.push(1), (this.g_yE = 1);
}
g_Ac() {
if (100 <= this.g_yF.length)
throw new Error('pushed too many line caps - check push/pop pairs');
this.g_yF.push(2), (this.g_yE = 2);
}
g_Ad() {
if (1 >= this.g_yF.length) throw new Error('cannot pop last line cap - check push/pop pairs');
this.g_yF.pop(), (this.g_yE = this.g_yF[this.g_yF.length - 1]);
}
g_Ae(g) {
(this.g_yG = g), (this.g_yH[this.g_yH.length - 1] = g);
}
g_Af() {
return this.g_yG;
}
g_Ag(g) {
if (100 <= this.g_yH.length)
throw new Error('pushed too many line offsets - check push/pop pairs');
this.g_yH.push(g), (this.g_yG = g);
}
g_Ah() {
if (1 >= this.g_yH.length)
throw new Error('cannot pop last line offset - check push/pop pairs');
this.g_yH.pop(), (this.g_yG = this.g_yH[this.g_yH.length - 1]);
}
g_Ai(g) {
if (!this.g_yI.g_l(g)) {
this.g_yI.g_p(g);
const _ = this.g_zh();
_.g_u$(g), (this.g_yt = 0);
}
}
g_Aj(g, e, t, r) {
7996 <= this.g_yf && this.g_qt();
let a = this.g_yf;
const s = this.g_yv + this.g_yw;
if (2 === this.g_yt && this.g_yx === s) this.g_yr[this.g_ys - 1].g_uw++;
else {
const g = this.g_zh();
g.g_vb(a, s), (this.g_yt = 2), (this.g_yx = s);
}
const n = this.g_yc;
(n[a++] = g), (n[a++] = e), (n[a++] = t), (n[a++] = r), (this.g_yf = a);
}
g_qE(g) {
if (this.g_yh !== g) {
const _ = this.g_zh();
_.g_ve(g), (this.g_yh = g), (this.g_yt = 0), (this.g_pH = null);
}
}
g_yZ() {
this.g_qE(this.g_pF);
}
g_Ak() {
this.g_qE(this.g_yi);
}
g_Al() {
this.g_qE(this.g_yj);
}
g_Am() {
this.g_qE(this.g_yk);
}
g_An(g) {
const _ = this.g_zh();
_.g_uI(g), (this.g_yt = 0);
}
g_Ao() {
this.g_qE(this.g_yl);
}
g_Ap() {
this.g_qE(this.g_ym);
}
g_Aq() {
this.g_qE(this.g_yn);
}
g_Ar() {
this.g_qE(this.g_yo);
}
g_As(g, _, e = 1) {
const t = this.g_zh();
t.g_vv(g, _, e), (this.g_yt = 0);
}
g_At() {
this.g_qE(this.g_yp);
}
g_Au() {
this.g_qE(this.g_yq);
}
g_Av(g, e, t, r, a, i, n) {
if (this.g_yh !== this.g_yq) throw new Error('must set tilemap fill mode first');
const _ = this.g_zh();
_.g_vx(g, e, t, r, a, i, n), (this.g_yt = 0);
}
g_Aw(g, e, t, r, a, i, n, _, l, o, d) {
const h = this.g_yh,
u = h.g_sL,
s = !!d.length;
if ((u && !h.g_tH(e, t, r, a, i, n, _, l, o)) || (s && !h.g_tD(d))) {
const c = this.g_zh();
if ((c.g_vg(), u)) {
h.g_tK(e, t, r, a, i, n, _, l, o);
const d = c.g_uy;
(d[0] = i), (d[1] = n), e.g_gU(d, 2), (d[6] = _), (d[7] = l), t.g_gU(d, 12);
const s = c.g_uz;
a.g_gU(s, 0);
const u = s[1];
(s[1] = s[3]),
(s[3] = u),
r.g_gU(c.g_uA, 0),
(c.g_uv = o),
(c.g_ux = h.g_sy.g_sM() ? (g ? g.g_rQ() : null) : null);
}
s && (h.g_tF(d), g_aO.g_fD(c.g_uB, d)), (this.g_yt = 0);
}
}
g_Ax(g, _, e, t) {
const n = this.g_zh();
n.g_uU(g, _, e, t), (this.g_yt = 0);
}
g_js(g) {
const _ = this.g_zh();
_.g_uT(g), (this.g_yt = 0);
}
g_Ay(g, _, e, t) {
this.g_Az(g, _, e, t, 0, 0, 0, 0);
}
g_AA(g) {
this.g_Az(g.g_hV(), g.g_hW(), g.width(), g.height(), 0, 0, 0, 0);
}
g_AB(g, _) {
this.g_Az(g.g_hV(), g.g_hW(), g.width(), g.height(), _.g_gP(), _.g_gQ(), _.g_gR(), _.g_gS());
}
g_Az(g, e, t, i, n, _, r, s) {
if (!(0 > t || 0 > i)) {
const d = this.g_zh();
d.g_uX(g, e, t, i, n, _, r, s), (this.g_yt = 0);
}
}
g_AC() {}
g_qs() {
super.g_qs(), this.g_sg.flush();
}
g_AD() {
for (const g of this.g_yU) g.g_xH(this.g_pK);
}
g_xe() {
return !this.g_sg || this.g_sg.isContextLost() || this.g_yR;
}
g_qI() {
g_aO.g_ps.g_qT.g_qI(), g_aO.g_ps.g_rz.g_qI(), g_aO.g_ps.g_vE.g_qI();
for (const g of this.g_yU) g.g_js();
(this.g_yP = []),
(this.g_xj = null),
(this.g_yS = null),
(this.g_yN = '(unavailable)'),
(this.g_yO = '(unavailable)'),
(this.g_yh = null),
(this.g_pF = null),
(this.g_yi = null),
(this.g_yj = null),
(this.g_yk = null),
(this.g_yl = null),
(this.g_ym = null),
(this.g_yn = null),
(this.g_yo = null),
(this.g_yp = null),
(this.g_vd = null),
(this.g_yq = null);
for (const g of this.g_pG.values()) g.g_qI();
for (const g of this.g_pD) g.g_ek();
this.g_p_();
}
async g_qJ() {
(this.g_yR = !0), await this.g_yW(), (this.g_yR = !1);
for (const g of this.g_pG.values()) g.g_qJ(this);
this.g_wQ(this.g_pu, this.g_pv, !0);
}
g_AE(g, _) {
if (this.g_xe()) throw new Error('context lost');
this.g_qt();
const e = g_aO.g_ej(g_aO.g_ps.g_qT, this);
return e.g_ra(g, _), e;
}
g_AF(g, _) {
return this.g_xe()
? Promise.reject('context lost')
: ((_ = Object.assign({}, _)),
g_aO.g_cm.g_cq && (this.g_re() || !_.g_qM)
? ((_.g_cr = !1),
createImageBitmap(g, { premultiplyAlpha: 'premultiply' }).then((g) =>
g_aO.g_gl(() => this.g_AE(g, _))
))
: g_aO.g_cm.ImageBitmap
? createImageBitmap(g).then((g) => g_aO.g_gl(() => this.g_AE(g, _)))
: g instanceof Blob
? g_aO.g_gj(g, !0).then((g) => this.g_AF(g, _))
: 'undefined' != typeof HTMLImageElement &&
g instanceof HTMLImageElement &&
'function' == typeof g.decode
? g.decode().then(() => g_aO.g_gl(() => this.g_AE(g, _)))
: g_aO.g_gl(() => this.g_AE(g, _)));
}
g_rH(g, _, e) {
this.g_qt();
const t = g_aO.g_ej(g_aO.g_ps.g_qT, this);
return t.g_ri(g, _, e), t;
}
g_xf(g, _, e) {
this.g_qt(), _.g_rl(g, e);
}
g_rL(g) {
g &&
(g.g_rr(),
0 < g.g_rs() ||
(this.g_qt(),
g === this.g_yz &&
(this.g_sg.bindTexture(this.g_sg.TEXTURE_2D, null), (this.g_yz = null)),
g === this.g_vk &&
(this.g_sg.activeTexture(this.g_sg.TEXTURE1),
this.g_sg.bindTexture(this.g_sg.TEXTURE_2D, null),
this.g_sg.activeTexture(this.g_sg.TEXTURE0),
(this.g_vk = null)),
g.g_rm()));
}
g_AG(g) {
let _ = this.g_pu,
e = this.g_pv,
n = !0;
if (
(g &&
('number' == typeof g.width && ((_ = g.width), (n = !1)),
'number' == typeof g.height && ((e = g.height), (n = !1))),
0 >= _ || 0 >= e)
)
throw new Error('invalid size');
this.g_qt();
const s = g_aO.g_ej(g_aO.g_ps.g_rz, this);
return (
s.g_rG(_, e, Object.assign({ g_rx: n }, g)), (this.g_yu = null), (this.g_uu.g_rM = null), s
);
}
g_AH(g) {
if (g === this.g_yu) return;
let e, s, d, l;
g
? (g.g_rU() && g.g_rK(this.g_pu, this.g_pv),
(d = g.g_pN()),
(l = g.g_pO()),
(e = d),
(s = l))
: ((d = this.g_pu), (l = this.g_pv), (e = this.g_uQ()), (s = this.g_uR()));
const o = this.g_xY !== d || this.g_xZ !== l;
o && this.g_zd(e, s, d, l);
const n = this.g_zh();
n.g_uO(g, o, this.g_pA), (this.g_yu = g), (this.g_yt = 0);
}
g_AI() {
return this.g_yu;
}
g_zB(g) {
return g ? [g.g_pN(), g.g_pO()] : [this.g_pu, this.g_pv];
}
g_AJ(g, _ = 'stretch') {
if (2 > this.g_xi || (this.g_yu && 0 < this.g_yu.g_rV()))
this.g_zt(), this.g_zn(), this.g_AK(g, _);
else {
const e = this.g_zh();
e.g_vn(g, this.g_yu, _), (this.g_yt = 0);
}
}
g_AK(g, _ = 'stretch') {
const e = g.g_rQ();
if (!e) throw new Error('not a texture-backed render target');
this.g_zp(e), this.g_zA(_, e);
}
g_AL(g) {
if (!(2 > this.g_xi)) {
const _ = this.g_zh();
_.g_vl(g.g_rO()), (this.g_yt = 0);
}
}
g_AM(g) {
this.g_AH(null), this.g_qt();
const _ = g.g_rQ();
_ === this.g_yz && (this.g_sg.bindTexture(this.g_sg.TEXTURE_2D, null), (this.g_yz = null)),
_ === this.g_vk &&
(this.g_sg.activeTexture(this.g_sg.TEXTURE1),
this.g_sg.bindTexture(this.g_sg.TEXTURE_2D, null),
this.g_sg.activeTexture(this.g_sg.TEXTURE0),
(this.g_vk = null)),
g.g_rm();
}
async g_r_(g, e) {
this.g_qt();
const t = this.g_yu;
let d, u, p;
g
? ((d = g.g_pN()), (u = g.g_pO()), (p = g.g_rO()))
: ((d = this.g_pN()), (u = this.g_pO()), (p = null));
const h = this.g_sg;
h.bindFramebuffer(h.FRAMEBUFFER, p);
const _ = () => {
h.bindFramebuffer(h.FRAMEBUFFER, null),
(this.g_yu = null),
(this.g_uu.g_rM = null),
this.g_AH(t);
};
let l;
if (!e && 2 <= this.g_rd()) {
h.bindFramebuffer(h.READ_FRAMEBUFFER, p);
const g = h.createBuffer(),
e = 4 * (d * u),
a = h.PIXEL_PACK_BUFFER;
h.bindBuffer(a, g),
h.bufferData(a, e, h.STREAM_READ),
h.readPixels(0, 0, d, u, h.RGBA, h.UNSIGNED_BYTE, 0),
h.bindFramebuffer(h.READ_FRAMEBUFFER, null),
h.bindBuffer(a, null),
_();
const t = h.fenceSync(h.SYNC_GPU_COMMANDS_COMPLETE, 0);
await this.g_se(() => h.getSyncParameter(t, h.SYNC_STATUS) === h.SIGNALED),
h.deleteSync(t),
(l = new ImageData(d, u)),
h.bindBuffer(a, g),
h.getBufferSubData(a, 0, new Uint8Array(l.data.buffer), 0, e),
h.bindBuffer(a, null),
h.deleteBuffer(g);
} else
(l = new ImageData(d, u)),
h.readPixels(0, 0, d, u, h.RGBA, h.UNSIGNED_BYTE, new Uint8Array(l.data.buffer)),
_();
return l;
}
g_AN(g) {
if (this.g_AO()) {
const _ = this.g_zh();
_.g_vp(g), (this.g_yt = 0);
}
}
g_AP(g) {
if (this.g_AO()) {
const _ = this.g_zh();
_.g_vs(g), (this.g_yt = 0);
}
}
g_se(g) {
const _ = new Promise((_) => d.add({ resolve: _, g_xK: g }));
return -1 === t && (t = self.requestAnimationFrame(h)), _;
}
g_AQ() {
return !!this.g_xV.desynchronized;
}
g_AR() {
return this.g_pu * this.g_pv * (this.g_xV.alpha ? 4 : 3);
}
g_AS() {
let g = 0;
for (const _ of g_aO.g_ps.g_rz.g_r$()) _.g_rQ() || (g += _.g_ru());
return g;
}
g_AT() {
let g = 0;
for (const _ of g_aO.g_ps.g_qT.g_rv()) g += _.g_ru();
return g;
}
g_AU() {
return this.g_AR() + this.g_AS() + this.g_AT();
}
g_AV() {
return this.g_xW;
}
g_rd() {
return this.g_xi;
}
g_re() {
return 2 <= this.g_rd();
}
g_rb() {
return this.g_yJ;
}
g_AW() {
return this.g_yK;
}
g_AX() {
return this.g_yL;
}
g_AY() {
return 0 !== this.g_yM;
}
g_AZ() {
return this.g_yM;
}
g_A_() {
return this.g_yN;
}
g_A$() {
return this.g_yO;
}
g_Ba() {
return this.g_yP;
}
g_rk() {
return this.g_yQ;
}
g_AO() {
return !!this.g_xj;
}
g_xk() {
return this.g_xj;
}
g_sd() {
return this.g_yS;
}
g_xE(g) {
this.g_yU.add(g);
}
g_xF(g) {
this.g_yU.delete(g);
}
g_xx() {
return this.g_yV;
}
g_rc() {
return this.g_sg;
}
g_yX(g) {
this.g_ql([
['normal', g.ONE, g.ONE_MINUS_SRC_ALPHA],
['additive', g.ONE, g.ONE],
['xor', g.ONE, g.ONE_MINUS_SRC_ALPHA],
['copy', g.ONE, g.ZERO],
['destination-over', g.ONE_MINUS_DST_ALPHA, g.ONE],
['source-in', g.DST_ALPHA, g.ZERO],
['destination-in', g.ZERO, g.SRC_ALPHA],
['source-out', g.ONE_MINUS_DST_ALPHA, g.ZERO],
['destination-out', g.ZERO, g.ONE_MINUS_SRC_ALPHA],
['source-atop', g.DST_ALPHA, g.ONE_MINUS_SRC_ALPHA],
['destination-atop', g.ONE_MINUS_DST_ALPHA, g.SRC_ALPHA]
]);
}
g_Bb() {
return g_aO.g_ej(g_aO.g_ps.g_vE, this);
}
};
}
{
function g(g) {
if (!g) return '';
const _ = g.split('.');
if (2 > _.length) return '';
const e = _[_.length - 1].toLowerCase();
return t.get(e) || '';
}
function _(g) {
return new Promise((_, e) => {
const a = document.createElement('script');
(a.onload = _), (a.onerror = e), (a.async = !1), (a.src = g), document.head.appendChild(a);
});
}
const e = new Set(['local', 'remote']),
t = new Map([
['mp4', 'video/mp4'],
['webm', 'video/webm'],
['m4a', 'audio/mp4'],
['mp3', 'audio/mpeg'],
['js', 'application/javascript'],
['wasm', 'application/wasm'],
['svg', 'image/svg+xml']
]);
g_aO.g_Bc = class extends g_aO.g_eh {
constructor(g, _) {
if ((super(), !e.has(_.g_Bd))) throw new Error('invalid load policy');
if (
((this.g_Be = g),
(this.g_Bf = new Map()),
(this.g_Bg = new Map()),
(this.g_Bh = !!_.g_Bi),
(this.g_Bj = !!_.g_Bk),
(this.g_Bl = _.g_Bm || {}),
(this.g_Bn = new Map()),
(this.g_Bo = !1),
(this.g_Bp = ''),
(this.g_Bq = ''),
(this.g_Br = ''),
(this.g_Bs = _.g_Bd),
(this.g_Bt = []),
(this.g_Bu = new Map()),
(this.g_Bv = []),
(this.g_Bw = []),
(this.g_Bx = !1),
(this.g_By = 0),
(this.g_Bz = 0),
(this.g_BA = 0),
(this.g_BB = !1),
(this.g_BC = g_aO.g_ej(g_aO.g_mQ, () => this.g_BD(), 50)),
(this.g_BE = new g_aO.g_mH(Math.max(g_aO.hardwareConcurrency, 8))),
_.g_BF)
)
for (const [g, e] of Object.entries(_.g_BF)) this.g_Bf.set(g.toLowerCase(), e);
this.g_BG = new g_BH(this);
}
g_ek() {
this.g_Bf.clear();
for (const g of this.g_Bg.values()) URL.revokeObjectURL(g);
this.g_Bg.clear();
for (const g of this.g_Bt) g.g_ek();
g_aO.g_fz(this.g_Bt), this.g_Bu.clear(), g_aO.g_fz(this.g_Bw), (this.g_Be = null);
}
g_BI() {
return this.g_Be;
}
g_BJ(g) {
this.g_Bp = g;
}
g_BK() {
return this.g_Bp;
}
g_BL(g) {
this.g_Bq = g;
}
g_BM() {
return this.g_Bq;
}
g_BN(g) {
this.g_Br = g;
}
g_BO() {
return this.g_Br;
}
g_BP(g) {
return this.g_Bf.has(g.toLowerCase());
}
g_BQ(g) {
return this.g_Bf.get(g.toLowerCase()) || null;
}
g_BR(g) {
const _ = this.g_BQ(g);
if (!_) return g;
let e = this.g_Bg.get(_);
return e || ((e = URL.createObjectURL(_)), this.g_Bg.set(_, e)), e;
}
g_gd(g, _) {
_ = _ || this.g_Bs;
const e = this.g_BQ(g);
if (e) return Promise.resolve(e);
if (g_aO.g_f_(g)) {
const e = g.toLowerCase();
return this.g_Bh
? this.g_BS(e)
: 'local' === _
? this.g_BE.g_jB(() => g_aO.g_gd(e))
: g_aO.g_gd(e);
}
return g_aO.g_gd(g);
}
g_ge(g) {
const _ = this.g_BQ(g);
if (_) return g_aO.g_gg(_);
if (g_aO.g_f_(g)) {
const _ = g.toLowerCase();
return this.g_Bh
? this.g_BT(_)
: 'local' === this.g_Bs
? this.g_BE.g_jB(() => g_aO.g_ge(_))
: g_aO.g_ge(_);
}
return g_aO.g_ge(g);
}
g_gb(g) {
const _ = this.g_BQ(g);
if (_) return g_aO.g_gh(_);
if (g_aO.g_f_(g)) {
const _ = g.toLowerCase();
return this.g_Bh
? this.g_BU(_)
: 'local' === this.g_Bs
? this.g_BE.g_jB(() => g_aO.g_gb(_))
: g_aO.g_gb(_);
}
return g_aO.g_gb(g);
}
async g_gc(g) {
const _ = await this.g_gb(g);
return JSON.parse(_);
}
g_BV(g, _) {
return this.g_Be.g_BW('runtime', 'cordova-fetch-local-file', { filename: g, as: _ });
}
g_BU(g) {
return this.g_BV(g, 'text');
}
async g_BS(_) {
const e = await this.g_BV(_, 'buffer'),
a = g(_);
return new Blob([e], { type: a });
}
async g_BX(g) {
g = g.toLowerCase();
let _ = this.g_Bg.get(g);
if (_) return _;
const e = await this.g_BS(g);
return (_ = URL.createObjectURL(e)), this.g_Bg.set(g, _), _;
}
g_BT(g) {
return this.g_BV(g, 'buffer');
}
g_BY(g) {
return this.g_BP(g) ? this.g_BR(g) : this.g_Bp + g.toLowerCase();
}
g_BZ(g, _ = '') {
if (g_aO.g_fZ(g)) {
if (_) throw new Error('cannot specify subfolder with remote URL');
return Promise.resolve(g);
}
return this.g_BP(g)
? Promise.resolve(this.g_BR(g))
: this.g_Bh
? this.g_BX(_ + g)
: Promise.resolve(_ + g.toLowerCase());
}
g_B_(g) {
return this.g_BZ(g);
}
g_B$(g) {
if (g.g_Ca && !e.has(g.g_Ca)) throw new Error('invalid load policy');
let _ = this.g_Bu.get(g.url);
return _
? _
: ((_ = g_aO.g_ej(g_aO.g_Cb, this, {
url: g.url,
size: g.size || 0,
g_Ca: g.g_Ca || this.g_Bs
})),
this.g_Bt.push(_),
this.g_Bu.set(_.g_Cc(), _),
this.g_Bx ||
((this.g_By += _.g_jv()), this.g_Bw.push(_.g_Cd().then(() => this.g_Ce(_.g_jv())))),
_);
}
async g_Cf() {
try {
await Promise.all(this.g_Bw), (this.g_BA = 1);
} catch (g) {
console.error('Error loading: ', g), (this.g_BB = !0), this.g_BD();
}
}
g_Cg() {
this.g_Bx = !0;
}
g_Ch() {
return this.g_BB;
}
g_Ce(g) {
(this.g_Bz += g), this.g_BC.g_nc();
}
g_BD() {
const g = g_aO.g_ej(g_aO.Event, 'loadingprogress');
(this.g_BA = g_aO.g_ep(this.g_Bz / this.g_By, 0, 1)),
(g.g_Ci = this.g_BA),
this.g_Be.g_lh().dispatchEvent(g);
}
g_Cj() {
return this.g_BA;
}
g_Ck(g) {
g_aO.g_fD(this.g_Bv, g), this.g_Bv.length && this.g_Bw.push(this.g_Cl());
}
g_Cl() {
if ('undefined' == typeof FontFace) return Promise.resolve();
const g = [];
for (const [_, e, a] of this.g_Bv)
(this.g_By += a), g.push(this.g_Cm(_, e).then(() => this.g_Ce(a)));
return Promise.all(g);
}
async g_Cm(g, _) {
try {
const e = await this.g_BZ(_, this.g_Bq),
a = new FontFace(g, `url('${e}')`);
this.g_Be.g_Cn() ? self.fonts.add(a) : document.fonts.add(a), await a.load();
} catch (_) {
console.warn(`[C3 runtime] Failed to load web font '${g}': `, _);
}
}
g_Co(g) {
return !!this.g_Bl[g];
}
g_Cp(g, _) {
this.g_Bo = !!_;
for (const [t, a, n] of g)
this.g_Bn.set(t, {
fileName: t,
g_Cq: a.map((g) => ({ type: g[0], g_Cr: g[1], g_Cs: t + g[1], fileSize: g[2] })),
g_Ct: n
});
}
g_Cu(g) {
const _ = this.g_Bn.get(g.toLowerCase());
if (!_) return null;
let e = null;
for (const a of _.g_Cq)
if ((e || 'audio/webm; codecs=opus' !== a.type || (e = a), this.g_Co(a.type))) return a;
return e;
}
g_Cv(g) {
const _ = this.g_Cu(g);
return _ ? { url: this.g_BY(_.g_Cs), type: _.type } : null;
}
g_Cw() {
if (this.g_Bo) {
const g = [];
for (const _ of this.g_Bn.values()) {
if (_.g_Ct) continue;
const e = this.g_Cu(_.fileName);
e &&
g.push({
g_Cx: _.fileName,
url: this.g_BY(e.g_Cs),
type: e.type,
fileSize: e.fileSize
});
}
return g;
}
return [];
}
g_Cy() {
return this.g_BG;
}
async g_Cz(...g) {
const e = await Promise.all(g.map((g) => this.g_BZ(g)));
this.g_Be.g_Cn() ? importScripts(...e) : await Promise.all(e.map((g) => _(g)));
}
async g_CA(g) {
if (WebAssembly.compileStreaming) {
const _ = await this.g_BZ(g);
return await WebAssembly.compileStreaming(fetch(_));
} else {
const _ = await g_aO.g_ge(g);
return await WebAssembly.compile(_);
}
}
async g_CB(g) {
const _ = await this.g_BZ(g);
return await this.g_Be.g_BW('runtime', 'add-stylesheet', { url: _ });
}
};
}
'use strict',
(g_aO.g_CC = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_CD = g),
(this.g_Be = g.g_BI()),
(this.g_CE = _.url),
(this.g_CF = _.size),
(this.g_CG = _.g_Ca),
(this.g_CH = null),
(this.g_CI = !1),
(this.g_CJ = null);
}
g_ek() {
(this.g_CJ = null), (this.g_CD = null), (this.g_Be = null), (this.g_CH = null);
}
g_Cc() {
return this.g_CE;
}
g_jv() {
return this.g_CF;
}
g_Cd() {
return 'local' === this.g_CG || this.g_CH
? ((this.g_CI = !0), Promise.resolve())
: this.g_CJ
? this.g_CJ
: ((this.g_CJ = this.g_CD
.g_gd(this.g_CE, this.g_CG)
.then((g) => {
(this.g_CI = !0), (this.g_CJ = null), (this.g_CH = g);
})
.catch((g) => console.error('Error loading resource: ', g))),
this.g_CJ);
}
g_CK() {
return this.g_CI;
}
g_CL() {
return this.g_CH ? Promise.resolve(this.g_CH) : this.g_CD.g_gd(this.g_CE, this.g_CG);
}
}),
'use strict';
{
const g = new g_aO.g_mH(),
_ = new Set();
g_aO.g_Cb = class extends g_aO.g_CC {
constructor(g, e) {
super(g, e),
(this.g_CM = null),
(this.g_CN = null),
(this.g_nD = 0),
(this.g_CO = -1),
(this.g_CP = -1),
_.add(this);
}
g_ek() {
if ((this.g_wt(), 0 !== this.g_nD))
throw new Error('released image asset which still has texture references');
(this.g_CM = null), _.delete(this), super.g_ek();
}
static g_CQ() {
for (const g of _) (g.g_CM = null), (g.g_CN = null), (g.g_nD = 0);
}
g_CR(_, e) {
return (this.g_nD++, this.g_CN)
? Promise.resolve(this.g_CN)
: this.g_CM
? this.g_CM
: ((this.g_CM = this.g_CL()
.then((a) =>
g.g_jB(() =>
_.g_AF(a, e).then((g) =>
((this.g_CM = null), 0 === this.g_nD)
? (_.g_rL(g), null)
: ((this.g_CN = g), (this.g_CO = g.g_pN()), (this.g_CP = g.g_pO()), this.g_CN)
)
)
)
.catch((g) => {
throw (console.error('Failed to load texture: ', g), g);
})),
this.g_CM);
}
g_wt() {
if (0 >= this.g_nD) throw new Error('texture released too many times');
if ((this.g_nD--, 0 === this.g_nD && this.g_CN)) {
const g = this.g_CN.g_rp();
g.g_rL(this.g_CN), (this.g_CN = null);
}
}
g_rQ() {
return this.g_CN;
}
g_pN() {
return this.g_CO;
}
g_pO() {
return this.g_CP;
}
async g_CS() {
const g = await this.g_CL();
return g_aO.g_cm.g_cq
? await createImageBitmap(g, { premultiplyAlpha: 'none' })
: g_aO.g_cm.ImageBitmap
? await createImageBitmap(g)
: await g_aO.g_gj(g);
}
};
}
{
function g(g, _) {
return g.g_CU().g_CT() - _.g_CU().g_CT();
}
g_aO.g_CV = class extends g_aO.g_eh {
constructor(g, _, e) {
super(),
(this.g_CW = g),
(this.g_hB = _),
(this.g_hC = e),
(this.g_CX = []),
(this.g_CY = !0),
(this.g_CZ = new Set()),
(this.g_C_ = !1);
}
g_ek() {
g_aO.g_fz(this.g_CX), this.g_CZ.clear(), (this.g_CW = null);
}
g_lC() {
g_aO.g_fz(this.g_CX), (this.g_CY = !0), this.g_CZ.clear(), (this.g_C_ = !1);
}
g_C$() {
this.g_CY = !1;
}
g_jC() {
return !this.g_CX.length || (!(this.g_CX.length > this.g_CZ.size) && (this.g_Da(), !0));
}
g_Db(g) {
return this.g_CZ.has(g)
? (this.g_CZ.delete(g), void (0 === this.g_CZ.size && (this.g_C_ = !1)))
: void (this.g_CX.push(g), (this.g_CY = 1 === this.g_CX.length));
}
g_lO(g) {
this.g_CZ.add(g), (this.g_C_ = !0), 50 <= this.g_CZ.size && this.g_Da();
}
g_Da() {
return this.g_C_
? this.g_CX.length === this.g_CZ.size
? void this.g_lC()
: void (g_aO.g_fI(this.g_CX, this.g_CZ), this.g_CZ.clear(), (this.g_C_ = !1))
: void 0;
}
g_Dc() {
this.g_CY || (this.g_CX.sort(g), (this.g_CY = !0));
}
g_Dd(g) {
this.g_Da(), this.g_Dc(), this.g_CX.length && g.push(this.g_CX);
}
};
}
'use strict',
(g_aO.g_De = class extends g_aO.g_eh {
constructor(g, _) {
super(), (this.g_Df = g), (this.g_Dg = _), (this.g_Dh = g_aO.g_ej(g_aO.g_jq));
}
g_ek() {
this.g_Dh.g_ek(), (this.g_Dh = null);
}
g_Di(g, _, e) {
let a = this.g_Dh.g_bd(g, _);
return a ? a : e ? ((a = g_aO.g_ej(g_aO.g_CV, this, g, _)), this.g_Dh.Set(g, _, a), a) : null;
}
g_Dj(g) {
return Math.floor(g / this.g_Df);
}
g_Dk(g) {
return Math.floor(g / this.g_Dg);
}
g_Dl(g, _, a) {
if (_)
for (let t = _.g_hV(), n = _.g_hX(); t <= n; ++t)
for (let n = _.g_hW(), e = _.g_hY(); n <= e; ++n) {
if (a && a.g_iq(t, n)) continue;
const _ = this.g_Di(t, n, !1);
_ && (_.g_lO(g), _.g_jC() && this.g_Dh.g_jt(t, n));
}
if (a)
for (let t = a.g_hV(), n = a.g_hX(); t <= n; ++t)
for (let n = a.g_hW(), e = a.g_hY(); n <= e; ++n)
(_ && _.g_iq(t, n)) || this.g_Di(t, n, !0).g_Db(g);
}
g_Dm(g, _) {
let t = this.g_Dj(g.g_hV());
for (
const n = this.g_Dk(g.g_hW()), a = this.g_Dj(g.g_hX()), e = this.g_Dk(g.g_hY());
t <= a;
++t
)
for (let g = n; g <= e; ++g) {
const e = this.g_Di(t, g, !1);
e && e.g_Dd(_);
}
}
g_Dn(g) {
let _ = g.g_hV();
for (const t = g.g_hW(), a = g.g_hX(), n = g.g_hY(); _ <= a; ++_)
for (let g = t; g <= n; ++g) {
const e = this.g_Di(_, g, !1);
e && e.g_C$();
}
}
}),
'use strict';
{
function _(g, _) {
return g.g_CU().g_CT() - _.g_CU().g_CT();
}
function a(g, _) {
return g.g_CU().g_Do() - _.g_CU().g_Do();
}
const t = new g_aO.Rect(),
n = new g_aO.g_iu(),
i = [],
r = new g_aO.Rect(),
s = new g_aO.Rect(),
l = vec3.g_q(0, 1, 0);
g_aO.g_Dp = class extends g_aO.g_eh {
constructor(g, _, e) {
super(),
(this.g_Dq = g),
(this.g_Be = g.g_BI()),
(this.g_en = e[0]),
(this.g_Dr = _),
(this.g_Ds = e[2]),
(this.g_Dt = !!e[3]),
(this.g_Du = g_aO.g_ej(g_aO.g_gB)),
this.g_Du.g_hs(e[4].map((g) => g / 255)),
(this.g_Dv = !!e[5]),
(this.g_Dw = e[6]),
(this.g_Dx = e[7]),
(this.g_qB = g_aO.g_ej(g_aO.g_gB, 1, 1, 1, e[8])),
(this.g_Dy = g_aO.g_ej(g_aO.g_gB)),
(this.g_Dz = e[9]),
(this.g_DA = e[10]),
(this.g_DB = e[11]),
(this.g_DC = e[12]),
(this.g_qz = 0),
(this.g_qA = 0),
(this.g_DD = null),
(this.g_DE = 1),
(this.g_qC = e[16]),
(this.g_DF = 0),
(this.g_DG = !0),
(this.g_DH = g_aO.g_ej(g_aO.Rect)),
(this.g_DI = g_aO.g_ej(g_aO.Rect)),
(this.g_DJ = []),
(this.g_DK = []),
(this.g_DL = []),
(this.g_CX = []),
(this.g_DM = !1),
(this.g_DN = !1),
(this.g_DO = g_aO.g_ej(g_aO.g_DP, this, e[15])),
(this.g_DQ = null),
(this.g_DR = []),
(this.g_DS = !1),
(this.g_DT = g_aO.g_ej(g_aO.Rect, 0, 0, -1, -1)),
(this.g_DU = g_aO.g_ej(g_aO.Rect, 0, 0, -1, -1)),
(this.g_DV = new g_DW(this)),
this.g_DX(),
this.g_DA && (this.g_DQ = g_aO.g_ej(g_aO.g_De, this.g_Be.g_DY(), this.g_Be.g_DZ()));
for (const t of e[14]) {
const g = this.g_Be.g_D_(t[1]);
this.g_Dq.g_D$(g), g.g_Ea() || (g.g_Eb(t), g.g_Ec(this.g_Dr)), this.g_DK.push(t);
}
g_aO.g_fD(this.g_DJ, this.g_DK);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_Dp, g, _, e);
}
g_ek() {
(this.g_Dq = null), (this.g_Be = null);
}
g_Ed(_) {
const a = this.g_Dq.g_Ee();
let t = 0;
const n = this.g_DK;
for (let i = 0, g = n.length; i < g; ++i) {
const e = n[i],
r = this.g_Be.g_D_(e[1]);
let g = !0;
if (!r.g_Ef() || a) {
const a = this.g_Be.g_Eg(e, this, !0);
_.push(a), r.g_Eh() && ((g = !1), this.g_DL.push(a.g_Ei()));
}
g && ((n[t] = n[i]), ++t);
}
g_aO.g_fy(n, t), this.g_Be.g_Ej(), this.g_Ek();
}
g_El(g, _) {
const e = g.g_CU();
if (e.g_Em() !== this) throw new Error('instance added to wrong layer');
this.g_CX.push(g),
0 !== e.g_Do() && (this.g_DN = !0),
_ && this.g_DA && g.g_CU().g_En(),
this.g_Ek();
}
g_Eo(g) {
this.g_CX.includes(g) ||
(this.g_CX.push(g), 0 !== g.g_CU().g_Do() && (this.g_DN = !0), this.g_Ek());
}
g_Ep(g, _) {
const e = g.g_CU();
if (e.g_Em() !== this) throw new Error('instance added to wrong layer');
this.g_CX.unshift(g),
0 !== e.g_Do() && (this.g_DN = !0),
this.g_Ek(),
_ && this.g_DA && g.g_CU().g_En();
}
g_Eq(g, _) {
const e = this.g_CX.indexOf(g);
0 > e ||
(_ && this.g_DA && g.g_CU().g_Er(), this.g_CX.splice(e, 1), this.g_Ek(), this.g_Es());
}
g_Et() {
this.g_DN = !0;
}
g_Es() {
0 === this.g_CX.length && (this.g_DN = !1);
}
g_Eu(g) {
if (g) {
const g = new Set();
for (const _ of this.g_CX) {
const e = _.g_CU().g_CT();
0 <= e && g.add(e);
}
let _ = -1;
for (const e of this.g_CX) {
const a = e.g_CU();
if (!(0 <= a.g_CT())) {
for (++_; g.has(_); ) ++_;
a.g_Ev(_);
}
}
}
this.g_CX.sort(_);
}
g_Ew() {
this.g_Ex(this.g_Ey(), !0);
}
g_Ez() {
for (const g of this.g_CX) g.g_EA().g_Eh() || this.g_Be.g_EB(g);
this.g_Be.g_Ej(), g_aO.g_fz(this.g_CX), (this.g_DN = !1), this.g_Ek();
}
g_EC(_, a) {
const t = this.g_Be.g_ED(),
n = this.g_Be.g_EE(),
r = _.g_EF();
for (const e of this.g_DK) {
const s = e[0],
g = s[0],
d = s[1];
if (!a.g_iq(g, d)) continue;
const i = n[e[1]];
if (i !== _)
if (!r) continue;
else if (!_.g_EG(i)) continue;
const l = this.g_Be.g_Eg(e, this, !1);
if ((t.g_EH(!0), l.g_EI(), l.g_EJ())) for (const g of l.siblings()) g.g_EI();
t.g_EH(!1);
}
}
g_EK() {
return this.g_CX.length;
}
g_EL() {
return this.g_Dq;
}
g_pY() {
return this.g_en;
}
g_EM() {
return this.g_Dr;
}
g_EN() {
return this.g_Ds;
}
g_BI() {
return this.g_Be;
}
g_EO() {
return this.g_Be.g_EO();
}
g_EP() {
return this.g_DO;
}
g_EQ() {
return this.g_DA;
}
g_ER() {
return this.g_DQ;
}
g_ES() {
this.g_DS = !1;
}
g_ET() {
return this.g_Dt;
}
g_EU(g) {
(g = !!g), this.g_Dt === g || ((this.g_Dt = g), this.g_Be.g_EV());
}
g_EW() {
return this.g_DH;
}
g_EX(_, a) {
const t = this.g_DI;
if (0 === _) a.g_p(t);
else {
const n = this.g_EY(_),
i = t.g_h$(),
e = t.g_ia(),
r = (0.5 * t.width()) / n,
g = (0.5 * t.height()) / n;
a.set(i - r, e - g, i + r, e + g);
}
}
g_zk() {
return this.g_qB.g_gS();
}
g_zm(g) {
(g = g_aO.g_ep(g, 0, 1)),
this.g_qB.g_gS() === g || (this.g_qB.g_gN(g), this.g_DX(), this.g_Be.g_EV());
}
g_DX() {
this.g_Dy.g_p(this.g_qB), this.g_Dy.g_gZ();
}
g_EZ() {
return this.g_Dy;
}
g_E_() {
return this.g_qB.g_gX(1, 1, 1, 1);
}
g_E$() {
return this.g_DB;
}
g_Fa(g) {
this.g_DB === g || ((this.g_DB = g), this.g_Be.g_EV());
}
g_Fb() {
return this.g_Dw;
}
g_Fc() {
return this.g_Dx;
}
g_Fd(g, _) {
if (
(this.g_Dw !== g || this.g_Dx !== _) &&
((this.g_Dw = g), (this.g_Dx = _), this.g_Be.g_EV(), 1 !== this.g_Dw || 1 !== this.g_Dx)
)
for (const g of this.g_CX) g.g_EA().g_Fe(!0);
}
g_Ff(g) {
this.g_Fd(g, this.g_Fc());
}
g_Fg(g) {
this.g_Fd(this.g_Fb(), g);
}
g_Fh(g) {
this.g_qC = +g;
}
g_Do() {
return this.g_qC;
}
g_Fi(g) {
this.g_DF = g_aO.g_eq(g);
}
g_Fj() {
return this.g_DG ? g_aO.g_eq(this.g_Dq.g_Fj() + this.g_DF) : 0;
}
g_Fk() {
return this.g_DF;
}
g_Fl() {
return 0 < this.g_CX.length;
}
g_Fm() {
return this.g_CX;
}
g_Fn() {
return this.g_Du;
}
g_Fo() {
return this.g_Dv;
}
g_Fp(g) {
this.g_Dv = !!g;
}
g_Fq() {
return this.g_Dz;
}
g_Fr(g) {
this.g_Dz = !!g;
}
g_Ex(g, _) {
if (this.g_DC !== g || _) {
this.g_DC = g;
const _ = this.g_Be.g_rP();
_ && ((this.g_qz = _.g_qp(g)), (this.g_qA = _.g_qq(g))), this.g_Be.g_EV();
}
}
g_Ey() {
return this.g_DC;
}
g_Fs() {
return this.g_qz;
}
g_Ft() {
return this.g_qA;
}
g_Fu(g) {
return (
this.g_Dw === g.g_Dw &&
this.g_Dx === g.g_Dx &&
this.g_DE === g.g_DE &&
this.g_DB === g.g_DB &&
this.g_DF === g.g_DF
);
}
g_Fv(g) {
if (0 !== g.size) {
const _ = g_aO.g_fI(this.g_CX, g);
0 < _ && (this.g_Es(), this.g_Ek());
}
}
g_Ek() {
(this.g_DM = !1), (this.g_DS = !1);
}
g_Fw() {
if (!this.g_DM) {
if ((g_aO.g_fw(this.g_CX, a), this.g_DA))
for (let g = 0, _ = this.g_CX.length; g < _; ++g) {
const _ = this.g_CX[g].g_CU();
_.g_Ev(g), this.g_DQ.g_Dn(_.g_Fx());
}
else for (let g = 0, _ = this.g_CX.length; g < _; ++g) this.g_CX[g].g_CU().g_Ev(g);
this.g_DM = !0;
}
}
g_Fy(_, a, t) {
const n = _.g_CU(),
i = a.g_CU();
if (n.g_Em() !== this || i.g_Em() !== this)
throw new Error("can't arrange Z order unless both objects on this layer");
const e = n.g_Fz();
let r = i.g_Fz();
g_aO.g_fE(this.g_CX, e),
e < r && r--,
t && r++,
r === this.g_CX.length ? this.g_CX.push(_) : this.g_CX.splice(r, 0, _),
this.g_Ek();
}
g_FA(_, t) {
const a = [];
let n = 0,
i = 0,
r = _.length,
s = t.length;
for (; n < r && i < s; ) {
const e = _[n],
r = t[i];
e.g_CU().g_CT() < r.g_CU().g_CT() ? (a.push(e), ++n) : (a.push(r), ++i);
}
for (; n < r; ++n) a.push(_[n]);
for (; i < s; ++i) a.push(t[i]);
return a;
}
g_FB(g) {
const _ = [],
e = g.length;
for (let a = 0; a < e - 1; a += 2) {
const t = g[a],
n = g[a + 1];
_.push(this.g_FA(t, n));
}
return 1 == e % 2 && _.push(g[e - 1]), _;
}
g_FC(g) {
for (; 1 < g.length; ) g = this.g_FB(g);
return g[0];
}
g_FD() {
return (
this.g_Fw(),
g_aO.g_fz(i),
this.g_DQ.g_Dm(this.g_DH, i),
i.length ? (1 === i.length ? i[0] : this.g_FC(i)) : []
);
}
g_FE() {
return !this.g_FF() && !this.g_Fo();
}
g_FG() {
return this.g_ET() && 0 < this.g_zk() && (this.g_Fl() || !this.g_Fo());
}
g_FF() {
return this.g_Fq() || !this.g_E_() || 0 !== this.g_Ey() || this.g_DO.g_FH();
}
g_AI() {
return this.g_DD;
}
g_FI(g) {
if (0 === g.length) return !0;
if (2 <= g.length) return !1;
const _ = g[0],
e = _.g_tq();
return !e.g_tt() && !e.g_tr() && !e.g_ts() && this.g_E_();
}
g_EY(g) {
const _ = this.g_FJ();
return _ / (_ - g);
}
g_FJ() {
return 100 / this.g_FK();
}
g_FL(_, t = 0, n = 0) {
const r = this.g_Be.g_FM(),
e = (this.g_DH.g_h$() + t) * r,
s = (this.g_DH.g_ia() + n) * r,
g = this.g_FJ();
_.g_pR(e, s, g), _.g_pS(e, s, g - 100);
const i = this.g_Fj(),
d = l;
0 === i ? vec3.set(d, 0, 1, 0) : vec3.set(d, Math.sin(i), Math.cos(i), 0),
_.g_pT(d),
_.g_pV(r, r),
_.g_zg();
}
g_FN(_, a, t) {
const n = this.g_Be.g_FO(),
i = this.g_FF();
let e = null,
r = null;
if (this.g_Be.g_FP() && _.g_AO()) {
const g = n.g_FQ(this);
g && ((r = g.g_xG()), _.g_AN(r));
}
if (i) {
const g = { g_qO: this.g_Be.g_FR() };
'low' === n.g_FS() && ((g.width = n.g_FT()), (g.height = n.g_FU())),
(e = this.g_Be.g_FV(g)),
_.g_AH(e),
this.g_Fo() && _.g_Ax(0, 0, 0, 0);
} else _.g_AH(a);
if (
(this.g_Fo() || _.g_js(this.g_Du),
(this.g_DD = e || a),
this.g_FL(_),
_.g_y$(this.g_Do()),
this.g_FK() > Number.EPSILON)
) {
this.g_Fw();
const g = this.g_DA && 0 === this.g_Do() && !this.g_DN;
g ? this.g_FW(_) : this.g_FX(_, this.g_CX);
}
_.g_y$(0),
_.g_qH(0),
_.g_pR(0, 0, 100),
_.g_pS(0, 0, 0),
i && this.g_FY(_, e, a, t),
r && _.g_AP(r),
(this.g_DD = null);
}
g_FX(_, a) {
const t = this.g_DH,
n = this.g_DD;
let i = null;
for (let e = 0, r = a.length; e < r; ++e) {
const r = a[e];
if (r === i) continue;
i = r;
const g = r.g_CU();
g.g_ET() && g.g_FZ(t) && (g.g_FH() ? this.g_F_(r, g, _, n) : this.g_F$(r, g, _));
}
}
g_FW(g) {
const _ = this.g_DQ,
a = this.g_DU,
t = this.g_DT,
n = this.g_DH;
let e;
a.set(_.g_Dj(n.g_hV()), _.g_Dk(n.g_hW()), _.g_Dj(n.g_hX()), _.g_Dk(n.g_hY())),
this.g_DS && a.g_l(t) ? (e = this.g_DR) : ((e = this.g_FD()), (this.g_DS = !0), t.g_p(a)),
this.g_FX(g, e),
e !== this.g_DR && g_aO.g_fD(this.g_DR, e);
}
g_F$(g, _, e) {
const a = _.g_Ga();
e.g_qc() !== a && a.g_qD(), g.g_FN(e);
}
g_F_(g, _, e, a) {
this.g_Gb(g, _, e, a, null) && this.g_FL(e);
}
g_Gb(_, a, t, n, i) {
const r = a.g_Gd().g_Gc();
if (1 === r.length) {
const g = r[0],
n = g.g_tq();
if (!n.g_tz() && a.g_E_() && !_.g_tt()) return this.g_Ge(_, a, g, n, t), !1;
}
const e = g_aO.g_Gf(t, this.g_Be, _, n, r, i);
return t.g_y$(this.g_Do()), e;
}
g_Ge(g, _, a, t, n) {
n.g_qE(t), n.g_qF(_.g_Fs(), _.g_Ft()), t.g_tN() && this.g_Be.g_EV();
let e = 0,
d = 0;
if (t.g_ty()) {
const _ = g.g_Gg();
if (_) {
s.g_p(_.g_xg());
const g = _.g_rQ();
g && ((e = 1 / g.g_pN()), (d = 1 / g.g_pO()));
} else s.set(0, 0, 0, 0);
}
const l = _.g_Gd().g_Gh(a.g_EM());
n.g_qH(_.g_Do()),
n.g_Aw(null, r, s, s, _.g_Gi(), e, d, this.g_Gj(), this.g_Fj(), this.g_Be.g_Gk(), l),
g.g_FN(n);
}
g_FY(g, _, a, t) {
const n = this.g_DO.g_Gc(),
e = this.g_Be;
if (this.g_FI(n)) {
if ((g.g_AH(a), 1 === n.length)) {
const _ = n[0],
a = _.g_tq();
g.g_qE(a), s.set(0, 0, 1, 1);
const t = this.g_DO.g_Gh(_.g_EM());
g.g_Aw(
null,
r,
s,
s,
this.g_DH,
1 / e.g_FT(),
1 / e.g_FU(),
this.g_FK(),
this.g_Fj(),
e.g_Gk(),
t
),
a.g_tN() && e.g_EV();
} else g.g_yZ();
t && 0 === this.g_DC && this.g_E_() && 0 === n.length
? g.g_AJ(_)
: (g.g_qF(this.g_qz, this.g_qA), g.g_qG(this.g_Dy), g.g_AK(_)),
g.g_AL(_),
e.g_Gl(_);
} else g_aO.g_Gf(g, e, this, a, n);
}
g_Gj() {
return this.g_DE;
}
g_Gm(g) {
this.g_DE === g || ((this.g_DE = g), this.g_Dq.g_Gn(), this.g_Be.g_EV());
}
g_FM() {
return this.g_FK() * this.g_Be.g_FM();
}
g_Go() {
return this.g_FK() * this.g_Be.g_Go();
}
g_FK() {
return (this.g_DE * this.g_Dq.g_Gp() - 1) * this.g_DB + 1;
}
g_Gq() {
var _ = Math.round;
this.g_DG = !1;
let [a, i] = this.g_Gr(0, 0);
(this.g_DG = !0), this.g_Be.g_Gs() && ((a = _(a)), (i = _(i)));
const r = 1 / this.g_FK(),
s = this.g_DI;
s.set(a, i, a + this.g_Be.g_Gt() * r, i + this.g_Be.g_Gu() * r);
const g = this.g_Fj();
0 !== g &&
(t.g_p(s),
t.offset(-s.g_h$(), -s.g_ia()),
n.g_iP(t, g),
n.g_iR(t),
t.offset(s.g_h$(), s.g_ia()),
s.g_p(t)),
this.g_EX(this.g_qC, this.g_DH);
}
g_Gr(g, _, e = 0) {
return this.g_Gv(g, _, e, this.g_Go());
}
g_Gw(g, _, e = 0) {
return this.g_Gv(g, _, e, this.g_FM() * this.g_EO());
}
g_Gv(_, a, t, r) {
const e = this.g_Be.g_Gx(),
s = this.g_Be.g_Gy(),
g = (this.g_Dq.g_Gz() - e) * this.g_Dw + e,
d = (this.g_Dq.g_GA() - s) * this.g_Dx + s,
i = this.g_FK(),
u = this.g_Be.g_Gt() / i,
p = this.g_Be.g_Gu() / i;
let l = g - u / 2 + _ / r,
h = d - p / 2 + a / r;
const f = this.g_Fj();
if (0 !== f) {
(l -= g), (h -= d);
const _ = Math.cos(f),
e = Math.sin(f),
a = l * _ - h * e;
(h = h * _ + l * e), (l = a), (l += g), (h += d);
}
if (0 !== t) {
const g = this.g_DI.g_h$(),
_ = this.g_DI.g_ia(),
e = this.g_EY(t);
(l = (l - g) / e + g), (h = (h - _) / e + _);
}
return [l, h];
}
g_GB(_, a) {
const t = this.g_DE,
n = this.g_DB,
i = this.g_Dw,
e = this.g_Dx,
r = this.g_DF;
(this.g_DE = 1), (this.g_DB = 1), (this.g_Dw = 1), (this.g_Dx = 1), (this.g_DF = 0);
const g = this.g_Gr(_, a);
return (this.g_DE = t), (this.g_DB = n), (this.g_Dw = i), (this.g_Dx = e), (this.g_DF = r), g;
}
g_GC(g, _, e = 0) {
return this.g_GD(g, _, e, this.g_Go());
}
g_GE(g, _, e = 0) {
return this.g_GD(g, _, e, this.g_FM() * this.g_EO());
}
g_GD(_, t, r, a) {
const e = this.g_Be,
s = this.g_Dq;
if (0 !== r) {
const g = this.g_DI.g_h$(),
a = this.g_DI.g_ia(),
e = this.g_EY(r);
(_ = (_ - g) * e + g), (t = (t - a) * e + a);
}
const g = e.g_Gx(),
d = e.g_Gy(),
i = (s.g_Gz() - g) * this.g_Dw + g,
u = (s.g_GA() - d) * this.g_Dx + d,
h = this.g_Fj();
if (0 !== h) {
(_ -= i), (t -= u);
const g = Math.cos(-h),
a = Math.sin(-h),
e = _ * g - t * a;
(t = t * g + _ * a), (_ = e), (_ += i), (t += u);
}
const l = this.g_FK(),
f = e.g_Gt() / l,
n = e.g_Gu() / l,
o = _ - (i - f / 2),
p = t - (u - n / 2);
return [o * a, p * a];
}
g_GF(g, _) {
return (g *= this.g_FM() * this.g_EO()), 0 !== _ && (g *= this.g_EY(_)), g;
}
g_GG() {
const g = {
s: this.g_Gj(),
a: this.g_Fk(),
vl: this.g_DH.g_hV(),
vt: this.g_DH.g_hW(),
vr: this.g_DH.g_hX(),
vb: this.g_DH.g_hY(),
v: this.g_ET(),
bc: this.g_Du.toJSON(),
t: this.g_Fo(),
px: this.g_Fb(),
py: this.g_Fc(),
c: this.g_qB.toJSON(),
sr: this.g_E$(),
fx: this.g_DO.g_GH(),
cg: this.g_DL
};
return g;
}
g_GI(g) {
(this.g_DE = g.s),
(this.g_DF = g.a),
this.g_DH.set(g.vl, g.vt, g.vr, g.vb),
(this.g_Dt = !!g.v),
this.g_Du.g_hs(g.bc),
(this.g_Dv = !!g.t),
(this.g_Dw = g.px),
(this.g_Dx = g.py),
this.g_qB.g_hs(g.c),
(this.g_DB = g.sr),
g_aO.g_fD(this.g_DL, g.cg),
g_aO.g_fD(this.g_DK, this.g_DJ);
const _ = new Set(this.g_DL);
let a = 0;
for (let t = 0, n = this.g_DK.length; t < n; ++t)
_.has(this.g_DK[t][2]) || ((this.g_DK[a] = this.g_DK[t]), ++a);
g_aO.g_fy(this.g_DK, a), this.g_DO.g_GJ(g.fx), this.g_Eu(!1), this.g_Ek();
}
g_GK() {
return this.g_DV;
}
};
}
{
const _ = g_aO.g_ej(g_aO.Rect),
t = g_aO.g_ej(g_aO.Rect),
n = g_aO.g_ej(g_aO.Rect),
r = g_aO.g_ej(g_aO.Rect);
g_aO.g_GL = class extends g_aO.g_eh {
constructor(g, _, e) {
super(),
(this.g_GM = g),
(this.g_Be = g.g_BI()),
(this.g_en = e[0]),
(this.g_GN = e[1]),
(this.g_GO = e[2]),
(this.g_pu = e[1]),
(this.g_pv = e[2]),
(this.g_GP = !!e[3]),
(this.g_GQ = e[4]),
(this.g_GR = null),
(this.g_Ds = e[5]),
(this.g_Dr = _),
(this.g_GS = 0),
(this.g_GT = 0),
(this.g_DE = 1),
(this.g_DF = 0),
(this.g_GU = new Set()),
(this.g_GV = new Set()),
(this.g_GW = new Set()),
(this.g_GX = []),
(this.g_GY = []),
(this.g_GZ = []),
(this.g_G_ = new Map()),
(this.g_G$ = new Map()),
(this.g_DO = g_aO.g_ej(g_aO.g_DP, this, e[8])),
(this.g_DD = null),
(this.g_Ha = {}),
(this.g_Hb = !0),
(this.g_Hc = new g_Hd(this)),
(this.g_He = g_aO.g_ej(g_aO.Event.g_lh));
for (const t of e[6]) {
const g = g_aO.g_Dp.g_sf(this, this.g_GZ.length, t);
this.g_GZ.push(g), this.g_G_.set(g.g_pY().toLowerCase(), g), this.g_G$.set(g.g_EN(), g);
}
for (const t of e[7]) {
const g = this.g_Be.g_D_(t[1]);
if (!g) throw new Error('missing nonworld object class');
g.g_Ea() || g.g_Eb(t), this.g_GY.push(t), this.g_D$(g);
}
}
g_ek() {
for (const g of this.g_GZ) g.g_ek();
g_aO.g_fz(this.g_GZ),
this.g_GW.clear(),
(this.g_GR = null),
(this.g_GM = null),
(this.g_Be = null);
}
g_BI() {
return this.g_Be;
}
g_pY() {
return this.g_en;
}
g_EN() {
return this.g_Ds;
}
g_EM() {
return this.g_Dr;
}
g_EP() {
return this.g_DO;
}
g_Hf() {
let g = this.g_GZ[0].g_FK();
for (let _ = 1, e = this.g_GZ.length; _ < e; ++_) {
const e = this.g_GZ[_];
(0 === e.g_Fb() && 0 === e.g_Fc()) || (g = Math.min(g, e.g_FK()));
}
return g;
}
g_Hg(g) {
if (!this.g_GP) {
const _ = (this.g_Be.g_Gt() * (1 / this.g_Hf())) / 2;
g > this.g_pu - _ && (g = this.g_pu - _), g < _ && (g = _);
}
this.g_GS !== g && ((this.g_GS = g), this.g_Be.g_EV());
}
g_Gz() {
return this.g_GS;
}
g_Hh(g) {
if (!this.g_GP) {
const _ = (this.g_Be.g_Gu() * (1 / this.g_Hf())) / 2;
g > this.g_pv - _ && (g = this.g_pv - _), g < _ && (g = _);
}
this.g_GT !== g && ((this.g_GT = g), this.g_Be.g_EV());
}
g_GA() {
return this.g_GT;
}
g_Gn() {
this.g_Hg(this.g_Gz()), this.g_Hh(this.g_GA());
}
g_Gp() {
return this.g_DE;
}
g_Hi(g) {
(g = +g), this.g_DE === g || ((this.g_DE = g), this.g_Gn());
}
g_Fi(g) {
this.g_DF = g_aO.g_eq(g);
}
g_Fj() {
return this.g_DF;
}
g_pN() {
return this.g_pu;
}
g_Hj(g) {
!isFinite(g) || 1 > g || (this.g_pu = g);
}
g_pO() {
return this.g_pv;
}
g_Hk(g) {
!isFinite(g) || 1 > g || (this.g_pv = g);
}
g_Hl() {
return this.g_GR;
}
g_Hm() {
return this.g_GZ;
}
g_Hn() {
return this.g_GZ.length;
}
g_Em(g) {
return 'number' == typeof g ? this.g_Ho(g) : this.g_Hp(g.toString());
}
g_Ho(g) {
return (g = g_aO.g_ep(Math.floor(g), 0, this.g_GZ.length - 1)), this.g_GZ[g];
}
g_Hp(g) {
return this.g_G_.get(g.toLowerCase()) || null;
}
g_Hq(g) {
return this.g_G$.get(g) || null;
}
g_Hr() {
for (const g of this.g_GZ) if (g.g_FG()) return g.g_FE();
return !1;
}
g_Ee() {
return this.g_Hb;
}
g_Hs() {
return [...this.g_GU];
}
g_D$(g) {
if (g.g_EJ()) for (const _ of g.g_Hu().g_Ht()) this.g_GU.add(_);
else this.g_GU.add(g);
}
g_Hv() {
return [...this.g_GV];
}
g_Hw(g, _) {
if (g === this || !_) return Promise.resolve();
g && (g_aO.g_gu(this.g_GV, g.g_GV), g.g_GV.clear());
const e = [];
for (const a of this.g_GU) this.g_GV.has(a) || (e.push(a.g_Hx(_)), this.g_GV.add(a));
return Promise.all(e);
}
async g_Hy(g) {
if (g.g_EF()) throw new Error('cannot load textures for family');
const _ = this.g_Be.g_rP();
if (!(!_ || _.g_xe() || this.g_GV.has(g))) {
this.g_GV.add(g);
const e = g.g_Hx(_);
this.g_Hz(e), await e, g.g_HA(), this.g_Be.g_EV();
}
}
g_Hz(g) {
this.g_GW.add(g), g.then(() => this.g_GW.delete(g)).catch(() => this.g_GW.delete(g));
}
g_HB() {
return Promise.all([...this.g_GW]);
}
g_HC(g) {
if (g.g_EF() || 0 < g.g_EK()) throw new Error('cannot unload textures');
const _ = this.g_Be.g_rP();
_ && this.g_GV.has(g) && (this.g_GV.delete(g), g.g_HD(_));
}
g_HE(g, _) {
if (g !== this && _)
for (const _ of this.g_GV) _.g_Eh() || g.g_GU.has(_) || (_.g_HD(), this.g_GV.delete(_));
}
g_HF() {
this.g_GV.clear();
}
async g_HG(g) {
const _ = this.g_Be,
e = this.g_GM,
a = _.g_ED();
if (
(this.g_GQ && ((this.g_GR = a.g_HH(this.g_GQ)), this.g_GR.g_HI()),
e.g_HJ(this),
(this.g_pu = this.g_GN),
(this.g_pv = this.g_GO),
(this.g_GS = _.g_DY() / 2),
(this.g_GT = _.g_DZ() / 2),
this.g_Gn(),
this.g_HK(g),
this.g_HL(),
this.g_Hb || this.g_HM(),
this.g_HN(this.g_GX),
this.g_HO(),
e.g_HP(),
_.g_Ej(),
_.g_HQ())
)
_.g_HR(this.g_GX);
else for (const g of this.g_GX) g.g_EI();
g_aO.g_fz(this.g_GX),
await Promise.all([...this.g_GU].map((g) => g.g_HS(this.g_Be.g_rP()))),
g &&
(_.g_lh().dispatchEvent(new g_aO.Event('beforefirstlayoutstart')),
await _.g_HT(new g_aO.Event('beforeprojectstart'))),
await this.g_HT(new g_aO.Event('beforelayoutstart')),
_.g_HQ() || (await _.g_HU(g_aO.g_HY.g_HX.g_HW.g_HV, null, null)),
await this.g_HT(new g_aO.Event('afterlayoutstart')),
g &&
(_.g_lh().dispatchEvent(new g_aO.Event('afterfirstlayoutstart')),
await _.g_HT(new g_aO.Event('afterprojectstart'))),
a.g_HZ(e),
await this.g_HB(),
(this.g_Hb = !1);
}
g_HK(g) {
for (const _ of this.g_Be.g_EE())
if (!_.g_EF() && _.g_H_())
for (const g of _.g_H$()) {
const _ = g.g_CU(),
a = _.g_Em(),
t = g_aO.g_ep(a.g_EM(), 0, this.g_GZ.length - 1),
n = this.g_GZ[t];
_.g_Ia(n), n.g_Eo(g);
}
if (!g) for (const g of this.g_GZ) g.g_Eu(!1);
}
g_HL() {
for (const g of this.g_GZ) g.g_Ed(this.g_GX), g.g_Gq(), g.g_Ew();
}
g_HM() {
let g = !1;
for (const [_, e] of Object.entries(this.g_Ha)) {
const a = this.g_Be.g_Ib(parseInt(_, 10));
if (a && !a.g_EF() && a.g_Ef()) {
for (const _ of e) {
let t = null;
if (a.g_H_() && ((t = this.g_Hq(_.w.l)), !t)) continue;
const n = this.g_Be.g_Eg(a, t, !1, 0, 0, !0);
n.g_GJ(_), (g = !0), this.g_GX.push(n);
}
g_aO.g_fz(e);
}
}
for (const g of this.g_GZ) g.g_Eu(!0), g.g_Ek();
g && (this.g_Be.g_Ej(), this.g_Be.g_Ic());
}
g_HN(g) {
for (const _ of g) {
if (!_.g_EJ()) continue;
const a = _.g_CU(),
t = _.g_Id();
for (const n of _.g_EA().g_Hu().g_Ie()) {
if (n === _.g_EA()) continue;
const e = n.g_H$();
if (e.length > t) _.g_If(e[t]);
else {
let e;
(e = a
? this.g_Be.g_Eg(n, a.g_Em(), !0, a.g_Ig(), a.g_Ih(), !0)
: this.g_Be.g_Eg(n, null, !0, 0, 0, !0)),
this.g_Be.g_Ej(),
n.g_Ii(),
_.g_If(e),
g.push(e);
}
}
}
}
g_HO() {
for (const g of this.g_GY) {
const _ = this.g_Be.g_D_(g[1]);
_.g_EJ() || this.g_Be.g_Eg(g, null, !0);
}
}
g_Ij() {
const g = [],
_ = this.g_GY;
let a = 0;
for (let t = 0, n = _.length; t < n; ++t) {
const n = _[t],
e = this.g_Be.g_D_(n[1]);
e.g_Eh()
? (!e.g_EJ() || !e.g_Hu().g_Ik()) && g.push(this.g_Be.g_Eg(n, null, !0))
: ((_[a] = n), ++a);
}
g_aO.g_fy(_, a), this.g_Be.g_Ej(), this.g_HN(g);
}
g_EC(a, g, t, n, e) {
_.set(g, t, n, e);
for (const i of this.g_GZ) i.g_EC(a, _);
}
async g_Il() {
const g = this.g_GM;
this.g_Be.g_HQ() || (await this.g_Be.g_HU(g_aO.g_HY.g_HX.g_HW.g_Im, null, null)),
g.g_In(!0),
this.g_Be.g_ED().g_Io(),
this.g_Hb || this.g_Ip();
for (const g of this.g_GZ) g.g_Ez();
for (const g of this.g_Be.g_EE())
if (!(g.g_Eh() || g.g_H_() || g.g_Ir().g_Iq() || g.g_EF())) {
for (const _ of g.g_H$()) this.g_Be.g_EB(_);
this.g_Be.g_Ej();
}
g.g_In(!1), g.g_Is() === this && g.g_HJ(null);
}
g_It(g) {
const _ = g.g_EA().g_EN().toString();
this.g_Ha.hasOwnProperty(_) || (this.g_Ha[_] = []);
const e = this.g_Ha[_];
e.push(g.g_GH());
}
g_Ip() {
for (const g of this.g_GZ) {
g.g_Fw();
for (const _ of g.g_Fm()) {
const g = _.g_EA();
!g.g_Eh() && g.g_Ef() && this.g_It(_);
}
}
}
g_Iu() {
(this.g_Ha = {}), (this.g_Hb = !0);
}
g_AI() {
return this.g_DD;
}
g_FF() {
return (
'low' === this.g_Be.g_FO().g_FS() ||
this.g_Be.g_Iv() ||
'low-latency' === this.g_Be.g_Iw() ||
this.g_DO.g_FH()
);
}
g_Ix(g) {
if (0 === g.length) return !0;
if (2 <= g.length) return !1;
const _ = g[0],
e = _.g_tq();
return !e.g_tt();
}
g_FN(g) {
const _ = this.g_Be.g_FO(),
a = this.g_FF();
let t = null;
if (a) {
'low-latency' !== this.g_Be.g_Iw() && (g.g_AH(null), g.g_Ax(0, 0, 0, 0));
const e = { g_qO: this.g_Be.g_FR(), g_rw: this.g_Be.g_Iv() || this.g_DO.g_FH() };
'low' === _.g_FS() && ((e.width = _.g_FT()), (e.height = _.g_FU())),
(t = this.g_Be.g_FV(e)),
g.g_AH(t);
} else g.g_AH(null);
this.g_Hr() || g.g_Ax(0, 0, 0, 0), (this.g_DD = t);
let n = !0;
for (const _ of this.g_GZ) _.g_Gq(), _.g_FG() && (_.g_FN(g, t, n), (n = !1));
a && this.g_Iy(g, t), (this.g_DD = null);
}
g_Iy(_, a) {
const s = this.g_DO.g_Gc(),
d = this.g_Be;
if (this.g_Ix(s)) {
if ((_.g_AH(null), 1 === s.length)) {
const g = s[0],
e = g.g_tq();
_.g_qE(e), n.set(0, 0, 1, 1), r.set(0, 0, d.g_Gt(), d.g_Gu());
const a = this.g_DO.g_Gh(g.g_EM());
_.g_Aw(
null,
t,
n,
n,
r,
1 / d.g_FT(),
1 / d.g_FU(),
this.g_Gp(),
this.g_Fj(),
d.g_Gk(),
a
),
e.g_tN() && d.g_EV();
} else _.g_yZ();
0 === s.length ? _.g_AJ(a) : (_.g_zr(), _.g_zn(), _.g_AK(a)), _.g_AL(a), d.g_Gl(a);
} else g_aO.g_Gf(_, d, this, null, s);
}
g_GG() {
const g = {
sx: this.g_Gz(),
sy: this.g_GA(),
s: this.g_Gp(),
a: this.g_Fj(),
w: this.g_pN(),
h: this.g_pO(),
fv: this.g_Hb,
persist: this.g_Ha,
fx: this.g_DO.g_GH(),
layers: {}
};
for (const _ of this.g_GZ) g.layers[_.g_EN().toString()] = _.g_GG();
return g;
}
g_GI(g) {
(this.g_GS = g.sx),
(this.g_GT = g.sy),
(this.g_DE = g.s),
(this.g_DF = g.a),
(this.g_pu = g.w),
(this.g_pv = g.h),
(this.g_Hb = !!g.fv),
(this.g_Ha = g.persist),
this.g_DO.g_GJ(g.fx);
for (const [_, e] of Object.entries(g.layers)) {
const g = parseInt(_, 10),
a = this.g_Hq(g);
a && a.g_GI(e);
}
}
g_Iz() {
return this.g_Hc;
}
g_IA() {
return this.g_He;
}
g_IB(g) {
const _ = this.g_Be,
e = _.g_IC() && !_.g_ED().g_ID();
e && g_IF.g_IE(), this.g_He.dispatchEvent(g), e && g_IF.g_IG();
}
g_HT(g) {
return this.g_He.g_lo(g);
}
};
}
'use strict',
(g_aO.g_IH = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g),
(this.g_II = []),
(this.g_IJ = new Map()),
(this.g_IK = new Map()),
(this.g_IL = null),
(this.g_IM = []),
(this.g_IN = null),
(this.g_IO = 0),
(this.g_IP = null);
}
g_ek() {
(this.g_Be = null),
(this.g_IL = null),
(this.g_IN = null),
(this.g_IP = null),
g_aO.g_fz(this.g_II),
this.g_IJ.clear(),
this.g_IK.clear(),
g_aO.g_fz(this.g_IM);
}
g_sf(g) {
const _ = g_aO.g_ej(g_aO.g_GL, this, this.g_II.length, g);
this.g_II.push(_), this.g_IJ.set(_.g_pY().toLowerCase(), _), this.g_IK.set(_.g_EN(), _);
}
g_BI() {
return this.g_Be;
}
g_IQ(g) {
this.g_IN = g;
}
g_IR() {
if (this.g_IN) return this.g_IN;
if (this.g_II.length) return this.g_II[0];
throw new Error('no first layout');
}
g_IS(g) {
return this.g_IJ.get(g.toLowerCase()) || null;
}
g_IT(g) {
return this.g_IK.get(g) || null;
}
g_IU(g) {
return (g = g_aO.g_ep(Math.floor(g), 0, this.g_II.length - 1)), this.g_II[g];
}
g_EL(g) {
return 'number' == typeof g ? this.g_IU(g) : this.g_IS(g.toString());
}
g_IV() {
return this.g_II;
}
g_HJ(g) {
this.g_IL = g;
}
g_Is() {
return this.g_IL;
}
g_IW(g) {
if (this.g_IM.includes(g)) throw new Error('layout already running');
this.g_IM.push(g);
}
g_IX(g) {
const _ = this.g_IM.indexOf(g);
if (-1 === _) throw new Error('layout not running');
this.g_IM.splice(_, 1);
}
*g_IY() {
this.g_IL && (yield this.g_IL), this.g_IM.length && (yield* this.g_IM);
}
g_IZ(g) {
return this.g_IL === g || this.g_IM.includes(g);
}
g_In(g) {
if (g) this.g_IO++;
else {
if (0 >= this.g_IO) throw new Error('already unset');
this.g_IO--;
}
}
g_I_() {
return 0 < this.g_IO;
}
g_I$(g) {
this.g_IP = g;
}
g_HP() {
this.g_IP = null;
}
g_Ja() {
return !!this.g_IP;
}
g_Jb() {
return this.g_IP;
}
}),
'use strict';
{
function _() {
return o === i.length && i.push(new r()), i[o++];
}
function a(g) {
g.g_Jc(), g.g_js(), o--;
}
async function t(g, _, a) {
const t = await g_aO.g_ps.g_rz.g_rZ(_, a),
n = URL.createObjectURL(t);
console.log('[FX] ' + g + ' ' + (a ? '' : ' [to display]') + ': ', n);
}
function s(_, a) {
var t = Math.max,
s = Math.min;
for (let g = 0, e = a.length; g < e; ++g) {
const e = a[g].g_tq();
(_.g_Jd += e.g_tw()), (_.g_Je += e.g_tx());
}
const d = _.g_Jf,
u = d.g_Em(),
e = u.g_Fj(),
c = d.g_Gi(),
h = d.g_Jg();
let [i, f] = u.g_GE(c.g_hV(), c.g_hW(), h),
[E, y] = u.g_GE(c.g_hX(), c.g_hY(), h);
if (0 !== e) {
const [_, a] = u.g_GE(c.g_hX(), c.g_hW(), h),
[r, e] = u.g_GE(c.g_hV(), c.g_hY(), h);
let g = s(i, E, _, r);
(E = t(i, E, _, r)), (i = g), (g = s(f, y, a, e)), (y = t(f, y, a, e)), (f = g);
}
const g = _.g_Jh,
n = _.g_Ji,
o = _.g_Jj,
p = _.clearRect,
b = _.g_Jk;
g.set(i, f, E, y),
g.g_ik(_.g_Jl),
n.g_p(g),
n.g_N(_.g_Jm, _.g_Jn),
n.g_ij(),
g.g_ie(_.g_Jd, _.g_Je),
o.g_p(g),
o.g_N(_.g_Jm, _.g_Jn),
o.g_ij(),
p.g_p(g),
p.g_im(),
p.g_ie(_.g_Jd + 1, _.g_Je + 1),
g.g_ep(0, 0, _.g_Jo, _.g_Jl),
p.g_ep(0, 0, _.g_Jo, _.g_Jl),
b.g_p(g),
b.g_N(_.g_Jm, _.g_Jn),
b.g_ij();
}
function d(g) {
const _ = g.g_uq;
_.g_yZ();
const a = g.g_Jp(g.g_Jq);
_.g_AH(a);
const n = g.g_Jr;
if ((n && n.g_Js && n.g_Js(), !1, _.g_AA(g.clearRect), g.g_Jt))
_.g_qG(g.g_Jf.g_EZ()), _.g_qH(g.g_Jf.g_Jg()), g.g_Jt.g_FN(_), _.g_qH(0);
else {
const e = (g.g_Ju || g.g_Jv).g_AI();
g.g_Ju ? _.g_qG(g.g_Ju.g_EZ()) : _.g_zn(), _.g_AK(e), _.g_AL(e), g.runtime.g_FO().g_Gl(e);
}
g.g_Jj.g_in(0, 1, 1, 0), (g.g_Jq = 1), (g.g_Jw = 0), E && t('Pre-draw', _, a);
}
function e(_, a) {
const n = _.g_uq,
r = _.runtime,
e = _.g_Jp(_.g_Jq);
n.g_AH(e);
const i = _.g_Jr;
if ((i && i.g_Js && i.g_Js(), !1, n.g_AA(_.clearRect), _.g_Jt)) {
let s = 100,
g = 100;
const d = _.g_Jt.g_Gg();
if (d) {
_.g_Jx.g_p(d.g_xg());
const e = d.g_rQ();
e && ((s = e.g_pN()), (g = e.g_pO()));
} else _.g_Jx.set(0, 0, 0, 0);
const i = _.g_Jf.g_Gd().g_Gh(a.g_EM());
n.g_Aw(_.g_Jy, _.g_Jj, _.g_Jx, _.g_Jx, _.g_Jz, 1 / s, 1 / g, _.g_JA, _.g_JB, r.g_Gk(), i),
n.g_qH(_.g_Jf.g_Jg()),
_.g_Jt.g_FN(n),
n.g_qH(0),
_.g_Jj.g_in(0, 1, 1, 0),
_.g_Jh.g_ik(_.g_Jl),
E && t('First bounce', n, e);
} else {
const i = (_.g_Ju || _.g_Jv).g_EP().g_Gh(a.g_EM());
n.g_Aw(
_.g_Jy,
_.g_Jj,
_.g_Jk,
_.g_Ji,
_.g_Jz,
1 / _.g_Jo,
1 / _.g_Jl,
_.g_JA,
_.g_JB,
r.g_Gk(),
i
);
const g = (_.g_Ju || _.g_Jv).g_AI();
E && t('Layer target', n, g),
n.g_AK(g),
n.g_AL(g),
r.g_FO().g_Gl(g),
E && t('First bounce', n, e);
}
}
function n(_, a, n, r) {
const e = _.g_uq,
s = _.runtime;
let g, d;
0 === r && _.g_JC && _.g_Jt && _.g_Jh.g_ik(_.g_Jl),
n
? (_.g_Jt
? e.g_qF(_.g_Jf.g_Fs(), _.g_Jf.g_Ft())
: _.g_Ju && e.g_qF(_.g_Ju.g_Fs(), _.g_Ju.g_Ft()),
(g = _.g_Jy),
e.g_AH(g))
: ((g = _.g_Jp(_.g_Jq)), e.g_AH(g), !1, e.g_AA(_.clearRect)),
(d = _.g_Jt ? _.g_Jf.g_Gd().g_Gh(a.g_EM()) : (_.g_Ju || _.g_Jv).g_EP().g_Gh(a.g_EM())),
e.g_Aw(
_.g_Jy,
_.g_Jj,
_.g_Jk,
_.g_Ji,
_.g_Jz,
1 / _.g_Jm,
1 / _.g_Jn,
_.g_JA,
_.g_JB,
s.g_Gk(),
d
);
const l = _.g_Jp(_.g_Jw);
e.g_zp(l.g_rQ()),
s.g_FO().g_JD(e),
(_.g_JE = !0),
u.g_iO(_.g_Jh),
e.g_zy(u, _.g_Jk),
_.g_Jt || e.g_AL(l),
E && t('Bounce ' + r, e, g);
}
function g(g) {
const _ = g.g_uq;
if (g.g_Jv) {
_.g_yZ(), _.g_AH(g.g_Jy);
const e = g.g_Jp(g.g_Jw);
return _.g_AJ(e), void _.g_AL(e);
}
const a = g.runtime.g_FO();
'low' === a.g_FS() ? (_.g_yZ(), a.g_JD(_, a.g_FT(), a.g_FU()), (g.g_JE = !0)) : _.g_Ak(),
g.g_Jt
? _.g_qF(g.g_Jf.g_Fs(), g.g_Jf.g_Ft())
: g.g_Ju && _.g_qF(g.g_Ju.g_Fs(), g.g_Ju.g_Ft()),
_.g_AH(g.g_Jy);
const n = g.g_Jp(g.g_Jw);
_.g_zp(n.g_rQ()),
u.g_iO(g.g_Jh),
_.g_zy(u, g.g_Jk),
g.g_Jt || _.g_AL(n),
E && t('Post-draw', _, g.g_Jy);
}
class r {
constructor() {
(this.g_uq = null),
(this.runtime = null),
(this.g_Jo = 0),
(this.g_Jl = 0),
(this.g_Jm = 0),
(this.g_Jn = 0),
(this.g_Jz = new g_aO.Rect()),
(this.g_Jk = new g_aO.Rect()),
(this.g_Jj = new g_aO.Rect()),
(this.g_Ji = new g_aO.Rect()),
(this.g_Jh = new g_aO.Rect()),
(this.clearRect = new g_aO.Rect()),
(this.g_Jx = new g_aO.Rect()),
(this.g_JF = [null, null]),
(this.g_Jq = 0),
(this.g_Jw = 1),
(this.g_Jd = 0),
(this.g_Je = 0),
(this.g_JA = 0),
(this.g_JB = 0),
(this.g_Jv = null),
(this.g_Ju = null),
(this.g_Jt = null),
(this.g_Jf = null),
(this.g_Jy = null),
(this.g_JC = !1),
(this.g_JG = !1),
(this.g_JE = !1),
(this.g_Jr = null);
}
g_js() {
(this.g_uq = null),
(this.runtime = null),
(this.g_Jv = null),
(this.g_Ju = null),
(this.g_Jt = null),
(this.g_Jf = null),
(this.g_Jy = null),
(this.g_Jr = null);
}
g_JH(g) {
const _ = g.g_tq();
return (
!!_.g_tt() ||
(this.g_Jt
? (_.g_tr() && 0 !== this.g_Jf.g_Fj()) ||
0 !== this.g_Jd ||
0 !== this.g_Je ||
!this.g_Jf.g_E_() ||
this.g_Jt.g_tt()
: this.g_Ju
? !this.g_Ju.g_E_()
: void 0)
);
}
g_JI(g) {
const _ = g.g_tq();
return _.g_tr() || _.g_ts() || (this.g_Jv && 'low' === this.runtime.g_FO().g_FS());
}
g_Jp(g) {
if (0 !== g && 1 !== g) throw new Error('invalid effect target');
const _ = this.g_JF;
if (!_[g]) {
const a = this.runtime,
t = a.g_FO(),
n = { g_qO: a.g_FR() };
'low' === t.g_FS() && ((n.width = t.g_FT()), (n.height = t.g_FU())), (_[g] = t.g_FV(n));
}
return _[g];
}
g_Jc() {
const g = this.g_JF,
_ = this.runtime.g_FO();
g[0] && (_.g_Gl(g[0]), (g[0] = null)), g[1] && (_.g_Gl(g[1]), (g[1] = null));
}
}
const i = [];
let o = 0;
const u = new g_aO.g_iu();
let E = !1;
g_aO.g_Gf = function (t, u, h, i, c, l) {
const f = _();
if (((f.g_uq = t), (f.runtime = u), h instanceof g_aO.Instance))
(f.g_Jt = h), (f.g_Jf = f.g_Jt.g_CU());
else if (h instanceof g_aO.g_Dp) f.g_Ju = h;
else if (h instanceof g_aO.g_GL) f.g_Jv = h;
else throw new Error('invalid effects object');
const o = u.g_FO();
if (
((f.g_Jy = i),
(f.g_Jo = o.g_FT()),
(f.g_Jl = o.g_FU()),
(f.g_Jm = f.g_Jo),
(f.g_Jn = f.g_Jl),
(f.g_Jq = 0),
(f.g_Jw = 1),
(f.g_Jd = 0),
(f.g_Je = 0),
f.g_Jh.set(0, 0, f.g_Jo, f.g_Jl),
f.clearRect.set(0, 0, f.g_Jo, f.g_Jl),
(f.g_JE = !1),
(f.g_Jr = l),
f.g_Jt)
) {
const g = f.g_Jf;
(f.g_JA = g.g_Em().g_FM()), (f.g_JB = g.g_Em().g_Fj()), f.g_Jz.g_p(g.g_Gi());
} else if (f.g_Ju) {
const g = f.g_Ju;
(f.g_JA = g.g_FM()), (f.g_JB = g.g_Fj()), f.g_Jz.g_p(g.g_EW());
} else {
const g = f.g_Jv;
(f.g_JA = g.g_Gp()), (f.g_JB = g.g_Fj()), f.g_Jz.set(0, 0, f.g_Jo, f.g_Jl);
}
f.g_Jt
? s(f, c)
: (f.g_Jk.set(0, 0, f.g_Jo / f.g_Jm, f.g_Jl / f.g_Jn),
f.g_Jj.g_p(f.g_Jk),
f.g_Ji.g_p(f.g_Jk),
f.g_Jk.g_ij(),
f.g_Jj.g_ij(),
f.g_Ji.g_ij()),
t.g_zr(),
t.g_zn(),
t.g_y$(0),
t.g_qH(0),
(f.g_JC = f.g_JH(c[0])),
f.g_JC && d(f),
t.g_zn();
const p = c.length - 1;
f.g_JG = f.g_JI(c[p]);
for (let g = 0, _ = c.length; g < _; ++g) {
const _ = c[g],
a = _.g_tq();
if ((t.g_qE(a), a.g_tN() && u.g_EV(), 0 === g && !f.g_JC)) e(f, _);
else {
t.g_zt();
const e = g === p && !f.g_JG;
n(f, _, e, g);
}
0 === f.g_Jq ? ((f.g_Jq = 1), (f.g_Jw = 0)) : ((f.g_Jq = 0), (f.g_Jw = 1));
}
f.g_JG && g(f, c);
const m = f.g_JE;
return a(f), (E = !1), m;
};
}
{
const g = /<(.+?)>/g;
g_aO.g_JJ = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g),
(this.g_JK = g_aO.g_ej(g_aO.g_JL)),
(this.g_JM = null),
(this.g_JN = []),
(this.g_JO = new Map()),
(this.g_JP = new Map()),
(this.g_JQ = new Map()),
(this.g_JR = []),
(this.g_JS = []),
(this.g_JT = !1),
(this.g_JU = !1),
(this.g_JV = !1),
(this.g_JW = () => this.g_JX()),
(this.g_JY = () => this.g_JZ()),
(this.g_J_ = () => this.g_J$()),
(this.g_Ka = () => this.g_Kb()),
(this.g_Kc = (g) => this.g_Kd(g.g_Ke));
}
g_ek() {
this.g_Kf(),
(this.g_JW = null),
(this.g_JY = null),
(this.g_J_ = null),
(this.g_Ka = null),
(this.g_Kc = null);
for (const g of this.g_JN) g.g_Kg(), g.g_ek();
g_aO.g_fz(this.g_JN),
(this.g_JN = null),
this.g_JK.g_ek(),
(this.g_JK = null),
g_aO.g_fz(this.g_JR),
(this.g_JR = null),
g_aO.g_fz(this.g_JS),
(this.g_JS = null),
this.g_JO.clear(),
(this.g_JO = null),
this.g_JP.clear(),
(this.g_JP = null),
this.g_JQ.clear(),
(this.g_JQ = null),
(this.g_Be = null);
}
g_Kh() {
const g = this.g_Be.g_lh();
g.addEventListener('pretick', this.g_JW),
g.addEventListener('tick2', this.g_JY),
g.addEventListener('beforelayoutchange', this.g_J_),
g.addEventListener('layoutchange', this.g_Ka),
g.addEventListener('instancedestroy', this.g_Kc);
}
g_Kf() {
const g = this.g_Be.g_lh();
g.removeEventListener('pretick', this.g_JW),
g.removeEventListener('tick2', this.g_JY),
g.removeEventListener('beforelayoutchange', this.g_J_),
g.removeEventListener('layoutchange', this.g_Ka),
g.removeEventListener('instancedestroy', this.g_Kc);
}
g_sf(g) {
this.g_JK.g_jB(g);
const _ = g_aO.g_Kj.g_Ki(g, this);
this.g_jB(_), this.g_Kk(_), this.g_JQ.set(_.g_pY(), 0);
}
g_Kl(g) {
const _ = this.g_Km(),
a = g.g_Kn(),
t = _.g_bd(a),
n = g_aO.g_Kj.g_Kl(`${a}:${this.g_JQ.get(a)}`, t, this);
return this.g_Ko(a), this.g_jB(n), n;
}
g_Ko(g) {
this.g_JQ.set(g, this.g_JQ.get(g) + 1);
}
g_Kp() {
for (const g of this.g_JN) {
if (g.g_Kq()) continue;
const _ = g.g_Kn();
this.g_Ko(_);
}
}
g_Kr() {
for (const g of this.g_JQ.keys()) this.g_JQ.set(g, 0);
}
g_jB(g) {
this.g_JN.push(g), this.g_JO.set(g.g_pY().toLowerCase(), g);
}
g_lO(g) {
g.g_Kq() ||
(this.g_Ks(this.g_JN, g),
this.g_Ks(this.g_JR, g),
this.g_Ks(this.g_JS, g),
this.g_JO.delete(g.g_pY().toLowerCase()),
this.g_Kt(g),
g.g_ek());
}
g_Ks(g, _) {
const e = g.indexOf(_);
-1 !== e && g.splice(e, 1);
}
g_Ku(g) {
this.g_Be.g_Ku(g, this.g_JM, null);
}
g_BI() {
return this.g_Be;
}
g_Km() {
return this.g_JK;
}
g_Kv(g) {
this.g_JM = g;
}
g_Kw() {
return this.g_JM;
}
*g_Kx() {
for (const g of this.g_JN) yield g;
}
g_Ky(g, _) {
this.g_JP.has(g) || this.g_JP.set(g, new Set()), this.g_JP.get(g).add(_);
}
g_Kk(g) {
for (const _ of g.g_Kz()) this.g_Ky(_, g);
}
g_Kt(g) {
for (const [_, e] of this.g_JP.entries())
e.has(g) && (e.delete(g), 0 === e.size && this.g_JP.delete(_));
}
g_KA(g) {
return this.g_JP.has(g) ? this.g_JP.get(g) : void 0;
}
g_KB(g, _) {
if (_)
for (const e of this.g_JN) {
const a = _.every((g) => e.g_KC(g.g_Ke, g.g_KD));
if (a && e.g_pY().includes(g.g_pY())) return e;
}
}
g_KE(g) {
return this.g_JO.get(g.toLowerCase()) || null;
}
g_KF(g) {
for (const _ of this.g_JR) if (_.g_pY() === g) return _;
for (const _ of this.g_JS) if (_.g_pY() === g) return _;
return null;
}
*g_KG(_) {
if (g.test(_)) {
g.lastIndex = 0;
let e;
const t = new Set();
do
if (((e = g.exec(_)), e)) {
const g = e[1].split(',');
for (const _ of g) t.add(_);
}
while (e);
for (const g of t.values()) {
const _ = this.g_KE(g);
_ && (yield _);
}
t.clear();
} else {
const g = this.g_KE(_);
g && (yield g);
}
}
*g_KH(g) {
for (const _ of this.g_JN) _.g_KI(g) && (yield _);
}
g_KJ(g) {
this.g_JR.includes(g) || this.g_JR.push(g), this.g_KK();
}
g_KL(g) {
this.g_Ks(this.g_JS, g), this.g_KM();
}
g_KN(g) {
g.g_KO(!1), g.g_KP(!0), g.g_KQ(!1), this.g_JR.includes(g) || this.g_JR.push(g), this.g_KK();
}
g_KR(g) {
g.g_KO(!1), g.g_KP(!1), g.g_KS(), this.g_Ks(this.g_JR, g), this.g_KM();
}
g_KT(g) {
g.g_KO(!1), g.g_KP(!1), g.g_KQ(!0);
}
g_KU(g) {
this.g_KT(g), g.g_KS();
}
g_JX() {
if (!this.g_JT) return;
if (this.g_JU) return;
let g = !1;
for (this.g_JV = !0; this.g_JR.length; ) {
const g = this.g_JR.pop();
g.g_KV(), this.g_JS.push(g);
}
const _ = this.g_Be.g_KW(),
t = this.g_Be.g_KX();
for (const a of this.g_JS) {
if (a.g_KY()) continue;
const n = a.g_KZ(_, t);
!g && n && (g = !0);
}
(this.g_JV = !1), g && this.g_BI().g_EV();
}
g_JZ() {
if (this.g_JT) {
for (const g of this.g_JS) g.g_KY() && (this.g_K_(g), this.g_Ks(this.g_JS, g));
this.g_KM();
}
}
g_K_(g) {
g.g_K$() || !g.g_La() || (g.g_Lb() && g.g_Lc() && g.g_Ld());
}
g_KK() {
this.g_JT || (this.g_JT = !0);
}
g_KM() {
this.g_JS.length || this.g_JR.length || this.g_JV || (this.g_JT = !1);
}
g_J$() {
for (this.g_JU = !0; this.g_JR.length; ) this.g_KR(this.g_JR.pop());
for (; this.g_JS.length; ) {
const g = this.g_JS.pop();
g.g_K$() || (this.g_KT(g), g.g_lC(!1));
}
this.g_KM();
for (const g of this.g_JN) g.g_Le();
}
g_Kb() {
this.g_JU = !1;
}
g_Kd(g) {
const _ = g.g_EA(),
e = this.g_KA(_);
if (e) for (const g of e) g.g_Kq() || g.g_La() || (this.g_K_(g), this.g_lO(g));
}
g_GG() {
return {
timelinesJson: this.g_Lf(),
scheduledTimelinesJson: this.g_Lg(),
playingTimelinesJson: this.g_Lh(),
hasRuntimeListeners: this.g_JT,
changingLayout: this.g_JU,
isTickingTimelines: this.g_JV
};
}
g_GI(g) {
g &&
(this.g_Kr(),
this.g_Li(g.timelinesJson),
this.g_Lj(g.scheduledTimelinesJson),
this.g_Lk(g.playingTimelinesJson),
(this.g_JT = !g.hasRuntimeListeners),
(this.g_JU = !!g.changingLayout),
(this.g_JV = !!g.isTickingTimelines),
this.g_Kp(),
this.g_KK(),
this.g_KM());
}
g_Lf() {
return this.g_JN.map((g) => g.g_GG());
}
g_Li(g) {
for (const _ of g) {
let g = this.g_KE(_.name);
if (g) g.g_GI(_);
else {
const e = this.g_Ll(_);
if (!e) continue;
const a = this.g_KE(e);
(g = this.g_Kl(a)), g.g_GI(_);
}
g.g_Lm() || this.g_lO(g);
}
}
g_Ll(g) {
const _ = g.name,
e = _.split(':');
return e && 2 === e.length ? e[0] : null;
}
g_Lg() {
return this.g_Ln(this.g_JR);
}
g_Lj(g) {
this.g_Lo(g, this.g_JR);
}
g_Lh() {
return this.g_Ln(this.g_JS);
}
g_Lk(g) {
this.g_Lo(g, this.g_JS);
}
g_Lp(g, _) {
for (const e of _) if (e === g.g_pY()) return !0;
return !1;
}
g_Ln(g) {
return g.map((g) => g.g_pY());
}
g_Lo(g, _) {
const t = (g) => (_) => _.g_pY() === g;
for (const e of _) this.g_Lp(e, g) || this.g_Ks(_, e);
for (const n of g) {
const g = this.g_KE(n);
if (g) {
const a = _.find(t(n));
a || _.push(g);
}
}
}
};
}
{
const g = 0;
g_aO.g_Kj = class extends g_aO.g_eh {
constructor(_, e, a) {
super(),
(this.g_Be = a.g_BI()),
(this.g_Lq = a),
(this.g_Lr = e),
(this.g_en = _),
(this.g_Ls = []);
for (const g of this.g_Lr.g_Lu().g_Lt()) this.g_Ls.push(g_aO.g_Lv.g_sf(this, g));
(this.g_Lw = null),
(this.g_Lx = null),
(this.g_Ly = g_aO.g_ej(g_aO.g_lQ)),
this.g_Ly.Set(0),
(this.g_Lz = 1),
(this.g_LA = g),
(this.g_LB = 1),
(this.g_LC = !1),
(this.g_LD = !1),
(this.g_LE = !1),
(this.g_LF = !0),
(this.g_LG = !1),
(this.g_LH = !1),
(this.g_LI = -1),
(this.g_LJ = !1),
(this.g_LK = !1),
(this.g_LL = !1),
(this.g_LM = ['']),
(this.g_LN = ''),
(this.g_LO = !1);
}
static g_Ki(g, _) {
const a = _.g_Km(),
t = a.g_LP(),
n = a.g_bd(g[t]),
e = g_aO.g_ej(g_aO.g_Kj, g[t], n, _);
return e.g_LQ(!0), e;
}
static g_Kl(g, _, e) {
return g_aO.g_ej(g_aO.g_Kj, g, _, e);
}
static get g_LR() {
return 1;
}
static get g_LS() {
return g_aO.g_eG(1);
}
g_ek() {
if (!this.g_K$()) {
this.g_Lq.g_KR(this), this.g_Lq.g_KU(this);
for (const g of this.g_Ls) g.g_ek();
g_aO.g_fz(this.g_Ls),
(this.g_Ls = null),
this.g_Ly.g_ek(),
(this.g_Ly = null),
(this.g_Be = null),
(this.g_Lq = null),
(this.g_Lr = null),
(this.g_LG = !0),
(this.g_Lw = null),
(this.g_Lx = null);
}
}
g_LT() {
return this.g_Lq;
}
g_BI() {
return this.g_Be;
}
g_LU() {
return this.g_Ls;
}
g_Lm() {
return !!this.g_Ls.length;
}
g_LV(g) {
for (const _ of this.g_Ls) if (g_aO.g_dB(_.g_LW(), g)) return _;
return null;
}
g_LX(g) {
this.g_en = g;
}
g_pY() {
return this.g_en;
}
g_LY() {
return this.g_Lr;
}
g_Kn() {
return this.g_Lr.g_pY();
}
g_LZ() {
return this.g_Lr.g_LZ();
}
g_L_(g) {
this.g_Lr.g_L_(g);
}
g_L$() {
return this.g_Lr.g_L$();
}
g_Ma(g) {
this.g_Lr.g_Ma(g);
}
g_Mb() {
return this.g_Lr.g_Mb();
}
g_Mc(g) {
this.g_Lr.g_Mc(g);
}
g_Md() {
return this.g_Lr.g_Md();
}
g_Me(g) {
this.g_Lr.g_Md(g);
}
g_Mf(g) {
for (const _ of this.g_LU()) _.g_Mf(g);
}
g_Mg() {
return this.g_Lr.g_Mg();
}
g_Mh() {
return this.g_Lr.g_Mh();
}
g_Mi() {
return this.g_Lr.g_Mi();
}
g_Mj(g) {
return (this.g_Lz = g);
}
g_Mk() {
return this.g_Lz;
}
g_Ml() {
return !this.g_Mm() || 0 < this.g_Lz;
}
g_Mn() {
return this.g_Lw
? this.g_Lw
: ((this.g_Lw = new Promise((g) => {
this.g_Lx = g;
})),
this.g_Lw);
}
g_KS() {
this.g_Lw && (this.g_Lx(), (this.g_Lw = null), (this.g_Lx = null));
}
g_Mo(g) {
(this.g_LM = g_aO.g_Kj.g_Mp(g)), (this.g_LO = !0);
}
g_Mq() {
return this.g_LM;
}
g_Mr() {
return this.g_LO && (this.g_LN = this.g_LM.join(' ')), (this.g_LO = !1), this.g_LN;
}
g_KI(g) {
if (!this.g_LM) return !1;
if (!this.g_LM.length) return !1;
const _ = g_aO.g_Kj.g_Mp(g);
return !!_ && !!_.length && _.every(g_aO.g_Kj.g_Ms, this);
}
g_Mt() {
g_aO.g_HY.g_Mv.g_HW.g_Mu(this),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_Mw),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_Mx),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_My),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_Mz),
g_aO.g_HY.g_Mv.g_HW.g_Mu(null);
}
g_MA() {
this.g_LI = this.g_Be.g_MB();
}
g_Ld() {
this.g_LL ||
((this.g_LL = !0),
g_aO.g_HY.g_Mv.g_HW.g_Mu(this),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_MC),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_MD),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_ME),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_MF),
g_aO.g_HY.g_Mv.g_HW.g_Mu(null));
}
g_KO(g) {
this.g_LC = g;
}
g_MG() {
return this.g_LI === this.g_Be.g_MB();
}
g_Mm() {
return !!this.g_MG() || this.g_LC;
}
g_KP(g) {
this.g_LD = g;
}
g_MH() {
return this.g_LD;
}
g_MI(g) {
this.g_LF = g;
const _ = this.g_MJ();
(0 >= _ || _ >= this.g_LZ()) && (this.g_LF = !0);
}
g_Lb() {
return this.g_LF;
}
g_K$() {
return this.g_LG;
}
g_KQ(g) {
this.g_LH = g;
}
g_KY() {
return this.g_LH;
}
g_MK(g) {
this.g_LJ = g;
}
g_ML() {
return this.g_LJ;
}
g_LQ(g) {
this.g_LK = !!g;
}
g_Kq() {
return this.g_LK;
}
g_Lc() {
return this.g_LE;
}
g_MJ() {
return this.g_Ly.g_bd();
}
g_MM(g) {
this.g_MN(g),
this.g_MI(!1),
this.g_Lb() || this.g_MK(!0),
(this.g_Mm() || this.g_MH() || !this.g_LE) &&
(this.g_Mm() || this.g_MH() || this.g_LE
? this.g_Mm()
? this.g_Kg()
: this.g_MH() && (this.g_Lq.g_KR(this), this.g_MO())
: this.g_MO());
let _ = !1;
for (const e of this.g_Ls) {
e.g_MP();
const g = e.g_MQ(this.g_Ly.g_bd(), !1, !0);
!_ && g && (_ = !0);
}
_ && this.g_BI().g_EV(), this.g_MR();
}
g_MN(g) {
0 > g ? this.g_Ly.Set(0) : g >= this.g_LZ() ? this.g_Ly.Set(this.g_LZ()) : this.g_Ly.Set(g);
}
g_MR() {
g_aO.g_HY.g_Mv &&
this.constructor === g_aO.g_Kj &&
(g_aO.g_HY.g_Mv.g_HW.g_Mu(this),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_MS),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_MT),
this.g_Lq.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_MU),
g_aO.g_HY.g_Mv.g_HW.g_Mu(null));
}
g_MV() {
if (!this.g_K$()) {
if (this.g_Ml()) {
if (this.g_Ly.g_bd() >= this.g_LZ()) return;
} else if (0 >= this.g_Ly.g_bd()) return;
this.g_MW(!0);
}
}
g_MW(g = !1) {
return (
!this.g_K$() &&
!this.g_MH() &&
(this.g_Mm() && this.g_MG()
? this.g_MX()
: !this.g_Mm() && !!(this.g_Lb() || g || this.g_ML()) && this.g_MY())
);
}
g_MX() {
return this.g_MK(!1), this.g_Lq.g_KL(this), this.g_Lq.g_KN(this), this.g_Mn(), !0;
}
g_MY() {
return this.g_MK(!1), this.g_Lq.g_KN(this), this.g_Mn(), !0;
}
g_Kg(g = !1) {
this.g_K$() || (this.g_MI(g), this.g_Lq.g_KT(this), this.g_Lb() && this.g_KS());
}
g_lC(g = !0) {
if (this.g_K$()) return;
if (!this.g_Mm() && this.g_MH()) return this.g_Lq.g_KR(this);
if (this.g_Lb()) return;
this.g_Kg(!0), this.g_Ml() ? this.g_MN(0) : this.g_MN(this.g_LZ());
let _ = !1;
for (const e of this.g_Ls) {
const g = e.g_MQ(this.g_Ly.g_bd());
!_ && g && (_ = !0);
}
g && this.g_MR(), _ && g && this.g_BI().g_EV();
}
g_MO() {
this.g_KV(!0);
}
g_KV(_) {
if (!this.g_KY())
if (_) {
this.g_LE = !0;
for (const g of this.g_Ls) g.g_KV();
} else if ((this.g_KO(!0), this.g_KP(!1), this.g_Mt(), this.g_Lb())) {
(this.g_LI = -1),
(this.g_LA = g),
(this.g_LB = 1),
(this.g_LF = !1),
(this.g_LL = !1),
(this.g_LE = !0),
this.g_Ml() ? this.g_MN(0) : this.g_MN(this.g_LZ());
for (const g of this.g_Ls) g.g_KV();
} else for (const g of this.g_Ls) g.g_MP();
}
g_KZ(g, _) {
this.g_Ly.g_jB(g * _ * this.g_Lz);
let e;
if (
(this.g_Mg() || this.g_Mh()
? this.g_Mg() && !this.g_Mh()
? (e = this.g_MZ())
: !this.g_Mg() && this.g_Mh()
? (e = this.g_M_())
: this.g_Mg() && this.g_Mh() && (e = this.g_M$())
: (e = this.g_Na()),
e)
) {
for (const g of this.g_Ls) g.g_Nb();
return this.g_Kg(!0), this.g_MA(), !0;
} else {
let g = !1;
for (const _ of this.g_Ls) {
const e = _.g_MQ(this.g_Ly.g_bd(), !0);
!g && e && (g = !0);
}
return g;
}
}
g_Na() {
if (this.g_Ml()) {
if (this.g_Ly.g_bd() >= this.g_LZ())
if (this.g_LB < this.g_Mi()) this.g_LB++, this.g_MN(0);
else return this.g_MN(this.g_LZ()), !0;
} else if (0 >= this.g_Ly.g_bd())
if (this.g_LB < this.g_Mi()) this.g_LB++, this.g_MN(this.g_LZ());
else return this.g_MN(0), !0;
return !1;
}
g_MZ() {
return (
this.g_Ml()
? this.g_Ly.g_bd() >= this.g_LZ() && this.g_MN(0)
: 0 >= this.g_Ly.g_bd() && this.g_MN(this.g_LZ()),
!1
);
}
g_M_() {
if (this.g_Ml()) {
if (this.g_Ly.g_bd() >= this.g_LZ())
if ((this.g_MN(this.g_LZ()), this.g_Mj(-1 * this.g_Mk()), 1 !== this.g_LA))
this.g_LA === g && (this.g_LA = 1);
else if (this.g_LB < this.g_Mi()) this.g_LB++, (this.g_LA = g);
else return !0;
} else if (0 >= this.g_Ly.g_bd())
if ((this.g_MN(0), this.g_Mj(-1 * this.g_Mk()), 1 !== this.g_LA))
this.g_LA === g && (this.g_LA = 1);
else if (this.g_LB < this.g_Mi()) this.g_LB++, (this.g_LA = g);
else return !0;
return !1;
}
g_M$() {
return (
this.g_Ml()
? this.g_Ly.g_bd() >= this.g_LZ() && (this.g_MN(this.g_LZ()), this.g_Mj(-1 * this.g_Mk()))
: 0 >= this.g_Ly.g_bd() && (this.g_MN(0), this.g_Mj(-1 * this.g_Mk())),
!1
);
}
g_Nc() {
const g = this.g_Lr.g_Lu().g_Nd(),
_ = g_aO.g_Lv.g_sf(this, g);
return this.g_Ls.push(_), _;
}
g_Le() {
for (const g of this.g_Ls) g.g_Le();
}
g_Ne() {
for (const g of this.g_Ls) g.g_Nf();
}
g_Ng(g, _) {
if (_)
for (const e of this.g_Ls)
if (g) {
if (e.g_LW() !== g) continue;
e.g_Nh(_), this.g_Lq.g_Ky(_.g_EA(), this);
break;
} else {
if (e.g_Ni()) continue;
e.g_Nh(_), this.g_Lq.g_Ky(_.g_EA(), this);
break;
}
}
g_KC(g, _) {
for (const e of this.g_Ls)
if (_) {
if (_ === e.g_LW() && g === e.g_Nj()) return !0;
} else if (g === e.g_Nj()) return !0;
return !1;
}
g_La() {
return this.g_Ls.some((g) => g.g_Nk());
}
g_Nl(g) {
for (const _ of this.g_LU()) for (const e of _.g_Nm()) if (e.g_Nn() === g) return e;
}
g_No(g) {
let _ = g ? g.split(' ') : [];
const e = new Set(_.map((g) => g.toLowerCase().trim()));
_ = [...e.values()];
for (const e of this.g_LU())
for (const g of e.g_Np()) {
const e = _.every((_) => g.g_Nq(_));
if (e) return g;
}
}
g_Kz() {
const g = [];
for (const _ of this.g_LU()) g.push(_.g_EA());
return g.filter((g) => g);
}
g_GG() {
return {
tracksJson: this.g_Nr(),
name: this.g_en,
playheadTime: this.g_Ly.g_bd(),
playbackRate: this.g_Lz,
pingPongState: this.g_LA,
currentRepeatCount: this.g_LB,
isPlaying: this.g_LC,
isScheduled: this.g_LD,
initialStateSet: this.g_LE,
finishedTriggers: this.g_LL,
complete: this.g_LF,
released: this.g_LG,
markedForRemoval: this.g_LH,
completedTick: this.g_LI,
implicitPause: this.g_LJ,
isTemplate: this.g_LK,
tags: this.g_LM.join(' '),
stringTags: this.g_LN,
tagsChanged: this.g_LO
};
}
g_GI(g) {
g &&
(this.g_Ns(g.tracksJson),
(this.g_en = g.name),
this.g_Ly.Set(g.playheadTime),
(this.g_Lz = g.playbackRate),
(this.g_LA = g.pingPongState),
(this.g_LB = g.currentRepeatCount),
(this.g_LC = !!g.isPlaying),
(this.g_LD = !!g.isScheduled),
(this.g_LE = !!g.initialStateSet),
(this.g_LL = !!g.hasOwnProperty('finishedTriggers') && !!g.finishedTriggers),
(this.g_LF = !!g.complete),
(this.g_LG = !!g.released),
(this.g_LH = !!g.markedForRemoval),
(this.g_LI = g.completedTick),
(this.g_LJ = !!g.implicitPause),
(this.g_LK = !!g.isTemplate),
(this.g_LM = g.tags.split(' ')),
(this.g_LN = g.stringTags),
(this.g_LO = !!g.tagsChanged));
}
g_Nr() {
return this.g_Ls.map((g) => g.g_GG());
}
g_Ns(g) {
g.forEach((g, _) => {
const e = this.g_Ls[_];
e.g_GI(g);
}),
this.g_Ls.filter((g) => g.g_Nk());
}
static g_Ms(g) {
const _ = this.g_Mq();
return '' === g ? 1 === _.length && '' === _[0] : _.includes(g);
}
static g_Mp(g) {
return g_aO.g_db(g) ? g.slice(0) : g_aO.g_cO(g) ? g.split(' ') : void 0;
}
};
}
'use strict',
(g_aO.g_Lv = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_Nt = g),
(this.g_Nu = _),
(this.g_Nv = _.g_Lu()),
(this.g_Nw = NaN),
(this.g_Nx = NaN),
(this.g_Ny = null),
(this.g_Nz = null),
(this.g_NA = null),
(this.g_NB = this.g_Nu.g_ND().g_NC()),
(this.g_NE = []);
for (const e of this.g_Nu.g_NG().g_NF()) this.g_NE.push(g_aO.g_NH.g_sf(this, e));
}
static g_sf(g, _) {
return g_aO.g_ej(g_aO.g_Lv, g, _);
}
g_ek() {
this.g_NB = null;
for (const g of this.g_NE) g.g_ek();
g_aO.g_fz(this.g_NE),
(this.g_NE = null),
(this.g_Nt = null),
(this.g_Ny = null),
(this.g_Nz = null),
(this.g_Nu = null),
(this.g_NA = null);
}
g_Le() {
for (const g of this.g_NE) g.g_Le();
(this.g_Ny = null), (this.g_Nz = null);
}
g_NI() {
return this.g_Nt;
}
g_BI() {
return this.g_Nt.g_BI();
}
g_Np() {
return this.g_NB ? this.g_NB : ((this.g_NB = this.g_Nu.g_ND().g_NC()), this.g_NB);
}
g_Nm() {
return this.g_NE;
}
g_Nl(g) {
for (const _ of this.g_NE) if (_.g_Nn() === g) return _;
}
g_NJ() {
this.g_Ny || this.g_Nj();
}
g_NK() {
return !!this.g_Ny && !this.g_Ny.g_NL();
}
g_Nk() {
const g = this.g_NM(),
_ = this.g_BI().g_NN(g);
return !!_ && !_.g_NL();
}
g_EA() {
const g = this.g_NO();
return -1 === g ? void 0 : this.g_BI().g_D_(g);
}
g_Nf() {
(this.g_Ny = null), (this.g_Nw = -1), (this.g_Nz = null), (this.g_Nx = -1);
}
g_Ni() {
return !!this.g_Ny;
}
g_Nj() {
if (this.g_Ny && this.g_NK()) return this.g_Ny;
const g = this.g_NM();
return (this.g_Ny = this.g_BI().g_NN(g)), this.g_Ny;
}
g_Nh(g) {
if (this.g_Ny !== g) {
this.g_Le(),
(this.g_Ny = g),
(this.g_Nx = g.g_EA().g_EM()),
(this.g_Nw = g.g_Ei()),
(this.g_Nz = g.g_CU());
for (const _ of this.g_NP()) {
const g = _.g_NQ,
t = _.g_NR,
e = g.g_NS();
switch (e) {
case 'instance-variable': {
const a = t.g_NT(),
n = g_Jt.g_EA(),
i = n.g_NU(_.name),
e = n.g_NV(i),
r = n.g_NW(i);
e === _.name && r === _.type && t.g_NX(i);
break;
}
case 'behavior': {
const n = _.g_NY,
r = this.g_EA(),
s = g_Jt.g_EA(),
e = t.g_NZ(s);
if (n && e) {
const _ = n.g_pY(),
a = r.g_N_(_),
g = s.g_N_(_),
d = t.g_NT();
t.g_N$(e.g_EN());
}
break;
}
}
}
}
}
*g_NP() {
for (const g of this.g_NE) {
const _ = g.g_Oa(),
t = this.g_EA(),
n = { g_NQ: g, g_NR: _ };
switch (g.g_NS()) {
case 'world-instance': {
n.g_Ob = g.g_Nn();
break;
}
case 'instance-variable': {
const g = _.g_NT();
(n.name = t.g_NV(g)), (n.type = t.g_NW(g));
break;
}
case 'effect': {
const g = t.g_EP(),
a = _.g_Oc(g);
n.g_Od = a;
break;
}
case 'behavior': {
const g = _.g_NZ(t);
n.g_NY = g;
break;
}
case 'plugin': {
n.g_Oe = t.g_Ir();
break;
}
}
yield n;
}
}
g_CU() {
if (this.g_Nz && this.g_NK()) return this.g_Nz;
const g = this.g_Nj();
return g && (this.g_Nz = g.g_CU()), this.g_Nz;
}
g_Of() {
return this.g_Nu;
}
g_NM() {
return this.g_Nw ? this.g_Nw : this.g_Nu.g_NM();
}
g_Og(g) {
this.g_Nu.g_Og(g);
}
g_Mb() {
return this.g_Nu.g_Mb();
}
g_Mc(g) {
this.g_Nu.g_Mc(g);
}
g_Md() {
return this.g_Nu.g_Md();
}
g_LW() {
return this.g_Nu.g_LW();
}
g_Me(g) {
this.g_Nu.g_Me(g);
}
g_Mf(g) {
for (const _ of this.g_Np()) _.g_Mf(g);
for (const _ of this.g_Nm()) _.g_Mf(g);
}
g_Oh() {
return this.g_Nu.g_Oh();
}
g_Oi(g) {
this.g_Nu.g_Oi(g);
}
g_NO() {
return isNaN(this.g_Nx) ? this.g_Nu.g_NO() : this.g_Nx;
}
g_Oj(g) {
this.g_Nu.g_Oj(g);
}
g_KV() {
if ((this.g_NJ(), !!this.g_NK())) {
for (const g of this.g_NE) g.g_KV();
const g = this.g_NI(),
_ = g.g_Ml(),
e = g.g_LZ(),
a = _ ? 0 : e;
(this.g_NA = this.g_Nv.g_Ok(a, this.g_Nu)), this.g_MQ(a);
}
}
g_MP() {
if ((this.g_NJ(), !!this.g_NK())) {
const g = this.g_Nt.g_Ml(),
_ = this.g_Nt.g_MJ();
this.g_Nt.g_Ml()
? (this.g_NA = this.g_Nv.g_Ol(_, this.g_Nu))
: ((this.g_NA = this.g_Nv.g_Om(_, this.g_Nu)),
!this.g_NA && (this.g_NA = this.g_Nv.g_On(this.g_Nu)));
for (const g of this.g_NE) g.g_MP();
}
}
g_Nb() {
if (!this.g_NI().g_Lb() && (this.g_NJ(), !!this.g_NK())) {
const g = this.g_Nt.g_MJ(),
_ = this.g_Nt.g_LZ();
g >= _ ? this.g_MQ(_, !0) : 0 >= g && this.g_MQ(0, !0);
}
}
g_MQ(g, _ = !1, a = !1) {
if ((this.g_NJ(), !this.g_NK())) return !1;
this.g_NA = this.g_Oo(g, _);
let t = !1,
n = !1;
for (const e of this.g_NE) {
const _ = e.g_MQ(g, a);
t || 0 == (_ & g_aO.g_Kj.g_LR) || (t = !0), n || 0 == (_ & g_aO.g_Kj.g_LS) || (n = !0);
}
if (t) {
const g = this.g_CU();
g && g.g_En();
}
return n;
}
g_Oo(g, _) {
if (!_) return;
const e = this.g_NI();
let a = this.g_Nv.g_Ok(g, this.g_Nu);
return (
a
? this.g_Op(a)
: ((a = e.g_Ml() ? this.g_Nv.g_Ol(g, this.g_Nu) : this.g_Nv.g_Om(g, this.g_Nu)),
a !== this.g_NA && this.g_Op(a)),
a
);
}
g_Op(g) {
if (g_aO.g_HY.g_Mv && this.g_NI().constructor === g_aO.g_Kj) {
const _ = this.g_NI();
g_aO.g_HY.g_Mv.g_HW.g_Mu(_), g_aO.g_HY.g_Mv.g_HW.g_Oq(g);
const e = _.g_LT();
e.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_Or),
e.g_Ku(g_aO.g_HY.g_Mv.g_HW.g_Op),
g_aO.g_HY.g_Mv.g_HW.g_Mu(null),
g_aO.g_HY.g_Mv.g_HW.g_Oq(null);
}
}
g_Os() {
const g = this.g_Nu.g_ND(),
_ = g.g_Ot();
return _;
}
g_Ou() {
const g = this.g_Nu.g_NG(),
_ = g.g_Ov(),
e = g_aO.g_NH.g_sf(this, _);
return this.g_NE.push(e), e;
}
g_Ow(g) {
const _ = this.g_Nu.g_ND();
_.g_Ox(g);
}
g_Oy(g) {
for (const _ of this.g_NE) _.g_Oy(g);
}
g_Oz() {
for (const g of this.g_NE) g.g_Oz();
}
g_OA() {
if ((this.g_NJ(), !!this.g_NK())) for (const g of this.g_NE) g.g_OA();
}
g_OB() {
if ((this.g_NJ(), !this.g_NK())) return;
let g = !1;
for (const _ of this.g_NE) {
const e = _.g_OB();
!g && e && (g = !0);
}
if (g) {
const g = this.g_Os();
g.g_MM(this.g_NI().g_MJ()), g.g_Mf('noease'), g.g_Oi(!0), g.g_Mo('');
}
}
g_GG() {
return {
propertyTracksJson: this.g_OC(),
lastKeyframeDataItemJson: this.g_OD(),
instanceUid: this.g_Nw
};
}
g_GI(g) {
g &&
(this.g_OE(g.propertyTracksJson),
this.g_OF(g.lastKeyframeDataItemJson),
this.g_OG(g.instanceUid));
}
g_OD() {
const g = this.g_Nu.g_ND();
return g.g_OH(this.g_NA);
}
g_OC() {
return this.g_NE.map((g) => g.g_GG());
}
g_OE(g) {
g.forEach((g, _) => {
const e = this.g_NE[_];
e.g_GI(g);
});
}
g_OG(g) {
if (g_aO.g_cF(g)) {
const _ = this.g_BI().g_NN(g);
if (_) {
const g = this.g_NI();
g.g_Ne(), g.g_Ng(this.g_Nu.g_LW(), _);
}
}
}
g_OF(g) {
const _ = this.g_Nu.g_ND();
this.g_NA = _.g_OI(g);
}
}),
'use strict',
(g_aO.g_NH = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_OJ = g),
(this.g_OK = _),
(this.g_OL = _.g_NG()),
(this.g_OM = this.g_Oa()),
(this.g_ON = this.g_OK.g_OP().g_OO());
}
static g_sf(g, _) {
return g_aO.g_ej(g_aO.g_NH, g, _);
}
g_ek() {
(this.g_OJ = null),
this.g_OM && (this.g_OM.g_ek(), (this.g_OM = null)),
(this.g_ON = null),
(this.g_OK = null),
(this.g_OL = null);
}
g_OQ() {
return this.g_OJ;
}
g_OR() {
return this.g_OK;
}
g_NG() {
return this.g_OL;
}
g_NI() {
return this.g_OJ.g_NI();
}
g_BI() {
return this.g_OJ.g_BI();
}
g_Oa() {
if (this.g_OM) return this.g_OM;
const g = this.g_OK.g_NS();
let _;
return (
'behavior' === g
? (_ = new g_aO.g_NH.g_OS(this))
: 'effect' === g
? (_ = new g_aO.g_NH.g_OT(this))
: 'instance-variable' === g
? (_ = new g_aO.g_NH.g_OU(this))
: 'plugin' === g
? (_ = new g_aO.g_NH.g_OV(this))
: 'world-instance' === g
? (_ = new g_aO.g_NH.g_OW(this))
: 'value' === g
? (_ = new g_aO.g_NH.g_OX(this))
: void 0,
(this.g_OM = _),
this.g_OM
);
}
g_NS() {
return this.g_OK.g_NS();
}
g_OY(g) {
this.g_OK.g_OY(g);
}
g_OZ() {
return this.g_OK.g_O_();
}
g_O$(g) {
this.g_OK.g_Pa(g);
}
g_Pb() {
return this.g_Oa().g_Pc();
}
g_Nn() {
return this.g_OK.g_Pd();
}
g_Pe(g) {
this.g_OK.g_Pf(g);
}
g_Pg() {
return this.g_OK.g_tC();
}
g_Ph(g) {
this.g_OK.g_Pi(g);
}
g_Pj() {
return this.g_NG().g_Pk(this.g_OK).g_tC();
}
g_Pl() {
return this.g_OK.g_Pl();
}
g_Pm(g) {
this.g_OK.g_Pm(g);
}
g_Pn() {
return this.g_OK.g_Pn();
}
g_Po(g) {
this.g_OK.g_Po(g);
}
g_Oh() {
return this.g_OK.g_Oh();
}
g_Oi(g) {
this.g_OK.g_Oi(g);
}
g_Mb() {
return this.g_OK.g_Mb();
}
g_Mc(g) {
this.g_OK.g_Mc(g);
}
g_Md() {
return this.g_OK.g_Md();
}
g_Me(g) {
this.g_OK.g_Me(g);
}
g_Mf(g) {
for (const _ of this.g_Pp()) _.g_Mf(g);
}
g_Pp() {
return this.g_ON ? this.g_ON : ((this.g_ON = this.g_OK.g_OP().g_OO()), this.g_ON);
}
*g_Pq() {
for (const g of this.g_Pp()) yield g.g_Pr();
}
g_Le() {
this.g_Oa().g_Le();
}
g_Ps() {
return this.g_Oa().g_Ps();
}
g_KV() {
this.g_Oa().g_KV();
}
g_MP() {
this.g_Oa().g_MP();
}
g_MQ(g, _ = !1) {
const a = this.g_OK;
let t = this.g_OL.g_Pt(g, a),
n;
return (
t ? (n = this.g_OL.g_Pu(g, a)) : ((t = this.g_OL.g_Pv(g, a)), (n = this.g_OL.g_Pw(g, a))),
this.g_Oa().g_MQ(g, t, n, _)
);
}
static g_Px(g, _) {
const a = _.g_OR(),
t = _.g_OL;
let n = t.g_Pt(g, a);
return n || (n = t.g_Pv(g, a)), n;
}
static g_Py(g, _) {
const a = _.g_OR(),
t = _.g_OL;
let n = t.g_Pt(g, a);
return n ? t.g_Pu(g, a) : t.g_Pw(g, a);
}
g_Pz() {
const g = this.g_OK.g_OP(),
_ = g.g_PA();
return _;
}
g_Oy(g) {
const _ = this.g_OK.g_OP();
_.g_PB(g);
}
g_Oz() {
this.g_Oa().g_Oz();
}
g_OA() {
const g = this.g_Oa().g_OA();
if (g) {
const g = this.g_OL.g_Pk(this.g_OK),
_ = this.g_Oa().g_Ps();
g.g_PC(_);
}
}
g_OB() {
const g = this.g_Oa().g_OB();
return g && this.g_PD(), this.g_Oa().g_PE(), g;
}
g_PD() {
const g = this.g_NI().g_MJ(),
_ = this.g_Oa(),
e = g_aO.g_NH.g_Px(g, this),
a = this.g_Pz();
a.g_Pi(e.g_tC()), a.g_MM(g), a.g_Mf(e.g_jL()), a.g_Oi(!0), a.g_PF(_.g_PG()), a.g_PC(_.g_Ps());
}
g_GG() {
return { sourceAdapterJson: this.g_Oa().g_GG() };
}
g_GI(g) {
g && this.g_Oa().g_GI(g.sourceAdapterJson);
}
}),
'use strict';
{
const _ = g_aO.g_NH;
_.g_PH = class {
constructor(g) {
(this.g_PI = g), (this.g_PJ = null);
}
g_ek() {
this.g_PJ && (this.g_PJ.g_ek(), (this.g_PJ = null)), (this.g_PI = null);
}
g_Nl() {
return this.g_PI;
}
g_Le() {
this.g_PJ && this.g_PJ.g_Le();
}
g_PK() {
return this.g_PJ ? this.g_PJ : ((this.g_PJ = this.g_PL()), this.g_PJ);
}
g_NT() {}
g_EM() {
return this.g_NT();
}
g_PM() {}
g_KV() {
this.g_PK().g_KV();
}
g_MP() {
this.g_PK().g_MP();
}
g_MQ(a, t, n, i) {
const e = _.g_PH.g_PN(this.g_PI),
r = e(a, t, n, this.g_PI);
return this.g_PK().g_PO(a, r, t, n, i);
}
g_Oz() {
this.g_PK().g_PP();
}
g_PE() {
this.g_PK().g_PE();
}
g_Ps() {
return this.g_PK().g_Ps();
}
g_OA() {
return this.g_PK().g_OA();
}
g_OB() {
return this.g_PK().g_OB();
}
g_PG() {
return _.g_PH.g_PG(this.g_PI);
}
g_PL() {
const g = this.g_PI.g_Pg(),
e = this.g_PI.g_Pj();
return 'combo' === e || 'boolean' === e || 'text' === e || 'string' === e
? new _.g_PR.g_PQ(this)
: 'numeric' === e || 'number' === e || 'angle' === e
? 'combo' === g
? new _.g_PR.g_PQ(this)
: new _.g_PR.g_PS(this)
: 'color' === e || 'offsetColor' === e
? new _.g_PR.g_PT(this)
: void 0;
}
g_GG() {
return { propertyAdapterJson: this.g_PK().g_GG() };
}
g_GI(g) {
g && this.g_PK().g_GI(g.propertyAdapterJson);
}
static g_PG(a) {
const t = a.g_OQ(),
n = t.g_NI().g_MJ(),
i = _.g_Px(n, a),
e = _.g_Py(n, a),
r = _.g_PH.g_PN(a);
return r(n, i, e, a);
}
static g_Pc(g, _, e) {
let a = g.g_Md();
return (
'combo' === g.g_Pg() && (a = 'absolute'),
'relative' === a ? _ + e : 'absolute' === a ? e : void 0
);
}
static g_PN(g) {
const e = g.g_Pj();
return 'numeric' === e
? _.g_PU.g_MQ
: 'angle' === e
? _.g_PV.g_MQ
: 'boolean' === e
? _.g_PW.g_MQ
: 'color' === e
? _.g_PX.g_MQ
: 'text' === e
? _.g_PY.g_MQ
: void 0;
}
static g_PZ(g) {
const e = g.g_Pj();
return 'numeric' === e
? _.g_PU.g_P_
: 'angle' === e
? _.g_PV.g_P_
: 'boolean' === e
? _.g_PW.g_P_
: 'color' === e
? _.g_PX.g_P_
: 'text' === e
? _.g_PY.g_P_
: void 0;
}
};
}
{
class g extends g_aO.g_NH.g_PH {
constructor(g) {
super(g);
}
}
g_aO.g_NH.g_OW = g;
}
{
const g = 0;
class _ extends g_aO.g_NH.g_PH {
constructor(g) {
super(g), (this.g_P$ = NaN);
}
g_NT() {
return this.g_PI.g_OR().g_O_()[g];
}
g_EM() {
return this.g_P$ ? this.g_P$ : super.g_EM();
}
g_PM() {
return this.g_PI.g_OQ().g_Nj();
}
g_NX(_) {
const e = this.g_PI.g_OR().g_O_()[g];
e === _ || (this.g_P$ = _);
}
g_MQ(g, _, e, a) {
this.g_PK().g_Qa(_.g_Pc()) && super.g_MQ(g, _, e, a);
}
g_GG() {
return Object.assign(super.g_GG(), { index: this.g_P$ });
}
g_GI(g) {
g && (super.g_GI(g), (this.g_P$ = g.index));
}
}
g_aO.g_NH.g_OU = _;
}
{
const _ = 0;
class g extends g_aO.g_NH.g_PH {
constructor(g) {
super(g), (this.g_Ds = NaN);
}
g_NT() {
const g = this.g_PI.g_OR();
return g.g_O_()[1];
}
g_PM() {
const a = this.g_PI.g_OR(),
t = this.g_PI.g_OQ(),
n = this.g_Ds ? this.g_Ds : a.g_O_()[_],
i = t.g_Nj(),
e = i.g_Qb(n),
r = i.g_Qc()[e];
return r.g_Qd();
}
g_NZ(g) {
const _ = this.g_PI.g_OR(),
e = _.g_O_()[2];
return g.g_Qe(e);
}
g_N$(g) {
const e = this.g_PI.g_OR();
e.g_O_()[_] === g || (this.g_Ds = g);
}
g_MQ(g, _, a, t) {
const n = this.g_PI.g_OQ(),
e = n.g_Nj();
this.g_NZ(e.g_EA()) && super.g_MQ(g, _, a, t);
}
g_GG() {
return Object.assign(super.g_GG(), { sid: this.g_Ds });
}
g_GI(g) {
g && (super.g_GI(g), (this.g_Ds = g.sid));
}
}
g_aO.g_NH.g_OS = g;
}
{
class g extends g_aO.g_NH.g_PH {
constructor(g) {
super(g);
}
g_NT() {
return this.g_PI.g_OR().g_O_()[1];
}
g_PM() {
const _ = this.g_PI,
a = _.g_OQ(),
t = a.g_CU(),
n = t.g_Gd(),
i = n.g_EP(),
e = this.g_Oc(i),
r = e.g_EM();
return n.g_Qf(r) ? n.g_Gh(r) : null;
}
g_Oc(g) {
const _ = this.g_PI,
e = _.g_OR().g_O_()[0];
return g.g_Qg(e);
}
g_MQ(g, _, e, a) {
this.g_Qh() && super.g_MQ(g, _, e, a);
}
g_Qh() {
const g = this.g_PI,
_ = g.g_OQ(),
a = _.g_CU(),
t = a.g_Gd(),
n = t.g_EP(),
e = this.g_Oc(n);
if (e) {
const g = e.g_EM();
return t.g_Qf(g);
}
}
}
g_aO.g_NH.g_OT = g;
}
{
class g extends g_aO.g_NH.g_PH {
constructor(g) {
super(g);
}
g_NT() {
return this.g_PI.g_OR().g_O_()[0];
}
g_PM() {
return this.g_PI.g_OQ().g_Nj().g_Qd();
}
g_MQ(_, a, t, n) {
const i = this.g_PI.g_OQ(),
e = i.g_EA().g_Ir(),
r = i.g_Nj().g_EA().g_Ir();
e !== r || super.g_MQ(_, a, t, n);
}
}
g_aO.g_NH.g_OV = g;
}
{
class g extends g_aO.g_NH.g_PH {
constructor(g) {
super(g), (this.g_Qi = 0);
}
g_KV() {
const g = this.g_PI.g_NG();
let _ = this.g_PI.g_OR();
(_ = g.g_Pk(_)), (this.g_Qi = _.g_Pr());
}
g_MP() {}
g_Pc() {
return this.g_Qi;
}
g_MQ(g, _, e) {
const a = g_aO.g_NH.g_PU.g_MQ;
this.g_Qi = a(g, _, e, this.g_PI);
}
g_Oz() {}
g_PE() {}
g_Ps() {
return this.g_Qi;
}
g_OA() {
return !1;
}
g_OB() {
return !1;
}
g_GG() {
return { value: this.g_Qi };
}
g_GI(g) {
g && (this.g_Qi = g.value);
}
}
g_aO.g_NH.g_OX = g;
}
'use strict',
(g_aO.g_NH.g_PR = class {
constructor(g) {
(this.g_OM = g),
(this.g_PI = g.g_Nl()),
(this.g_Nz = this.g_PI.g_OQ().g_CU()),
(this.g_Qj = this.g_PI.g_Nn()),
(this.g_Qk = !1),
(this.g_Ql = null),
(this.g_Qm = null);
}
g_ek() {
(this.g_OM = null),
(this.g_PI = null),
(this.g_Nz = null),
(this.g_Ql = null),
(this.g_Qm = null);
}
g_Le() {
(this.g_Nz = null), (this.g_Ql = null), (this.g_Qm = null);
}
g_CU() {
return this.g_Nz ? this.g_Nz : ((this.g_Nz = this.g_PI.g_OQ().g_CU()), this.g_Nz);
}
g_Qn(g) {
this.g_Qk = !!g;
}
g_Qo() {
return this.g_Qk;
}
g_KV() {}
g_MP() {}
g_PP() {
this.g_Ql = this.g_Ps();
}
g_PE() {
this.g_Ql = null;
}
g_Ps() {}
g_OA() {}
g_OB() {}
g_Qa(g) {
const _ = typeof this.g_Qp();
return _ == typeof g;
}
g_PO() {}
g_Qq() {
const g = this.g_Qr(
() => {
const g = this.g_PI.g_OR(),
_ = this.g_PI.g_NG();
return _.g_Pk(g);
},
() => {
const g = this.g_PI.g_OR(),
_ = this.g_PI.g_NG();
return _.g_Qs(g);
}
);
return g.g_Qt();
}
g_Qu() {
const g = this.g_PI.g_NI(),
_ = g.g_MJ(),
e = this.g_Qr(
() => {
const g = this.g_PI.g_OR(),
e = this.g_PI.g_NG();
return e.g_Pv(_, g);
},
() => {
const g = this.g_PI.g_OR(),
e = this.g_PI.g_NG(),
a = e.g_Pw(_, g);
return a ? a : e.g_Qs(g);
}
);
return e.g_Qt();
}
g_Qr(g, _) {
const e = this.g_PI.g_NI();
return e.g_Ml() ? g() : _();
}
g_Qv(g, _) {
const e = this.g_PI.g_Md();
return 'relative' === e ? g() : _();
}
g_Qw(g, _) {
return this.g_Qo() ? (this.g_Qn(!1), g()) : _();
}
g_Qx() {}
g_Qy() {
return this.g_OM.g_EM();
}
g_Qz() {
return this.g_Qm ? this.g_Qm : ((this.g_Qm = this.g_OM.g_PM()), this.g_Qm);
}
g_QA(g, _, a, t, n) {
const e = this.g_PI.g_NS();
return 'behavior' === e
? g()
: 'effect' === e
? _()
: 'instance-variable' === e
? a()
: 'plugin' === e
? t()
: 'world-instance' === e
? n()
: void 0;
}
g_GG() {
return { firstAbsoluteUpdate: this.g_Qk, saveState: this.g_Ql };
}
g_GI(g) {
g && ((this.g_Qk = g.firstAbsoluteUpdate), (this.g_Ql = g.saveState));
}
}),
'use strict';
{
class g extends g_aO.g_NH.g_PR {
constructor(g) {
super(g), (this.g_QB = 0), (this.g_QC = 0), (this.g_QD = 0);
}
g_KV() {
this.g_Qn(!0);
const g = this.g_Qx(this.g_Qq());
(this.g_QB = g.g_gP()), (this.g_QC = g.g_gQ()), (this.g_QD = g.g_gR());
}
g_MP() {
if (!this.g_QE(this.g_Qq(), this.g_Qu())) {
this.g_Qn(!0);
const g = this.g_Qx(this.g_Qu());
(this.g_QB = g.g_gP()), (this.g_QC = g.g_gQ()), (this.g_QD = g.g_gR());
}
}
g_Ps() {
const g = this.g_PI.g_NS(),
_ = this.g_Qz(),
e = this.g_Qy();
switch (g) {
case 'behavior':
_.g_QF(e);
break;
case 'effect':
return _[e].toArray().slice(0, 3);
case 'plugin':
return _.g_QF(e);
case 'world-instance':
return this.g_Qp().toArray().slice(0, 3);
}
}
g_OA() {
const g = this.g_Qq();
return !this.g_QE(g, this.g_Qp());
}
g_OB() {
return !g_aO.g_cI(this.g_Ql) && !this.g_QE(this.g_Ql, this.g_Qp());
}
g_QE(g, _) {
return g.g_gV(_);
}
g_Qq() {
const g = super.g_Qq();
return this.g_QG(g);
}
g_Qu() {
const g = super.g_Qu();
return this.g_QG(g);
}
g_Qx(g) {
const _ = this.g_QG(g);
return g_aO.g_gB.g_hw(_, this.g_Qp());
}
g_QG(g) {
return g_aO.g_c_(g, g_aO.g_gB) ? g : new g_aO.g_gB(g[0], g[1], g[2]);
}
g_Qa() {
return !0;
}
g_PO(_, a) {
const t = a[0],
n = a[1],
e = a[2],
i = this.g_QB,
r = this.g_QC,
g = this.g_QD;
return (
this.g_Qw(
() => {
this.g_QH(-i, -r, -g);
},
() => {
this.g_QH(-i + t, -r + n, -g + e);
}
),
(this.g_QB = t),
(this.g_QC = n),
(this.g_QD = e),
g_aO.g_Kj.g_LS
);
}
g_Qp() {
const g = this.g_PI.g_NS(),
_ = this.g_Qz(),
e = this.g_Qy();
return 'behavior' === g
? this.g_QG(_.g_QF(e))
: 'effect' === g
? _[e].clone()
: 'plugin' === g
? this.g_QG(_.g_QF(e))
: 'world-instance' === g
? this.g_CU().g_QI().clone()
: void 0;
}
g_QH(g, _, a) {
const t = this.g_PI.g_NS(),
n = this.g_Qz(),
e = this.g_Qy();
'behavior' === t
? n.g_QJ(e, g, _, a)
: 'effect' === t
? n[e].g_gI(g, _, a)
: 'plugin' === t
? n.g_QJ(e, g, _, a)
: 'world-instance' === t
? this.g_CU().g_QK(g, _, a)
: void 0;
}
g_GG() {
return Object.assign(super.g_GG(), { r: this.g_QB, g: this.g_QC, b: this.g_QD });
}
g_GI(g) {
g && (super.g_GI(g), (this.g_QB = g.r), (this.g_QC = g.g), (this.g_QD = g.b));
}
}
g_aO.g_NH.g_PR.g_PT = g;
}
{
class g extends g_aO.g_NH.g_PR {
constructor(g) {
super(g);
}
g_KV() {}
g_MP() {}
g_Ps() {
return this.g_Qp();
}
g_OA() {
const g = this.g_Qq();
return g !== this.g_Ps();
}
g_OB() {
return !g_aO.g_cI(this.g_Ql) && this.g_Ql !== this.g_Ps();
}
g_PO(g, _) {
const a = g_aO.g_NH.g_PH.g_PZ(this.g_PI),
t = this.g_PI.g_NS(),
n = a(this.g_Qy(), this.g_Qz(), _, t);
if (n)
return (
this.g_QH(_),
'behavior' === t || 'effect' === t || 'instance-variable' === t
? void 0
: 'plugin' === t
? g_aO.g_Kj.g_LS
: void 0
);
}
g_Qp() {
const g = this.g_PI.g_NS(),
_ = this.g_Qz(),
e = this.g_Qy();
switch (g) {
case 'behavior':
return _.g_QF(e);
case 'effect':
return _[e];
case 'instance-variable':
return _.g_QL(e);
case 'plugin':
return _.g_QF(e);
}
}
g_QH(g) {
const _ = this.g_PI.g_NS(),
e = this.g_Qz(),
a = this.g_Qy();
'behavior' === _
? e.g_QM(a, g)
: 'effect' === _
? (e[a] = g)
: 'instance-variable' === _
? e.g_QN(a, g)
: 'plugin' === _
? e.g_QM(a, g)
: void 0;
}
}
g_aO.g_NH.g_PR.g_PQ = g;
}
{
const g = new Map(),
_ = (_, a, t, n) => g.set(_, { g_QO: a, g_QP: t, round: n });
_(
'offsetX',
(g, _) => g.g_QQ(_),
(g) => g.g_Ig(),
!0
),
_(
'offsetY',
(g, _) => g.g_QR(_),
(g) => g.g_Ih(),
!0
),
_(
'offsetWidth',
(g, _) => g.g_QS(_),
(g) => g.g_pN(),
!0
),
_(
'offsetHeight',
(g, _) => g.g_QT(_),
(g) => g.g_pO(),
!0
),
_(
'offsetAngle',
(g, _) => g.g_QU(_),
(g) => g.g_Fj(),
!1
),
_(
'offsetOpacity',
(g, _) => g.g_QV(_),
(g) => g.g_zk(),
!1
),
_(
'offsetOriginX',
(g, _) => g.g_QW(_),
(g) => g.g_QX(),
!1
),
_(
'offsetOriginY',
(g, _) => g.g_QY(_),
(g) => g.g_QZ(),
!1
),
_(
'offsetZElevation',
(g, _) => g.g_Q_(_),
(g) => g.g_Do(),
!0
);
class e extends g_aO.g_NH.g_PR {
constructor(_) {
super(_), (this.g_ui = 0), (this.g_Q$ = null), (this.g_Ra = null), (this.g_Rb = !1);
const e = this.g_PI.g_Nn();
if ('world-instance' === this.g_PI.g_NS()) {
const _ = g.get(e);
(this.g_Q$ = _.g_QP), (this.g_Ra = _.g_QO), (this.g_Rb = _.round);
}
}
g_ek() {
(this.g_Q$ = null), (this.g_Ra = null), super.g_ek();
}
g_KV() {
this.g_ui = this.g_Qv(
() =>
this.g_Qr(
() => 0,
() => g_aO.g_NH.g_PH.g_PG(this.g_PI)
),
() => (this.g_Qn(!0), this.g_Qx(this.g_Qq()))
);
}
g_MP() {
this.g_Qq() === this.g_Qu() ||
this.g_Qv(
() => {},
() => {
this.g_Qn(!0), (this.g_ui = this.g_Qx(this.g_Qu()));
}
);
}
g_Ps() {
return this.g_Qp();
}
g_OA() {
const g = this.g_Qq();
return g !== this.g_Ps();
}
g_OB() {
return !g_aO.g_cI(this.g_Ql) && this.g_Ql !== this.g_Ps();
}
g_Qx(g) {
return g - this.g_Ps();
}
g_PO(g, _, a, t, n) {
return (
this.g_Qv(
() => {
this.g_QH(_ - this.g_ui, a, t), (this.g_ui = _), this.g_Rc(g, a, t, n, this.g_ui, _);
},
() => {
this.g_Qw(
() => {
this.g_QH(this.g_ui, a, t), (this.g_ui = _);
},
() => {
this.g_QH(_ - this.g_ui, a, t),
(this.g_ui = _),
this.g_Rc(g, a, t, n, this.g_ui, _);
}
);
}
),
this.g_QA(
() => {},
() => g_aO.g_Kj.g_LS,
() => {},
() => g_aO.g_Kj.g_LS,
() => g_aO.g_Kj.g_LS
)
);
}
g_Qp() {
const g = this.g_Qz(),
_ = this.g_Qy();
return this.g_QA(
() => g.g_QF(_),
() => g[_],
() => g.g_QL(_),
() => g.g_QF(_),
() => this.g_Q$(this.g_CU())
);
}
g_QH(g) {
const _ = this.g_Qz(),
e = this.g_Qy();
this.g_QA(
() => _.g_Rd(e, g),
() => (_[e] += g),
() => _.g_Re(e, g),
() => _.g_Rd(e, g),
() => this.g_Ra(this.g_CU(), g)
);
}
g_Rc(g, _, a, t, n, e) {
t
? _ && g === _.g_MJ()
? this.g_Rf(_.g_Pr(), _, a)
: a && g === a.g_MJ()
? this.g_Rf(a.g_Pr(), _, a)
: !a && this.g_Rf(_.g_Pr(), _, a)
: _ && g === _.g_MJ()
? this.g_Rf(_.g_Pr(), _, a)
: a && g === a.g_MJ()
? this.g_Rf(a.g_Pr(), _, a)
: 0 == e - n && this.g_Rf(_.g_Pr(), _, a);
}
g_Rf(_, a, t) {
const n = _.toString(),
i = n.split('.')[1] || '',
e = i.length,
r = this.g_Qp();
let g;
(g = 0 === e ? (this.g_Rb ? Math.round(r) : r) : g_aO.toFixed(r, e)),
this.g_QH(g - r, a, t),
(this.g_ui += g - r);
}
g_GG() {
return Object.assign(super.g_GG(), { v: this.g_ui });
}
g_GI(g) {
g && (super.g_GI(g), (this.g_ui = g.v));
}
}
g_aO.g_NH.g_PR.g_PS = e;
}
'use strict',
(g_aO.g_NH.g_PU = class {
constructor() {}
static g_P_(g, _, a, t) {
let n;
return (
'behavior' === t
? (n = _.g_QF(g))
: 'effect' === t
? (n = _[g])
: 'instance-variable' === t
? (n = _.g_QL(g))
: 'plugin' === t
? (n = _.g_QF(g))
: void 0,
n !== a
);
}
static g_MQ(_, t, r, s) {
var d = Math.floor;
if (!r) {
let g = s.g_OR();
const _ = s.g_NG();
return (g = _.g_Qs(g)), g.g_Pr();
}
let u = s.g_Mb();
if (
('default' === u && (u = 'continuous'),
'combo' === s.g_Pg() && (u = 'discrete'),
'discrete' === u)
)
return t.g_Pr();
if ('continuous' === u || 'step' === u) {
if ('step' === u) {
const g = s.g_NI().g_L$();
if (0 !== g) {
const e = 1 / g;
_ = d(_ * e) / e;
}
}
const g = t.g_MJ(),
p = r.g_MJ(),
i = t.g_Pr(),
h = r.g_Pr();
if (i === h) return i;
const c = g_aO.normalize(_, g, p),
l = t.g_jL();
let f;
const e = t.g_Rg('cubic-bezier'),
n = r.g_Rg('cubic-bezier');
if (e && e.g_Rh() && n && n.g_Ri()) {
const _ = p - g;
(f = g_jF.g_jL(l)(_ * c, 0, 1, _)),
(f = g_jF.g_jL('cubicbezier')(f, i, i + e.g_Rj(), h + n.g_Rk(), h));
} else f = g_jF.g_jL(l)((p - g) * c, i, h - i, p - g);
return 'integer' === s.g_Pg() ? d(f) : f;
}
}
}),
'use strict',
(g_aO.g_NH.g_PV = class {
constructor() {}
static g_P_(g, _, a, t) {
let n;
return (
'behavior' === t
? (n = _.g_QF(g))
: 'effect' === t
? (n = _[g])
: 'instance-variable' === t
? (n = _.g_QL(g))
: 'plugin' === t
? (n = _.g_QF(g))
: void 0,
n !== a
);
}
static g_MQ(_, t, n, g) {
if (!n) {
let _ = g.g_OR();
const e = g.g_NG();
return (_ = e.g_Qs(_)), _.g_Pr();
}
let r = g.g_Mb();
if (
('default' === r && (r = 'continuous'),
'combo' === g.g_Pg() && (r = 'discrete'),
'discrete' === r)
)
return t.g_Pr();
if ('continuous' === r || 'step' === r) {
if ('step' === r) {
const e = g.g_NI().g_L$();
if (0 !== e) {
const g = 1 / e;
_ = Math.floor(_ * g) / g;
}
}
const e = t.g_MJ(),
a = n.g_MJ(),
s = t.g_Pr(),
d = n.g_Pr();
if (s === d) return s;
let i = g_aO.normalize(_, e, a);
const l = g_jF.g_jL(t.g_jL());
return g_aO.g_ez(s, d, l(i, 0, 1, 1));
}
}
}),
'use strict',
(g_aO.g_NH.g_PW = class {
constructor() {}
static g_P_(g, _, a, t) {
let n;
return (
'behavior' === t
? (n = _.g_QF(g))
: 'effect' === t
? (n = _[g])
: 'instance-variable' === t
? (n = _.g_QL(g))
: 'plugin' === t
? (n = _.g_QF(g))
: void 0,
!!n != !!a
);
}
static g_MQ(g, _, e, t) {
if (!e) {
let g = t.g_OR();
const _ = t.g_NG();
return (g = _.g_Qs(g)), g.g_Pr() ? 1 : 0;
}
return _.g_Pr() ? 1 : 0;
}
}),
'use strict';
{
const _ = [0, 0, 0],
a = [0, 0, 0];
g_aO.g_NH.g_PX = class {
constructor() {}
static g_P_(t, n, i, e) {
var r = Math.floor;
let g;
return (
'behavior' === e
? (g = n.g_QF(t))
: 'effect' === e
? (g = n[t])
: 'instance-variable' === e
? (g = n.g_QL(t))
: 'plugin' === e
? (g = n.g_QF(t))
: void 0,
Array.isArray(i)
? ((_[0] = i[0]), (_[1] = i[1]), (_[2] = i[2]))
: (g_Rl.g_hg(i),
(_[0] = r(255 * g_Rl.g_gP())),
(_[1] = r(255 * g_Rl.g_gQ())),
(_[2] = r(255 * g_Rl.g_gR()))),
Array.isArray(g)
? ((a[0] = g[0]), (a[1] = g[1]), (a[2] = g[2]))
: (g_Rl.g_hg(g),
(a[0] = r(255 * g_Rl.g_gP())),
(a[1] = r(255 * g_Rl.g_gQ())),
(a[2] = r(255 * g_Rl.g_gR()))),
_[0] !== a[0] || _[1] !== a[1] || _[2] !== a[2]
);
}
static g_MQ(E, a, c, t) {
if (!c) {
let g = t.g_OR();
const a = t.g_NG();
g = a.g_Qs(g);
const n = g.g_Pr();
return (_[0] = n[0]), (_[1] = n[1]), (_[2] = n[2]), _;
}
let d = t.g_Mb();
if (('default' === d && (d = 'continuous'), 'discrete' === d)) {
const g = a.g_Pr();
return (_[0] = g[0]), (_[1] = g[1]), (_[2] = g[2]), _;
}
if ('continuous' === d || 'step' === d) {
if ('step' === d) {
const g = t.g_NI().g_L$();
if (0 !== g) {
const _ = 1 / g;
E = Math.floor(E * _) / _;
}
}
const g = a.g_MJ(),
h = c.g_MJ(),
i = a.g_Pr(),
f = c.g_Pr(),
b = g_aO.normalize(E, g, h),
l = a.g_jL(),
m = i[0],
e = i[1],
n = i[2],
o = f[0],
p = f[1],
y = f[2],
r = g_jF.g_jL(l),
s = h - g,
B = s * b;
return (
(_[0] = m === o ? m : r(B, m, o - m, s)),
(_[1] = e === p ? e : r(B, e, p - e, s)),
(_[2] = n === y ? n : r(B, n, y - n, s)),
_
);
}
}
};
}
'use strict',
(g_aO.g_NH.g_PY = class {
constructor() {}
static g_P_(g, _, a, t) {
let n;
return (
'behavior' === t
? (n = _.g_QF(g))
: 'effect' === t
? (n = _[g])
: 'instance-variable' === t
? (n = _.g_QL(g))
: 'plugin' === t
? (n = _.g_QF(g))
: void 0,
n !== a
);
}
static g_MQ(g, _, e, t) {
if (!e) {
let g = t.g_OR();
const _ = t.g_NG();
return (g = _.g_Qs(g)), g.g_Pr();
}
return _.g_Pr();
}
}),
'use strict',
(g_aO.g_JL = class {
constructor() {
this.g_Rm = new Map();
}
g_ek() {
for (const g of this.g_Rm.values()) g.g_ek();
this.g_Rm.clear(), (this.g_Rm = null);
}
g_jB(g) {
const _ = new g_aO.g_Rn(g),
e = _.g_pY();
this.g_Rm.set(e, _);
}
g_bd(g) {
return this.g_Rm.get(g);
}
g_LP() {
return 0;
}
static g_Ro(g, _, a, t) {
if (_) for (const n of _) g_aO.g_JL.g_Rp('create', n, g, a, t);
}
static g_Rq(g, _, e, a) {
g.length
? _.forEach((_, e) => {
g[e].g_GI(_);
})
: _.forEach((_) => {
g_aO.g_JL.g_Rp('load', _, g, e, a);
});
}
static g_Rp(_, a, g, t, n) {
let e;
if ('function' == typeof t)
'load' === _ ? (e = new t(null, n)) : 'create' === _ ? (e = new t(a, n)) : void 0;
else if ('object' == typeof t) {
const i = t.prop,
r = a[i],
g = t.map.get(r);
'load' === _ ? (e = new g(null, n)) : 'create' === _ ? (e = new g(a, n)) : void 0;
}
switch (_) {
case 'load':
e.g_GI(a), g.push(e);
break;
case 'create':
if ('function' == typeof e.g_Oh && !e.g_Oh()) return e.g_ek();
g.push(e);
}
}
}),
'use strict',
(g_aO.g_Rn = class {
constructor(g) {
(this.g_en = ''),
(this.g_Rr = NaN),
(this.g_Rs = 0),
(this.g_Rt = 'default'),
(this.g_Ru = 'default'),
(this.g_Rv = !1),
(this.g_Rw = !1),
(this.g_Rx = 1),
(this.g_Nv = null),
g &&
((this.g_en = g[0]),
(this.g_Rr = g[1]),
(this.g_Rs = g[2]),
(this.g_Rt = g[3]),
(this.g_Ru = g[4]),
(this.g_Rv = !!g[6]),
(this.g_Rw = !!g[7]),
(this.g_Rx = g[8]),
(this.g_Nv = new g_aO.g_Ry(g[5], this)));
}
g_ek() {
this.g_Nv.g_ek(), (this.g_Nv = null);
}
g_Lu() {
return this.g_Nv || (this.g_Nv = new g_aO.g_Ry(null, this)), this.g_Nv;
}
g_pY() {
return this.g_en;
}
g_LX(g) {
this.g_en = g;
}
g_LZ() {
return this.g_Rr;
}
g_L_(g) {
this.g_Rr = g;
}
g_L$() {
return this.g_Rs;
}
g_Ma(g) {
this.g_Rs = g;
}
g_Mb() {
return this.g_Rt;
}
g_Mc(g) {
this.g_Rt = g;
}
g_Md() {
return this.g_Ru;
}
g_Me(g) {
this.g_Ru = g;
}
g_Mg() {
return this.g_Rv;
}
g_Mh() {
return this.g_Rw;
}
g_Mi() {
return this.g_Rx;
}
g_GG() {
return {
trackDataJson: this.g_Nv.g_GG(),
name: this.g_en,
totalTime: this.g_Rr,
step: this.g_Rs,
interpolationMode: this.g_Rt,
resultMode: this.g_Ru,
loop: this.g_Rv,
pingPong: this.g_Rw,
repeatCount: this.g_Rx
};
}
g_GI(g) {
g &&
(this.g_Lu().g_GI(g.trackDataJson),
(this.g_en = g.name),
(this.g_Rr = g.totalTime),
(this.g_Rs = g.step),
(this.g_Rt = g.interpolationMode),
(this.g_Ru = g.resultMode),
(this.g_Rv = g.loop),
(this.g_Rw = g.pingPong),
(this.g_Rx = g.repeatCount));
}
}),
'use strict';
{
const g = 0;
class _ {
constructor(_, e) {
(this.g_Nv = e),
(this.g_Rz = null),
(this.g_Nw = NaN),
(this.g_Nx = NaN),
(this.g_Rt = 'default'),
(this.g_Ru = 'default'),
(this.g_jc = !1),
(this.g_RA = null),
(this.g_OL = null),
(this.g_RB = ''),
_ &&
((this.g_Rz = _[g]),
(this.g_Nw = _[g][2]),
(this.g_Nx = _[g][1]),
(this.g_Rt = _[1]),
(this.g_Ru = _[2]),
(this.g_jc = !!_[3]),
_[6] && (this.g_RB = _[6]),
(this.g_RA = new g_aO.g_RC(_[4], this)),
(this.g_OL = new g_aO.g_RD(_[5], this)));
}
g_ek() {
(this.g_Nv = null),
this.g_RA && (this.g_RA.g_ek(), (this.g_RA = null)),
this.g_OL && (this.g_OL.g_ek(), (this.g_OL = null));
}
g_Lu() {
return this.g_Nv;
}
g_ND() {
return this.g_RA || (this.g_RA = new g_aO.g_RC(null, this)), this.g_RA;
}
g_NG() {
return this.g_OL || (this.g_OL = new g_aO.g_RD(null, this)), this.g_OL;
}
g_RE() {
return this.g_Rz;
}
g_NO() {
return this.g_Nx;
}
g_Oj(g) {
this.g_Nx = g;
}
g_NM() {
return this.g_Nw;
}
g_Og(g) {
this.g_Nw = g;
}
g_Mb() {
return this.g_Rt;
}
g_Mc(g) {
this.g_Rt = g;
}
g_Md() {
return this.g_Ru;
}
g_Me(g) {
this.g_Ru = g;
}
g_Oh() {
return this.g_jc;
}
g_Oi(g) {
this.g_jc = !!g;
}
g_LW() {
return this.g_RB;
}
g_GG() {
return {
keyframeDataJson: this.g_RA.g_GG(),
propertyTrackDataJson: this.g_OL.g_GG(),
instanceData: this.g_Rz,
instanceUid: this.g_Nw,
objectClassIndex: this.g_Nx,
interpolationMode: this.g_Rt,
resultMode: this.g_Ru,
enabled: this.g_jc,
id: this.g_RB
};
}
g_GI(g) {
g &&
((this.g_Rz = g.instanceData),
(this.g_Nw = g.instanceUid),
(this.g_Nx = g.objectClassIndex),
(this.g_Rt = g.interpolationMode),
(this.g_Ru = g.resultMode),
(this.g_jc = g.enabled),
(this.g_RB = g.id),
this.g_ND().g_GI(g.keyframeDataJson),
this.g_NG().g_GI(g.propertyTrackDataJson));
}
}
g_aO.g_Ry = class {
constructor(g, e) {
(this.g_RF = e),
(this.g_RG = []),
(this.g_RH = new Map()),
g_aO.g_JL.g_Ro(this.g_RG, g, _, this);
}
g_ek() {
this.g_RF = null;
for (const g of this.g_RG) g.g_ek();
g_aO.g_fz(this.g_RG), (this.g_RG = null), this.g_RH.clear(), (this.g_RH = null);
}
g_Nd() {
const g = new _(null, this);
return this.g_RG.push(g), g;
}
g_RI(g) {
return g.g_ND().g_NC()[0];
}
g_On(g) {
const _ = g.g_ND().g_NC();
return _[_.length - 1];
}
g_Ok(g, _) {
const e = this.g_RH.get(_);
if (!!e && e.has(g)) return e.get(g);
for (const a of _.g_ND().g_RJ())
if (a.g_MJ() === g) return e || this.g_RH.set(_, new Map()), this.g_RH.get(_).set(g, a), a;
}
g_RK(g, _) {
for (const e of _.g_ND().g_RJ()) if (e.g_MJ() > g) return e;
}
g_Om(g, _) {
for (const e of _.g_ND().g_RJ()) if (e.g_MJ() >= g) return e;
}
g_Ol(g, _) {
for (const e of _.g_ND().g_RL()) if (e.g_MJ() <= g) return e;
}
*g_Lt() {
for (const g of this.g_RG) yield g;
}
g_GG() {
return { trackDataItemsJson: this.g_RG.map((g) => g.g_GG()) };
}
g_GI(g) {
g && g_aO.g_JL.g_Rq(this.g_RG, g.trackDataItemsJson, _, this);
}
};
}
{
const g = 0;
class _ {
constructor(_, e) {
(this.g_OL = e),
(this.g_RM = ''),
(this.g_RN = null),
(this.g_Qj = null),
(this.g_kL = null),
(this.g_RO = NaN),
(this.g_RP = NaN),
(this.g_Rt = 'default'),
(this.g_Ru = 'default'),
(this.g_jc = !1),
(this.g_RQ = null),
_ &&
((this.g_RM = _[g][0]),
(this.g_RN = _[g].slice(1)),
(this.g_Qj = _[1]),
(this.g_kL = _[2]),
(this.g_RO = _[3]),
(this.g_RP = _[4]),
(this.g_Rt = _[5]),
(this.g_Ru = _[6]),
(this.g_jc = !!_[7]),
(this.g_RQ = new g_aO.g_RR(_[8], this)));
}
g_ek() {
this.g_RQ.g_ek(), (this.g_RQ = null), (this.g_OL = null), (this.g_RN = null);
}
g_NG() {
return this.g_OL;
}
g_OP() {
return this.g_RQ || (this.g_RQ = new g_aO.g_RR(null, this)), this.g_RQ;
}
g_NS() {
return this.g_RM;
}
g_OY(g) {
this.g_RM = g;
}
g_O_() {
return this.g_RN;
}
g_Pa(g) {
this.g_RN = g;
}
g_Pd() {
return this.g_Qj;
}
g_Pf(g) {
this.g_Qj = g;
}
g_tC() {
return this.g_kL;
}
g_Pi(g) {
this.g_kL = g;
}
g_Pl() {
return this.g_RO;
}
g_Pm(g) {
this.g_RO = g;
}
g_Pn() {
return this.g_RP;
}
g_Po(g) {
this.g_RP = g;
}
g_Mb() {
return this.g_Rt;
}
g_Mc(g) {
this.g_Rt = g;
}
g_Md() {
return this.g_Ru;
}
g_Me(g) {
this.g_Ru = g;
}
g_Oh() {
return this.g_jc;
}
g_Oi(g) {
this.g_jc = !!g;
}
g_GG() {
return {
propertyKeyframeDataJson: this.g_RQ.g_GG(),
sourceAdapterId: this.g_RM,
sourceAdapterArguments: this.g_RN,
property: this.g_Qj,
type: this.g_kL,
min: this.g_RO,
max: this.g_RP,
interpolationMode: this.g_Rt,
resultMode: this.g_Ru,
enabled: this.g_jc
};
}
g_GI(g) {
g &&
((this.g_RM = g.sourceAdapterId),
(this.g_RN = g.sourceAdapterArguments),
(this.g_Qj = g.property),
(this.g_kL = g.type),
(this.g_RO = g.min),
(this.g_RP = g.max),
(this.g_Rt = g.interpolationMode),
(this.g_Ru = g.resultMode),
(this.g_jc = g.enabled),
this.g_OP().g_GI(g.propertyKeyframeDataJson));
}
}
g_aO.g_RD = class {
constructor(g, e) {
(this.g_Nu = e),
(this.g_RS = []),
(this.g_RT = new Map()),
g_aO.g_JL.g_Ro(this.g_RS, g, _, this);
}
g_ek() {
this.g_Nu = null;
for (const g of this.g_RS) g.g_ek();
g_aO.g_fz(this.g_RS), (this.g_RS = null), this.g_RT.clear(), (this.g_RT = null);
}
g_Of() {
return this.g_Nu;
}
g_Ov() {
const g = new _(null, this);
return this.g_RS.push(g), g;
}
g_Pk(g) {
const _ = g.g_OP();
return _.g_OO()[0];
}
g_Qs(g) {
const _ = g.g_OP(),
e = _.g_OO();
return e[e.length - 1];
}
g_Pt(g, _) {
const a = this.g_RT.get(_);
if (!!a && a.has(g)) return a.get(g);
const t = _.g_OP();
for (const n of t.g_RU())
if (n.g_MJ() === g) return a || this.g_RT.set(_, new Map()), this.g_RT.get(_).set(g, n), n;
}
g_Pu(g, _) {
const e = _.g_OP();
for (const a of e.g_RU()) if (a.g_MJ() > g) return a;
}
g_Pw(g, _) {
const e = _.g_OP();
for (const a of e.g_RU()) if (a.g_MJ() >= g) return a;
}
g_Pv(g, _) {
const e = _.g_OP();
for (const a of e.g_RV()) if (a.g_MJ() <= g) return a;
}
*g_NF() {
for (const g of this.g_RS) yield g;
}
g_GG() {
return { propertyTrackDataItemsJson: this.g_RS.map((g) => g.g_GG()) };
}
g_GI(g) {
g && g_aO.g_JL.g_Rq(this.g_RS, g.propertyTrackDataItemsJson, _, this);
}
};
}
{
class g {
constructor(g, _) {
if (
((this.g_RA = _),
(this.g_RW = -1),
(this.g_RX = 'noease'),
(this.g_RY = !1),
(this.g_LM = null),
(this.g_RZ = null),
!!g)
) {
(this.g_RW = g[0]), (this.g_RX = g[1]), (this.g_RY = !!g[2]);
const _ = g[3];
(this.g_LM = _ ? _.split(' ') : []),
(this.g_RZ = new Set(this.g_LM.map((g) => g.toLowerCase())));
}
}
g_ek() {
(this.g_RA = null),
g_aO.g_fz(this.g_LM),
(this.g_LM = null),
this.g_RZ.clear(),
(this.g_RZ = null);
}
g_ND() {
return this.g_RA;
}
g_MJ() {
return this.g_RW;
}
g_MM(g) {
this.g_RW = g;
}
g_jL() {
return this.g_RX;
}
g_Mf(g) {
this.g_RX = g;
}
g_Oh() {
return this.g_RY;
}
g_Oi(g) {
this.g_RY = !!g;
}
g_Mq() {
return this.g_LM;
}
g_Mo(g) {
(this.g_LM = g ? g.split(' ') : []),
(this.g_RZ = new Set(this.g_LM.map((g) => g.toLowerCase())));
}
g_R_() {
return this.g_RZ;
}
g_Nq(g) {
return this.g_RZ.has(g.toLowerCase());
}
g_GG() {
return { time: this.g_RW, ease: this.g_RX, enable: this.g_RY, tags: this.g_LM };
}
g_GI(g) {
g &&
((this.g_RW = g.time),
(this.g_RX = g.ease),
(this.g_RY = g.enable),
(this.g_LM = g.tags),
(this.g_RZ = new Set(this.g_LM.map((g) => g.toLowerCase()))));
}
}
g_aO.g_RC = class {
constructor(_, e) {
(this.g_Nu = e), (this.g_NB = []), g_aO.g_JL.g_Ro(this.g_NB, _, g, this);
}
g_ek() {
this.g_Nu = null;
for (const g of this.g_NB) g.g_ek();
g_aO.g_fz(this.g_NB), (this.g_NB = null);
}
g_Of() {
return this.g_Nu;
}
g_R$() {
return this.g_NB.length;
}
g_NC() {
return this.g_NB;
}
g_Ot() {
const _ = new g(null, this);
return this.g_NB.push(_), _;
}
g_Ox(g) {
for (const _ of this.g_NB) {
if (!g(_)) continue;
const e = this.g_NB.indexOf(_);
-1 === e || (_.g_ek(), this.g_NB.splice(e, 1));
}
this.g_Sa();
}
g_Sa() {
this.g_NB.sort((g, _) => g.g_MJ() - _.g_MJ());
}
g_OH(g) {
return this.g_NB.indexOf(g);
}
g_OI(g) {
return this.g_NB[g];
}
*g_RJ() {
for (const g of this.g_NB) yield g;
}
*g_RL() {
for (let g = this.g_NB.length - 1; 0 <= g; g--) yield this.g_NB[g];
}
g_GG() {
return { keyframeDataItemsJson: this.g_NB.map((g) => g.g_GG()) };
}
g_GI(_) {
_ && g_aO.g_JL.g_Rq(this.g_NB, _.keyframeDataItemsJson, g, this);
}
};
}
{
const g = 0;
class _ {
constructor(_, e) {
(this.g_RQ = e),
(this.g_Qi = null),
(this.g_Sb = null),
(this.g_kL = ''),
(this.g_RW = NaN),
(this.g_RX = 'noease'),
(this.g_RY = !1),
(this.g_Sc = null),
_ &&
((this.g_Qi = _[g][0]),
(this.g_Sb = _[g][1]),
(this.g_kL = _[g][2]),
(this.g_RW = _[1]),
(this.g_RX = _[2]),
(this.g_RY = !!_[3]),
(this.g_Sc = null),
!!_[4] && (this.g_Sc = new g_aO.g_Sd(_[4], this)));
}
g_ek() {
(this.g_RQ = null), this.g_Sc && (this.g_Sc.g_ek(), (this.g_Sc = null));
}
g_Se() {
return this.g_Sc;
}
g_Pc() {
return this.g_Qi;
}
g_PF(g) {
'color' === this.g_kL && g_aO.g_cF(g)
? ((this.g_Qi[0] = g_aO.g_eN(g)),
(this.g_Qi[1] = g_aO.g_eO(g)),
(this.g_Qi[2] = g_aO.g_eP(g)))
: (this.g_Qi = g);
}
g_Qt() {
return this.g_Sb;
}
g_PC(g) {
'color' === this.g_kL && g_aO.g_cF(g)
? ((this.g_Sb[0] = g_aO.g_eN(g)),
(this.g_Sb[1] = g_aO.g_eO(g)),
(this.g_Sb[2] = g_aO.g_eP(g)))
: (this.g_Sb = g);
}
g_Pr() {
const g = this.g_RQ.g_OR().g_Md();
return 'relative' === g ? this.g_Pc() : 'absolute' === g ? this.g_Qt() : void 0;
}
g_tC() {
return this.g_kL;
}
g_Pi(g) {
this.g_kL = g;
}
g_MJ() {
return this.g_RW;
}
g_MM(g) {
this.g_RW = g;
}
g_jL() {
return this.g_RX;
}
g_Mf(g) {
this.g_RX = g;
}
g_Oh() {
return this.g_RY;
}
g_Oi(g) {
this.g_RY = !!g;
}
g_Rg(g) {
if (this.g_Se()) for (const _ of this.g_Se().g_Sf()) if (_.g_LW() === g) return _;
}
g_GG() {
const g = this.g_Sc;
return {
addonDataJson: g ? g.g_GG() : g,
value: this.g_Qi,
aValue: this.g_Sb,
type: this.g_kL,
time: this.g_RW,
ease: this.g_RX,
enable: this.g_RY
};
}
g_GI(g) {
g &&
(g.addonDataJson && this.g_Sc.g_Sg(g.addonDataJson),
(this.g_Qi = g.value),
(this.g_Sb = g.aValue),
(this.g_kL = g.type),
(this.g_RW = g.time),
(this.g_RX = g.ease),
(this.g_RY = g.enable));
}
}
g_aO.g_RR = class {
constructor(g, e) {
(this.g_OK = e), (this.g_ON = []), g_aO.g_JL.g_Ro(this.g_ON, g, _, this);
}
g_ek() {
this.g_OK = null;
for (const g of this.g_ON) g.g_ek();
g_aO.g_fz(this.g_ON), (this.g_ON = null);
}
g_PA() {
const g = new _(null, this);
return this.g_ON.push(g), g;
}
g_PB(g) {
for (const _ of this.g_ON) {
if (!g(_)) continue;
const e = this.g_ON.indexOf(_);
-1 === e || (_.g_ek(), this.g_ON.splice(e, 1));
}
this.g_Sh();
}
g_Sh() {
this.g_ON.sort((g, _) => g.g_MJ() - _.g_MJ());
}
g_OR() {
return this.g_OK;
}
g_Si() {
this.g_ON.length;
}
g_OO() {
return this.g_ON;
}
*g_RU() {
for (const g of this.g_ON) yield g;
}
*g_RV() {
for (let g = this.g_ON.length - 1; 0 <= g; g--) yield this.g_ON[g];
}
g_GG() {
return { propertyKeyframeDataItemsJson: this.g_ON.map((g) => g.g_GG()) };
}
g_GI(g) {
g && g_aO.g_JL.g_Rq(this.g_ON, g.propertyKeyframeDataItemsJson, _, this);
}
};
}
{
class g {
constructor(g, _) {
(this.g_Sc = _), (this.g_RB = g[0]), (this._data = g[1]);
}
g_ek() {
(this.g_Sc = null), (this._data = null);
}
g_Se() {
return this.g_Sc;
}
g_LW() {
return this.g_RB;
}
g_GG() {
return { id: this.g_RB, data: this._data };
}
g_GI(g) {
g && ((this.g_RB = g.id), (this._data = g.data));
}
}
class _ extends g {
constructor(g, _) {
super(g, _),
(this.g_Sj = this._data[0]),
(this.g_Sk = !!this._data[1]),
(this.g_Sl = this._data[2]),
(this.g_Sm = !!this._data[3]);
}
g_ek() {
super.g_ek();
}
g_Rj() {
return this.g_Sj;
}
g_Rh() {
return this.g_Sk;
}
g_Rk() {
return this.g_Sl;
}
g_Ri() {
return this.g_Sm;
}
g_GG() {
return Object.assign(super.g_GG(), {
startAnchor: this.g_Sj,
startEnable: !!this.g_Sk,
endAnchor: this.g_Sl,
endEnable: !!this.g_Sm
});
}
g_GI(g) {
g &&
(super.g_GI(g),
(this.g_Sj = g.startAnchor),
(this.g_Sk = !!g.startEnable),
(this.g_Sl = g.endAnchor),
(this.g_Sm = !!g.endEnable));
}
}
g_aO.g_Sd = class {
constructor(g, e) {
(this.g_Sn = e),
(this.g_So = []),
g_aO.g_JL.g_Ro(this.g_So, g, { prop: 0, map: new Map([['cubic-bezier', _]]) }, this);
}
g_ek() {
this.g_Sn = null;
for (const g of this.g_So) g.g_ek();
g_aO.g_fz(this.g_So), (this.g_So = null);
}
g_Sp() {
return this.g_Sn;
}
*g_Sf() {
for (const g of this.g_So) yield g;
}
g_GG() {
return { addonDataItemsJson: this.g_So.map((g) => g.g_GG()) };
}
g_GI(g) {
g &&
g_aO.g_JL.g_Rq(
this.g_So,
g.addonDataItemsJson,
{ prop: 'id', map: new Map([['cubic-bezier', _]]) },
this
);
}
};
}
{
let g = 0;
g_aO.Tween = class extends g_aO.g_Kj {
constructor(_, e) {
super(`tween-${g++}`, _, e),
(this.g_RB = ''),
(this.g_Sq = !1),
(this.g_Sr = 'start-value'),
(this.g_Ss = null),
(this.g_St = null);
}
g_Nj() {
const g = this.g_LU();
if (g && g.length) {
const _ = g[0];
if (_) {
const g = _.g_Nj();
return _.g_NK() ? g : null;
}
}
}
g_Su(g) {
this.g_St || (this.g_St = []), this.g_St.push(g);
}
g_Sv(g) {
this.g_Ss || (this.g_Ss = []), this.g_Ss.push(g);
}
g_Sw(g) {
if (this.g_St) {
const _ = this.g_St.indexOf(g);
-1 !== _ && this.g_St.splice(_, 1);
}
}
g_Sx(g) {
if (this.g_Ss) {
const _ = this.g_Ss.indexOf(g);
-1 !== _ && this.g_Ss.splice(_, 1);
}
}
g_Sy(g, _) {
for (const e of this.g_Ls)
for (const a of e.g_NE) {
if (a.g_Nn() !== _) continue;
const t = a.g_NG(),
n = a.g_OR(),
e = t.g_Pk(n);
e.g_PF(g), e.g_PC(g);
}
}
g_Sz(g) {
for (const _ of this.g_Ls) for (const e of _.g_NE) if (e.g_Nn() === g) return e;
}
g_SA(g, _) {
for (const e of _) {
const g = this.g_Sz(e);
this.g_Sy(g.g_Ps(), e);
}
this.g_Ml()
? (this.g_L_(this.g_LZ() - this.g_MJ()), this.g_MN(0))
: (this.g_L_(this.g_MJ()), this.g_MN(this.g_LZ())),
this.g_MO();
}
g_SB(g, _) {
const a = this.g_Sz(_),
t = a.g_NG(),
n = a.g_OR(),
e = t.g_Qs(n);
e.g_MM(this.g_LZ()), e.g_PF(g), e.g_PC(g);
}
g_SC(g) {
this.g_RB = g;
}
g_LW() {
return this.g_RB;
}
g_SD(g) {
this.g_Sr = g;
}
g_SE() {
return this.g_Sr;
}
g_SF(g) {
this.g_Sq = g;
}
g_SG() {
return this.g_Sq;
}
g_Mt() {
if (this.g_St) for (const g of this.g_St) g(this);
if (!this.g_Lb()) for (const g of this.g_Ls) g.g_OB();
}
g_MA() {
this.g_LI = this.g_Be.g_MB();
}
g_Ld() {
if (!this.g_LL && ((this.g_LL = !0), this.g_Ss)) for (const g of this.g_Ss) g(this);
}
g_MM(g) {
this.g_SH(), super.g_MM(g);
}
g_KV(g) {
if (!this.g_Lc() && 'current-state' === this.g_SE()) for (const g of this.g_Ls) g.g_OA();
super.g_KV(g);
}
g_Kg(g = !1) {
if ((super.g_Kg(g), !this.g_Lb())) for (const g of this.g_Ls) g.g_Oz();
}
g_lC() {
this.g_SH(), super.g_lC();
}
g_SH() {
for (const g of this.g_Ls) {
const _ = (g) => {
const _ = g.g_MJ(),
e = this.g_LZ();
return 0 !== _ && _ !== e;
};
g.g_Ow(_), g.g_Oy(_);
}
}
g_Oo() {}
g_KZ() {
const g = this.g_Nj(),
_ = this.g_BI().g_KW(g);
super.g_KZ(_, 1);
}
g_GG() {
const g = super.g_GG(),
_ = this.g_LY();
return Object.assign(g, {
tweenDataItemJson: _.g_GG(),
id: this.g_RB,
destroyInstanceOnComplete: this.g_Sq,
initialValueMode: this.g_Sr
});
}
g_GI(g) {
if (g) {
const _ = this.g_LY();
_.g_GI(g.tweenDataItemJson),
super.g_GI(g),
(this.g_RB = g.id),
(this.g_Sq = g.destroyInstanceOnComplete),
(this.g_Sr = g.initialValueMode);
}
}
static g_Mm(g) {
return g.g_Mm();
}
static g_SI(_) {
const a = _.runtime.g_LT(),
t = new g_aO.g_Rn();
if (_.json) {
t.g_GI(_.json.tweenDataItemJson);
const g = new g_aO.Tween(t, a);
return g.g_GI(_.json), g;
} else {
const n = new g_aO.Tween(t, a);
g_aO.g_db(_.g_SJ) || (_.g_SJ = [_.g_SJ]),
n.g_SC(_.id),
n.g_Mo(_.tags),
n.g_SD(_.g_SK),
n.g_SF(_.g_SL),
n.g_L_(_.time),
n.g_Ma(0),
n.g_Mc('default'),
n.g_Me(_.g_SJ[0].g_SM);
const i = n.g_Nc();
i.g_Og(_.g_Ke.g_Ei()),
i.g_Mc('default'),
i.g_Me(_.g_SJ[0].g_SM),
i.g_Oi(!0),
i.g_Oj(_.g_Ke.g_EA().g_EM());
const e = i.g_Os();
e.g_MM(0), e.g_Mf('noease'), e.g_Oi(!0), e.g_Mo('');
const r = i.g_Os();
r.g_MM(_.time), r.g_Mf('noease'), r.g_Oi(!0), r.g_Mo('');
for (const g of _.g_SJ) {
const e = i.g_Ou();
e.g_OY(g.g_SN),
e.g_O$(g.g_SO),
e.g_Pe(g.g_Ob),
e.g_Ph(g.type),
e.g_Pm(NaN),
e.g_Po(NaN),
e.g_Mc('default'),
e.g_Me(g.g_SM),
e.g_Oi(!0);
const a = e.g_Pz();
a.g_Pi(g.valueType),
a.g_MM(0),
a.g_Mf(g.g_SP),
a.g_Oi(!0),
a.g_PF(g.g_SQ),
a.g_PC(g.g_SQ);
const t = e.g_Pz();
t.g_Pi(g.valueType),
t.g_MM(_.time),
t.g_Mf(g.g_SP),
t.g_Oi(!0),
t.g_PF(g.g_SR),
t.g_PC(g.g_SR);
}
return n;
}
}
};
}
'use strict',
(g_aO.g_SS = class extends g_aO.g_eh {
constructor(g) {
super(), (this.g_en = g[0]), (this.g_ST = []);
for (const _ of g[1]) {
const g = g_aO.g_SU.g_sf(this, _);
this.g_ST.push(g);
}
(this.g_SV = new Map()),
(this.g_SW = new Map()),
this.g_SX(),
g_jF.g_kw(this.g_en, (g, _, e, a) => this.g_MQ(g, _, e, a));
}
static g_sf(g) {
return g_aO.g_ej(g_aO.g_SS, g);
}
g_ek() {
for (const g of this.g_ST) g.g_ek();
g_aO.g_fz(this.g_ST),
(this.g_ST = null),
this.g_SV.clear(),
(this.g_SV = null),
this.g_SW.clear(),
(this.g_SW = null);
}
g_SY(g) {
const _ = this.g_SW.get(g);
if (_) return _;
for (const _ of this.g_ST) if (_.g_SZ() === g) return this.g_SW.set(g, _), _;
}
g_S_(g) {
for (const _ of this.g_ST) if (_.g_SZ() > g) return _;
}
g_S$(g) {
for (const _ of this.g_ST) if (_.g_SZ() >= g) return _;
}
g_Ta(g) {
for (let _ = this.g_ST.length - 1; 0 <= _; _--) {
const e = this.g_ST[_];
if (e.g_SZ() <= g) return e;
}
}
g_MQ(_, a, t, s) {
const d = _ / s;
let e = this.g_SY(d),
u = null;
e ? (u = this.g_S_(d)) : ((e = this.g_Ta(d)), (u = this.g_S$(d)));
const c = u.g_SZ() - e.g_SZ(),
h = g_aO.g_eo(d, e.g_SZ(), u.g_SZ(), 0, c),
i = e.g_SZ(),
E = e.g_Tb(),
b = e.g_SZ() + e.g_Tc(),
l = e.g_Tb() + e.g_Td(),
m = u.g_SZ() + u.g_Te(),
n = u.g_Tb() + u.g_Tf(),
o = u.g_SZ(),
p = u.g_Tb();
let y = g_jF.g_jL('spline')(h, i, E, b, l, m, n, o, p, this.g_SV.get(e));
return (y += e.g_Tb()), (1 - y) * a + y * (a + t);
}
g_SX() {
this.g_SV.clear();
for (let _ = 0; _ < this.g_ST.length - 1; _++) {
const a = this.g_ST[_];
if (!a.g_Rh()) continue;
const t = a,
n = this.g_ST[_ + 1],
i = t.g_SZ(),
e = t.g_SZ() + t.g_Tc(),
r = n.g_SZ() + n.g_Te(),
g = n.g_SZ();
this.g_SV.set(t, g_jF.g_ky(i, e, r, g));
}
}
}),
'use strict',
(g_aO.g_SU = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_Tg = g),
(this.g_Th = _[0]),
(this.g_Ti = _[1]),
(this.g_Tj = _[2]),
(this.g_Tk = _[3]),
(this.g_Tl = _[4]),
(this.g_Tm = _[5]),
(this.g_Sk = _[6]),
(this.g_Sm = _[7]);
}
g_ek() {
this.g_Tg = null;
}
static g_sf(g, _) {
return g_aO.g_ej(g_aO.g_SU, g, _);
}
g_SZ() {
return this.g_Th;
}
g_Tb() {
return this.g_Ti;
}
g_Tc() {
return this.g_Tj;
}
g_Td() {
return this.g_Tk;
}
g_Te() {
return this.g_Tl;
}
g_Tf() {
return this.g_Tm;
}
g_Rh() {
return this.g_Sk;
}
g_Ri() {
return this.g_Sm;
}
}),
'use strict',
(g_aO.g_Tn = class extends g_aO.g_eh {
constructor(g) {
super(), (this.g_Be = g), (this.g_To = []);
}
g_ek() {
for (const g of this.g_To) g.g_ek();
g_aO.g_fz(this.g_To), (this.g_To = null);
}
g_sf(g) {
this.g_To.push(g_aO.g_SS.g_sf(g));
}
}),
'use strict',
(g_aO.g_Tp = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Tq = g),
(this.g_Tr = []),
this.g_Tr.push(g_aO.g_ej(g_aO.g_Ts, this)),
(this.g_Dr = 0),
(this.g_Tt = this.g_Tr[0]);
}
g_ek() {
for (const g of this.g_Tr) g.g_ek();
g_aO.g_fz(this.g_Tr), (this.g_Tt = null), (this.g_Tq = null);
}
g_EA() {
return this.g_Tq;
}
g_Tu() {
return this.g_Tt;
}
g_js() {
this.g_Tu().g_js();
}
g_Tv() {
const g = this.g_Tr,
_ = ++this.g_Dr;
if (_ === g.length) {
const _ = g_aO.g_ej(g_aO.g_Ts, this);
g.push(_), (this.g_Tt = _);
} else {
const e = g[_];
e.g_lC(), (this.g_Tt = e);
}
}
g_Tw() {
const g = this.g_Tr,
_ = ++this.g_Dr;
_ === g.length && g.push(g_aO.g_ej(g_aO.g_Ts, this));
const e = g[_];
e.g_Tx(g[_ - 1]), (this.g_Tt = e);
}
g_Ty() {
this.g_Tt = this.g_Tr[--this.g_Dr];
}
g_Tz(g) {
const _ = this.g_Tr;
for (let e = 0, a = _.length; e < a; ++e) _[e].g_Tz(g);
}
}),
'use strict',
(g_aO.g_Ts = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Tr = g),
(this.g_Tq = this.g_Tr.g_EA()),
(this.g_TA = this.g_Tq.g_BI().g_TB()),
(this.g_TC = !0),
(this.g_CX = []),
(this.g_TD = []);
}
g_ek() {
this.g_TE(), (this.g_Tr = null), (this.g_Tq = null), (this.g_TA = null);
}
g_TE() {
g_aO.g_fz(this.g_CX), g_aO.g_fz(this.g_TD);
}
g_EA() {
return this.g_Tq;
}
g_TF() {
return this.g_TC;
}
g_TG() {
return this.g_TC ? !!this.g_Tq.g_EK() : !!this.g_CX.length;
}
g_H$() {
return this.g_TC ? this.g_Tq.g_H$() : this.g_CX;
}
g_TH() {
return !!this.g_TD.length;
}
g_TI() {
return this.g_TD;
}
g_TJ() {
const g = this.g_H$();
return g.length ? g : this.g_TD;
}
g_lC() {
(this.g_TC = !0), g_aO.g_fz(this.g_TD);
}
g_js() {
this.g_TC = !0;
}
g_Tx(g) {
g.g_TF()
? this.g_lC()
: ((this.g_TC = !1), g_aO.g_fD(this.g_CX, g.g_CX), g_aO.g_fz(this.g_TD));
}
g_TK(g) {
this.g_CX.push(g);
}
g_TL(g) {
this.g_TD.push(g);
}
g_TM(g) {
this.g_TC = !!g;
}
g_TN() {
return this.g_CX;
}
g_TO() {
return this.g_TD;
}
g_TP(g) {
(this.g_TC = !1), g_aO.g_fz(this.g_CX), this.g_CX.push(g);
}
g_TQ(g) {
(this.g_TC = !1), g_aO.g_fD(this.g_CX, g);
}
g_TR(g) {
if (g)
if (this.g_TA.g_TU().g_TT().g_TS()) {
this.g_TF() &&
(g_aO.g_fz(this.g_CX), g_aO.g_fD(this.g_TD, g.g_EA().g_H$()), (this.g_TC = !1));
const _ = this.g_TD.indexOf(g);
-1 !== _ && (this.g_CX.push(this.g_TD[_]), this.g_TD.splice(_, 1));
} else this.g_TP(g);
}
g_Tz(g) {
g_aO.g_fI(this.g_CX, g), g_aO.g_fI(this.g_TD, g);
}
}),
'use strict',
(g_aO.g_TV = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_TW = g),
(this.g_Be = this.g_TW.g_BI()),
(this.g_Tr = []),
this.g_Tr.push(g_aO.g_ej(g_aO.g_TX, this, null)),
(this.g_Dr = 0),
(this.g_TY = []);
}
g_ek() {
for (const g of this.g_Tr) g.g_ek();
g_aO.g_fz(this.g_Tr), g_aO.g_fz(this.g_TY), (this.g_TW = null), (this.g_Be = null);
}
g_ED() {
return this.g_TW;
}
g_BI() {
return this.g_Be;
}
g_TU() {
return this.g_Tr[this.g_Dr];
}
g_TZ(g) {
const _ = this.g_Tr,
e = ++this.g_Dr;
if (e === _.length) {
const e = g_aO.g_ej(g_aO.g_TX, this, g);
return _.push(e), e;
} else {
const a = _[e];
return a.g_lC(g), a;
}
}
g_Ty() {
--this.g_Dr;
}
g_T_(g) {
this.g_TY.push(g);
}
g_T$() {
this.g_TY.pop();
}
g_Ua() {
const g = this.g_TY;
return 0 === g.length ? null : g[g.length - 1];
}
}),
'use strict',
(g_aO.g_TX = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_Tr = g),
(this.g_Be = this.g_Tr.g_BI()),
(this.g_Ub = _),
(this.g_Uc = 0),
(this.g_Ud = 0),
(this.g_Ue = !1),
(this.g_Uf = !1),
(this.g_Ug = null),
(this.g_Uh = 0),
(this.g_Ui = 0);
}
g_ek() {
this.g_lC(null), (this.g_Tr = null), (this.g_Be = null);
}
g_lC(g) {
(this.g_Ub = g), (this.g_Uc = 0), (this.g_Ud = 0), (this.g_Ue = !1), (this.g_Uf = !1);
}
g_Uj(g, _) {
(this.g_Ub = g), (this.g_Uc = 0), (this.g_Ud = _);
}
g_Uk() {
(this.g_Uc = 0), (this.g_Ud = 0);
}
g_TT() {
return this.g_Ub;
}
g_Ul(g) {
this.g_Ub = g;
}
g_Um() {
return this.g_Uc;
}
g_Un(g) {
this.g_Uc = g;
}
g_Uo() {
return this.g_Ud;
}
g_Up(g) {
this.g_Ud = g;
}
g_Uq(g) {
this.g_Ue = !!g;
}
g_Ur() {
return this.g_Ue;
}
g_Us(g) {
this.g_Uf = !!g;
}
g_Ut() {
return this.g_Uf;
}
g_Uu(g) {
this.g_Ug = g;
}
g_Uv() {
return this.g_Ug;
}
g_Uw(g, _) {
(this.g_Uh = g), (this.g_Ui = _);
}
g_Ux() {
return this.g_Uh;
}
g_Uy(g) {
this.g_Ui = g;
}
g_Uz() {
return this.g_Ui;
}
g_UA() {
const g = this.g_Ub;
return !!g.g_UB() || (!!(this.g_Uc < g.g_UC() - 1) && !!g.g_UD().length);
}
}),
'use strict',
(g_aO.g_UE = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_TW = g),
(this.g_Be = this.g_TW.g_BI()),
(this.g_Tr = []),
(this.g_Dr = -1),
(this.g_Tt = null),
(this.g_UF = []);
}
g_ek() {
g_aO.g_fz(this.g_Tr), (this.g_TW = null), (this.g_Be = null);
}
g_UG(g) {
this.g_UF = g;
const _ = this.g_UF.slice(0);
this.g_Tr.push(_), (this.g_Dr = 0), (this.g_Tt = _);
}
g_ED() {
return this.g_TW;
}
g_BI() {
return this.g_Be;
}
g_UH() {
return this.g_Tt;
}
g_TZ() {
const g = ++this.g_Dr,
_ = this.g_Tr;
g === _.length ? _.push(this.g_UF.slice(0)) : g_aO.g_fD(_[g], this.g_UF), (this.g_Tt = _[g]);
}
g_Ty() {
this.g_Tt = this.g_Tr[--this.g_Dr];
}
}),
'use strict',
(g_aO.g_UI = class extends g_aO.g_eh {
constructor(g) {
super(), (this.g_TW = g), (this.g_Be = this.g_TW.g_BI()), (this.g_Tr = []), (this.g_Dr = -1);
}
g_ek() {
g_aO.g_fz(this.g_Tr), (this.g_TW = null), (this.g_Be = null);
}
g_ED() {
return this.g_TW;
}
g_BI() {
return this.g_Be;
}
g_UJ() {
return 0 <= this.g_Dr;
}
g_UH() {
return this.g_Tr[this.g_Dr];
}
g_TZ() {
if ((++this.g_Dr, this.g_Dr === this.g_Tr.length)) {
const g = g_aO.g_ej(g_aO.g_UK, this);
return this.g_Tr.push(g), g;
} else {
const g = this.g_Tr[this.g_Dr];
return g.g_lC(), g;
}
}
g_Ty() {
--this.g_Dr;
}
g_UL(g) {
const _ = this.g_Tr;
for (let e = this.g_Dr; 0 <= e; --e) {
const a = _[e];
if (a.g_pY() === g) return a;
}
return null;
}
g_UM() {
return this.g_Tr.slice(0, this.g_Dr + 1);
}
}),
'use strict',
(g_aO.g_UK = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_UN = g),
(this.g_en = ''),
(this.g_Dr = 0),
(this.g_UO = !1),
(this.g_UP = NaN);
}
g_lC() {
(this.g_en = ''), (this.g_Dr = 0), (this.g_UO = !1), (this.g_UP = NaN);
}
g_LX(g) {
this.g_en = g;
}
g_pY() {
return this.g_en;
}
g_UQ(g) {
this.g_Dr = g;
}
g_EM() {
return this.g_Dr;
}
g_Kg() {
this.g_UO = !0;
}
g_UR() {
return this.g_UO;
}
g_US(g) {
this.g_UP = g;
}
g_UT() {
return this.g_UP;
}
}),
'use strict',
(g_aO.g_UU = class extends g_aO.g_eh {
constructor() {
super(), (this.g_Tr = []), (this.g_Dr = -1);
}
g_ek() {
g_aO.g_fz(this.g_Tr);
}
g_UH() {
return this.g_Tr[this.g_Dr];
}
g_TZ() {
if ((++this.g_Dr, this.g_Dr === this.g_Tr.length)) {
const g = [];
return this.g_Tr.push(g), g;
}
return this.g_Tr[this.g_Dr];
}
g_Ty() {
--this.g_Dr;
}
}),
'use strict';
{
function g(g, _) {
return g.g_EM() - _.g_EM();
}
function _(g, _) {
for (let e = 0, a = g.length; e < a; ++e) if (g[e] !== _[e]) return !1;
return !0;
}
g_aO.g_UV = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g),
(this.g_UW = []),
(this.g_UX = new Map()),
(this.g_UY = []),
(this.g_UZ = new Map()),
(this.g_U_ = new Map()),
(this.g_U$ = new Map()),
(this.g_Va = new Map()),
(this.g_Vb = new Map()),
(this.g_Vc = new Map()),
(this.g_Vd = 0),
(this.g_Ve = []),
(this.g_Vf = []),
(this.g_Vg = []),
(this.g_Vh = new Map()),
(this.g_TA = g_aO.g_ej(g_aO.g_TV, this)),
(this.g_Vi = g_aO.g_ej(g_aO.g_UE, this)),
(this.g_UN = g_aO.g_ej(g_aO.g_UI, this)),
(this.g_Vj = []),
(this.g_Vk = []),
(this.g_Vl = []),
(this.g_Vm = 0),
(this.g_Vn = 0),
(this.g_Vo = 0),
(this.g_Vp = []),
(this.g_Vq = []),
(self.c3_callFunction = (g, _) => this.g_Vr(g, _));
}
g_ek() {
this.g_Io(),
this.g_TA.g_ek(),
(this.g_TA = null),
this.g_Vi.g_ek(),
(this.g_Vi = null),
g_aO.g_fz(this.g_Vk),
g_aO.g_fz(this.g_Vl),
(this.g_Be = null),
g_aO.g_fz(this.g_UW),
this.g_UX.clear();
}
g_sf(g) {
const _ = g_aO.g_ej(g_aO.g_Vs, this, g);
this.g_UW.push(_), this.g_UX.set(_.g_pY().toLowerCase(), _);
}
g_Vt(g) {
this.g_Vj.push(g);
}
g_Vu() {
for (const g of this.g_Vh.values()) g.g_Vu(!1);
for (const g of this.g_UW) g.g_Vu();
for (const g of this.g_UW) g.g_HI();
for (const g of this.g_Vj) g.g_Vu(!1);
g_aO.g_fz(this.g_Vj), this.g_Vi.g_UG(this.g_Vg);
}
g_BI() {
return this.g_Be;
}
g_HH(g) {
return this.g_UX.get(g.toLowerCase()) || null;
}
g_Vv(g) {
this.g_UY.push(g), this.g_UZ.set(g.g_Vw(), g);
}
g_Vx(g) {
this.g_U_.set(g.g_EN(), g);
}
g_Vy(g) {
this.g_U$.set(g.g_EN(), g);
}
g_Vz(g) {
this.g_Va.set(g.g_EN(), g);
}
g_VA(g) {
this.g_Vh.set(g.g_VB().toLowerCase(), g);
}
g_VC(g) {
this.g_Vc.set(g.g_EN(), g), g.g_Eh() ? this.g_Ve.push(g) : this.g_Vf.push(g);
}
g_VD(t) {
2 <= t.length && t.sort(g);
let n = this.g_Vb.get(t.length);
n || ((n = []), this.g_Vb.set(t.length, n));
for (let g = 0, a = n.length; g < a; ++g) {
const a = n[g];
if (_(t, a)) return a;
}
return n.push(t), t;
}
g_VE(g) {
return this.g_Vg.push(g.g_VF()), this.g_Vd++;
}
g_TB() {
return this.g_TA;
}
g_VG() {
return this.g_TB().g_TU();
}
g_TT() {
return this.g_VG().g_TT();
}
g_VH() {
const g = this.g_VG(),
_ = g.g_TT();
return _.g_VI(g.g_Um());
}
g_VJ() {
const g = this.g_VG(),
_ = g.g_TT();
return _.g_VK(g.g_Uo());
}
g_VL() {
return this.g_Vi;
}
g_VM() {
return this.g_UN;
}
g_VN(g, _) {
for (_ = _.g_VO(); _; ) {
const e = _.g_VP(g);
if (e) return e;
_ = _.g_VO();
}
for (const e of this.g_Ve) if (g_aO.g_dB(g, e.g_pY())) return e;
return null;
}
g_VQ(g) {
const _ = [];
for (g = g.g_VO(); g; ) g_aO.g_ee(_, g.g_VR()), (g = g.g_VO());
return _;
}
g_VS(g) {
const _ = {};
for (const e of this.g_VQ(g)) _[e.g_VT()] = e.g_VU();
return Object.create(Object.prototype, _);
}
g_VV(g) {
return this.g_Vc.get(g) || null;
}
g_VW(g) {
return this.g_U_.get(g) || null;
}
g_VX(g) {
return this.g_U$.get(g) || null;
}
g_VY(g) {
return this.g_Va.get(g) || null;
}
g_VZ(g) {
return this.g_Vh.get(g.toLowerCase()) || null;
}
g_V_() {
return this.g_Ve;
}
g_V$() {
return this.g_Vf;
}
g_Wa() {
for (const g of this.g_Ve) g.g_Wb();
}
g_Wc(g) {
return this.g_UZ.get(g.toLowerCase()) || null;
}
g_Wd(g) {
const _ = this.g_U_.get(g);
return _ && _.g_We() ? _ : null;
}
g_Wf() {
return this.g_UY;
}
g_Wg() {
for (const g of this.g_UY) g.g_Wh();
}
g_Wi() {
for (const g of this.g_UW) g.g_Wj();
}
g_Wk(g) {
this.g_Wi(), this.g_Vm++;
for (const _ of g.g_IY()) {
const g = _.g_Hl();
g && (this.g_Be.g_Wl(_), g.g_vz(), this.g_Be.g_Wm());
}
this.g_Vm--;
}
async g_Wn(g) {
this.g_Wi(), this.g_Vm++;
for (const _ of this.g_Wo(g)) await this.g_Be.g_Wp(_);
this.g_Vm--;
}
*g_Wo(g) {
for (const _ of g.g_IY()) {
const g = _.g_Hl();
g && (this.g_Be.g_Wl(_), yield* g.g_Wq(), this.g_Be.g_Wm());
}
}
g_Wr(g, _, t, n) {
let i = !1;
if (!g.g_Is()) return this.g_Ws(_, t, n);
this.g_Vn++;
for (const e of g.g_IY()) {
const r = e.g_Hl();
if (!r) continue;
this.g_Be.g_Wl(e);
for (const g of r.g_Wt()) {
const e = g.g_Wr(_, t, n);
i = i || e;
}
const a = r.g_Wr(_, t, n);
(i = i || a), this.g_Be.g_Wm();
}
return this.g_Vn--, i;
}
*g_Wu(g, _, t, n) {
let i = !1;
if (!g.g_Is()) return this.g_Ws(_, t, n);
this.g_Vn++;
for (const e of g.g_IY()) {
const r = e.g_Hl();
if (!r) continue;
this.g_Be.g_Wl(e);
for (const g of r.g_Wt()) {
const e = yield* g.g_Wu(_, t, n);
i = i || e;
}
const a = yield* r.g_Wu(_, t, n);
(i = i || a), this.g_Be.g_Wm();
}
return this.g_Vn--, i;
}
g_Ws(g, _, e) {
return this.g_Vk.push([g, _, e]), !1;
}
g_Wv(g, _, a) {
let t = null;
const n = new Promise((g) => (t = g));
return this.g_Vl.push([g, _, a, t]), n;
}
*g_Ww() {
if (this.g_Be.g_Wx()) throw new Error('should not be in breakpoint');
for (const g = this.g_Be.g_Wy(); this.g_Vl.length; ) {
const [_, a, t, n] = this.g_Vl.shift(),
e = yield* this.g_Wu(g, _, a, t);
n(e);
}
}
async g_Wz() {
for (const g of this.g_Ww()) await this.g_Be.g_Wp(g);
}
g_WA(_, t, n, i) {
let r = !1;
const s = _.g_Is(),
d = s.g_Hl();
if (d) {
this.g_Vn++, this.g_Be.g_Wl(s);
const _ = d.g_Wt();
for (let e = 0, a = _.length; e < a; ++e) {
const a = _[e].g_WA(t, n, i);
r = r || a;
}
const g = d.g_WA(t, n, i);
return (r = r || g), this.g_Be.g_Wm(), this.g_Vn--, r;
}
}
*g_WB(_, t, n, i) {
let r = !1;
const s = _.g_Is(),
d = s.g_Hl();
if (d) {
this.g_Vn++, this.g_Be.g_Wl(s);
const _ = d.g_Wt();
for (let e = 0, a = _.length; e < a; ++e) {
const a = yield* _[e].g_WB(t, n, i);
r = r || a;
}
const g = yield* d.g_WB(t, n, i);
return (r = r || g), this.g_Be.g_Wm(), this.g_Vn--, r;
}
}
g_WC() {
return this.g_Vn;
}
g_WD() {
return 0 < this.g_WC();
}
g_WE() {
return ++this.g_Vn;
}
g_WF() {
--this.g_Vn;
}
g_WG() {
return 0 < this.g_Vm;
}
g_ID() {
return this.g_WG() || this.g_WD();
}
g_HZ(g) {
for (const [_, e, a] of this.g_Vk) this.g_Wr(g, _, e, a);
g_aO.g_fz(this.g_Vk);
}
g_EH(g) {
g ? this.g_Vo++ : this.g_Vo--;
}
g_WH() {
return 0 < this.g_Vo;
}
g_WI(g) {
for (let _ = 0, e = g.length; _ < e; ++_) g[_].g_WJ().g_js();
}
g_WK(g) {
for (let _ = 0, e = g.length; _ < e; ++_) g[_].g_WJ().g_Tv();
}
g_WL(g) {
for (let _ = 0, e = g.length; _ < e; ++_) g[_].g_WJ().g_Tw();
}
g_WM(g) {
for (let _ = 0, e = g.length; _ < e; ++_) g[_].g_WJ().g_Ty();
}
g_WN() {
const g = g_aO.g_ej(g_aO.g_WO, this);
return this.g_Vp.push(g), g;
}
g_WP() {
return this.g_Vp;
}
g_WQ() {
if (!this.g_Vp.length) return;
const g = this.g_VG();
let _ = !1;
this.g_Vm++;
for (let e = 0, a = this.g_Vp.length; e < a; ++e) {
const a = this.g_Vp[e];
a.g_WR() && a.g_WS(g), a.g_WT() && (_ = !0);
}
_ && this.g_WU(), this.g_Vm--;
}
async g_WV() {
if (!this.g_Vp.length) return;
const g = this.g_VG();
let _ = !1;
this.g_Vm++;
for (let e = 0, a = this.g_Vp.length; e < a; ++e) {
const a = this.g_Vp[e];
a.g_WR() && (await a.g_WW(g)), a.g_WT() && (_ = !0);
}
_ && this.g_WU(), this.g_Vm--;
}
g_WU() {
const g = g_aO.g_fH(this.g_Vp, (g) => g.g_WT());
for (const _ of g) _.g_ek();
}
g_Io() {
for (const g of this.g_Vp) g.g_ek();
g_aO.g_fz(this.g_Vp);
}
g_WX(g) {
for (const _ of this.g_Vp) _.g_Tz(g);
}
g_WY(g) {
this.g_Vq.push(g);
}
g_WZ() {
g_aO.g_fz(this.g_Vq);
}
g_W_() {
const g = Promise.all(this.g_Vq);
return (this.g_Vq = []), g;
}
g_GG() {
return {
groups: this.g_W$(),
cnds: this.g_Xa(),
acts: this.g_Xb(),
vars: this.g_Xc(),
waits: this.g_Xd()
};
}
g_GI(g) {
this.g_Xe(g.groups),
this.g_Xf(g.cnds),
this.g_Xg(g.acts),
this.g_Xh(g.vars),
this.g_Xi(g.waits);
}
g_W$() {
const g = {};
for (const _ of this.g_Wf()) g[_.g_EN().toString()] = _.g_Xj();
return g;
}
g_Xe(g) {
for (const [_, e] of Object.entries(g)) {
const g = parseInt(_, 10),
a = this.g_Wd(g);
a && a.g_Xk(e);
}
}
g_Xa() {
const g = {};
for (const [_, e] of this.g_U$) {
const a = e.g_GG();
a && (g[_.toString()] = a);
}
return g;
}
g_Xf(g) {
for (const [_, e] of Object.entries(g)) {
const g = parseInt(_, 10),
a = this.g_VX(g);
a && a.g_GI(e);
}
}
g_Xb() {
const g = {};
for (const [_, e] of this.g_Va) {
const a = e.g_GG();
a && (g[_.toString()] = a);
}
return g;
}
g_Xg(g) {
for (const [_, e] of Object.entries(g)) {
const g = parseInt(_, 10),
a = this.g_VY(g);
a && a.g_GI(e);
}
}
g_Xc() {
const g = {};
for (const [_, e] of this.g_Vc)
!e.g_Xl() && (e.g_Eh() || e.g_rt()) && (g[_.toString()] = e.g_Pc());
return g;
}
g_Xh(g) {
for (const [_, e] of Object.entries(g)) {
const g = parseInt(_, 10),
a = this.g_VV(g);
a && a.g_PF(e);
}
}
g_Xd() {
return this.g_Vp.filter((g) => !g.g_Xm()).map((g) => g.g_GG());
}
g_Xi(g) {
this.g_Io();
for (const _ of g) {
const g = g_aO.g_WO.g_Xn(this, _);
g && this.g_Vp.push(g);
}
}
g_Xo() {
return [...this.g_Be.g_Wy().g_IY()]
.map((g) => g.g_Hl())
.filter((g) => g)
.map((g) => g.g_Xp());
}
g_Xq(g) {
for (; g; ) {
const _ = g.g_VO();
if (_ instanceof g_aO.g_Xr) return _;
g = g.g_Xs();
}
return null;
}
g_Vr(g, _) {
Array.isArray(_) || (_ = []);
const a = this.g_VZ(g.toLowerCase());
if (!a) return null;
if (!a.g_jp()) return a.g_Xt();
const t = a.g_Xu();
if (_.length < t.length) {
_ = _.slice(0);
do _.push(t[_.length].g_VF());
while (_.length < t.length);
}
const n = a.g_Xv();
return n.g_Xw(n.g_Xx(), a.g_Xy(), a.g_Xt(), ..._);
}
};
}
'use strict',
(g_aO.g_Vs = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_TW = g),
(this.g_Be = g.g_BI()),
(this.g_en = _[0]),
(this.g_Xz = []),
(this.g_XA = new Map()),
(this.g_XB = new Map()),
(this.g_XC = new Map()),
(this.g_XD = !1),
(this.g_XE = []),
(this.g_XF = []),
(this.g_XG = new Set());
for (const e of _[1]) this.g_XH(e, null, this.g_Xz);
this.g_XI = this.g_Be.g_IC()
? { type: 'sheet', name: this.g_en, g_XJ: 0, children: [] }
: null;
}
g_ek() {
(this.g_TW = null), (this.g_Be = null);
}
g_XH(g, _, e) {
switch (g[0]) {
case 0:
case 3:
this.g_XK(g, _, e);
break;
case 1:
this.g_XL(g, _, e);
break;
case 2:
this.g_XM(g, _, e);
break;
case 4:
this.g_XN(g, _);
break;
case 5:
this.g_XO(g, _, e);
break;
default:
throw new Error('invalid event type');
}
}
g_XK(g, _, e) {
const t = g_aO.g_XP.g_sf(this, _, g);
if (t.g_TS()) {
e.push(t);
const g = t.g_XQ();
for (let _ = 0, e = g.length; _ < e; ++_) g[_].g_XR() && this.g_XS(t, _);
} else t.g_XR() ? this.g_XS(t, 0) : e.push(t);
}
g_XN(g, _) {
const e = g_aO.g_Xr.g_sf(this, _, g);
this.g_TW.g_VA(e);
}
g_XL(g, _, e) {
const a = g_aO.g_XT.g_sf(this, _, g);
e.push(a);
}
g_XM(g, _, e) {
const a = g_aO.g_XU.g_sf(this, _, g);
e.push(a);
}
g_XO(g, _, e) {
const a = g_aO.g_XV.g_sf(this, _, g);
e.push(a);
}
g_XS(_, a) {
_.g_TS() || this.g_TW.g_Vt(_);
const t = _.g_VI(a),
n = t.g_XW(),
r = t.g_EA();
if (t.g_XX()) {
let e = this.g_XB.get(r);
e || ((e = new Map()), this.g_XB.set(r, e));
const s = t.g_XY().toLowerCase();
let g = e.get(n);
g || ((g = new Map()), e.set(n, g));
let d = g.get(s);
d || ((d = []), g.set(s, d)), d.push([_, a]);
} else {
let e = this.g_XA.get(r);
e || ((e = { g_XZ: new Map(), g_X_: new Map() }), this.g_XA.set(r, e));
const s = t.g_NZ();
let g;
s ? ((g = e.g_X_.get(s)), !g && ((g = new Map()), e.g_X_.set(s, g))) : (g = e.g_XZ);
let d = g.get(n);
d || ((d = []), g.set(n, d)), d.push([_, a]);
}
}
g_Vu() {
const g = this.g_Xz;
for (let _ = 0, e = g.length; _ < e; ++_) {
const a = _ < e - 1 && g[_ + 1] instanceof g_aO.g_XP && g[_ + 1].g_X$();
g[_].g_Vu(a);
}
}
g_Ya(g) {
this.g_XE.push(g);
}
g_HI() {
g_aO.g_fz(this.g_XF), this.g_Yb(this), this.g_XG.clear();
}
g_Yb(g) {
const _ = g.g_XF,
a = g.g_XG;
for (const t of this.g_XE) {
const n = t.g_Yc();
!t.g_Yd() || g === n || a.has(n) || (a.add(n), n.g_Yb(g), _.push(n));
}
}
g_Wt() {
return this.g_XF;
}
g_ED() {
return this.g_TW;
}
g_BI() {
return this.g_Be;
}
g_pY() {
return this.g_en;
}
g_Ye(g, _) {
this.g_XC.set(_, g);
}
g_Yf(g) {
return this.g_XC.get(g) || null;
}
g_Wj() {
this.g_XD = !1;
}
g_vz() {
if (!this.g_XD) {
const g = this.g_Be,
_ = g.g_Yg(),
e = _ ? performance.now() : 0;
this.g_XD = !0;
const a = this.g_ED(),
t = a.g_VG();
for (const _ of this.g_Xz) _.g_vz(t), a.g_WI(_.g_UD()), a.g_WZ(), g.g_Ej();
t.g_lC(null), _ && (this.g_XI.g_XJ += performance.now() - e);
}
}
*g_Wq() {
if (!this.g_XD) {
this.g_XD = !0;
const g = this.g_Be,
_ = this.g_ED(),
e = _.g_VG();
for (const a of this.g_Xz) yield* a.g_Wq(e), _.g_WI(a.g_UD()), _.g_WZ(), g.g_Ej();
e.g_lC(null);
}
}
g_Wr(_, a, t) {
if (a) {
const n = a.g_EA();
let i = !1,
e = this.g_Yh(_, a, n, t);
i = i || e;
for (const r of n.g_Yi()) (e = this.g_Yh(_, a, r, t)), (i = i || e);
} else return this.g_Yh(_, a, null, null);
}
g_Yh(_, t, a, n) {
const i = this.g_XA.get(a);
if (!i) return !1;
const e = n ? i.g_X_.get(n) : i.g_XZ;
if (!e) return !1;
const r = e.get(_);
if (!r) return !1;
let g = !1;
for (const [i, e] of r) {
const _ = this.g_Yj(t, i, e);
g = g || _;
}
return g;
}
*g_Wu(_, a, t) {
if (a) {
const n = a.g_EA();
let i = !1,
e = yield* this.g_Yk(_, a, n, t);
i = i || e;
for (const r of n.g_Yi()) (e = yield* this.g_Yk(_, a, r, t)), (i = i || e);
} else return yield* this.g_Yk(_, a, null, null);
}
*g_Yk(_, t, a, n) {
const i = this.g_XA.get(a);
if (!i) return !1;
const e = n ? i.g_X_.get(n) : i.g_XZ;
if (!e) return !1;
const r = e.get(_);
if (!r) return !1;
let g = !1;
for (const [i, e] of r) {
let _;
(_ = i.g_Yl() ? this.g_Yj(t, i, e) : yield* this.g_Ym(t, i, e)), (g = g || _);
}
return g;
}
g_WA(_, a, t) {
const n = a.g_EA(),
i = this.g_XB.get(n);
if (!i) return !1;
const e = i.get(_);
if (!e) return !1;
const r = e.get(t);
if (!r) return !1;
let g = !1;
for (let n = 0, i = r.length; n < i; ++n) {
const _ = r[n],
e = this.g_Yj(null, _[0], _[1]);
g = g || e;
}
return g;
}
*g_WB(_, a, t) {
const n = a.g_EA(),
i = this.g_XB.get(n);
if (!i) return !1;
const e = i.get(_);
if (!e) return !1;
const r = e.get(t);
if (!r) return !1;
let g = !1;
for (let n = 0, i = r.length; n < i; ++n) {
const _ = r[n],
a = _[0],
t = _[1];
let i;
(i = a.g_Yl() ? this.g_Yj(null, a, t) : yield* this.g_Ym(null, a, t)), (g = g || i);
}
return g;
}
g_Yj(_, t, a) {
const n = this.g_Be,
r = this.g_TW,
e = r.g_TT(),
s = r.g_TB(),
g = r.g_WC();
let d = !1;
e && r.g_WK(e.g_Xx()), r.g_WK(t.g_Xx());
const o = 1 < g;
o && r.g_VL().g_TZ();
const u = s.g_TZ(t);
if (_) {
const g = t.g_XQ()[a].g_EA(),
n = g.g_Tu();
n.g_TP(_), _.g_EJ() && _.g_Yn();
}
let p = !0;
if (t.g_Xs()) {
const g = t.g_Yo();
for (let _ = 0, e = g.length; _ < e; ++_)
if (!g[_].g_Yp(u)) {
p = !1;
break;
}
}
return (
p && (n.g_Yq(), t.g_TS() ? t.g_Yr(u, a) : t.g_vz(u), (d = u.g_Ur())),
s.g_Ty(),
o && r.g_VL().g_Ty(),
r.g_WM(t.g_Xx()),
e && r.g_WM(e.g_Xx()),
e || 1 !== g || r.g_WH() || n.g_Ej(),
d
);
}
*g_Ym(_, t, a) {
const n = this.g_Be,
r = this.g_TW,
e = r.g_TT(),
s = r.g_TB(),
g = r.g_WC();
let d = !1;
e && r.g_WK(e.g_Xx()), r.g_WK(t.g_Xx());
const o = 1 < g;
o && r.g_VL().g_TZ();
const u = s.g_TZ(t);
if (_) {
const g = t.g_XQ()[a].g_EA(),
n = g.g_Tu();
n.g_TP(_), _.g_EJ() && _.g_Yn();
}
let p = !0;
if (t.g_Xs()) {
const g = t.g_Yo();
for (let _ = 0, e = g.length; _ < e; ++_)
if (!(yield* g[_].g_Ys(u))) {
p = !1;
break;
}
}
return (
p && (n.g_Yq(), t.g_TS() ? yield* t.g_Yt(u, a) : yield* t.g_Wq(u), (d = u.g_Ur())),
s.g_Ty(),
o && r.g_VL().g_Ty(),
r.g_WM(t.g_Xx()),
e && r.g_WM(e.g_Xx()),
e || 1 !== g || r.g_WH() || n.g_Ej(),
d
);
}
g_Xp() {
return this.g_XI;
}
}),
'use strict';
{
function _() {
return !0;
}
function* a() {
return !0;
}
const t = [];
g_aO.g_XP = class extends g_aO.g_eh {
constructor(n, i, e) {
super(),
(this.g_GR = n),
(this.g_Be = n.g_BI()),
(this.g_Yu = i),
(this.g_Yv = null),
(this.g_TA = this.g_Be.g_ED().g_TB()),
(this.g_Yw = []),
(this.g_Yx = []),
(this.g_Yy = !1),
(this.g_Yz = !1),
(this.g_YA = !1),
(this.g_YB = !1),
(this.g_YC = !!e[2]),
(this.g_YD = !1),
(this.g_YE = null),
(this.g_YF = []),
(this.g_YG = []),
(this.g_YH = []),
(this.g_YI = _),
(this.g_YJ = a),
(this.g_YK = !1),
(this.g_YL = !1),
(this.g_YM = ''),
(this.g_YN = !1),
(this.g_YO = null),
(this.g_XI = null),
(this.g_Ds = e[4]),
(this.g_YP = e[5]),
this.g_GR.g_Ye(this, this.g_YP),
(this.g_YQ = this.g_Be.g_IC()
? { g_YR: e[3][0], g_YS: e[3][1], g_YT: !1, g_YU: !1, g_YV: !1, g_YW: !1 }
: null),
this.g_ED().g_Vx(this),
3 === e[0] && this.g_YX(e[1]);
let r = 0;
for (const g of e[6]) {
const _ = g_aO.g_YY.g_sf(this, g, r++);
this.g_YF.push(_), this.g_YZ(_.g_EA());
}
r = 0;
for (const g of e[7]) {
const _ = g_aO.g_Y_.g_sf(this, g, r++);
this.g_YG.push(_);
}
if (9 === e.length) {
const g = e[8];
for (const _ of g) this.g_GR.g_XH(_, this, this.g_YH);
}
this.g_YF.length &&
(this.g_YD =
null === this.g_YF[0].g_EA() && this.g_YF[0].g_XW() === g_aO.g_HY.g_HX.g_HW.g_Y$),
0 === this.g_YF.length && (this.g_YF = t),
0 === this.g_YG.length && (this.g_YG = t),
0 === this.g_YH.length && (this.g_YH = t);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_XP, g, _, e);
}
g_YX(g) {
(this.g_YK = !0),
(this.g_YL = !!g[0]),
(this.g_YN = this.g_YL),
(this.g_YM = g[1].toLowerCase()),
(this.g_YO = []),
this.g_ED().g_Vv(this),
this.g_Be.g_IC() && (this.g_XI = { type: 'group', name: g[1], g_XJ: 0, children: [] });
}
g_Za(g) {
this.g_YO.push(g);
}
g_Zb(g, _) {
for (const e of g.g_Hu().g_Ie()) _.includes(e) || _.push(e);
}
g_Zc(g, _) {
if (g)
if ((_.includes(g) || _.push(g), g.g_EF()))
for (const e of g.g_Zd()) e.g_EJ() && this.g_Zb(e, _);
else g.g_EJ() && this.g_Zb(g, _);
}
g_YZ(g) {
this.g_Zc(g, this.g_Yw);
}
g_Ze(g) {
this.g_Zc(g, this.g_Yx);
}
g_Zf() {
this.g_Yw = this.g_Be.g_EE();
}
g_Vu(g) {
(this.g_YB = !!g), this.g_Zg(), this.g_Zh();
for (const _ of this.g_YF) _.g_Vu();
if (0 < this.g_YG.length) {
let g = !1;
for (const _ of this.g_YG) _.g_Vu(), _.g_Zi() && (g = !0);
g
? ((this.g_YI = this.g_Zj), (this.g_YJ = this.g_Zk))
: ((this.g_YI = this.g_Zl), (this.g_YJ = this.g_Zm));
}
const _ = this.g_YH;
for (let e = 0, t = _.length; e < t; ++e) {
const g = e < t - 1 && _[e + 1] instanceof g_aO.g_XP && _[e + 1].g_X$();
_[e].g_Vu(g);
}
this.g_YQ && this.g_Zn(), this.g_XI && this.g_Zo().g_Xp().children.push(this.g_XI);
}
g_Xp() {
return this.g_XI;
}
g_Zo() {
for (let g = this.g_Xs(); g; ) {
if (g.g_We()) return g;
g = g.g_Xs();
}
return this.g_GR;
}
g_Zn() {
const g = this.g_YQ;
(g.g_YT = this.g_YF.every((g) => g.g_Yl())),
(g.g_YU = this.g_YG.every((g) => g.g_Yl())),
(g.g_YV = this.g_YH.every((g) => g.g_Yl())),
(g.g_YW = g.g_YT && g.g_YU && g.g_YV);
}
g_Zp() {
let g = this;
do g.g_Zn(), (g = g.g_Xs());
while (g);
}
g_Zg() {
if (!this.g_We()) return;
let g = this.g_Xs();
for (this.g_YA = !0; g; ) {
if (!g.g_We()) {
this.g_YA = !1;
break;
}
g = g.g_Xs();
}
}
g_Zq() {
const g = this.g_Be.g_EE();
if (this.g_Yw === g) this.g_Yx = g;
else {
this.g_Yx = g_aO.g_fL(this.g_Yw);
for (let g = this.g_Xs(); g; ) {
for (const _ of g.g_Yw) this.g_Ze(_);
g = g.g_Xs();
}
const g = this.g_ED();
(this.g_Yw = g.g_VD(this.g_Yw)), (this.g_Yx = g.g_VD(this.g_Yx));
}
}
g_Zh() {
if (this.g_Zr()) {
this.g_YE = [];
for (let g = this.g_Xs(); g; ) this.g_YE.push(g), (g = g.g_Xs());
this.g_YE.reverse();
}
}
g_Zs() {
(this.g_Yz = !0), this.g_Yu && this.g_Yu.g_Zs();
}
g_UB() {
return this.g_Yz;
}
g_UD() {
return this.g_Yw;
}
g_Xx() {
return this.g_Yy || ((this.g_Yy = !0), this.g_Zq()), this.g_Yx;
}
g_Zt(g) {
return this.g_Yw.includes(g);
}
g_Yo() {
return this.g_YE;
}
g_Hl() {
return this.g_GR;
}
g_ED() {
return this.g_GR.g_ED();
}
g_BI() {
return this.g_Be;
}
g_Xs() {
return this.g_Yu;
}
g_Zu(g) {
this.g_Yv = g;
}
g_VO() {
return this.g_Yv || this.g_Yu;
}
g_Zv() {
return this.g_YP;
}
g_Zw() {
return this.g_YQ && this.g_YQ.g_YS;
}
g_Zx() {
return this.g_Zw() && this.g_YQ.g_YR;
}
g_Zy(g) {
(this.g_YQ.g_YR = !!g), this.g_Zp();
}
g_We() {
return this.g_YK;
}
g_Zz() {
return this.g_YA;
}
g_X$() {
return this.g_YD;
}
g_ZA() {
return this.g_YB;
}
g_Vw() {
return this.g_YM;
}
g_Xj() {
return this.g_YN;
}
g_Wh() {
this.g_Xk(this.g_YL);
}
g_Xk(g) {
if (((g = !!g), !this.g_YK)) throw new Error('not a group');
if (this.g_YN !== g) {
this.g_YN = g;
for (const g of this.g_YO) g.g_ZB();
if (this.g_YO.length) {
const g = this.g_Be.g_ZC(),
_ = g.g_Hl();
_ && _.g_HI();
}
}
}
g_EN() {
return this.g_Ds;
}
g_TS() {
return this.g_YC;
}
g_XR() {
return this.g_YF.length && this.g_YF[0].g_XR();
}
g_ZD() {
return this.g_Yv && this.g_Yv instanceof g_aO.g_Xr;
}
g_Zr() {
return this.g_ZD() || this.g_YF.some((g) => g.g_XR());
}
g_XQ() {
return this.g_YF;
}
g_UC() {
return this.g_YF.length;
}
g_VI(g) {
if (((g = Math.floor(g)), 0 > g || g >= this.g_YF.length))
throw new RangeError('invalid condition index');
return this.g_YF[g];
}
g_ZE(g) {
return this.g_VI(g);
}
g_ZF(g) {
let _ = g.g_EM();
if (0 === _) return !0;
for (--_; 0 <= _; --_) if (this.g_YF[_].g_EA() === g.g_EA()) return !1;
return !0;
}
g_ZG() {
return this.g_YG;
}
g_ZH() {
return this.g_YG.length;
}
g_VK(g) {
if (((g = Math.floor(g)), 0 > g || g >= this.g_YG.length))
throw new RangeError('invalid action index');
return this.g_YG[g];
}
g_ZI(g) {
g = Math.floor(g);
const _ = this.g_YG.find((_) => _.g_ZJ() === g);
if (!_) throw new RangeError('invalid action debug index');
return _;
}
g_ZK(g) {
return (g = Math.floor(g)), 0 <= g && g < this.g_YG.length;
}
g_ZL() {
return this.g_YH;
}
g_VP(g) {
for (const _ of this.g_YH) if (_ instanceof g_aO.g_XT && g_aO.g_dB(g, _.g_pY())) return _;
return null;
}
g_VR() {
return this.g_YH.filter((g) => g instanceof g_aO.g_XT);
}
g_Yp(g) {
g.g_Ul(this);
let _ = !1;
const a = this.g_YF;
for (let t = 0, e = a.length; t < e; ++t) {
const e = a[t];
if ((g.g_Un(t), e.g_ZM())) throw new Error('trigger cannot be used as sub-event to a loop');
if (e.g_vz()) _ = !0;
else if (!this.g_YC) return !1;
}
return !this.g_YC || _;
}
g_Yr(g, _) {
g.g_Ul(this), this.g_YF[_].g_vz() && (this.g_YI(g, 0) && this.g_ZN(g), g.g_Uq(!0));
}
*g_Ys(g) {
g.g_Ul(this);
let _ = !1;
const a = this.g_YF;
for (let t = 0, e = a.length; t < e; ++t) {
const e = a[t];
if ((g.g_Un(t), e.g_ZM())) throw new Error('trigger cannot be used as sub-event to a loop');
let n;
if (((n = e.g_Yl() ? e.g_vz() : yield* e.g_Wq()), n)) _ = !0;
else if (!this.g_YC) return !1;
}
return !this.g_YC || _;
}
*g_Yt(g, _) {
g.g_Ul(this);
const e = this.g_YF[_];
let a;
if (((a = e.g_Yl() ? e.g_vz() : yield* e.g_Wq()), a)) {
let _;
(_ = this.g_ZO() ? this.g_YI(g, 0) : yield* this.g_YJ(g, 0)),
_ && (this.g_ZP() ? this.g_ZN() : yield* this.g_ZQ()),
g.g_Uq(!0);
}
}
g_vz(g) {
g.g_Ul(this), this.g_YD || g.g_Us(!1), this.g_YC ? this.g_ZR(g) : this.g_ZS(g);
}
*g_Wq(g) {
(this.g_Zx() || this.g_Be.g_ZT()) && (yield this),
g.g_Ul(this),
this.g_YD || g.g_Us(!1),
this.g_YC ? yield* this.g_ZU(g) : yield* this.g_ZV(g);
}
g_ZR(g) {
const _ = this.g_YF;
let a = 0 === _.length;
for (let t = 0, e = _.length; t < e; ++t) {
const e = _[t];
if (e.g_XR()) continue;
g.g_Un(t);
const n = e.g_vz();
a = a || n;
}
g.g_Uq(a), a && (this.g_YI(g, 0) && this.g_ZN(g), this.g_YB && g.g_Us(!0));
}
*g_ZU(g) {
const _ = this.g_YF;
let a = 0 === _.length;
for (let t = 0, e = _.length; t < e; ++t) {
const e = _[t];
if (e.g_XR()) continue;
g.g_Un(t);
let n;
(n = e.g_Yl() ? e.g_vz() : yield* e.g_Wq()), (a = a || n);
}
if ((g.g_Uq(a), a)) {
let _;
(_ = this.g_ZO() ? this.g_YI(g, 0) : yield* this.g_YJ(g, 0)),
_ && (this.g_ZP() ? this.g_ZN() : yield* this.g_ZQ()),
this.g_YB && g.g_Us(!0);
}
}
g_ZS(g) {
const _ = this.g_YF;
for (let a = 0, e = _.length; a < e; ++a) {
const t = _[a];
g.g_Un(a);
const e = t.g_vz();
if (!e) return void g.g_Uq(!1);
}
g.g_Uq(!0), this.g_YI(g, 0) && this.g_ZN(g), g.g_Ur() && this.g_YB && g.g_Us(!0);
}
*g_ZV(g) {
const _ = this.g_YF;
for (let a = 0, e = _.length; a < e; ++a) {
const t = _[a];
g.g_Un(a);
let e;
if (((e = t.g_Yl() ? t.g_vz() : yield* t.g_Wq()), !e)) return void g.g_Uq(!1);
}
g.g_Uq(!0);
let e;
(e = this.g_ZO() ? this.g_YI(g, 0) : yield* this.g_YJ(g, 0)),
e && (this.g_ZP() ? this.g_ZN() : yield* this.g_ZQ()),
g.g_Ur() && this.g_YB && g.g_Us(!0);
}
g_Zl(g, _) {
const a = this.g_YG;
for (let t = _, n = a.length; t < n; ++t) {
const _ = a[t];
g.g_Up(t), _.g_vz();
}
return !0;
}
*g_Zm(g, _) {
const a = this.g_YG;
for (let t = _, n = a.length; t < n; ++t) {
const _ = a[t];
g.g_Up(t), _.g_Yl() ? _.g_vz() : yield* _.g_Wq();
}
return !0;
}
g_Zj(g, _) {
const t = this.g_ED(),
n = this.g_YG;
for (let i = _, e = n.length; i < e; ++i) {
const _ = n[i];
g.g_Up(i);
const e = _.g_vz();
if (_.g_ZW() && !0 === e) return !1;
_.g_wz() && e instanceof Promise && t.g_WY(e);
}
return !0;
}
*g_Zk(g, _) {
const t = this.g_ED(),
n = this.g_YG;
for (let i = _, e = n.length; i < e; ++i) {
const _ = n[i];
g.g_Up(i);
let e;
if (((e = _.g_Yl() ? _.g_vz() : yield* _.g_Wq()), _.g_ZW() && !0 === e)) return !1;
_.g_wz() && e instanceof Promise && t.g_WY(e);
}
return !0;
}
g_ZX(g) {
this.g_YI(g, g.g_Uo()) && this.g_ZN();
}
*g_ZY(g) {
(yield* this.g_YJ(g, g.g_Uo())) && (yield* this.g_ZQ());
}
g_ZN() {
if (this.g_YH.length) {
const g = this.g_We() && this.g_Be.g_Yg(),
_ = g ? performance.now() : 0,
e = this.g_TA,
a = e.g_TZ(this);
this.g_Yz ? this.g_ZZ(a) : this.g_Z_(a),
e.g_Ty(),
g && (this.g_XI.g_XJ += performance.now() - _);
}
}
g_ZZ(_) {
const a = this.g_YK,
t = this.g_YA,
n = this.g_ED(),
r = this.g_YH;
for (let s = 0, g = r.length; s < g; ++s) {
const d = r[s],
i = d.g_UD(),
e = !t || (!a && s < g - 1);
e && n.g_WL(i), d.g_vz(_), e ? n.g_WM(i) : n.g_WI(i);
}
}
g_Z_(g) {
const _ = this.g_YH;
for (let e = 0, a = _.length; e < a; ++e) _[e].g_vz(g);
}
*g_ZQ() {
if (this.g_YH.length) {
const g = this.g_TA,
_ = g.g_TZ(this);
this.g_Yz ? yield* this.g_Z$(_) : yield* this.g__a(_), g.g_Ty();
}
}
*g_Z$(_) {
const a = this.g_YK,
t = this.g_YA,
n = this.g_ED(),
r = this.g_YH;
for (let s = 0, g = r.length; s < g; ++s) {
const d = r[s],
i = d.g_UD(),
e = !t || (!a && s < g - 1);
e && n.g_WL(i), yield* d.g_Wq(_), e ? n.g_WM(i) : n.g_WI(i);
}
}
*g__a(g) {
const _ = this.g_YH;
for (let e = 0, a = _.length; e < a; ++e) yield* _[e].g_Wq(g);
}
g__b(g, _) {
this.g_Be.g_Yq(), _.g_Uk();
const t = this.g_YF;
if (!this.g_TS())
for (let n = g.g_Um() + 1, e = t.length; n < e; ++n) {
const g = t[n];
_.g_Un(n);
const e = g.g_vz();
if (!e) return !1;
}
return this.g_YI(_, 0) && this.g_ZN(_), !0;
}
*g__c(g, _) {
this.g_Be.g_Yq(), _.g_Uk();
const t = this.g_YF;
if (!this.g_TS())
for (let n = g.g_Um() + 1, e = t.length; n < e; ++n) {
const g = t[n];
_.g_Un(n);
let e;
if (((e = g.g_Yl() ? g.g_vz() : yield* g.g_Wq()), !e)) return !1;
}
let e;
return (
(e = this.g_ZO() ? this.g_YI(_, 0) : yield* this.g_YJ(_, 0)),
e && (this.g_ZP() ? this.g_ZN() : yield* this.g_ZQ()),
!0
);
}
g_Yl() {
return !this.g_Zx() && !this.g_Be.g_ZT() && this.g_YQ.g_YW;
}
g_ZO() {
return !this.g_Be.g_ZT() && this.g_YQ.g_YU;
}
g_ZP() {
return !this.g_Be.g_ZT() && this.g_YQ.g_YV;
}
g__d(g) {
if (this.g_Xs()) {
const _ = this.g_Yo();
for (let e = 0, a = _.length; e < a; ++e) if (!_[e].g_Yp(g)) return !1;
}
return !0;
}
*g__e(g) {
if (this.g_Xs()) {
const _ = this.g_Yo();
for (let e = 0, a = _.length; e < a; ++e) if (!(yield* _[e].g_Ys(g))) return !1;
}
return !0;
}
g__f(g, _, e) {
if (!(0 < _.length)) e && g.g_VL().g_TZ();
else if (e) {
const e = _.map((g) => g.g_bd(0));
g.g_VL().g_TZ(), this.g_Yv.g__g(e);
} else this.g_Yv.g__h(_);
}
g__i(_, a) {
let t, n;
const r = 0 < _.length,
e = this.g_Be,
s = this.g_TA,
g = e.g_ED(),
l = g.g_WE(),
i = 1 < l;
this.g__f(g, a, i), r && g.g_WK(_);
const o = s.g_TZ(this);
if (this.g__d(o)) {
e.g_Yq(), o.g_Ul(this);
const g = this.g_Yv.g_wz();
g && ([n, t] = this.g_Yv.g__j()), this.g_ZS(o), g && this.g_Yv.g__k(n);
}
return s.g_Ty(), i && g.g_VL().g_Ty(), r && g.g_WM(_), g.g_WF(), t;
}
*g__l(_, a) {
let t, n;
(this.g_Zx() || this.g_Be.g_ZT()) && (yield this);
const r = 0 < _.length,
e = this.g_Be,
s = this.g_TA,
g = e.g_ED(),
l = g.g_WE(),
i = 1 < l;
this.g__f(g, a, i), r && g.g_WK(_);
const o = s.g_TZ(this);
if (yield* this.g__e(o)) {
e.g_Yq(), o.g_Ul(this);
const g = this.g_Yv.g_wz();
g && ([n, t] = this.g_Yv.g__j()), yield* this.g_ZV(o), g && this.g_Yv.g__k(n);
}
return s.g_Ty(), i && g.g_VL().g_Ty(), r && g.g_WM(_), g.g_WF(), t;
}
g__m(_) {
const a = this.g_Xx(),
t = 0 < a.length,
n = this.g_Be,
r = this.g_TA,
e = n.g_ED(),
s = e.g_WE(),
g = 1 < s;
g && e.g_VL().g_TZ(), this.g_Yv.g__g(_), t && e.g_WK(a);
const d = r.g_TZ(this);
this.g__d(d) && (n.g_Yq(), d.g_Ul(this), this.g_ZS(d)),
r.g_Ty(),
g && e.g_VL().g_Ty(),
t && e.g_WM(a),
e.g_WF();
}
*g__n(_) {
(this.g_Zx() || this.g_Be.g_ZT()) && (yield this);
const a = this.g_Xx(),
t = 0 < a.length,
n = this.g_Be,
r = this.g_TA,
e = n.g_ED(),
s = e.g_WE(),
g = 1 < s;
g && e.g_VL().g_TZ(), this.g_Yv.g__g(_), t && e.g_WK(a);
const d = r.g_TZ(this);
(yield* this.g__e(d)) && (n.g_Yq(), d.g_Ul(this), yield* this.g_ZV(d)),
r.g_Ty(),
g && e.g_VL().g_Ty(),
t && e.g_WM(a),
e.g_WF();
}
g_Xw(_, a, t, ...n) {
let r, s;
const d = 0 < _.length,
g = this.g_Be,
o = this.g_TA,
i = g.g_ED(),
u = i.g_WE(),
p = 1 < u;
p && i.g_VL().g_TZ(), 0 < n.length && this.g_Yv.g__g(n), d && i.g_WK(_);
const l = o.g_TZ(this);
if ((l.g_Uw(a, t), o.g_T_(l), g.g__o(!1), this.g__d(l))) {
g.g_Yq(), l.g_Ul(this);
const _ = this.g_Yv.g_wz();
_ && ([s, r] = this.g_Yv.g__j()), this.g_ZS(l), _ && this.g_Yv.g__k(s);
}
return (
g.g__o(!0),
o.g_Ty(),
o.g_T$(),
p && i.g_VL().g_Ty(),
d && i.g_WM(_),
i.g_WF(),
r || l.g_Uz()
);
}
};
}
{
const g = [];
let _ = !1;
g_aO.g_XV = class extends g_aO.g_eh {
constructor(g, _, a) {
super();
const t = g.g_BI(),
n = g.g_ED();
(this.g_GR = g), (this.g_TW = n), (this.g_Be = g.g_BI()), (this.g_Yu = _);
const e = t.g__p(a[1]);
(this.g__q = e),
(this.g_YP = a[2]),
this.g_GR.g_Ye(this, this.g_YP),
(this.g_YQ = t.g_IC() ? { g_YR: a[3][0], g_YS: a[3][1] } : null);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_XV, g, _, e);
}
g_Vu() {
const g = this.g__q,
_ = this.g_Be.g_ED().g_VS(this);
this.g__q = g.bind(null, this.g_Be.g__r(), _);
}
g_Xs() {
return this.g_Yu;
}
g_VO() {
return this.g_Yu;
}
g_Hl() {
return this.g_GR;
}
g_Zv() {
return this.g_YP;
}
g_Zw() {
return this.g_YQ && this.g_YQ.g_YS;
}
g_Zx() {
return this.g_Zw() && this.g_YQ.g_YR;
}
g_Zy(g) {
this.g_YQ.g_YR = !!g;
}
g_X$() {
return !1;
}
g_UD() {
return g;
}
g_Xx() {
return this.g_Yu ? this.g_Yu.g_Xx() : g;
}
g_vz(g) {
g.g_Ul(this), this.g_TW.g_WY(this.g__s());
}
async g__s() {
try {
await this.g__q();
} catch (g) {
console.error(
`Unhandled exception running script %c${this.g_Hl().g_pY()}, event ${this.g_Zv()}:`,
'font-size: 1.2em; font-weight: bold;',
g
),
self.g_IF && self.g_IF.g__t(this),
_ ||
(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'
),
(_ = !0));
}
}
*g_Wq(g) {
g.g_Ul(this), (this.g_Zx() || this.g_Be.g_ZT()) && (yield this), this.g_vz(g);
}
g_Yl() {
return !this.g_Zx() && !this.g_Be.g_ZT();
}
static g__u() {
return _;
}
static g__v() {
_ = !0;
}
};
}
'use strict',
(g_aO.g_Xr = class extends g_aO.g_eh {
constructor(g, _, e) {
super(), (this.g_GR = g), (this.g_Be = g.g_BI()), (this.g_Yu = _);
const a = e[1];
(this.g__w = a[0]),
(this.g__x = a[1]),
(this.g__y = a[2].map((_) => g_aO.g_XT.g_sf(g, this, _))),
(this.g__z = a[3]),
(this.g_vW = a[4]),
(this.g__A = 0),
(this.g__B = -1),
(this.g__C = new Map()),
(this.g__D = g_aO.g_XP.g_sf(g, _, e)),
this.g__D.g_Zu(this);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_Xr, g, _, e);
}
g_Vu() {
for (const g of this.g__y) g.g_Vu();
this.g__D.g_Vu(!1);
}
g_VP(g) {
for (const _ of this.g__y) if (g_aO.g_dB(g, _.g_pY())) return _;
return null;
}
g_VR() {
return this.g__y;
}
g_Xu() {
return this.g__y;
}
g__E() {
return this.g__y.length;
}
g__h(g) {
const _ = this.g__y;
for (let e = 0, a = _.length; e < a; ++e) _[e].g_PF(g[e].g_bd(0));
}
g__g(g) {
const _ = this.g__y;
for (let e = 0, a = _.length; e < a; ++e) _[e].g_PF(g[e]);
}
g__F() {
return this.g__y.map((g) => g.g_Pc());
}
g_Xs() {
return this.g_Yu;
}
g_VO() {
return this.g_Yu;
}
g_VB() {
return this.g__w;
}
g_Xy() {
return this.g__x;
}
g_jp() {
return this.g__z;
}
g_Xt() {
switch (this.g__x) {
case 0:
return null;
case 2:
return '';
default:
return 0;
}
}
g_Xv() {
return this.g__D;
}
g_wz() {
return this.g_vW;
}
g__j() {
const g = this.g__A++;
this.g__B = g;
let _;
const e = new Promise((g) => (_ = g));
return this.g__C.set(g, { resolve: _, g__G: 0 }), [g, e];
}
g__k(g) {
const _ = this.g__C.get(g);
0 === _.g__G && (_.resolve(), this.g__C.delete(g)), (this.g__B = -1);
}
g__H() {
const g = this.g__C.get(this.g__B);
return g.g__G++, this.g__B;
}
g__I(g) {
this.g__B = g;
const _ = this.g__C.get(g);
_.g__G--;
}
}),
'use strict';
{
const g = [];
g_aO.g_XT = class extends g_aO.g_eh {
constructor(g, _, e) {
super();
const a = g.g_ED();
(this.g_GR = g),
(this.g_TW = a),
(this.g_Be = g.g_BI()),
(this.g_Yu = _),
(this.g_Vi = a.g_VL()),
(this.g_en = e[1]),
(this.g_kL = e[2]),
(this.g__J = e[3]),
(this.g_qV = !!e[4]),
(this.g__K = !!e[5]),
(this.g__L = _ instanceof g_aO.g_Xr),
(this.g_Ds = e[6]),
(this.g__M = this.g_Be.g_VT(e[8])),
(this.g__N = (g) => this.g_PF(g)),
(this.g__O = () => this.g_Pc()),
(this.g__P = !this.g_Yu || this.g_qV || this.g__K),
(this.g_Qi = this.g__J),
(this.g__Q = -1),
this.g__R() && (this.g_Qi = this.g_Qi ? 1 : 0),
!this.g__S() || this.g_rt() || this.g_Xl() || (this.g__Q = a.g_VE(this)),
a.g_VC(this);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_XT, g, _, e);
}
g_Vu() {}
g_pY() {
return this.g_en;
}
g_VT() {
return this.g__M;
}
g_Xs() {
return this.g_Yu;
}
g_Eh() {
return !this.g_Xs();
}
g__S() {
return !this.g_Eh();
}
g__T() {
return this.g__L;
}
g_rt() {
return this.g_qV;
}
g_Xl() {
return this.g__K;
}
g_cE() {
return 0 === this.g_kL;
}
g_cO() {
return 1 === this.g_kL;
}
g__R() {
return 2 === this.g_kL;
}
g_X$() {
return !1;
}
g_EN() {
return this.g_Ds;
}
g_VF() {
return this.g__J;
}
g_UD() {
return g;
}
g_vz() {
!this.g__S() || this.g_rt() || this.g_Xl() || this.g_PF(this.g_VF());
}
g_Yl() {
return !0;
}
*g_Wq(g) {
this.g_vz(g);
}
g_PF(g) {
this.g_cE()
? 'number' != typeof g && (g = parseFloat(g))
: this.g_cO()
? 'string' != typeof g && (g = g.toString())
: this.g__R() && (g = g ? 1 : 0),
this.g__P ? (this.g_Qi = g) : (this.g_Vi.g_UH()[this.g__Q] = g);
}
g_Pc() {
return this.g__P ? this.g_Qi : this.g_Vi.g_UH()[this.g__Q];
}
g__U() {
let g = this.g_Pc();
return this.g__R() && (g = !!g), g;
}
g_Wb() {
this.g_Qi = this.g__J;
}
g_VU() {
return { configurable: !1, enumerable: !0, get: this.g__O, set: this.g__N };
}
};
}
{
const g = [];
g_aO.g_XU = class extends g_aO.g_eh {
constructor(g, _, e) {
super();
const a = g.g_ED();
(this.g_GR = g),
(this.g_TW = a),
(this.g_Be = g.g_BI()),
(this.g_Yu = _),
(this.g__V = null),
(this.g__W = e[1]),
(this.g_lB = !0);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_XU, g, _, e);
}
g_Vu() {
(this.g__V = this.g_TW.g_HH(this.g__W)), this.g_GR.g_Ya(this);
for (let g = this.g_Xs(); g; )
g instanceof g_aO.g_XP && g.g_We() && g.g_Za(this), (g = g.g_Xs());
this.g_ZB(), this.g_Be.g_IC() && this.g_GR.g_Xp().children.push(this.g__V.g_Xp());
}
g_Xs() {
return this.g_Yu;
}
g_UD() {
return g;
}
g_Yc() {
return this.g__V;
}
g_vz() {
const g = !!this.g_Xs(),
_ = this.g_Be.g_EE();
g && this.g_TW.g_WK(_), this.g__V.g_vz(), g && this.g_TW.g_WM(_);
}
*g_Wq() {
const g = !!this.g_Xs(),
_ = this.g_Be.g_EE();
g && this.g_TW.g_WK(_), yield* this.g__V.g_Wq(), g && this.g_TW.g_WM(_);
}
g_Yl() {
return !1;
}
g_Yd() {
return this.g_lB;
}
g_ZB() {
for (let g = this.g_Xs(); g; ) {
if (g instanceof g_aO.g_XP && g.g_We() && !g.g_Xj()) return void (this.g_lB = !1);
g = g.g_Xs();
}
this.g_lB = !0;
}
};
}
{
function _(g, _) {
return g >= _ ? g % _ : 0 > g ? (g <= -_ && (g %= _), 0 > g && (g += _), g) : g;
}
g_aO.g__X = class extends g_aO.g_eh {
constructor(g) {
super(), (this.g_ue = g), (this.g_Be = g.g_BI());
}
g_Vu() {}
static g__Y(g, _) {
const a = _[0];
return g_aO.g_ej([e, r, s, d, t, n][a], g, _);
}
};
class t extends g_aO.g__X {
constructor(g, _) {
super(g),
(this.g__Z = this.g_Be.g___()),
(this.g__q = this.g_Be.g__p(_[1])),
(this.g__q === g_aO.g_HY.g_HX.g__$.random || this.g__q === g_aO.g_HY.g_HX.g__$.g_$a) &&
this.g_ue.g_$b();
}
g_$c() {
return this.g__Z.g_$d(this.g__q, this.g__Z);
}
}
class n extends g_aO.g__X {
constructor(g, _) {
super(g), (this.g_$e = null), (this.g__w = _[1]), this.g_ue.g_$b();
}
g_Vu() {
const g = this.g_Be.g_ED();
(this.g_$e = g.g_VZ(this.g__w)), (this.g__w = null);
const _ = this.g_ue.g_Xv(),
e = this.g_$e.g_Xv();
(this.g_$f = [...new Set([..._.g_Xx(), ...e.g_Xx()])]), (this.g_$f = g.g_VD(this.g_$f));
}
g_$c() {
const g = this.g_$e;
if (g.g_jp()) {
const _ = g.g_Xv();
return g_aO.g_XP.prototype.g_Xw.bind(_, this.g_$f, g.g_Xy(), g.g_Xt());
} else {
const _ = g.g_Xt();
return () => _;
}
}
}
class r extends g_aO.g__X {
constructor(g, _) {
super(g),
(this.g_Tq = this.g_Be.g_D_(_[1])),
(this.g__q = this.g_Be.g__p(_[2])),
(this.g_$g = !!_[3]),
(this.g_TA = this.g_Be.g_ED().g_TB()),
this.g_ue.g_$h(this.g_Tq);
}
g_$c() {
return this.g_Tq.g_Ir().g_$d(this.g__q, this.g_Tq.g_$i().g_Qd());
}
g_$j(...g) {
const a = this.g_Tq,
t = a.g_Tu().g_TJ(),
n = t.length;
if (0 === n) return this.g_$g ? '' : 0;
const e = _(this.g_ue.g_$k(), n);
return this.g_TA.g_TU().g_Uu(a), this.g__q.apply(t[e].g_Qd(), g);
}
g_$l(a, ...t) {
const n = this.g_Tq,
i = n.g_H$(),
e = i.length;
if (0 === e) return this.g_$g ? '' : 0;
const r = _(a, e);
return this.g_TA.g_TU().g_Uu(n), this.g__q.apply(i[r].g_Qd(), t);
}
}
class s extends g_aO.g__X {
constructor(g, _) {
super(g),
(this.g_Tq = this.g_Be.g_D_(_[1])),
(this.g_$m = _[3]),
(this.g_$g = !!_[2]),
this.g_ue.g_$h(this.g_Tq);
}
g_$n() {
const g = this.g_Tq.g_Tu().g_TJ(),
e = g.length;
if (0 === e) return this.g_$g ? '' : 0;
const a = _(this.g_ue.g_$k(), e);
return g[a].g_$o(this.g_$m);
}
g_$p() {
const a = this.g_Tq,
t = a.g_Tu().g_TJ(),
n = t.length;
if (0 === n) return this.g_$g ? '' : 0;
const i = _(this.g_ue.g_$k(), n),
e = t[i],
r = e.g_EA().g_$q(a.g_$r());
return e.g_$o(this.g_$m + r);
}
g_$s(a) {
const t = this.g_Tq,
n = t.g_H$(),
i = n.length;
if (0 === i) return this.g_$g ? '' : 0;
const e = _(a, i),
r = n[e];
let g = 0;
return t.g_EF() && (g = r.g_EA().g_$q(t.g_$r())), r.g_$o(this.g_$m + g);
}
}
class e extends g_aO.g__X {
constructor(g, _) {
super(g),
(this.g_Tq = this.g_Be.g_D_(_[1])),
(this.g_$t = this.g_Tq.g_Qe(_[2])),
(this.g_$u = this.g_Tq.g_N_(_[2])),
(this.g__q = this.g_Be.g__p(_[3])),
(this.g_$g = !!_[4]),
(this.g_TA = this.g_Be.g_ED().g_TB()),
this.g_ue.g_$h(this.g_Tq);
}
g_$v(...a) {
const t = this.g_Tq,
n = t.g_Tu().g_TJ(),
i = n.length;
if (0 === i) return this.g_$g ? '' : 0;
const e = _(this.g_ue.g_$k(), i);
this.g_TA.g_TU().g_Uu(t);
const r = n[e];
let g = 0;
return (
t.g_EF() && (g = r.g_EA().g_$w(t.g_$r())),
this.g__q.apply(r.g_Qc()[this.g_$u + g].g_Qd(), a)
);
}
g_$x(a, ...t) {
const n = this.g_Tq,
r = n.g_H$(),
e = r.length;
if (0 === e) return this.g_$g ? '' : 0;
const s = _(a, e);
this.g_TA.g_TU().g_Uu(n);
const g = r[s];
let d = 0;
return (
n.g_EF() && (d = g.g_EA().g_$w(n.g_$r())),
this.g__q.apply(g.g_Qc()[this.g_$u + d].g_Qd(), t)
);
}
}
class d extends g_aO.g__X {
constructor(g, _) {
super(g), (this.g_$y = null), (this.g_$z = _[1]);
}
g_Vu() {
(this.g_$y = this.g_Be.g_ED().g_VN(this.g_$z, this.g_ue.g_Xv())), (this.g_$z = null);
}
g_$A() {
return this.g_$y;
}
}
}
{
function _(g) {
const _ = self.g_$B[g];
if (!_) throw new Error('invalid expression number');
return _;
}
g_aO.g_$C = class extends g_aO.g_eh {
constructor(g, _, e) {
super(),
(this.g_ue = g),
(this.g_Dr = e),
(this.g_kL = _),
(this.g_bd = null),
(this.g_$D = !1),
(this.g__K = !1);
}
static g_sf(_, a, o) {
const p = a[0];
return g_aO.g_ej([t, s, i, d, c, u, g, t, d, d, f, E, i, m, s, h, e, l, n][p], _, p, o, a);
}
g_Vu() {}
g_$b() {
this.g_$D = !0;
}
g_$h(g) {
!this.g_$D && g && (g.g_Ir().g_Iq() || (this.g_$D = !0));
}
g_$E() {
return this.g_$D;
}
g_EM() {
return this.g_Dr;
}
g_BI() {
return this.g_ue.g_BI();
}
g_Xv() {
return this.g_ue.g_Xv();
}
g_Xl() {
return this.g__K;
}
};
class t extends g_aO.g_$C {
constructor(g, a, t, n) {
super(g, a, t), (this.g_$F = 0);
const e = n[1];
(this.g_$G = e[0]), (this.g_$H = []), (this.g_$I = null);
for (let _ = 1, i = e.length; _ < i; ++_) this.g_$H.push(g_aO.g__X.g__Y(this, e[_]));
this.g_$H.length ? (this.g_bd = this.g_$J) : ((this.g_bd = _(this.g_$G)), (this.g__K = !0));
}
g_$K(g) {
if (0 > g || g >= this.g_$H.length) throw new RangeError('invalid numbered node');
return this.g_$H[g];
}
g_Vu() {
for (const g of this.g_$H) g.g_Vu();
const g = _(this.g_$G);
this.g_$I = this.g_$H.length ? g(this) : g;
}
g_$k() {
return this.g_$F;
}
g_$J(g) {
return (this.g_$F = g), this.g_$I();
}
}
class s extends t {
constructor(g, _, e, a) {
super(g, _, e, a),
(this.g_bd = this.g_$L),
14 === _ && (this.g_Xv().g_Zf(), this.g_ue instanceof g_aO.g_Y_ && this.g_Xv().g_Zs());
}
g_$L(g) {
this.g_$F = g;
const _ = this.g_$I();
return 'string' == typeof _ ? _ : '';
}
g_$M() {
return _(this.g_$G)();
}
}
class u extends t {
constructor(g, _, e, a) {
super(g, _, e, a), (this.g_bd = this.g_Em), (this.g__K = !1);
}
g_Em(g) {
this.g_$F = g;
const _ = this.g_$I(),
e = this.g_BI().g_ZC();
return e.g_Em(_);
}
}
class d extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e), (this.g_$N = a[1]), (this.g_bd = this.g_$O), (this.g__K = !0);
}
g_$O() {
return this.g_$N;
}
}
class e extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e), (this.g_$P = a[1]), (this.g_bd = this.g_$Q), (this.g__K = !0);
}
g_$Q() {
return this.g_$P;
}
}
class c extends g_aO.g_$C {
constructor(g, _, a, t) {
super(g, _, a), (this.g_Tq = this.g_BI().g_D_(t[1])), (this.g_bd = this.g_EA);
const n = this.g_Xv();
n.g_YZ(this.g_Tq),
this.g_ue instanceof g_aO.g_Y_ ? n.g_Zs() : n.g_Xs() && n.g_Xs().g_Zs(),
(this.g__K = !0);
}
g_EA() {
return this.g_Tq;
}
}
class g extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e),
(this.g_Dq = this.g_BI().g_Wy().g_IS(a[1])),
(this.g_bd = this.g_EL),
(this.g__K = !0);
}
g_EL() {
return this.g_Dq;
}
}
class h extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e),
(this.g_Nt = this.g_BI().g_LT().g_KE(a[1])),
(this.g_bd = this.g_NI),
(this.g__K = !0);
}
g_NI() {
return this.g_Nt;
}
}
class i extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e), (this.g_$R = a[1]), (this.g_bd = this.g_$S), (this.g__K = !0);
}
g_$S() {
return this.g_$R;
}
}
class f extends g_aO.g_$C {
constructor(g, _, a, t) {
super(g, _, a), (this.g_$T = t[1]);
const n = this.g_ue.g_EA();
n && n.g_EF()
? ((this.g_bd = this.g_$U), this.g_$b())
: ((this.g_bd = this.g_$V), (this.g__K = !0));
}
g_$V() {
return this.g_$T;
}
g_$U(g) {
g = g || 0;
const _ = this.g_ue.g_EA(),
t = _.g_Tu(),
n = t.g_H$();
let i = null;
if (n.length) i = n[g % n.length].g_EA();
else if (t.g_TH()) {
const _ = t.g_TI();
i = _[g % _.length].g_EA();
} else if (0 < _.g_EK()) {
const e = _.g_H$();
i = e[g % e.length].g_EA();
} else return 0;
return this.g_$T + i.g_$q(_.g_$r());
}
}
class E extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e),
(this.g_$z = a[1]),
(this.g_$y = null),
(this.g_bd = this.g_$W),
(this.g__K = !0);
}
g_Vu() {
(this.g_$y = this.g_BI().g_ED().g_VN(this.g_$z, this.g_Xv())), (this.g_$z = null);
}
g_$W() {
return this.g_$y;
}
}
class l extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e),
(this.g_$X = a[1]),
(this.g_$e = null),
(this.g_bd = this.g_$Y),
(this.g__K = !0);
}
g_Vu() {
(this.g_$e = this.g_BI().g_ED().g_VZ(this.g_$X)), (this.g_$X = null);
}
g_$Y() {
return this.g_$e;
}
}
class m extends g_aO.g_$C {
constructor(g, _, e, t) {
super(g, _, e), (this.g_$Z = []), (this.g_$_ = []), (this.g__K = !0);
for (let n = 1, a = t.length; n < a; ++n) {
const g = g_aO.g_$C.g_sf(this.g_ue, t[n], 0);
this.g_$Z.push(g), this.g_$_.push(0), g.g_Xl() || (this.g__K = !1);
}
this.g_bd = this.g_$$;
}
g_Vu() {
for (const g of this.g_$Z) g.g_Vu();
}
g_$$() {
const g = this.g_$Z,
_ = this.g_$_;
for (let e = 0, a = g.length; e < a; ++e) _[e] = g[e].g_bd(0);
return _;
}
}
class n extends g_aO.g_$C {
constructor(g, _, e, a) {
super(g, _, e), (this.g_aaa = a[1]), (this.g_bd = this.g_jL), (this.g__K = !0);
}
g_jL() {
return this.g_aaa;
}
}
}
{
function g(g, _) {
for (let e = 0, a = g.length; e < a; ++e) _[e] = g[e].g_bd(0);
}
const _ = [],
t = function () {};
g_aO.g_YY = class extends g_aO.g_eh {
constructor(g, n, a) {
if (
(super(),
(this.g__D = g),
(this.g_Be = g.g_BI()),
(this.g_Dr = a),
(this.g__q = this.g_Be.g__p(n[1])),
(this.g_aab = 0 < n[3]),
(this.g_aac = 2 === n[3]),
(this.g_aad = !!n[4]),
(this.g_aae = !!n[5]),
(this.g_qV = !!n[6]),
(this.g_Ds = n[7]),
(this.g_aaf = this.g__D.g_TS()),
(this.g_Tq = null),
(this.g_$t = null),
(this.g_$u = -1),
(this.g__Z = null),
(this.g_vz = t),
(this.g_Wq = t),
(this.g_a_ = []),
(this.g_aag = []),
(this.g_aah = !1),
(this.g_aai = null),
(this.g_aaj = null),
(this.g_YQ = this.g_Be.g_IC() ? { g_YR: n[8][0], g_aak: n[8][1] } : null),
-1 === n[0]
? (this.g__Z = this.g_Be.g___())
: ((this.g_Tq = this.g_Be.g_D_(n[0])),
n[2] && ((this.g_$t = this.g_Tq.g_Qe(n[2])), (this.g_$u = this.g_Tq.g_N_(n[2]))),
this.g__D.g_Xs() && this.g__D.g_Xs().g_Zs()),
10 === n.length)
) {
let g = n[9];
for (let _ of g)
this.g_a_.push(g_aO.g_$C.g_sf(this, _, this.g_a_.length)), this.g_aag.push(0);
}
0 === this.g_a_.length && ((this.g_a_ = _), (this.g_aag = _)), this.g__D.g_ED().g_Vy(this);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_YY, g, _, e);
}
g_Vu() {
for (const g of this.g_a_) g.g_Vu(), g.g_$E() && (this.g_aah = !0);
this.g_aac
? ((this.g_vz = this.g_aal), (this.g_Wq = this.g_aam))
: this.g__Z
? (this.g_aan(), (this.g_Wq = this.g_aao))
: this.g_Tq.g_Ir().g_Iq()
? (this.g_aap(), (this.g_Wq = this.g_aaq))
: this.g_qV
? ((this.g_vz = this.g_aar), (this.g_Wq = this.g_aas))
: ((this.g_vz = this.g_aat), (this.g_Wq = this.g_aau));
}
g_aan() {
const g = this.g__Z,
_ = this.g__Z;
this.g_aav(g, _, this.g_aaw);
}
g_aap() {
const g = this.g_Tq.g_Ir(),
_ = this.g_Tq.g_$i().g_Qd();
this.g_aav(g, _, this.g_aax);
}
g_aav(_, a, g) {
const t = this.g__q,
n = this.g_aae,
e = this.g_a_;
if (0 === e.length) {
const g = _.g_$d(t, a);
this.g_vz = n
? function () {
return g_aO.xor(g(), n);
}
: g;
} else if (1 === e.length) {
const g = e[0];
if (!n && g.g_Xl()) this.g_vz = _.g_aay(t, a, g.g_bd(0));
else {
const e = _.g_$d(t, a);
this.g_vz = function () {
return g_aO.xor(e(g.g_bd(0)), n);
};
}
} else if (2 === e.length) {
const i = e[0],
r = e[1];
if (!n && i.g_Xl() && r.g_Xl()) this.g_vz = _.g_aaz(t, a, i.g_bd(0), r.g_bd(0));
else {
const g = _.g_$d(t, a);
this.g_vz = function () {
return g_aO.xor(g(i.g_bd(0), r.g_bd(0)), n);
};
}
} else if (3 === e.length) {
const i = e[0],
r = e[1],
g = e[2];
if (!n && i.g_Xl() && r.g_Xl() && g.g_Xl())
this.g_vz = _.g_aaA(t, a, i.g_bd(0), r.g_bd(0), g.g_bd(0));
else {
const e = _.g_$d(t, a);
this.g_vz = function () {
return g_aO.xor(e(i.g_bd(0), r.g_bd(0), g.g_bd(0)), n);
};
}
} else this.g_vz = g;
}
g_EN() {
return this.g_Ds;
}
g_XW() {
return this.g__q;
}
g_EA() {
return this.g_Tq;
}
g_NZ() {
return this.g_$t;
}
g_Xv() {
return this.g__D;
}
g_BI() {
return this.g_Be;
}
g_EM() {
return this.g_Dr;
}
g_ZJ() {
return this.g_EM();
}
g_XR() {
return this.g_aab;
}
g_XX() {
return this.g_aac;
}
g_aaB() {
return this.g_aae;
}
g_ZM() {
return this.g_aad;
}
g_aaC() {
return this.g_YQ.g_YR;
}
g_aaD(g) {
(this.g_YQ.g_YR = !!g), this.g__D.g_Zp();
}
g_aaE() {
return this.g_YQ.g_aak;
}
g_Yl() {
return !this.g_aaC() && !this.g_Be.g_ZT() && !this.g_aaE();
}
g_aaF() {
return this.g_aai || (this.g_aai = new Map()), this.g_aai;
}
g_aaG() {
return this.g_aaj || (this.g_aaj = new Map()), this.g_aaj;
}
g_aaw() {
const _ = this.g_aag;
return g(this.g_a_, _), g_aO.xor(this.g__q.apply(this.g__Z, _), this.g_aae);
}
*g_aao() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_aag;
g(this.g_a_, _);
let e = this.g__q.apply(this.g__Z, _);
return g_aO.g_gA(e) && (e = yield* e), g_aO.xor(e, this.g_aae);
}
return this.g_vz();
}
g_aax() {
const _ = this.g_aag;
g(this.g_a_, _);
const e = this.g_Tq.g_$i().g_Qd();
return g_aO.xor(this.g__q.apply(e, _), this.g_aae);
}
*g_aaq() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_aag;
g(this.g_a_, _);
const e = this.g_Tq.g_$i().g_Qd();
let a = this.g__q.apply(e, _);
return g_aO.g_gA(a) && (a = yield* a), g_aO.xor(a, this.g_aae);
}
return this.g_vz();
}
g_aal() {
return !0;
}
*g_aam() {
return (this.g_aaC() || this.g_Be.g_ZT()) && (yield this), !0;
}
g_aar() {
const _ = this.g_aag;
g(this.g_a_, _);
const e = this.g__q.apply(this.g_$t || this.g_Tq, _);
return this.g_Tq.g_aaH(), e;
}
*g_aas() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_aag;
g(this.g_a_, _);
let e = this.g__q.apply(this.g_$t || this.g_Tq, _);
return g_aO.g_gA(e) && (e = yield* e), this.g_Tq.g_aaH(), e;
}
return this.g_vz();
}
g_aat() {
const g = this.g_a_,
_ = this.g_aag,
e = this.g_Tq.g_Tu();
for (let e = 0, a = g.length; e < a; ++e) {
const a = g[e];
a.g_$E() || (_[e] = a.g_bd(0));
}
return e.g_TF() ? this.g_aaI(e) : this.g_aaJ(e);
}
*g_aau() {
return (this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aat();
}
g_aaK(g) {
const _ = this.g_a_,
a = this.g_aag;
for (let t = 0, n = _.length; t < n; ++t) {
const n = _[t];
n.g_$E() && (a[t] = n.g_bd(g));
}
}
g_aaI(_) {
const a = this.g_Tq,
t = a.g_EF(),
n = a.g_$r(),
r = this.g_$u,
e = a.g_H$(),
s = this.g_aah,
g = this.g_aag,
d = this.g__q,
o = this.g_aae,
u = this.g_aaf && !this.g_aab;
_.g_TE();
for (let a = 0, l = e.length; a < l; ++a) {
const l = e[a];
s && this.g_aaK(a);
let i;
if (0 <= r) {
const _ = t ? l.g_EA().g_$w(n) : 0;
i = d.apply(l.g_Qc()[r + _].g_Qd(), g);
} else i = d.apply(l.g_Qd(), g);
g_aO.xor(i, o) ? _.g_TK(l) : u && _.g_TL(l);
}
return a.g_aaL(!0), _.g_TM(!1), a.g_aaH(), _.g_TG();
}
g_aaJ(_) {
const a = this.g_Tq,
t = a.g_EF(),
s = a.g_$r(),
d = a.g_EJ(),
e = this.g_$u,
u = this.g_aah,
g = this.g_aag,
h = this.g__q,
c = this.g_aae,
l = this.g_aaf && !this.g_aab,
f = _.g_TN(),
n = _.g_TO(),
o = l && !this.g__D.g_ZF(this),
p = o ? n : f;
let m = 0,
E = !1;
for (let r = 0, a = p.length; r < a; ++r) {
const _ = p[r];
u && this.g_aaK(r);
let a;
if (0 <= e) {
const n = t ? _.g_EA().g_$w(s) : 0;
a = h.apply(_.g_Qc()[e + n].g_Qd(), g);
} else a = h.apply(_.g_Qd(), g);
g_aO.xor(a, c)
? ((E = !0), o ? (f.push(_), d && _.g_aaM()) : ((p[m] = _), d && _.g_aaN(m), ++m))
: o
? ((p[m] = _), d && _.g_aaO(m), ++m)
: l && (n.push(_), d && _.g_aaP());
}
g_aO.g_fy(p, m), d && a.g_aaQ(o, m);
const b = E;
return o && !E && (E = this.g_aaR(f)), a.g_aaL(b || l), l ? E : _.g_TG();
}
g_aaR(_) {
const a = this.g_Tq,
t = a.g_EF(),
n = a.g_$r(),
r = this.g_aah,
e = this.g_$u,
s = this.g_aag,
g = this.g__q,
d = this.g_aae;
for (let a = 0, l = _.length; a < l; ++a) {
const l = _[a];
r && this.g_aaK(a);
let i;
if (0 <= e) {
const _ = t ? l.g_EA().g_$w(n) : 0;
i = g.apply(l.g_Qc()[e + _].g_Qd(), s);
} else i = g.apply(l.g_Qd(), s);
if (g_aO.xor(i, d)) return !0;
}
return !1;
}
g_aaS(g, _) {
return this.g_a_[g].g_bd(_);
}
g_XY() {
const g = this.g_a_;
if (!g.length) throw new Error('no parameters');
return g[0].g_$M();
}
g_GG() {
if (!this.g_aai || !this.g_aai.size) return null;
const g = {};
for (const [_, e] of this.g_aai.entries()) {
let a = e;
'collmemory' === _ && (a = [...e.entries()].map((g) => [g[0].g_Ei(), g[1].g_Ei(), g[2]])),
(g[_] = a);
}
return { ex: g };
}
g_GI(g) {
const _ = this.g_Be,
t = g.ex;
if (t) {
const g = this.g_aaF();
g.clear();
for (const [a, n] of Object.entries(t)) {
let e = n;
'collmemory' === a &&
(e = g_aO.g_ej(
g_aO.g_jq,
n.map((g) => [_.g_NN(g[0]), _.g_NN(g[1]), g[2]]).filter((g) => g[0] && g[1])
)),
g.set(a, e);
}
} else this.g_aai && (this.g_aai.clear(), (this.g_aai = null));
}
};
}
{
function g(g, _) {
for (let e = 0, a = g.length; e < a; ++e) _[e] = g[e].g_bd(0);
}
const _ = [],
t = function () {},
e = function* () {};
g_aO.g_Y_ = class extends g_aO.g_eh {
constructor(n, i, a) {
super(), (this.g__D = n);
const e = n.g_BI();
(this.g_Be = e),
(this.g_Dr = a),
(this.g_Ds = 4 <= i.length ? i[3] : -1),
(this.g_aaT = 5 <= i.length ? i[4] : 0),
(this.g__q = null),
(this.g_Tq = null),
(this.g_$t = null),
(this.g_$u = -1),
(this.g__Z = null),
(this.g_aaU = ''),
(this.g_aaV = null),
(this.g_$f = null),
(this.g_vz = t),
(this.g_Wq = t),
(this.g_a_ = []),
(this.g_aag = []),
(this.g_aah = !1),
(this.g_aai = null),
(this.g_aaj = null);
const r = -3 === i[0],
g = r ? i[2] : i[5];
if (
((this.g_YQ = e.g_IC() || r ? { g_YR: g[0], g_aak: g[1], index: g[2] } : null), -1 === i[0])
)
(this.g__Z = e.g___()), (this.g__q = e.g__p(i[1]));
else if (-2 === i[0]) this.g_aaU = i[1];
else if (r) {
const g = e.g__p(i[1]);
(this.g__q = g), (this.g_vz = this.g_aaW), (this.g_Wq = this.g_aaX), (this.g_aaT = 1);
} else
(this.g__q = e.g__p(i[1])),
(this.g_Tq = e.g_D_(i[0])),
i[2] && ((this.g_$t = this.g_Tq.g_Qe(i[2])), (this.g_$u = this.g_Tq.g_N_(i[2])));
if (7 === i.length) {
const g = i[6];
for (const _ of g)
this.g_a_.push(g_aO.g_$C.g_sf(this, _, this.g_a_.length)), this.g_aag.push(0);
}
0 === this.g_a_.length && ((this.g_a_ = _), (this.g_aag = _)), this.g__D.g_ED().g_Vz(this);
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_Y_, g, _, e);
}
g_Vu() {
for (const g of this.g_a_) g.g_Vu(), g.g_$E() && (this.g_aah = !0);
if (this.g__Z) this.g_aan(), (this.g_Wq = this.g_aao);
else if (this.g_aaU) this.g_aaY(), (this.g_aaU = '');
else if (this.g_vz === this.g_aaW) {
const g = this.g__q,
_ = this.g_Be.g_ED().g_VS(this.g__D);
this.g__q = g.bind(null, this.g_Be.g__r(), _);
} else
this.g_$t
? this.g_wz()
? ((this.g_vz = this.g_aaZ), (this.g_Wq = this.g_aa_))
: ((this.g_vz = this.g_aa$), (this.g_Wq = this.g_aba))
: this.g_Tq.g_Ir().g_Iq()
? (this.g_aap(), (this.g_Wq = this.g_aaq))
: this.g_wz()
? ((this.g_vz = this.g_abb), (this.g_Wq = this.g_abc))
: this.g_a_.length
? this.g_a_.every((g) => g.g_$E())
? ((this.g_vz = this.g_abd), (this.g_Wq = this.g_abe))
: this.g_aah
? ((this.g_vz = this.g_abf), (this.g_Wq = this.g_abg))
: this.g_a_.every((g) => g.g_Xl())
? (g(this.g_a_, this.g_aag), (this.g_vz = this.g_abh), (this.g_Wq = this.g_abi))
: ((this.g_vz = this.g_abj), (this.g_Wq = this.g_abk))
: ((this.g_vz = this.g_abh), (this.g_Wq = this.g_abi));
}
g_aan() {
const g = this.g__Z,
_ = this.g__Z;
this.g_aav(g, _, this.g_aaw);
}
g_aap() {
const g = this.g_Tq.g_Ir(),
_ = this.g_Tq.g_$i().g_Qd();
this.g_aav(g, _, this.g_aax);
}
g_aaY() {
const g = this.g__D.g_ED(),
_ = g.g_VZ(this.g_aaU);
_.g_jp()
? ((this.g_aaV = _.g_Xv()),
(this.g_$f = [...new Set([...this.g__D.g_Xx(), ...this.g_aaV.g_Xx()])]),
(this.g_$f = g.g_VD(this.g_$f)),
(this.g_vz = g_aO.g_XP.prototype.g__i.bind(this.g_aaV, this.g_$f, this.g_a_)),
(this.g_Wq = this.g_abl))
: ((this.g_vz = t), (this.g_Wq = e));
}
g_aav(_, a, g) {
const t = this.g__q,
n = this.g_a_;
if (0 === n.length) this.g_vz = _.g_$d(t, a);
else if (1 === n.length) {
const g = n[0];
if (g.g_Xl()) this.g_vz = _.g_aay(t, a, g.g_bd(0));
else {
const n = _.g_$d(t, a);
this.g_vz = function () {
return n(g.g_bd(0));
};
}
} else if (2 === n.length) {
const g = n[0],
i = n[1];
if (g.g_Xl() && i.g_Xl()) this.g_vz = _.g_aaz(t, a, g.g_bd(0), i.g_bd(0));
else {
const n = _.g_$d(t, a);
this.g_vz = function () {
return n(g.g_bd(0), i.g_bd(0));
};
}
} else if (3 === n.length) {
const i = n[0],
r = n[1],
s = n[2];
if (i.g_Xl() && r.g_Xl() && s.g_Xl())
this.g_vz = _.g_aaA(t, a, i.g_bd(0), r.g_bd(0), s.g_bd(0));
else {
const g = _.g_$d(t, a);
this.g_vz = function () {
return g(i.g_bd(0), r.g_bd(0), s.g_bd(0));
};
}
} else this.g_vz = g;
}
g_EN() {
return this.g_Ds;
}
g_wz() {
return 1 === this.g_aaT;
}
g_ZW() {
return 2 === this.g_aaT;
}
g_Zi() {
return 0 !== this.g_aaT;
}
g_EA() {
return this.g_Tq;
}
g_Xv() {
return this.g__D;
}
g_BI() {
return this.g_Be;
}
g_EM() {
return this.g_Dr;
}
g_ZJ() {
return this.g_YQ.index;
}
g_abm() {
return this.g_$f;
}
g_aaC() {
return this.g_YQ.g_YR;
}
g_aaD(g) {
(this.g_YQ.g_YR = !!g), this.g__D.g_Zp();
}
g_aaE() {
return this.g_YQ.g_aak;
}
g_Yl() {
return !this.g_aaC() && !this.g_Be.g_ZT() && !this.g_aaE();
}
g_aaF() {
return this.g_aai || (this.g_aai = new Map()), this.g_aai;
}
g_aaG() {
return this.g_aaj || (this.g_aaj = new Map()), this.g_aaj;
}
g_aaw() {
const _ = this.g_aag;
return g(this.g_a_, _), this.g__q.apply(this.g__Z, _);
}
*g_aao() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_aag;
g(this.g_a_, _);
const e = yield* this.g__q.apply(this.g__Z, _);
return e;
}
return this.g_vz();
}
*g_abl() {
(this.g_aaC() || this.g_Be.g_ZT()) && (yield this);
const g = yield* this.g_aaV.g__l(this.g_$f, this.g_a_);
return g;
}
g_aax() {
const _ = this.g_aag;
return g(this.g_a_, _), this.g__q.apply(this.g_Tq.g_$i().g_Qd(), _);
}
*g_aaq() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_aag;
g(this.g_a_, _);
const e = yield* this.g__q.apply(this.g_Tq.g_$i().g_Qd(), _);
return e;
}
return this.g_vz();
}
g_abh() {
const g = this.g_aag,
_ = this.g_Tq.g_Tu().g_H$();
for (let e = 0, a = _.length; e < a; ++e) this.g__q.apply(_[e].g_Qd(), g);
}
*g_abi() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const g = this.g_aag,
_ = this.g_Tq.g_Tu().g_H$();
for (let e = 0, a = _.length; e < a; ++e) yield* this.g__q.apply(_[e].g_Qd(), g);
} else this.g_abh();
}
g_abj() {
const _ = this.g_aag;
g(this.g_a_, _);
const e = this.g_Tq.g_Tu().g_H$();
for (let g = 0, a = e.length; g < a; ++g) this.g__q.apply(e[g].g_Qd(), _);
}
*g_abk() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_aag;
g(this.g_a_, _);
const e = this.g_Tq.g_Tu().g_H$();
for (let g = 0, a = e.length; g < a; ++g) yield* this.g__q.apply(e[g].g_Qd(), _);
} else this.g_abj();
}
g_abd() {
const g = this.g_a_,
_ = this.g_aag,
a = this.g__q,
t = this.g_Tq.g_Tu().g_H$();
for (let n = 0, e = t.length; n < e; ++n) {
const e = t[n];
for (let e = 0, a = g.length; e < a; ++e) _[e] = g[e].g_bd(n);
a.apply(e.g_Qd(), _);
}
}
*g_abe() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const g = this.g_a_,
_ = this.g_aag,
a = this.g__q,
t = this.g_Tq.g_Tu().g_H$();
for (let n = 0, e = t.length; n < e; ++n) {
const e = t[n];
for (let e = 0, a = g.length; e < a; ++e) _[e] = g[e].g_bd(n);
yield* a.apply(e.g_Qd(), _);
}
} else this.g_abd();
}
g_abf() {
const g = this.g_a_,
_ = this.g_aag,
a = this.g__q,
t = this.g_Tq.g_Tu().g_H$();
for (let e = 0, a = g.length; e < a; ++e) {
const a = g[e];
a.g_$E() || (_[e] = a.g_bd(0));
}
for (let n = 0, e = t.length; n < e; ++n) {
const e = t[n];
for (let e = 0, a = g.length; e < a; ++e) {
const a = g[e];
a.g_$E() && (_[e] = a.g_bd(n));
}
a.apply(e.g_Qd(), _);
}
}
*g_abg() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const g = this.g_a_,
_ = this.g_aag,
a = this.g__q,
t = this.g_Tq.g_Tu().g_H$();
for (let e = 0, a = g.length; e < a; ++e) {
const a = g[e];
a.g_$E() || (_[e] = a.g_bd(0));
}
for (let n = 0, e = t.length; n < e; ++n) {
const e = t[n];
for (let e = 0, a = g.length; e < a; ++e) {
const a = g[e];
a.g_$E() && (_[e] = a.g_bd(n));
}
yield* a.apply(e.g_Qd(), _);
}
} else this.g_abf();
}
g_aa$() {
const _ = this.g_Tq,
t = _.g_EF(),
n = _.g_$r(),
i = this.g_a_,
r = this.g_aah,
e = this.g_aag,
s = this.g__q,
g = this.g_$u,
d = _.g_Tu().g_H$();
for (let g = 0, _ = i.length; g < _; ++g) {
const _ = i[g];
_.g_$E() || (e[g] = _.g_bd(0));
}
for (let _ = 0, a = d.length; _ < a; ++_) {
const a = d[_];
if (r)
for (let g = 0, a = i.length; g < a; ++g) {
const a = i[g];
a.g_$E() && (e[g] = a.g_bd(_));
}
const l = t ? a.g_EA().g_$w(n) : 0;
s.apply(a.g_Qc()[g + l].g_Qd(), e);
}
}
*g_aba() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_Tq,
t = _.g_EF(),
n = _.g_$r(),
i = this.g_a_,
r = this.g_aah,
e = this.g_aag,
s = this.g__q,
g = this.g_$u,
d = _.g_Tu().g_H$();
for (let g = 0, _ = i.length; g < _; ++g) {
const _ = i[g];
_.g_$E() || (e[g] = _.g_bd(0));
}
for (let _ = 0, a = d.length; _ < a; ++_) {
const a = d[_];
if (r)
for (let g = 0, a = i.length; g < a; ++g) {
const a = i[g];
a.g_$E() && (e[g] = a.g_bd(_));
}
const l = t ? a.g_EA().g_$w(n) : 0;
yield* s.apply(a.g_Qc()[g + l].g_Qd(), e);
}
} else this.g_aa$();
}
g_abb() {
const g = this.g_a_,
_ = this.g_aag,
a = this.g__q,
t = this.g_Tq.g_Tu().g_H$(),
n = [];
for (let e = 0, i = t.length; e < i; ++e) {
const i = t[e];
for (let a = 0, t = g.length; a < t; ++a) _[a] = g[a].g_bd(e);
n.push(a.apply(i.g_Qd(), _));
}
return Promise.all(n);
}
*g_abc() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const g = this.g_a_,
_ = this.g_aag,
a = this.g__q,
t = this.g_Tq.g_Tu().g_H$(),
n = [];
for (let e = 0, i = t.length; e < i; ++e) {
const i = t[e];
for (let a = 0, t = g.length; a < t; ++a) _[a] = g[a].g_bd(e);
n.push(yield* a.apply(i.g_Qd(), _));
}
return Promise.all(n);
}
return this.g_abb();
}
g_aaZ() {
const _ = this.g_Tq,
t = _.g_EF(),
n = _.g_$r(),
i = this.g_a_,
r = this.g_aag,
e = this.g__q,
s = this.g_$u,
g = _.g_Tu().g_H$(),
d = [];
for (let _ = 0, a = g.length; _ < a; ++_) {
const a = g[_];
for (let g = 0, e = i.length; g < e; ++g) r[g] = i[g].g_bd(_);
const l = t ? a.g_EA().g_$w(n) : 0;
d.push(e.apply(a.g_Qc()[s + l].g_Qd(), r));
}
return Promise.all(d);
}
*g_aa_() {
if (((this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaE())) {
const _ = this.g_Tq,
t = _.g_EF(),
n = _.g_$r(),
i = this.g_a_,
r = this.g_aag,
e = this.g__q,
s = this.g_$u,
g = _.g_Tu().g_H$(),
d = [];
for (let _ = 0, a = g.length; _ < a; ++_) {
const a = g[_];
for (let g = 0, e = i.length; g < e; ++g) r[g] = i[g].g_bd(_);
const l = t ? a.g_EA().g_$w(n) : 0;
d.push(yield* e.apply(a.g_Qc()[s + l].g_Qd(), r));
}
return Promise.all(d);
}
return this.g_aaZ();
}
async g_aaW() {
try {
await this.g__q();
} catch (g) {
console.error(
`Unhandled exception running script %c${this.g__D
.g_Hl()
.g_pY()}, event ${this.g__D.g_Zv()}, action ${this.g_ZJ() + 1}:`,
'font-size: 1.2em; font-weight: bold;',
g
),
self.g_IF && self.g_IF.g__t(this),
g_aO.g_XV.g__u() ||
(console.info(
`%cTip:%c run this to highlight in Construct the last script that had an error: %cgoToLastErrorScript()`,
'font-weight: bold; text-decoration: underline',
'',
'font-weight: bold'
),
g_aO.g_XV.g__v());
}
}
*g_aaX() {
return (this.g_aaC() || this.g_Be.g_ZT()) && (yield this), this.g_aaW();
}
g_GG() {
return this.g_aai && this.g_aai.size ? { ex: g_aO.g_gx(this.g_aai) } : null;
}
g_GI(g) {
this.g_aai && (this.g_aai.clear(), (this.g_aai = null));
const _ = g.ex;
_ && (this.g_aai = g_aO.g_gy(_));
}
};
}
{
function gg(g, _) {
return g_aO.compare(this.g_CU().g_Ig(), g, _);
}
function a(g, _) {
return g_aO.compare(this.g_CU().g_Ih(), g, _);
}
function b() {
const g = this.g_CU();
return g.g_FZ(g.g_Em().g_EW());
}
function c() {
const g = this.g_CU(),
_ = g.g_EL(),
e = g.g_Gi();
return 0 > e.g_hX() || 0 > e.g_hY() || e.g_hV() > _.g_pN() || e.g_hW() > _.g_pO();
}
function d(_, a, t) {
const n = this.g_Tu(),
r = n.g_H$();
if (!r.length) return !1;
let e = r[0],
s = e.g_CU(),
l = e,
o = g_aO.g_eu(s.g_Ig(), s.g_Ih(), a, t);
for (let g = 1, n = r.length; g < n; ++g) {
(e = r[g]), (s = e.g_CU());
const n = g_aO.g_eu(s.g_Ig(), s.g_Ih(), a, t);
((0 === _ && n < o) || (1 === _ && n > o)) && ((o = n), (l = e));
}
return n.g_TR(l), !0;
}
function e(g) {
const _ = this.g_CU();
_.g_Ig() === g || (_.g_abn(g), _.g_En());
}
function f(g) {
const _ = this.g_CU();
_.g_Ih() === g || (_.g_abo(g), _.g_En());
}
function g(g, _) {
const e = this.g_CU();
e.g_abp(g, _) || (e.g_abq(g, _), e.g_En());
}
function h(g, _) {
if (g) {
const t = g.g_abr(this.g_b_);
if (t) {
const [g, a] = t.g_abs(_),
n = this.g_CU();
(n.g_Ig() === g && n.g_Ih() === a) || (n.g_abq(g, a), n.g_En());
}
}
}
function i(g) {
if (0 !== g) {
const _ = this.g_CU();
_.g_abt(_.g_abu() * g, _.g_abv() * g), _.g_En();
}
}
function j(g, _) {
if (0 !== _) {
const e = this.g_CU();
(g = g_aO.g_er(g)), e.g_abt(Math.cos(g) * _, Math.sin(g) * _), e.g_En();
}
}
function k() {
return this.g_CU().g_Ig();
}
function l() {
return this.g_CU().g_Ih();
}
function m() {
return this.g_Be.g_KW(this.g_b_);
}
function n(g, _) {
return g_aO.compare(this.g_CU().g_pN(), g, _);
}
function o(g, _) {
return g_aO.compare(this.g_CU().g_pO(), g, _);
}
function p(g) {
const _ = this.g_CU();
_.g_pN() === g || (_.g_Hj(g), _.g_En());
}
function q(g) {
const _ = this.g_CU();
_.g_pO() === g || (_.g_Hk(g), _.g_En());
}
function r(g, _) {
const e = this.g_CU();
(e.g_pN() === g && e.g_pO() === _) || (e.g_wQ(g, _), e.g_En());
}
function s() {
return this.g_CU().g_pN();
}
function t() {
return this.g_CU().g_pO();
}
function u() {
return this.g_CU().g_Gi().g_hV();
}
function v() {
return this.g_CU().g_Gi().g_hW();
}
function w() {
return this.g_CU().g_Gi().g_hX();
}
function x() {
return this.g_CU().g_Gi().g_hY();
}
function y(g, _) {
return g_aO.g_ew(this.g_CU().g_Fj(), g_aO.g_er(_)) <= g_aO.g_er(g);
}
function z(g) {
return g_aO.g_ey(this.g_CU().g_Fj(), g_aO.g_er(g));
}
function A(g, _) {
const a = g_aO.g_er(g),
t = g_aO.g_er(_),
n = this.g_CU().g_Fj(),
e = !g_aO.g_ey(t, a);
return e ? g_aO.g_ey(n, a) || !g_aO.g_ey(n, t) : g_aO.g_ey(n, a) && !g_aO.g_ey(n, t);
}
function B(g) {
const _ = this.g_CU(),
e = g_aO.g_eq(g_aO.g_er(g));
isNaN(e) || _.g_Fj() === e || (_.g_Fi(e), _.g_En());
}
function C(g) {
if (!(isNaN(g) || 0 === g)) {
const _ = this.g_CU();
_.g_Fi(_.g_Fj() + g_aO.g_er(g)), _.g_En();
}
}
function D(g) {
if (!(isNaN(g) || 0 === g)) {
const _ = this.g_CU();
_.g_Fi(_.g_Fj() - g_aO.g_er(g)), _.g_En();
}
}
function E(g, _) {
const t = this.g_CU(),
n = t.g_Fj(),
e = g_aO.g_ex(n, g_aO.g_er(_), g_aO.g_er(g));
isNaN(e) || n === e || (t.g_Fi(e), t.g_En());
}
function F(_, t, n) {
const r = this.g_CU(),
e = r.g_Fj(),
s = t - r.g_Ig(),
a = n - r.g_Ih(),
g = Math.atan2(a, s),
d = g_aO.g_ex(e, g, g_aO.g_er(_));
isNaN(d) || e === d || (r.g_Fi(d), r.g_En());
}
function G(_, t) {
const n = this.g_CU(),
i = n.g_Fj(),
e = _ - n.g_Ig(),
a = t - n.g_Ih(),
r = Math.atan2(a, e);
isNaN(r) || i === r || (n.g_Fi(r), n.g_En());
}
function H() {
return g_aO.g_es(this.g_CU().g_Fj());
}
function I(g, _) {
return g_aO.compare(g_aO.g_eJ(100 * this.g_CU().g_zk()), g, _);
}
function J() {
return this.g_CU().g_ET();
}
function K(g) {
const _ = this.g_CU();
(g = 2 === g ? !_.g_ET() : 0 != g), _.g_ET() === g || (_.g_EU(g), this.g_Be.g_EV());
}
function L(g) {
const _ = g_aO.g_ep(g / 100, 0, 1),
e = this.g_CU();
e.g_zk() === _ || (e.g_zm(_), this.g_Be.g_EV());
}
function M(g) {
Tg.g_g$(g);
const _ = this.g_CU();
_.g_QI().g_gV(Tg) || (_.g_abw(Tg), this.g_Be.g_EV());
}
function N() {
const g = this.g_CU().g_QI();
return g_aO.g_eL(g.g_gP(), g.g_gQ(), g.g_gR(), g.g_gS());
}
function O() {
return g_aO.g_eJ(100 * this.g_CU().g_zk());
}
function P(g) {
return !!g && this.g_CU().g_Em() === g;
}
function Q(_) {
const g = this.g_Tu(),
a = g.g_H$();
if (!a.length) return !1;
let t = a[0],
n = t;
for (let e = 1, g = a.length; e < g; ++e) {
const t = a[e],
r = t.g_CU(),
s = n.g_CU(),
g = r.g_Em().g_EM(),
d = s.g_Em().g_EM();
0 === _
? (g > d || (g === d && r.g_Fz() > s.g_Fz())) && (n = t)
: (g < d || (g === d && r.g_Fz() < s.g_Fz())) && (n = t);
}
return g.g_TR(n), !0;
}
function R(g, _, a) {
const t = this.g_CU(),
n = 0 === g ? t.g_Do() : t.g_Jg();
return g_aO.compare(n, _, a);
}
function S() {
this.g_CU().g_abx();
}
function T() {
this.g_CU().g_aby();
}
function U(g) {
g && this.g_CU().g_abz(g);
}
function V(g, _) {
if (_) {
const e = _.g_abA(this.g_Nj());
e && this.g_CU().g_abB(e, 0 === g);
}
}
function W(g) {
const _ = this.g_CU();
_.g_Do() === g || (_.g_Fh(g), this.g_Be.g_EV());
}
function X() {
return this.g_CU().g_Em().g_EM();
}
function Y() {
return this.g_CU().g_Em().g_pY();
}
function Z() {
return this.g_CU().g_Fz();
}
function $() {
return this.g_CU().g_Do();
}
function _() {
return this.g_CU().g_Jg();
}
function _g(g, _) {
const a = this.g_EA().g_EP().g_Qg(_);
if (a) {
const _ = a.g_EM(),
t = 1 === g,
n = this.g_CU().g_Gd();
n.g_Qf(_) === t || (n.g_abC(_, t), n.g_abD(), this.g_Be.g_EV());
}
}
function eg(g, _, e) {
const t = this.g_EA().g_EP().g_Qg(g);
if (t) {
const n = t.g_EM(),
a = this.g_CU().g_Gd(),
i = a.g_Gh(n);
if (((_ = Math.floor(_)), !(0 > _ || _ >= i.length))) {
const r = t.g_tq().g_tB(_);
if ('color' === r) {
Tg.g_g$(e);
const g = i[_];
if (Tg.g_gV(g)) return;
g.g_gO(Tg);
} else {
if (('percent' === r && (e /= 100), i[_] === e)) return;
i[_] = e;
}
a.g_Qf(n) && this.g_Be.g_EV();
}
}
}
function ag(g, _, e) {
return g_aO.compare(this.g_Nj().g_QL(g), _, e);
}
function tg(g) {
return !!this.g_Nj().g_QL(g);
}
function ng(_, a) {
const t = this.g_Tu(),
n = t.g_H$();
if (!n.length) return !1;
let i = n[0],
r = i,
s = i.g_QL(a);
for (let g = 1, e = n.length; g < e; ++g) {
i = n[g];
const e = i.g_QL(a);
((0 === _ && e < s) || (1 === _ && e > s)) && ((s = e), (r = i));
}
return t.g_TR(r), !0;
}
function ig(g) {
return this.g_Be.g_VH().g_aaB() ? sg(this, g) : rg(this, g);
}
function rg(g, _) {
const e = g.g_BI().g_NN(_);
if (!e) return !1;
const a = g.g_Tu();
if (!a.g_TF() && !a.g_TN().includes(e)) return !1;
if (g.g_EF()) {
if (e.g_EA().g_abE(g)) return a.g_TR(e), g.g_aaH(), !0;
} else if (e.g_EA() === g) return a.g_TR(e), g.g_aaH(), !0;
return !1;
}
function sg(g, _) {
const t = g.g_Tu();
if (t.g_TF()) {
t.g_TM(!1), t.g_TE();
const n = g.g_H$();
for (let g = 0, a = n.length; g < a; ++g) {
const a = n[g];
a.g_Ei() === _ ? t.g_TL(a) : t.g_TK(a);
}
return g.g_aaH(), !!t.g_TN().length;
} else {
const n = t.g_TN();
let i = 0;
for (let g = 0, e = n.length; g < e; ++g) {
const e = n[g];
(n[i] = e), e.g_Ei() === _ ? t.g_TL(e) : ++i;
}
return g_aO.g_fy(n, i), g.g_aaH(), !!n.length;
}
}
function dg() {
this.g_Be.g_EB(this.g_b_);
}
function lg() {
return !0;
}
function og() {
return !0;
}
function ug(g, _) {
this.g_Nj().g_QN(g, _);
}
function pg(g, _) {
const e = this.g_Nj(),
a = e.g_QL(g);
'number' == typeof a && 'number' != typeof _
? (_ = parseFloat(_))
: 'string' == typeof a && 'string' != typeof _ && (_ = _.toString()),
e.g_QN(g, a + _);
}
function hg(g, _) {
const e = this.g_Nj(),
a = e.g_QL(g);
'number' != typeof a || ('number' != typeof _ && (_ = parseFloat(_)), e.g_QN(g, a - _));
}
function cg(g, _) {
this.g_Nj().g_QN(g, _ ? 1 : 0);
}
function fg(g) {
const _ = this.g_Nj();
_.g_QN(g, 0 === _.g_QL(g) ? 1 : 0);
}
function mg(g) {
let _;
try {
_ = JSON.parse(g);
} catch (g) {
return void console.error('Failed to load from JSON string: ', g);
}
this.g_Nj().g_GJ(_, 'state');
}
function Eg() {
return JSON.stringify(this.g_Nj().g_GH('state'));
}
function bg() {
return this.g_Nj().g_EA().g_pY();
}
function yg() {
const g = this.g_Be.g_VG().g_Uv();
let _ = g.g_EK();
const e = this.g_Be.g_abF();
for (const a of e) g.g_EF() ? a.g_EA().g_abE(g) && ++_ : a.g_EA() === g && ++_;
return _;
}
function Bg() {
return this.g_Be.g_VG().g_Uv().g_Tu().g_H$().length;
}
function vg() {
return this.g_b_.g_Id();
}
function Cg() {
return this.g_b_.g_Ei();
}
const Tg = new g_aO.g_gB();
g_aO.g_abG = function (rg, sg) {
const Tg = rg[1],
Hg = rg[3],
Ng = rg[4],
xg = rg[5],
qg = rg[6],
Ug = rg[7],
wg = rg[8],
Ig = sg.g_HW,
Dg = sg.g_abH,
Rg = sg.g__$;
Hg &&
((Ig.g_abI = gg),
(Ig.g_abJ = a),
(Ig.g_abK = b),
(Ig.g_abL = c),
(Ig.g_abM = d),
(Dg.g_abn = e),
(Dg.g_abo = f),
(Dg.g_abN = g),
(Dg.g_abO = h),
(Dg.g_abP = i),
(Dg.g_abQ = j),
(Rg.g_abR = k),
(Rg.g_abS = l),
(Rg.g_abT = m)),
Ng &&
((Ig.g_abU = n),
(Ig.g_abV = o),
(Dg.g_Hj = p),
(Dg.g_Hk = q),
(Dg.g_wQ = r),
(Rg.g_abW = s),
(Rg.g_abX = t),
(Rg.g_abY = u),
(Rg.g_abZ = v),
(Rg.g_ab_ = w),
(Rg.g_ab$ = x)),
xg &&
((Ig.g_aca = y),
(Ig.g_acb = z),
(Ig.g_acc = A),
(Dg.g_Fi = B),
(Dg.g_acd = C),
(Dg.g_ace = D),
(Dg.g_acf = E),
(Dg.g_acg = F),
(Dg.g_ach = G),
(Rg.g_aci = H)),
qg &&
((Ig.g_ET = J),
(Ig.g_acj = I),
(Dg.g_EU = K),
(Dg.g_zm = L),
(Dg.g_ack = M),
(Rg.g_acl = O),
(Rg.g_acm = N)),
Ug &&
((Ig.g_acn = P),
(Ig.g_aco = Q),
(Ig.g_acp = R),
(Dg.g_acq = S),
(Dg.g_acr = T),
(Dg.g_acs = U),
(Dg.g_act = V),
(Dg.g_Fh = W),
(Rg.g_acu = X),
(Rg.g_acv = Y),
(Rg.g_acw = Z),
(Rg.g_acx = $),
(Rg.g_acy = _)),
wg && ((Dg.g_acz = _g), (Dg.g_acA = eg)),
Tg ||
((Ig.g_acB = ag),
(Ig.g_acC = tg),
(Ig.g_acD = ng),
(Ig.g_acE = ig),
(Dg.g_acF = ug),
(Dg.g_acG = pg),
(Dg.g_acH = hg),
(Dg.g_acI = cg),
(Dg.g_acJ = fg),
(Ig.g_acK = lg),
(Ig.g_acL = og),
(Dg.g_acM = dg),
!Dg.g_acN && (Dg.g_acN = mg),
!Rg.g_acO && (Rg.g_acO = Eg),
(Rg.g_acP = yg),
(Rg.g_acQ = Bg),
(Rg.g_acR = vg),
(Rg.g_acS = Cg),
(Rg.g_acT = bg));
};
}
'use strict',
(g_aO.g_WO = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_TW = g),
(this.g_kL = ''),
(this.g_RW = -1),
(this.g_acU = ''),
(this.g_acV = !1),
(this.g_acW = null),
(this.g_Ud = 0),
(this.g_Yw = []),
(this.g_acX = new Map()),
(this.g_acY = null),
(this.g_acZ = -1),
(this.g__y = null),
(this.g_ac_ = !1);
}
g_ek() {
(this.g_kL = ''),
(this.g_RW = -1),
(this.g_acU = ''),
(this.g_acW = null),
(this.g_acY = null),
(this.g__y = null),
(this.g_acZ = -1),
g_aO.g_fz(this.g_Yw);
for (const g of this.g_acX.values()) g.g_ek();
this.g_acX.clear();
}
g_ac$() {
const g = this.g_TW,
_ = g.g_BI().g_EE(),
e = g.g_VG();
(this.g_acW = e.g_TT()), (this.g_Ud = e.g_Uo() + 1);
const a = g.g_Xq(this.g_acW);
a && ((this.g_acY = a), (this.g__y = a.g__F()), a.g_wz() && (this.g_acZ = a.g__H()));
for (const g of _) {
const _ = g.g_Tu();
(_.g_TF() && !this.g_acW.g_Zt(g)) ||
(this.g_Yw.push(g), this.g_acX.set(g, g_aO.g_ej(g_aO.g_ada, _)));
}
}
g_adb(g) {
(this.g_kL = 'timer'), this.g_ac$(), (this.g_RW = this.g_TW.g_BI().g_Gk() + g);
}
g_adc(g) {
(this.g_kL = 'signal'), this.g_ac$(), (this.g_acU = g.toLowerCase());
}
g_add(g) {
(this.g_kL = 'promise'),
this.g_ac$(),
g
.then(() => this.g_ade())
.catch((g) => {
console.warn(
"[C3 runtime] Promise rejected in 'Wait for previous actions to complete': ",
g
),
this.g_ade();
});
}
g_adf() {
return 'timer' === this.g_kL;
}
g_adg() {
return 'signal' === this.g_kL;
}
g_Xm() {
return 'promise' === this.g_kL;
}
g_adh() {
return this.g_acU;
}
g_adi() {
return this.g_acV;
}
g_ade() {
this.g_acV = !0;
}
g_WR() {
return this.g_adf() ? this.g_RW <= this.g_TW.g_BI().g_Gk() : this.g_adi();
}
g_adj(g) {
g.g_Uj(this.g_acW, this.g_Ud);
for (const [_, e] of this.g_acX.entries()) {
const g = _.g_Tu();
e.g_Uj(g);
}
const _ = this.g_acY;
_ && (_.g__g(this.g__y), _.g_wz() && _.g__I(this.g_acZ));
}
g_WS(g) {
this.g_adj(g),
this.g_acW.g_ZX(g),
this.g_acY && this.g_acY.g_wz() && this.g_acY.g__k(this.g_acZ),
this.g_TW.g_WI(this.g_Yw),
(this.g_ac_ = !0);
}
async g_WW(g) {
this.g_adj(g);
for (const _ of this.g_acW.g_ZY(g)) await this.g_TW.g_BI().g_Wp(_);
this.g_acY && this.g_acY.g_wz() && this.g_acY.g__k(this.g_acZ),
this.g_TW.g_WI(this.g_Yw),
(this.g_ac_ = !0);
}
g_WT() {
return this.g_ac_;
}
g_Tz(g) {
for (const _ of this.g_acX.values()) _.g_Tz(g);
}
g_GG() {
const g = {},
_ = {
t: this.g_RW,
st: this.g_acU,
s: this.g_acV,
ev: this.g_acW.g_EN(),
sm: this.g_Yw.map((g) => g.g_EN()),
sols: g
};
this.g_acW.g_ZK(this.g_Ud) && (_.act = this.g_acW.g_VK(this.g_Ud).g_EN());
for (const [_, e] of this.g_acX) g[_.g_EN().toString()] = e.g_GG();
return _;
}
static g_Xn(_, g) {
const t = _.g_BI(),
a = _.g_VW(g.ev);
if (!a) return null;
let n = 0;
if (g.hasOwnProperty('act')) {
const e = _.g_VY(g.act);
if (!e) return null;
n = e.g_EM();
}
const i = g_aO.g_ej(g_aO.g_WO, _);
(i.g_RW = g.t),
(i.g_kL = -1 === i.g_RW ? 'signal' : 'timer'),
(i.g_acU = g.st),
(i.g_acV = g.s),
(i.g_acW = a),
(i.g_Ud = n);
for (const e of g.sm) {
const g = t.g_Ib(e);
g && i.g_Yw.push(g);
}
for (const [a, n] of Object.entries(g.sols)) {
const e = parseInt(a, 10),
r = t.g_Ib(e);
if (!r) continue;
const g = g_aO.g_ej(g_aO.g_ada, null);
g.g_GI(_, n), i.g_acX.set(r, g);
}
return i;
}
}),
'use strict',
(g_aO.g_ada = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Tq = null),
(this.g_adk = !0),
(this.g_CX = []),
g && ((this.g_Tq = g.g_EA()), (this.g_adk = g.g_TF()), g_aO.g_fD(this.g_CX, g.g_TN()));
}
g_ek() {
(this.g_Tq = null), g_aO.g_fz(this.g_CX);
}
g_Uj(g) {
g.g_TM(this.g_adk), g_aO.g_fD(g.g_TN(), this.g_CX);
}
g_Tz(g) {
g_aO.g_fI(this.g_CX, g);
}
g_GG() {
return { sa: this.g_adk, insts: this.g_CX.map((g) => g.g_Ei()) };
}
g_GI(g, _) {
const e = g.g_BI();
(this.g_adk = !!_.sa), g_aO.g_fz(this.g_CX);
for (const t of _.insts) {
const g = e.g_NN(t);
g && this.g_CX.push(g);
}
}
}),
'use strict';
{
function _(g, _) {
let e = g.get(_);
return e || ((e = new Map()), g.set(_, e)), e;
}
g_aO.g_adl = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g.runtime),
(this.g_adm = !!g.g_adn),
(this.g_ado = !!g.g_adp),
(this.g_adq = !!g.g_adr),
(this.g_ads = !!g.g_adt),
(this.g_adu = !!g.g_adv),
(this.g_adw = null),
(this.g_adx = new Map()),
(this.g_ady = new Map()),
(this.g_adz = new Map()),
(this.g_adA = new Map());
}
g_ek() {
this.g_Be = null;
}
g_BI() {
return this.g_Be;
}
g_adB() {}
g_Iq() {
return this.g_adm;
}
g_H_() {
return this.g_ado;
}
g_adC() {
return this.g_adq;
}
g_tt() {
return this.g_ads;
}
g_adD() {
return this.g_adu;
}
g_$d(g, _) {
if (!_) throw new Error("missing 'this' binding");
let e = this.g_adx.get(g);
return e ? e : ((e = g.bind(_)), this.g_adx.set(g, e), e);
}
g_aay(g, a, t) {
if (!a) throw new Error("missing 'this' binding");
const n = _(this.g_ady, g);
let e = n.get(t);
return e ? e : ((e = g.bind(a, t)), n.set(t, e), e);
}
g_aaz(a, t, n, i) {
if (!t) throw new Error("missing 'this' binding");
const e = _(this.g_adz, a),
r = _(e, n);
let g = r.get(i);
return g ? g : ((g = a.bind(t, n, i)), r.set(i, g), g);
}
g_aaA(a, t, n, r, e) {
if (!t) throw new Error("missing 'this' binding");
const s = _(this.g_adA, a),
g = _(s, n),
d = _(g, r);
let i = d.get(e);
return i ? i : ((i = a.bind(t, n, r, e)), d.set(e, i), i);
}
g_adE(g) {
if (!this.g_Iq()) throw new Error('must be single-global plugin');
this.g_adw = g;
}
g_adF() {
if (!this.g_Iq()) throw new Error('must be single-global plugin');
return this.g_adw;
}
g_$i() {
if (!this.g_Iq()) throw new Error('must be single-global plugin');
return this.g_adw.g_$i();
}
};
}
'use strict',
(g_aO.g_adG = class extends g_aO.g_adl {
constructor(g, _) {
super(g), (this.g_adH = _), (this.g_adI = 0), (this.g_adJ = new Map());
}
g_ek() {
super.g_ek();
}
g_adK(g) {
const _ = this.g_adI++;
return this.g_adJ.set(_, g), _;
}
g_adL(g) {
this.g_adJ.delete(g);
}
g_adM(g, _) {
this.g_Be.g_adN(this.g_adH, g, (g) => {
const e = this.g_adJ.get(g.elementId);
_(e, g);
});
}
}),
'use strict',
(g_aO.g_adO = class extends g_aO.g_eh {
constructor(g) {
super(), (this.g_Tq = g), (this.g_Be = g.g_BI()), (this.g_adP = g.g_Ir());
}
g_ek() {
(this.g_Tq = null), (this.g_Be = null), (this.g_adP = null);
}
g_EA() {
return this.g_Tq;
}
g_BI() {
return this.g_Be;
}
g_Ir() {
return this.g_adP;
}
g_adQ() {
return this.g_Tq.g_adQ();
}
g_aaL() {}
g_Hx() {}
g_HD() {}
g_HA() {}
g_HS() {}
g_adR() {}
g_adS() {
return null;
}
}),
'use strict',
(g_aO.g_adT = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_b_ = g),
(this.g_adH = _),
(this.g_Be = g.g_BI()),
(this.g_Tq = this.g_b_.g_EA()),
(this.g_adU = this.g_Tq.g_adV()),
(this.g_JW = null),
(this.g_JY = null),
(this.g_adW = !1),
(this.g_adX = !1),
(this.g_lN = null),
(this.g_ww = !1);
}
g_ek() {
(this.g_ww = !0),
this.g_adY(),
this.g_adZ(),
(this.g_JW = null),
(this.g_JY = null),
this.g_lN && (this.g_lN.g_ek(), (this.g_lN = null)),
(this.g_b_ = null),
(this.g_Be = null),
(this.g_Tq = null),
(this.g_adU = null);
}
g_el() {
return this.g_ww;
}
g_Nj() {
return this.g_b_;
}
g_BI() {
return this.g_Be;
}
g_EA() {
return this.g_Tq;
}
g_Ir() {
return this.g_adU.g_Ir();
}
g_adV() {
return this.g_adU;
}
g_ad_() {
return this.g_b_.g_ad$();
}
g_Ku(g) {
return this.g_Be.g_Ku(g, this.g_b_, null);
}
g_aea(g) {
return this.g_Be.g_aea(g, this.g_b_, null);
}
g_HU(g) {
return this.g_Be.g_HU(g, this.g_b_, null);
}
g_aeb(g, _) {
return this.g_Be.g_aeb(g, this.g_b_, _);
}
g_aec(g, _) {
return this.g_Be.g_aec(g, this.g_b_, _);
}
g_aed(g) {
return this.g_Be.g_aed(g);
}
g_aee(g, _) {
this.g_Be.g_adN(this.g_adH, g, _);
}
g_aef(g) {
for (const [_, e] of g) this.g_aee(_, e);
}
g_aeg(g, _) {
this.g_Be.g_aeh(this.g_adH, g, _);
}
g_aei(g, _) {
return this.g_Be.g_BW(this.g_adH, g, _);
}
g_aej(g, _) {
this.g_Be.g_Cn()
? this.g_aeg(g, _)
: window.c3_runtimeInterface._OnMessageFromRuntime({
type: 'event',
component: this.g_adH,
handler: g,
data: _,
responseId: null
});
}
g_Gg() {
return null;
}
g_abs() {
const g = this.g_b_.g_CU();
return [g.g_Ig(), g.g_Ih()];
}
g_KZ() {}
g_aek() {}
g_ael() {
this.g_adW ||
(!this.g_JW && (this.g_JW = () => this.g_KZ()),
this.g_Be.g_lh().addEventListener('tick', this.g_JW),
(this.g_adW = !0));
}
g_adY() {
this.g_adW && (this.g_Be.g_lh().removeEventListener('tick', this.g_JW), (this.g_adW = !1));
}
g_aem() {
return this.g_adW;
}
g_aen() {
this.g_adX ||
(!this.g_JY && (this.g_JY = () => this.g_aek()),
this.g_Be.g_lh().addEventListener('tick2', this.g_JY),
(this.g_adX = !0));
}
g_adZ() {
this.g_adX && (this.g_Be.g_lh().removeEventListener('tick2', this.g_JY), (this.g_adX = !1));
}
g_aeo() {
return this.g_adX;
}
g_aep() {
return [];
}
g_GH() {
return null;
}
g_GJ() {}
g_aeq() {}
g_aer() {}
g_QF() {}
g_QM() {}
g_Rd(g, _) {
if (0 !== _) {
const e = this.g_QF(g);
if ('number' != typeof e) throw new Error('expected number');
this.g_QM(g, e + _);
}
}
g_QJ() {}
g_aes(g, ..._) {
g.call(this, ..._);
}
g_aet(g, ..._) {
return g.call(this, ..._);
}
g_adS() {
return null;
}
}),
'use strict',
(g_aO.g_aeu = class extends g_aO.g_adT {
constructor(g, _) {
super(g, _), (this.g_Nz = g.g_CU()), (this.g_aev = null), (this.g_aew = null);
}
g_ek() {
if (this.g_aev) {
const g = this.g_Be.g_lh();
g.removeEventListener('webglcontextlost', this.g_aev),
g.removeEventListener('webglcontextrestored', this.g_aew),
(this.g_aev = null),
(this.g_aew = null);
}
(this.g_Nz = null), super.g_ek();
}
g_aex() {
if (!this.g_aev) {
(this.g_aev = () => this.g_CQ()), (this.g_aew = () => this.g_aey());
const g = this.g_Be.g_lh();
g.addEventListener('webglcontextlost', this.g_aev),
g.addEventListener('webglcontextrestored', this.g_aew);
}
}
g_CQ() {}
g_aey() {}
g_CU() {
return this.g_Nz;
}
}),
'use strict';
{
const _ = g_aO.g_ej(g_aO.Rect);
g_aO.g_aez = class extends g_aO.g_aeu {
constructor(g, _) {
super(g, _),
(this.g_aeA = this.g_Ir().g_adK(this)),
(this.g_aeB = !0),
(this.g_aeC = !1),
(this.g_aeD = g_aO.g_ej(g_aO.Rect, 0, 0, -1, -1));
const e = this.g_Be.g_FO();
(this.g_aeE = e.g_aeF()), (this.g_aeG = e.g_aeH()), (this.g_aeI = !1), this.g_ael();
}
g_ek() {
this.g_Ir().g_adL(this.g_aeA), this.g_aeJ('destroy'), (this.g_aeA = -1), super.g_ek();
}
g_aeJ(g, _) {
_ || (_ = {}), (_.elementId = this.g_aeA), this.g_aeg(g, _);
}
g_aeK(g, _) {
_ || (_ = {}), (_.elementId = this.g_aeA), this.g_aej(g, _);
}
g_aeL(g, _) {
return _ || (_ = {}), (_.elementId = this.g_aeA), this.g_aei(g, _);
}
g_aeM(g) {
g || (g = {});
const _ = this.g_CU().g_ET();
(g.elementId = this.g_aeA),
(g.isVisible = _),
Object.assign(g, this.g_aeN()),
(this.g_aeB = !!g.isVisible),
this.g_aeg('create', g),
this.g_aeO(!0);
}
g_aeP(g) {
(g = !!g),
this.g_aeB === g || ((this.g_aeB = g), this.g_aeJ('set-visible', { isVisible: g }));
}
g_KZ() {
this.g_aeO(!1);
}
g_aeQ() {
const g = this.g_Be.g_FO().g_aeR();
return (
'Android' === g_aO.g_bJ.g_bK && ('scale-inner' === g || 'scale-outer' === g || 'crop' === g)
);
}
g_aeO(a) {
var t = Math.round;
const r = this.g_CU(),
s = r.g_Em(),
e = r.g_Ig(),
d = r.g_Ih();
let [g, u] = s.g_GC(e, d),
[c, f] = s.g_GC(e + r.g_pN(), d + r.g_pO());
const E = this.g_Be.g_FO(),
l = E.g_aeS(),
m = E.g_aeT();
if (!r.g_ET() || !s.g_ET()) return void this.g_aeP(!1);
if (!this.g_aeQ()) {
if (0 >= c || 0 >= f || g >= l || u >= m) return void this.g_aeP(!1);
1 > g && (g = 1), 1 > u && (u = 1), c >= l && (c = l - 1), f >= m && (f = m - 1);
}
_.set(g, u, c, f);
const n = E.g_aeF(),
o = E.g_aeH();
if (!a && _.g_l(this.g_aeD) && this.g_aeE === n && this.g_aeG === o)
return void this.g_aeP(!0);
this.g_aeD.g_p(_), (this.g_aeE = n), (this.g_aeG = o), this.g_aeP(!0);
let p = null;
this.g_aeC && (p = s.g_Go() - 0.2),
this.g_aeJ('update-position', {
left: t(this.g_aeD.g_hV()) + E.g_aeU(),
top: t(this.g_aeD.g_hW()) + E.g_aeV(),
width: t(this.g_aeD.width()),
height: t(this.g_aeD.height()),
fontSize: p
});
}
g_aeW() {
this.g_aeJ('focus', { focus: !0 });
}
g_aeX() {
this.g_aeJ('focus', { focus: !1 });
}
g_aeY(g, _) {
this.g_aeJ('set-css-style', { prop: g_aO.g_gz(g), val: _ });
}
g_aeZ() {
this.g_aeI ||
((this.g_aeI = !0),
Promise.resolve().then(() => {
(this.g_aeI = !1), this.g_aeJ('update-state', this.g_aeN());
}));
}
g_aeN() {}
g_ae_() {
return this.g_aeA;
}
};
}
'use strict',
(g_aO.g_ae$ = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g.runtime),
(this.g_afa = g_aO.g_ej(g_aO.g_jx)),
(this.g_afb = g_aO.g_ej(g_aO.g_jx)),
(this.g_afc = null);
const _ = g.g_afd;
if (!_) this.g_afc = new g_afe(this);
else if (((this.g_afc = new _(this)), !(this.g_afc instanceof g_afe)))
throw new TypeError('script interface class must derive from IBehavior');
}
g_ek() {
this.g_afb.g_ek(), this.g_afa.g_ek(), (this.g_Be = null);
}
g_BI() {
return this.g_Be;
}
g_adB() {}
g_aff(g) {
this.g_afa.g_jB(g);
}
g_Kz() {
return this.g_afa.g_jD();
}
g_El(g) {
this.g_afb.g_jB(g);
}
g_Eq(g) {
this.g_afb.g_jt(g);
}
g_H$() {
return this.g_afb.g_jD();
}
g_afg() {
return this.g_afc;
}
}),
'use strict',
(g_aO.g_afh = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g.g_BI()),
(this.g_$t = g),
(this.g_Tq = g.g_EA()),
(this.g_afi = g.g_afj()),
this.g_afi.g_aff(this.g_Tq);
}
g_ek() {
(this.g_Be = null), (this.g_$t = null), (this.g_Tq = null), (this.g_afi = null);
}
g_NZ() {
return this.g_$t;
}
g_EA() {
return this.g_Tq;
}
g_BI() {
return this.g_Be;
}
g_afj() {
return this.g_afi;
}
}),
'use strict',
(g_aO.g_afk = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_afl = g),
(this.g_adH = _),
(this.g_b_ = g.g_afm()),
(this.g_Be = g.g_BI()),
(this.g_$t = g.g_NZ()),
(this.g_adU = this.g_$t.g_adV()),
(this.g_adW = !1),
(this.g_adX = !1),
(this.g_afn = !1),
(this.g_lN = null);
}
g_ek() {
this.g_adY(),
this.g_adZ(),
this.g_afo(),
this.g_lN && (this.g_lN.g_ek(), (this.g_lN = null)),
(this.g_afl = null),
(this.g_b_ = null),
(this.g_Be = null),
(this.g_$t = null),
(this.g_adU = null);
}
g_afj() {
return this.g_$t.g_afj();
}
g_afp() {
return this.g_afl;
}
g_afm() {
return this.g_b_;
}
g_EA() {
return this.g_b_.g_EA();
}
g_CU() {
return this.g_b_.g_CU();
}
g_BI() {
return this.g_Be;
}
g_NZ() {
return this.g_$t;
}
g_adV() {
return this.g_adU;
}
g_Ku(g) {
return this.g_Be.g_Ku(g, this.g_b_, this.g_$t);
}
g_aea(g) {
return this.g_Be.g_aea(g, this.g_b_, this.g_$t);
}
g_HU(g) {
return this.g_Be.g_HU(g, this.g_b_, this.g_$t);
}
g_afq() {}
g_KZ() {}
g_aek() {}
g_afr() {}
g_ael() {
this.g_adW || (this.g_Be.g_afs(this), (this.g_adW = !0));
}
g_adY() {
this.g_adW && (this.g_Be.g_aft(this), (this.g_adW = !1));
}
g_aem() {
return this.g_adW;
}
g_aen() {
this.g_adX || (this.g_Be.g_afu(this), (this.g_adX = !0));
}
g_adZ() {
this.g_adX && (this.g_Be.g_afv(this), (this.g_adX = !1));
}
g_aeo() {
return this.g_adX;
}
g_afw() {
this.g_afn || (this.g_Be.g_afx(this), (this.g_afn = !0));
}
g_afo() {
this.g_afn && (this.g_Be.g_afy(this), (this.g_afn = !1));
}
g_afz() {
return this.g_afn;
}
g_aep() {
return [];
}
g_aee(g, _) {
this.g_Be.g_adN(this.g_adH, g, _);
}
g_afA() {}
g_GH() {
return null;
}
g_GJ() {}
g_QF() {}
g_QM() {}
g_Rd(g, _) {
if (0 !== _) {
const e = this.g_QF(g);
if ('number' != typeof e) throw new Error('expected number');
this.g_QM(g, e + _);
}
}
g_QJ() {}
g_aes(g, ..._) {
g.call(this, ..._);
}
g_aet(g, ..._) {
return g.call(this, ..._);
}
g_adS() {
return null;
}
}),
'use strict';
{
function _(_, t) {
const a = _[0],
n = t[0],
i = a - n;
if (0 != i) return i;
const e = _[1],
r = t[1];
return e - r;
}
let t = null;
const g = new Set(),
n = [],
r = [];
let e = !1;
self.g_afB = class {
constructor(_, a) {
(t = _),
Object.defineProperties(this, {
g_afC: { value: t.g_afD().g_Cy(), writable: !1 },
g_afE: { value: a, writable: !1 },
g_afF: { value: {}, writable: !1 },
g_afG: { value: t.g_afH(), writable: !1 },
g_afI: { value: t.g_afJ(), writable: !1 },
storage: { value: new g_afK(t), writable: !1 },
g_afL: { value: t.g_Cn(), writable: !1 }
}),
t
.g_IA()
.addEventListener('keydown', (_) =>
g.has(_.key) ? void _.stopPropagation() : void g.add(_.key)
),
t.g_IA().addEventListener('keyup', (_) => g.delete(_.key)),
t.g_lh().addEventListener('window-blur', () => g.clear()),
t.g_Cn() &&
(self.alert = (g) => (
e ||
((e = !0),
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."
)),
this.alert(g)
));
}
g_afM(g) {
Object.defineProperties(this.g_afF, g);
}
addEventListener(g, _) {
t.g_IA().addEventListener(g, _);
}
removeEventListener(g, _) {
t.g_IA().removeEventListener(g, _);
}
g_afN(_, ...a) {
const n = t.g_ED(),
r = n.g_VZ(_);
if (!r) throw new Error(`cannot find function name '${_}'`);
if (!r.g_jp()) return r.g_Xt();
if (a.length < r.g__E())
throw new Error(
`not enough function parameters passed for '${_}' (${
a.length
} passed, ${r.g__E()} expected)`
);
const e = r.g_Xv();
let s = null;
const d = n.g_TT();
if (d) {
const g = d.g_Xx();
0 < g.length && ((s = g), n.g_WK(g));
}
const l = e.g_Xw(e.g_Xx(), r.g_Xy(), r.g_Xt(), ...a);
return s && n.g_WM(s), l;
}
g_afO(g) {
const _ = t.g_TB().g_Ua();
if (!_) throw new Error('not in a function which returns a value');
switch (_.g_Ux()) {
case 1:
'number' == typeof g && _.g_Uy(g);
break;
case 2:
'string' == typeof g && _.g_Uy(g);
break;
case 3:
('number' == typeof g || 'string' == typeof g) && _.g_Uy(g);
}
}
get g_abT() {
return t.g_KW();
}
get g_afP() {
return t.g_Gk();
}
get g_afQ() {
return t.g_afR();
}
random() {
return t.g_afS();
}
get g_Jv() {
return t.g_Is().g_Iz();
}
g_afT(g) {
const _ = t.g_Wy();
let e = null;
if ('number' == typeof g || 'string' == typeof g) e = _.g_EL(g);
else throw new TypeError('expected string or number');
if (!e) throw new Error('invalid layout');
return e.g_Iz();
}
g_afU() {
return t
.g_Wy()
.g_IV()
.map((g) => g.g_Iz());
}
g_afV(g) {
const _ = t.g_Wy();
let e = null;
if ('number' == typeof g || 'string' == typeof g) e = _.g_EL(g);
else throw new TypeError('expected string or number');
if (!e) throw new Error('invalid layout');
_.g_Ja() || _.g_I$(e);
}
get keyboard() {
const g = t.g_afW().keyboard;
if (!g)
throw new Error(
'runtime.keyboard used but Keyboard object missing - add it to your project first'
);
return g;
}
get g_afX() {
const g = t.g_afW().g_afX;
if (!g)
throw new Error(
'runtime.mouse used but Mouse object missing - add it to your project first'
);
return g;
}
get g_afY() {
const g = t.g_afW().g_afY;
if (!g)
throw new Error(
'runtime.touch used but Touch object missing - add it to your project first'
);
return g;
}
g_afZ(g, _) {
t.g_af_(g, _);
}
g_af$(g) {
const _ = t.g_NN(g);
return _ ? _.g_ad$() : null;
}
g_aga(e, i) {
const s = t.g_ZC();
for (const g of e) {
const _ = t.g_agb(g);
if (!_ || !_.g_CU()) throw new Error('invalid instance');
const e = _.g_CU();
n.push([e.g_Em().g_EM(), e.g_Fz()]), r.push(_);
}
if (0 === n.length) return;
n.sort(_), r.sort((g, _) => i(g.g_ad$(), _.g_ad$()));
let g = !1;
for (let _ = 0, a = n.length; _ < a; ++_) {
const e = r[_],
a = s.g_Ho(n[_][0]),
t = n[_][1],
d = a.g_Fm();
d[t] !== e && ((d[t] = e), e.g_CU().g_Ia(a), a.g_Ek(), (g = !0));
}
g && t.g_EV(), g_aO.g_fz(n), g_aO.g_fz(r);
}
alert(g) {
return t.g_BW('runtime', 'alert', { message: g });
}
};
}
{
let _ = null;
self.g_BH = class {
constructor(g) {
(_ = g),
Object.defineProperties(this, {
g_agc: { value: _.g_Co('audio/webm; codecs=opus'), writable: !1 }
});
}
g_agd(g) {
return _.g_gb(g);
}
g_age(g) {
return _.g_gc(g);
}
g_agf(g) {
return _.g_gd(g);
}
g_agg(g) {
return _.g_ge(g);
}
g_agh(g) {
return _.g_BZ(g);
}
g_agi(g) {
return g_aO.g_f_(g) && (g = g.toLowerCase()), _.g_BY(g, _.g_BK());
}
get g_agj() {
return _.g_BK();
}
async g_agk(a, t) {
if (this.g_agc)
throw new Error(
'decodeWebMOpus(): not supported because WebM Opus is supported by the platform'
);
const n = await _.g_BI().g_agl(t),
i = new Float32Array(n),
e = a.createBuffer(1, i.length, 48e3),
r = e.getChannelData(0);
return r.set(i), e;
}
g_agm(...g) {
return _.g_Cz(...g);
}
g_agn(g) {
return _.g_CA(g);
}
g_ago(g) {
return _.g_CB(g);
}
};
}
'use strict',
(self.g_afK = class {
constructor(g) {
this.g_agp = g.g_agq();
}
getItem(g) {
return this.g_agp.getItem(g);
}
setItem(g, _) {
return this.g_agp.setItem(g, _);
}
removeItem(g) {
return this.g_agp.removeItem(g);
}
clear() {
return this.g_agp.clear();
}
keys() {
return this.g_agp.keys();
}
}),
'use strict';
{
const _ = new WeakMap();
self.g_agr = class {
constructor(g) {
_.set(this, g),
Object.defineProperties(this, { name: { value: g.g_pY(), writable: !1 } }),
g.g_BI().g_ags(this, g);
}
g_agt() {
return _.get(this)
.g_H$()
.map((g) => g.g_ad$());
}
g_agu() {
const g = _.get(this).g_H$();
return 0 < g.length ? g[0].g_ad$() : null;
}
g_agv() {
return _.get(this)
.g_Tu()
.g_H$()
.map((g) => g.g_ad$());
}
g_agw() {
const g = _.get(this).g_Tu().g_H$();
return 0 < g.length ? g[0].g_ad$() : null;
}
*g_agx() {
for (const g of _.get(this).g_H$()) yield g.g_ad$();
}
*g_agy() {
for (const g of _.get(this).g_Tu().g_H$()) yield g.g_ad$();
}
g_agz(g) {
const e = _.get(this);
if (0 < e.g_EK())
throw new Error(
'setInstanceClass() called too late, because instances have already been created - call in runOnStartup'
);
_.get(this).g_agA(g);
}
g_cg(a, t, n) {
if ('number' != typeof a && 'string' != typeof a)
throw new TypeError('invalid layer parameter');
const r = _.get(this),
e = r.g_BI(),
s = e.g_Is().g_Em(a);
if (!s) throw new Error('invalid layer');
const g = e.g_agB(r, s, t, n),
d = e.g_ED();
if ((d.g_EH(!0), g.g_EI(), g.g_EJ())) for (const _ of g.siblings()) _.g_EI();
return d.g_EH(!1), g.g_ad$();
}
};
}
{
const g = new WeakMap();
self.g_Hd = class {
constructor(_) {
g.set(this, _),
Object.defineProperties(this, {
name: { value: _.g_pY(), writable: !1 },
index: { value: _.g_EM(), writable: !1 }
});
}
addEventListener(_, e) {
g.get(this).g_IA().addEventListener(_, e);
}
removeEventListener(_, e) {
g.get(this).g_IA().removeEventListener(_, e);
}
get width() {
return g.get(this).g_pN();
}
set width(_) {
g.get(this).g_Hj(_);
}
get height() {
return g.get(this).g_pO();
}
set height(_) {
g.get(this).g_Hk(_);
}
scrollTo(_, e) {
const a = g.get(this);
a.g_Hg(_), a.g_Hh(e);
}
g_agC(_) {
const e = g.get(this);
let a = null;
if ('number' == typeof _ || 'string' == typeof _) a = e.g_Em(_);
else throw new TypeError('expected string or number');
if (!a) throw new Error('invalid layer');
return a.g_GK();
}
g_agD() {
return g
.get(this)
.g_Hm()
.map((g) => g.g_GK());
}
};
}
{
const g = new WeakMap();
self.g_DW = class {
constructor(_) {
g.set(this, _),
Object.defineProperties(this, {
name: { value: _.g_pY(), writable: !1 },
index: { value: _.g_EM(), writable: !1 },
g_Jv: { value: _.g_EL().g_Iz(), writable: !1 }
});
}
static g_agE(_) {
return g.get(_);
}
get g_agF() {
return g.get(this).g_ET();
}
set g_agF(_) {
g.get(this).g_EU(_);
}
get opacity() {
return g.get(this).g_zk();
}
set opacity(_) {
(_ = g_aO.g_ep(+_, 0, 1)), isNaN(_) || g.get(this).g_zm(_);
}
g_agG() {
return g.get(this).g_EW().g_hZ();
}
};
}
{
function g(g) {
let _ = e.get(g);
return _ ? _ : ((_ = g_aO.g_ej(g_aO.Event.g_lh)), e.set(g, _), _);
}
const _ = new WeakMap(),
e = new WeakMap();
let t = null;
self.g_agH = class {
constructor() {
_.set(this, t);
const g = {
runtime: { value: t.g_BI().g__r(), writable: !1 },
g_agI: { value: t.g_EA().g_agJ(), writable: !1 },
g_agK: { value: t.g_Ei(), writable: !1 }
};
t.g_agL(g), t.g_agM(g), Object.defineProperties(this, g), t.g_BI().g_ags(this, t);
}
static g_ac$(g) {
t = g;
}
static g_agN() {
return t;
}
g_nP() {
const g = e.get(this);
g && (g.g_ek(), e.delete(this)), _.delete(this);
}
addEventListener(_, e, a) {
g(this).addEventListener(_, e, a);
}
removeEventListener(_, e, a) {
g(this).removeEventListener(_, e, a);
}
dispatchEvent(_) {
g(this).dispatchEvent(_);
}
g_agO() {
const g = _.get(this);
g.g_BI().g_EB(g);
}
};
}
{
const g = new WeakMap(),
_ = 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]
]),
e = new Map([..._.entries()].map((g) => [g[1], g[0]])),
t = g_aO.g_ej(g_aO.g_gB);
self.g_agP = class extends g_agH {
constructor() {
super();
const _ = g_agH.g_agN();
g.set(this, _);
const t = [],
n = _.g_CU(),
a = n.g_Gd();
if (a) {
const g = n.g_EA().g_EP().g_agQ().length;
for (let _ = 0; _ < g; ++_) t.push(new g_agR(n, _));
}
Object.defineProperties(this, { g_agS: { value: t, writable: !1 } });
}
get g_Jv() {
return g.get(this).g_CU().g_EL().g_Iz();
}
get g_Ju() {
return g.get(this).g_CU().g_Em().g_GK();
}
get x() {
return g.get(this).g_CU().g_Ig();
}
set x(_) {
_ = +_;
const e = g.get(this).g_CU();
isNaN(_) || e.g_Ig() === _ || (e.g_abn(_), e.g_En());
}
get y() {
return g.get(this).g_CU().g_Ih();
}
set y(_) {
_ = +_;
const e = g.get(this).g_CU();
isNaN(_) || e.g_Ih() === _ || (e.g_abo(_), e.g_En());
}
get g_agT() {
return g.get(this).g_CU().g_Do();
}
set g_agT(_) {
_ = +_;
const e = g.get(this),
t = e.g_CU();
t.g_Do() === _ || (t.g_Fh(_), e.g_BI().g_EV());
}
get g_agU() {
return g.get(this).g_CU().g_Jg();
}
get width() {
return g.get(this).g_CU().g_pN();
}
set width(_) {
_ = +_;
const e = g.get(this).g_CU();
isNaN(_) || e.g_pN() === _ || (e.g_Hj(_), e.g_En());
}
get height() {
return g.get(this).g_CU().g_pO();
}
set height(_) {
_ = +_;
const e = g.get(this).g_CU();
isNaN(_) || e.g_pO() === _ || (e.g_Hk(_), e.g_En());
}
get angle() {
return g.get(this).g_CU().g_Fj();
}
set angle(_) {
_ = g_aO.g_eq(+_);
const e = g.get(this).g_CU();
isNaN(_) || e.g_Fj() === _ || (e.g_Fi(_), e.g_En());
}
get g_agV() {
return g_aO.g_es(this.angle);
}
set g_agV(g) {
this.angle = g_aO.g_er(g);
}
g_iR() {
return g.get(this).g_CU().g_Gi().g_hZ();
}
g_agW() {
return g.get(this).g_CU().g_agX().g_iM();
}
get g_agF() {
return g.get(this).g_CU().g_ET();
}
set g_agF(_) {
_ = !!_;
const e = g.get(this),
t = e.g_CU();
t.g_ET() === _ || (t.g_EU(_), e.g_BI().g_EV());
}
get opacity() {
return g.get(this).g_CU().g_zk();
}
set opacity(_) {
_ = g_aO.g_ep(+_, 0, 1);
const e = g.get(this),
t = e.g_CU();
isNaN(_) || t.g_zk() === _ || (t.g_zm(_), e.g_BI().g_EV());
}
set g_agY(_) {
if (3 > _.length) throw new Error('expected 3 elements');
t.g_gH(_[0], _[1], _[2]);
const a = g.get(this),
n = a.g_CU();
n.g_QI().g_gV(t) || (n.g_abw(t), a.g_BI().g_EV());
}
get g_agY() {
const _ = g.get(this).g_CU().g_QI();
return [_.g_gP(), _.g_gQ(), _.g_gR()];
}
set g_agZ(a) {
const t = _.get(a);
if ('number' != typeof t) throw new Error('invalid blend mode');
const n = g.get(this),
e = n.g_CU();
e.g_Ex(t), n.g_BI().g_EV();
}
get g_agZ() {
return e.get(g.get(this).g_CU().g_Ey());
}
g_ag_() {
g.get(this).g_CU().g_abx();
}
g_ag$() {
g.get(this).g_CU().g_aby();
}
g_aha(_) {
const e = g_DW.g_agE(_);
if (!e) throw new Error('invalid layer');
g.get(this).g_CU().g_abz(e);
}
g_ahb(_, e) {
g.get(this).g_CU().g_abB(g.get(_), e);
}
g_iq(_, e) {
return g.get(this).g_CU().g_ahc(+_, +e);
}
g_ahd(_) {
const t = g.get(this),
e = g.get(_);
return t.g_BI().g_ahf().g_ahe(t, e);
}
g_ahg() {
const _ = g.get(this),
e = _.g_BI().g_ahf().g_ahh(_);
return e ? e.g_ad$() : null;
}
};
}
{
const g = new WeakMap();
self.g_ahi = class extends g_agP {
constructor() {
super(), g.set(this, g_agH.g_agN());
}
focus() {
g.get(this).g_Qd().g_aeW();
}
blur() {
g.get(this).g_Qd().g_aeX();
}
g_ahj(_, e) {
g.get(this).g_Qd().g_aeY(_, e);
}
};
}
{
const g = new WeakMap();
let _ = null;
self.g_ahk = class {
constructor() {
g.set(this, _);
const e = {
runtime: { value: _.g_BI().g__r(), writable: !1 },
behavior: { value: _.g_afj().g_afg(), writable: !1 }
};
Object.defineProperties(this, e);
}
static g_ac$(g) {
_ = g;
}
static g_agN() {
return _;
}
get g_Ke() {
return g.get(this).g_afm().g_ad$();
}
};
}
{
const g = new WeakMap();
self.g_afe = class {
constructor(_) {
g.set(this, _);
const e = { runtime: { value: _.g_BI().g__r(), writable: !1 } };
Object.defineProperties(this, e);
}
g_agt() {
return g
.get(this)
.g_H$()
.map((g) => g.g_ad$());
}
};
}
{
const g = new WeakMap();
self.g_agR = class {
constructor(_, e) {
g.set(this, _), Object.defineProperties(this, { index: { value: e, writable: !1 } });
}
get name() {
const _ = g.get(this),
e = _.g_EA().g_EP().g_agQ();
return e[this.index].g_pY();
}
get isActive() {
const _ = g.get(this),
e = _.g_Gd();
return e.g_Qf(this.index);
}
set isActive(_) {
_ = !!_;
const a = g.get(this),
t = a.g_Gd();
t.g_Qf(this.index) === _ || (t.g_abC(this.index, _), t.g_abD(), a.g_BI().g_EV());
}
setParameter(_, t) {
_ = Math.floor(+_);
const n = g.get(this),
i = n.g_Gd(),
e = i.g_Gh(this.index);
if (0 > _ || _ >= e.length) throw new RangeError('invalid effect parameter index');
const r = e[_];
if (r instanceof g_aO.g_gB) {
if (!Array.isArray(t) || 3 > t.length)
throw new TypeError('expected array with 3 elements');
const g = t[0],
_ = t[1],
a = t[2];
if (r.g_gW(g, _, a)) return;
r.g_gH(g, _, a);
} else {
if ('number' != typeof t) throw new TypeError('expected number');
if (r === t) return;
e[_] = t;
}
i.g_Qf(this.index) && n.g_BI().g_EV();
}
getParameter(_) {
_ = Math.floor(+_);
const t = g.get(this),
n = t.g_Gd(),
i = n.g_Gh(this.index);
if (0 > _ || _ >= i.length) throw new RangeError('invalid effect parameter index');
const e = i[_];
return e instanceof g_aO.g_gB ? [e.g_gP(), e.g_gQ(), e.g_gR()] : e;
}
};
}
'use strict',
(g_aO.g_HY = {}),
(g_aO.g_ahl = {}),
(g_aO.g_ahm = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g),
(this.g_ahn = []),
(this.g_aho = new Map()),
(this.g__Z = null),
(this.g_ahp = []),
(this.g_ahq = new Map()),
(this.g_ahr = null),
(this.g_ahs = null);
}
g_aht(g) {
const _ = this.g_Be.g__p(g[0]);
if (!_) throw new Error('missing plugin');
g_aO.g_abG(g, _);
const e = g_aO.g_ej(_, {
runtime: this.g_Be,
g_adn: g[1],
g_adp: g[2],
g_adr: g[5],
g_adv: g[8],
g_adt: g[9]
});
e.g_adB(), this.g_ahn.push(e), this.g_aho.set(_, e);
}
g_ahu() {
(this.g__Z = g_aO.g_ej(g_aO.g_HY.g_HX, { runtime: this.g_Be, g_adn: !0 })), this.g__Z.g_adB();
}
g_ahv(g) {
const _ = this.g_Be.g__p(g[1]);
if (!_) throw new Error('missing behavior');
const e = g_aO.g_ej(_, { runtime: this.g_Be });
e.g_adB(),
this.g_ahp.push(e),
this.g_ahq.set(_, e),
!this.g_ahr && g_aO.g_ahl.g_ahw && e instanceof g_aO.g_ahl.g_ahw
? (this.g_ahr = e)
: !this.g_ahs && g_aO.g_ahl.g_ahx && e instanceof g_aO.g_ahl.g_ahx && (this.g_ahs = e);
}
g_ahy(g) {
return this.g_aho.get(g) || null;
}
g_ahz(g) {
return this.g_ahq.has(g);
}
g_ahA(g) {
return this.g_ahq.get(g) || null;
}
g___() {
return this.g__Z;
}
g_ahB() {
return this.g_ahr;
}
g_ahC() {
return this.g_ahs;
}
}),
'use strict';
{
const g = new Set();
g_aO.g_ahD = class extends g_aO.g_eh {
constructor() {
super(),
(this.g_CE = ''),
(this.g_CF = 0),
(this.g_qZ = 0),
(this.g_ahE = 0),
(this.g_ahF = 0),
(this.g_pu = 0),
(this.g_pv = 0),
(this.g_ahG = !1),
(this.g_ahH = null),
(this.g_ahI = ''),
(this.g_wp = g_aO.g_ej(g_aO.Rect)),
g.add(this);
}
g_ek() {
this.g_wt(), (this.g_ahH = null), g.delete(this);
}
static g_CQ() {
for (const _ of g) (_.g_ahI = ''), _.g_wp.set(0, 0, 0, 0);
}
g_ahJ(g) {
(this.g_CE = g[0]),
(this.g_CF = g[1]),
(this.g_qZ = g[2]),
(this.g_ahE = g[3]),
(this.g_ahF = g[4]),
(this.g_pu = g[5]),
(this.g_pv = g[6]),
(this.g_ahG = !0);
}
g_ahK(g) {
(this.g_CE = g[0]),
(this.g_CF = g[1]),
(this.g_ahE = g[2]),
(this.g_ahF = g[3]),
(this.g_pu = g[4]),
(this.g_pv = g[5]),
(this.g_qZ = g[11]),
(this.g_ahG = !0);
}
g_ahL(g, _) {
if (this.g_ahH) throw new Error('already loaded asset');
this.g_CE = _;
const e = {};
return g_aO.g_fZ(_) && (e.g_Ca = 'remote'), this.g_ahM(g, e), this.g_ahH.g_Cd();
}
g_ahN(g) {
if (g === this) throw new Error('cannot replace with self');
this.g_wt(),
(this.g_CE = g.g_CE),
(this.g_CF = g.g_CF),
(this.g_qZ = g.g_qZ),
(this.g_ahE = g.g_ahE),
(this.g_ahF = g.g_ahF),
(this.g_pu = g.g_pu),
(this.g_pv = g.g_pv),
(this.g_ahG = g.g_ahG),
(this.g_ahH = g.g_ahH),
(this.g_ahI = g.g_ahI),
(this.g_wp = g.g_wp);
}
g_Cc() {
return this.g_CE;
}
g_jv() {
return this.g_CF;
}
g_ahO() {
return this.g_qZ;
}
g_ahP() {
return this.g_ahE;
}
g_ahQ() {
return this.g_ahF;
}
g_pN() {
return this.g_pu;
}
g_pO() {
return this.g_pv;
}
g_ahR() {
return this.g_ahH.g_pN();
}
g_ahS() {
return this.g_ahH.g_pO();
}
g_ahM(g, _) {
if (this.g_ahH) throw new Error('already got asset');
(_ = Object.assign({}, _, { url: this.g_Cc(), size: this.g_jv() })), (this.g_ahH = g.g_B$(_));
}
g_CK() {
return this.g_ahH && this.g_ahH.g_CK();
}
async g_CR(g, _) {
if (!this.g_ahH) throw new Error('no asset');
if (this.g_ahI) throw new Error('already loaded texture');
this.g_ahI = 'loading';
const e = await this.g_ahH.g_CR(g, _);
return e
? ((this.g_ahI = 'loaded'),
this.g_ahG || ((this.g_pu = e.g_pN()), (this.g_pv = e.g_pO()), (this.g_ahG = !0)),
this.g_wp.set(this.g_ahE, this.g_ahF, this.g_ahE + this.g_pu, this.g_ahF + this.g_pv),
this.g_wp.g_N(e.g_pN(), e.g_pO()),
e)
: ((this.g_ahI = ''), null);
}
g_wt() {
this.g_ahI && (this.g_ahH && this.g_ahH.g_wt(), (this.g_ahI = ''), this.g_wp.set(0, 0, 0, 0));
}
g_rQ() {
return this.g_ahH ? this.g_ahH.g_rQ() : null;
}
g_xg() {
return this.g_wp;
}
async g_ahT() {
const g = await this.g_ahH.g_CS(),
_ = g_aO.g_gk(this.g_pu, this.g_pv),
e = _.getContext('2d');
return (
e.drawImage(g, this.g_ahE, this.g_ahF, this.g_pu, this.g_pv, 0, 0, this.g_pu, this.g_pv), _
);
}
};
}
'use strict',
(g_aO.g_ahU = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_en = g[0]),
(this.g_ahV = g[1]),
(this.g_aad = !!g[2]),
(this.g_Rx = g[3]),
(this.g_ahW = g[4]),
(this.g_ahX = !!g[5]),
(this.g_Ds = g[6]),
(this.g_ahY = g[7].map((g) => g_aO.g_ej(g_aO.g_ahZ, g)));
}
g_ek() {
for (const g of this.g_ahY) g.g_ek();
g_aO.g_fz(this.g_ahY);
}
g_ah_(g) {
for (const _ of this.g_ahY) _.g_adQ().g_ahM(g);
}
g_ah$(g, _) {
return Promise.all(this.g_ahY.map((e) => e.g_adQ().g_CR(g, _)));
}
g_aia() {
for (const g of this.g_ahY) g.g_adQ().g_wt();
}
g_pY() {
return this.g_en;
}
g_EN() {
return this.g_Ds;
}
g_aib() {
return this.g_ahY.length;
}
g_aic() {
return this.g_ahY;
}
g_aid(g) {
if (((g = Math.floor(g)), 0 > g || g >= this.g_ahY.length))
throw new RangeError('invalid frame');
return this.g_ahY[g];
}
g_aie() {
return this.g_ahV;
}
g_ZM() {
return this.g_aad;
}
g_Mi() {
return this.g_Rx;
}
g_aif() {
return this.g_ahW;
}
g_aig() {
return this.g_ahX;
}
}),
'use strict',
(g_aO.g_ahZ = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_aih = g_aO.g_ej(g_aO.g_ahD)),
this.g_aih.g_ahK(g),
(this.g_aii = g[6]),
(this.g_aij = g_aO.g_ej(g_aO.g_hA, g[7], g[8])),
(this.g_aik = g[9].map((g) => g_aO.g_ej(g_aO.g_ail, this, g))),
(this.g_aim = new Map());
for (const _ of this.g_aik) this.g_aim.set(_.g_pY().toLowerCase(), _);
this.g_ain = null;
const _ = g[10];
6 <= _.length && (this.g_ain = g_aO.g_ej(g_aO.g_i_, _));
}
g_ek() {
this.g_ain && (this.g_ain.g_ek(), (this.g_ain = null)),
this.g_aih.g_ek(),
(this.g_aih = null);
}
g_adQ() {
return this.g_aih;
}
g_aio() {
return this.g_aii;
}
g_QX() {
return this.g_aij.g_hE();
}
g_QZ() {
return this.g_aij.g_hG();
}
g_aip() {
return this.g_ain;
}
g_aiq(g) {
return this.g_aim.get(g.toLowerCase()) || null;
}
g_air(g) {
return (g = Math.floor(g)), 0 > g || g >= this.g_aik.length ? null : this.g_aik[g];
}
g_ais() {
return this.g_aik.length;
}
}),
'use strict',
(g_aO.g_ail = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_ait = g),
(this.g_en = _[0]),
(this.g_aiu = g_aO.g_ej(g_aO.g_hA, _[1], _[2]));
}
g_ek() {}
g_pY() {
return this.g_en;
}
g_Ig() {
return this.g_aiu.g_hE();
}
g_Ih() {
return this.g_aiu.g_hG();
}
g_aiv() {
return this.g_aiu;
}
}),
'use strict',
(g_aO.g_aiw = class extends g_aO.g_eh {
constructor(g, _, a) {
super();
const t = g.g__p(a[1]);
if (
((this.g_Be = g),
(this.g_adP = g.g_aix().g_ahy(t)),
(this.g_adU = null),
(this.g_aiy = t.Instance),
(this.g_Dr = _),
(this.g_Ds = a[11]),
(this.g_en = a[0]),
(this.g__M = this.g_Be.g_VT(a[14])),
(this.g_aiz = !!a[9]),
(this.g_aiA = !!a[2]),
(this.g_aiB = !!a[10]),
(this.g_aiC = a[3].map((_) => ({
g_aiD: _[0],
type: _[1],
name: _[2],
g_aiE: g.g_VT(_[3])
}))),
(this.g_aiF = a[4]),
(this.g_aiG = a[5]),
(this.g_ado = this.g_adP.g_H_()),
(this.g_DO = null),
(this.g_aiH = g_aO.g_ej(g_aO.g_aiI, g.g_DY(), g.g_DZ())),
(this.g_aiJ = !0),
(this.g_aiK = !1),
(this.g_aiL = null),
(this.g_aiM = null),
(this.g_aiN = -1),
(this.g_aiO = null),
(this.g_aiP = null),
(this.g_aiQ = null),
(this.g_aiR = null),
(this.g_aiS = null),
(this.g_aiT = !1),
(this.g_aiU = null),
(this.g_aiV = a[8].map((g) => g_aO.g_aiW.g_sf(this, g))),
(this.g_aiX = []),
(this.g_aiY = new Map()),
(this.g_aiZ = new Map()),
(this.g_ai_ = new Set()),
(this.g_ai$ = g_aO.g_ej(g_aO.g_Tp, this)),
(this.g_aja = null),
(this.g_ajb = 0),
(this.g_ajc = !1),
(this.g_aiU = null),
(this.g_aih = null),
(this.g_ajd = null),
(this.g_aje = null),
(this.g_ajf = null),
(this.g_ajg = 0),
(this.g_aai = new Map()),
(this.g_aaj = new Map()),
(this.g_CX = []),
(this.g_ajh = !0),
this.g_adP.g_adD() && (this.g_DO = g_aO.g_ej(g_aO.g_DP, this, a[12])),
a[6] && ((this.g_aih = g_aO.g_ej(g_aO.g_ahD)), this.g_aih.g_ahJ(a[6])),
a[7])
) {
(this.g_ajd = a[7].map((g) => g_aO.g_ej(g_aO.g_ahU, g))),
(this.g_aje = new Map()),
(this.g_ajf = new Map());
for (const g of this.g_ajd)
this.g_aje.set(g.g_pY().toLowerCase(), g), this.g_ajf.set(g.g_EN(), g);
}
this.g_aiA
? ((this.g_aiL = []), (this.g_aiM = new Set()), (this.g_aiN = this.g_Be.g_aji()))
: ((this.g_aiO = []),
(this.g_aiP = new Set()),
(this.g_aiQ = []),
(this.g_aiR = []),
(this.g_aiS = [])),
(this.g_adU = g_aO.g_ej(t.g_ajj, this)),
(this.g_ajk = null),
(this.g_ajl = null);
const n = this.g_adU.g_adS();
if (!n) this.g_ajk = new g_agr(this);
else if (((this.g_ajk = new n(this)), !(this.g_ajk instanceof g_agr)))
throw new TypeError('script interface class must derive from IObjectClass');
a[13] && a[13].length && this.g_adU.g_adR(a[13]),
(!this.g_Be.g_ajm() || this.g_aiA || this.g_aiB || !this.g_ado) && this.g_adB(),
this.g_adP.g_Iq() && (this.g_adP.g_adE(this), this.g_ajn(a));
}
static g_sf(g, _, e) {
return g_aO.g_ej(g_aO.g_aiw, g, _, e);
}
g_ek() {
if ((this.g_aih && (this.g_aih.g_ek(), (this.g_aih = null)), this.g_ajd)) {
for (const g of this.g_ajd) g.g_ek();
g_aO.g_fz(this.g_ajd), this.g_aje.clear(), this.g_ajf.clear();
}
this.g_ai$.g_ek(),
(this.g_ai$ = null),
this.g_aai.clear(),
this.g_aaj.clear(),
(this.g_aiU = null),
(this.g_Be = null);
}
g_ajo(g) {
for (let _ = 1, e = g.length; _ < e; ++_) {
const e = this.g_Be.g_D_(g[_]);
this.g_aiL.push(e), this.g_aiM.add(e), e.g_aiO.push(this), e.g_aiP.add(this);
}
}
g_ajp(g) {
(this.g_aiT = !0), (this.g_aiU = g);
}
g_EJ() {
return this.g_aiT;
}
g_Hu() {
return this.g_aiU;
}
g_ajq() {
let g = 0;
if (!this.g_aiA)
for (const _ of this.g_aiO)
for (const e of _.g_ajr()) {
const _ = e.g_pY().toLowerCase();
this.g_aiY.set(_, e), this.g_aiZ.set(_, g), this.g_aiX.push(e), ++g;
}
for (const _ of this.g_ajr()) {
const e = _.g_pY().toLowerCase();
this.g_aiY.set(e, _), this.g_aiZ.set(e, g), this.g_aiX.push(_), ++g;
}
for (const g of this.g_aiX) this.g_ai_.add(g.g_afj().constructor);
if (!this.g_aiA && this.g_aiO.length) {
const g = this.g_Be.g_ajs();
g_aO.g_fB(this.g_aiQ, g, 0), g_aO.g_fB(this.g_aiR, g, 0), g_aO.g_fB(this.g_aiS, g, 0);
const _ = [];
let t = 0,
n = 0,
i = 0;
for (const e of this.g_aiO) {
const a = e.g_$r();
(this.g_aiQ[a] = t),
(t += e.g_ajt()),
(this.g_aiR[a] = n),
(n += e.g_aju()),
(this.g_aiS[a] = i),
(i += e.g_ajv());
const r = e.g_EP();
if (r && this.g_DO) for (const g of r.g_agQ()) _.push(g.g_ajw(this.g_DO));
}
this.g_DO && this.g_DO.g_ajx(_);
}
}
g_ajn(g) {
const _ = this.g_Be.g_ajy(),
e = g_aO.g_ej(g_aO.Instance, { runtime: this.g_Be, g_agI: this, g_agK: _ });
e.g_ajz(g[15], []), this.g_Be.g_ajA(_, e), this.g_CX.push(e);
}
g_adV() {
return this.g_adU;
}
g_ajB() {
return this.g_aiB;
}
g_adB() {
this.g_aiA || this.g_adU.g_adB();
}
g_ajC() {
return 0 < this.g_ajg;
}
g_Hx(g) {
return this.g_aiA
? Promise.resolve()
: (this.g_ajg++, 1 === this.g_ajg ? this.g_adU.g_Hx(g) : Promise.resolve());
}
g_HD() {
if (!this.g_aiA) {
if ((this.g_ajg--, 0 > this.g_ajg)) throw new Error('released textures too many times');
0 === this.g_ajg && this.g_adU.g_HD();
}
}
g_HA() {
if (this.g_aiA) throw new Error('not applicable to family');
this.g_adU.g_HA();
}
g_HS(g) {
return this.g_aiA ? Promise.resolve() : this.g_adU.g_HS(g);
}
g_BI() {
return this.g_Be;
}
g_Ir() {
return this.g_adP;
}
g_ajD() {
return this.g_aiy;
}
g_pY() {
return this.g_en;
}
g_VT() {
return this.g__M;
}
g_EM() {
return this.g_Dr;
}
g_EN() {
return this.g_Ds;
}
g_EF() {
return this.g_aiA;
}
g_Eh() {
return this.g_aiz;
}
g_H_() {
return this.g_ado;
}
g_$r() {
return this.g_aiN;
}
g_ajr() {
return this.g_aiV;
}
g_aju() {
return this.g_aiF;
}
g_ajE(g) {
return g && this.g_ai_.has(g);
}
g_ajt() {
return this.g_aiC.length;
}
g_ajF() {
return this.g_aiC.map((g) => g.g_aiD);
}
g_ajG(g) {
return this.g_aiC.findIndex((_) => _.g_aiD === g);
}
g_NU(g) {
return this.g_aiC.findIndex((_) => _.name === g);
}
g_ajH() {
return this.g_aiC.map((g) => g.name);
}
g_ajI() {
return this.g_aiC.map((g) => g.g_aiE);
}
g_NW(g) {
if (((g = Math.floor(g)), 0 > g || g >= this.g_aiC.length))
throw new RangeError('invalid instance variable index');
return this.g_aiC[g].type;
}
g_NV(g) {
if (((g = Math.floor(g)), 0 > g || g >= this.g_aiC.length))
throw new RangeError('invalid instance variable index');
return this.g_aiC[g].name;
}
g_ajv() {
return this.g_aiG;
}
g_ajJ() {
return this.g_aiX;
}
g_Qe(g) {
return this.g_aiY.get(g.toLowerCase()) || null;
}
g_N_(g) {
const _ = this.g_aiZ.get(g.toLowerCase());
return 'undefined' == typeof _ ? -1 : _;
}
g_EP() {
return this.g_DO;
}
g_adD() {
return this.g_adP.g_adD();
}
g_ajK() {
return this.g_DO && this.g_DO.g_ajL();
}
g_WJ() {
return this.g_ai$;
}
g_Tu() {
return this.g_ai$.g_Tu();
}
g_adQ() {
return this.g_aih;
}
g_Eb(g) {
this.g_aja = g;
}
g_Ea() {
return this.g_aja;
}
g_Ec(g) {
this.g_ajb = g;
}
g_ajM() {
return this.g_ajb;
}
g_ajN() {
return this.g_ajd;
}
g_ajO() {
return this.g_ajd.length;
}
g_Yi() {
return this.g_aiO;
}
g_abE(g) {
return this.g_aiP.has(g);
}
g_Zd() {
return this.g_aiL;
}
g_EG(g) {
return this.g_aiM.has(g);
}
g_$w(g) {
return this.g_aiR[g];
}
g_$q(g) {
return this.g_aiQ[g];
}
g_ajP(g) {
if (!this.g_ajd) throw new Error('no animations');
return this.g_aje.get(g.toLowerCase()) || null;
}
g_ajQ(g) {
if (!this.g_ajd) throw new Error('no animations');
return this.g_ajf.get(g) || null;
}
g_ajR() {
if (!this.g_ajd) throw new Error('no animations');
return this.g_ajd[0].g_aid(0);
}
g_ajS() {
if (this.g_ajd) {
const g = this.g_ajR().g_adQ();
return [g.g_pN(), g.g_pO()];
}
return this.g_aih ? [this.g_aih.g_pN(), this.g_aih.g_pO()] : [100, 100];
}
g_$i() {
if (!this.g_adP.g_Iq()) throw new Error('not a single-global plugin');
return this.g_CX[0];
}
g_H$() {
return this.g_CX;
}
*g_agx() {
yield* this.g_CX;
}
*g_ajT() {
yield* this.g_CX;
for (const g of this.g_Be.g_abF()) g.g_EA() === this && (yield g);
}
g_EK() {
return this.g_CX.length;
}
g_El(g) {
this.g_CX.push(g);
}
g_ajU() {
this.g_ajh = !0;
}
g_Ii() {
if (this.g_ajh && !this.g_aiA) {
const g = this.g_CX;
let _ = 0;
for (let e = g.length; _ < e; ++_) g[_].g_ajV(_);
const e = this.g_Be.g_abF();
for (const g of e) g.g_EA() === this && g.g_ajV(_++);
this.g_ajh = !1;
}
}
g_ajW(g) {
const _ = this.g_CX;
if (g < _.length) return _[g];
g -= _.length;
const e = this.g_Be.g_abF();
for (const _ of e)
if (_.g_EA() === this) {
if (0 === g) return _;
--g;
}
return null;
}
g_abA(g) {
if (g && g.g_EJ() && g.g_EA() !== this)
for (const _ of g.siblings()) if (_.g_EA() === this) return _;
const _ = this.g_Tu().g_H$();
return _.length ? _[0] : null;
}
g_abr(g) {
const _ = this.g_Tu().g_H$();
return _.length ? _[g.g_Id() % _.length] : null;
}
g_aaL(g) {
this.g_adU.g_aaL(g);
}
g_aaH() {
if (this.g_aiT && !this.g_aiA) {
this.g_Ii();
const g = this.g_Tu(),
_ = g.g_TN(),
a = g.g_TF(),
t = this.g_Be.g_VG(),
n = t && t.g_TT() && t.g_TT().g_TS();
for (const e of this.g_aiU.g_Ie()) {
if (e === this) continue;
e.g_Ii();
const t = e.g_Tu();
if ((t.g_TM(a), !a)) {
const i = t.g_TN();
g_aO.g_fz(i);
for (const g of _) i.push(e.g_ajW(g.g_Id()));
if (n) {
const _ = g.g_TO(),
n = t.g_TO();
g_aO.g_fz(n);
for (const g of _) n.push(e.g_ajW(g.g_Id()));
}
}
}
}
}
g_aaQ(g, _) {
for (const e of this.g_Hu().g_Ie()) {
const a = e.g_Tu();
g ? g_aO.g_fy(a.g_TO(), _) : g_aO.g_fy(a.g_TN(), _);
}
}
g_ajX() {
return this.g_aiH;
}
g_ajY(g) {
this.g_aiJ = !!g;
}
g_Fe(g) {
this.g_aiK = !!g;
}
g_ajZ() {
return this.g_aiK;
}
g_aj_() {
if (this.g_aiJ && this.g_ado) {
for (const g of this.g_CX) g.g_CU().g_aj$();
for (const g of this.g_Be.g_abF()) g.g_EA() === this && g.g_CU().g_aj$();
this.g_aiJ = !1;
}
}
g_aaF() {
return this.g_aai || (this.g_aai = new Map()), this.g_aai;
}
g_aaG() {
return this.g_aaj || (this.g_aaj = new Map()), this.g_aaj;
}
g_aka() {
return this.g_ajE(g_aO.g_ahl.g_ahw);
}
g_akb() {
return this.g_ajE(g_aO.g_ahl.g_akc);
}
g_Ef() {
return this.g_ajE(g_aO.g_ahl.g_akd);
}
g_GG() {
const g = { instances: this.g_CX.map((g) => g.g_GH()) };
return this.g_aai && this.g_aai.size && (g.ex = g_aO.g_gx(this.g_aai)), g;
}
g_GI(g) {
this.g_aai && (this.g_aai.clear(), (this.g_aai = null));
const _ = g.ex;
_ && (this.g_aai = g_aO.g_gy(_));
const a = this.g_CX,
t = g.instances;
for (let _ = 0, n = Math.min(a.length, t.length); _ < n; ++_) a[_].g_GJ(t[_]);
for (let _ = t.length, n = a.length; _ < n; ++_) this.g_Be.g_EB(a[_]);
for (let _ = a.length, n = t.length; _ < n; ++_) {
const g = t[_];
let a = null;
if (this.g_H_() && ((a = this.g_Be.g_Is().g_Hq(g.w.l)), !a)) continue;
const n = this.g_Be.g_Eg(this.g_aja || this, a, !1, 0, 0, !0);
n.g_GJ(g);
}
this.g_ajU();
}
g_agJ() {
return this.g_ajk;
}
g_ake() {
return this.g_ajl;
}
g_agA(g) {
this.g_ajl = g;
}
}),
'use strict',
(g_aO.g_akf = class extends g_aO.g_eh {
constructor(g, _) {
super(), (this.g_Be = g), (this.g_akg = _);
for (const e of this.g_akg) e.g_ajp(this);
}
g_ek() {
this.g_Be = null;
}
g_BI() {
return this.g_Be;
}
g_Ht() {
return this.g_akg;
}
g_Ie() {
return this.g_akg;
}
g_Ik() {
return this.g_akg.some((g) => g.g_H_());
}
}),
'use strict';
{
const g = [];
let _ = 0;
const t = new WeakMap(),
e = new WeakMap();
g_aO.Instance = class extends g_aO.g_eh {
constructor(a) {
super(),
(this.g_Be = a.runtime),
(this.g_akh = a.g_agI),
(this.g_Nz = null),
(this.g_aki = null),
(this.g_akj = null),
(this.g_akk = 0),
(this.g_akl = a.g_agK),
(this.g_akm = _++),
(this.g_akn = 0),
(this.g_ako = g),
(this.g_akp = g);
const t = this.g_akh.g_ajJ();
0 < t.length &&
(this.g_akp = t.map((g, _) =>
g_aO.g_ej(g_aO.g_akq, { runtime: this.g_Be, g_NY: g, g_Ke: this, index: _ })
)),
(this.g_akr = this.g_akh.g_EJ() ? [] : null),
(this.g_aks = -1),
(this.g_akt = null);
const n = this.g_Ir();
if ((n.g_tt() && (this.g_akn |= 4), n.g_H_()))
if (((this.g_Nz = g_aO.g_ej(g_aO.g_aku, this, a.g_Ju)), a.g_akv)) this.g_Nz.g_akw(a.g_akv);
else {
this.g_Nz.g_akx();
const [g, _] = this.g_akh.g_ajS();
this.g_Nz.g_wQ(g, _), this.g_EA().g_ajK() && this.g_Nz.g_Gd().g_aky();
}
a.g_akz ? this.g_akA(a.g_akz) : this.g_akB();
}
g_ek() {
if ((this.g_akj && (this.g_akj.g_nP(), (this.g_akj = null)), 0 < this.g_akp.length)) {
for (const g of this.g_akp) g.g_ek();
g_aO.g_fz(this.g_akp);
}
this.g_aki.g_ek(), (this.g_aki = null);
const g = t.get(this);
g && (g.clear(), t.delete(this));
const _ = e.get(this);
_ && (_.clear(), e.delete(this)),
this.g_akr && g_aO.g_fz(this.g_akr),
this.g_akt && (this.g_akt.g_ek(), (this.g_akt = null)),
(this.g_Be = null),
(this.g_akh = null),
0 < this.g_ako.length && g_aO.g_fz(this.g_ako),
this.g_Nz && (this.g_Nz.g_ek(), (this.g_Nz = null));
}
g_akA(g) {
0 < g.length && ((this.g_ako = []), g_aO.g_fD(this.g_ako, g));
}
g_akB() {
const g = this.g_akh.g_ajt();
if (0 !== g) {
this.g_ako = [];
const _ = [0, 0, ''];
for (let e = 0; e < g; ++e) this.g_ako.push(_[this.g_akh.g_NW(e)]);
}
}
g_ajz(g, _) {
if (this.g_aki) throw new Error('already got sdk instance');
for (let e = 0, a = this.g_akp.length; e < a; ++e) {
const g = this.g_akp[e];
g.g_ajz(_ ? _[e] : null);
}
if (
((this.g_aki = g_aO.g_ej(this.g_akh.g_ajD(), this, g)), !(this.g_aki instanceof g_aO.g_adT))
)
throw new Error('sdk type must derive from SDKInstanceBase');
for (let e = 0, a = this.g_akp.length; e < a; ++e) this.g_akp[e].g_afq();
this.g_akh.g_ake() && this.g_akC();
}
g_Qd() {
return this.g_aki;
}
g_CU() {
return this.g_Nz;
}
g_BI() {
return this.g_Be;
}
g_KX() {
return this.g_aks;
}
g_akD(g) {
(g = +g), (0 > g || !isFinite(g)) && (g = 0), (this.g_aks = g);
}
g_akE() {
this.g_aks = -1;
}
g_lh() {
return this.g_akt || (this.g_akt = g_aO.g_ej(g_aO.Event.g_lh)), this.g_akt;
}
g_FN(g) {
this.g_aki.g_FN(g);
}
g_adB(g) {
this.g_aki.g_adB(g);
}
g_akF() {
this.g_akn |= 2;
}
g_akG() {
return 0 != (2 & this.g_akn);
}
g_akH() {
this.g_akn |= 1;
}
g_NL() {
return 0 != (1 & this.g_akn);
}
g_tt() {
return 0 != (4 & this.g_akn);
}
g_akI() {
return 0 != (8 & this.g_akn);
}
g_akJ(g) {
g ? (this.g_akn |= 8) : (this.g_akn &= -9);
}
g_akK() {
return 0 != (16 & this.g_akn);
}
g_akL(g) {
g ? (this.g_akn |= 16) : (this.g_akn &= -17);
}
g_akM(g, _) {
(g <<= 16), _ ? (this.g_akn |= g) : (this.g_akn &= ~g);
}
g_akN(g) {
return 0 != (this.g_akn & (g << 16));
}
g_Gg() {
return this.g_aki.g_Gg();
}
g_abs(g) {
return this.g_aki.g_abs(g);
}
g_EA() {
return this.g_akh;
}
g_akO(g) {
return g.g_EF() ? g.g_EG(this.g_EA()) : this.g_EA() === g;
}
g_EJ() {
return null !== this.g_akr;
}
g_If(g) {
this.g_akr.push(g);
}
g_akP() {
return this.g_akr;
}
siblings() {
return this.g_akr;
}
g_Yn() {
for (const g of this.siblings()) g.g_EA().g_Tu().g_TP(g);
}
g_aaM() {
for (const g of this.siblings()) g.g_EA().g_Tu().g_TK(g);
}
g_aaN(g) {
for (const _ of this.siblings()) _.g_EA().g_Tu().g_TN()[g] = _;
}
g_aaP() {
for (const g of this.siblings()) g.g_EA().g_Tu().g_TL(g);
}
g_aaO(g) {
for (const _ of this.siblings()) _.g_EA().g_Tu().g_TO()[g] = _;
}
g_Ir() {
return this.g_akh.g_Ir();
}
g_ajV(g) {
this.g_akk = g;
}
g_Id() {
return this.g_akh.g_Ii(), this.g_akk;
}
g_Ei() {
return this.g_akl;
}
g_akQ() {
return this.g_akm;
}
g_Qc() {
return this.g_akp;
}
g_akR(g) {
if (!g) return null;
for (const _ of this.g_akp) if (_.g_afj() instanceof g) return _;
return null;
}
g_akS(g) {
if (!g) return null;
const _ = this.g_akR(g);
return _ ? _.g_Qd() : null;
}
g_Qb(g) {
const _ = this.g_akp;
for (let e = 0, a = _.length; e < a; ++e) if (_[e].g_NZ().g_EN() === g) return e;
return -1;
}
g_akT() {
return this.g_ako;
}
g_ajH() {
return this.g_akh.g_ajH();
}
g_akU() {
return this.g_ako.length;
}
g_QL(g) {
g |= 0;
const _ = this.g_ako;
if (0 > g || g >= _.length) throw new RangeError('invalid instance variable');
return _[g];
}
g_$o(g) {
return this.g_ako[g];
}
g_QN(g, _) {
g |= 0;
const e = this.g_ako;
if (0 > g || g >= e.length) throw new RangeError('invalid instance variable');
const t = e[g];
if ('number' == typeof t) e[g] = 'number' == typeof _ ? _ : parseFloat(_);
else if ('boolean' == typeof t) e[g] = 'boolean' == typeof _ ? _ : !!_;
else if ('string' == typeof t) e[g] = 'string' == typeof _ ? _ : _.toString();
else throw new Error('unknown instance variable type');
}
g_Re(g, _) {
if (0 !== _) {
g |= 0;
const e = this.g_ako;
if (0 > g || g >= e.length) throw new RangeError('invalid instance variable');
const a = e[g];
if ('number' == typeof a) e[g] += 'number' == typeof _ ? _ : parseFloat(_);
else if ('boolean' == typeof a) throw new Error('can not set offset of boolean variable');
else if ('string' == typeof a) throw new Error('can not set offset of string variable');
else throw new Error('unknown instance variable type');
}
}
g_aaF() {
let g = t.get(this);
return g ? g : ((g = new Map()), t.set(this, g), g);
}
g_aaG() {
let g = e.get(this);
return g ? g : ((g = new Map()), e.set(this, g), g);
}
g_EI() {
this.g_Be.g_Ku(this.g_Ir().constructor.g_HW.g_acK, this, null);
}
g_akV() {
this.g_Be.g_Ku(this.g_Ir().constructor.g_HW.g_acL, this, null);
}
g_akW() {
return this.g_aki.g_aep();
}
g_GH(g = 'full') {
const _ = {};
if (('full' === g ? (_.uid = this.g_Ei()) : (_.c3 = !0), 'visual-state' !== g)) {
const g = t.get(this);
if (
(g && g.size && (_.ex = g_aO.g_gx(g)),
-1 !== this.g_KX() && (_.mts = this.g_KX()),
0 < this.g_akh.g_ajt())
) {
const g = {},
e = this.g_akh.g_ajF();
for (let _ = 0, a = this.g_ako.length; _ < a; ++_) g[e[_].toString()] = this.g_ako[_];
_.ivs = g;
}
if (this.g_akp.length) {
const g = {};
for (const _ of this.g_akp) {
const e = _.g_GH();
e && (g[_.g_NZ().g_EN().toString()] = e);
}
_.behs = g;
}
}
this.g_Nz && (_.w = this.g_Nz.g_GG());
const e = this.g_aki.g_GH();
return e && (_.data = e), _;
}
g_GJ(g, _ = 'full') {
if ('full' === _) this.g_akl = g.uid;
else if (!g.c3) return;
if ('visual-state' !== _) {
let _ = t.get(this);
_ && (_.clear(), t.delete(this));
const a = g.ex;
a && ((_ = g_aO.g_gy(a)), t.set(this, _)),
(this.g_aks = g.hasOwnProperty('mts') ? g.mts : -1);
const n = g.ivs;
if (n)
for (const [g, _] of Object.entries(n)) {
const a = parseInt(g, 10),
t = this.g_akh.g_ajG(a);
if (0 > t || t >= this.g_ako.length) continue;
let n = _;
null === n && (n = NaN), (this.g_ako[t] = n);
}
}
if (this.g_Ir().g_H_()) {
const e = g.w,
t = e.l;
if (this.g_Nz.g_Em().g_EN() !== t) {
const g = this.g_Nz.g_Em(),
e = g.g_EL().g_Hq(t);
e
? (this.g_Nz.g_Ia(e), g.g_Eq(this, !0), e.g_El(this, !0), e.g_Ek(), this.g_Nz.g_En())
: 'full' === _ && this.g_Be.g_EB(this);
}
this.g_Nz.g_GI(e);
}
if ('visual-state' !== _) {
const _ = g.behs;
if (_)
for (const [g, e] of Object.entries(_)) {
const _ = parseInt(g, 10),
a = this.g_Qb(_);
0 > a || a >= this.g_akp.length || this.g_akp[a].g_GJ(e);
}
}
const e = g.data;
e && this.g_aki.g_GJ(e);
}
g_ad$() {
return this.g_akj || this.g_akC();
}
g_akC() {
const g = this.g_Nz ? g_agP : g_agH,
_ = this.g_aki.g_adS(),
e = this.g_akh.g_ake();
if (
(g_agH.g_ac$(this),
(this.g_akj = new (e || _ || g)()),
g_agH.g_ac$(null),
_ && !(this.g_akj instanceof g))
)
throw new TypeError(
`script interface class '${_.name}' does not extend the right base class '${g.name}'`
);
if (e) {
const a = _ || g;
if (!(this.g_akj instanceof a))
throw new TypeError(
`setInstanceClass(): class '${e.name}' does not extend the right base class '${a.name}'`
);
}
return this.g_akj;
}
g_agL(g) {
if (0 !== this.g_ako.length) {
const _ = {},
e = this.g_akh.g_ajI();
for (let g = 0, a = e.length; g < a; ++g)
_[e[g]] = {
configurable: !1,
enumerable: !0,
get: g_aO.Instance.prototype.g_$o.bind(this, g),
set: g_aO.Instance.prototype.g_QN.bind(this, g)
};
const a = Object.create(Object.prototype, _);
g.g_akX = { value: a, writable: !1 };
}
}
g_agM(g) {
const _ = this.g_akp;
if (0 !== _.length) {
const e = {};
for (const g of _) e[g.g_NZ().g_VT()] = { value: g.g_ad_(), writable: !1 };
const a = Object.create(Object.prototype, e);
g.g_X_ = { value: a, writable: !1 };
}
}
};
}
{
const _ = g_aO.g_ej(g_aO.Rect),
t = g_aO.g_ej(g_aO.Rect),
a = g_aO.g_ej(g_aO.Event, 'bboxchange', !1),
n = g_aO.g_ej(g_aO.g_gB, 0, 0, 0, 0),
r = g_aO.g_ej(g_aO.g_gB, 1, 1, 1, 1),
s = g_aO.g_ej(g_aO.Rect, 0, 0, -1, -1),
e = g_aO.g_ej(g_aO.Rect, 0, 0, -1, -1);
let g = !0;
const d = 1;
g_aO.g_aku = class extends g_aO.g_eh {
constructor(_, a) {
super(),
(this.g_b_ = _),
(this.g_Tq = _.g_EA()),
(this.g_Be = _.g_BI()),
(this.g_akY = a),
(this.g_akZ = -1),
(this.g_akn = 27),
(this.g_hB = NaN),
(this.g_hC = NaN),
(this.g_qC = NaN),
(this.g_ak_ = NaN),
(this.g_ak$ = NaN),
(this.g_gF = NaN),
(this.g_ala = NaN),
(this.g_alb = NaN),
(this.g_alc = NaN),
(this.g_ald = NaN),
(this.g_ale = g_aO.g_ej(g_aO.Rect)),
(this.g_alf = g_aO.g_ej(g_aO.g_iu)),
(this.g_alg = e),
(this.g_alh = s),
(this.g_ali = null),
(this.g_alj = null),
(this.g_alk = null),
(this.g_qB = r),
(this.g_all = r),
(this.g_DC = -1),
(this.g_alm = null),
(this.g_aln = null),
this.g_b_.g_EA().g_ajK() && (this.g_aln = g_aO.g_ej(g_aO.g_alo, this.g_b_, this)),
(g = !1),
this.g_Ex(0),
(g = !0);
}
g_ek() {
this.g_alm && (this.g_Be.g_rP().g_qh(this.g_alm), (this.g_alm = null)),
(this.g_ali = null),
this.g_alj && (this.g_alj.g_alp.g_ek(), (this.g_alj = null)),
this.g_alk && (this.g_alk.clear(), (this.g_alk = null)),
(this.g_b_ = null),
(this.g_Tq = null),
(this.g_Be = null),
(this.g_akY = null);
}
g_akw(_) {
(g = !1),
this.g_abq(_[0], _[1]),
this.g_Fh(_[2]),
this.g_wQ(_[3], _[4]),
this.g_Fi(_[6]),
n.g_hs(_[7]),
this.g_alq(n),
this.g_alr(_[8]),
this.g_als(_[9]),
this.g_Ex(_[10]),
this.g_aln && this.g_aln.g_alt(_[12]),
(g = !0),
this.g_alu();
}
g_akx() {
(this.g_hB = 0),
(this.g_hC = 0),
(this.g_qC = 0),
(this.g_ak_ = 0),
(this.g_ak$ = 0),
(this.g_gF = 0),
(this.g_ala = 0),
(this.g_alb = 1),
(this.g_alc = 0),
(this.g_ald = 0),
this.g_alu();
}
g_BI() {
return this.g_Be;
}
g_EA() {
return this.g_Tq;
}
g_Nj() {
return this.g_b_;
}
g_abn(g) {
this.g_hB = +g;
}
g_QQ(g) {
this.g_hB += +g;
}
g_Ig() {
return this.g_hB;
}
g_abo(g) {
this.g_hC = +g;
}
g_QR(g) {
this.g_hC += +g;
}
g_Ih() {
return this.g_hC;
}
g_abq(g, _) {
(this.g_hB = +g), (this.g_hC = +_);
}
g_abt(g, _) {
(this.g_hB += +g), (this.g_hC += +_);
}
g_abp(g, _) {
return this.g_hB === g && this.g_hC === _;
}
g_Fh(g) {
if (((g = +g), this.g_qC !== g)) {
(this.g_qC = g), this.g_alu();
const _ = this.g_Em();
0 !== this.g_qC && _.g_Et(), _.g_Ek();
}
}
g_Q_(g) {
this.g_Fh(this.g_Do() + g);
}
g_Do() {
return this.g_qC;
}
g_Jg() {
return this.g_Em().g_Do() + this.g_Do();
}
g_Hj(g) {
this.g_ak_ = +g;
}
g_QS(g) {
this.g_ak_ += +g;
}
g_pN() {
return this.g_ak_;
}
g_Hk(g) {
this.g_ak$ = +g;
}
g_QT(g) {
this.g_ak$ += +g;
}
g_pO() {
return this.g_ak$;
}
g_wQ(g, _) {
(this.g_ak_ = +g), (this.g_ak$ = +_);
}
g_Fi(g) {
(g = g_aO.g_eq(+g)),
this.g_gF === g ||
((this.g_gF = g), (this.g_ala = Math.sin(g)), (this.g_alb = Math.cos(g)));
}
g_QU(g) {
(g = +g),
0 === g ||
((this.g_gF = g_aO.g_eq(this.g_gF + g)),
(this.g_ala = Math.sin(this.g_gF)),
(this.g_alb = Math.cos(this.g_gF)));
}
g_Fj() {
return this.g_gF;
}
g_abv() {
return this.g_ala;
}
g_abu() {
return this.g_alb;
}
g_alr(g) {
this.g_alc = +g;
}
g_QW(g) {
this.g_alc += +g;
}
g_QX() {
return this.g_alc;
}
g_als(g) {
this.g_ald = +g;
}
g_QY(g) {
this.g_ald += +g;
}
g_QZ() {
return this.g_ald;
}
g_alq(g) {
this.g_qB.g_l(g) ||
(this.g_qB === r
? ((this.g_qB = g_aO.g_ej(g_aO.g_gB, g)),
(this.g_all = g_aO.g_ej(g_aO.g_gB, g)),
this.g_all.g_gZ())
: g.g_gX(1, 1, 1, 1)
? ((this.g_qB = r), (this.g_all = r))
: (this.g_qB.set(g), this.g_all.set(g), this.g_all.g_gZ()),
this.g_alu());
}
g_zm(g) {
(g = g_aO.g_ep(+g, 0, 1)), this.g_qB.a === g || (n.g_gO(this.g_qB), (n.a = g), this.g_alq(n));
}
g_QV(g) {
this.g_zm(this.g_zk() + g);
}
g_zk() {
return this.g_qB.a;
}
g_abw(g) {
this.g_qB.g_gV(g) || (n.g_gO(g), (n.a = this.g_qB.a), this.g_alq(n));
}
g_alv(g, _, a) {
n.g_gH(g, _, a), this.g_abw(n);
}
g_QK(g, _, a) {
(0 === g && 0 === _ && 0 === a) ||
(n.g_gO(this.g_qB), (n.r += g), (n.g_ht += _), (n.b += a), this.g_abw(n));
}
g_QI() {
return this.g_qB;
}
g_EZ() {
return this.g_all;
}
g_alu() {
if (g) {
const g = this.g_Be.g_rP();
this.g_alm && g.g_qh(this.g_alm),
(this.g_alm = g.g_qd(
g.g_qa() || '<default>',
this.g_Fs(),
this.g_Ft(),
this.g_all,
this.g_qC
));
}
}
g_Ga() {
return this.g_alm;
}
g_E_() {
return this.g_qB === r;
}
g_Ex(g) {
this.g_DC === g || ((this.g_DC = g), this.g_alu());
}
g_Ey() {
return this.g_DC;
}
g_Fs() {
return this.g_Be.g_rP().g_qp(this.g_DC);
}
g_Ft() {
return this.g_Be.g_rP().g_qq(this.g_DC);
}
g_Ia(g) {
(this.g_akY = g), 0 !== this.g_Do() && this.g_akY.g_Et();
}
g_Em() {
return this.g_akY;
}
g_EL() {
return this.g_Em().g_EL();
}
g_Ev(g) {
this.g_akZ = 0 | g;
}
g_Fz() {
return this.g_akY.g_Fw(), this.g_akZ;
}
g_CT() {
return this.g_akZ;
}
g_alw(g, _) {
_ ? (this.g_akn |= g) : (this.g_akn &= ~g);
}
g_ET() {
return 0 != (this.g_akn & d);
}
g_EU(g) {
this.g_alw(d, g);
}
g_alx() {
return 0 != (8 & this.g_akn);
}
g_aly(g) {
(g = !!g), this.g_alx() === g || (this.g_alw(8, g), g ? this.g_En() : this.g_alz());
}
g_alA(g, _) {
if ((this.g_alw(32, g), this.g_alk && this.g_alk.clear(), !_.trim()))
return void (this.g_alk = null);
this.g_alk || (this.g_alk = new Set());
for (const e of _.split(' ')) e && this.g_alk.add(e.toLowerCase());
}
g_alB(g) {
const _ = 0 != (32 & this.g_akn),
e = this.g_alk;
if (!g || !e) return !_;
for (const a of e) if (g.has(a)) return _;
return !_;
}
g_En() {
(this.g_akn |= 18),
this.g_Tq.g_ajY(!0),
this.g_Be.g_EV(),
this.g_akY.g_EQ() && (this.g_alC(), this.g_alD()),
0 != (4 & this.g_akn) && this.g_b_.g_lh().dispatchEvent(a);
}
g_alC() {
const g = this.g_ale,
_ = this.g_alf,
a = this.g_hB,
t = this.g_hC,
n = this.g_ak_,
e = this.g_ak$;
g.g_hO(a - this.g_alc * n, t - this.g_ald * e, n, e),
0 === this.g_gF
? _.g_iO(g)
: (g.offset(-a, -t), _.g_iQ(g, this.g_ala, this.g_alb), _.offset(a, t), _.g_iR(g)),
g.normalize(),
(this.g_akn &= -3);
}
g_alE() {
0 != (2 & this.g_akn) && this.g_alC();
}
g_Gi() {
return this.g_alE(), this.g_ale;
}
g_agX() {
return this.g_alE(), this.g_alf;
}
g_alF(g) {
this.g_ale.g_p(g),
this.g_alf.g_iO(this.g_ale),
(this.g_akn &= -3),
this.g_aj$(),
this.g_alD();
}
g_alG(g) {
this.g_alw(4, g);
}
g_alH() {
return 0 != (4 & this.g_akn);
}
g_FZ(g) {
return 0 === this.g_qC ? g.g_io(this.g_Gi()) : this.g_alI();
}
g_alI() {
const g = this.g_Em(),
_ = this.g_Jg();
return !(_ >= g.g_FJ()) && (g.g_EX(_, t), t.g_io(this.g_Gi()));
}
g_alJ(g) {
this.g_ali = g;
const _ = this.g_alj;
_ && ((_.width = -1), (_.height = -1), (_.angle = 0));
}
g_alK() {
return this.g_ali;
}
g_alL() {
return !!this.g_ali;
}
g_alM() {
return this.g_alN(this.g_pN(), this.g_pO(), this.g_Fj(), this.g_abv(), this.g_abu());
}
g_alO(g, _, t) {
let n = 0,
i = 1;
return 0 !== t && ((n = Math.sin(t)), (i = Math.cos(t))), this.g_alN(g, _, t, n, i);
}
g_alN(g, _, t, n, a) {
let e = this.g_alj;
return (null === e &&
((e = { g_alp: g_aO.g_ej(g_aO.g_i_), width: -1, height: -1, angle: 0 }), (this.g_alj = e)),
e.width === g && e.height === _ && e.angle === t)
? e.g_alp
: (this.g_ali
? (e.g_alp.g_p(this.g_ali), e.g_alp.g_jj(g, _, n, a))
: e.g_alp.g_ji(this.g_agX(), -this.g_Ig(), -this.g_Ih()),
(e.width = g),
(e.height = _),
(e.angle = t),
e.g_alp);
}
g_akG() {
return this.g_b_.g_akG();
}
g_ahc(g, _) {
return (
!!this.g_Gi().g_iq(g, _) &&
!!this.g_agX().g_iq(g, _) &&
(this.g_akG()
? this.g_b_.g_Qd().g_aer(g, _)
: !this.g_alL() || this.g_alM().g_iq(g - this.g_Ig(), _ - this.g_Ih()))
);
}
g_alP() {
return 0 != (16 & this.g_akn);
}
g_aj$() {
if (this.g_alP() && this.g_alx()) {
const g = this.g_Gi(),
a = this.g_Tq.g_ajX(),
t = this.g_alg;
if (
(_.set(a.g_Dj(g.g_hV()), a.g_Dk(g.g_hW()), a.g_Dj(g.g_hX()), a.g_Dk(g.g_hY())), !t.g_l(_))
) {
const g = this.g_b_;
t === e
? (a.g_Dl(g, null, _), (this.g_alg = g_aO.g_ej(g_aO.Rect, _)))
: (a.g_Dl(g, t, _), t.g_p(_)),
(this.g_akn &= -17);
}
}
}
g_alz() {
const g = this.g_alg;
g === e || (this.g_Tq.g_ajX().g_Dl(this.g_b_, g, null), (this.g_alg = e));
}
g_alD() {
const g = this.g_Em();
if (g.g_EQ()) {
const a = g.g_ER(),
t = this.g_Gi(),
n = this.g_alh;
if (
(_.set(a.g_Dj(t.g_hV()), a.g_Dk(t.g_hW()), a.g_Dj(t.g_hX()), a.g_Dk(t.g_hY())), !n.g_l(_))
) {
const e = this.g_b_;
n === s
? (a.g_Dl(e, null, _), (this.g_alh = g_aO.g_ej(g_aO.Rect, _)))
: (a.g_Dl(e, n, _), n.g_p(_)),
g.g_ES();
}
}
}
g_Er() {
const g = this.g_alh;
g === s || (this.g_Em().g_ER().g_Dl(this.g_b_, g, null), (this.g_alh = s));
}
g_Fx() {
return this.g_alh;
}
g_abx() {
const g = this.g_b_,
_ = this.g_akY,
e = _.g_Fm();
(e.length && e[e.length - 1] === g) || (_.g_Eq(g, !1), _.g_El(g, !1), this.g_Be.g_EV());
}
g_aby() {
const g = this.g_b_,
_ = this.g_akY,
e = _.g_Fm();
(e.length && e[0] === g) || (_.g_Eq(g, !1), _.g_Ep(g, !1), this.g_Be.g_EV());
}
g_abz(g) {
const _ = this.g_b_,
e = this.g_akY;
if (e.g_EL() !== g.g_EL()) throw new Error('layer from different layout');
g === e || (e.g_Eq(_, !0), this.g_Ia(g), g.g_El(_, !0), this.g_Be.g_EV());
}
g_abB(g, _) {
const a = this.g_b_,
t = this.g_akY;
if (g.g_Ei() !== a.g_Ei()) {
const n = g.g_CU();
if (!n) throw new Error('expected world instance');
const e = n.g_Em();
t.g_EM() !== e.g_EM() && (t.g_Eq(a, !0), this.g_Ia(e), e.g_El(a, !0)),
e.g_Fy(a, g, !!_),
this.g_Be.g_EV();
}
}
g_Gd() {
return this.g_aln;
}
g_alQ(g) {
this.g_alw(64, g);
}
g_FH() {
return 0 != (64 & this.g_akn);
}
g_GG() {
const g = {
x: this.g_Ig(),
y: this.g_Ih(),
w: this.g_pN(),
h: this.g_pO(),
l: this.g_Em().g_EN(),
zi: this.g_Fz()
};
0 !== this.g_Do() && (g.ze = this.g_Do()),
0 !== this.g_Fj() && (g.a = this.g_Fj()),
this.g_E_() || (g.c = this.g_qB.toJSON()),
0.5 !== this.g_QX() && (g.oX = this.g_QX()),
0.5 !== this.g_QZ() && (g.oY = this.g_QZ()),
0 !== this.g_Ey() && (g.bm = this.g_Ey()),
this.g_ET() || (g.v = this.g_ET()),
this.g_alx() || (g.ce = this.g_alx()),
this.g_alH() && (g.be = this.g_alH()),
this.g_aln && (g.fx = this.g_aln.g_GG());
const _ = 0 != (32 & this.g_akn);
return _ && (g.sfi = _), this.g_alk && (g.sft = [...this.g_alk].join(' ')), g;
}
g_GI(_) {
(g = !1),
this.g_abn(_.x),
this.g_abo(_.y),
this.g_Hj(_.w),
this.g_Hk(_.h),
this.g_Ev(_.zi),
this.g_Fh(_.hasOwnProperty('ze') ? _.ze : 0),
this.g_Fi(_.hasOwnProperty('a') ? _.a : 0),
_.hasOwnProperty('c')
? n.g_hs(_.c)
: _.hasOwnProperty('o')
? (n.g_gO(this.g_qB), (n.a = _.o))
: n.g_gG(1, 1, 1, 1),
this.g_alq(n),
this.g_alr(_.hasOwnProperty('oX') ? _.oX : 0.5),
this.g_als(_.hasOwnProperty('oY') ? _.oY : 0.5),
this.g_Ex(_.hasOwnProperty('bm') ? _.bm : 0),
this.g_EU(!_.hasOwnProperty('v') || _.v),
this.g_aly(!_.hasOwnProperty('ce') || _.ce),
this.g_alG(!!_.hasOwnProperty('be') && _.be),
this.g_alA(!!_.hasOwnProperty('sfi') && _.sfi, _.hasOwnProperty('sft') ? _.sft : ''),
this.g_aln && _.hasOwnProperty('fx') && this.g_aln.g_GI(_.fx),
this.g_En(),
(g = !0),
this.g_alu();
}
};
}
'use strict',
(g_aO.g_aiW = class extends g_aO.g_eh {
constructor(g, _) {
super();
const a = g.g_BI(),
t = a.g_aix(),
n = a.g__p(_[1]);
t.g_ahz(n) || t.g_ahv(_),
(this.g_Be = a),
(this.g_Tq = g),
(this.g_afi = t.g_ahA(n)),
(this.g_adU = null),
(this.g_aiy = n.Instance),
(this.g_Ds = _[2]),
(this.g_en = _[0]),
(this.g__M = this.g_Be.g_VT(_[3])),
(this.g_adU = g_aO.g_ej(n.g_ajj, this)),
this.g_adB();
}
static g_sf(g, _) {
return g_aO.g_ej(g_aO.g_aiW, g, _);
}
g_ek() {
(this.g_Be = null),
(this.g_afi = null),
this.g_adU.g_ek(),
(this.g_adU = null),
(this.g_aiy = null);
}
g_adV() {
return this.g_adU;
}
g_adB() {
this.g_adU.g_adB();
}
g_BI() {
return this.g_Be;
}
g_EA() {
return this.g_Tq;
}
g_afj() {
return this.g_afi;
}
g_ajD() {
return this.g_aiy;
}
g_pY() {
return this.g_en;
}
g_EN() {
return this.g_Ds;
}
g_VT() {
return this.g__M;
}
}),
'use strict',
(g_aO.g_akq = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g.runtime),
(this.g_$t = g.g_NY),
(this.g_afi = this.g_$t.g_afj()),
(this.g_b_ = g.g_Ke),
(this.g_Dr = g.index),
(this.g_aki = null),
(this.g_akj = null),
this.g_afi.g_El(this.g_b_);
}
g_ek() {
this.g_afi.g_Eq(this.g_b_),
this.g_aki.g_ek(),
(this.g_aki = null),
(this.g_akj = null),
(this.g_Be = null),
(this.g_$t = null),
(this.g_afi = null),
(this.g_b_ = null);
}
g_ajz(g) {
if (this.g_aki) throw new Error('already got sdk instance');
(this.g_aki = g_aO.g_ej(this.g_$t.g_ajD(), this, g)), this.g_alR();
}
g_Qd() {
return this.g_aki;
}
g_afm() {
return this.g_b_;
}
g_BI() {
return this.g_Be;
}
g_NZ() {
return this.g_$t;
}
g_afj() {
return this.g_afi;
}
g_Qy() {
return this.g_Dr;
}
g_afq() {
this.g_aki.g_afq();
}
g_afA(g, _) {
this.g_aki.g_afA(g, _);
}
g_akW() {
return this.g_aki.g_aep();
}
g_GH() {
return this.g_aki.g_GH();
}
g_GJ(g) {
return this.g_aki.g_GJ(g);
}
static g_alS(_, t) {
const a = _.g_afm(),
n = t.g_afm(),
i = a.g_EA().g_EM(),
e = n.g_EA().g_EM();
if (i !== e) return i - e;
const r = a.g_akQ(),
g = n.g_akQ();
return r === g ? _.g_afp().g_Qy() - t.g_afp().g_Qy() : r - g;
}
g_alR() {
const g = g_ahk,
_ = this.g_aki.g_adS();
if (
(g_ahk.g_ac$(this),
(this.g_akj = new (_ || g)()),
g_ahk.g_ac$(null),
_ && !(this.g_akj instanceof g))
)
throw new TypeError(
`script interface class '${_.name}' does not extend the right base class '${g.name}'`
);
}
g_ad_() {
return this.g_akj;
}
}),
'use strict',
(g_aO.g_DP = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_ue = g),
(this.g_alT = []),
(this.g_alU = []),
(this.g_alV = new Map()),
(this.g_alW = []),
(this.g_sV = !0);
for (const e of _) {
const g = g_aO.g_ej(g_aO.g_alX, this, e, this.g_alT.length);
this.g_alT.push(g),
this.g_alV.set(g.g_pY().toLowerCase(), g),
3 <= e.length && this.g_alW.push(this.g_alY(e[2]));
}
this.g_BI().g_alZ(this);
}
g_ek() {
g_aO.g_fz(this.g_alT),
g_aO.g_fz(this.g_alU),
this.g_alV.clear(),
g_aO.g_fz(this.g_alW),
(this.g_ue = null);
}
g_ajx(g) {
if (g.length) {
this.g_alT = g.concat(this.g_alT);
for (const _ of g) this.g_alV.set(_.g_pY().toLowerCase(), _);
for (let g = 0, _ = this.g_alT.length; g < _; ++g) this.g_alT[g].g_al_(g);
}
}
g_alY(g) {
const _ = g.slice(0);
for (let t = 0, e = _.length; t < e; ++t) {
const g = _[t];
if (Array.isArray(g)) {
const a = g_aO.g_ej(g_aO.g_gB);
a.g_hs(g), (_[t] = a);
}
}
return _;
}
g_al$() {
return this.g_ue;
}
g_BI() {
return this.g_ue.g_BI();
}
g_abD() {
g_aO.g_fz(this.g_alU);
let g = !0;
for (const _ of this.g_alT) _.g_Yd() && (this.g_alU.push(_), _.g_tq().g_tu() || (g = !1));
this.g_sV = g;
}
g_agQ() {
return this.g_alT;
}
g_ajL() {
return 0 < this.g_alT.length;
}
g_Qg(g) {
return this.g_alV.get(g.toLowerCase()) || null;
}
g_Gc() {
return this.g_alU;
}
g_FH() {
return 0 < this.g_alU.length;
}
g_tu() {
return this.g_sV;
}
g_Gh(g) {
return this.g_alW[g];
}
static g_ama(g) {
return g && g instanceof g_aO.g_gB ? { t: 'color', v: g.toJSON() } : g;
}
static g_amb(g) {
if ('object' == typeof g) {
const _ = g.t;
if ('color' === _) {
const _ = g_aO.g_ej(g_aO.g_gB);
return _.g_hs(g.v), _;
}
throw new Error('invalid effect parameter type');
} else return g;
}
static g_amc(g) {
return g.map(g_aO.g_DP.g_ama);
}
static g_amd(g) {
return g.map(g_aO.g_DP.g_amb);
}
g_GH() {
return this.g_alT.map((g) => ({
name: g.g_pY(),
active: g.g_Yd(),
params: g_aO.g_DP.g_amc(this.g_alW[g.g_EM()])
}));
}
g_GJ(g) {
for (const _ of g) {
const g = this.g_Qg(_.name);
g && (g.g_ame(_.active), (this.g_alW[g.g_EM()] = g_aO.g_DP.g_amd(_.params)));
}
this.g_abD();
}
}),
'use strict',
(g_aO.g_alX = class extends g_aO.g_eh {
constructor(g, _, e) {
super(),
(this.g_DO = g),
(this.g_RB = _[0]),
(this.g_en = _[1]),
(this.g_Dr = e),
(this.g_qx = null),
(this.g_lB = !0);
}
g_ek() {
(this.g_DO = null), (this.g_qx = null);
}
g_ajw(g) {
const _ = g_aO.g_ej(g_aO.g_alX, g, [this.g_RB, this.g_en], -1);
return (_.g_qx = this.g_qx), (_.g_lB = this.g_lB), _;
}
g_amf(g) {
const _ = g.g_p$(this.g_RB);
if (!_) throw new Error("failed to find shader program '" + this.g_RB + "'");
this.g_qx = _;
}
g_EP() {
return this.g_DO;
}
g_pY() {
return this.g_en;
}
g_al_(g) {
this.g_Dr = g;
}
g_EM() {
return this.g_Dr;
}
g_al$() {
return this.g_DO.g_al$();
}
g_BI() {
return this.g_DO.g_BI();
}
g_ame(g) {
this.g_lB = !!g;
}
g_Yd() {
return this.g_lB;
}
g_tq() {
return this.g_qx;
}
g_amg() {
const g = [];
for (let _ = 0, e = this.g_qx.g_tA(); _ < e; ++_) {
const e = this.g_qx.g_tB(_);
if ('float' === e || 'percent' === e) g.push(0);
else if ('color' === e) g.push(g_aO.g_ej(g_aO.g_gB, 1, 1, 1, 1));
else throw new TypeError('unknown effect parameter type');
}
return g;
}
}),
'use strict',
(g_aO.g_alo = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_b_ = g),
(this.g_amh = _),
(this.g_DO = g.g_EA().g_EP()),
(this.g_ami = []),
(this.g_alU = []),
(this.g_sV = !0),
(this.g_alW = []);
for (const e of this.g_DO.g_agQ()) this.g_ami.push(!0);
this.g_abD();
}
g_ek() {
g_aO.g_fz(this.g_ami),
g_aO.g_fz(this.g_alU),
g_aO.g_fz(this.g_alW),
(this.g_b_ = null),
(this.g_DO = null);
}
g_alt(g) {
for (const _ of g) this.g_alW.push(this.g_alY(_));
}
g_alY(g) {
const _ = g.slice(0);
for (let t = 0, e = _.length; t < e; ++t) {
const g = _[t];
if (Array.isArray(g)) {
const a = g_aO.g_ej(g_aO.g_gB);
a.g_hs(g), (_[t] = a);
}
}
return _;
}
g_aky() {
for (const g of this.g_DO.g_agQ()) this.g_alW.push(g.g_amg());
}
g_al$() {
return this.g_ue;
}
g_EP() {
return this.g_DO;
}
g_abD() {
g_aO.g_fz(this.g_alU);
const g = this.g_DO.g_agQ(),
_ = this.g_alU,
a = this.g_ami;
let t = !0;
for (let n = 0, e = g.length; n < e; ++n)
if (a[n]) {
const e = g[n];
_.push(e), e.g_tq().g_tu() || (t = !1);
}
(this.g_sV = t), this.g_amh.g_alQ(!!_.length);
}
g_Gc() {
return this.g_alU;
}
g_Gh(g) {
return this.g_alW[g];
}
g_tu() {
return this.g_sV;
}
g_amj() {
return this.g_alU.some((g) => g.g_tq().g_tr());
}
g_Qf(g) {
return this.g_ami[g];
}
g_abC(g, _) {
this.g_ami[g] = !!_;
}
g_GG() {
return this.g_DO
.g_agQ()
.map((g) => ({
name: g.g_pY(),
active: this.g_ami[g.g_EM()],
params: g_aO.g_DP.g_amc(this.g_alW[g.g_EM()])
}));
}
g_GI(g) {
for (const _ of g) {
const g = this.g_DO.g_Qg(_.name);
g &&
((this.g_ami[g.g_EM()] = _.active), (this.g_alW[g.g_EM()] = g_aO.g_DP.g_amd(_.params)));
}
this.g_abD();
}
}),
'use strict';
{
const _ = [],
t = [],
a = [],
r = g_aO.g_ej(g_aO.g_i_),
n = g_aO.g_ej(g_aO.g_i_),
s = g_aO.g_ej(g_aO.g_iu),
o = g_aO.g_ej(g_aO.Rect),
g = g_aO.g_ej(g_aO.Rect);
g_aO.g_amk = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g),
(this.g_aml = []),
(this.g_amm = 0),
(this.g_amn = 0),
(this.g_amo = 0),
(this.g_amp = 0);
}
g_ek() {
this.g_Be = null;
}
g_amq() {
(this.g_amn = this.g_amm), (this.g_amm = 0), (this.g_amp = this.g_amo), (this.g_amo = 0);
}
g_amr() {
return this.g_amn;
}
g_ams() {
return this.g_amp;
}
g_amt(g, _) {
const e = g.g_CU(),
a = _.g_CU();
e && a && e.g_alx() && a.g_alx() && this.g_aml.push([g, _]);
}
g_amu(g, _, t) {
for (const [e, n] of this.g_aml) {
let a = null;
if (g === e) a = n;
else if (g === n) a = e;
else continue;
a.g_akO(_) && !t.includes(a) && t.push(a);
}
}
g_amv(g, _) {
if (!this.g_aml.length) return !1;
for (const [e, a] of this.g_aml) if ((g === e && _ === a) || (g === a && _ === e)) return !0;
return !1;
}
g_amw() {
g_aO.g_fz(this.g_aml);
}
g_ahe(_, a) {
if (!_ || !a || _ === a) return !1;
const t = _.g_CU(),
e = a.g_CU();
if (!t.g_alx() || !e.g_alx()) return !1;
this.g_amm++;
const n = t.g_Em(),
g = e.g_Em(),
r = n !== g && !n.g_Fu(g);
return r ? this.g_amx(t, e) : this.g_amy(t, e);
}
g_amy(g, _) {
if (!g.g_Gi().g_io(_.g_Gi())) return !1;
if ((this.g_amo++, !g.g_agX().g_iT(_.g_agX()))) return !1;
if (g.g_akG() && _.g_akG()) return !1;
if (g.g_akG()) return this.g_amz(g, _);
if (_.g_akG()) return this.g_amz(_, g);
if (!g.g_alL() && !_.g_alL()) return !0;
const e = g.g_alM(),
a = _.g_alM();
return e.g_jk(a, _.g_Ig() - g.g_Ig(), _.g_Ih() - g.g_Ih());
}
g_amx(_, t) {
const a = _.g_Em(),
s = t.g_Em();
r.g_p(_.g_alM()), n.g_p(t.g_alM());
const l = r.g_jd();
for (let g = 0, n = l.length; g < n; g += 2) {
const t = g + 1,
n = l[g],
e = l[t],
[r, s] = a.g_GC(n + _.g_Ig(), e + _.g_Ih());
(l[g] = r), (l[t] = s);
}
const o = n.g_jd();
for (let n = 0, g = o.length; n < g; n += 2) {
const _ = n + 1,
a = o[n],
r = o[_],
[e, g] = s.g_GC(a + t.g_Ig(), r + t.g_Ih());
(o[n] = e), (o[_] = g);
}
return r.g_jg(), n.g_jg(), this.g_amo++, r.g_jk(n, 0, 0);
}
g_amz(_, d) {
const e = d.g_Gi(),
o = _.g_Ig(),
u = _.g_Ih(),
g = _.g_Nj().g_Qd(),
p = d.g_Ig(),
i = d.g_Ih(),
h = d.g_alL(),
l = d.g_agX(),
f = t;
g.g_amA(e, f);
for (let g = 0, a = f.length; g < a; ++g) {
const _ = f[g],
a = _.g_amB();
if ((this.g_amm++, e.g_ip(a, o, u) && (s.g_iO(a), s.offset(o, u), s.g_iT(l))))
if (h) {
const e = d.g_alM(),
t = _.g_amC();
if (t) {
if ((this.g_amo++, t.g_jk(e, p - (o + a.g_hV()), i - (u + a.g_hW()))))
return g_aO.g_fz(f), !0;
} else if ((r.g_ji(s, 0, 0), r.g_jk(e, p, i))) return g_aO.g_fz(f), !0;
} else {
const g = _.g_amC();
if (!g) return g_aO.g_fz(f), !0;
if ((r.g_ji(l, 0, 0), g.g_jk(r, -(o + a.g_hV()), -(u + a.g_hW()))))
return g_aO.g_fz(f), !0;
}
}
return g_aO.g_fz(f), !1;
}
g_amD(_, t, n, r) {
const s = _.g_Tu(),
e = this.g_Be.g_TT();
if (!e) throw new Error('cannot call outside event');
const d = e.g_TS();
if (s.g_TF()) {
r || (s.g_TM(!1), g_aO.g_fz(s.g_TN()));
for (const g of _.g_H$()) {
const _ = g.g_CU(),
e = _.g_Em(),
[a, i] = e.g_Gr(t, n, _.g_Jg());
if (_.g_ahc(a, i)) {
if (r) return !1;
s.g_TK(g);
} else d && s.g_TL(g);
}
} else {
const g = d ? s.g_TO() : s.g_TN();
let _ = 0;
for (let e = 0, a = g.length; e < a; ++e) {
const a = g[e],
i = a.g_CU(),
o = i.g_Em(),
[u, l] = o.g_Gr(t, n, i.g_Jg());
if (i.g_ahc(u, l)) {
if (r) return !1;
d ? s.g_TK(a) : (g[_++] = a);
} else d && (g[_++] = a);
}
r || (g.length = _);
}
return _.g_aaH(), !!r || s.g_TG();
}
g_amE(g, _, t, n) {
const i = !!g && (1 !== g.g_Fb() || 1 !== g.g_Fc());
if (_.g_EF())
for (const g of _.g_Zd())
i || g.g_ajZ() ? g_aO.g_ee(n, g.g_H$()) : (g.g_aj_(), g.g_ajX().g_Dm(t, n));
else i || _.g_ajZ() ? g_aO.g_ee(n, _.g_H$()) : (_.g_aj_(), _.g_ajX().g_Dm(t, n));
}
g_amF(g, _, a, t) {
for (const n of _) this.g_amE(g, n, a, t);
}
g_amG(g, _, e) {
const a = this.g_Be.g_ahB();
a && this.g_amF(g, a.g_Kz(), _, e);
}
g_amH(g, _, e) {
const a = this.g_Be.g_ahC();
a && this.g_amF(g, a.g_Kz(), _, e);
}
g_alB(g, _) {
return g.g_akI() && (!_ || _.g_CU().g_alB(g.g_aaF().get('solidTags')));
}
g_ahh(g) {
const e = g.g_CU();
this.g_amG(e.g_Em(), e.g_Gi(), _);
for (const e of _) if (this.g_alB(e, g) && this.g_ahe(g, e)) return g_aO.g_fz(_), e;
return g_aO.g_fz(_), null;
}
g_amI(g, e) {
this.g_amG(null, g, _);
for (const a of _) if (this.g_alB(a, e) && this.g_amJ(g, a)) return g_aO.g_fz(_), a;
return g_aO.g_fz(_), null;
}
g_amK(g, t) {
let n = null;
t && ((n = a), g_aO.g_fz(n));
const i = g.g_CU();
this.g_amH(i.g_Em(), i.g_Gi(), _);
for (const e of _)
if (e.g_akK() && this.g_ahe(g, e))
if (t) n.push(e);
else return g_aO.g_fz(_), e;
return g_aO.g_fz(_), n;
}
g_amL(_, a, t, n, i) {
n = n || 50;
const e = _.g_CU(),
r = e.g_Ig(),
g = e.g_Ih();
for (let s = 0; s < n; ++s)
if ((e.g_abq(r + a * s, g + t * s), e.g_En(), !this.g_ahe(_, i))) return !0;
return e.g_abq(r, g), e.g_En(), !1;
}
g_amM(_, a, t, n, i, e) {
n = n || 50;
const r = _.g_CU(),
g = r.g_Ig(),
s = r.g_Ih();
let o = null,
u = null;
for (let d = 0; d < n; ++d)
if ((r.g_abq(g + a * d, s + t * d), r.g_En(), !this.g_ahe(_, o)))
if (((o = this.g_ahh(_)), o)) u = o;
else if (
(i && ((o = e ? (this.g_ahe(_, e) ? e : null) : this.g_amK(_)), o && (u = o)), !o)
)
return u && this.g_amN(_, a, t, u, 16, !0), !0;
return r.g_abq(g, s), r.g_En(), !1;
}
g_amO(_, a, t, n) {
n = n || 50;
const r = _.g_CU(),
e = r.g_Ig(),
s = r.g_Ih();
let g = null,
l = null;
for (let o = 0; o < n; ++o)
for (let n = 0; 2 > n; ++n) {
const d = 2 * n - 1;
if ((r.g_abq(e + a * o * d, s + t * o * d), r.g_En(), !this.g_ahe(_, g)))
if (((g = this.g_ahh(_)), g)) l = g;
else return l && this.g_amN(_, a * d, t * d, l, 16, !0), !0;
}
return r.g_abq(e, s), r.g_En(), !1;
}
g_amN(_, a, t, n, r, s) {
let d = 2,
o = !1,
u = !1;
const p = _.g_CU();
let c = p.g_Ig(),
f = p.g_Ih();
for (; d <= r; ) {
const g = 1 / d;
(d *= 2),
p.g_abt(a * g * (o ? 1 : -1), t * g * (o ? 1 : -1)),
p.g_En(),
this.g_ahe(_, n) || (s && this.g_ahh(_))
? ((o = !0), (u = !0))
: ((o = !1), (u = !1), (c = p.g_Ig()), (f = p.g_Ih()));
}
u && (p.g_abq(c, f), p.g_En());
}
g_amP(_, a = 100) {
var t = Math.floor;
let n = 0;
const r = _.g_CU(),
e = r.g_Ig(),
s = r.g_Ih();
let g = 0,
l = this.g_ahh(_);
if (!l) return !0;
for (; n <= a; ) {
let a = 0,
i = 0;
if (
(0 == g
? ((a = 0), (i = -1), n++)
: 1 == g
? ((a = 1), (i = -1))
: 2 == g
? ((a = 1), (i = 0))
: 3 == g
? ((a = 1), (i = 1))
: 4 == g
? ((a = 0), (i = 1))
: 5 == g
? ((a = -1), (i = 1))
: 6 == g
? ((a = -1), (i = 0))
: 7 == g
? ((a = -1), (i = -1))
: void 0,
(g = (g + 1) % 8),
r.g_abq(t(e + a * n), t(s + i * n)),
r.g_En(),
!this.g_ahe(_, l) && ((l = this.g_ahh(_)), !l))
)
return !0;
}
return r.g_abq(e, s), r.g_En(), !1;
}
g_amQ(_, a, E, c) {
var d = Math.sin,
e = Math.cos,
f = Math.PI;
const b = _.g_CU(),
g = b.g_Ig(),
h = b.g_Ih(),
B = Math.max(10, g_aO.g_et(a, E, g, h)),
l = g_aO.g_ev(a, E, g, h),
m = c || this.g_ahh(_);
if (!m) return g_aO.g_eq(l + f);
let n = m,
C = 0,
T = 0;
const H = g_aO.g_er(5);
let r;
for (r = 1; 36 > r; ++r) {
const t = l - r * H;
if (
(b.g_abq(a + e(t) * B, E + d(t) * B),
b.g_En(),
!this.g_ahe(_, n) && ((n = c ? null : this.g_ahh(_)), !n))
) {
C = t;
break;
}
}
for (36 === r && (C = g_aO.g_eq(l + f)), n = m, r = 1; 36 > r; ++r) {
const t = l + r * H;
if (
(b.g_abq(a + e(t) * B, E + d(t) * B),
b.g_En(),
!this.g_ahe(_, n) && ((n = c ? null : this.g_ahh(_)), !n))
) {
T = t;
break;
}
}
if ((36 === r && (T = g_aO.g_eq(l + f)), b.g_abq(g, h), b.g_En(), T === C)) return T;
const N = g_aO.g_ew(T, C) / 2;
let i = g_aO.g_ey(T, C) ? g_aO.g_eq(C + N + f) : g_aO.g_eq(T + N);
const t = e(l),
u = d(l),
v = e(i),
U = d(i),
x = t * v + u * U;
return g_aO.g_ev(0, 0, t - 2 * x * v, u - 2 * x * U);
}
g_amR(g, _, a, t, n) {
var e = Math.min,
r = Math.max;
if (!n) return !1;
const s = n.g_CU();
if (!s.g_alx()) return !1;
if ((this.g_amm++, o.set(e(g, a), e(_, t), r(g, a), r(_, t)), !s.g_Gi().g_io(o))) return !1;
if (n.g_akG()) return this.g_amS(g, _, a, t, n, s);
if ((this.g_amo++, !s.g_agX().g_iS(g, _, a, t))) return !1;
if (!s.g_alL()) return !0;
const i = s.g_alM();
return i.g_iS(s.g_Ig(), s.g_Ih(), g, _, a, t);
}
g_amS(_, a, r, e, d, u) {
const i = u.g_Ig(),
p = u.g_Ih(),
l = d.g_Qd(),
f = t;
g.set(_, a, r, e), g.normalize(), l.g_amA(g, f);
for (let g = 0, t = f.length; g < t; ++g) {
const t = f[g],
n = t.g_amB();
if ((this.g_amm++, o.g_ip(n, i, p) && (s.g_iO(n), s.offset(i, p), s.g_iS(_, a, r, e)))) {
const g = t.g_amC();
if (!g) return g_aO.g_fz(f), !0;
if ((this.g_amo++, g.g_iS(i + n.g_hV(), p + n.g_hW(), _, a, r, e)))
return g_aO.g_fz(f), !0;
}
}
return g_aO.g_fz(f), !1;
}
g_amJ(_, a) {
if (!a) return !1;
const t = a.g_CU();
if (!t.g_alx()) return !1;
if ((this.g_amm++, !t.g_Gi().g_io(_))) return !1;
if (a.g_akG()) return this.g_amT(_, a, t);
if ((this.g_amo++, s.g_iO(_), !t.g_agX().g_iT(s))) return !1;
if (!t.g_alL()) return !0;
const n = r;
n.g_iO(_, t.g_Ig(), t.g_Ih());
const e = t.g_alM();
return n.g_jk(e, 0, 0);
}
g_amT(_, a, n) {
const i = n.g_Ig(),
s = n.g_Ih(),
g = a.g_Qd(),
d = t;
g.g_amA(_, d);
for (let g = 0, e = d.length; g < e; ++g) {
const a = d[g],
e = a.g_amB();
if ((this.g_amm++, _.g_ip(e, i, s))) {
const g = a.g_amC();
if (!g) return g_aO.g_fz(d), !0;
if ((this.g_amo++, r.g_iO(_, 0, 0), g.g_jk(r, -(i + e.g_hV()), -(s + e.g_hW()))))
return g_aO.g_fz(d), !0;
}
}
return g_aO.g_fz(d), !1;
}
g_amU(g, _) {
if (g) {
const e = g.g_CU();
if (e.g_alx())
return (
this.g_amm++,
e.g_Gi().g_io(_.rect)
? g.g_akG()
? void this.g_amV(g, e, _)
: void (this.g_amo++,
e.g_alL() ? _.g_amW(g, e.g_Ig(), e.g_Ih(), e.g_alM()) : _.g_amX(g, e.g_agX()))
: void 0
);
}
}
g_amV(_, a, n) {
const e = a.g_Ig(),
r = a.g_Ih(),
g = t;
_.g_Qd().g_amA(n.rect, g);
for (let t = 0, i = g.length; t < i; t++) {
const s = g[t],
i = s.g_amB();
if ((this.g_amm++, n.rect.g_ip(i, e, r))) {
const g = s.g_amC();
this.g_amo++,
g ? n.g_amW(_, e + i.g_hV(), r + i.g_hW(), g) : n.g_amY(_, a.g_Ig(), a.g_Ih(), i);
}
}
g_aO.g_fz(g);
}
};
}
'use strict',
(g_aO.g_aiI = class extends g_aO.g_eh {
constructor(g, _) {
super(), (this.g_Df = g), (this.g_Dg = _), (this.g_Dh = g_aO.g_ej(g_aO.g_jq));
}
g_ek() {
this.g_Dh.g_ek(), (this.g_Dh = null);
}
g_Di(g, _, e) {
let a = this.g_Dh.g_bd(g, _);
return a
? a
: e
? ((a = g_aO.g_ej(g_aO.g_amZ, this, g, _)), this.g_Dh.Set(g, _, a), a)
: null;
}
g_Dj(g) {
const _ = Math.floor(g / this.g_Df);
return isFinite(_) ? _ : 0;
}
g_Dk(g) {
const _ = Math.floor(g / this.g_Dg);
return isFinite(_) ? _ : 0;
}
g_Dl(g, _, a) {
if (_)
for (let t = _.g_hV(), n = _.g_hX(); t <= n; ++t)
for (let n = _.g_hW(), e = _.g_hY(); n <= e; ++n) {
if (a && a.g_iq(t, n)) continue;
const _ = this.g_Di(t, n, !1);
_ && (_.g_lO(g), _.g_jC() && this.g_Dh.g_jt(t, n));
}
if (a)
for (let t = a.g_hV(), n = a.g_hX(); t <= n; ++t)
for (let n = a.g_hW(), e = a.g_hY(); n <= e; ++n)
(_ && _.g_iq(t, n)) || this.g_Di(t, n, !0).g_Db(g);
}
g_Dm(g, _) {
let t = this.g_Dj(g.g_hV());
const n = this.g_Dk(g.g_hW()),
a = this.g_Dj(g.g_hX()),
e = this.g_Dk(g.g_hY());
if (isFinite(a) && isFinite(e))
for (; t <= a; ++t)
for (let g = n; g <= e; ++g) {
const e = this.g_Di(t, g, !1);
e && e.g_Dd(_);
}
}
}),
'use strict',
(g_aO.g_amZ = class extends g_aO.g_eh {
constructor(g, _, e) {
super(),
(this.g_CW = g),
(this.g_hB = _),
(this.g_hC = e),
(this.g_CX = g_aO.g_ej(g_aO.g_jx));
}
g_ek() {
this.g_CX.g_ek(), (this.g_CX = null), (this.g_CW = null);
}
g_jC() {
return this.g_CX.g_jC();
}
g_Db(g) {
this.g_CX.g_jB(g);
}
g_lO(g) {
this.g_CX.g_jt(g);
}
g_Dd(g) {
g_aO.g_ee(g, this.g_CX.g_jD());
}
}),
'use strict';
{
const _ = 1e-6;
g_aO.g_am_ = class {
constructor() {
(this.x1 = 0),
(this.y1 = 0),
(this.x2 = 0),
(this.y2 = 0),
(this.dx = 0),
(this.dy = 0),
(this.rect = new g_aO.Rect()),
(this.g_am$ = 2),
(this.g_ana = null),
(this.g_anb = 0),
(this.g_anc = 0),
(this.g_and = 0),
(this.g_ane = 0),
(this.g_anf = 0),
(this.g_P = 0),
(this.g_ang = 1),
(this.g_anh = 0),
(this.g_ani = 1),
(this.g_anj = 0);
}
g_ank() {
return this.g_am$ < 1 + _;
}
Set(g, _, e, a) {
return (
(this.x1 = g),
(this.y1 = _),
(this.x2 = e),
(this.y2 = a),
(this.dx = e - g),
(this.dy = a - _),
this.rect.set(g, _, e, a),
this.rect.normalize(),
(this.g_am$ = 2),
(this.g_ana = null),
(this.g_anb = 0),
(this.g_anc = 0),
(this.g_and = 0),
(this.g_ane = 0),
(this.g_anf = 0),
(this.g_P = 0),
(this.g_ang = 1),
(this.g_anh = 0),
(this.g_ani = 1),
(this.g_anj = 0),
this
);
}
g_anl() {
var a = Math.PI;
if (!1 !== this.g_ank()) {
const t = this.dx * this.g_am$,
n = this.dy * this.g_am$,
i = Math.sqrt(t * t + n * n),
e = t / i,
r = n / i;
(this.g_P = i - _),
(this.g_ane = this.x1 + e * this.g_P),
(this.g_anf = this.y1 + r * this.g_P),
(this.g_anb = Math.atan2(this.g_and, this.g_anc) + a / 2),
(this.g_ang = Math.cos(this.g_anb)),
(this.g_anh = Math.sin(this.g_anb));
const g = e * this.g_ang + r * this.g_anh;
((this.g_ani = e - 2 * this.g_ang * g), (this.g_anj = r - 2 * this.g_anh * g), 0 < g) &&
((this.g_anb = g_aO.g_eq(this.g_anb + a)),
(this.g_ang = -this.g_ang),
(this.g_anh = -this.g_anh));
}
}
g_anm(g, _, a, t, n) {
const e = g_aO.g_fd(this.x1, this.y1, this.x2, this.y2, _, a, t, n);
0 <= e &&
e < this.g_am$ &&
((this.g_am$ = e), (this.g_ana = g.g_Ei()), (this.g_anc = _ - t), (this.g_and = a - n));
}
g_amY(_, a, t, n) {
const i = a + n.g_hV(),
e = a + n.g_hX(),
r = t + n.g_hW(),
g = t + n.g_hY();
this.g_anm(_, i, r, e, r),
this.g_anm(_, e, r, e, g),
this.g_anm(_, e, g, i, g),
this.g_anm(_, i, g, i, r);
}
g_amX(_, a) {
const t = a.g_eW(),
n = a.g_eX(),
r = a.g_eY(),
e = a.g_eZ(),
s = a.g_e_(),
g = a.g_e$(),
d = a.g_fa(),
i = a.g_fb();
this.g_anm(_, t, n, r, e),
this.g_anm(_, r, e, s, g),
this.g_anm(_, s, g, d, i),
this.g_anm(_, d, i, t, n);
}
g_amW(_, a, t, g) {
const n = g.g_jd();
for (let e = 0, r = n.length; e < r; e += 2) {
const g = (e + 2) % r,
s = n[e] + a,
d = n[e + 1] + t,
i = n[g] + a,
l = n[g + 1] + t;
this.g_anm(_, s, d, i, l);
}
}
};
}
{
const g = new Set([
'off',
'crop',
'scale-inner',
'scale-outer',
'letterbox-scale',
'letterbox-integer-scale'
]),
_ = new Set(['high', 'low']),
t = g_aO.g_ej(g_aO.g_iu),
s = g_aO.g_ej(g_aO.Rect);
g_aO.g_ann = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_Be = g),
(this.g_ano = null),
(this.g_anp = null),
(this.g_anq = 'high-performance'),
(this.g_anr = 0),
(this.g_ans = 0),
(this.g_ant = 0),
(this.g_anu = 0),
(this.g_anv = 0),
(this.g_anw = 0),
(this.g_anx = 0),
(this.g_any = 0),
(this.g_anz = 0),
(this.g_anA = 0),
(this.g_anB = 'letterbox-scale'),
(this.g_anC = 'letterbox-scale'),
(this.g_anD = 0),
(this.g_anE = 0),
(this.g_anF = 'high'),
(this.g_anG = this.g_anF),
(this.g_anH = !1),
(this.g_anI = []),
(this.g_anJ = new Set()),
(this.g_anK = null),
(this.g_anL = null),
(this.g_anM = 0),
(this.g_anN = 0),
(this.g_anO = NaN),
(this.g_anP = 0),
(this.g_anQ = new Map()),
(this.g_anR = ''),
(this.g_anS = 1),
(this.g_anT = ''),
(this.g_anU = null),
(this.g_anV = null),
(this.g_anW = 0),
(this.g_anX = -1),
(this.g_anY = 0),
(this.g_anZ = (g) => (this.g_anY = g.g_Ci)),
(this.g_an_ = null),
(this.g_an$ = null),
(this.g_aoa = { g_aob: null, g_aoc: null, g_aod: null }),
(this.g_aoe = 0),
(this.g_aof = 0),
(this.g_aog = 0),
(this.g_aoh = 'fade-in'),
(this.g_aoi = null),
(this.g_aoj = new Promise((g) => (this.g_aoi = g)));
}
g_aok(g) {
this.g_anq = g;
}
async g_gk(g) {
(this.g_ano = g.canvas),
this.g_ano.addEventListener('webglcontextlost', (g) => this.g_HF(g)),
this.g_ano.addEventListener('webglcontextrestored', (g) => this.g_aol(g));
const _ = { g_xM: this.g_anq, g_xN: !0 };
'Android' === g_aO.g_bJ.g_bK &&
'Chromium' === g_aO.g_bJ.g_bR &&
75 > g_aO.g_bJ.g_bP &&
(console.warn(
'[Construct 3] Disabling WebGL 2 because this device appears to be affected by crbug.com/934823. Install software updates to avoid this.'
),
(_.g_xP = 1)),
'standard' === this.g_Be.g_Iw() ? (_.alpha = !0) : ((_.alpha = !1), (_.g_xO = !0)),
(this.g_anp = g_aO.g_ej(g_aO.g_ps.g_xU, this.g_ano, _)),
await this.g_anp.g_yW(),
this.g_anp.g_AO() || (this.g_anP = NaN),
this.g_Be.g_adN('runtime', 'window-resize', (g) => this.g_aom(g)),
this.g_Be.g_adN('runtime', 'fullscreenchange', (g) => this.g_aon(g)),
this.g_Be.g_adN('runtime', 'fullscreenerror', (g) => this.g_aoo(g)),
(this.g_anH = !!g.isFullscreen),
this.g_wQ(g.windowInnerWidth, g.windowInnerHeight, !0),
(this.g_anK = self.C3_Shaders),
await this.g_aop();
let e = !1;
for (const _ of this.g_Be.g_aoq()) {
for (const g of _.g_agQ()) g.g_amf(this.g_anp), g.g_tq().g_tr() && (e = !0);
_.g_abD();
}
this.g_Be.g_aor(e), this.g_anp.g_AO() && (this.g_anL = g_aO.g_ej(g_aO.g_ps.g_xB, this.g_anp));
}
async g_aop() {
if (this.g_anK) {
const g = [];
for (const [_, e] of Object.entries(this.g_anK)) {
const a = g_aO.g_ps.g_sb.g_tU(this.g_anp.g_y_());
g.push(this.g_anp.g_yY(e, a, _));
}
await Promise.all(g), this.g_anp.g_zc(), this.g_anp.g_yZ();
}
}
g_ek() {
(this.g_Be = null), (this.g_anp = null), (this.g_ano = null);
}
g_aom(g) {
const _ = g.devicePixelRatio;
this.g_Be.g_Cn() && (self.devicePixelRatio = _),
this.g_Be.g_aos(_),
this.g_wQ(g.innerWidth, g.innerHeight),
this.g_Be.g_EV();
}
g_aon(g) {
(this.g_anH = !!g.isFullscreen), this.g_wQ(g.innerWidth, g.innerHeight, !0), this.g_Be.g_EV();
}
g_aoo(g) {
(this.g_anH = !!g.isFullscreen), this.g_wQ(g.innerWidth, g.innerHeight, !0), this.g_Be.g_EV();
}
g_wQ(g, _, e = !1) {
var t = Math.floor;
if (((g = t(g)), (_ = t(_)), 0 >= g || 0 >= _)) throw new Error('invalid size');
if (this.g_anr !== g || this.g_ans !== _ || e) {
(this.g_anr = g), (this.g_ans = _);
const e = this.g_aot();
'letterbox-scale' === e
? this.g_aou(g, _)
: 'letterbox-integer-scale' === e
? this.g_aov(g, _)
: 'off' === e
? this.g_aow(g, _)
: this.g_aox(g, _),
this.g_aoy(e),
(this.g_ano.width = this.g_anv),
(this.g_ano.height = this.g_anw),
this.g_Be.g_aeh('canvas', 'update-size', {
marginLeft: this.g_anx,
marginTop: this.g_any,
styleWidth: this.g_ant,
styleHeight: this.g_anu
}),
this.g_anp.g_wQ(this.g_anv, this.g_anw, !0);
}
}
g_aou(_, a) {
var t = Math.round,
n = Math.floor;
const i = this.g_Be.g_EO(),
e = this.g_Be.g_DY(),
r = this.g_Be.g_DZ(),
g = e / r;
_ / a > g
? ((this.g_ant = t(a * g)),
(this.g_anu = a),
(this.g_anx = n((_ - this.g_ant) / 2)),
(this.g_any = 0))
: ((this.g_ant = _),
(this.g_anu = t(_ / g)),
(this.g_anx = 0),
(this.g_any = n((a - this.g_anu) / 2))),
(this.g_anv = t(this.g_ant * i)),
(this.g_anw = t(this.g_anu * i)),
this.g_Be.g_aoz(e, r);
}
g_aov(_, t) {
var n = Math.max,
r = Math.round,
s = Math.floor;
const e = this.g_Be.g_EO();
1 !== e && ((_ += 1), (t += 1));
const d = this.g_Be.g_DY(),
g = this.g_Be.g_DZ(),
l = d / g,
i = _ / t;
let o;
if (i > l) {
const g = t * l;
o = (g * e) / d;
} else {
const a = _ / l;
o = (a * e) / g;
}
1 < o ? (o = s(o)) : 1 > o && (o = 1 / Math.ceil(1 / o)),
(this.g_anv = r(d * o)),
(this.g_anw = r(g * o)),
(this.g_ant = this.g_anv / e),
(this.g_anu = this.g_anw / e),
(this.g_anx = n(s((_ - this.g_ant) / 2), 0)),
(this.g_any = n(s((t - this.g_anu) / 2), 0)),
this.g_Be.g_aoz(d, g);
}
g_aox(g, _) {
var a = Math.round;
const t = this.g_Be.g_EO();
(this.g_ant = g),
(this.g_anu = _),
(this.g_anv = a(this.g_ant * t)),
(this.g_anw = a(this.g_anu * t)),
(this.g_anx = 0),
(this.g_any = 0);
const n = this.g_Go();
this.g_Be.g_aoz(this.g_ant / n, this.g_anu / n);
}
g_aow(g, _) {
var a = Math.round,
t = Math.floor;
const n = this.g_Be.g_EO();
(this.g_ant = this.g_Be.g_Gt()),
(this.g_anu = this.g_Be.g_Gu()),
(this.g_anv = a(this.g_ant * n)),
(this.g_anw = a(this.g_anu * n)),
this.g_aoA()
? ((this.g_anx = t((g - this.g_ant) / 2)), (this.g_any = t((_ - this.g_anu) / 2)))
: ((this.g_anx = 0), (this.g_any = 0)),
this.g_Be.g_aoz(this.g_Be.g_Gt(), this.g_Be.g_Gu());
}
g_aoy(g) {
if ('high' === this.g_anF)
(this.g_anz = this.g_anv), (this.g_anA = this.g_anw), (this.g_anG = 'high');
else {
let _, e;
if (
('off' === this.g_aot()
? ((_ = this.g_Be.g_Gt()), (e = this.g_Be.g_Gu()))
: ((_ = this.g_Be.g_DY()), (e = this.g_Be.g_DZ())),
this.g_anv < _ && this.g_anw < e)
)
(this.g_anz = this.g_anv), (this.g_anA = this.g_anw), (this.g_anG = 'high');
else if (((this.g_anz = _), (this.g_anA = e), (this.g_anG = 'low'), 'scale-inner' === g)) {
const g = _ / e,
a = this.g_anr / this.g_ans;
a < g ? (this.g_anz = this.g_anA * a) : a > g && (this.g_anA = this.g_anz / a);
} else if ('scale-outer' === g) {
const g = _ / e,
a = this.g_anr / this.g_ans;
a > g ? (this.g_anz = this.g_anA * a) : a < g && (this.g_anA = this.g_anz / a);
}
}
}
g_aoA() {
return this.g_anH;
}
g_aoB(_) {
if (!g.has(_)) throw new Error('invalid fullscreen mode');
this.g_anB = _;
}
g_aeR() {
return this.g_anB;
}
g_aoC(_) {
if (!g.has(_)) throw new Error('invalid fullscreen mode');
this.g_anC = _;
}
g_aoD() {
return this.g_anC;
}
g_aot() {
return this.g_aoA() ? this.g_aoD() : this.g_aeR();
}
g_aoE(g) {
if (!_.has(g)) throw new Error('invalid fullscreen scaling quality');
this.g_anF = g;
}
g_aoF() {
return this.g_anF;
}
g_FS() {
return this.g_anG;
}
static g_aoG(g) {
switch (g) {
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');
}
}
g_aeF() {
return this.g_anr;
}
g_aeH() {
return this.g_ans;
}
g_FT() {
return this.g_anz;
}
g_FU() {
return this.g_anA;
}
g_aoH() {
return this.g_anp.g_xe();
}
g_HF(g) {
console.log('[Construct 3] WebGL context lost'),
g.preventDefault(),
(this.g_anI = []),
this.g_anJ.clear(),
this.g_anp.g_qI(),
this.g_Be.g_HF();
}
async g_aol() {
await this.g_anp.g_qJ(), await this.g_aop();
for (const g of this.g_Be.g_aoq()) for (const _ of g.g_agQ()) _.g_amf(this.g_anp);
await this.g_Be.g_aol(), console.log('[Construct 3] WebGL context restored');
}
g_rP() {
return this.g_anp;
}
g_FM() {
return 'low' === this.g_anG ? 1 / this.g_Be.g_EO() : this.g_Go();
}
g_Go() {
const g = this.g_aot();
if ('off' === g || 'crop' === g) return 1;
const _ = this.g_Be.g_DY(),
a = this.g_Be.g_DZ(),
t = _ / a,
n = this.g_anv / this.g_anw;
return ('scale-inner' !== g && n > t) || ('scale-inner' === g && n < t)
? this.g_anu / a
: this.g_ant / _;
}
g_aoI(g, _) {
(this.g_anD = g), (this.g_anE = _);
}
g_JD(g, _, a) {
const t = (_ || this.g_anz) / 2 + this.g_anD,
n = (a || this.g_anA) / 2 + this.g_anE;
g.g_pR(t, n, 100 * this.g_Be.g_EO()), g.g_pS(t, n, 0), g.g_pT(), g.g_zg();
}
g_aoJ(g) {
const _ = this.g_ant / 2,
e = this.g_anu / 2;
g.g_pR(_, e, 100), g.g_pS(_, e, 0), g.g_pT(), g.g_zg();
}
g_aoK() {
return this.g_anv;
}
g_aoL() {
return this.g_anw;
}
g_aeS() {
return this.g_ant;
}
g_aeT() {
return this.g_anu;
}
g_aeU() {
return this.g_anx;
}
g_aeV() {
return this.g_any;
}
g_FV(g) {
const _ = this.g_anI,
e = _.findIndex((_) => _.g_rX(g));
let a;
return (
-1 === e ? (a = this.g_anp.g_AG(g)) : ((a = _[e]), _.splice(e, 1)), this.g_anJ.add(a), a
);
}
g_Gl(g) {
if (!this.g_anJ.has(g)) throw new Error('render target not in use');
this.g_anJ.delete(g), this.g_anI.push(g);
}
*g_aoM() {
for (const g of this.g_Be.g_Wy().g_IY())
for (const _ of g.g_Hm()) {
const g = this.g_anQ.get(_);
g && (yield g);
}
}
g_FQ(g) {
if (!this.g_anp.g_AO()) return null;
let _ = this.g_anQ.get(g);
return (
_ ||
((_ = {
name: g.g_pY(),
g_aoN: g_aO.g_ej(g_aO.g_ps.g_xB, this.g_anp),
g_aoO: 0,
g_aoP: 0
}),
this.g_anQ.set(g, _)),
_.g_aoN
);
}
g_aoQ() {
if (this.g_anp.g_AO() && 0 === this.g_anN) {
(this.g_anN = this.g_anp.g_qu()), (this.g_anO = NaN);
for (const g of this.g_aoM()) g.g_aoO = NaN;
}
}
g_aoR() {
var g = Math.min;
if (
this.g_anp.g_AO() &&
isNaN(this.g_anO) &&
((this.g_anO = this.g_anL.g_xI(this.g_anM, this.g_anN)), !isNaN(this.g_anO))
) {
if (this.g_Be.g_IC())
for (const g of this.g_aoM())
if (((g.g_aoO = g.g_aoN.g_xI(this.g_anM, this.g_anN)), isNaN(g.g_aoO))) return;
if ((this.g_anL.g_xJ(this.g_anN), (this.g_anP = g(this.g_anO, 1)), this.g_Be.g_IC())) {
for (const _ of this.g_aoM()) _.g_aoN.g_xJ(this.g_anN), (_.g_aoP = g(_.g_aoO, 1));
g_IF.g_aoS(this.g_anP, [...this.g_aoM()]);
}
(this.g_anM = this.g_anN), (this.g_anN = 0);
}
}
g_aoT() {
return this.g_anL;
}
g_aoU() {
return this.g_anP;
}
g_aoV(g, _) {
return ((this.g_anR = g), (this.g_anS = _), this.g_anU)
? this.g_anU
: ((this.g_anU = new Promise((g) => {
this.g_anV = g;
})),
this.g_anU);
}
g_aoW() {
this.g_anR &&
(g_aO.g_cv(this.g_ano, this.g_anR, this.g_anS).then((g) => {
(this.g_anT = URL.createObjectURL(g)), (this.g_anU = null), this.g_anV(this.g_anT);
}),
(this.g_anR = ''),
(this.g_anS = 1));
}
g_aoX() {
return this.g_anT;
}
g_aoY(g) {
if (2 === g)
(this.g_an_ = g_aO.g_ej(g_aO.g_ps.g_vE, this.g_anp)),
this.g_an_.g_wy(!1),
this.g_an_.g_wB('Arial'),
this.g_an_.g_wC(16),
this.g_an_.g_wM('center'),
this.g_an_.g_wN('center'),
this.g_an_.g_wQ(300, 200);
else if (0 === g) {
const g = this.g_Be.g_afD();
let _;
if (this.g_Be.g_aoZ()) {
if (!g.g_BP('loading-logo.png')) return;
_ = g.g_BR('loading-logo.png');
} else _ = g.g_BO() + 'loading-logo.png';
(this.g_an$ = g.g_B$({ url: _ })),
this.g_an$
.g_CR(this.g_anp)
.catch(() =>
console.warn(
`[C3 runtime] Failed to load 'loading-logo.png' for loading screen. Check the project has an icon with that name.`
)
);
} else
4 == g &&
(this.g_ao_('splash-images/splash-logo.svg')
.then((g) => {
'done' === this.g_aoh ? this.g_anp.g_rL(g) : (this.g_aoa.g_aob = g);
})
.catch((g) => console.warn('Failed to load splash image: ', g)),
this.g_ao$('splash-images/splash-poweredby-512.png')
.then((g) => {
'done' === this.g_aoh ? this.g_anp.g_rL(g) : (this.g_aoa.g_aoc = g);
})
.catch((g) => console.warn('Failed to load splash image: ', g)),
this.g_ao$('splash-images/splash-website-512.png')
.then((g) => {
'done' === this.g_aoh ? this.g_anp.g_rL(g) : (this.g_aoa.g_aod = g);
})
.catch((g) => console.warn('Failed to load splash image: ', g)));
}
async g_ao_(g) {
g = new URL(g, this.g_Be.g_fe()).toString();
const _ = await g_aO.g_gd(g),
e = await this.g_Be.g_apa(_, 2048, 2048);
return await this.g_anp.g_AF(e, { g_qR: 'high' });
}
async g_ao$(g) {
g = new URL(g, this.g_Be.g_fe()).toString();
const _ = await g_aO.g_gd(g);
return await this.g_anp.g_AF(_, { g_qR: 'high' });
}
g_apb() {
(this.g_anW = Date.now()),
this.g_Be.g_lh().addEventListener('loadingprogress', this.g_anZ),
(this.g_anX = requestAnimationFrame(() => this.g_apc()));
}
async g_apd() {
(this.g_anY = 1),
4 === this.g_Be.g_ape() && (await this.g_aoj),
(this.g_aoi = null),
(this.g_aoj = null),
-1 !== this.g_anX && (cancelAnimationFrame(this.g_anX), (this.g_anX = -1)),
this.g_Be.g_lh().removeEventListener('loadingprogress', this.g_anZ),
(this.g_anZ = null),
this.g_an_ && (this.g_an_.g_ek(), (this.g_an_ = null)),
this.g_an$ && (this.g_an$.g_ek(), (this.g_an$ = null)),
this.g_anp.g_AC(),
this.g_aoa.g_aob && (this.g_anp.g_rL(this.g_aoa.g_aob), (this.g_aoa.g_aob = null)),
this.g_aoa.g_aoc && (this.g_anp.g_rL(this.g_aoa.g_aoc), (this.g_aoa.g_aoc = null)),
this.g_aoa.g_aod && (this.g_anp.g_rL(this.g_aoa.g_aod), (this.g_aoa.g_aod = null)),
this.g_anp.g_Ax(0, 0, 0, 0),
this.g_anp.g_qs(),
(this.g_aoh = 'done'),
(this.g_anM = this.g_anp.g_qu());
}
g_apc() {
if (-1 !== this.g_anX) {
const g = this.g_anp;
g.g_AC(), (this.g_anX = -1);
const _ = this.g_Be.g_afD().g_Ch(),
e = this.g_Be.g_ape();
if (
(3 !== e && (this.g_aoJ(g), g.g_Ax(0, 0, 0, 0), g.g_zn(), g.g_yZ(), g.g_zp(null)),
0 === e)
)
this.g_apf(_);
else if (1 === e) this.g_apg(_, 120, 0);
else if (2 === e) this.g_aph(_);
else if (3 === e) g_aO.noop();
else if (4 === e) this.g_api(_);
else throw new Error('invalid loader style');
g.g_qs(), (this.g_anX = requestAnimationFrame(() => this.g_apc()));
}
}
g_aph(g) {
g ? this.g_an_.g_wL(1, 0, 0) : this.g_an_.g_wL(0.6, 0.6, 0.6),
this.g_an_.g_wP(Math.round(100 * this.g_anY) + '%');
const _ = this.g_ant / 2,
e = this.g_anu / 2;
t.g_iD(_ - 150, e - 100, _ + 150, e + 100),
this.g_anp.g_zp(this.g_an_.g_rQ()),
this.g_anp.g_zy(t, this.g_an_.g_xg());
}
g_apg(_, a, t) {
const n = this.g_anp;
n.g_Al(), _ ? n.g_zl(1, 0, 0, 1) : n.g_zl(0.118, 0.565, 1, 1);
const e = this.g_ant / 2,
i = this.g_anu / 2,
g = a / 2;
s.g_hO(e - g, i - 4 + t, Math.floor(a * this.g_anY), 8),
n.Rect(s),
s.g_hO(e - g, i - 4 + t, a, 8),
s.offset(-0.5, -0.5),
s.g_ie(0.5, 0.5),
n.g_zl(0, 0, 0, 1),
n.g_zP(s),
s.g_ie(1, 1),
n.g_zl(1, 1, 1, 1),
n.g_zP(s);
}
g_apf(_) {
if (!this.g_an$) return void this.g_apg(_, 120, 0);
const a = this.g_an$.g_rQ();
if (!a) return void this.g_apg(_, 120, 0);
const n = a.g_pN(),
r = a.g_pO(),
e = this.g_ant / 2,
s = this.g_anu / 2,
g = n / 2,
d = r / 2;
t.g_iD(e - g, s - d, e + g, s + d),
this.g_anp.g_zp(a),
this.g_anp.g_iu(t),
this.g_apg(_, n, d + 16);
}
g_api(_) {
var t = Math.min,
d = Math.max,
e = Math.ceil;
const u = this.g_anp,
g = this.g_aoa.g_aob,
i = this.g_aoa.g_aoc,
c = this.g_aoa.g_aod,
f = Date.now();
0 === this.g_aoe && (this.g_anW = f);
const l = this.g_Be.g_aoZ() || (this.g_Be.g_apj() && !this.g_Be.g_apk()),
m = l ? 0 : 200,
n = l ? 0 : 3e3;
let o = 1;
'fade-in' === this.g_aoh
? (o = t((f - this.g_anW) / 300, 1))
: 'fade-out' === this.g_aoh && (o = d(1 - (f - this.g_aog) / 300, 0)),
u.g_Al(),
u.g_zl(0.231 * o, 0.251 * o, 0.271 * o, o),
s.set(0, 0, this.g_ant, this.g_anu),
u.Rect(s);
const E = e(this.g_ant),
a = e(this.g_anu);
let b, y;
256 < this.g_anu
? (u.g_zl(0.302 * o, 0.334 * o, 0.365 * o, o),
(b = E),
(y = d(0.005 * a, 2)),
s.g_hO(0, 0.8 * a - y / 2, b, y),
u.Rect(s),
_ ? u.g_zl(o, 0, 0, o) : u.g_zl(0.161 * o, 0.953 * o, 0.816 * o, o),
(b = E * this.g_anY),
s.g_hO(0.5 * E - b / 2, 0.8 * a - y / 2, b, y),
u.Rect(s),
u.g_zl(o, o, o, o),
u.g_yZ(),
i &&
((b = 1.5 * g_aO.g_ep(0.22 * a, 105, 0.6 * E)),
(y = b / 8),
s.g_hO(0.5 * E - b / 2, 0.2 * a - y / 2, b, y),
u.g_zp(i),
u.Rect(s)),
g &&
((b = t(0.395 * a, 0.95 * E)),
(y = b),
s.g_hO(0.5 * E - b / 2, 0.485 * a - y / 2, b, y),
u.g_zp(g),
u.Rect(s)),
c &&
((b = 1.5 * g_aO.g_ep(0.22 * a, 105, 0.6 * E)),
(y = b / 8),
s.g_hO(0.5 * E - b / 2, 0.868 * a - y / 2, b, y),
u.g_zp(c),
u.Rect(s)))
: (u.g_zl(0.302 * o, 0.334 * o, 0.365 * o, o),
(b = E),
(y = d(0.005 * a, 2)),
s.g_hO(0, 0.85 * a - y / 2, b, y),
u.Rect(s),
_ ? u.g_zl(o, 0, 0, o) : u.g_zl(0.161 * o, 0.953 * o, 0.816 * o, o),
(b = E * this.g_anY),
s.g_hO(0.5 * E - b / 2, 0.85 * a - y / 2, b, y),
u.Rect(s),
u.g_zl(o, o, o, o),
u.g_yZ(),
g &&
((b = 0.55 * a),
(y = b),
s.g_hO(0.5 * E - b / 2, 0.45 * a - y / 2, b, y),
u.g_zp(g),
u.Rect(s))),
this.g_aoe++,
'fade-in' === this.g_aoh &&
300 <= f - this.g_anW &&
2 <= this.g_aoe &&
((this.g_aoh = 'wait'), (this.g_aof = f)),
'wait' === this.g_aoh &&
f - this.g_aof >= n &&
1 <= this.g_anY &&
((this.g_aoh = 'fade-out'), (this.g_aog = f)),
(('fade-out' === this.g_aoh && f - this.g_aog >= 300 + m) ||
(l && 1 <= this.g_anY && 500 > f - this.g_anW)) &&
this.g_aoi();
}
};
}
{
const g = {
messagePort: null,
baseUrl: '',
headless: !1,
hasDom: !0,
isInWorker: !1,
useAudio: !0,
projectData: '',
exportType: ''
};
let _ = !0;
(g_aO.g_apl = class extends g_aO.g_eh {
constructor(e) {
(e = Object.assign({}, g, e)),
super(),
(this.g_apm = e.messagePort),
(this.g_apn = e.baseUrl),
(this.g_apo = !!e.headless),
(this.g_app = !!e.hasDom),
(this.g_apq = !!e.isInWorker),
(_ = e.ife),
(this.g_apr = !!e.useAudio),
(this.g_aps = e.exportType),
(this.g_Bj = !!e.isiOSCordova),
(this.g_apt = !!e.isiOSWebView),
(this.g_apu = !!e.isFBInstantAvailable),
(this.g_apv = e.opusWasmScriptUrl),
(this.g_apw = e.opusWasmBinaryUrl),
(this.g_apx = 'data.json'),
(this.g_apy = !!('preview' === this.g_aps && e.isDebug)),
(this.g_apz = this.g_apy),
(this.g_apA = this.g_apy),
(this.g_apB = 0);
const a = e.previewImageBlobs,
t = e.previewProjectFileBlobs;
t && Object.assign(a, t);
const s = e.projectData;
s && (a[this.g_apx] = s),
(this.g_apC = []),
(this.g_apD = ''),
(this.g_apE = ''),
(this.g_apF = ''),
(this.g_apG = ''),
(this.g_apH = 0),
(this.g_apI = 0),
(this.g_apJ = self.devicePixelRatio),
(this.g_apK = 0),
(this.g_apL = 0),
(this.g_apM = 0),
(this.g_apN = 0),
(this.g_apO = 0),
(this.g_apP = !1),
(this.g_apQ = !0),
(this.g_apR = !1);
const i =
'html5' === this.g_aps || 'scirra-arcade' === this.g_aps || 'instant-games' === this.g_aps;
(this.g_CD = g_aO.g_ej(g_aO.g_Bc, this, {
g_Bd: i ? 'remote' : 'local',
g_BF: a,
g_Bi: 'cordova' === this.g_aps,
g_Bk: this.g_Bj,
g_Bm: e.supportedAudioFormats
})),
(this.g_GM = g_aO.g_ej(g_aO.g_IH, this)),
(this.g_TW = g_aO.g_ej(g_aO.g_UV, this)),
(this.g_apS = g_aO.g_ej(g_aO.g_ahm, this)),
(this.g_apT = g_aO.g_ej(g_aO.g_amk, this)),
(this.g_Lq = g_aO.g_ej(g_aO.g_JJ, this)),
(this.g_apU = g_aO.g_ej(g_aO.g_Tn, this)),
(this.g_apV = []),
(this.g_apW = new Map()),
(this.g_apX = new Map()),
(this.g_apY = 0),
(this.g_apZ = []),
(this.g_ap_ = []),
(this.g_ap$ = []),
(this.g_aqa = []),
(this.g_aqb = new Map()),
(this.g_aqc = !1),
(this.g_aqd = !1),
(this.g_aqe = 0),
(this.g_aqf = 0),
(this.g_aqg = new Map()),
(this.g_aqh = new Set()),
(this.g_aqi = new Set()),
(this.g_aqj = []),
(this.g_aqk = []),
(this.g_aql = null),
(this.g_aqm = 'vsync'),
(this.g_aqn = 'standard'),
(this.g_qY = 'trilinear'),
(this.g_aqo = !1),
(this.g_aqp = !0),
(this.g_aqq = !1),
(this.g_aqr = !1),
(this.g_aqs = {
g_aqt: (g) => {
(this.g_anX = -1), (this.g_aqu = -1), this.g_KZ(g);
},
g_aqv: (g) => {
(this.g_aqu = -1), this.g_KZ(g, !1, 'skip-render');
},
g_aqw: () => {
(this.g_anX = -1), this.g_aqx();
}
}),
(this.g_anX = -1),
(this.g_aqu = -1),
(this.g_aqy = 0),
(this.g_aqz = 0),
(this.g_aqA = 0),
(this.g_aqB = !1),
(this.g_aqC = !1),
(this.g_aqD = !1),
(this.g_aqE = !0),
(this.g_aqF = 0),
(this.g_aqG = new g_aO.g_mH(1)),
(this.g_aqH = () => Math.random()),
(this.g_aqI = 0),
(this.g_aqJ = 0),
(this.g_aqK = 0),
(this.g_aqL = 0),
(this.g_aks = 1),
(this.g_aqM = 30),
(this.g_aqN = g_aO.g_ej(g_aO.g_lQ)),
(this.g_aqO = g_aO.g_ej(g_aO.g_lQ)),
(this.g_aqP = -1),
(this.g_aqQ = 0),
(this.g_aqR = 0),
(this.g_aqS = 0),
(this.g_aqT = 0),
(this.g_aqU = !1),
(this.g_aqV = ''),
(this.g_aqW = ''),
(this.g_aqX = null),
(this.g_aqY = ''),
(this.g_aqZ = []),
(this.g_aq_ = null),
(this.g_aq$ = null),
(this.g_akt = g_aO.g_ej(g_aO.Event.g_lh)),
(this.g_ara = new Map()),
(this.g_arb = new Map()),
(this.g_arc = 0),
(this.g_ard = !1),
(this.g_are = !1),
(this.g_arf = !1),
(this.g_arg = []),
(this.g_arh = {
pretick: g_aO.g_ej(g_aO.Event, 'pretick', !1),
tick: g_aO.g_ej(g_aO.Event, 'tick', !1),
tick2: g_aO.g_ej(g_aO.Event, 'tick2', !1),
instancedestroy: g_aO.g_ej(g_aO.Event, 'instancedestroy', !1),
beforelayoutchange: g_aO.g_ej(g_aO.Event, 'beforelayoutchange', !1),
layoutchange: g_aO.g_ej(g_aO.Event, 'layoutchange', !1)
}),
(this.g_arh.instancedestroy.g_Ke = null),
(this.g_He = g_aO.g_ej(g_aO.Event.g_lh)),
(this.g_ari = null),
(this.g_arj = g_aO.g_ej(g_aO.g_lY, g_aO.g_akq.g_alS)),
(this.g_ark = g_aO.g_ej(g_aO.g_lY, g_aO.g_akq.g_alS)),
(this.g_arl = g_aO.g_ej(g_aO.g_lY, g_aO.g_akq.g_alS)),
(this.g_arm = g_aO.g_ej(g_aO.g_arn, this, e.jobScheduler)),
e.canvas && (this.g_aql = g_aO.g_ej(g_aO.g_ann, this)),
(this.g_apm.onmessage = (g) => this._OnMessageFromDOM(g.data)),
this.g_adN('runtime', 'visibilitychange', (g) => this.g_aro(g)),
this.g_adN('runtime', 'opus-decode', (g) => this.g_agl(g.arrayBuffer)),
this.g_adN('runtime', 'get-remote-preview-status-info', () => this.g_arp()),
this.g_adN('runtime', 'js-invoke-function', (g) => this.g_Vr(g)),
this.g_adN('runtime', 'go-to-last-error-script', self.goToLastErrorScript),
this.g_akt.addEventListener('window-blur', (g) => this.g_arq(g)),
this.g_akt.addEventListener('window-focus', () => this.g_arr()),
this.g_Lq.g_Kh(),
(this.g_ars = null),
(this.g_art = new WeakMap()),
(this.g_aru = { keyboard: null, g_afX: null, g_afY: null });
}
static g_sf(g) {
return g_aO.g_ej(g_aO.g_apl, g);
}
g_ek() {
g_aO.g_fz(this.g_apV),
this.g_apW.clear(),
this.g_apX.clear(),
this.g_GM.g_ek(),
(this.g_GM = null),
this.g_TW.g_ek(),
(this.g_TW = null),
this.g_apS.g_ek(),
(this.g_apS = null),
this.g_CD.g_ek(),
(this.g_CD = null),
this.g_apT.g_ek(),
(this.g_apT = null),
this.g_Lq.g_ek(),
(this.g_Lq = null),
this.g_apU.g_ek(),
(this.g_apU = null),
this.g_aql && (this.g_aql.g_ek(), (this.g_aql = null)),
this.g_akt.g_ek(),
(this.g_akt = null),
(this.g_arv = null);
}
['_OnMessageFromDOM'](g) {
const _ = g.type;
if ('event' === _) this.g_arw(g);
else if ('result' === _) this.g_arx(g);
else throw new Error(`unknown message '${_}'`);
}
g_arw(g) {
if (!this.g_arf) return void this.g_arg.push(g);
const u = g.component,
p = g.handler,
h = g.data,
e = g.dispatchOpts,
a = !!(e && e.dispatchRuntimeEvent),
t = !!(e && e.dispatchUserScriptEvent),
n = g.responseId;
if ('runtime' === u) {
if (a) {
const g = new g_aO.Event(p);
(g.data = h), this.g_akt.g_lq(g);
}
if (t) {
const g = new g_aO.Event(p, !0);
for (const [_, e] of Object.entries(h)) g[_] = e;
this.g_IB(g);
}
}
const i = this.g_ara.get(u);
if (!i)
return void (
a ||
t ||
console.warn(`[Runtime] No DOM event handlers for component '${u}'`)
);
const r = i.get(p);
if (!r)
return void (
a ||
t ||
console.warn(`[Runtime] No DOM handler '${p}' for component '${u}'`)
);
let _ = null;
try {
_ = r(h);
} catch (g) {
return (
console.error(`Exception in '${u}' handler '${p}':`, g),
void (null !== n && this.g_ary(n, !1, '' + g))
);
}
null !== n &&
(_ && _.then
? _.then((g) => this.g_ary(n, !0, g)).catch((g) => {
console.error(`Rejection from '${u}' handler '${p}':`, g), this.g_ary(n, !1, '' + g);
})
: this.g_ary(n, !0, _));
}
g_ary(g, _, e) {
this.g_apm.postMessage({ type: 'result', responseId: g, isOk: _, result: e });
}
g_arx(g) {
const _ = g.responseId,
e = g.isOk,
a = g.result,
t = this.g_arb.get(_);
e ? t.resolve(a) : t.reject(a), this.g_arb.delete(_);
}
g_adN(g, _, e) {
let a = this.g_ara.get(g);
if ((a || ((a = new Map()), this.g_ara.set(g, a)), a.has(_)))
throw new Error(`[Runtime] Component '${g}' already has handler '${_}'`);
a.set(_, e);
}
g_aeh(g, _, e) {
this.g_apm.postMessage({
type: 'event',
component: g,
handler: _,
data: e,
responseId: null
});
}
g_BW(g, _, e) {
const n = this.g_arc++,
a = new Promise((g, _) => {
this.g_arb.set(n, { resolve: g, reject: _ });
});
return (
this.g_apm.postMessage({ type: 'event', component: g, handler: _, data: e, responseId: n }),
a
);
}
g_arz(g) {
if (!this.g_IC()) throw new Error('not in debug mode');
this.g_aeh('runtime', 'post-to-debugger', g);
}
async g_akw(g) {
this.g_IC() ? await g_IF.g_akw(this) : self.g_IF && self.g_IF.g_arA(this);
const [_] = await Promise.all([this.g_CD.g_gc(this.g_apx), this.g_arB(), this.g_arm.g_akw()]);
this.g_arC(_),
await this.g_arD(g),
this.g_aoZ() ||
console.info(
'Made with Construct 3, the game and app creator :: https://www.construct.net'
);
const e = this.g_rP();
e
? (console.info(
`[C3 runtime] Hosted in ${
this.g_Cn() ? 'worker' : 'DOM'
}, rendering with WebGL ${e.g_rd()} [${e.g_A$()}] (${
e.g_AQ() ? 'desynchronized' : 'standard'
} compositing)`
),
e.g_rk() &&
console.warn(
'[C3 runtime] WebGL indicates a major performance caveat. Software rendering may be in use. This can result in significantly degraded performance.'
))
: console.info(`[C3 runtime] Hosted in ${this.g_Cn() ? 'worker' : 'DOM'}, headless`),
(this.g_arf = !0);
for (const _ of this.g_arg) this.g_arw(_);
g_aO.g_fz(this.g_arg), this.g_aql && this.g_aql.g_apb();
for (const _ of g.runOnStartupFunctions) this.g_apC.push(this.g_arE(_));
if (
(await Promise.all([this.g_CD.g_Cf(), ...this.g_apC]),
g_aO.g_fz(this.g_apC),
!this.g_CD.g_Ch())
)
return (
this.g_aql && (await this.g_aql.g_apd()),
await this.g_akt.g_lo(new g_aO.Event('beforeruntimestart')),
await this.g_AC(),
this.g_apm.postMessage({ type: 'runtime-ready' }),
this
);
}
async g_arE(g) {
try {
await g(this.g_ars);
} catch (g) {
console.error('[C3 runtime] Error in runOnStartup function: ', g);
}
}
g_arC(g) {
const _ = g.project;
(this.g_apD = _[0]),
(this.g_apE = _[16]),
(this.g_apF = _[31]),
(this.g_apG = _[38]),
(this.g_aqo = !!_[9]),
(this.g_apH = this.g_apM = _[10]),
(this.g_apI = this.g_apN = _[11]),
(this.g_apK = this.g_apH / 2),
(this.g_apL = this.g_apI / 2),
(this.g_aqn = _[36]),
(this.g_aqm = _[37]),
'low-latency' === this.g_aqn &&
this.g_arF() &&
77 >= g_aO.g_bJ.g_bP &&
(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.g_aqn = 'standard')),
(this.g_qY = _[14]),
(this.g_apP = !!_[18]),
(this.g_apO = _[19]),
(this.g_aqf = _[21]),
(this.g_aqq = _[22]),
this.g_CD.g_Cp(_[7], _[25]),
this.g_CD.g_BJ(_[8]),
this.g_CD.g_BL(_[32]),
this.g_CD.g_BN(_[28]),
this.g_CD.g_Ck(_[29]),
this.g_aql &&
(this.g_aql.g_aoB(g_aO.g_ann.g_aoG(_[12])),
this.g_aql.g_aoE(_[23] ? 'high' : 'low'),
this.g_aql.g_aok(_[34])),
this.g_apS.g_ahu(),
(this.g_aqj = self.g_arG());
for (const e of _[2]) this.g_apS.g_aht(e);
(this.g_aqj = self.g_arG()), this.g_arH();
for (const a of _[3]) {
const g = g_aO.g_aiw.g_sf(this, this.g_apV.length, a);
this.g_apV.push(g), this.g_apW.set(g.g_pY().toLowerCase(), g), this.g_apX.set(g.g_EN(), g);
}
for (const a of _[4]) {
const g = this.g_apV[a[0]];
g.g_ajo(a);
}
for (const a of _[27]) {
const g = a.map((g) => this.g_apV[g]);
this.g_apZ.push(g_aO.g_ej(g_aO.g_akf, this, g));
}
for (const _ of this.g_apV) _.g_ajq();
for (const e of _[5]) this.g_GM.g_sf(e);
const a = _[1];
if (a) {
const g = this.g_GM.g_IS(a);
g && this.g_GM.g_IQ(g);
}
for (const e of _[33]) this.g_Lq.g_sf(e);
for (const e of _[35]) this.g_apU.g_sf(e);
this.g_arI();
for (const e of _[6]) this.g_TW.g_sf(e);
this.g_TW.g_Vu(), this.g_arJ(), g_aO.g_fz(this.g_aqj), this.g_Ej();
let e = 'any';
const n = _[20];
1 === n ? (e = 'portrait') : 2 === n && (e = 'landscape'),
this.g_aeh('runtime', 'set-target-orientation', { targetOrientation: e });
}
g_ape() {
return this.g_apO;
}
g_apj() {
return this.g_apu;
}
g_arK() {
return this.g_apQ;
}
g_arL(g) {
this.g_apC.push(g);
}
g_aji() {
return this.g_apY++;
}
g_ajs() {
return this.g_apY;
}
g_alZ(g) {
this.g_ap_.push(g);
}
g_aoq() {
return this.g_ap_;
}
async g_arD(g) {
this.g_aql && (await this.g_aql.g_gk(g), this.g_aql.g_aoY(this.g_apO));
}
async g_arB() {
if (this.g_CD.g_Co('audio/webm; codecs=opus')) return;
let g = null,
_ = null;
try {
this.g_arM()
? (_ = await this.g_CD.g_BT(this.g_apw))
: (g = await this.g_CD.g_gd(this.g_apw));
} catch (g) {
return void console.info(
'Failed to fetch Opus decoder WASM; assuming project has no Opus audio.',
g
);
}
_ ? this.g_arN(_, 'opus-decoder-wasm') : this.g_arO(g, 'opus-decoder-wasm'),
await this.g_arP([this.g_apv]);
}
async g_agl(g) {
const _ = await this.g_arQ('OpusDecode', { arrayBuffer: g }, [g]);
return _;
}
async g_AC() {
if (((this.g_aqB = !0), (this.g_aqI = Date.now()), this.g_apP)) {
for (const g of this.g_apV) g.g_EF() || g.g_ajB() || !g.g_H_() || g.g_adB();
this.g_CD.g_Cf().then(() => {
(this.g_apQ = !1), this.g_arR();
});
} else this.g_apQ = !1;
this.g_CD.g_Cg(), this.g_IC() && g_IF.g_arS(_);
for (const g of this.g_GM.g_IV()) g.g_Ij();
const g = this.g_GM.g_IR();
await g.g_Hw(null, this.g_rP()),
await g.g_HG(!0),
(this.g_aqQ = performance.now()),
this.g_apP || this.g_arR();
const e = await this.g_BW('runtime', 'before-start-ticking');
e.isSuspended ? this.g_aqF++ : this.g_KZ();
}
g_arR() {
this.g_Ku(g_aO.g_HY.g_HX.g_HW.g_arT, null, null), this.g_aeh('runtime', 'register-sw');
}
g__p(g) {
g = Math.floor(g);
const _ = this.g_aqj;
if (0 > g || g >= _.length) throw new Error('invalid object reference');
return _[g];
}
g_arH() {
for (const g of self.g_arU) {
const _ = g_aO.first(Object.keys(g));
this.g_aqk.push(_);
}
}
g_VT(g) {
g = Math.floor(g);
const _ = this.g_aqk;
if (0 > g || g >= _.length) throw new Error('invalid prop reference');
return _[g];
}
g_arV() {
return this.g_app;
}
g_arW() {
return this.g_apo;
}
g_Cn() {
return this.g_apq;
}
g_fe() {
return this.g_apn;
}
g_ED() {
return this.g_TW;
}
g_TB() {
return this.g_TW.g_TB();
}
g_VG() {
return this.g_TW.g_VG();
}
g_TT() {
return this.g_TW.g_TT();
}
g_VH() {
return this.g_TW.g_VH();
}
g_arX() {
return 0 === this.g_VG().g_Um();
}
g_VJ() {
return this.g_TW.g_VJ();
}
g_aix() {
return this.g_apS;
}
g___() {
return this.g_apS.g___();
}
g_D_(g) {
if (((g = Math.floor(g)), 0 > g || g >= this.g_apV.length))
throw new RangeError('invalid index');
return this.g_apV[g];
}
g_arY(g) {
return this.g_apW.get(g.toLowerCase()) || null;
}
g_Ib(g) {
return this.g_apX.get(g) || null;
}
g_arZ(g) {
const _ = this.g_apS.g_ahy(g);
return _ ? _.g_adF() : null;
}
g_EE() {
return this.g_apV;
}
g_lh() {
return this.g_akt;
}
g_IA() {
return this.g_He;
}
g_IB(g) {
const _ = this.g_IC() && !this.g_TW.g_ID();
_ && g_IF.g_IE(), this.g_He.dispatchEvent(g), _ && g_IF.g_IG();
}
g_HT(g) {
return this.g_He.g_lo(g);
}
g_DY() {
return this.g_apH;
}
g_DZ() {
return this.g_apI;
}
g_ar_(g, _) {
(this.g_apH = g), (this.g_apI = _);
}
g_Gt() {
return this.g_apM;
}
g_Gu() {
return this.g_apN;
}
g_aoz(g, _) {
(this.g_apM = g), (this.g_apN = _);
}
g_aos(g) {
this.g_apJ = g;
}
g_EO() {
return this.g_apJ;
}
g_Gx() {
return this.g_apK;
}
g_Gy() {
return this.g_apL;
}
g_FO() {
return this.g_aql;
}
g_FT() {
return this.g_aql ? this.g_aql.g_FT() : this.g_apM;
}
g_FU() {
return this.g_aql ? this.g_aql.g_FU() : this.g_apN;
}
g_FM() {
return this.g_aql ? this.g_aql.g_FM() : 1;
}
g_Go() {
return this.g_aql ? this.g_aql.g_Go() : 1;
}
g_aeU() {
return this.g_aql ? this.g_aql.g_aeU() : 0;
}
g_aeV() {
return this.g_aql ? this.g_aql.g_aeV() : 0;
}
g_ar$() {
return this.g_aql ? this.g_aql.g_aeS() : 0;
}
g_asa() {
return this.g_aql ? this.g_aql.g_aeT() : 0;
}
g_aeR() {
return this.g_aql ? this.g_aql.g_aeR() : 'off';
}
g_FV(g) {
return this.g_aql ? this.g_aql.g_FV(g) : null;
}
g_Gl(g) {
this.g_aql && this.g_aql.g_Gl(g);
}
g_aor(g) {
this.g_apR = !!g;
}
g_Iv() {
return this.g_apR;
}
g_aoU() {
return this.g_aql ? this.g_aql.g_aoU() : NaN;
}
g_rR() {
return 'nearest' !== this.g_FR();
}
g_asb() {
return this.g_aqm;
}
g_Iw() {
return this.g_aqn;
}
g_FR() {
return this.g_qY;
}
g_ajm() {
return this.g_apP;
}
g_Wy() {
return this.g_GM;
}
g_Is() {
return this.g_GM.g_Is();
}
g_LT() {
return this.g_Lq;
}
g_asc() {
return this.g_apU;
}
g_afD() {
return this.g_CD;
}
g_B$(g) {
return this.g_CD.g_B$(g);
}
g_agB(g, _, e, a) {
return this.g_Eg(g, _, !1, e, a);
}
g_Eg(h, e, f, n, t, s) {
let i = null,
E = null;
if (h instanceof g_aO.g_aiw) {
if (((E = h), E.g_EF())) {
const g = E.g_Zd(),
_ = Math.floor(this.g_afS() * g.length);
E = g[_];
}
i = E.g_Ea();
} else (i = h), (E = this.g_D_(i[1]));
const b = E.g_Ir().g_H_();
if (this.g_apQ && b && !E.g_ajB()) return null;
const d = e;
b || (e = null);
let _ = f && !s && i && !this.g_aqg.has(i[2]) ? i[2] : this.g_aqf++;
const l = i ? i[0] : null,
g = g_aO.g_ej(g_aO.Instance, {
runtime: this,
g_agI: E,
g_Ju: e,
g_akv: l,
g_akz: i ? i[3] : null,
g_agK: _
});
this.g_aqg.set(_, g);
let c = null;
if (
(b &&
((c = g.g_CU()),
'undefined' != typeof n && 'undefined' != typeof t && (c.g_abn(n), c.g_abo(t)),
E.g_ajY(!0)),
e && (e.g_El(g, !0), (1 !== e.g_Fb() || 1 !== e.g_Fc()) && E.g_Fe(!0), e.g_EL().g_Hy(E)),
this.g_aqe++,
E.g_EJ() && !f && !s)
) {
for (const _ of E.g_Hu().g_Ie()) {
if (_ === E) continue;
const e = this.g_Eg(_, d, !1, c ? c.g_Ig() : n, c ? c.g_Ih() : t, !0);
g.g_If(e);
}
for (const _ of g.siblings()) {
_.g_If(g);
for (const e of g.siblings()) _ !== e && _.g_If(e);
}
}
E.g_ajU();
const y = i ? g_aO.g_fL(i[5]) : null,
m = i ? i[4].map((g) => g_aO.g_fL(g)) : null;
if ((g.g_ajz(y, m), b && l && 14 === l.length)) {
const _ = l[13];
g.g_akF(), g.g_Qd().g_aeq(_[2], _[0], _[1]);
}
return this.g_aqa.push(g), (this.g_aqc = !0), this.g_IC() && g_IF.g_asd(g), g;
}
g_EB(g) {
if (this.g_aqh.has(g)) return;
const _ = g.g_EA();
let e = this.g_aqb.get(_);
if (e) {
if (e.has(g)) return;
e.add(g);
} else (e = new Set()), e.add(g), this.g_aqb.set(_, e);
if ((this.g_IC() && g_IF.g_ase(g), g.g_akH(), (this.g_aqc = !0), g.g_EJ()))
for (const _ of g.siblings()) this.g_EB(_);
if ((this.g_aqd && g_aO.g_dU(), !this.g_GM.g_I_())) {
const _ = this.g_ED();
_.g_EH(!0), g.g_akV(), _.g_EH(!1);
}
}
g_Ej() {
this.g_aqc &&
((this.g_aqd = !0),
this.g_asf(),
this.g_asg(),
(this.g_aqd = !1),
(this.g_aqc = !1),
this.g_EV());
}
g_asf() {
for (const g of this.g_aqa) {
const _ = g.g_EA();
_.g_El(g);
for (const e of _.g_Yi()) e.g_El(g), e.g_ajU();
}
g_aO.g_fz(this.g_aqa);
}
g_asg() {
this.g_akt.g_lb(!0);
for (const [g, _] of this.g_aqb.entries()) this.g_ash(g, _), _.clear();
this.g_aqb.clear(), this.g_akt.g_lb(!1);
}
g_ash(g, _) {
g_aO.g_fI(g.g_H$(), _), g.g_ajU(), this.g_aqi.add(g), 0 === g.g_H$().length && g.g_Fe(!1);
for (const e of g.g_Yi()) g_aO.g_fI(e.g_H$(), _), e.g_ajU(), this.g_aqi.add(e);
if (g.g_Ir().g_H_()) {
const g = new Set([..._].map((g) => g.g_CU().g_Em()));
for (const e of g) e.g_Fv(_);
}
for (const t of _) {
const g = this.g_arh.instancedestroy;
(g.g_Ke = t), this.g_akt.dispatchEvent(g), this.g_aqg.delete(t.g_Ei());
const _ = t.g_CU();
_ && (_.g_alz(), _.g_Er()), this.g_aqh.add(t), this.g_aqe--;
}
}
g_abF() {
return this.g_aqa;
}
g_ajy() {
return this.g_aqf++;
}
g_ajA(g, _) {
this.g_aqg.set(g, _);
}
g_HF() {
this.g_akt.dispatchEvent(g_aO.g_ej(g_aO.Event, 'webglcontextlost')), this.g_asi(!0);
for (const g of this.g_apV) !g.g_EF() && g.g_ajC() && g.g_HD();
this.g_Is().g_HF(), g_aO.g_ahD.g_CQ(), g_aO.g_Cb.g_CQ();
}
async g_aol() {
await this.g_Is().g_Hw(null, this.g_rP()),
this.g_akt.dispatchEvent(g_aO.g_ej(g_aO.Event, 'webglcontextrestored')),
this.g_asi(!1),
this.g_EV();
}
g_aro(g) {
this.g_asi(g.hidden);
}
g_arq(g) {
this.g_aoZ() &&
this.g_aqq &&
!g_aO.g_bJ.g_bU &&
(g.data.parentHasFocus || (this.g_asi(!0), (this.g_aqr = !0)));
}
g_arr() {
this.g_aqr && (this.g_asi(!1), (this.g_aqr = !1));
}
g_asj() {
const g = this.g_aqs;
'vsync' === this.g_aqm
? -1 === this.g_anX && (this.g_anX = self.requestAnimationFrame(g.g_aqt))
: 'unlimited-tick' === this.g_aqm
? (-1 === this.g_aqu && (this.g_aqu = g_aO.g_fT(g.g_aqv)),
-1 === this.g_anX && (this.g_anX = self.requestAnimationFrame(g.g_aqw)))
: -1 === this.g_aqu && (this.g_aqu = g_aO.g_fT(g.g_aqt));
}
g_ask() {
-1 !== this.g_anX && (self.cancelAnimationFrame(this.g_anX), (this.g_anX = -1)),
-1 !== this.g_aqu && (g_aO.g_fU(this.g_aqu), (this.g_aqu = -1));
}
g_asl() {
return 0 < this.g_aqF;
}
g_asi(g) {
const _ = this.g_asl();
(this.g_aqF += g ? 1 : -1), 0 > this.g_aqF && (this.g_aqF = 0);
const e = this.g_asl();
if (!_ && e)
console.log('[Construct 3] Suspending'),
this.g_ask(),
this.g_akt.dispatchEvent(g_aO.g_ej(g_aO.Event, 'suspend')),
this.g_Ku(g_aO.g_HY.g_HX.g_HW.g_asm, null, null);
else if (_ && !e) {
console.log('[Construct 3] Resuming');
const g = performance.now();
(this.g_aqJ = g),
(this.g_aqQ = g),
(this.g_aqP = 0),
(this.g_aqR = 0),
(this.g_aqT = 0),
(this.g_aqS = 0),
this.g_akt.dispatchEvent(g_aO.g_ej(g_aO.Event, 'resume')),
this.g_Ku(g_aO.g_HY.g_HX.g_HW.g_asn, null, null),
this.g_Wx() || this.g_KZ(g);
}
}
g_afs(g) {
this.g_arj.g_jB(g);
}
g_afx(g) {
this.g_ark.g_jB(g);
}
g_afu(g) {
this.g_arl.g_jB(g);
}
g_aft(g) {
this.g_arj.g_lO(g);
}
g_afy(g) {
this.g_ark.g_lO(g);
}
g_afv(g) {
this.g_arl.g_lO(g);
}
g_aso() {
this.g_arj.g_mF(!0);
for (const g of this.g_arj) g.g_KZ();
this.g_arj.g_mF(!1);
}
g_asp() {
this.g_ark.g_mF(!0);
for (const g of this.g_ark) g.g_afr();
this.g_ark.g_mF(!1);
}
g_asq() {
this.g_arl.g_mF(!0);
for (const g of this.g_arl) g.g_aek();
this.g_arl.g_mF(!1);
}
*g_asr() {
this.g_arj.g_mF(!0);
for (const g of this.g_arj) {
const _ = g.g_KZ();
g_aO.g_gA(_) && (yield* _);
}
this.g_arj.g_mF(!1);
}
*g_ass() {
this.g_ark.g_mF(!0);
for (const g of this.g_ark) {
const _ = g.g_afr();
g_aO.g_gA(_) && (yield* _);
}
this.g_ark.g_mF(!1);
}
*g_ast() {
this.g_arl.g_mF(!0);
for (const g of this.g_arl) {
const _ = g.g_aek();
g_aO.g_gA(_) && (yield* _);
}
this.g_arl.g_mF(!1);
}
async g_KZ(g, _, d) {
this.g_aqD = !0;
const n = 'background-wake' === d;
if (this.g_aqB && (!this.g_asl() || _ || n)) {
const _ = performance.now();
(this.g_aqC = !0), g || (g = _), this.g_asu(g);
const e = this.g_asv();
this.g_asw() && (await e);
const a = this.g_akt.g_lp(this.g_arh.pretick);
a instanceof Promise && (await a);
const t = this.g_asx();
this.g_asw() && (await t),
this.g_asy() && (await this.g_asz()),
this.g_Wy().g_Ja() && (await this.g_asA());
const i = this.g_asB();
this.g_asw() && (await i),
'background-wake' != d && 'skip-render' != d && this.g_aqx(),
this.g_asl() || n || this.g_asj(),
this.g_aqy++,
this.g_aqz++,
this.g_aqA++,
(this.g_aqC = !1),
(this.g_aqS += performance.now() - _);
}
}
async g_asv() {
const g = this.g_TW,
_ = this.g_IC();
this.g_Ej(),
g.g_EH(!0),
this.g_Wl(this.g_Is()),
_ && g_IF.g_asC(),
this.g_asw() ? await g.g_WV() : g.g_WQ(),
_ && g_IF.g_asD(),
this.g_Wm(),
g.g_EH(!1),
this.g_Ej(),
g.g_EH(!0);
}
async g_asx() {
const g = this.g_IC(),
_ = this.g_asw(),
e = this.g_akt,
a = this.g_arh,
t = this.g_ari;
g && g_IF.g_asC(),
_ ? await this.g_asE(this.g_asr()) : this.g_aso(),
_ ? await this.g_asE(this.g_ass()) : this.g_asp(),
g && g_IF.g_asF(),
g && g_IF.g_asC(),
_ ? await this.g_asG(a.tick) : e.dispatchEvent(a.tick),
g && g_IF.g_asH(),
this.g_TW.g_EH(!1),
this.g_IB(t.tick);
}
async g_asB() {
const g = this.g_TW,
_ = this.g_akt,
e = this.g_arh,
a = this.g_IC(),
t = this.g_asw();
if (
(a && g_IF.g_asC(),
t ? await g.g_Wn(this.g_GM) : g.g_Wk(this.g_GM),
a && g_IF.g_asD(),
this.g_apT.g_amw(),
0 < this.g_aqh.size)
) {
_.g_lb(!0);
for (const g of this.g_aqi) g.g_WJ().g_Tz(this.g_aqh);
this.g_aqi.clear(), this.g_TW.g_WX(this.g_aqh);
for (const g of this.g_aqh) g.g_ek();
this.g_aqh.clear(), _.g_lb(!1);
}
(this.g_aqE = !1),
g.g_EH(!0),
a && g_IF.g_asC(),
t ? await this.g_asE(this.g_ast()) : this.g_asq(),
a && g_IF.g_asF(),
a && g_IF.g_asC(),
t ? await this.g_asG(e.tick2) : _.dispatchEvent(e.tick2),
a && g_IF.g_asH(),
g.g_EH(!1),
t && (await g.g_Wz());
}
async g_asA() {
const g = this.g_Wy();
for (let _ = 0; g.g_Ja() && 10 > _++; ) await this.g_asI(g.g_Jb());
}
g_asu(g) {
if (0 !== this.g_aqJ) {
const _ = Math.max(g - this.g_aqJ, 0);
this.g_aqK = _ / 1e3;
const e = 1 / this.g_aqM;
0.5 < this.g_aqK ? (this.g_aqK = 0) : this.g_aqK > e && (this.g_aqK = e);
}
(this.g_aqJ = g),
(this.g_aqL = this.g_aqK * this.g_aks),
this.g_aqN.g_jB(this.g_aqL),
this.g_aqO.g_jB(this.g_aqK),
this.g_aql && this.g_aql.g_aoR(),
1e3 <= g - this.g_aqQ &&
((this.g_aqQ += 1e3),
1e3 <= g - this.g_aqQ && (this.g_aqQ = g),
(this.g_aqR = this.g_aqP),
(this.g_aqP = 0),
(this.g_aqT = Math.min(this.g_aqS / 1e3, 1)),
(this.g_aqS = 0),
this.g_aql && this.g_aql.g_aoQ(),
this.g_apT.g_amq(),
this.g_IC() && g_IF.g_asJ()),
this.g_aqP++;
}
async g_asI(g) {
const _ = this.g_akt,
e = this.g_Wy(),
a = e.g_Is();
await a.g_Il(),
a.g_HE(g, this.g_rP()),
a === g && this.g_TW.g_Io(),
this.g_apT.g_amw(),
_.dispatchEvent(this.g_arh.beforelayoutchange),
g_aO.g_gl.g_lt(!0),
await g.g_Hw(a, this.g_rP()),
g_aO.g_gl.g_lt(!1),
await g.g_HG(!1),
_.dispatchEvent(this.g_arh.layoutchange),
this.g_EV(),
(this.g_aqE = !0),
this.g_Ej();
}
g_EV() {
this.g_aqp = !0;
}
g_rP() {
return this.g_aql ? this.g_aql.g_rP() : null;
}
g_aqx() {
if (!this.g_aql || this.g_aql.g_aoH()) return;
const g = this.g_rP();
if ((g.g_AC(), g.g_AD(), !this.g_aqp)) return void g.g_qv();
const _ = this.g_IC();
_ && g_IF.g_asC(), (this.g_aqp = !1);
let e = null;
g.g_AO() && ((e = this.g_aql.g_aoT().g_xG()), g.g_AN(e)),
g.g_yZ(),
g.g_zr(),
g.g_zl(1, 1, 1, 1),
g.g_AH(null),
g.g_zp(null);
const a = this.g_GM.g_Is();
a.g_FN(g),
e && g.g_AP(e),
g.g_qs(),
_ && (g_IF.g_asK(), g_IF.g_asL()),
this.g_aql && this.g_aql.g_aoW();
}
g_Ku(g, _, e) {
if (!this.g_aqB) return !1;
const a = !this.g_aqC && !this.g_TW.g_WD();
let t = 0;
a && (t = performance.now());
const n = this.g_IC();
n && this.g__o(!1);
const i = this.g_TW.g_Wr(this.g_GM, g, _, e);
if (a) {
const g = performance.now() - t;
(this.g_aqS += g), n && g_IF.g_asM(g);
}
return n && this.g__o(!0), i;
}
g_aea(g, _, e) {
if (!this.g_IC()) return this.g_Ku(g, _, e);
if (this.g_Wx()) throw new Error('called DebugTrigger() while stopped on breakpoint');
if (!this.g_aqC && !this.g_TW.g_WD())
throw new Error('called DebugTrigger() outside of event code - use TriggerAsync() instead');
return this.g_TW.g_Wu(this.g_GM, g, _, e);
}
async g_HU(g, _, e) {
if (!this.g_asw()) return this.g_Ku(g, _, e);
if (!this.g_aqB) return !1;
if (this.g_Wx()) return this.g_TW.g_Wv(g, _, e);
if (!this.g_Is()) return this.g_TW.g_Ws(g, _, e);
const a = performance.now(),
t = this.g_TW.g_Wu(this.g_GM, g, _, e);
let n = t.next();
for (; !n.done; ) await this.g_Wp(n.value), (n = t.next());
return (
this.g_asl() ||
this.g_TW.g_WD() ||
(await this.g_TW.g_Wz(), this.g_aqD && !this.g_aqC && this.g_asj()),
(this.g_aqS += performance.now() - a),
n.value
);
}
g_aeb(g, _, e) {
const a = this.g_IC();
a && this.g__o(!1);
const t = this.g_TW.g_WA(this.g_GM, g, _, e);
return a && this.g__o(!0), t;
}
g_aec(g, _, e) {
return this.g_TW.g_WB(this.g_GM, g, _, e);
}
g_aed(g) {
return this.g_aqG.g_jB(g);
}
g_Wl(g) {
this.g_ap$.push(g);
}
g_Wm() {
if (!this.g_ap$.length) throw new Error('layout stack empty');
this.g_ap$.pop();
}
g_ZC() {
return this.g_ap$.length ? this.g_ap$[this.g_ap$.length - 1] : this.g_Is();
}
g_KW(g) {
return g && -1 !== g.g_KX() ? this.g_aqK * g.g_KX() : this.g_aqL;
}
g_asN() {
return this.g_aqL;
}
g_asO() {
return this.g_aqK;
}
g_KX() {
return this.g_aks;
}
g_akD(g) {
(isNaN(g) || 0 > g) && (g = 0), (this.g_aks = g);
}
g_asP(g) {
this.g_aqM = g_aO.g_ep(g, 1, 120);
}
g_asQ() {
return this.g_aqM;
}
g_asR() {
return this.g_aqR;
}
g_asS() {
return this.g_aqT;
}
g_asT() {
return this.g_aqI;
}
g_Gk() {
return this.g_aqN.g_bd();
}
g_afR() {
return this.g_aqO.g_bd();
}
g_MB() {
return this.g_aqy;
}
g_asU() {
return this.g_aqz;
}
g_Yq() {
++this.g_aqA;
}
g_asV() {
return this.g_aqA;
}
g_asW() {
return this.g_aqe;
}
g_afH() {
return this.g_apD;
}
g_afJ() {
return this.g_apE;
}
g_asX() {
return this.g_apF;
}
g_asY() {
return this.g_apG;
}
g_NN(g) {
if (this.g_aqU)
throw new Error('cannot call while loading state - wait until afterload event');
return this.g_aqg.get(g) || null;
}
g_Ic() {
this.g_aqg.clear();
for (const g of this.g_apV)
if (!g.g_EF()) for (const _ of g.g_H$()) this.g_aqg.set(_.g_Ei(), _);
}
g_aoZ() {
return 'preview' === this.g_aps;
}
g_IC() {
return this.g_apy;
}
g_asZ() {
return this.g_aps;
}
g_apk() {
return 'cordova' === this.g_aps;
}
g_arF() {
return (
'Android' === g_aO.g_bJ.g_bK &&
('cordova' === this.g_aps || 'playable-ad' === this.g_aps || 'instant-games' === this.g_aps)
);
}
g_arM() {
return this.g_Bj;
}
g_as_() {
return this.g_apt;
}
g_ahf() {
return this.g_apT;
}
g_ahB() {
return this.g_apS.g_ahB();
}
g_ahC() {
return this.g_apS.g_ahC();
}
g_as$() {
return this.g_aqE;
}
g_ata(g) {
(g = !!g), this.g_aqo === g || ((this.g_aqo = g), this.g_EV());
}
g_Gs() {
return this.g_aqo;
}
g_atb(g) {
this.g_aqV = g;
}
g_atc(g) {
this.g_aqW = g;
}
g_acN(g) {
this.g_aqX = g;
}
g_atd() {
return this.g_aqY;
}
g_asy() {
return !!(this.g_aqV || this.g_aqW || null !== this.g_aqX);
}
async g_asz() {
if (
(this.g_aqV && (this.g_Ej(), await this.g_ate(this.g_aqV), this.g_atf()),
this.g_aqW && (await this.g_atg(this.g_aqW), this.g_atf(), this.g_IC() && g_IF.g_ath()),
null !== this.g_aqX)
) {
this.g_Ej();
try {
await this.g_ati(this.g_aqX),
(this.g_aqY = this.g_aqX),
await this.g_HU(g_aO.g_HY.g_HX.g_HW.g_atj, null),
(this.g_aqY = '');
} catch (g) {
console.error('[Construct 3] Failed to load state from JSON string: ', g),
await this.g_HU(g_aO.g_HY.g_HX.g_HW.g_atk, null);
}
this.g_atf();
}
}
g_atf() {
(this.g_aqV = ''), (this.g_aqW = ''), (this.g_aqX = null);
}
g_agq() {
return (
this.g_aq_ ||
(this.g_aq_ = localforage.g_cg({
name: 'c3-localstorage-' + this.g_asX(),
description: this.g_afH()
})),
this.g_aq_
);
}
g_atl() {
return (
this.g_aq$ ||
(this.g_aq$ = localforage.g_cg({
name: 'c3-savegames-' + this.g_asX(),
description: this.g_afH()
})),
this.g_aq$
);
}
async g_ate(g) {
const _ = await this.g_atm();
try {
await this.g_atl().setItem(g, _),
console.log('[Construct 3] Saved state to storage (' + _.length + ' chars)'),
(this.g_aqY = _),
await this.g_HU(g_aO.g_HY.g_HX.g_HW.g_atn, null),
(this.g_aqY = '');
} catch (g) {
console.error('[Construct 3] Failed to save state to storage: ', g),
await this.g_HU(g_aO.g_HY.g_HX.g_HW.g_ato, null);
}
}
async g_atg(g) {
try {
const _ = await this.g_atl().getItem(g);
if (!_) throw new Error('empty slot');
console.log('[Construct 3] Loaded state from storage (' + _.length + ' chars)'),
await this.g_ati(_),
(this.g_aqY = _),
await this.g_HU(g_aO.g_HY.g_HX.g_HW.g_atj, null),
(this.g_aqY = '');
} catch (g) {
console.error('[Construct 3] Failed to load state from storage: ', g),
await this.g_HU(g_aO.g_HY.g_HX.g_HW.g_atk, null);
}
}
async g_atm() {
const g = {
c3save: !0,
version: 1,
rt: {
time: this.g_Gk(),
walltime: this.g_afR(),
timescale: this.g_KX(),
tickcount: this.g_MB(),
execcount: this.g_asV(),
next_uid: this.g_aqf,
running_layout: this.g_Is().g_EN(),
start_time_offset: Date.now() - this.g_aqI
},
types: {},
layouts: {},
events: this.g_TW.g_GG(),
timelines: this.g_Lq.g_GG(),
user_script_data: null
};
for (const _ of this.g_apV)
_.g_EF() || _.g_akb() || (g.types[_.g_EN().toString()] = _.g_GG());
for (const _ of this.g_GM.g_IV()) g.layouts[_.g_EN().toString()] = _.g_GG();
const _ = this.g_atp('save');
return (
(_.saveData = null),
await this.g_HT(_),
(g.user_script_data = _.saveData),
JSON.stringify(g)
);
}
g_HQ() {
return this.g_aqU;
}
g_HR(g) {
g_aO.g_fD(this.g_aqZ, g);
}
async g_ati(g) {
const _ = JSON.parse(g);
if (_.c2save) throw new Error('C2 saves are incompatible with C3 runtime');
if (!_.c3save) throw new Error('not valid C3 save data');
if (1 < _.version) throw new Error('C3 save data from future version');
this.g_aqU = !0;
const e = _.rt;
this.g_aqN.Set(e.time),
this.g_aqO.Set(e.walltime),
(this.g_aks = e.timescale),
(this.g_aqy = e.tickcount),
(this.g_aqA = e.execcount),
(this.g_aqI = Date.now() - e.start_time_offset);
const a = e.running_layout;
if (a !== this.g_Is().g_EN()) {
const g = this.g_GM.g_IT(a);
if (g) await this.g_asI(g);
else return;
}
for (const [i, n] of Object.entries(_.types)) {
const g = parseInt(i, 10),
_ = this.g_Ib(g);
!_ || _.g_EF() || _.g_akb() || _.g_GI(n);
}
this.g_Ej(), this.g_Ic(), (this.g_aqU = !1), (this.g_aqf = e.next_uid);
for (const [i, n] of Object.entries(_.layouts)) {
const g = parseInt(i, 10),
_ = this.g_GM.g_IT(g);
_ && _.g_GI(n);
}
this.g_TW.g_GI(_.events);
for (const _ of this.g_aqZ) _.g_EI();
g_aO.g_fz(this.g_aqZ);
for (const _ of this.g_apV)
if (!_.g_EF() && _.g_EJ())
for (const g of _.g_H$()) {
const e = g.g_Id();
for (const a of _.g_Hu().g_Ie()) {
if (a === _) continue;
const t = a.g_H$();
if (0 > e || e >= t.length) throw new Error('missing sibling instance');
g.g_If(t[e]);
}
}
this.g_Lq.g_GI(_.timelines), this.g_akt.dispatchEvent(g_aO.g_ej(g_aO.Event, 'afterload'));
const t = this.g_atp('load');
(t.saveData = _.user_script_data), await this.g_HT(t), this.g_EV();
}
async g_arP(g) {
const _ = await Promise.all(g.map((g) => this.g_CD.g_gd(g))),
e = _.map((g) => URL.createObjectURL(g));
this.g_arm.g_atq(e);
}
g_arO(g, _) {
this.g_arm.g_atr(g, _);
}
g_arN(g, _) {
this.g_arm.g_ats(g, _);
}
g_arQ(g, _, e) {
return this.g_arm.g_arQ(g, _, e);
}
g_att(g, _, e) {
return this.g_arm.g_att(g, _, e);
}
g_af_(g, _) {
this.g_aeh('runtime', 'invoke-download', { url: g, filename: _ });
}
async g_apa(g, _, e, a, n, d) {
if (((a = a || _), (n = n || e), this.g_Cn())) {
const t = await this.g_BW('runtime', 'raster-svg-image', {
blob: g,
imageWidth: _,
imageHeight: e,
surfaceWidth: a,
surfaceHeight: n,
imageBitmapOpts: d
});
return t.imageBitmap;
} else {
const t = await self.C3_RasterSvgImageBlob(g, _, e, a, n);
return d ? await self.createImageBitmap(t, d) : t;
}
}
async g_atu(g) {
return this.g_Cn()
? await this.g_BW('runtime', 'get-svg-image-size', { blob: g })
: await self.C3_GetSvgImageSize(g);
}
g_atv() {
this.g_ard || ((this.g_ard = !0), this.g_aeh('runtime', 'enable-device-orientation'));
}
g_atw() {
this.g_are || ((this.g_are = !0), this.g_aeh('runtime', 'enable-device-motion'));
}
g_afS() {
return this.g_aqH();
}
g_atx(g) {
this.g_aqH = g;
}
g_arp() {
return {
fps: this.g_asR(),
cpu: this.g_asS(),
gpu: this.g_aoU(),
layout: this.g_Is() ? this.g_Is().g_pY() : '',
renderer: this.g_rP().g_A$()
};
}
g_Wx() {
return !!this.g_IC() && g_IF.g_Wx();
}
g_Wp(g) {
return this.g_asw() ? g_IF.g_Wp(g) : Promise.resolve();
}
g_ZT() {
return !!this.g_asw() && g_IF.g_aty();
}
g_atz(g) {
(this.g_apz = !!g), this.g_atA();
}
g_atB() {
return this.g_apz;
}
g_asw() {
return this.g_apA;
}
g__o(g) {
g ? this.g_apB-- : this.g_apB++, this.g_atA();
}
g_atA() {
this.g_apA = this.g_IC() && this.g_apz && 0 === this.g_apB;
}
g_Yg() {
return this.g_IC() && g_IF.g_Yg();
}
g_FP() {
return this.g_IC() && this.g_rP().g_AO() && g_IF.g_FP();
}
async g_asE(g) {
if (g) for (const _ of g) await this.g_Wp(_);
}
g_asG(g) {
return this.g_asE(this.g_akt.g_lr(g));
}
g_Vr(g) {
return this.g_TW.g_Vr(g.name, g.params);
}
g__r() {
return this.g_ars;
}
g_atp(g) {
const _ = g_aO.g_ej(g_aO.Event, g, !1);
return (_.runtime = this.g_ars), _;
}
g_arI() {
const g = {};
for (const _ of this.g_apV) g[_.g_VT()] = { value: _.g_agJ(), enumerable: !0, writable: !1 };
const _ = Object.create(Object.prototype, g);
(this.g_ars = new g_afB(this, _)), (this.g_ari = { tick: this.g_atp('tick') });
}
g_arJ() {
const g = {};
for (const _ of this.g_ED().g_V_()) g[_.g_VT()] = _.g_VU();
this.g_ars.g_afM(g);
}
g_afW() {
return this.g_aru;
}
g_ags(g, _) {
this.g_art.set(g, _);
}
g_agb(g) {
return this.g_art.get(g);
}
}),
(self.C3_CreateRuntime = g_aO.g_apl.g_sf),
(self.C3_InitRuntime = (g, _) => g.g_akw(_));
}
'use strict',
(g_aO.g_arn = class extends g_aO.g_eh {
constructor(g, _) {
super(),
(this.g_Be = g),
(this.g_atC = new Map()),
(this.g_atD = 0),
(this.g_atE = _.inputPort),
(_.outputPort.onmessage = (g) => this.g_atF(g)),
(this.g_atG = _.maxNumWorkers),
(this.g_atH = 1),
(this.g_atI = !1),
(this.g_atJ = !1),
(this.g_atK = !1),
(this.g_atL = null);
}
async g_akw() {
await this.g_atM();
}
g_atq(g) {
this.g_atK || this.g_atE.postMessage({ type: '_import_scripts', scripts: g });
}
g_atr(g, _) {
this.g_atK || this.g_atE.postMessage({ type: '_send_blob', blob: g, id: _ });
}
g_ats(g, _) {
this.g_atK || this.g_atE.postMessage({ type: '_send_buffer', buffer: g, id: _ }, [g]);
}
g_arQ(_, a, t, n, i) {
if (this.g_atK) return Promise.reject('messagechannels broken');
t || (t = []);
const e = this.g_atD++,
r = { type: _, isBroadcast: !1, jobId: e, params: a, transferables: t },
g = new Promise((g, _) => {
this.g_atC.set(e, { resolve: g, g_Ci: n, reject: _, g_atN: !1 });
});
return i && i.g_lM(() => this.g_atO(e)), this.g_atE.postMessage(r, t), this.g_atP(), g;
}
g_att(g, _, a) {
if (!this.g_atK) {
a || (a = []);
const t = this.g_atD++,
n = { type: g, isBroadcast: !0, jobId: t, params: _, transferables: a };
this.g_atE.postMessage(n, a);
}
}
g_atO(g) {
const _ = this.g_atC.get(g);
_ &&
((_.g_atN = !0),
(_.resolve = null),
(_.g_Ci = null),
(_.reject = null),
this.g_atE.postMessage({ type: '_cancel', jobId: g }));
}
g_atF(g) {
const _ = g.data,
e = _.type,
a = _.jobId;
switch (e) {
case 'result':
this.g_atQ(a, _.result);
break;
case 'progress':
this.g_atR(a, _.progress);
break;
case 'error':
this.g_atS(a, _.error);
break;
case 'ready':
this.g_atT();
break;
case '_testMessageChannelOk':
this.g_atU();
break;
default:
throw new Error(`unknown message from worker '${e}'`);
}
}
g_atQ(g, _) {
const e = this.g_atC.get(g);
if (!e) throw new Error('invalid job ID');
e.g_atN || e.resolve(_), this.g_atC.delete(g);
}
g_atR(g, _) {
const e = this.g_atC.get(g);
if (!e) throw new Error('invalid job ID');
!e.g_atN && e.g_Ci && e.g_Ci(_);
}
g_atS(g, _) {
const e = this.g_atC.get(g);
if (!e) throw new Error('invalid job ID');
e.g_atN || e.reject(_), this.g_atC.delete(g);
}
g_atT() {
this.g_atI &&
((this.g_atI = !1),
this.g_atH++,
this.g_atH < this.g_atG
? this.g_atP()
: this.g_atE.postMessage({ type: '_no_more_workers' }));
}
async g_atP() {
if (!(this.g_atH >= this.g_atG || this.g_atI || this.g_atJ || this.g_atC.size <= this.g_atH))
try {
this.g_atI = !0;
const g = await this.g_Be.g_BW('runtime', 'create-job-worker');
g.outputPort.onmessage = (g) => this.g_atF(g);
} catch (g) {
(this.g_atJ = !0),
(this.g_atI = !1),
console.error(
`[Construct 3] Failed to create job worker; stopping creating any more (created ${this.g_atH} so far)`,
g
);
}
}
g_atM() {
return (
this.g_atE.postMessage({ type: '_testMessageChannel' }),
self.setTimeout(() => this.g_atV(), 2e3),
new Promise((g) => (this.g_atL = g))
);
}
g_atU() {
this.g_atL(), (this.g_atL = null);
}
g_atV() {
this.g_atL &&
(console.warn('MessageChannel determined to be broken. Job scheduler disabled.'),
(this.g_atK = !0),
this.g_atL(),
(this.g_atL = null));
}
}),
(self.C3_Shaders = {}),
'use strict';
{
function _(g, _) {
const e = g[1],
t = _[1];
if ('number' == typeof e && 'number' == typeof t) return e - t;
else {
const g = '' + e,
_ = '' + t;
return g < _ ? -1 : g > _ ? 1 : 0;
}
}
let t = null,
n = '',
r = '',
s = [],
e = '',
l = '',
g = '';
const u = g_aO.g_ej(g_aO.g_UU);
g_aO.g_HY.g_HX = class extends g_aO.g_adl {
constructor(g) {
super(g),
(this.g_UN = this.g_Be.g_ED().g_VM()),
(this.g_TA = this.g_Be.g_ED().g_TB()),
(this.g_atW = 0),
(this.g_atX = 0),
(this.g_atY = new Map());
}
g_ek() {
super.g_ek();
}
g_EV() {
this.g_Be.g_EV();
}
g_Ku(g) {
this.g_Be.g_Ku(g, null, null);
}
g_atZ(g, _) {
return (
(t && g === n && _ === r) || ((t = new RegExp(g, _)), (n = g), (r = _)),
(t.lastIndex = 0),
t
);
}
g_at_(_, a, t) {
if (_ === e && a === l && t === g) return s;
const n = this.g_atZ(a, t);
return (s = _.match(n)), (e = _), (l = a), (g = t), s;
}
async g_at$(g, _) {
if (_.length) {
this.g_atW += _.length;
const e = [];
for (const a of _) e.push(g.g_Hy(a));
await g_aO.g_fQ(e, () => {
this.g_atX++;
}),
this.g_atX++,
this.g_atX === this.g_atW &&
(this.g_Be.g_Ku(g_aO.g_HY.g_HX.g_HW.g_aua, null, null),
(this.g_atX = 0),
(this.g_atW = 0));
}
}
g_aub(g, _) {
for (const e of _) 0 === e.g_EK() && g.g_HC(e);
}
g_auc() {
return u;
}
g_aud(_) {
const a = this.g_Be.g_ED(),
t = a.g_TB(),
n = t.g_TU(),
r = n.g_TT(),
e = r.g_UD(),
s = n.g_UA(),
g = t.g_TZ(r),
d = a.g_VM(),
i = d.g_TZ();
if ((i.g_US(_), s))
for (let t = 0; t < _ && !i.g_UR(); ++t) a.g_WL(e), i.g_UQ(t), r.g__b(n, g), a.g_WM(e);
else for (let e = 0; e < _ && !i.g_UR(); ++e) i.g_UQ(e), r.g__b(n, g);
return t.g_Ty(), d.g_Ty(), !1;
}
*g_aue(_) {
const a = this.g_Be.g_ED(),
t = a.g_TB(),
n = t.g_TU(),
r = n.g_TT(),
e = r.g_UD(),
s = n.g_UA(),
g = t.g_TZ(r),
d = a.g_VM(),
i = d.g_TZ();
if ((i.g_US(_), s))
for (let t = 0; t < _ && !i.g_UR(); ++t)
a.g_WL(e), i.g_UQ(t), yield* r.g__c(n, g), a.g_WM(e);
else for (let e = 0; e < _ && !i.g_UR(); ++e) i.g_UQ(e), yield* r.g__c(n, g);
return t.g_Ty(), d.g_Ty(), !1;
}
g_auf() {
const _ = this.g_Be.g_ED(),
a = _.g_TB(),
t = a.g_TU(),
n = t.g_TT(),
i = n.g_UD(),
e = t.g_UA(),
r = a.g_TZ(n),
g = _.g_VM(),
s = g.g_TZ();
if (e)
for (let g = 0; !s.g_UR(); ++g) _.g_WL(i), s.g_UQ(g), n.g__b(t, r) || s.g_Kg(), _.g_WM(i);
else for (let g = 0; !s.g_UR(); ++g) s.g_UQ(g), n.g__b(t, r) || s.g_Kg();
return a.g_Ty(), g.g_Ty(), !1;
}
*g_aug() {
const _ = this.g_Be.g_ED(),
a = _.g_TB(),
t = a.g_TU(),
n = t.g_TT(),
i = n.g_UD(),
e = t.g_UA(),
r = a.g_TZ(n),
g = _.g_VM(),
s = g.g_TZ();
if (e)
for (let g = 0; !s.g_UR(); ++g) {
_.g_WL(i), s.g_UQ(g);
const e = yield* n.g__c(t, r);
e || s.g_Kg(), _.g_WM(i);
}
else
for (let g = 0; !s.g_UR(); ++g) {
s.g_UQ(g);
const _ = yield* n.g__c(t, r);
_ || s.g_Kg();
}
return a.g_Ty(), g.g_Ty(), !1;
}
g_auh(_, t, n) {
const r = this.g_Be.g_ED(),
a = r.g_TB(),
e = a.g_TU(),
s = e.g_TT(),
g = s.g_UD(),
d = e.g_UA(),
i = a.g_TZ(s),
o = r.g_VM(),
u = o.g_TZ();
if ((u.g_LX(_), u.g_US(n), n < t)) {
if (d)
for (let _ = t; _ >= n && !u.g_UR(); --_) r.g_WL(g), u.g_UQ(_), s.g__b(e, i), r.g_WM(g);
else for (let g = t; g >= n && !u.g_UR(); --g) u.g_UQ(g), s.g__b(e, i);
} else if (d)
for (let _ = t; _ <= n && !u.g_UR(); ++_) r.g_WL(g), u.g_UQ(_), s.g__b(e, i), r.g_WM(g);
else for (let g = t; g <= n && !u.g_UR(); ++g) u.g_UQ(g), s.g__b(e, i);
return a.g_Ty(), o.g_Ty(), !1;
}
*g_aui(_, t, n) {
const r = this.g_Be.g_ED(),
a = r.g_TB(),
e = a.g_TU(),
s = e.g_TT(),
g = s.g_UD(),
d = e.g_UA(),
i = a.g_TZ(s),
o = r.g_VM(),
u = o.g_TZ();
if ((u.g_LX(_), u.g_US(n), n < t)) {
if (d)
for (let _ = t; _ >= n && !u.g_UR(); --_)
r.g_WL(g), u.g_UQ(_), yield* s.g__c(e, i), r.g_WM(g);
else for (let g = t; g >= n && !u.g_UR(); --g) u.g_UQ(g), yield* s.g__c(e, i);
} else if (d)
for (let _ = t; _ <= n && !u.g_UR(); ++_)
r.g_WL(g), u.g_UQ(_), yield* s.g__c(e, i), r.g_WM(g);
else for (let g = t; g <= n && !u.g_UR(); ++g) u.g_UQ(g), yield* s.g__c(e, i);
return a.g_Ty(), o.g_Ty(), !1;
}
g_auj(_) {
const a = this.g_Be.g_ED(),
t = a.g_TB(),
i = t.g_TU(),
r = i.g_TT(),
e = r.g_UD(),
s = i.g_UA(),
d = t.g_TZ(r),
g = a.g_VM(),
o = g.g_TZ(),
p = _.g_EJ(),
l = _.g_Tu(),
h = u.g_TZ();
if ((g_aO.g_fD(h, l.g_H$()), o.g_US(h.length), s))
for (let t = 0, n = h.length; t < n && !o.g_UR(); ++t) {
a.g_WL(e);
const n = h[t];
_.g_Tu().g_TP(n), p && n.g_Yn(), o.g_UQ(t), r.g__b(i, d), a.g_WM(e);
}
else {
l.g_TM(!1);
const g = l.g_TN();
g_aO.g_fz(g), g.push(null);
for (let _ = 0, e = h.length; _ < e && !o.g_UR(); ++_) {
const e = h[_];
(g[0] = e), p && e.g_Yn(), o.g_UQ(_), r.g__b(i, d);
}
}
return t.g_Ty(), g.g_Ty(), g_aO.g_fz(h), u.g_Ty(), !1;
}
*g_auk(_) {
const a = this.g_Be.g_ED(),
t = a.g_TB(),
i = t.g_TU(),
r = i.g_TT(),
e = r.g_UD(),
s = i.g_UA(),
d = t.g_TZ(r),
g = a.g_VM(),
o = g.g_TZ(),
p = _.g_EJ(),
l = _.g_Tu(),
h = u.g_TZ();
if ((g_aO.g_fD(h, l.g_H$()), o.g_US(h.length), s))
for (let t = 0, n = h.length; t < n && !o.g_UR(); ++t) {
a.g_WL(e);
const n = h[t];
_.g_Tu().g_TP(n), p && n.g_Yn(), o.g_UQ(t), yield* r.g__c(i, d), a.g_WM(e);
}
else {
l.g_TM(!1);
const g = l.g_TN();
g_aO.g_fz(g), g.push(null);
for (let _ = 0, e = h.length; _ < e && !o.g_UR(); ++_) {
const e = h[_];
(g[0] = e), p && e.g_Yn(), o.g_UQ(_), yield* r.g__c(i, d);
}
}
return t.g_Ty(), g.g_Ty(), g_aO.g_fz(h), u.g_Ty(), !1;
}
g_aul(t, a) {
const i = this.g_Be.g_ED(),
s = i.g_TB(),
e = i.g_VH(),
d = s.g_TU(),
g = d.g_TT(),
h = g.g_UD(),
c = d.g_UA(),
f = s.g_TZ(g),
l = i.g_VM(),
m = l.g_TZ(),
n = t.g_EJ(),
o = t.g_Tu(),
p = u.g_TZ();
g_aO.g_fz(p);
const E = o.g_H$();
m.g_US(E.length);
for (let g = 0, _ = E.length; g < _; ++g) p.push([E[g], e.g_aaS(1, g)]);
if ((p.sort(_), 1 === a && p.reverse(), c))
for (let _ = 0, e = p.length; _ < e && !m.g_UR(); ++_) {
i.g_WL(h);
const e = p[_][0];
t.g_Tu().g_TP(e), n && e.g_Yn(), m.g_UQ(_), g.g__b(d, f), i.g_WM(h);
}
else {
o.g_TM(!1);
const _ = o.g_TN();
g_aO.g_fz(_), _.push(null);
for (let e = 0, a = p.length; e < a && !m.g_UR(); ++e) {
const a = p[e][0];
(_[0] = a), n && a.g_Yn(), m.g_UQ(e), g.g__b(d, f);
}
}
return s.g_Ty(), l.g_Ty(), g_aO.g_fz(p), u.g_Ty(), !1;
}
*g_aum(t, a) {
const i = this.g_Be.g_ED(),
s = i.g_TB(),
e = i.g_VH(),
d = s.g_TU(),
g = d.g_TT(),
h = g.g_UD(),
c = d.g_UA(),
f = s.g_TZ(g),
l = i.g_VM(),
m = l.g_TZ(),
n = t.g_EJ(),
o = t.g_Tu(),
p = u.g_TZ();
g_aO.g_fz(p);
const E = o.g_H$();
m.g_US(E.length);
for (let g = 0, _ = E.length; g < _; ++g) p.push([E[g], e.g_aaS(1, g)]);
if ((p.sort(_), 1 === a && p.reverse(), c))
for (let _ = 0, e = p.length; _ < e && !m.g_UR(); ++_) {
i.g_WL(h);
const e = p[_][0];
t.g_Tu().g_TP(e), n && e.g_Yn(), m.g_UQ(_), yield* g.g__c(d, f), i.g_WM(h);
}
else {
o.g_TM(!1);
const _ = o.g_TN();
g_aO.g_fz(_), _.push(null);
for (let e = 0, a = p.length; e < a && !m.g_UR(); ++e) {
const a = p[e][0];
(_[0] = a), n && a.g_Yn(), m.g_UQ(e), yield* g.g__c(d, f);
}
}
return s.g_Ty(), l.g_Ty(), g_aO.g_fz(p), u.g_Ty(), !1;
}
g_aun(g, _) {
let e = this.g_atY.get(g);
return e ? e : _ ? ((e = { g_auo: null, g_aup: new Map() }), this.g_atY.set(g, e), e) : null;
}
g_auq(g, _, a, t, n) {
_.g_Xv().g__m(a), t && g.g_WM(n);
}
*g_aur(g, _, a, t, n) {
yield* _.g_Xv().g__n(a), t && g.g_WM(n);
}
};
}
'use strict',
(g_aO.g_HY.g_HX.g_ajj = class extends g_aO.g_eh {
constructor(g) {
super(), (this.g_Tq = g), (this.g_Be = g.g_BI()), (this.g_adP = g.g_Ir());
}
g_adB() {}
g_ek() {
(this.g_Tq = null), (this.g_Be = null), (this.g_adP = null);
}
}),
'use strict',
(g_aO.g_HY.g_HX.Instance = class extends g_aO.g_eh {
constructor(g) {
super(),
(this.g_b_ = g),
(this.g_Tq = this.g_b_.g_EA()),
(this.g_adU = this.g_Tq.g_adV()),
(this.g_Be = this.g_b_.g_BI());
}
g_ek() {
(this.g_b_ = null), (this.g_Tq = null), (this.g_adU = null), (this.g_Be = null);
}
}),
'use strict';
{
const _ = [];
g_aO.g_HY.g_HX.g_HW = {
g_aus() {
return !0;
},
g_HV() {
return !0;
},
g_Im() {
return !0;
},
g_asm() {
return !0;
},
g_asn() {
return !0;
},
g_asl() {
return this.g_Be.g_asl();
},
g_Y$() {
const g = this.g_Be.g_VG();
return !g.g_Ut() && !g.g_Ur();
},
g_aut() {
const g = this.g_Be.g_VH(),
_ = g.g_aaF();
let e = _.get('TriggerOnce_lastTick');
'undefined' == typeof e && ((e = -1), _.set('TriggerOnce_lastTick', -1));
const a = this.g_Be.g_MB();
return _.set('TriggerOnce_lastTick', a), this.g_Be.g_as$() || e !== a - 1;
},
g_auu(g) {
const _ = this.g_Be.g_VH(),
a = _.g_aaF(),
t = a.get('Every_lastTime') || 0,
n = this.g_Be.g_Gk();
a.has('Every_seconds') || a.set('Every_seconds', g);
const e = a.get('Every_seconds');
return n >= t + e
? (a.set('Every_lastTime', t + e),
n >= a.get('Every_lastTime') + 0.04 && a.set('Every_lastTime', n),
a.set('Every_seconds', g),
!0)
: (n < t - 0.1 && a.set('Every_lastTime', n), !1);
},
g_Xj(g) {
const _ = this.g_Be.g_ED().g_Wc(g);
return _ && _.g_Xj();
},
g_aoZ() {
return this.g_Be.g_aoZ();
},
g_bU() {
return g_aO.g_bJ.g_bU;
},
g_arT() {
return !0;
},
g_auv() {
return !0;
},
g_auw() {
return !0;
},
g_atn() {
return !0;
},
g_ato() {
return !0;
},
g_atj() {
return !0;
},
g_atk() {
return !0;
},
g_aux(g) {
return !!this.g_Be.g_NN(g);
},
g_auy(g) {
return 0 === g
? 'browser' === g_aO.g_bJ.g_bS
: 1 === g
? 'iOS' === g_aO.g_bJ.g_bK
: 2 === g
? 'Android' === g_aO.g_bJ.g_bK
: 8 === g
? 'cordova' === g_aO.g_bJ.g_bS
: 9 === g
? 'scirra-arcade' === this.g_Be.g_asZ()
: 10 === g
? 'nwjs' === g_aO.g_bJ.g_bS
: 13 == g && 'windows-uwp' === this.g_Be.g_asZ();
},
g_auz(g, _, e) {
const a = this.g_atZ(_, e);
return a.test(g);
},
g_auA(g, _, e) {
return g_aO.compare(g, _, e);
},
g_auB(g, _, e) {
return g >= _ && g <= e;
},
g_auC(g, _, e) {
return g_aO.compare(g.g_Pc(), _, e);
},
g_auD(g) {
return !!g.g_Pc();
},
g_auE(g, _) {
const e = this.g_Be.g_Gk();
if (0 === g) {
const g = this.g_Be.g_VH(),
a = g.g_aaF();
return !a.get('CompareTime_executed') && e >= _ && (a.set('CompareTime_executed', !0), !0);
}
return g_aO.compare(e, g, _);
},
g_auF(g) {
return isNaN(g);
},
g_aca(g, _, e) {
return g_aO.g_ew(g_aO.g_er(g), g_aO.g_er(e)) <= g_aO.g_er(_);
},
g_acb(g, _) {
return g_aO.g_ey(g_aO.g_er(g), g_aO.g_er(_));
},
g_acc(_, t, a) {
let n = g_aO.g_er(_),
i = g_aO.g_er(t),
e = g_aO.g_er(a),
r = !g_aO.g_ey(e, i);
return r ? g_aO.g_ey(n, i) || !g_aO.g_ey(n, e) : g_aO.g_ey(n, i) && !g_aO.g_ey(n, e);
},
g_auG(g, _) {
return 'number' == typeof g ? 0 === _ : 1 === _;
},
g_auH(_, t, n, r) {
if (!_) return !1;
const a = this.g_auc(),
s = a.g_TZ(),
l = _.g_Tu();
g_aO.g_fD(s, l.g_H$()), l.g_TF() && g_aO.g_fz(l.g_TO());
const g = this.g_Be.g_VH();
let o = 0;
for (let d = 0, e = s.length; d < e; ++d) {
const _ = s[d];
(s[o] = _),
(t = g.g_aaS(1, d)),
(r = g.g_aaS(3, d)),
g_aO.compare(t, n, r) ? ++o : l.g_TL(_);
}
g_aO.g_fy(s, o), l.g_TQ(s);
const e = !!s.length;
return g_aO.g_fz(s), a.g_Ty(), _.g_aaH(), e;
},
g_auI(_, t) {
if (!_) return !1;
const a = this.g_auc(),
n = a.g_TZ(),
i = _.g_Tu();
g_aO.g_fD(n, i.g_H$()), i.g_TF() && g_aO.g_fz(i.g_TO());
const e = this.g_Be.g_VH();
let r = 0;
for (let g = 0, a = n.length; g < a; ++g) {
const _ = n[g];
(n[r] = _), (t = e.g_aaS(1, g)), t ? ++r : i.g_TL(_);
}
g_aO.g_fy(n, r), i.g_TQ(n);
const s = !!n.length;
return g_aO.g_fz(n), a.g_Ty(), _.g_aaH(), s;
},
g_auJ(g, _) {
if (!g) return !1;
const a = g.g_Tu(),
t = a.g_H$();
if (((_ = Math.floor(_)), _ >= t.length)) return !1;
const n = t[_];
return a.g_TR(n), g.g_aaH(), !0;
},
g_auK(g) {
if (!g) return !1;
const _ = g.g_Tu(),
a = _.g_H$(),
t = Math.floor(this.g_Be.g_afS() * a.length);
if (t >= a.length) return !1;
const n = a[t];
return _.g_TR(n), g.g_aaH(), !0;
},
g_auL(g) {
if (!g) return !1;
if (!g.g_EK()) return !1;
const _ = g.g_Tu();
return _.g_TM(!0), g.g_aaH(), !0;
},
g_auM(a, t, n) {
if (!a) return !1;
const i = a.g_Tu(),
e = i.g_H$(),
r = this.g_Be.g_TT(),
g = r.g_TS(),
s = this.g_Be.g_VH().g_aaB();
i.g_TF()
? (g_aO.g_fD(_, e), i.g_TE(), i.g_TM(!1))
: g
? (g_aO.g_fD(_, i.g_TO()), g_aO.g_fz(i.g_TO()))
: (g_aO.g_fD(_, i.g_TN()), g_aO.g_fz(i.g_TN()));
for (let e = 0, r = _.length; e < r; ++e) {
const g = _[e];
g_aO.xor(g.g_CU().g_ahc(t, n), s) ? i.g_TK(g) : i.g_TL(g);
}
return a.g_aaH(), g_aO.xor(!!i.g_TN().length, s);
},
g_auN(g) {
if (!g) return !1;
const _ = g.g_EF();
let a = null;
const t = this.g_Be.g_abF();
for (let n = t.length - 1; 0 <= n; --n) {
const e = t[n];
if (_) {
if (e.g_EA().g_abE(g)) {
a = e;
break;
}
} else if (e.g_EA() === g) {
a = e;
break;
}
}
if (!a) {
const _ = g.g_H$();
_.length && (a = _[_.length - 1]);
}
if (!a) return !1;
const n = g.g_Tu();
return n.g_TR(a), g.g_aaH(), !0;
},
g_auO(g) {
return this.g_Be.g_asw() ? this.g_aue(g) : this.g_aud(g);
},
g_auP() {
return this.g_Be.g_asw() ? this.g_aug() : this.g_auf();
},
g_auQ(g, _, e) {
return this.g_Be.g_asw() ? this.g_aui(g, _, e) : this.g_auh(g, _, e);
},
g_mG(g) {
return this.g_Be.g_asw() ? this.g_auk(g) : this.g_auj(g);
},
g_auR(g, _, e) {
return this.g_Be.g_asw() ? this.g_aum(g, e) : this.g_aul(g, e);
},
g_auS(g) {
return !!g && g.g_ET();
},
g_auT(g) {
return !!g && !g.g_EK();
},
g_auU(g, _, e) {
return !!g && g_aO.compare(100 * g.g_zk(), _, e);
},
g_aua() {
return !0;
},
g_auV() {
return 0 < this.g_atW;
}
};
}
{
function _(_, t) {
const a = _[0],
n = t[0],
i = a - n;
if (0 != i) return i;
const e = _[1],
r = t[1];
return e - r;
}
function a(g, _) {
return g[1] - _[1];
}
const t = [],
i = [],
g = g_aO.g_ej(g_aO.g_gB);
g_aO.g_HY.g_HX.g_abH = {
g_auW(g, _) {
g.g_PF(_);
},
g_auX(g, _) {
g.g_cE() && 'number' != typeof _ && (_ = parseFloat(_)), g.g_PF(g.g_Pc() + _);
},
g_auY(g, _) {
g.g_cE() && g.g_PF(g.g_Pc() - _);
},
g_auZ(g, _) {
g.g_PF(!!_);
},
g_au_(g) {
g.g_PF(!g.g_Pc());
},
g_au$() {
this.g_Be.g_ED().g_Wa();
},
g_ava(g, _, a, t) {
if (g && _) {
const n = this.g_Be.g_agB(g, _, a, t);
if (n) {
const _ = this.g_Be.g_ED();
if ((_.g_EH(!0), n.g_EI(), n.g_EJ())) for (const g of n.siblings()) g.g_EI();
_.g_EH(!1), g.g_Tu().g_TP(n), n.g_EJ() && n.g_Yn();
}
}
},
g_avb(g, _, a, t) {
if (g && _) {
const n = this.g_Be.g_arY(g);
n && g_aO.g_HY.g_HX.g_abH.g_ava.call(this, n, _, a, t);
}
},
g_EC(g, _, a, t, n) {
g && this.g_Be.g_ZC().g_EC(g, _, a, t, n);
},
g_avc() {
const g = this.g_UN;
g.g_UJ() && g.g_UH().g_Kg();
},
g_Xk(g, _) {
const e = this.g_Be.g_ED().g_Wc(g);
e && (0 === _ ? e.g_Xk(!1) : 1 === _ ? e.g_Xk(!0) : e.g_Xk(!e.g_Xj()));
},
g_avd(g) {
this.g_Be.g_akD(g);
},
g_ave(g, _) {
if ((0 > _ && (_ = 0), !!g)) {
const e = g.g_Tu(),
t = e.g_H$();
for (const g of t) g.g_akD(_);
}
},
g_avf(g) {
if (g) {
const _ = g.g_Tu(),
e = _.g_H$();
for (const g of e) g.g_akE();
}
},
g_ft(g) {
if (!(0 > g)) return this.g_Be.g_ED().g_WN().g_adb(g), !0;
},
g_avg(g) {
return this.g_Be.g_ED().g_WN().g_adc(g), !0;
},
g_avh() {
const g = this.g_Be.g_ED();
return g.g_WN().g_add(g.g_W_()), !0;
},
g_avi(g) {
const _ = g.toLowerCase();
for (const e of this.g_Be.g_ED().g_WP()) e.g_adg() && e.g_adh() === _ && e.g_ade();
},
async g_aoV(g, _) {
const e = this.g_Be.g_FO();
e &&
(this.g_EV(),
await e.g_aoV(0 === g ? 'image/png' : 'image/jpeg', _ / 100),
await this.g_Be.g_HU(g_aO.g_HY.g_HX.g_HW.g_auv, null));
},
g_avj(g, _) {
if (!(0 >= g || 0 >= _)) {
this.g_Be.g_aoz(g, _);
const e = this.g_Be.g_ZC();
e.g_Gn();
for (const g of e.g_Hm()) g.g_Gq();
const a = this.g_Be.g_FO();
a &&
('off' === a.g_aot()
? a.g_wQ(a.g_aeF(), a.g_aeH(), !0)
: (this.g_Be.g_ar_(g, _), a.g_wQ(a.g_aeF(), a.g_aeH(), !0)),
this.g_Be.g_EV());
}
},
g_avk(g) {
const _ = this.g_Be.g_FO();
_ &&
'off' !== _.g_aot() &&
(_.g_aoE(0 === g ? 'low' : 'high'), _.g_wQ(_.g_aeF(), _.g_aeH(), !0));
},
g_Oz(g) {
this.g_Be.g_atb(g);
},
g_avl(g) {
this.g_Be.g_atc(g);
},
g_avm(g) {
this.g_Be.g_acN(g);
},
g_avn() {},
g_avo() {
for (const g of this.g_Be.g_Wy().g_IV()) g.g_Iu();
},
g_avp(g) {
this.g_Be.g_ata(0 !== g);
},
g_asP(g) {
this.g_Be.g_asP(g);
},
g_avq(r, e) {
if (!r) return;
const s = r.g_Tu(),
g = s.g_H$(),
u = t,
p = i,
h = this.g_Be.g_ZC(),
l = r.g_EF(),
f = r.g_$r();
for (let _ = 0, a = g.length; _ < a; ++_) {
const a = g[_],
t = a.g_CU();
if (!t) continue;
let n;
(n = l ? a.g_QL(e + a.g_EA().g_$q(f)) : a.g_QL(e)),
u.push([t.g_Em().g_EM(), t.g_Fz()]),
p.push([a, n]);
}
if (!u.length) return;
u.sort(_), p.sort(a);
let n = !1;
for (let g = 0, _ = u.length; g < _; ++g) {
const _ = p[g][0],
a = h.g_Ho(u[g][0]),
t = u[g][1],
i = a.g_Fm();
i[t] !== _ && ((i[t] = _), _.g_CU().g_Ia(a), a.g_Ek(), (n = !0));
}
n && this.g_Be.g_EV(), g_aO.g_fz(t), g_aO.g_fz(i);
},
g_avr(g) {
if (!this.g_Be.g_arK()) {
const _ = this.g_Be.g_Wy();
_.g_Ja() || _.g_I$(g);
}
},
g_avs(g) {
if (!this.g_Be.g_arK()) {
const _ = this.g_Be.g_Wy();
if (!_.g_Ja()) {
const e = _.g_IS(g);
e && _.g_I$(e);
}
}
},
g_avt(g) {
if (!this.g_Be.g_arK()) {
const _ = this.g_Be.g_Wy();
if (!_.g_Ja()) {
const a = _.g_IV(),
t = a.indexOf(_.g_Is());
if (!(g && 0 === t) && (g || t !== a.length - 1)) {
const n = a[t + (g ? -1 : 1)];
_.g_I$(n);
}
}
}
},
g_avu() {
if (!this.g_Be.g_arK()) {
const g = this.g_Be.g_Wy();
g.g_Ja() || (g.g_I$(g.g_Is()), this.g_Be.g_ED().g_Wg());
}
},
g_avv(g, _) {
g && g.g_EU(_);
},
g_avw(g, _) {
g && g.g_zm(_ / 100);
},
g_avx(g, _) {
g && g.g_Gm(_);
},
g_avy(g, _) {
g && g.g_Fa(_);
},
g_avz(g, _) {
g && ((_ = g_aO.g_eq(g_aO.g_er(+_))), g.g_Fk() === _ || (g.g_Fi(_), this.g_EV()));
},
g_avA(g, _, e) {
g && g.g_Fd(_ / 100, e / 100);
},
g_avB(g, _) {
g && g.g_Fh(_);
},
g_avC(_, e) {
if (_) {
g.g_g$(e), g.g_ep();
const a = _.g_Fn();
a.g_gV(g) || (a.g_gO(g), this.g_EV());
}
},
g_avD(g, _) {
g && ((_ = !!_), g.g_Fo() === _ || (g.g_Fp(_), this.g_EV()));
},
g_avE(g, _) {
g && g.g_Ey() !== _ && (g.g_Ex(_), this.g_EV());
},
g_avF(g, _, e) {
if (g) {
const t = g.g_EP(),
n = t.g_Qg(e);
if (n) {
const g = 1 === _;
n.g_Yd() === g || (n.g_ame(g), t.g_abD(), this.g_Be.g_EV());
}
}
},
g_avG(_, e, t, n) {
if (_) {
const i = _.g_EP(),
r = i.g_Qg(e);
if (r) {
const _ = r.g_EM(),
e = i.g_Gh(_);
if (((t = Math.floor(t)), !(0 > t || t >= e.length))) {
const _ = r.g_tq().g_tB(t);
if ('color' === _) {
g.g_g$(n);
const _ = e[t];
if (g.g_gV(_)) return;
_.g_gO(g);
} else {
if (('percent' === _ && (n /= 100), e[t] === n)) return;
e[t] = n;
}
r.g_Yd() && this.g_Be.g_EV();
}
}
}
},
g_avH(g, _) {
g && ((_ = !!_), g.g_Fq() === _ || (g.g_Fr(_), this.g_EV()));
},
g_avI(g) {
const _ = this.g_Be.g_ZC();
_.g_Gp() === g || (_.g_Hi(g), this.g_EV());
},
g_avJ(g) {
g = g_aO.g_eq(g_aO.g_er(+g));
const _ = this.g_Be.g_ZC();
_.g_Fj() === g || (_.g_Fi(g), this.g_EV());
},
g_avK(g, _) {
const e = this.g_Be.g_ZC(),
a = e.g_EP(),
t = a.g_Qg(_);
if (t) {
const _ = 1 === g;
t.g_Yd() === _ || (t.g_ame(_), a.g_abD(), this.g_Be.g_EV());
}
},
g_avL(_, e, t) {
const a = this.g_Be.g_ZC(),
n = a.g_EP(),
i = n.g_Qg(_);
if (i) {
const _ = i.g_EM(),
r = n.g_Gh(_);
if (((e = Math.floor(e)), !(0 > e || e >= r.length))) {
const _ = i.g_tq().g_tB(e);
if ('color' === _) {
g.g_g$(t);
const _ = r[e];
if (g.g_gV(_)) return;
_.g_gO(g);
} else {
if (('percent' === _ && (t /= 100), r[e] === t)) return;
r[e] = t;
}
i.g_Yd() && this.g_Be.g_EV();
}
}
},
g_avM(g) {
const _ = this.g_Be.g_ZC();
_.g_Hg(g);
},
g_avN(g) {
const _ = this.g_Be.g_ZC();
_.g_Hh(g);
},
g_avO(g, _) {
const e = this.g_Be.g_ZC();
e.g_Hg(g), e.g_Hh(_);
},
g_avP(g) {
if (g) {
const _ = g.g_abA();
if (_) {
const g = _.g_CU();
if (g) {
const _ = this.g_Be.g_ZC();
_.g_Hg(g.g_Ig()), _.g_Hh(g.g_Ih());
}
}
}
},
async g_avQ(g) {
const _ = this.g_Be.g_Is();
if (_ && g && !this.g_Be.g_arK()) {
const e = g.g_EF() ? g.g_Zd() : [g];
await this.g_at$(_, e);
}
},
async g_avR(g) {
await g_aO.g_HY.g_HX.g_abH.g_avQ.call(this, this.g_Be.g_arY(g));
},
g_avS(g) {
const _ = this.g_Be.g_Is();
if (_ && g) {
const e = g.g_EF() ? g.g_Zd() : [g];
this.g_aub(_, e);
}
},
g_avT(g) {
g_aO.g_HY.g_HX.g_abH.g_avT.call(this, this.g_Be.g_arY(g));
},
g_avU() {
const g = this.g_Be.g_Is();
if (g) {
const _ = g.g_Hv();
this.g_aub(g, _);
}
},
async g_avV(g) {
const _ = this.g_Be.g_Is();
g && _ && !this.g_Be.g_arK() && (await this.g_at$(_, g.g_Hs()));
},
async g_avW(g) {
const _ = this.g_Be.g_Is(),
e = this.g_Be.g_Wy().g_IS(g);
e && _ && !this.g_Be.g_arK() && (await this.g_at$(_, e.g_Hs()));
},
g_Uy(g) {
const _ = this.g_TA.g_Ua();
if (_)
switch (_.g_Ux()) {
case 1:
'number' == typeof g && _.g_Uy(g);
break;
case 2:
'string' == typeof g && _.g_Uy(g);
break;
case 3:
_.g_Uy(g);
}
},
g_avX(_, a, t) {
const n = this.g_aun(_.toLowerCase(), !0),
i = n.g_aup,
e = a.toLowerCase();
i.has(e) &&
console.warn(
`[Construct 3] Function map '${_}' string '${a}' already in map; overwriting entry`
);
const r = g_aO.first(i.values()) || n.g_auo;
if (r) {
const g = 0 !== r.g_Xy(),
n = 0 !== t.g_Xy();
if (g != n)
return void console.error(
`[Construct 3] Function map '${_}' string '${a}' function return type not compatible with other functions in the map; entry ignored`
);
}
i.set(e, t);
},
g_avY(g, _) {
const e = this.g_aun(g.toLowerCase(), !0);
e.g_auo &&
console.warn(`[Construct 3] Function map '${g}' already has a default; overwriting entry`);
const a = g_aO.first(e.g_aup.values()) || e.g_auo;
if (a) {
const t = 0 !== a.g_Xy(),
n = 0 !== _.g_Xy();
if (t != n)
return void console.error(
`[Construct 3] Function map '${g}' default: function return type not compatible with other functions in the map; entry ignored`
);
}
e.g_auo = _;
},
g_avZ(_, a, g) {
g = Math.floor(g);
const t = this.g_aun(_.toLowerCase(), !1);
if (!t)
return void console.warn(
`[Construct 3] Call mapped function: map name '${_}' not found; call ignored`
);
let n = t.g_aup.get(a.toLowerCase());
if (!n)
if (t.g_auo) (n = t.g_auo), (g = 0);
else
return void console.warn(
`[Construct 3] Call mapped function: no function associated with map '${_}' string '${a}'; call ignored (consider setting a default)`
);
if (n.g_jp()) {
if (0 !== n.g_Xy())
return void console.warn(
`[Construct 3] Call mapped function: map '${_}' string '${a}' has a return type so cannot be called`
);
const e = this.g_Be,
t = e.g_ED(),
r = t.g_TT(),
s = r.g_Xx(),
d = 0 < s.length;
d && t.g_WK(s);
const i = [],
o = t.g_Xq(r);
if (o) {
const _ = o.g_Xu();
for (let e = g, a = _.length; e < a; ++e) i.push(_[e].g_Pc());
}
const u = n.g_Xu();
for (let g = i.length, _ = u.length; g < _; ++g) i.push(u[g].g_VF());
return e.g_asw() ? this.g_aur(t, n, i, d, s) : this.g_auq(t, n, i, d, s);
}
}
};
}
'use strict',
(g_aO.g_HY.g_HX.g__$ = {
g_av_: function (g) {
return 'string' == typeof g && ((g = parseInt(g, 10)), isNaN(g) && (g = 0)), Math.floor(g);
},
float: function (g) {
return 'string' == typeof g && ((g = parseFloat(g)), isNaN(g) && (g = 0)), g;
},
g_C(g) {
return g.toString();
},
g_J(g) {
return 'string' == typeof g ? g.length : 0;
},
random(g, _) {
return 'undefined' == typeof _ ? this.g_Be.g_afS() * g : this.g_Be.g_afS() * (_ - g) + g;
},
g_$a(...g) {
const _ = Math.floor(this.g_Be.g_afS() * g.length);
return g[_];
},
g_av$() {
return Math.PI;
},
g_awa() {
return 1 / 0;
},
sqrt(g) {
return Math.sqrt(g);
},
abs(g) {
return Math.abs(g);
},
round(g) {
return Math.round(g);
},
floor(g) {
return Math.floor(g);
},
ceil(g) {
return Math.ceil(g);
},
sign(g) {
return Math.sign(g);
},
sin(g) {
return Math.sin(g_aO.g_er(g));
},
cos(g) {
return Math.cos(g_aO.g_er(g));
},
tan(g) {
return Math.tan(g_aO.g_er(g));
},
asin(g) {
return g_aO.g_es(Math.asin(g));
},
acos(g) {
return g_aO.g_es(Math.acos(g));
},
atan(g) {
return g_aO.g_es(Math.atan(g));
},
exp(g) {
return Math.exp(g);
},
g_awb(g) {
return Math.log(g);
},
log10(g) {
return Math.log(g) / Math.LN10;
},
max(...g) {
let _ = g[0];
'number' != typeof _ && (_ = 0);
for (let a = 1, t = g.length, e; a < t; ++a)
(e = g[a]), 'number' == typeof e && _ < e && (_ = e);
return _;
},
min(...g) {
let _ = g[0];
'number' != typeof _ && (_ = 0);
for (let a = 1, t = g.length, e; a < t; ++a)
(e = g[a]), 'number' == typeof e && _ > e && (_ = e);
return _;
},
g_ep(g, _, e) {
return g_aO.g_ep(g, _, e);
},
g_P(g, _, e, a) {
return g_aO.g_et(g, _, e, a);
},
angle(g, _, e, a) {
return g_aO.g_es(g_aO.g_ev(g, _, e, a));
},
g_V(g, _, e) {
return g_aO.g_V(g, _, e);
},
g_eA(g, _, e) {
return g_aO.g_eA(g, _, e);
},
g_eC(g, _, e, a) {
return g_aO.g_eC(g, _, e, a);
},
g_eD(g, _, e, a, t) {
return g_aO.g_eD(g, _, e, a, t);
},
g_eE(g, _, e) {
return g_aO.g_eE(g, _, e);
},
g_awc(g, _) {
return g_aO.g_es(g_aO.g_ew(g_aO.g_er(g), g_aO.g_er(_)));
},
g_awd(g, _, e) {
return g_aO.g_es(g_aO.g_ez(g_aO.g_er(g), g_aO.g_er(_), e));
},
g_awe(g, _, e) {
return g_aO.g_es(g_aO.g_ex(g_aO.g_er(g), g_aO.g_er(_), g_aO.g_er(e)));
},
g_awf(g, _, e) {
return (g |= 0), (_ |= 0), (e = 0 === e ? 0 : 1), (g & ~(1 << _)) | (e << _);
},
g_awg(g, _) {
return (g |= 0), (_ |= 0), g ^ (1 << _);
},
g_awh(g, _) {
return (g |= 0), (_ |= 0), g & (1 << _) ? 1 : 0;
},
g_awi() {
return '\n';
},
g_awj(g) {
return 'string' == typeof g ? g.toUpperCase() : '';
},
g_awk(g) {
return 'string' == typeof g ? g.toLowerCase() : '';
},
left(g, _) {
return 'string' == typeof g ? g.substr(0, _) : '';
},
g_awl(g, _, e) {
return 'string' == typeof g ? (0 > e ? g.substr(_) : g.substr(_, e)) : '';
},
right(g, _) {
return 'string' == typeof g ? g.substr(g.length - _) : '';
},
trim(g) {
return 'string' == typeof g ? g.trim() : '';
},
g_awm(g, _, e) {
if ('string' != typeof g || 'string' != typeof e) return '';
let a = g.split(e);
return (_ = Math.floor(_)), 0 > _ || _ >= a.length ? '' : a[_];
},
g_awn(g, _) {
return 'string' == typeof g && 'string' == typeof _ && g.length ? g.split(_).length : 0;
},
find(g, _) {
return 'string' == typeof g && 'string' == typeof _
? g.search(new RegExp(g_aO.g_om(_), 'i'))
: -1;
},
g_awo(g, _) {
return 'string' == typeof g && 'string' == typeof _
? g.search(new RegExp(g_aO.g_om(_), ''))
: -1;
},
replace(g, _, e) {
return 'string' == typeof g && 'string' == typeof _ && 'string' == typeof e
? g.replace(new RegExp(g_aO.g_om(_), 'gi'), e)
: 'string' == typeof g
? g
: '';
},
g_awp(g, _, e) {
const a = this.g_atZ(_, e);
return g ? g.search(a) : -1;
},
g_awq(g, _, a, t) {
const n = this.g_atZ(_, a);
return g ? g.replace(n, t) : '';
},
g_awr(g, _, e) {
const a = this.g_at_(g.toString(), _, e);
return a ? a.length : 0;
},
g_aws(g, _, a, t) {
t = Math.floor(t);
const n = this.g_at_(g.toString(), _, a);
return !n || 0 > t || t >= n.length ? '' : n[t];
},
g_awt(g, _) {
let e = 0 > g ? '-' : '';
0 > g && (g = -g);
const t = _ - g.toString().length;
return (e += '0'.repeat(Math.max(t, 0))), e + g.toString();
},
g_awu(g) {
return encodeURIComponent(g);
},
g_awv(g) {
return decodeURIComponent(g);
},
g_abT() {
return this.g_Be.g_asN();
},
g_aww() {
return this.g_Be.g_KX();
},
g_awx() {
return (Date.now() - this.g_Be.g_asT()) / 1e3;
},
g_awy() {
return Date.now();
},
time() {
return this.g_Be.g_Gk();
},
g_awz() {
return this.g_Be.g_MB();
},
g_awA() {
return this.g_Be.g_asW();
},
g_awB() {
return this.g_Be.g_asR();
},
g_awC() {
return this.g_Be.g_asS();
},
g_awD() {
return this.g_Be.g_aoU();
},
g_awE() {
return this.g_Be.g_FO().g_aoK();
},
g_awF() {
return this.g_Be.g_FO().g_aoL();
},
g_awG() {
return this.g_Be.g_DY();
},
g_awH() {
return this.g_Be.g_DZ();
},
g_awI() {
return this.g_Be.g_DY();
},
g_awJ() {
return this.g_Be.g_DZ();
},
g_awK() {
return this.g_Be.g_ZC().g_Gz();
},
g_awL() {
return this.g_Be.g_ZC().g_GA();
},
g_awM() {
return this.g_Be.g_ZC().g_pY();
},
g_awN() {
return this.g_Be.g_ZC().g_Gp();
},
g_awO() {
return g_aO.g_es(this.g_Be.g_ZC().g_Fj());
},
g_awP() {
return this.g_Be.g_ZC().g_pN();
},
g_awQ() {
return this.g_Be.g_ZC().g_pO();
},
g_awR(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EW().g_hV() : 0;
},
g_awS(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EW().g_hW() : 0;
},
g_awT(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EW().g_hX() : 0;
},
g_awU(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EW().g_hY() : 0;
},
g_awV(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EW().width() : 0;
},
g_awW(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EW().height() : 0;
},
g_awX(g, _, e) {
const a = this.g_Be.g_ZC().g_Em(g);
return a ? a.g_Gr(_, e)[0] : 0;
},
g_awY(g, _, e) {
const a = this.g_Be.g_ZC().g_Em(g);
return a ? a.g_Gr(_, e)[1] : 0;
},
g_awZ(g, _, e) {
const a = this.g_Be.g_ZC().g_Em(g);
return a ? a.g_GC(_, e)[0] : 0;
},
g_aw_(g, _, e) {
const a = this.g_Be.g_ZC().g_Em(g);
return a ? a.g_GC(_, e)[1] : 0;
},
g_aw$(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_Gj() : 0;
},
g_axa(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? g_aO.g_es(_.g_Fk()) : 0;
},
g_axb(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? 100 * _.g_zk() : 0;
},
g_axc(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_E$() : 0;
},
g_axd(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? 100 * _.g_Fb() : 0;
},
g_axe(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? 100 * _.g_Fc() : 0;
},
g_axf(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_Do() : 0;
},
g_axg(g) {
const _ = this.g_Be.g_ZC().g_Em(g);
return _ ? _.g_EM() : -1;
},
g_axh() {
const g = this.g_Be.g_FO();
return g ? g.g_aoX() : '';
},
g_axi(g) {
const _ = this.g_UN;
if (!_.g_UJ()) return 0;
if (g) {
const e = _.g_UL(g);
return e ? e.g_EM() : 0;
}
return _.g_UH().g_EM();
},
g_axj() {
return this.g_Be.g_atd();
},
g_axk(_, a, ...t) {
const r = this.g_aun(_.toLowerCase(), !1);
if (!r)
return (
console.warn(
`[Construct 3] Call mapped function: map name '${_}' not found; returning 0`
),
0
);
let s = r.g_aup.get(a.toLowerCase());
if (!s)
if (r.g_auo) s = r.g_auo;
else
return (
console.warn(
`[Construct 3] Call mapped function: no function associated with map '${_}' string '${a}'; returning 0 (consider setting a default)`
),
0
);
const d = s.g_Xy(),
u = s.g_Xt();
if (0 === d)
return (
console.warn(
`[Construct 3] Call mapped function: map '${_}' string '${a}' has no return type so cannot be called from an expression; returning 0`
),
0
);
if (!s.g_jp()) return u;
const g = this.g_Be,
p = g.g_ED(),
i = p.g_TT(),
h = i.g_Xx(),
c = 0 < h.length;
c && p.g_WK(h);
const l = s.g_Xu();
for (let g = t.length, n = l.length; g < n; ++g) t.push(l[g].g_VF());
const f = s.g_Xv(),
n = f.g_Xw(f.g_Xx(), d, u, ...t);
return c && p.g_WM(h), n;
},
g_axl() {
return this.g_Be.g_afD().g_Cj();
},
g_axm() {
return 0 === this.g_atW ? 1 : this.g_atX / this.g_atW;
},
g_uq() {
return 'webgl';
},
g_axn() {
return this.g_Be.g_rP().g_A$();
},
g_axo() {
let g = this.g_Be.g_rP().g_AT();
return Math.round((100 * g) / 1048576) / 100;
},
g_axp(g, _, e) {
return g_aO.g_eK(g, _, e);
},
g_axq(g, _, e) {
return g_aO.g_eM(g / 100, _ / 100, e / 100);
},
g_axr(g, _, a, e) {
return g_aO.g_eL(g / 100, _ / 100, a / 100, e / 100);
},
g_axs(g, _, e) {
return g_aO.g_eM(g / 255, _ / 255, e / 255);
},
g_axt(g, _, a, e) {
return g_aO.g_eL(g / 255, _ / 255, a / 255, e / 255);
},
g_axu() {
return this.g_Be.g_afH();
},
g_axv() {
return this.g_Be.g_afJ();
},
g_axw() {
return this.g_Be.g_TT().g_Hl().g_pY();
},
g_axx() {
return this.g_Be.g_TT().g_Zv();
}
}),
'use strict',
(g_aO.g_HY.g_axy = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_axy.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g), (this.g_ajd = g.g_ajN());
}
g_ek() {
g_aO.g_fz(this.g_ajd), super.g_ek();
}
g_adB() {
for (const g of this.g_ajd) g.g_ah_(this.g_Be);
}
g_Hx(g) {
const _ = { g_qO: this.g_Be.g_FR() };
return Promise.all(this.g_ajd.map((e) => e.g_ah$(g, _)));
}
g_HD() {
for (const g of this.g_ajd) g.g_aia();
}
g_HA() {
this.g_axz();
}
g_axz() {
for (const g of this.g_Tq.g_ajT()) g.g_Qd().g_axA();
}
g_aaL(g) {
g_aO.g_HY.g_axy.g_axB(this, g);
}
}),
'use strict';
{
const _ = g_aO.g_ej(g_aO.g_iu),
g = g_aO.g_ej(g_aO.g_hA);
g_aO.g_HY.g_axy.Instance = class extends g_aO.g_aeu {
constructor(_, a) {
super(_);
let t = !0,
n = '',
i = 0,
r = !0;
a && ((t = !!a[0]), (n = a[1]), (i = a[2]), (r = a[3])),
(this.g_axC = this.g_Tq.g_ajP(n) || this.g_Tq.g_ajN()[0]),
(this.g_axD = g_aO.g_ep(i, 0, this.g_axC.g_aib() - 1)),
(this.g_axE = this.g_axC.g_aid(this.g_axD));
const s = this.g_axE.g_adQ();
(this.g_axF = s.g_rQ()),
(this.g_axG = s.g_xg()),
this.g_aex(),
_.g_akM(2, !0),
_.g_akM(1, 0 <= this.g_axC.g_aie()),
(this.g_axH = Math.abs(this.g_axC.g_aie())),
(this.g_axI = this.g_axC.g_aif()),
(this.g_axJ = g_aO.g_ej(g_aO.g_lQ)),
(this.g_axK = 0),
(this.g_axL = 0),
(this.g_axM = ''),
(this.g_axN = -1),
(this.g_axO = ''),
(this.g_axP = 0);
const g = this.g_CU();
(this.g_axQ = g.g_agX()),
g.g_EU(t),
g.g_aly(r),
g.g_alr(this.g_axE.g_QX()),
g.g_als(this.g_axE.g_QZ()),
g.g_alJ(this.g_axE.g_aip()),
g.g_En(),
(1 !== this.g_Tq.g_ajO() || 1 !== this.g_Tq.g_ajN()[0].g_aib()) &&
0 !== this.g_axH &&
this.g_ael();
}
g_ek() {
(this.g_axC = null),
(this.g_axE = null),
(this.g_axF = null),
(this.g_axJ = null),
super.g_ek();
}
g_Gg() {
return this.g_axE.g_adQ();
}
g_CQ() {
this.g_axF = null;
}
g_aey() {
this.g_axA();
}
g_FN(a) {
var t = Math.round;
const g = this.g_axF;
if (null !== g) {
const n = this.g_axQ,
e = this.g_axG;
if ((a.g_zp(g), this.g_Be.g_Gs())) {
const i = this.g_CU(),
r = t(i.g_Ig()) - i.g_Ig(),
g = t(i.g_Ih()) - i.g_Ih();
_.g_p(n), _.offset(r, g), a.g_zy(_, e);
} else a.g_zy(n, e);
}
}
g_axR(_) {
const g = this.g_CU(),
a = g.g_alM();
_.g_Al(), _.g_zl(1, 0, 0, 1);
const t = a.g_jd(),
n = g.g_Ig(),
e = g.g_Ih();
for (let a = 0, r = t.length; a < r; a += 2) {
const s = (a + 2) % r,
g = t[a] + n,
d = t[a + 1] + e,
i = t[s] + n,
l = t[s + 1] + e;
_.g_zD(g, d, i, l);
}
_.g_yZ(), _.g_zl(1, 1, 1, 1);
}
g_axS() {
return this.g_axJ.g_bd();
}
g_axT() {
return this.g_b_.g_akN(2);
}
g_axU(g) {
this.g_b_.g_akM(2, g);
}
g_axV() {
return this.g_b_.g_akN(1);
}
g_axW(g) {
this.g_b_.g_akM(1, g);
}
g_axX() {
return this.g_b_.g_akN(4);
}
g_axY(g) {
this.g_b_.g_akM(4, g);
}
g_KZ() {
this.g_axO && this.g_axZ(), 0 <= this.g_axN && this.g_ax_();
const _ = this.g_axH;
if (!this.g_axT() || 0 === _) return void this.g_adY();
const g = this.g_Be.g_KW(this.g_b_);
this.g_axJ.g_jB(g);
const a = this.g_axS(),
t = this.g_axE,
n = t.g_aio() / _;
if (!(a < this.g_axK + n)) {
const e = this.g_axC,
r = this.g_axI,
s = e.g_aib(),
g = e.g_Mi(),
d = e.g_ZM(),
i = e.g_aig();
this.g_axV() ? this.g_axD++ : this.g_axD--,
(this.g_axK += n),
this.g_axD >= s &&
(i
? (this.g_axW(!1), (this.g_axD = s - 2))
: d
? (this.g_axD = r)
: (this.g_axL++, this.g_axL >= g ? this.g_ax$(!1) : (this.g_axD = r))),
0 > this.g_axD &&
(i
? ((this.g_axD = 1),
this.g_axW(!0),
!d && (this.g_axL++, this.g_axL >= g && this.g_ax$(!0)))
: d
? (this.g_axD = r)
: (this.g_axL++, this.g_axL >= g ? this.g_ax$(!0) : (this.g_axD = r))),
(this.g_axD = g_aO.g_ep(this.g_axD, 0, s - 1));
const l = e.g_aid(this.g_axD);
a > this.g_axK + l.g_aio() / _ && (this.g_axK = a), this.g_aya(t, l);
}
}
g_ax$(g) {
(this.g_axD = g ? 0 : this.g_axC.g_aib() - 1),
this.g_axU(!1),
(this.g_axM = this.g_axC.g_pY()),
this.g_axY(!0),
this.g_Ku(g_aO.g_HY.g_axy.g_HW.g_ayb),
this.g_Ku(g_aO.g_HY.g_axy.g_HW.g_ayc),
this.g_axY(!1),
(this.g_axL = 0);
}
g_aya(_, a) {
const t = this.g_CU(),
n = _.g_adQ(),
r = a.g_adQ(),
e = n.g_pN(),
s = n.g_pO(),
g = r.g_pN(),
d = r.g_pO();
e !== g && t.g_Hj(t.g_pN() * (g / e)),
s !== d && t.g_Hk(t.g_pO() * (d / s)),
t.g_alr(a.g_QX()),
t.g_als(a.g_QZ()),
t.g_alJ(a.g_aip()),
t.g_En(),
(this.g_axE = a),
(this.g_axF = r.g_rQ()),
(this.g_axG = r.g_xg());
const i = this.g_Nj().g_Qc();
for (let g = 0, e = i.length; g < e; ++g) i[g].g_afA(_, a);
this.g_Ku(g_aO.g_HY.g_axy.g_HW.g_ayd), this.g_Be.g_EV();
}
g_aye(g) {
this.g_axU(!0),
(this.g_axK = this.g_axS()),
1 === g && 0 !== this.g_axD && ((this.g_axN = 0), !this.g_axX() && this.g_ax_()),
this.g_ael();
}
g_ayf(g, _) {
(this.g_axO = g), (this.g_axP = _), this.g_ael(), this.g_axX() || this.g_axZ();
}
g_ayg() {
return this.g_axO ? this.g_axO : this.g_axC.g_pY();
}
g_ayh(g) {
isFinite(g) && ((this.g_axN = g), !this.g_axX() && this.g_ax_());
}
g_ayi() {
return this.g_axD;
}
g_ayj(g) {
(this.g_axH = Math.abs(g)), this.g_axW(0 <= g), 0 < this.g_axH && this.g_ael();
}
g_ayk() {
return this.g_axV() ? this.g_axH : -this.g_axH;
}
g_ayl(g) {
(g = g_aO.g_ep(Math.floor(g), 0, this.g_axC.g_aib() - 1)), (this.g_axI = g);
}
g_aym() {
return this.g_axI;
}
g_axZ() {
const g = this.g_axE,
_ = this.g_Tq.g_ajP(this.g_axO);
if (((this.g_axO = ''), !!_) && !(_ === this.g_axC && this.g_axT())) {
(this.g_axC = _),
this.g_axW(0 <= _.g_aie()),
(this.g_axH = Math.abs(_.g_aie())),
(this.g_axI = _.g_aif()),
(this.g_axD = g_aO.g_ep(this.g_axD, 0, this.g_axC.g_aib() - 1)),
1 === this.g_axP && (this.g_axD = 0),
this.g_axU(!0),
(this.g_axK = this.g_axS());
const e = this.g_axC.g_aid(this.g_axD);
this.g_aya(g, e);
}
}
g_ax_() {
const g = this.g_axE,
_ = this.g_axD;
if (
((this.g_axD = g_aO.g_ep(Math.floor(this.g_axN), 0, this.g_axC.g_aib() - 1)),
(this.g_axN = -1),
_ !== this.g_axD)
) {
const _ = this.g_axC.g_aid(this.g_axD);
this.g_aya(g, _), (this.g_axK = this.g_axS());
}
}
g_axA() {
const g = this.g_axE.g_adQ();
(this.g_axF = g.g_rQ()), (this.g_axG = g.g_xg());
}
g_abs(_) {
const a = this.g_axE,
t = this.g_CU();
let n = null;
if ('string' == typeof _) n = a.g_aiq(_);
else if ('number' == typeof _) n = a.g_air(_ - 1);
else throw new TypeError('expected string or number');
return n
? (g.g_p(n.g_aiv()),
g.offset(-a.g_QX(), -a.g_QZ()),
g.scale(t.g_pN(), t.g_pO()),
g.rotate(t.g_Fj()),
g.offset(t.g_Ig(), t.g_Ih()),
[g.g_hE(), g.g_hG()])
: [t.g_Ig(), t.g_Ih()];
}
g_aep() {
const g = g_aO.g_HY.g_axy.g_abH;
return [
{
title: 'plugins.sprite.debugger.animation-properties.title',
properties: [
{
name: 'plugins.sprite.debugger.animation-properties.current-animation',
value: this.g_axC.g_pY(),
g_ayn: (_) => this.g_aes(g.g_ayo, _, 0)
},
{
name: 'plugins.sprite.debugger.animation-properties.current-frame',
value: this.g_axD,
g_ayn: (_) => this.g_aes(g.g_ayp, _)
},
{
name: 'plugins.sprite.debugger.animation-properties.is-playing',
value: this.g_axT(),
g_ayn: (_) => (_ ? this.g_aes(g.g_ayq, 0) : this.g_aes(g.g_ayr))
},
{
name: 'plugins.sprite.debugger.animation-properties.speed',
value: this.g_axH,
g_ayn: (_) => this.g_aes(g.g_ays, _)
},
{
name: 'plugins.sprite.debugger.animation-properties.repeats',
value: this.g_axL,
g_ayn: (g) => (this.g_axL = g)
}
]
}
];
}
g_GH() {
const g = { a: this.g_axC.g_EN() };
0 !== this.g_axK && (g.fs = this.g_axK);
const _ = this.g_axS();
0 !== _ && (g.at = _),
0 !== this.g_axD && (g.f = this.g_axD),
0 !== this.g_axH && (g.cas = this.g_axH),
1 !== this.g_axL && (g.ar = this.g_axL),
0 !== this.g_axI && (g.rt = this.g_axI),
this.g_axT() || (g.ap = this.g_axT()),
this.g_axV() || (g.af = this.g_axV());
const e = this.g_CU();
return e.g_alx() && (g.ce = e.g_alx()), g;
}
g_GJ(_) {
const a = this.g_EA().g_ajQ(_.a);
a && (this.g_axC = a),
(this.g_axK = _.hasOwnProperty('fs') ? _.fs : 0),
this.g_axJ.Set(_.hasOwnProperty('at') ? _.at : 0);
const t = _.hasOwnProperty('f') ? _.f : 0;
(this.g_axD = g_aO.g_ep(t, 0, this.g_axC.g_aib() - 1)),
(this.g_axH = _.hasOwnProperty('cas') ? _.cas : 0),
(this.g_axL = _.hasOwnProperty('ar') ? _.ar : 1);
const n = _.hasOwnProperty('rt') ? _.rt : 0;
(this.g_axI = g_aO.g_ep(n, 0, this.g_axC.g_aib() - 1)),
this.g_axU(!_.hasOwnProperty('ap') || !!_.ap),
this.g_axW(!_.hasOwnProperty('af') || !!_.af);
const i = this.g_axC.g_aid(this.g_axD),
e = i.g_adQ();
(this.g_axE = i), (this.g_axF = e.g_rQ()), (this.g_axG = e.g_xg());
const r = this.g_CU();
r.g_alr(i.g_QX()), r.g_als(i.g_QZ()), r.g_alJ(i.g_aip()), r.g_aly(!!_.ce);
}
g_QF(g) {
const _ = this.g_CU();
return 3 === g ? _.g_alx() : void 0;
}
g_QM(g, _) {
const e = this.g_CU();
3 === g ? e.g_aly(!!_) : void 0;
}
g_adS() {
return g_ayt;
}
};
const t = new WeakMap(),
n = new Map([
['current-frame', 0],
['beginning', 1]
]);
self.g_ayt = class extends g_agP {
constructor() {
super(), t.set(this, g_agH.g_agN().g_Qd());
}
g_ayu(g) {
if ('string' != typeof g && 'number' != typeof g)
throw new TypeError('expected string or number');
return t.get(this).g_abs(g)[0];
}
g_ayv(g) {
if ('string' != typeof g && 'number' != typeof g)
throw new TypeError('expected string or number');
return t.get(this).g_abs(g)[1];
}
g_ayw() {
t.get(this).g_axU(!1);
}
g_ayx(g = 'current-frame') {
const _ = n.get(g);
if ('undefined' == typeof _) throw new Error('invalid mode');
t.get(this).g_aye(_);
}
g_ayy(g, _ = 'beginning') {
const a = n.get(_);
if ('undefined' == typeof a) throw new Error('invalid mode');
t.get(this).g_ayf(g, a);
}
get animationName() {
return t.get(this).g_ayg();
}
set g_ayz(g) {
t.get(this).g_ayh(g);
}
get g_ayz() {
return t.get(this).g_ayi();
}
set g_ayA(g) {
t.get(this).g_ayj(g);
}
get g_ayA() {
return t.get(this).g_ayk();
}
set g_ayB(g) {
t.get(this).g_ayl(g);
}
get g_ayB() {
return t.get(this).g_aym();
}
get g_ayC() {
return t.get(this).g_Gg().g_pN();
}
get g_ayD() {
return t.get(this).g_Gg().g_pO();
}
};
}
{
function _(g, _, t, a) {
const n = _.g_Ei(),
e = t.g_Ei();
n < e ? g.Set(_, t, a) : g.Set(t, _, a);
}
function a(g, _, t) {
const a = _.g_Ei(),
n = t.g_Ei();
a < n ? g.g_jt(_, t) : g.g_jt(t, _);
}
function t(g, _) {
g.g_ju(_);
}
function u(g, _, t) {
const a = _.g_Ei(),
n = t.g_Ei();
return a < n ? g.g_bd(_, t) : g.g_bd(t, _);
}
function n(_, a, l, c) {
if (!a) return !1;
const d = _.g_Nj(),
e = 0 !== l || 0 !== c,
f = d.g_CU(),
h = d.g_BI(),
m = h.g_ahf(),
n = h.g_VH(),
o = n.g_Xv().g_TS(),
p = n.g_EA(),
b = n.g_aaB(),
r = a.g_Tu(),
B = p !== a;
(y = a), (i = B && !b);
let t = 0,
C = 0,
T = !1,
H;
r.g_TF()
? (E.g_p(f.g_Gi()), E.offset(l, c), m.g_amE(f.g_Em(), a, E, g), (H = g))
: o
? h.g_arX() && !r.g_TO().length && r.g_TN().length
? (H = r.g_TN())
: (H = r.g_TO())
: (H = r.g_TN()),
e && ((t = f.g_Ig()), (C = f.g_Ih()), f.g_abt(l, c), f.g_En());
for (const g of H)
if (m.g_ahe(d, g)) {
if (((T = !0), b)) break;
B && s.add(g);
}
return e && (f.g_abq(t, C), f.g_En()), g_aO.g_fz(g), T;
}
function e(g) {
const _ = g.g_BI().g_TT().g_TS(),
t = y.g_Tu(),
n = t.g_TN(),
i = t.g_TO();
if (t.g_TF()) {
if ((t.g_TM(!1), g_aO.g_fD(n, [...s]), _)) {
g_aO.g_fz(i);
for (const g of y.g_H$()) s.has(g) || t.g_TL(g);
}
} else if (_) for (const g of s) n.push(g), g_aO.g_fF(i, g);
else g_aO.g_fD(n, [...s]);
y.g_aaH();
}
const E = g_aO.g_ej(g_aO.Rect),
d = [],
g = [];
let i = !1,
y = null;
const s = new Set();
(g_aO.g_HY.g_axy.g_axB = function (g, _) {
i && (_ && e(g), s.clear(), (y = null), (i = !1));
}),
(g_aO.g_HY.g_axy.g_HW = {
g_ayE(E) {
if (this.g_Be.g_asw()) return g_aO.g_HY.g_axy.g_HW.g_ayF.call(this, E);
if (!E) return !1;
const e = this.g_Be,
b = e.g_ahf(),
g = e.g_ED(),
i = g.g_TB(),
h = g.g_VH(),
y = h.g_EA(),
l = h.g_aaF(),
c = h.g_aaG(),
n = i.g_TU(),
o = e.g_MB(),
p = n.g_TT(),
m = i.g_TZ(p);
let r = l.get('collmemory');
r || ((r = g_aO.g_ej(g_aO.g_jq)), l.set('collmemory', r)),
c.get('spriteCreatedDestroyCallback') ||
(c.set('spriteCreatedDestroyCallback', !0),
e.g_lh().addEventListener('instancedestroy', (g) => t(r, g.g_Ke)));
const f = y.g_Tu(),
B = E.g_Tu(),
C = f.g_H$();
let v = null;
for (let e = 0; e < C.length; ++e) {
const t = C[e];
B.g_TF()
? (b.g_amE(t.g_CU().g_Em(), E, t.g_CU().g_Gi(), d), (v = d), b.g_amu(t, E, v))
: (v = B.g_H$());
for (let e = 0; e < v.length; ++e) {
const i = v[e];
if (b.g_ahe(t, i) || b.g_amv(t, i)) {
const e = u(r, t, i);
let a = !1,
s = -2;
'number' == typeof e && ((a = !0), (s = e));
const d = !a || s < o - 1;
if ((_(r, t, i, o), d)) {
const _ = p.g_UD();
g.g_WL(_);
const e = y.g_Tu(),
r = E.g_Tu();
if ((e.g_TM(!1), r.g_TM(!1), y === E)) {
const g = e.g_TN();
g_aO.g_fz(g), g.push(t), g.push(i), y.g_aaH();
} else {
const g = e.g_TN(),
_ = r.g_TN();
g_aO.g_fz(g), g_aO.g_fz(_), g.push(t), _.push(i), y.g_aaH(), E.g_aaH();
}
p.g__b(n, m), g.g_WM(_);
}
} else a(r, t, i);
}
g_aO.g_fz(d);
}
return i.g_Ty(), !1;
},
*g_ayF(E) {
if (!E) return !1;
const e = this.g_Be,
b = e.g_ahf(),
g = e.g_ED(),
i = g.g_TB(),
y = i.g_TU(),
B = e.g_MB(),
l = y.g_TT(),
m = i.g_TZ(l),
n = g.g_VH(),
o = n.g_EA(),
p = n.g_aaF(),
h = n.g_aaG();
let r = p.get('collmemory');
r || ((r = g_aO.g_ej(g_aO.g_jq)), p.set('collmemory', r)),
h.get('spriteCreatedDestroyCallback') ||
(h.set('spriteCreatedDestroyCallback', !0),
e.g_lh().addEventListener('instancedestroy', (g) => t(r, g.g_Ke)));
const c = o.g_Tu(),
C = E.g_Tu(),
T = c.g_H$();
let v = null;
for (let e = 0; e < T.length; ++e) {
const t = T[e];
C.g_TF()
? (b.g_amE(t.g_CU().g_Em(), E, t.g_CU().g_Gi(), d), (v = d), b.g_amu(t, E, v))
: (v = C.g_H$());
for (let e = 0; e < v.length; ++e) {
const n = v[e];
if (b.g_ahe(t, n) || b.g_amv(t, n)) {
const e = u(r, t, n);
let a = !1,
i = -2;
'number' == typeof e && ((a = !0), (i = e));
const s = !a || i < B - 1;
if ((_(r, t, n, B), s)) {
const _ = l.g_UD();
g.g_WL(_);
const e = o.g_Tu(),
i = E.g_Tu();
if ((e.g_TM(!1), i.g_TM(!1), o === E)) {
const g = e.g_TN();
g_aO.g_fz(g), g.push(t), g.push(n), o.g_aaH();
} else {
const g = e.g_TN(),
_ = i.g_TN();
g_aO.g_fz(g), g_aO.g_fz(_), g.push(t), _.push(n), o.g_aaH(), E.g_aaH();
}
yield* l.g__c(y, m), g.g_WM(_);
}
} else a(r, t, n);
}
g_aO.g_fz(d);
}
return i.g_Ty(), !1;
},
g_ayG(g) {
return n(this, g, 0, 0);
},
g_ayH(g, _, e) {
return n(this, g, _, e);
},
g_ayI(g) {
return g_aO.g_dB(this.g_ayg(), g);
},
g_ayJ(g, _) {
return g_aO.compare(this.g_axD, g, _);
},
g_ayK(g, _) {
return g_aO.compare(this.g_ayk(), g, _);
},
g_ayc(g) {
return g_aO.g_dB(this.g_axM, g);
},
g_ayb() {
return !0;
},
g_ayd() {
return !0;
},
g_ayL() {
return 0 > this.g_CU().g_pN();
},
g_ayM() {
return 0 > this.g_CU().g_pO();
},
g_ayN() {
return !0;
},
g_ayO() {
return !0;
},
g_alx() {
return this.g_CU().g_alx();
}
});
}
'use strict',
(g_aO.g_HY.g_axy.g_abH = {
g_ayP(_, a, t) {
if (!_ || !a) return;
const [n, r] = this.g_abs(t),
e = this.g_Be.g_agB(_, a, n, r);
if (!e) return;
if (_.g_Ir().g_adC()) {
const g = e.g_CU();
g.g_Fi(this.g_CU().g_Fj()), g.g_En();
}
const s = this.g_Be.g_ED();
if ((s.g_EH(!0), e.g_EI(), e.g_EJ())) for (const g of e.siblings()) g.g_EI();
s.g_EH(!1);
const g = this.g_Be.g_VJ(),
d = g.g_aaF();
let i = !1;
if (
((!d.has('Spawn_LastExec') || d.get('Spawn_LastExec') < this.g_Be.g_asV()) &&
((i = !0), d.set('Spawn_LastExec', this.g_Be.g_asV())),
_ !== this.g_EA())
) {
const g = _.g_Tu();
g.g_TM(!1);
const a = g.g_TN();
if ((i ? (g_aO.g_fz(a), a.push(e)) : a.push(e), e.g_EJ()))
for (const g of e.siblings()) {
const _ = g.g_EA().g_Tu();
i ? _.g_TP(g) : (_.g_TM(!1), _.g_TK(g));
}
}
},
g_ayr() {
this.g_axU(!1);
},
g_ayq(g) {
this.g_aye(g);
},
g_ayo(g, _) {
this.g_ayf(g, _);
},
g_ayp(g) {
this.g_ayh(g);
},
g_ays(g) {
this.g_ayj(g);
},
g_ayQ(g) {
this.g_ayl(g);
},
g_ayR(g) {
const _ = this.g_CU(),
e = _.g_pN(),
a = Math.abs(e) * (0 === g ? -1 : 1);
e === a || (_.g_Hj(a), _.g_En());
},
g_ayS(g) {
const _ = this.g_CU(),
e = _.g_pO(),
a = Math.abs(e) * (0 === g ? -1 : 1);
e === a || (_.g_Hk(a), _.g_En());
},
g_Hi(_) {
const a = this.g_axE,
t = a.g_adQ(),
n = this.g_CU(),
i = 0 > n.g_pN() ? -1 : 1,
e = 0 > n.g_pO() ? -1 : 1,
r = t.g_pN() * _ * i,
g = t.g_pO() * _ * e;
(n.g_pN() !== r || n.g_pO() !== g) && (n.g_wQ(r, g), n.g_En());
},
async g_ayT(_, a) {
const t = this.g_axE,
n = t.g_adQ(),
i = this.g_CU(),
e = this.g_Be;
if (n.g_Cc() === _)
return (
0 === a && (i.g_wQ(n.g_pN(), n.g_pO()), i.g_En()),
void this.g_Ku(g_aO.g_HY.g_axy.g_HW.g_ayN)
);
const r = g_aO.g_ej(g_aO.g_ahD);
return (
await r.g_ahL(e, _),
r.g_CK()
? void (await r.g_CR(e.g_rP(), { g_qO: this.g_Be.g_FR() }),
n.g_ahN(r),
this.g_adU.g_axz(),
!this.g_el() && 0 === a && (i.g_wQ(n.g_pN(), n.g_pO()), i.g_En()),
e.g_EV(),
!this.g_el() && (await this.g_HU(g_aO.g_HY.g_axy.g_HW.g_ayN)))
: void this.g_Ku(g_aO.g_HY.g_axy.g_HW.g_ayO)
);
},
g_ayU(g) {
this.g_CU().g_aly(g);
},
g_alA(g, _) {
this.g_CU().g_alA(0 === g, _);
},
g_ayV(g) {
this.g_CU().g_Ex(g), this.g_Be.g_EV();
}
}),
'use strict',
(g_aO.g_HY.g_axy.g__$ = {
g_ayW() {
return this.g_axD;
},
g_ayX() {
return this.g_axC.g_aib();
},
g_ayY() {
return this.g_axC.g_pY();
},
g_ayZ() {
return this.g_ayk();
},
g_ay_() {
return this.g_axC.g_aie();
},
g_ay$(g) {
return this.g_abs(g)[0];
},
g_aza(g) {
return this.g_abs(g)[1];
},
g_azb() {
return this.g_axE.g_ais();
},
g_azc() {
return this.g_Gg().g_pN();
},
g_azd() {
return this.g_Gg().g_pO();
}
}),
'use strict',
(g_aO.g_HY.Keyboard = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict';
{
function g() {
return _.g_$i().g_Qd();
}
g_aO.g_HY.Keyboard.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
g_adS() {
return g_aze;
}
};
let _ = null;
self.g_aze = class extends g_agr {
constructor(g) {
super(g), (_ = g), (g.g_BI().g_afW().keyboard = this);
}
g_azf(_) {
const e = g();
if ('string' == typeof _) return e.g_azg(_);
if ('number' == typeof _) return e.g_azh(_);
throw new TypeError('expected string or number');
}
};
}
'use strict',
(g_aO.g_HY.Keyboard.Instance = class extends g_aO.g_adT {
constructor(g) {
super(g),
(this.g_azi = new Set()),
(this.g_azj = new Set()),
(this.g_azk = 0),
(this.g_azl = ''),
(this.g_azm = '');
const _ = this.g_BI().g_lh();
this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(_, 'keydown', (g) => this.g_azn(g.data)),
g_aO.g_lE.g_lJ(_, 'keyup', (g) => this.g_azo(g.data)),
g_aO.g_lE.g_lJ(_, 'window-blur', () => this.g_arq())
);
}
g_ek() {
super.g_ek();
}
g_azn(g) {
const _ = g.which,
e = g.code || _.toString(),
a = g.key;
this.g_azi.has(e) ||
(this.g_azi.add(e),
this.g_azj.add(_),
(this.g_azl = e),
(this.g_azk = _),
(this.g_azm = a),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azp),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azq),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azr),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azs));
}
g_azo(g) {
const _ = g.which,
e = g.code || _.toString(),
a = g.key;
this.g_azi.delete(e),
this.g_azj.delete(_),
(this.g_azl = e),
(this.g_azk = _),
(this.g_azm = a),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azt),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azu),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azv),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azw);
}
g_arq() {
for (const g of this.g_azj)
this.g_azj.delete(g),
(this.g_azk = g),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azt),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azu),
this.g_Ku(g_aO.g_HY.Keyboard.g_HW.g_azw);
this.g_azi.clear();
}
g_azg(g) {
return this.g_azi.has(g);
}
g_azh(g) {
return this.g_azj.has(g);
}
g_GH() {
return { tk: this.g_azk, tkk: this.g_azm };
}
g_GJ(g) {
(this.g_azk = g.tk), g.hasOwnProperty('tkk') && (this.g_azm = g.tkk);
}
g_aep() {
return [
{
title: 'plugins.keyboard.name',
properties: [
{ name: 'plugins.keyboard.debugger.last-key-code', value: this.g_azk },
{
name: 'plugins.keyboard.debugger.last-key-string',
value: g_aO.g_HY.Keyboard.g__$.g_azx(this.g_azk)
},
{ name: 'plugins.keyboard.debugger.last-typed-key', value: this.g_azm }
]
}
];
}
}),
'use strict';
{
const g = [
'ShiftLeft',
'ShiftRight',
'ControlLeft',
'ControlRight',
'AltLeft',
'AltRight',
'MetaLeft',
'MetaRight'
];
g_aO.g_HY.Keyboard.g_HW = {
g_azg(g) {
return this.g_azj.has(g);
},
g_azq(g) {
return this.g_azk === g;
},
g_azp() {
return !0;
},
g_azt() {
return !0;
},
g_azu(g) {
return this.g_azk === g;
},
g_azh(g) {
return (g = Math.floor(g)), this.g_azj.has(g);
},
g_azs(g) {
return this.g_azk === g;
},
g_azw(g) {
return this.g_azk === g;
},
g_azr(_) {
const e = g[_];
return this.g_azl === e;
},
g_azv(_) {
const e = g[_];
return this.g_azl === e;
},
g_azy(_) {
const e = g[_];
return this.g_azi.has(e);
}
};
}
'use strict', (g_aO.g_HY.Keyboard.g_abH = {}), 'use strict';
{
function g(g) {
return (
(g = Math.floor(g)),
8 === g
? 'backspace'
: 9 === g
? 'tab'
: 13 === g
? 'enter'
: 16 === g
? 'shift'
: 17 === g
? 'control'
: 18 === g
? 'alt'
: 19 === g
? 'pause'
: 20 === g
? 'capslock'
: 27 === g
? 'esc'
: 33 === g
? 'pageup'
: 34 === g
? 'pagedown'
: 35 === g
? 'end'
: 36 === g
? 'home'
: 37 === g
? '\u2190'
: 38 === g
? '\u2191'
: 39 === g
? '\u2192'
: 40 === g
? '\u2193'
: 45 === g
? 'insert'
: 46 === g
? 'del'
: 91 === g
? 'left window key'
: 92 === g
? 'right window key'
: 93 === g
? 'select'
: 96 === g
? 'numpad 0'
: 97 === g
? 'numpad 1'
: 98 === g
? 'numpad 2'
: 99 === g
? 'numpad 3'
: 100 === g
? 'numpad 4'
: 101 === g
? 'numpad 5'
: 102 === g
? 'numpad 6'
: 103 === g
? 'numpad 7'
: 104 === g
? 'numpad 8'
: 105 === g
? 'numpad 9'
: 106 === g
? 'numpad *'
: 107 === g
? 'numpad +'
: 109 === g
? 'numpad -'
: 110 === g
? 'numpad .'
: 111 === g
? 'numpad /'
: 112 === g
? 'F1'
: 113 === g
? 'F2'
: 114 === g
? 'F3'
: 115 === g
? 'F4'
: 116 === g
? 'F5'
: 117 === g
? 'F6'
: 118 === g
? 'F7'
: 119 === g
? 'F8'
: 120 === g
? 'F9'
: 121 === g
? 'F10'
: 122 === g
? 'F11'
: 123 === g
? 'F12'
: 144 === g
? 'numlock'
: 145 === g
? 'scroll lock'
: 186 === g
? ';'
: 187 === g
? '='
: 188 === g
? ','
: 189 === g
? '-'
: 190 === g
? '.'
: 191 === g
? '/'
: 192 === g
? "'"
: 219 === g
? '['
: 220 === g
? '\\'
: 221 === g
? ']'
: 222 === g
? '#'
: 223 === g
? '`'
: String.fromCharCode(g)
);
}
g_aO.g_HY.Keyboard.g__$ = {
g_azz() {
return this.g_azk;
},
g_azx(_) {
return g(_);
},
g_azA() {
return this.g_azm;
}
};
}
'use strict',
(g_aO.g_HY.Audio = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict';
{
function g() {
if (self.C3Audio_DOMInterface) return self.C3Audio_DOMInterface;
throw new Error(
'audio scripting API cannot be used here - make sure the project is using DOM mode, not worker mode'
);
}
(g_aO.g_HY.Audio.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
g_adS() {
return g_azB;
}
}),
(self.g_azB = class extends g_agr {
constructor(g) {
super(g);
}
get g_azC() {
return g().g_azD();
}
get g_azE() {
return g().g_azF();
}
});
}
{
const g = ['interactive', 'balanced', 'playback'];
g_aO.g_HY.Audio.Instance = class extends g_aO.g_adT {
constructor(_, a) {
super(_, 'audio'),
(this.g_azG = 0),
(this.g_azH = ''),
(this.g_azI = 0),
(this.g_azJ = 0),
(this.g_azK = !1),
(this.g_azL = 1),
(this.g_azM = 1),
(this.g_azN = this.g_Be.g_Gt() / 2),
(this.g_azO = this.g_Be.g_Gu() / 2),
(this.g_azP = -600),
(this.g_azQ = 600),
(this.g_azR = 1e4),
(this.g_azS = 1),
(this.g_azT = null),
(this.g_azU = -1),
(this.g_azV = 1),
(this.g_azW = !1),
(this.g_azX = 0),
(this.g_azY = new Map()),
(this.g_azZ = 0),
(this.g_az_ = 0);
let t = 'interactive';
a &&
((this.g_azI = a[0]),
(this.g_azJ = a[1]),
(this.g_azK = a[2]),
(t = g[a[3]]),
(this.g_azL = a[4]),
(this.g_azM = a[5]),
(this.g_azP = -a[6]),
(this.g_azQ = a[7]),
(this.g_azR = a[8]),
(this.g_azS = a[9])),
(this.g_az$ = []),
(this.g_aAa = []),
(this.g_aAb = []),
this.g_aef([
['state', (g) => this.g_aAc(g)],
['fxstate', (g) => this.g_aAd(g)],
['trigger', (g) => this.g_aAe(g)]
]);
const n = this.g_BI().g_lh();
(this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(n, 'instancedestroy', (g) => this.g_aAf(g.g_Ke)),
g_aO.g_lE.g_lJ(n, 'afterload', () => this.g_aAg()),
g_aO.g_lE.g_lJ(n, 'suspend', () => this.g_aAh()),
g_aO.g_lE.g_lJ(n, 'resume', () => this.g_aAi())
)),
this.g_Be.g_arL(
this.g_aei('create-audio-context', {
preloadList: this.g_Be
.g_afD()
.g_Cw()
.map((g) => ({
originalUrl: g.g_Cx,
url: g.url,
type: g.type,
fileSize: g.fileSize
})),
isiOSCordova: this.g_Be.g_arM(),
timeScaleMode: this.g_azI,
latencyHint: t,
panningModel: this.g_azL,
distanceModel: this.g_azM,
refDistance: this.g_azQ,
maxDistance: this.g_azR,
rolloffFactor: this.g_azS,
listenerPos: [this.g_azN, this.g_azO, this.g_azP]
}).then((g) => {
this.g_azX = g.sampleRate;
})
),
this.g_ael();
}
g_ek() {
(this.g_azT = null), super.g_ek();
}
g_aAf(g) {
this.g_azT === g && (this.g_azT = null);
}
g_aAj(g) {
return Math.pow(10, g / 20);
}
g_aAk(g) {
const _ = this.g_aAj(g);
return isFinite(_) ? Math.max(Math.min(_, 1), 0) : 0;
}
g_aAl(g) {
return 20 * (Math.log(g) / 2.302585092994046);
}
g_aAm(g) {
return this.g_aAl(Math.max(Math.min(g, 1), 0));
}
g_aAh() {
this.g_azK || this.g_aeg('set-suspended', { isSuspended: !0 });
}
g_aAi() {
this.g_azK || this.g_aeg('set-suspended', { isSuspended: !1 });
}
g_aAc(g) {
const _ = g.tickCount,
e = this.g_az$.filter(
(g) => g.hasOwnProperty('placeholder') && (g.placeholder > _ || -1 === g.placeholder)
);
(this.g_az$ = g.audioInstances),
(this.g_aAb = g.analysers),
0 < e.length && g_aO.g_ee(this.g_az$, e);
}
g_aAd(g) {
this.g_aAa = g.fxstate;
}
g_aAn(g) {
for (const _ of this.g_az$) if (g_aO.g_dB(_.tag, g)) return _;
return null;
}
g_aAo(g) {
return this.g_az$.some((_) => g_aO.g_dB(g, _.tag) && _.isPlaying);
}
g_aAp(g, _, a, t) {
if (this.g_aAo(g)) return null;
const n = {
tag: g,
duration: 0,
volume: t,
isPlaying: !0,
playbackTime: 0,
playbackRate: 1,
uid: -1,
bufferOriginalUrl: '',
bufferUrl: '',
bufferType: '',
isMusic: _,
isLooping: a,
isMuted: !1,
resumePosition: 0,
pan: null,
placeholder: -1
};
return this.g_az$.push(n), n;
}
async g_aAe(g) {
const _ = g.type;
this.g_azH = g.tag;
const e = g.aiid;
if ('ended' === _) {
for (const g of this.g_az$)
if (g.aiid === e) {
g.isPlaying = !1;
break;
}
await this.g_HU(g_aO.g_HY.Audio.g_HW.g_aAq);
} else 'fade-ended' === _ && (await this.g_HU(g_aO.g_HY.Audio.g_HW.g_aAr));
}
g_KZ() {
const g = {
timeScale: this.g_Be.g_KX(),
gameTime: this.g_Be.g_Gk(),
instPans: this.g_aAs(),
tickCount: this.g_Be.g_asU()
};
if (this.g_azT) {
const _ = this.g_azT.g_CU();
(this.g_azN = _.g_Ig()),
(this.g_azO = _.g_Ih()),
(g.listenerPos = [this.g_azN, this.g_azO, this.g_azP]);
}
this.g_aeg('tick', g);
}
g_aAt(_, t, n, r, a) {
if (0 === n) return [_, t];
const e = Math.sin(n),
s = Math.cos(n);
(_ -= r), (t -= a);
const g = _ * e,
d = t * e,
i = _ * s,
l = t * s;
return (_ = i - d), (t = l + g), (_ += r), (t += a), [_, t];
}
g_aAs() {
return this.g_az$
.filter((g) => -1 !== g.uid)
.map((g) => this.g_Be.g_NN(g.uid))
.filter((g) => g)
.map((g) => {
const _ = g.g_CU(),
a = _.g_Em().g_Fj(),
[t, n] = this.g_aAt(_.g_Ig(), _.g_Ih(), -a, this.g_azN, this.g_azO);
return { uid: g.g_Ei(), x: t, y: n, angle: _.g_Fj() - a };
});
}
g_aAu(g, _) {
for (const e of this.g_aAb) if (e.index === _ && g_aO.g_dB(e.tag, g)) return e;
return null;
}
g_aAv(g) {
this.g_azY.set(g, (this.g_azY.get(g) || 0) + 1);
}
g_aAw(g) {
return (
!g.hasOwnProperty('placeholder') &&
3 !== this.g_azJ &&
!(g.isMusic && 1 === this.g_azJ) &&
!!(g.isMusic || 2 !== this.g_azJ)
);
}
g_GH() {
return {
isSilent: this.g_azW,
masterVolume: this.g_azV,
listenerZ: this.g_azP,
listenerUid: this.g_azT ? this.g_azT.g_Ei() : -1,
playing: this.g_az$.filter((g) => this.g_aAw(g)),
effects: this.g_aAa,
analysers: this.g_aAb
};
}
g_GJ(g) {
(this.g_azW = g.isSilent),
(this.g_azV = g.masterVolume),
(this.g_azP = g.listenerZ),
(this.g_azT = null),
(this.g_azU = g.listenerUid),
(this.g_az$ = g.playing),
(this.g_aAa = g.effects),
(this.g_aAb = g.analysers);
}
g_aAg() {
if (
-1 !== this.g_azU &&
((this.g_azT = this.g_Be.g_NN(this.g_azU)), (this.g_azU = -1), this.g_azT)
) {
const g = this.g_azT.g_CU();
(this.g_azN = g.g_Ig()), (this.g_azO = g.g_Ih());
}
for (const g of this.g_az$) {
const _ = this.g_Be.g_afD().g_Cv(g.bufferOriginalUrl);
_ ? ((g.bufferUrl = _.url), (g.bufferType = _.type)) : (g.bufferUrl = null);
}
for (const g of Object.values(this.g_aAa))
for (const _ of g)
if (_.hasOwnProperty('bufferOriginalUrl')) {
const g = this.g_Be.g_afD().g_Cv(_.bufferOriginalUrl);
g && ((_.bufferUrl = g.url), (_.bufferType = g.type));
}
this.g_aeg('load-state', {
saveLoadMode: this.g_azJ,
timeScale: this.g_Be.g_KX(),
gameTime: this.g_Be.g_Gk(),
listenerPos: [this.g_azN, this.g_azO, this.g_azP],
isSilent: this.g_azW,
masterVolume: this.g_azV,
playing: this.g_az$.filter((g) => null !== g.bufferUrl),
effects: this.g_aAa
});
}
g_aep() {
var g = Math.round;
const _ = [];
for (const [g, e] of Object.entries(this.g_aAa))
_.push({ name: '$' + g, value: e.map((g) => g.type).join(', ') });
return [
{ title: 'plugins.audio.debugger.tag-effects', properties: _ },
{
title: 'plugins.audio.debugger.currently-playing',
properties: [
{ name: 'plugins.audio.debugger.currently-playing-count', value: this.g_az$.length },
...this.g_az$.map((_, e) => ({
name: '$#' + e,
value: `${_.bufferOriginalUrl} ("${_.tag}") ${g(10 * _.playbackTime) / 10} / ${
g(10 * _.duration) / 10
}`
}))
]
}
];
}
};
}
'use strict',
(g_aO.g_HY.Audio.g_HW = {
g_aAq(g) {
return g_aO.g_dB(this.g_azH, g);
},
g_aAr(g) {
return g_aO.g_dB(this.g_azH, g);
},
g_aAx() {
return this.g_az_ === this.g_azZ;
},
g_aAy() {
return !0;
},
g_aAz() {
return this.g_azW;
},
g_aAA() {
for (const g of this.g_az$) if (g.isPlaying) return !0;
return !1;
},
g_aAB(g) {
return this.g_aAo(g);
}
}),
'use strict';
{
const _ = [
'lowpass',
'highpass',
'bandpass',
'lowshelf',
'highshelf',
'peaking',
'notch',
'allpass'
];
g_aO.g_HY.Audio.g_abH = {
async g_MW(_, a, t, n) {
if (!this.g_azW) {
const i = _[1],
e = this.g_Be.g_afD().g_Cv(_[0]);
if (e) {
const r = this.g_azG;
this.g_azG = 0;
const g = this.g_aAp(n.toLowerCase(), i, 0 !== a, this.g_aAk(t));
try {
await this.g_aei('play', {
originalUrl: _[0],
url: e.url,
type: e.type,
isMusic: i,
tag: n.toLowerCase(),
isLooping: 0 !== a,
vol: this.g_aAk(t),
pos: 0,
off: r,
trueClock: !!self.C3_GetAudioContextCurrentTime
});
} finally {
g && (g.placeholder = this.g_Be.g_asU());
}
}
}
},
async g_aAC(_, a, t, n, r, e, s, g, d, i) {
if (!this.g_azW) {
const o = _[1],
u = this.g_Be.g_afD().g_Cv(_[0]);
if (u) {
const l = this.g_azG;
this.g_azG = 0;
const p = this.g_aAp(i.toLowerCase(), o, 0 !== a, this.g_aAk(t));
try {
await this.g_aei('play', {
originalUrl: _[0],
url: u.url,
type: u.type,
isMusic: o,
tag: i.toLowerCase(),
isLooping: 0 !== a,
vol: this.g_aAk(t),
pos: 0,
off: l,
trueClock: !!self.C3_GetAudioContextCurrentTime,
panning: {
x: n,
y: r,
angle: g_aO.g_er(e),
innerAngle: g_aO.g_er(s),
outerAngle: g_aO.g_er(g),
outerGain: this.g_aAk(d)
}
});
} finally {
p && (p.placeholder = this.g_Be.g_asU());
}
}
}
},
async g_aAD(_, a, t, n, r, e, s, g) {
if (!this.g_azW && n) {
const u = n.g_abA();
if (u && u.g_CU()) {
const i = u.g_CU(),
d = i.g_Em().g_Fj(),
[p, h] = this.g_aAt(i.g_Ig(), i.g_Ih(), -d, this.g_azN, this.g_azO),
l = _[1],
c = this.g_Be.g_afD().g_Cv(_[0]);
if (c) {
const n = this.g_azG;
this.g_azG = 0;
const o = this.g_aAp(g.toLowerCase(), l, 0 !== a, this.g_aAk(t));
try {
await this.g_aei('play', {
originalUrl: _[0],
url: c.url,
type: c.type,
isMusic: l,
tag: g.toLowerCase(),
isLooping: 0 !== a,
vol: this.g_aAk(t),
pos: 0,
off: n,
trueClock: !!self.C3_GetAudioContextCurrentTime,
panning: {
x: p,
y: h,
angle: i.g_Fj() - d,
innerAngle: g_aO.g_er(r),
outerAngle: g_aO.g_er(e),
outerGain: this.g_aAk(s),
uid: u.g_Ei()
}
});
} finally {
o && (o.placeholder = this.g_Be.g_asU());
}
}
}
}
},
async g_aAE(_, t, n, i, r) {
if (!this.g_azW) {
const e = 1 === _,
s = this.g_Be.g_afD().g_Cv(t);
if (s) {
const g = this.g_azG;
this.g_azG = 0;
const _ = this.g_aAp(r.toLowerCase(), e, 0 !== n, this.g_aAk(i));
try {
await this.g_aei('play', {
originalUrl: t,
url: s.url,
type: s.type,
isMusic: e,
tag: r.toLowerCase(),
isLooping: 0 !== n,
vol: this.g_aAk(i),
pos: 0,
off: g,
trueClock: !!self.C3_GetAudioContextCurrentTime
});
} finally {
_ && (_.placeholder = this.g_Be.g_asU());
}
}
}
},
async g_aAF(_, t, r, s, n, e, d, g, o, i, u) {
if (!this.g_azW) {
const p = 1 === _,
l = this.g_Be.g_afD().g_Cv(t);
if (l) {
const _ = this.g_azG;
this.g_azG = 0;
const a = this.g_aAp(u.toLowerCase(), p, 0 !== r, this.g_aAk(s));
try {
await this.g_aei('play', {
originalUrl: t,
url: l.url,
type: l.type,
isMusic: p,
tag: u.toLowerCase(),
isLooping: 0 !== r,
vol: this.g_aAk(s),
pos: 0,
off: _,
trueClock: !!self.C3_GetAudioContextCurrentTime,
panning: {
x: n,
y: e,
angle: g_aO.g_er(d),
innerAngle: g_aO.g_er(g),
outerAngle: g_aO.g_er(o),
outerGain: this.g_aAk(i)
}
});
} finally {
a && (a.placeholder = this.g_Be.g_asU());
}
}
}
},
async g_aAG(_, t, r, s, a, d, u, g, h) {
if (!this.g_azW && !this.g_azW && a) {
const i = a.g_abA();
if (i && i.g_CU()) {
const p = i.g_CU(),
e = p.g_Em().g_Fj(),
[c, l] = this.g_aAt(p.g_Ig(), p.g_Ih(), -e, this.g_azN, this.g_azO),
f = 1 === _,
n = this.g_Be.g_afD().g_Cv(t);
if (n) {
const _ = this.g_azG;
this.g_azG = 0;
const a = this.g_aAp(h.toLowerCase(), f, 0 !== r, this.g_aAk(s));
try {
await this.g_aei('play', {
originalUrl: t,
url: n.url,
type: n.type,
isMusic: f,
tag: h.toLowerCase(),
isLooping: 0 !== r,
vol: this.g_aAk(s),
pos: 0,
off: _,
trueClock: !!self.C3_GetAudioContextCurrentTime,
panning: {
x: c,
y: l,
angle: p.g_Fj() - e,
innerAngle: g_aO.g_er(d),
outerAngle: g_aO.g_er(u),
outerGain: this.g_aAk(g),
uid: i.g_Ei()
}
});
} finally {
a && (a.placeholder = this.g_Be.g_asU());
}
}
}
}
},
g_aAH(g, _) {
this.g_aeg('set-looping', { tag: g.toLowerCase(), isLooping: 0 === _ });
},
g_aAI(g, _) {
this.g_aeg('set-muted', { tag: g.toLowerCase(), isMuted: 0 === _ });
},
g_aAJ(g, _) {
this.g_aeg('set-volume', { tag: g.toLowerCase(), vol: this.g_aAk(_) });
},
g_aAK(g, _, e, a) {
this.g_aeg('fade-volume', {
tag: g.toLowerCase(),
vol: this.g_aAk(_),
duration: e,
stopOnEnd: 0 === a
});
},
async g_aAL(g) {
const _ = g[1],
e = this.g_Be.g_afD().g_Cv(g[0]);
e &&
(this.g_azZ++,
await this.g_aei('preload', { originalUrl: g[0], url: e.url, type: e.type, isMusic: _ }),
this.g_az_++);
},
async g_aAM(g, _) {
const e = this.g_Be.g_afD().g_Cv(_);
e &&
(this.g_azZ++,
await this.g_aei('preload', { originalUrl: _, url: e.url, type: e.type, isMusic: 1 === g }),
this.g_az_++);
},
g_Mj(g, _) {
this.g_aeg('set-playback-rate', { tag: g.toLowerCase(), rate: Math.max(_, 0) });
},
g_Kg(g) {
this.g_aeg('stop', { tag: g.toLowerCase() });
},
g_aAN() {
this.g_aeg('stop-all');
},
g_aAO(g, _) {
this.g_aeg('set-paused', { tag: g.toLowerCase(), paused: 0 === _ });
},
g_aAP(g, _) {
this.g_aeg('seek', { tag: g.toLowerCase(), pos: _ });
},
g_aAQ(g) {
2 === g && (g = this.g_azW ? 1 : 0),
(g = 0 === g),
this.g_azW === g || ((this.g_azW = g), this.g_aeg('set-silent', { isSilent: g }));
},
g_aAR(g) {
const _ = this.g_aAk(g);
this.g_azV === _ || ((this.g_azV = _), this.g_aeg('set-master-volume', { vol: _ }));
},
g_aAS(a, t, n, r, e, s, g) {
a = a.toLowerCase();
const d = _[t];
this.g_aAv(a),
this.g_aeg('add-effect', {
type: 'filter',
tag: a,
params: [d, n, r, e, s, g_aO.g_ep(g / 100, 0, 1)]
});
},
g_aAT(g, _, e, t) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'delay',
tag: g,
params: [_, this.g_aAk(e), g_aO.g_ep(t / 100, 0, 1)]
});
},
g_aAU(g, _, t, n, i, e) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'flanger',
tag: g,
params: [_ / 1e3, t / 1e3, n, i / 100, g_aO.g_ep(e / 100, 0, 1)]
});
},
g_aAV(_, t, n, i, r, e, s) {
(_ = _.toLowerCase()),
this.g_aAv(_),
this.g_aeg('add-effect', {
type: 'phaser',
tag: _,
params: [t, n, i, r, e, g_aO.g_ep(s / 100, 0, 1)]
});
},
g_aAW(g, _, t, n) {
g = g.toLowerCase();
const i = this.g_Be.g_afD().g_Cv(_[0]);
i &&
(this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'convolution',
tag: g,
bufferOriginalUrl: _[0],
bufferUrl: i.url,
bufferType: i.type,
params: [0 === t, g_aO.g_ep(n / 100, 0, 1)]
}));
},
g_aAX(g, _) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', { type: 'gain', tag: g, params: [this.g_aAk(_)] });
},
g_aAY(g) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', { type: 'gain', tag: g, params: [0] });
},
g_aAZ(g, _, e) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'tremolo',
tag: g,
params: [_, g_aO.g_ep(e / 100, 0, 1)]
});
},
g_aA_(g, _, e) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'ringmod',
tag: g,
params: [_, g_aO.g_ep(e / 100, 0, 1)]
});
},
g_aA$(g, _, t, n, i, e) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'distortion',
tag: g,
params: [this.g_aAj(_), this.g_aAj(t), n, this.g_aAj(i), g_aO.g_ep(e / 100, 0, 1)]
});
},
g_aBa(g, _, t, n, i, e) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', {
type: 'compressor',
tag: g,
params: [_, t, n, i / 1e3, e / 1e3]
});
},
g_aBb(g, _, e) {
(g = g.toLowerCase()),
this.g_aAv(g),
this.g_aeg('add-effect', { type: 'analyser', tag: g, params: [_, e] });
},
g_aBc(g) {
(g = g.toLowerCase()),
this.g_azY.set(g, 0),
this.g_aeg('remove-effects', { tag: g }),
(this.g_aAa = {});
},
g_aBd(g, _, a, t, n, e) {
this.g_aeg('set-effect-param', {
tag: g.toLowerCase(),
index: Math.floor(_),
param: a,
value: t,
ramp: n,
time: e
});
},
g_aBe(g) {
if (g) {
const _ = g.g_abA();
_ && _.g_CU() && (this.g_azT = _);
}
},
g_aBf(g) {
this.g_azP = g;
},
g_aBg(g) {
this.g_azG = Math.max(g, 0);
},
g_aBh(g) {
const _ = g[1],
e = this.g_Be.g_afD().g_Cv(g[0]);
e && this.g_aeg('unload', { url: e.url, type: e.type, isMusic: _ });
},
g_aBi(g, _) {
const e = this.g_Be.g_afD().g_Cv(_);
e && this.g_aeg('unload', { url: e.url, type: e.type, isMusic: 1 === g });
},
g_aBj() {
this.g_aeg('unload-all');
}
};
}
'use strict',
(g_aO.g_HY.Audio.g__$ = {
g_aBk(g) {
const _ = this.g_aAn(g);
return _ ? _.duration : 0;
},
g_aBl(g) {
const _ = this.g_aAn(g);
return _ ? _.playbackTime : 0;
},
g_aBm(g) {
const _ = this.g_aAn(g);
return _ ? _.playbackRate : 0;
},
g_aBn(g) {
const _ = this.g_aAn(g);
return _ ? this.g_aAm(_.volume) : 0;
},
g_aBo() {
return this.g_aAm(this.g_azV);
},
g_aBp(g) {
return this.g_azY.get(g.toLowerCase()) || 0;
},
g_aBq(g, _) {
const e = this.g_aAu(g, Math.floor(_));
return e ? e.binCount : 0;
},
g_aBr(g, _, a) {
var t = Math.floor;
const n = this.g_aAu(g, t(_));
return n ? ((a = t(a)), 0 > a || a >= n.binCount ? 0 : n.freqBins[a]) : 0;
},
g_aBs(g, _) {
const e = this.g_aAu(g, Math.floor(_));
return e ? e.peak : 0;
},
g_aBt(g, _) {
const e = this.g_aAu(g, Math.floor(_));
return e ? e.rms : 0;
},
g_aBu() {
return this.g_azX;
},
g_aBv() {
return self.C3_GetAudioContextCurrentTime
? self.C3_GetAudioContextCurrentTime()
: performance.now() / 1e3;
}
}),
'use strict',
(g_aO.g_HY.g_aBw = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_aBw.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {
this.g_adQ().g_ahM(this.g_Be);
}
g_Hx(g) {
return this.g_adQ().g_CR(g, { g_qO: this.g_Be.g_FR(), g_qM: !0 });
}
g_HD() {
this.g_adQ().g_wt();
}
}),
'use strict';
{
const g = g_aO.g_ej(g_aO.g_iu),
_ = g_aO.g_ej(g_aO.Rect),
a = g_aO.g_ej(g_aO.g_iu);
g_aO.g_HY.g_aBw.Instance = class extends g_aO.g_aeu {
constructor(g, _) {
super(g),
(this.g_aBx = 0),
(this.g_aBy = 0),
(this.g_aBz = 1),
(this.g_aBA = 1),
(this.g_aBB = 0),
(this.g_aBC = null),
_ &&
(this.g_CU().g_EU(!!_[0]),
(this.g_aBx = _[2]),
(this.g_aBy = _[3]),
(this.g_aBz = _[4]),
(this.g_aBA = _[5]),
(this.g_aBB = g_aO.g_er(_[6])));
}
g_ek() {
this.g_aBD(), super.g_ek();
}
g_aBD() {
this.g_aBC && (this.g_aBC.g_ek(), (this.g_aBC = null));
}
g_FN(t) {
var n = Math.round;
const e = this.g_Gg(),
r = e.g_rQ();
if (!r) return;
const s = this.g_CU();
let d = s.g_agX();
t.g_zp(r);
const o = e.g_pN(),
u = e.g_pO(),
p = this.g_aBx / o,
l = this.g_aBy / u;
if (
(_.set(0, 0, s.g_pN() / (o * this.g_aBz), s.g_pO() / (u * this.g_aBA)),
_.offset(-p, -l),
this.g_Be.g_Gs())
) {
const _ = n(s.g_Ig()) - s.g_Ig(),
e = n(s.g_Ih()) - s.g_Ih();
g.g_p(d), g.offset(_, e), (d = g);
}
0 === this.g_aBB ? t.g_zy(d, _) : (a.g_iP(_, -this.g_aBB), t.g_zz(d, a));
}
g_Gg() {
return this.g_aBC || this.g_Tq.g_adQ();
}
g_aBE(g) {
this.g_aBx === g || ((this.g_aBx = g), this.g_Be.g_EV());
}
g_aBF() {
return this.g_aBx;
}
g_aBG(g) {
this.g_aBy === g || ((this.g_aBy = g), this.g_Be.g_EV());
}
g_aBH() {
return this.g_aBy;
}
g_aBI(g) {
this.g_aBz === g || ((this.g_aBz = g), this.g_Be.g_EV());
}
g_aBJ() {
return this.g_aBz;
}
g_aBK(g) {
this.g_aBA === g || ((this.g_aBA = g), this.g_Be.g_EV());
}
g_aBL() {
return this.g_aBA;
}
g_aBM(g) {
this.g_aBB === g || ((this.g_aBB = g), this.g_Be.g_EV());
}
g_aBN() {
return this.g_aBB;
}
g_QF(g) {
return 2 === g
? this.g_aBF()
: 3 === g
? this.g_aBH()
: 4 === g
? this.g_aBJ()
: 5 === g
? this.g_aBL()
: 6 === g
? this.g_aBN()
: void 0;
}
g_QM(g, _) {
2 === g
? this.g_aBE(_)
: 3 === g
? this.g_aBG(_)
: 4 === g
? this.g_aBI(_)
: 5 === g
? this.g_aBK(_)
: 6 === g
? this.g_aBM(_)
: void 0;
}
g_adS() {
return g_aBO;
}
};
const e = new WeakMap();
self.g_aBO = class extends g_agP {
constructor() {
super(), e.set(this, g_agH.g_agN().g_Qd());
}
set g_aBP(g) {
e.get(this).g_aBE(g);
}
get g_aBP() {
return e.get(this).g_aBF();
}
set g_aBQ(g) {
e.get(this).g_aBG(g);
}
get g_aBQ() {
return e.get(this).g_aBH();
}
set g_aBR(g) {
e.get(this).g_aBI(g);
}
get g_aBR() {
return e.get(this).g_aBJ();
}
set g_aBS(g) {
e.get(this).g_aBK(g);
}
get g_aBS() {
return e.get(this).g_aBL();
}
set g_aBT(g) {
e.get(this).g_aBM(g);
}
get g_aBT() {
return e.get(this).g_aBN();
}
set g_aBU(g) {
e.get(this).g_aBM(g_aO.g_er(g));
}
get g_aBU() {
return g_aO.g_es(e.get(this).g_aBN());
}
};
}
'use strict',
(g_aO.g_HY.g_aBw.g_HW = {
g_ayN() {
return !0;
},
g_ayO() {
return !0;
}
}),
'use strict',
(g_aO.g_HY.g_aBw.g_abH = {
g_aBV(g) {
this.g_aBE(g);
},
g_aBW(g) {
this.g_aBG(g);
},
g_aBX(g) {
this.g_aBI(g / 100);
},
g_aBY(g) {
this.g_aBK(g / 100);
},
g_aBZ(g) {
this.g_aBM(g_aO.g_er(g));
},
g_ayV(g) {
this.g_CU().g_Ex(g), this.g_Be.g_EV();
},
async g_ayT(g) {
if (!(this.g_aBC && this.g_aBC.g_Cc() === g)) {
const _ = this.g_Be,
e = g_aO.g_ej(g_aO.g_ahD);
if ((await e.g_ahL(_, g), !e.g_CK())) return void this.g_Ku(g_aO.g_HY.g_aBw.g_HW.g_ayO);
if (this.g_el()) return e.g_ek(), null;
const a = await e.g_CR(_.g_rP(), { g_qO: this.g_Be.g_FR(), g_qM: !0 });
return a
? this.g_el()
? void e.g_ek()
: void (this.g_aBD(),
(this.g_aBC = e),
_.g_EV(),
await this.g_HU(g_aO.g_HY.g_aBw.g_HW.g_ayN))
: void 0;
}
}
}),
'use strict',
(g_aO.g_HY.g_aBw.g__$ = {
g_azc() {
return this.g_Gg().g_pN();
},
g_azd() {
return this.g_Gg().g_pO();
},
g_aB_() {
return this.g_aBx;
},
g_aB$() {
return this.g_aBy;
},
g_aCa() {
return 100 * this.g_aBz;
},
g_aCb() {
return 100 * this.g_aBA;
},
g_aCc() {
return g_aO.g_es(this.g_aBB);
}
}),
'use strict',
(g_aO.g_HY.g_aCd = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_aCd.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g), (this.g_aCe = g_aO.g_ej(g_aCf));
}
g_ek() {
super.g_ek();
}
g_adB() {
this.g_adQ().g_ahM(this.g_Be);
}
g_Hx(g) {
return this.g_adQ().g_CR(g, { g_qO: this.g_Be.g_FR(), g_qM: !0 });
}
g_HD() {
this.g_adQ().g_wt();
}
g_aCg() {
return this.g_aCe;
}
g_aCh(g, _, a, t) {
const n = this.g_adQ(),
e = this.g_aCe;
e.g_Hj(n.g_pN()), e.g_Hk(n.g_pO()), e.g_aCi(g), e.g_aCj(_), e.g_aCk(a), e.g_aCl(t), e.g_aCm();
}
}),
'use strict';
{
const _ = ['left', 'center', 'right'],
a = ['top', 'center', 'bottom'],
t = g_aO.g_ej(g_aO.g_iu);
g_aO.g_HY.g_aCd.Instance = class extends g_aO.g_aeu {
constructor(g, _) {
super(g),
(this.g_vQ = ''),
(this.g_aCn = !0),
(this.g_aCo = 16),
(this.g_aCp = 16),
(this.g_aCq = '');
let e = [];
if (
((this.g_aCr = 1),
(this.g_aCs = 0),
(this.g_vH = 0),
(this.g_vO = 0),
(this.g_vP = 0),
(this.g_aCt = !0),
(this.g_aCu = null),
(this.g_aCv = -1),
(this.g_aCw = -1),
(this.g_aCx = 0),
_)
) {
(this.g_vQ = _[0]),
(this.g_aCn = _[1]),
(this.g_aCo = _[2]),
(this.g_aCp = _[3]),
(this.g_aCq = _[4]),
(e = _[5]),
(this.g_aCr = _[6]),
(this.g_aCs = _[7]),
(this.g_vH = _[8]),
(this.g_vO = _[9]),
(this.g_vP = _[10]),
(this.g_aCt = 0 === _[11]);
const g = this.g_CU();
g.g_EU(_[12]);
}
this.g_adU.g_aCh(this.g_aCo, this.g_aCp, this.g_aCq, e),
(this.g_aCu = g_aO.g_ej(g_aCy, this.g_adU.g_aCg()));
const a = this.g_CU();
this.g_aCu.g_wQ(a.g_pN(), a.g_pO()), this.g_aCz();
}
g_ek() {
this.g_aCA(), this.g_aCu.g_ek(), (this.g_aCu = null), super.g_ek();
}
g_aCz() {
const g = this.g_aCu;
g &&
(g.g_wA(this.g_aCn),
g.g_wP(this.g_vQ),
g.g_wO(this.g_aCt ? 'word' : 'character'),
g.g_aCB(_[this.g_vO]),
g.g_aCC(a[this.g_vP]),
g.g_Hi(this.g_aCr),
g.g_aCD(this.g_aCs),
g.g_wD(this.g_vH));
}
g_FN(_) {
var n = Math.round;
const a = this.g_Tq.g_adQ(),
i = a.g_rQ();
if (!i) return;
_.g_zp(i);
const e = this.g_CU();
let r = e.g_agX();
const s = this.g_aCu;
if (this.g_Be.g_Gs()) {
const g = n(e.g_Ig()) - e.g_Ig(),
_ = n(e.g_Ih()) - e.g_Ih();
t.g_p(r), t.offset(g, _), (r = t);
}
s.g_wQ(e.g_pN(), e.g_pO()),
s.g_aCg().g_aCE(a.g_xg()),
s.g_qG(e.g_QI()),
s.g_FN(_, r.g_eW(), r.g_eX(), e.g_Fj());
}
g_GH() {
const g = {
t: this.g_vQ,
ebbc: this.g_aCn,
csc: this.g_aCr,
csp: this.g_aCs,
lh: this.g_vH,
ha: this.g_vO,
va: this.g_vP,
w: this.g_aCt,
cw: this.g_adU.g_aCg().g_aCF(),
ch: this.g_adU.g_aCg().g_aCG(),
cs: this.g_adU.g_aCg().g_aCH(),
sd: this.g_adU.g_aCg().g_aCI()
};
return -1 !== this.g_aCw && (g_e.tw = { st: this.g_aCv, en: this.g_aCw, l: this.g_aCx }), g;
}
g_GJ(g) {
if (
(this.g_aCA(),
(this.g_vQ = g.t),
(this.g_aCn = g.ebbc),
(this.g_aCr = g.csc),
(this.g_aCs = g.csp),
(this.g_vH = g.lh),
(this.g_vO = g.ha),
(this.g_vP = g.va),
(this.g_aCt = g.w),
g.hasOwnProperty('tw'))
) {
const _ = g.tw;
(this.g_aCv = _.st), (this.g_aCw = _.en), (this.g_aCx = g.l);
}
const _ = this.g_adU.g_aCg();
_.g_aCi(g.cw),
_.g_aCj(g.ch),
_.g_aCk(g.cs),
_.g_aCl(g.sd),
this.g_aCz(),
-1 !== this.g_aCw && this.g_ael();
}
g_QF(g) {
return 0 === g
? this.g_vQ
: 1 === g
? this.g_aCn
: 2 === g
? this.g_adU.g_aCg().g_aCF()
: 3 === g
? this.g_adU.g_aCg().g_aCG()
: 4 === g
? this.g_adU.g_aCg().g_aCH()
: 5 === g
? this.g_adU.g_aCg().g_aCI()
: 6 === g
? this.g_aCr
: 7 === g
? this.g_aCs
: 8 === g
? this.g_vH
: 9 === g
? this.g_vO
: 10 === g
? this.g_vP
: 11 === g
? this.g_aCt
? 1
: 0
: void 0;
}
g_QM(g, _) {
switch (g) {
case 0:
if (this.g_vQ === _) return;
(this.g_vQ = _), this.g_aCz();
break;
case 1:
if (this.g_aCn === !!_) return;
(this.g_aCn = !!_), this.g_aCz();
break;
case 2:
this.g_adU.g_aCg().g_aCi(_);
break;
case 3:
this.g_adU.g_aCg().g_aCj(_);
break;
case 4:
this.g_adU.g_aCg().g_aCk(_);
break;
case 5:
this.g_adU.g_aCg().g_aCl(_);
break;
case 6:
if (this.g_aCr === _) return;
(this.g_aCr = _), this.g_aCz();
break;
case 7:
if (this.g_aCs === _) return;
(this.g_aCs = _), this.g_aCz();
break;
case 8:
if (this.g_vH === _) return;
(this.g_vH = _), this.g_aCz();
break;
case 9:
if (this.g_vO === _) return;
(this.g_vO = _), this.g_aCz();
break;
case 10:
if (this.g_vP === _) return;
(this.g_vP = _), this.g_aCz();
break;
case 11:
if (this.g_aCt === (0 === _)) return;
(this.g_aCt = 0 === _), this.g_aCz();
}
}
g_aCJ(g) {
this.g_vQ === g || ((this.g_vQ = g), this.g_aCu.g_wP(g), this.g_Be.g_EV());
}
g_aCK() {
return this.g_vQ;
}
g_aCL(g, _) {
this.g_aCJ(g),
(this.g_aCv = this.g_Be.g_Gk()),
(this.g_aCw = this.g_aCv + _),
(this.g_aCx = g_aO.g_dP.g_pe(g).length),
this.g_aCu.g_wG(0),
this.g_ael();
}
g_aCA() {
(this.g_aCv = -1), (this.g_aCw = -1), (this.g_aCx = 0), this.g_aCu.g_wG(-1), this.g_adY();
}
g_aCM() {
-1 === this.g_aCw || (this.g_aCA(), this.g_Ku(g_aO.g_HY.g_aCd.g_HW.g_aCN), this.g_Be.g_EV());
}
g_aCO(g) {
this.g_aCr === g || ((this.g_aCr = g), this.g_aCu.g_Hi(this.g_aCr), this.g_Be.g_EV());
}
g_aCP() {
return this.g_aCr;
}
g_aCQ(g) {
this.g_aCs === g || ((this.g_aCs = g), this.g_aCu.g_aCD(this.g_aCs), this.g_Be.g_EV());
}
g_aCR() {
return this.g_aCs;
}
g_aCS(g) {
this.g_vH === g || ((this.g_vH = g), this.g_aCu.g_wD(this.g_vH), this.g_Be.g_EV());
}
g_aCT() {
return this.g_vH;
}
g_aCU(g) {
this.g_vO === g || ((this.g_vO = g), this.g_aCz(), this.g_Be.g_EV());
}
g_aCV() {
return this.g_vO;
}
g_aCW(g) {
this.g_vP === g || ((this.g_vP = g), this.g_aCz(), this.g_Be.g_EV());
}
g_aCX() {
return this.g_vP;
}
g_aCY(g) {
(g = !!g), this.g_aCt === g || ((this.g_aCt = g), this.g_aCz(), this.g_Be.g_EV());
}
g_aCZ() {
return this.g_aCt;
}
g_KZ() {
const g = this.g_Be.g_Gk();
if (g >= this.g_aCw) this.g_aCA(), this.g_Ku(g_aO.g_HY.g_aCd.g_HW.g_aCN), this.g_Be.g_EV();
else {
let _ = g_aO.g_eB(this.g_aCv, this.g_aCw, g, 0, this.g_aCx);
(_ = Math.floor(_)), _ !== this.g_aCu.g_wH() && (this.g_aCu.g_wG(_), this.g_Be.g_EV());
}
}
g_aep() {
return [
{
title: 'plugins.spritefont2.name',
properties: [
{
name: 'plugins.spritefont2.properties.text.name',
value: this.g_vQ,
g_ayn: (g) => this.g_aCJ(g)
}
]
}
];
}
g_adS() {
return g_aC_;
}
};
const n = new WeakMap(),
i = new Map([
['left', 0],
['center', 1],
['right', 2]
]),
e = new Map([
['top', 0],
['center', 1],
['bottom', 2]
]),
r = new Map([
['word', !0],
['character', !1]
]);
self.g_aC_ = class extends g_agP {
constructor() {
super(), n.set(this, g_agH.g_agN().g_Qd());
}
get text() {
return n.get(this).g_aCK();
}
set text(g) {
const _ = n.get(this);
_.g_aCA(), _.g_aCJ(g);
}
g_aC$(g, _) {
const e = n.get(this);
e.g_aCA(), e.g_aCL(g, _);
}
g_aDa() {
n.get(this).g_aCM();
}
set g_aDb(g) {
n.get(this).g_aCO(g);
}
get g_aDb() {
return n.get(this).g_aCP();
}
set g_aDc(g) {
n.get(this).g_aCQ(g);
}
get g_aDc() {
return n.get(this).g_aCR();
}
set lineHeight(g) {
n.get(this).g_aCS(g);
}
get lineHeight() {
return n.get(this).g_aCT();
}
set g_aDd(g) {
const _ = i.get(g);
if ('undefined' == typeof _) throw new Error('invalid mode');
n.get(this).g_aCU(_);
}
get g_aDd() {
return _[n.get(this).g_aCV()];
}
set verticalAlign(g) {
const _ = e.get(g);
if ('undefined' == typeof _) throw new Error('invalid mode');
n.get(this).g_aCW(_);
}
get verticalAlign() {
return a[n.get(this).g_aCX()];
}
set g_aDe(g) {
const _ = r.get(g);
if ('undefined' == typeof _) throw new Error('invalid mode');
n.get(this).g_aCY(_);
}
get g_aDe() {
return n.get(this).g_aCZ() ? 'word' : 'character';
}
};
}
'use strict',
(g_aO.g_HY.g_aCd.g_HW = {
g_aDf(g, _) {
return _ ? this.g_vQ === g : g_aO.g_dB(this.g_vQ, g);
},
g_aDg() {
return -1 !== this.g_aCw;
},
g_aCN() {
return !0;
}
}),
'use strict',
(g_aO.g_HY.g_aCd.g_abH = {
g_wP(g) {
this.g_aCA(),
'number' == typeof g && 1e9 > g && (g = Math.round(1e10 * g) / 1e10),
this.g_aCJ(g.toString());
},
g_aDh(g) {
this.g_aCA(),
'number' == typeof g && 1e9 > g && (g = Math.round(1e10 * g) / 1e10),
(g = g.toString()),
g && this.g_aCJ(this.g_vQ + g);
},
g_aDi(g, _) {
this.g_aCA(),
'number' == typeof g && 1e9 > g && (g = Math.round(1e10 * g) / 1e10),
this.g_aCL(g.toString(), _);
},
g_aDj() {
this.g_aCM();
},
g_Hi(g) {
this.g_aCO(g);
},
g_aDk(g) {
this.g_aCQ(g);
},
g_wD(g) {
this.g_aCS(g);
},
g_aCi(g, _) {
let t = !1;
const n = this.g_adU.g_aCg();
for (const i of g)
if (' ' === i) n.g_aDl(_), (t = !0);
else {
const g = n.g_aDm(i);
g && (g.g_aDn(_), (t = !0));
}
t && n.g_aDo(), this.g_Be.g_EV();
},
g_ayV(g) {
this.g_CU().g_Ex(g), this.g_Be.g_EV();
},
g_aDp(g) {
this.g_aCU(g);
},
g_aDq(g) {
this.g_aCW(g);
},
g_aDr(g) {
this.g_aCY(0 === g);
}
}),
'use strict',
(g_aO.g_HY.g_aCd.g__$ = {
g_aDs(g) {
const _ = this.g_adU.g_aCg().g_aDm(g);
return _ ? _.g_aDt() : this.g_adU.g_aCg().g_aCF();
},
g_aDu() {
return this.g_aCp;
},
g_aDv() {
return this.g_aCr;
},
g_aDw() {
return this.g_aCs;
},
g_aDx() {
return this.g_vH;
},
Text() {
return this.g_vQ;
},
g_aDy() {
return this.g_aCn ? g_aO.g_dP.g_pe(this.g_vQ) : this.g_vQ;
},
g_aDz() {
const g = this.g_CU();
return this.g_aCu.g_wQ(g.g_pN(), g.g_pO()), this.g_aCu.g_wR();
},
g_aDA() {
const g = this.g_CU();
return this.g_aCu.g_wQ(g.g_pN(), g.g_pO()), this.g_aCu.g_wT();
}
}),
'use strict';
{
const g = { width: 256, height: 256, g_aDB: 16, g_aDC: 16, characterSet: '' };
self.g_aCf = class {
constructor(_) {
if (
((_ = Object.assign({}, g, _)),
0 >= _.width || 0 >= _.height || 0 >= _.g_aDB || 0 >= _.g_aDC)
)
throw new Error('invalid size');
(this.g_pu = _.width),
(this.g_pv = _.height),
(this.g_aCo = _.g_aDB),
(this.g_aCp = _.g_aDC),
(this.g_aCq = _.characterSet),
(this.g_aDD = ''),
(this.g_aDE = null),
(this.g_aDF = !1),
(this.g_aDG = -1),
(this.g_aDH = new g_aO.Rect(0, 0, 1, 1)),
(this.g_aDI = new Map()),
(this.g_aDJ = !0),
(this.g_aDK = new Set());
}
g_ek() {
(this.g_aDH = null),
this.g_aDL(),
(this.g_aDI = null),
this.g_aDK && this.g_aDK.clear(),
(this.g_aDK = null);
}
g_aDL() {
for (let g of this.g_aDI.values()) g.g_ek();
this.g_aDI.clear();
}
g_aDM(g) {
this.g_aDK.add(g);
}
g_aDN(g) {
this.g_aDK.delete(g);
}
g_aCm() {
var _ = Math.floor;
if (this.g_aDJ) {
this.g_aDL();
let a = [...this.g_aCq],
t = _(this.g_pu / this.g_aCo),
g = _(this.g_pv / this.g_aCp);
for (let n = 0, e = a.length; n < e && !(n >= t * g); ++n) {
let e = n % t,
i = _(n / t),
r = a[n];
this.g_aDI.set(r, g_aO.g_ej(g_aDO, this, r, e * this.g_aCo, i * this.g_aCp));
}
if (((this.g_aDF = !1), (this.g_aDG = -1), Array.isArray(this.g_aDE)))
for (let g of this.g_aDE) {
if (!Array.isArray(g)) continue;
if (2 !== g.length) continue;
let _ = g[0],
e = g[1];
if ('number' == typeof _ && isFinite(_) && 'string' == typeof e && _ !== this.g_aCo)
for (let g of e) {
let e = this.g_aDI.get(g);
e
? (e.g_aDn(_), (this.g_aDF = !0))
: ' ' === g && ((this.g_aDG = _), (this.g_aDF = !0));
}
}
this.g_aDJ = !1;
for (let g of this.g_aDK) g.g_aDP();
}
}
g_aDo() {
this.g_aDF = !0;
for (const g of this.g_aDK) g.g_aDP();
}
g_aDm(g) {
return this.g_aCm(), this.g_aDI.get(g) || null;
}
g_aDQ() {
return this.g_aDF;
}
g_Hj(g) {
if (((g = Math.floor(g)), 0 >= g)) throw new Error('invalid size');
this.g_pu === g || ((this.g_pu = g), (this.g_aDJ = !0));
}
g_pN() {
return this.g_pu;
}
g_Hk(g) {
if (((g = Math.floor(g)), 0 >= g)) throw new Error('invalid size');
this.g_pv === g || ((this.g_pv = g), (this.g_aDJ = !0));
}
g_pO() {
return this.g_pv;
}
g_aCE(g) {
if (!this.g_aDH.g_l(g)) {
this.g_aDH.g_p(g);
for (const g of this.g_aDI.values()) g.g_aDR();
}
}
g_xg() {
return this.g_aDH;
}
g_aCi(g) {
if (((g = Math.floor(g)), 0 >= g)) throw new Error('invalid size');
this.g_aCo === g || ((this.g_aCo = g), (this.g_aDJ = !0));
}
g_aCF() {
return this.g_aCo;
}
g_aCj(g) {
if (((g = Math.floor(g)), 0 >= g)) throw new Error('invalid size');
this.g_aCp === g || ((this.g_aCp = g), (this.g_aDJ = !0));
}
g_aCG() {
return this.g_aCp;
}
g_aCk(g) {
this.g_aCq === g || ((this.g_aCq = g), (this.g_aDJ = !0));
}
g_aCH() {
return this.g_aCq;
}
g_aCl(g) {
if (
this.g_aDD !== g &&
((this.g_aDD = g), (this.g_aDJ = !0), (this.g_aDE = null), this.g_aDD.length)
)
try {
this.g_aDE = JSON.parse(this.g_aDD);
} catch (g) {
this.g_aDE = null;
}
}
g_aCI() {
return this.g_aDD;
}
g_aDl(g) {
0 > g && (g = -1),
this.g_aDG === g || ((this.g_aDG = g), 0 <= this.g_aDG && (this.g_aDF = !0));
}
g_aDS() {
return 0 > this.g_aDG ? this.g_aCo : this.g_aDG;
}
};
}
'use strict',
(self.g_aDO = class {
constructor(g, _, a, t) {
let n = g.g_aCF(),
e = g.g_aCG();
(this.g_aCe = g),
(this.g_aDT = _),
(this.g_aDU = new g_aO.Rect(a, t, a + n, t + e)),
(this.g_aDH = new g_aO.Rect()),
(this.g_aDV = -1),
this.g_aDR();
}
g_ek() {
(this.g_aCe = null), (this.g_aDU = null), (this.g_aDH = null);
}
g_aDR() {
let g = this.g_aCe.g_pN(),
_ = this.g_aCe.g_pO();
this.g_aDH.g_p(this.g_aDU), this.g_aDH.g_N(g, _), this.g_aDH.g_it(this.g_aCe.g_xg());
}
g_aCg() {
return this.g_aCe;
}
g_aDW() {
return this.g_aDT;
}
g_xg() {
return this.g_aDH;
}
g_aDn(g) {
this.g_aDV = g;
}
g_aDt() {
return 0 > this.g_aDV ? this.g_aCe.g_aCF() : this.g_aDV;
}
}),
'use strict';
{
const _ = new g_aO.Rect(),
a = new g_aO.g_iu(),
E = new g_aO.g_gB(),
g = new Set(['left', 'center', 'right']),
t = new Set(['top', 'center', 'bottom']),
e = new Set(['word', 'character']);
self.g_aCy = class {
constructor(g) {
(this.g_aCe = g),
(this.g_vZ = 0),
(this.g_v_ = 0),
(this.g_vQ = ''),
(this.g_vL = !1),
(this.g_vR = null),
(this.g_vS = g_aO.g_ej(g_aO.g_pf)),
(this.g_vT = 'word'),
(this.g_aDX = !1),
(this.g_vO = 'left'),
(this.g_vP = 'top'),
(this.g_DE = 1),
(this.g_aDY = 0),
(this.g_vH = 0),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
(this.g_vX = -1),
(this.g_vY = 0),
(this.g_wl = (g, _) => this.g_wm(g, _)),
this.g_aCe.g_aDM(this);
}
g_ek() {
this.g_aCe.g_aDN(this),
(this.g_qB = null),
(this.g_wl = null),
this.g_vS.g_js(),
(this.g_vS = null),
(this.g_aCe = null),
(this.g_vR = null);
}
g_wm(_, a) {
const t = this.g_wI(a, 'scale'),
n = t ? parseFloat(t.param) : this.g_DE,
r = this.g_wI(a, 'scalex'),
s = (r ? parseFloat(r.param) : 1) * n,
e = this.g_wI(a, 'scaley'),
g = (e ? parseFloat(e.param) : 1) * n,
d = this.g_aCe.g_aCG() * g + this.g_vH,
i = this.g_aCg(),
o = i.g_aCF() * s,
u = this.g_aDZ();
if (i.g_aDQ()) {
let g = 0,
t = 0;
for (const n of _) {
let _ = o;
const a = i.g_aDm(n);
a ? (_ = a.g_aDt() * s) : ' ' === n && (_ = i.g_aDS() * s), (t += _), ++g;
}
return { width: t + g * u, height: d };
} else {
const g = [..._].length,
e = Math.max(g, 0);
return { width: o * g + e * u, height: d };
}
}
g_aDP() {
(this.g_aDX = !0), this.g_vS.g_js();
}
g_wQ(g, _) {
0 >= g ||
0 >= _ ||
(this.g_vZ === g && this.g_v_ === _) ||
(this.g_vZ !== g && this.g_aDP(), (this.g_vZ = g), (this.g_v_ = _));
}
g_wG(g) {
this.g_vX = Math.floor(g);
}
g_wH() {
return this.g_vX;
}
g_wI(g, _) {
for (let e = g.length - 1; 0 <= e; --e) {
const a = g[e];
if (a.tag === _) return a;
}
return null;
}
g_wJ(g, _) {
return !!this.g_wI(g, _);
}
g_wS() {
if (this.g_aDX) {
this.g_vL &&
(!this.g_vR || this.g_vR.toString() !== this.g_vQ) &&
(this.g_vR = new g_aO.g_dP(this.g_vQ, { g_oR: !0 }));
const g = -this.g_aDZ();
this.g_vS.g_pf(
this.g_vL ? this.g_vR.g_pa() : this.g_vQ,
this.g_wl,
this.g_vZ,
this.g_vT,
g
),
(this.g_aDX = !1);
}
}
g_FN(_, a, t, n) {
var r = Math.floor;
this.g_wS(), (this.g_vY = 0);
let s = 0;
const l = this.g_vH,
g = g_aO.g_fL(this.g_vS.g_ph()),
o = Math.sin(n),
u = Math.cos(n),
e = g.reduce((g, _) => g + _.height, 0) - l;
'center' === this.g_vP
? (s = Math.max(r(this.g_v_ / 2 - e / 2), 0))
: 'bottom' === this.g_vP && (s = r(this.g_v_ - e));
for (let r = 0, e = g.length; r < e; ++r) {
const e = g[r],
n = e.height;
if (0 < r && s > this.g_v_ - (n - l)) break;
0 <= s && this.g_aD_(_, e, a, t, s, o, u), (s += n);
}
}
g_aD_(_, a, t, n, r, e, s) {
var g = Math.floor,
d = Math.max;
const i = a.height;
let l = 0;
'center' === this.g_vO
? (l = d(g((this.g_vZ - a.width) / 2), 0))
: 'right' === this.g_vO && (l = d(g(this.g_vZ - a.width), 0));
for (const g of a.g_pl) this.g_aD$(_, g, t, n, l, r, e, s, i), (l += g.width);
}
g_aD$(b, t, d, f, g, T, H, N, c) {
let e = t.text,
l = t.width;
const U = t.g_pb;
if (-1 !== this.g_vX) {
if (this.g_vY >= this.g_vX) return;
this.g_vY + e.length > this.g_vX &&
((e = e.substr(0, this.g_vX - this.g_vY)), (l = this.g_wm(e, U).width)),
(this.g_vY += e.length);
}
const o = this.g_wI(U, 'background');
if (!((g_aO.g_oc(e) && !o) || this.g_wJ(U, 'hide'))) {
const n = this.g_wI(U, 'scale'),
i = n ? parseFloat(n.param) : this.g_DE,
p = this.g_wI(U, 'scalex'),
r = (p ? parseFloat(p.param) : 1) * i,
s = this.g_wI(U, 'scaley'),
t = (s ? parseFloat(s.param) : 1) * i,
u = this.g_aCe.g_aCG() * t,
h = this.g_vH;
T += c - h - u;
const m = this.g_wI(U, 'offsetx');
g += m ? parseFloat(m.param) : 0;
const v = this.g_wI(U, 'offsety');
(T += v ? parseFloat(v.param) : 0),
o &&
(b.g_Al(),
E.g_hk(o.param),
E.g_gN(1),
b.g_qG(E),
_.set(g, T, g + l, T + u),
_.g_hX() > this.g_vZ && _.g_hS(this.g_vZ),
a.g_iQ(_, H, N),
a.offset(d, f),
b.g_iu(a),
b.g_yZ());
const y = this.g_wI(U, 'color');
y ? (E.g_hk(y.param), E.g_gN(this.g_qB.g_gS())) : E.g_p(this.g_qB);
const x = this.g_wI(U, 'opacity');
x && E.g_gN((E.g_gS() * parseFloat(x.param)) / 100), E.g_gZ(), b.g_qG(E);
const q = this.g_aCe.g_aCF() * r,
B = Math.abs(this.g_aDZ());
for (const t of e) {
const n = this.g_aCe.g_aDm(t);
if (n) {
const e = n.g_aDt() * r;
if (g + e > this.g_vZ + B + 1e-5) return;
_.set(g, T, g + q, T + u),
a.g_iQ(_, H, N),
a.offset(d, f),
b.g_zy(a, n.g_xg()),
(g += e + this.g_aDY);
} else g += this.g_aCe.g_aDS() * r + this.g_aDY;
}
}
}
g_aCg() {
return this.g_aCe;
}
g_wA(g) {
(g = !!g), this.g_vL === g || ((this.g_vL = g), this.g_aDP());
}
g_vB() {
return this.g_vL;
}
g_wP(g) {
this.g_vQ === g || ((this.g_vQ = g), this.g_aDP());
}
g_wO(g) {
if (!e.has(g)) throw new Error('invalid word wrap mode');
this.g_vT === g || ((this.g_vT = g), this.g_aDP());
}
g_aCB(_) {
if (!g.has(_)) throw new Error('invalid alignment');
this.g_vO = _;
}
g_aCC(g) {
if (!t.has(g)) throw new Error('invalid alignment');
this.g_vP = g;
}
g_Hi(g) {
this.g_DE === g || ((this.g_DE = g), this.g_aDP());
}
g_Gp() {
return this.g_DE;
}
g_aCD(g) {
this.g_aDY === g || ((this.g_aDY = g), this.g_aDP());
}
g_aDZ() {
return this.g_aDY;
}
g_wD(g) {
(this.g_vH = g), this.g_aDP();
}
g_aEa() {
return this.g_vH;
}
g_zm(g) {
(g = g_aO.g_ep(g, 0, 1)), (this.g_qB.a = g);
}
g_qG(g) {
this.g_qB.g_l(g) || this.g_qB.g_p(g);
}
g_zo() {
return this.g_qB;
}
g_wR() {
return this.g_wS(), this.g_vS.g_pr();
}
g_wT() {
this.g_wS();
const g = this.g_aCe.g_aCG() * this.g_DE,
_ = this.g_vH;
return this.g_vS.g_pi() * (g + _) - _;
}
};
}
'use strict',
(g_aO.g_HY.g_aEb = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_aEb.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
const _ = g_aO.g_ej(g_aO.g_gB);
let E = 0;
g_aO.g_HY.g_aEb.Instance = class extends g_aO.g_aeu {
constructor(g, _) {
super(g),
(this.g_aEc = null),
(this.g_wp = g_aO.g_ej(g_aO.Rect)),
(this.g_rF = 0),
(this.g_aEd = null),
(this.g_aEe = []),
(this.g_aEf = []),
(this.g_aEg = 0),
(this.g_aEh = 0),
(this.g_aEi = 1),
(this.g_aEj = 1),
(this.g_aEk = null),
(this.g_aEl = ''),
(this.g_aEm = null),
(this.g_aEn = g_aO.g_ej(g_aO.Rect)),
(this.g_aEo = g_aO.g_ej(g_aO.g_iu)),
_ && (this.g_CU().g_EU(!!_[0]), (this.g_rF = [0, 2, 4, 8][_[2]]));
const e = this.g_Be.g_rP();
this.g_aEp(0, e), 2 > e.g_rd() && (this.g_rF = 0), this.g_aen();
}
g_ek() {
this.g_aEc && (this.g_aEc.g_rP().g_AM(this.g_aEc), (this.g_aEc = null)),
this.g_aEd && (this.g_aEd.g_rP().g_AM(this.g_aEd), (this.g_aEd = null)),
g_aO.g_fz(this.g_aEe),
super.g_ek();
}
g_aEq() {
return this.g_aEf.map((g) => g.slice(0));
}
g_aEr() {
return this.g_aEs(), this.g_aEk;
}
g_aEs() {
if (!this.g_aEk) {
const g = g_aO.g_gk(512, 8),
_ = g.getContext('2d');
_.clearRect(0, 0, 512, 8),
(_.fillStyle = 'white'),
_.fillRect(0, 0, 256, 8),
(this.g_aEk = this.g_Be.g_rP().g_AE(g, { g_qM: !0, g_qO: this.g_Be.g_FR() }));
}
}
g_aEp(g, _) {
(this.g_aEg = _.g_qp(g)), (this.g_aEh = _.g_qq(g));
}
g_aEt(g) {
g.g_qF(this.g_aEg, this.g_aEh);
}
g_aEu(g) {
this.g_aEe.push(g), this.g_Be.g_EV();
}
g_aEv(g, _, e) {
this.g_aEc && g.g_AM(this.g_aEc),
(this.g_aEc = g.g_AG({
width: _,
height: e,
g_qO: this.g_Be.g_FR(),
g_rw: 0 === this.g_rF,
g_ry: this.g_rF
})),
0 < this.g_rF &&
(this.g_aEd && g.g_AM(this.g_aEd),
(this.g_aEd = g.g_AG({ width: _, height: e, g_qO: this.g_Be.g_FR(), g_rw: !0 }))),
g.g_zp(null);
}
g_aEw() {
return this.g_aEc;
}
g_aEx() {
return this.g_aEd;
}
g_rV() {
return this.g_rF;
}
g_aEy(g) {
this.g_Be.g_FO().g_JD(g, this.g_aEc.g_pN(), this.g_aEc.g_pO());
}
g_aEz() {
return this.g_aEe.some((g) => !(g instanceof g_aO.g_HY.g_aEb.g_aEB.g_aEA));
}
g_aek() {
var _ = Math.ceil,
a = Math.round;
const c = this.g_Be.g_rP(),
d = this.g_CU(),
e = d.g_Em(),
f = this.g_aEo,
g = this.g_aEn;
++E;
const h = d.g_agX(),
[i, b] = e.g_GE(h.g_eW(), h.g_eX()),
[y, l] = e.g_GE(h.g_e_(), h.g_e$()),
m = i - a(i),
n = b - a(b);
g.set(i, b, y, l), g.offset(-m, -n), g.normalize(), f.g_iO(g);
let o = _(g.width()),
B = _(g.height());
this.g_wp.set(0, 1, g.width() / o, 1 - g.height() / B);
const v = c.g_rb(),
r = Math.max(o, B);
if (
(r > v
? ((this.g_aEj = v / r), (o = a(o * this.g_aEj)), (B = a(B * this.g_aEj)))
: (this.g_aEj = 1),
0 >= o || 0 >= B)
)
return void --E;
this.g_aEi = g.width() / d.g_pN();
const s = this.g_aEi * this.g_aEj,
t = !this.g_aEc || this.g_aEc.g_pN() !== o || this.g_aEc.g_pO() !== B;
if ((t && this.g_Ku(g_aO.g_HY.g_aEb.g_HW.g_aEC), 0 < this.g_aEe.length || !this.g_aEc)) {
(!this.g_aEc || (t && this.g_aEz())) && this.g_aEv(c, o, B),
c.g_AH(this.g_aEc),
this.g_aEy(c),
this.g_aEt(c);
for (const g of this.g_aEe) g.g_aED(c, s, this);
g_aO.g_fz(this.g_aEe),
c.g_zr(),
0 < this.g_rF && (c.g_AH(this.g_aEd), c.g_AJ(this.g_aEc, 'crop'));
}
--E;
}
g_FN(_) {
const a = this.g_CU(),
t = a.g_Em(),
n = this.g_Be.g_FO(),
e = _.g_AI(),
i = this.g_aEo;
_.g_yZ(),
_.g_qF(a.g_Fs(), a.g_Ft()),
_.g_qG(a.g_EZ()),
0 === this.g_rF ? _.g_zp(this.g_aEc.g_rQ()) : _.g_zp(this.g_aEd.g_rQ()),
0 < E ? n.g_JD(_, e.g_pN(), e.g_pO()) : n.g_JD(_),
_.g_zy(i, this.g_wp),
t.g_FL(_);
}
g_aEE(_, a) {
var t = Math.floor;
if (!this.g_aEm) return [0, 0, 0, 0];
const e = this.g_aEm.width,
n = this.g_aEm.height;
if (((_ = t(_)), (a = n - 1 - t(a)), 0 > _ || 0 > a || _ >= e || a >= n)) return [0, 0, 0, 0];
const r = this.g_aEm.data,
i = 4 * (a * e) + 4 * _;
let s = r[i] / 255,
o = r[i + 1] / 255,
u = r[i + 2] / 255,
p = r[i + 3] / 255;
return 0 != p && ((s /= p), (o /= p), (u /= p)), [100 * s, 100 * o, 100 * u, 100 * p];
}
g_aEF(a, t, n) {
var i = Math.floor;
if (!this.g_aEm) return [0, 0, 0, 0];
_.g_g$(n), _.g_gZ();
const e = this.g_aEm.width,
r = this.g_aEm.height;
if (((a = i(a)), (t = r - 1 - i(t)), !(0 > a || 0 > t || a >= e || t >= r))) {
const n = this.g_aEm.data,
r = 4 * (t * e) + 4 * a;
(n[r] = i(255 * _.g_gP())),
(n[r + 1] = i(255 * _.g_gQ())),
(n[r + 2] = i(255 * _.g_gR())),
(n[r + 3] = i(255 * _.g_gS()));
}
}
g_aEG() {
return new Promise((g) => {
this.g_aEu(
new g_aO.g_HY.g_aEb.g_aEB.g_aEA(async (_) => {
const a = _.data.buffer,
t = _.width,
n = _.height,
e = await this.g_Be.g_arQ(
'ProcessImageData',
{ buffer: a, width: t, height: n, unpremultiply: !0, flipY: !0 },
[a]
);
g(new ImageData(new Uint8ClampedArray(e), t, n));
})
);
});
}
g_aEH(g, _) {
if (!this.g_aEc) throw new Error('canvas not yet ready');
if (g.width !== this.g_aEc.g_pN() || g.height !== this.g_aEc.g_pO())
throw new Error(
`wrong size ImageData: expected ${this.g_aEc.g_pN()} x ${this.g_aEc.g_pO()}, got ${
g.width
} x ${g.height}`
);
g_aO.g_fz(this.g_aEe);
const a = this.g_Be.g_rP();
if (this.g_aEd) {
const t = a.g_AI(),
n = this.g_aEd.g_rQ();
a.g_xf(g, n, { g_cr: !!_ }), a.g_AH(this.g_aEc), a.g_AJ(this.g_aEd, 'crop'), a.g_AH(t);
} else {
const e = this.g_aEc.g_rQ();
a.g_xf(g, e, { g_cr: !!_ });
}
this.g_Be.g_EV();
}
g_adS() {
return g_aEI;
}
};
const g = new WeakMap();
self.g_aEI = class extends g_agP {
constructor() {
super(), g.set(this, g_agH.g_agN().g_Qd());
}
g_aEJ() {
return g.get(this).g_aEG();
}
g_aEK(_, e = !1) {
g.get(this).g_aEH(_, e);
}
get g_aEL() {
const _ = g.get(this).g_aEw();
if (!_) throw new Error('canvas not yet ready');
return _.g_pN();
}
get g_aEM() {
const _ = g.get(this).g_aEw();
if (!_) throw new Error('canvas not yet ready');
return _.g_pO();
}
};
}
'use strict',
(g_aO.g_HY.g_aEb.g_HW = {
g_aEN() {
return !0;
},
g_aEO() {
return !0;
},
g_aEC() {
return !0;
}
}),
'use strict';
{
function g(g, _) {
return g.g_CU().g_Fz() - _.g_CU().g_Fz();
}
g_aO.g_HY.g_aEb.g_abH = {
g_ayV(g) {
this.g_CU().g_Ex(g), this.g_Be.g_EV();
},
g_aEP(g) {
g_aO.g_fz(this.g_aEe), this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aEP(g));
},
g_Ay(g, _, a, t, n) {
g === a || _ === t || this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_Ay(g, _, a, t, n));
},
g_aEQ(g, _, a, t, n) {
g === a || _ === t || this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aEQ(g, _, a, t, n));
},
g_aER(_, a, t, n, i, e, r) {
_ === t || a === n || this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aER(_, a, t, n, i, e, r));
},
g_aES(g, _, a, t, n, e) {
0 >= a || 0 >= t || this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aES(g, _, a, t, n, 0 !== e));
},
g_aET(_, a, t, n, i, e, r) {
0 >= t ||
0 >= n ||
0 >= e ||
this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aET(_, a, t, n, i, e, 0 !== r));
},
g_aEU(g, _, a, t, n, e) {
g === a || _ === t || 0 >= e || this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aEU(g, _, a, t, n, e));
},
g_zD(_, a, t, n, i, e, r) {
if (!((_ === t && a === n) || 0 >= e)) {
const g = 0 === r ? 'butt' : 'square';
this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_zD(_, a, t, n, i, e, g));
}
},
g_aEV(_, a, t, n, r, e, s, g) {
if (!((_ === t && a === n) || 0 >= e || 0 >= s)) {
const d = 0 === g ? 'butt' : 'square',
i = this.g_aEr();
this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aEV(_, a, t, n, r, e, s, i, d));
}
},
g_aEW(g, _) {
this.g_aEf.push([g, _]);
},
g_aEX() {
g_aO.g_fz(this.g_aEf);
},
g_aEY(g, _, e) {
if (!(2 > this.g_aEf.length || 0 >= _)) {
const a = 0 === e ? 'butt' : 'square';
this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aEY(this.g_aEq(), g, _, a));
}
},
g_aEZ(g, _, a, t) {
if (!(2 > this.g_aEf.length || 0 >= _ || 0 >= a)) {
const n = 0 === t ? 'butt' : 'square',
e = this.g_aEr();
this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aEZ(this.g_aEq(), g, _, a, e, n));
}
},
g_aE_(g) {
3 > this.g_aEf.length || this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aE_(this.g_aEq(), g));
},
g_aE$(g) {
2 <= g && g++, this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aE$(g));
},
g_aFa(_, a) {
if (!_) return;
const t = this.g_CU().g_Gi(),
n = _.g_Tu()
.g_H$()
.filter((g) => g.g_CU() && t.g_io(g.g_CU().g_Gi()));
0 === n.length || (n.sort(g), this.g_aEu(new g_aO.g_HY.g_aEb.g_aEB.g_aFb(n, 0 !== a)));
},
g_aEA(g, _) {
const t = 0 === g ? 'image/png' : 'image/jpeg';
return (
(_ /= 100),
new Promise((n) => {
this.g_aEu(
new g_aO.g_HY.g_aEb.g_aEB.g_aEA(async (r) => {
const a = r.data.buffer,
e = r.width,
s = r.height,
g = await this.g_Be.g_arQ(
'ProcessImageData',
{ buffer: a, width: e, height: s, unpremultiply: !0, flipY: !g_aO.g_cm.g_cq },
[a]
);
r = new ImageData(new Uint8ClampedArray(g), e, s);
let l;
if (g_aO.g_cm.g_cq) {
const g = await createImageBitmap(r, {
premultiplyAlpha: 'none',
imageOrientation: 'flipY'
});
l = await g_aO.g_gr(g, t, _);
} else l = await g_aO.g_gt(r, t, _);
this.g_aEl && URL.revokeObjectURL(this.g_aEl),
(this.g_aEl = URL.createObjectURL(l)),
this.g_Ku(g_aO.g_HY.g_aEb.g_HW.g_aEN),
n();
})
);
})
);
},
g_aFc() {
return new Promise((g) => {
this.g_aEu(
new g_aO.g_HY.g_aEb.g_aEB.g_aEA((_) => {
(this.g_aEm = _), this.g_Ku(g_aO.g_HY.g_aEb.g_HW.g_aEO), g();
})
);
});
},
g_aFd() {
this.g_aEm = null;
},
g_aFe(g, _, e) {
this.g_aEF(g, _, e);
},
g_aFf() {
this.g_aEm &&
this.g_aEc &&
this.g_aEm.width === this.g_aEc.g_pN() &&
this.g_aEm.height === this.g_aEc.g_pO() &&
this.g_aEH(this.g_aEm, !1);
}
};
}
'use strict',
(g_aO.g_HY.g_aEb.g__$ = {
g_aFg() {
return this.g_aEl;
},
g_aFh(g, _) {
return this.g_aEE(g, _)[0];
},
g_aFi(g, _) {
return this.g_aEE(g, _)[1];
},
g_aFj(g, _) {
return this.g_aEE(g, _)[2];
},
g_aFk(g, _) {
return this.g_aEE(g, _)[3];
},
g_aFl() {
return this.g_aEm ? this.g_aEm.width : 0;
},
g_aFm() {
return this.g_aEm ? this.g_aEm.height : 0;
},
g_aFn() {
return 1 / (this.g_aEi * this.g_aEj);
}
}),
'use strict';
{
const g = g_aO.g_ej(g_aO.g_iu),
_ = g_aO.g_ej(g_aO.g_iu);
g_aO.g_HY.g_aEb.g_aEB = class {
constructor() {}
g_aED() {
throw new Error('required override');
}
};
const e = g_aO.g_HY.g_aEb.g_aEB;
(e.g_aEA = class extends e {
constructor(g) {
super(), (this.g_ly = g);
}
g_aED(g, _, e) {
let a = g.g_AI();
if (0 < a.g_rV()) {
const _ = e.g_aEx();
g.g_AH(_), g.g_AJ(a, 'crop'), g.g_AH(a), (a = _);
}
g.g_r_(a).then(this.g_ly);
}
}),
(e.g_aEP = class extends e {
constructor(g) {
super(), (this.g_qB = g_aO.g_ej(g_aO.g_gB)), this.g_qB.g_g$(g), this.g_qB.g_gZ();
}
g_aED(g) {
g.g_js(this.g_qB);
}
}),
(e.g_Ay = class extends e {
constructor(g, _, a, t, n) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(g, _, a, t),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(n),
this.g_qB.g_gZ();
}
g_aED(g, _, e) {
const a = e.g_aEw().g_pO();
this.g_aFo.multiply(_, _), this.g_aFo.g_ik(a), g.g_AB(this.g_aFo, this.g_qB);
}
}),
(e.g_aEQ = class extends e {
constructor(g, _, a, t, n) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(g, _, a, t),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(n),
this.g_qB.g_gZ();
}
g_aED(g, _) {
g.g_Al(), g.g_qG(this.g_qB), this.g_aFo.multiply(_, _), g.Rect(this.g_aFo);
}
}),
(e.g_aER = class extends e {
constructor(_, a, t, n, i, e, r) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(_, a, t, n),
(this.g_aFp = g_aO.g_ej(g_aO.g_gB)),
this.g_aFp.g_g$(i),
(this.g_aFq = g_aO.g_ej(g_aO.g_gB)),
this.g_aFq.g_g$(e),
(this.g_aFr = r);
}
g_aED(e, a) {
e.g_Am(),
e.g_qG(this.g_aFp),
e.g_An(this.g_aFq),
this.g_aFo.multiply(a, a),
g.g_iO(this.g_aFo),
0 === this.g_aFr ? _.set(0, 0, 1, 0, 1, 1, 0, 1) : _.set(0, 1, 0, 0, 1, 0, 1, 1),
e.g_zz(g, _);
}
}),
(e.g_aES = class extends e {
constructor(g, _, a, t, n, e) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(g - a, _ - t, g + a, _ + t),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(n),
this.g_qB.g_gZ(),
(this.g_aFs = e);
}
g_aED(g, _) {
this.g_aFo.multiply(_, _),
this.g_aFs
? (g.g_Aq(),
g.g_qG(this.g_qB),
this.g_aFo.g_ie(0.5, 0.5),
g.g_As(1 / this.g_aFo.width(), 1 / this.g_aFo.height()),
g.Rect(this.g_aFo))
: (g.g_Ao(), g.g_qG(this.g_qB), g.Rect(this.g_aFo));
}
}),
(e.g_aET = class extends e {
constructor(_, a, t, n, i, e, r) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(_ - t, a - n, _ + t, a + n),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(i),
this.g_qB.g_gZ(),
(this.g_aFt = e),
(this.g_aFs = r);
}
g_aED(g, _) {
this.g_aFo.multiply(_, _),
this.g_aFs
? (g.g_Ar(),
g.g_qG(this.g_qB),
this.g_aFo.g_ie(0.5, 0.5),
g.g_As(1 / this.g_aFo.width(), 1 / this.g_aFo.height(), this.g_aFt * _),
g.Rect(this.g_aFo))
: (g.g_Ap(),
g.g_As(1 / this.g_aFo.width(), 1 / this.g_aFo.height(), this.g_aFt * _),
g.g_qG(this.g_qB),
g.Rect(this.g_aFo));
}
}),
(e.g_aEU = class extends e {
constructor(g, _, a, t, n, e) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(g, _, a, t),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(n),
this.g_qB.g_gZ(),
(this.g_aFt = e);
}
g_aED(g, _) {
g.g_Al(),
g.g_qG(this.g_qB),
g.g_Ac(),
g.g_zW(this.g_aFt * _),
this.g_aFo.multiply(_, _),
g.g_zP(this.g_aFo),
g.g_Ad(),
g.g_zX();
}
}),
(e.g_zD = class extends e {
constructor(_, a, t, n, i, e, r) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(_, a, t, n),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(i),
this.g_qB.g_gZ(),
(this.g_aFt = e),
(this.g_aFu = r);
}
g_aED(g, _) {
g.g_Al(), g.g_qG(this.g_qB), g.g_z$(this.g_aFu), g.g_zW(this.g_aFt * _);
const e = this.g_aFo;
e.multiply(_, _), g.g_zD(e.g_hV(), e.g_hW(), e.g_hX(), e.g_hY()), g.g_Ad(), g.g_zX();
}
}),
(e.g_aEY = class extends e {
constructor(g, _, e, a) {
super(),
(this.g_aFv = g),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(_),
this.g_qB.g_gZ(),
(this.g_aFt = e),
(this.g_aFu = a);
}
g_aED(_, a) {
_.g_Al(), _.g_qG(this.g_qB), _.g_z$(this.g_aFu), _.g_zW(this.g_aFt * a);
const t = this.g_aFv;
for (let n = 0, r = t.length; n < r; ++n) {
const e = (n + 1) % r,
s = t[n][0] * a,
g = t[n][1] * a,
d = t[e][0] * a,
i = t[e][1] * a;
_.g_zD(s, g, d, i);
}
_.g_Ad(), _.g_zX();
}
}),
(e.g_aEV = class extends e {
constructor(_, a, t, n, r, e, s, g, d) {
super(),
(this.g_aFo = g_aO.g_ej(g_aO.Rect)),
this.g_aFo.set(_, a, t, n),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(r),
this.g_qB.g_gZ(),
(this.g_aFt = e),
(this.g_aFw = s),
(this.g_aFx = g),
(this.g_aFu = d);
}
g_aED(g, _) {
g.g_yZ(), g.g_zp(this.g_aFx), g.g_qG(this.g_qB), g.g_z$(this.g_aFu), g.g_zW(this.g_aFt * _);
const e = this.g_aFo,
a = g_aO.g_et(e.g_hV(), e.g_hW(), e.g_hX(), e.g_hY()) / (2 * this.g_aFw);
e.multiply(_, _), g.g_zH(e.g_hV(), e.g_hW(), e.g_hX(), e.g_hY(), 0, a), g.g_Ad(), g.g_zX();
}
}),
(e.g_aEZ = class extends e {
constructor(g, _, a, t, n, e) {
super(),
(this.g_aFv = g),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(_),
this.g_qB.g_gZ(),
(this.g_aFt = a),
(this.g_aFw = t),
(this.g_aFx = n),
(this.g_aFu = e);
}
g_aED(_, a) {
_.g_yZ(), _.g_zp(this.g_aFx), _.g_qG(this.g_qB), _.g_z$(this.g_aFu), _.g_zW(this.g_aFt * a);
let t = 0;
const n = this.g_aFv;
for (let r = 0, e = n.length; r < e; ++r) {
const s = (r + 1) % e,
g = n[r][0],
d = n[r][1],
i = n[s][0],
o = n[s][1],
u = t + g_aO.g_et(g, d, i, o) / (2 * this.g_aFw);
_.g_zH(g * a, d * a, i * a, o * a, t, u), (t = u - Math.floor(u));
}
_.g_Ad(), _.g_zX();
}
}),
(e.g_aE_ = class extends e {
constructor(g, _) {
super(),
(this.g_aFv = g),
(this.g_qB = g_aO.g_ej(g_aO.g_gB)),
this.g_qB.g_g$(_),
this.g_qB.g_gZ();
}
g_aED(g, _) {
g.g_Al(), g.g_qG(this.g_qB);
const t = this.g_aFv;
for (let n = 0, a = t.length; n < a; ++n) {
const g = t[n];
(g[0] *= _), (g[1] *= _);
}
const e = self.g_aH;
if (e.g_aK(t)) {
e.g_aN(t), e.g_aL(t, g_aO.g_er(0.1));
const _ = e.g_aJ(t);
for (const e of _) g.g_zC(e.flat());
}
}
}),
(e.g_aE$ = class extends e {
constructor(g) {
super(), (this.g_aFy = g);
}
g_aED(g, _, e) {
e.g_aEp(this.g_aFy, g), e.g_aEt(g);
}
}),
(e.g_aFb = class extends e {
constructor(g, _) {
super(), (this.g_CX = g.map((g) => [g, g.g_GH('visual-state')])), (this.g_aFz = _);
}
g_aED(_, a, t) {
const s = t.g_BI().g_FO(),
u = t.g_CU().g_Em(),
e = u.g_EW(),
d = t.g_CU().g_Gi(),
E = t.g_aEw(),
h = 0 < t.g_rV(),
y = this.g_aFz,
g = (e.width() - d.width()) / -2,
i = (e.height() - d.height()) / -2,
[l, c] = u.g_GE(d.g_hV(), d.g_hW());
s.g_aoI(l, c);
const n = d.g_hV() - e.g_hV(),
o = d.g_hW() - e.g_hW(),
p = g + n,
m = i + o;
u.g_FL(_, p, m);
for (let e = 0, g = this.g_CX.length; e < g; ++e) {
const a = this.g_CX[e],
t = a[0],
n = a[1];
if (t.g_NL()) continue;
const r = t.g_CU(),
g = r.g_Gi(),
i = t.g_GH('visual-state');
(t.g_GJ(n, 'visual-state'), r.g_Gi(), y && r.g_FH() && (!h || !r.g_Gd().g_amj()))
? (g.offset(-p, -m),
u.g_Gb(t, r, _, E, { g_Js: () => u.g_FL(_, p, m) }) && u.g_FL(_, p, m),
r.g_En(),
r.g_Gi())
: u.g_F$(t, r, _),
t.g_GJ(i, 'visual-state');
}
s.g_aoI(0, 0), t.g_aEy(_), t.g_aEt(_);
}
});
}
'use strict',
(g_aO.g_HY.g_aFA = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_aFA.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
function g(g, _) {
const e = [];
if ('function' == typeof _) for (let a = 0; a < g; ++a) e.push(_());
else for (let a = 0; a < g; ++a) e.push(_);
return e;
}
function _(g, _, e) {
if (_ < g.length) g_aO.g_fy(g, _);
else if (_ > g.length)
if ('function' == typeof e) for (let a = g.length; a < _; ++a) g.push(e());
else for (let a = g.length; a < _; ++a) g.push(e);
}
g_aO.g_HY.g_aFA.Instance = class extends g_aO.g_adT {
constructor(_, e) {
super(_),
(this.g_aFB = 10),
(this.g_aFC = 1),
(this.g_aFD = 1),
(this.g_jz = null),
(this.g_aFE = []),
(this.g_aFF = []),
(this.g_aFG = []),
(this.g_aFH = -1),
e && ((this.g_aFB = e[0]), (this.g_aFC = e[1]), (this.g_aFD = e[2])),
(this.g_jz = g(this.g_aFB, () => g(this.g_aFC, () => g(this.g_aFD, 0))));
}
g_ek() {
(this.g_jz = null), super.g_ek();
}
g_aFI(g, _, e) {
var t = Math.floor;
return (
(g = t(g)),
(_ = t(_)),
(e = t(e)),
0 <= g && g < this.g_aFB && 0 <= _ && _ < this.g_aFC && 0 <= e && e < this.g_aFD
? this.g_jz[g][_][e]
: 0
);
}
Set(g, _, t, n) {
var i = Math.floor;
(g = i(g)),
(_ = i(_)),
(t = i(t)),
0 <= g &&
g < this.g_aFB &&
0 <= _ &&
_ < this.g_aFC &&
0 <= t &&
t < this.g_aFD &&
(this.g_jz[g][_][t] = n);
}
g_wQ(a, t, n) {
var i = Math.floor;
if (
((a = i(a)),
(t = i(t)),
(n = i(n)),
0 > a && (a = 0),
0 > t && (t = 0),
0 > n && (n = 0),
this.g_aFB !== a || this.g_aFC !== t || this.g_aFD !== n)
) {
(this.g_aFB = a), (this.g_aFC = t), (this.g_aFD = n);
const e = this.g_jz;
_(e, a, () => g(t, () => g(n, 0)));
for (let i = 0; i < a; ++i) {
_(e[i], t, () => g(n, 0));
for (let g = 0; g < t; ++g) _(e[i][g], n, 0);
}
}
}
g_pN() {
return this.g_aFB;
}
g_pO() {
return this.g_aFC;
}
g_aFJ() {
return this.g_aFD;
}
g_aep() {
const g = [
{
title: 'plugins.arr.debugger.array-properties.title',
properties: [
{
name: 'plugins.arr.properties.width.name',
value: this.g_aFB,
g_ayn: (g) => this.g_wQ(g, this.g_aFC, this.g_aFD)
},
{
name: 'plugins.arr.properties.height.name',
value: this.g_aFC,
g_ayn: (g) => this.g_wQ(this.g_aFB, g, this.g_aFD)
},
{
name: 'plugins.arr.properties.depth.name',
value: this.g_aFD,
g_ayn: (g) => this.g_wQ(this.g_aFB, this.g_aFC, g)
},
{
name: 'plugins.arr.properties.elements.name',
value: this.g_aFB * this.g_aFC * this.g_aFD
}
]
}
],
_ = [];
if (1 === this.g_aFC && 1 === this.g_aFD)
for (let g = 0; g < this.g_aFB; ++g)
_.push({
name: '$' + g,
value: this.g_jz[g][0][0],
g_ayn: (_) => (this.g_jz[g][0][0] = _)
});
else
for (let g = 0; g < this.g_aFB; ++g)
_.push({ name: '$' + g, value: this.g_jz[g].toString() });
return (
_.length && g.push({ title: 'plugins.arr.debugger.array-data.title', properties: _ }), g
);
}
g_aFK() {
return JSON.stringify({
c2array: !0,
size: [this.g_aFB, this.g_aFC, this.g_aFD],
data: this.g_jz
});
}
g_GH() {
return { size: [this.g_aFB, this.g_aFC, this.g_aFD], data: this.g_jz };
}
g_GJ(g) {
const _ = g.size;
(this.g_aFB = _[0]), (this.g_aFC = _[1]), (this.g_aFD = _[2]), (this.g_jz = g.data);
}
g_aFL() {
return 0 <= this.g_aFH && this.g_aFH < this.g_aFE.length ? this.g_aFE[this.g_aFH] : 0;
}
g_aFM() {
return 0 <= this.g_aFH && this.g_aFH < this.g_aFF.length ? this.g_aFF[this.g_aFH] : 0;
}
g_aFN() {
return 0 <= this.g_aFH && this.g_aFH < this.g_aFG.length ? this.g_aFG[this.g_aFH] : 0;
}
g_adS() {
return g_aFO;
}
};
const t = new WeakMap();
self.g_aFO = class extends g_agH {
constructor() {
super(), t.set(this, g_agH.g_agN().g_Qd());
}
get width() {
return t.get(this).g_pN();
}
get height() {
return t.get(this).g_pO();
}
get g_aFP() {
return t.get(this).g_aFJ();
}
g_aFQ(g, _ = 1, a = 1) {
t.get(this).g_wQ(g, _, a);
}
g_aFR(g, _ = 0, e = 0) {
return t.get(this).g_aFI(g, _, e);
}
g_aFS(g, _, a = 0, n = 0) {
if ('number' != typeof g && 'string' != typeof g) throw new TypeError('invalid type');
t.get(this).Set(_, a, n, g);
}
};
}
{
function _(g, _, a, t, n) {
g.g_WL(a), _.g__b(t, n), g.g_WM(a);
}
g_aO.g_HY.g_aFA.g_HW = {
g_abI(g, _, e) {
return g_aO.compare(this.g_aFI(g, 0, 0), _, e);
},
g_aFT(g, _, e, a) {
return g_aO.compare(this.g_aFI(g, _, 0), e, a);
},
g_aFU(g, _, a, t, n) {
return g_aO.compare(this.g_aFI(g, _, a), t, n);
},
g_aFV(a) {
const t = this.g_Be,
r = t.g_ED(),
s = t.g_TT(),
e = s.g_UD(),
d = t.g_TB(),
u = d.g_TU(),
h = d.g_TZ(s),
i = ++this.g_aFH,
f = this.g_aFE,
E = this.g_aFF,
l = this.g_aFG,
g = this.g_aFB,
n = this.g_aFC,
o = this.g_aFD;
if (
(i === this.g_aFE.length
? (f.push(0), E.push(0), l.push(0))
: ((f[i] = 0), (E[i] = 0), (l[i] = 0)),
t.g__o(!1),
0 === a)
)
for (let a = 0; a < g; ++a)
for (let t = 0; t < n; ++t)
for (let n = 0; n < o; ++n) (f[i] = a), (E[i] = t), (l[i] = n), _(r, s, e, u, h);
else if (1 === a)
for (let a = 0; a < g; ++a)
for (let g = 0; g < n; ++g) (f[i] = a), (E[i] = g), _(r, s, e, u, h);
else for (let a = 0; a < g; ++a) (f[i] = a), _(r, s, e, u, h);
return t.g__o(!0), this.g_aFH--, d.g_Ty(), !1;
},
g_aFW(g, _) {
return g_aO.compare(this.g_aFI(this.g_aFL(), this.g_aFM(), this.g_aFN()), g, _);
},
g_aFX(g) {
const _ = this.g_aFB,
a = this.g_aFC,
t = this.g_aFD,
n = this.g_jz;
for (let e = 0; e < _; ++e)
for (let _ = 0; _ < a; ++_) for (let a = 0; a < t; ++a) if (n[e][_][a] === g) return !0;
return !1;
},
g_jC() {
return 0 === this.g_aFB || 0 === this.g_aFC || 0 === this.g_aFD;
},
g_aFY(g, _, e) {
let a = 0;
return (
0 === g
? (a = this.g_aFB)
: 1 === g
? (a = this.g_aFC)
: 2 === g
? (a = this.g_aFD)
: void 0,
g_aO.compare(a, _, e)
);
}
};
}
{
function _(g, _) {
const e = [];
if ('function' == typeof _) for (let a = 0; a < g; ++a) e.push(_());
else for (let a = 0; a < g; ++a) e.push(_);
return e;
}
function g(g, _) {
if ('number' == typeof g && 'number' == typeof _) return g - _;
else {
const e = g.toString(),
a = _.toString();
return e < a ? -1 : e > a ? 1 : 0;
}
}
g_aO.g_HY.g_aFA.g_abH = {
g_js(g) {
const _ = this.g_aFB,
a = this.g_aFC,
t = this.g_aFD,
n = this.g_jz;
for (let e = 0; e < _; ++e)
for (let _ = 0; _ < a; ++_) for (let a = 0; a < t; ++a) n[e][_][a] = g;
},
g_wQ(g, _, e) {
this.g_wQ(g, _, e);
},
g_abn(g, _) {
this.Set(g, 0, 0, _);
},
g_abq(g, _, e) {
this.Set(g, _, 0, e);
},
g_aFZ(g, _, e, a) {
this.Set(g, _, e, a);
},
g_TZ(t, n, a) {
const i = this.g_aFB,
e = this.g_aFC,
r = this.g_aFD,
g = this.g_jz;
if (0 === a) {
const a = _(e, () => _(r, n));
0 === t ? g.push(a) : g.unshift(a), this.g_aFB++;
} else if (1 === a) {
for (let a = 0; a < i; ++a) {
const i = _(r, n);
0 === t ? g[a].push(i) : g[a].unshift(i);
}
this.g_aFC++;
} else {
for (let _ = 0; _ < i; ++_)
for (let a = 0; a < e; ++a) 0 === t ? g[_][a].push(n) : g[_][a].unshift(n);
this.g_aFD++;
}
},
g_Ty(g, _) {
const a = this.g_aFB,
t = this.g_aFC,
n = this.g_aFD,
e = this.g_jz;
if (0 === _) {
if (0 === a) return;
0 === g ? e.pop() : e.shift(), this.g_aFB--;
} else if (1 === _) {
if (0 === t) return;
for (let _ = 0; _ < a; ++_) 0 === g ? e[_].pop() : e[_].shift();
this.g_aFC--;
} else {
if (0 === n) return;
for (let _ = 0; _ < a; ++_)
for (let a = 0; a < t; ++a) 0 === g ? e[_][a].pop() : e[_][a].shift();
this.g_aFD--;
}
},
g_aF_(g) {
const _ = this.g_aFB,
t = this.g_aFC,
a = this.g_aFD,
n = this.g_jz;
if (0 !== _ && 0 !== t && 0 !== a)
if (0 === g) n.reverse();
else if (1 === g) for (let g = 0; g < _; ++g) n[g].reverse();
else for (let g = 0; g < _; ++g) for (let _ = 0; _ < t; ++_) n[g][_].reverse();
},
g_aF$(_) {
const t = this.g_aFB,
n = this.g_aFC,
a = this.g_aFD,
e = this.g_jz;
if (0 !== t && 0 !== n && 0 !== a)
if (0 === _) e.sort((_, e) => g(_[0][0], e[0][0]));
else if (1 === _) for (let _ = 0; _ < t; ++_) e[_].sort((_, e) => g(_[0], e[0]));
else for (let _ = 0; _ < t; ++_) for (let a = 0; a < n; ++a) e[_][a].sort(g);
},
g_jt(g, _) {
if (((g = Math.floor(g)), !(0 > g))) {
const a = this.g_aFB,
t = this.g_aFC,
n = this.g_aFD,
e = this.g_jz;
if (0 === _) {
if (g >= a) return;
e.splice(g, 1), this.g_aFB--;
} else if (1 === _) {
if (g >= t) return;
for (let _ = 0; _ < a; ++_) e[_].splice(g, 1);
this.g_aFC--;
} else {
if (g >= n) return;
for (let _ = 0; _ < a; ++_) for (let a = 0; a < t; ++a) e[_][a].splice(g, 1);
this.g_aFD--;
}
}
},
g_Db(t, n, a) {
if (((n = Math.floor(n)), 0 > n)) return;
const i = this.g_aFB,
e = this.g_aFC,
r = this.g_aFD,
g = this.g_jz;
if (0 === a) {
if (n > i) return;
g.splice(
n,
0,
_(e, () => _(r, t))
),
this.g_aFB++;
} else if (1 === a) {
if (n > e) return;
for (let e = 0; e < i; ++e) g[e].splice(n, 0, _(r, t));
this.g_aFC++;
} else {
if (n > r) return;
for (let _ = 0; _ < i; ++_) for (let a = 0; a < e; ++a) g[_][a].splice(n, 0, t);
this.g_aFD++;
}
},
g_aGa(g) {
let _ = null;
try {
_ = JSON.parse(g);
} catch (g) {
return void console.error('[Construct 3] Failed to parse JSON: ', g);
}
if (_.c2array) {
const g = _.size;
(this.g_aFB = g[0]), (this.g_aFC = g[1]), (this.g_aFD = g[2]), (this.g_jz = _.data);
}
},
g_aGb(g) {
const _ = URL.createObjectURL(new Blob([this.g_aFK()], { type: 'application/json' }));
this.g_Be.g_af_(_, g);
}
};
}
'use strict',
(g_aO.g_HY.g_aFA.g__$ = {
g_aFI(g, _, e) {
return this.g_aFI(g, _ || 0, e || 0);
},
g_abW() {
return this.g_aFB;
},
g_abX() {
return this.g_aFC;
},
g_aGc() {
return this.g_aFD;
},
g_aGd() {
return this.g_aFL();
},
g_aGe() {
return this.g_aFM();
},
g_aGf() {
return this.g_aFN();
},
g_aGg() {
return this.g_aFI(this.g_aFL(), this.g_aFM(), this.g_aFN());
},
g_mD() {
return this.g_aFI(0, 0, 0);
},
g_aGh() {
return this.g_aFI(this.g_aFB - 1, 0, 0);
},
g_aGi(g) {
const _ = this.g_jz;
for (let e = 0, a = this.g_aFB; e < a; ++e) if (_[e][0][0] === g) return e;
return -1;
},
g_aGj(g) {
const _ = this.g_jz;
for (let e = this.g_aFB - 1; 0 <= e; --e) if (_[e][0][0] === g) return e;
return -1;
},
g_acO() {
return this.g_aFK();
}
}),
'use strict',
(g_aO.g_HY.g_aGk = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict';
{
function g() {
return _.g_$i().g_Qd();
}
g_aO.g_HY.g_aGk.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
g_adS() {
return g_aGl;
}
};
let _ = null;
self.g_aGl = class extends g_agr {
constructor(g) {
super(g), (_ = g), (g.g_BI().g_afW().g_afX = this);
}
g_aGm(_) {
return g().g_aGn(_)[0];
}
g_aGo(_) {
return g().g_aGn(_)[1];
}
g_aGp(_) {
return g().g_aGn(_);
}
g_aGq(_) {
return g().g_aGr(_);
}
};
}
'use strict',
(g_aO.g_HY.g_aGk.Instance = class extends g_aO.g_adT {
constructor(g) {
super(g, 'mouse'),
(this.g_aGs = [!1, !1, !1]),
(this.g_aGt = 0),
(this.g_aGu = 0),
(this.g_aGv = 0),
(this.g_aGw = 0),
(this.g_aGx = 0);
const _ = this.g_BI().g_lh();
this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(_, 'pointermove', (g) => this.g_aGy(g.data)),
g_aO.g_lE.g_lJ(_, 'pointerdown', (g) => this.g_aGz(g.data)),
g_aO.g_lE.g_lJ(_, 'pointerup', (g) => this.g_aGA(g.data)),
g_aO.g_lE.g_lJ(_, 'dblclick', (g) => this.g_aGB(g.data)),
g_aO.g_lE.g_lJ(_, 'wheel', (g) => this.g_aGC(g.data)),
g_aO.g_lE.g_lJ(_, 'window-blur', () => this.g_arq())
);
}
g_ek() {
super.g_ek();
}
g_aGz(g) {
'mouse' !== g.pointerType ||
((this.g_aGt = g.clientX - this.g_Be.g_aeU()),
(this.g_aGu = g.clientY - this.g_Be.g_aeV()),
this.g_aGD(g.lastButtons, g.buttons));
}
g_aGy(g) {
'mouse' !== g.pointerType ||
((this.g_aGt = g.clientX - this.g_Be.g_aeU()),
(this.g_aGu = g.clientY - this.g_Be.g_aeV()),
this.g_aGD(g.lastButtons, g.buttons));
}
g_aGA(g) {
'mouse' !== g.pointerType || this.g_aGD(g.lastButtons, g.buttons);
}
g_aGD(g, _) {
this.g_aGE(g, _, 1, 0), this.g_aGE(g, _, 4, 1), this.g_aGE(g, _, 2, 2);
}
g_aGE(g, _, e, a) {
!(g & e) && _ & e ? this.g_aGF(a) : g & e && !(_ & e) && this.g_aGG(a);
}
g_aGF(g) {
(this.g_aGs[g] = !0),
this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGH),
(this.g_aGv = g),
(this.g_aGw = 0),
this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGI),
this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGJ);
}
g_aGG(g) {
this.g_aGs[g] &&
((this.g_aGs[g] = !1), (this.g_aGv = g), this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGK));
}
g_aGB(g) {
(this.g_aGv = g.button),
(this.g_aGw = 1),
this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGI),
this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGJ);
}
g_aGC(g) {
(this.g_aGx = 0 > g.deltaY ? 1 : 0), this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGL);
}
g_arq() {
for (let g = 0, _ = this.g_aGs.length; g < _; ++g) {
if (!this.g_aGs[g]) return;
(this.g_aGs[g] = !1), (this.g_aGv = g), this.g_Ku(g_aO.g_HY.g_aGk.g_HW.g_aGK);
}
}
g_aGn(g) {
const _ = this.g_Be.g_Is(),
t = this.g_aGt,
n = this.g_aGu;
if ('undefined' == typeof g) {
const g = _.g_Ho(0);
return g.g_GB(t, n);
} else {
const a = _.g_Em(g);
return a ? a.g_Gr(t, n) : [0, 0];
}
}
g_aGr(g) {
return (g = Math.floor(g)), !!this.g_aGs[g];
}
g_aGM() {
return (
0 <= this.g_aGt &&
0 <= this.g_aGu &&
this.g_aGt < this.g_Be.g_ar$() &&
this.g_aGu < this.g_Be.g_asa()
);
}
g_aep() {
return [
{
title: 'plugins.mouse.name',
properties: [
{
name: 'plugins.mouse.debugger.absolute-position',
value: this.g_aGt + ',' + this.g_aGu
},
{ name: 'plugins.mouse.debugger.left-button', value: this.g_aGs[0] },
{ name: 'plugins.mouse.debugger.middle-button', value: this.g_aGs[1] },
{ name: 'plugins.mouse.debugger.right-button', value: this.g_aGs[2] }
]
},
{
title: 'plugins.mouse.debugger.position-on-each-layer',
properties: this.g_Be
.g_Is()
.g_Hm()
.map((g) => ({
name: '$' + g.g_pY(),
value: g.g_Gr(this.g_aGt, this.g_aGu).join(', ')
}))
}
];
}
}),
'use strict',
(g_aO.g_HY.g_aGk.g_HW = {
g_aGI(g, _) {
return this.g_aGv === g && this.g_aGw === _;
},
g_aGH() {
return !0;
},
g_aGN(g) {
return this.g_aGs[g];
},
g_aGK(g) {
return this.g_aGv === g;
},
g_aGO(g) {
if (!this.g_aGM()) return !1;
const _ = this.g_Be.g_VH(),
a = _.g_aaB(),
t = this.g_aGt,
n = this.g_aGu;
return g_aO.xor(this.g_Be.g_ahf().g_amD(g, t, n, a), a);
},
g_aGJ(g, _, a) {
if (g !== this.g_aGv || _ !== this.g_aGw) return !1;
if (!this.g_aGM()) return !1;
const t = this.g_aGt,
n = this.g_aGu;
return this.g_Be.g_ahf().g_amD(a, t, n, !1);
},
g_aGL(g) {
return this.g_aGx === g;
}
}),
'use strict';
{
let g = null;
const _ = ['auto', 'pointer', 'text', 'crosshair', 'move', 'help', 'wait', 'none'];
g_aO.g_HY.g_aGk.g_abH = {
g_aGP(e) {
const a = _[e];
g === a || ((g = a), this.g_aeg('cursor', a));
},
g_aGQ(_) {
if (g_aO.g_bJ.g_bU || !_) return;
const a = _.g_abA();
if (!a) return;
const t = a.g_CU(),
n = a.g_Gg();
t &&
n &&
g !== n &&
((g = n),
n
.g_ahT()
.then((g) => g_aO.g_cv(g))
.then((g) => {
var _ = Math.round;
const e = URL.createObjectURL(g),
a = `url(${e}) ${_(t.g_QX() * n.g_pN())} ${_(t.g_QZ() * n.g_pO())}, auto`;
this.g_aeg('cursor', ''), this.g_aeg('cursor', a);
}));
}
};
}
'use strict',
(g_aO.g_HY.g_aGk.g__$ = {
g_abR(g) {
return this.g_aGn(g)[0];
},
g_abS(g) {
return this.g_aGn(g)[1];
},
g_aGR() {
return this.g_aGt;
},
g_aGS() {
return this.g_aGu;
}
}),
'use strict',
(g_aO.g_HY.g_aGT = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_aGT.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {
this.g_adQ().g_ahM(this.g_Be);
}
g_Hx(g) {
return this.g_adQ().g_CR(g, { g_qO: this.g_Be.g_FR(), g_qM: !0 });
}
g_HD() {
this.g_adQ().g_wt();
}
}),
'use strict';
{
const _ = g_aO.g_ej(g_aO.Rect);
g_aO.g_HY.g_aGT.Instance = class extends g_aO.g_aeu {
constructor(g, _) {
super(g), (this.g_aGU = !0);
const e = g_aO.g_ej(g_aGV);
(this.g_aGW = e),
(e.g_aGX = () => this.g_aGY()),
(this.g_aGZ = null),
(this.g_aG_ = (g, _, a, t, n, e) => this.g_aG$(g, _, a, t, n, e)),
(this.g_aHa = (g) => this.g_aHb(g)),
(this.g_aHc = !0),
_ &&
(e.g_aHd(_[0]),
e.g_aHe(g_aO.g_er(_[1])),
e.g_aHf(_[2] ? 'one-shot' : 'continuous-spray'),
this.g_aHg(this.g_Be.g_Ib(_[3])),
e.g_aHh(_[4]),
e.g_aHi(_[5]),
e.g_aHj(_[6] / 100),
e.g_aHk(_[7]),
e.g_aHl(_[8]),
e.g_aHm(_[9]),
e.g_aHn(_[10]),
e.g_aHo(_[11]),
e.g_aHp(_[12]),
e.g_aHq(_[13]),
e.g_aHr(_[14]),
e.g_aHs(_[15]),
e.g_aHt(_[16]),
e.g_aHu(_[17]),
e.g_aHv(_[18]),
e.g_aHw(_[19])),
this.g_aHx(),
this.g_aGZ && (this.g_aHc = !1),
'one-shot' === e.g_aHy() ? e.g_aHz() : e.g_aHA(!0);
const a = this.g_CU();
a.g_alG(!0),
this.g_b_.g_lh().addEventListener('bboxchange', () => {
a.g_alF(this.g_aGW.g_Gi());
}),
this.g_ael();
}
g_ek() {
this.g_aGW.g_ek(),
(this.g_aGW = null),
(this.g_aG_ = null),
(this.g_aHa = null),
super.g_ek();
}
g_aHg(g) {
g === this.g_EA() && (g = null),
(this.g_aGZ = g),
(this.g_aGW.g_aHB = g ? (g) => this.g_aHC(g) : null),
this.g_aGZ || (this.g_aHc = !0);
}
g_aHx() {
const g = this.g_aGW,
_ = this.g_CU();
g.g_aHD(_.g_zk()),
g.g_avp(this.g_Be.g_Gs()),
g.g_aHE(_.g_Ig()),
g.g_aHF(_.g_Ih()),
g.g_aHG(_.g_Fj());
}
g_aGY() {
this.g_Be.g_EB(this.g_b_);
}
g_FN(a) {
if (this.g_aHc) {
const t = this.g_Tq.g_adQ(),
n = t.g_rQ();
if (n) {
const i = this.g_CU(),
e = i.g_Em(),
r = _;
e.g_EX(i.g_Jg(), r), a.g_zp(n);
const g = e.g_EY(i.g_Jg());
this.g_aGW.g_aHH(e.g_FM() * g), this.g_aGW.g_FN(a, t.g_xg(), r);
}
}
}
g_GH() {
const g = this.g_aGW;
return {
r: g.g_aHI(),
sc: g.g_aHJ(),
st: g.g_aHy(),
isp: g.g_aHK(),
isz: g.g_aHL(),
io: g.g_aHM(),
gr: g.g_aHN(),
xr: g.g_aHO(),
yr: g.g_aHP(),
spr: g.g_aHQ(),
szr: g.g_aHR(),
grnd: g.g_aHS(),
acc: g.g_aHT(),
g: g.g_aHU(),
lar: g.g_aHV(),
lsr: g.g_aHW(),
lor: g.g_aHX(),
dm: g.g_aHY(),
to: g.g_aHZ(),
s: g.g_aH_(),
pcc: g.g_aH$(),
ft: this.g_aGU,
p: g.g_aIa().map((g) => g.toJSON())
};
}
g_GJ(g) {
const _ = this.g_aGW;
_.g_aHd(g.r),
_.g_aHe(g.sc),
_.g_aHf(g.st),
_.g_aHh(g.isp),
_.g_aHi(g.isz),
_.g_aHj(g.io),
_.g_aHk(g.gr),
_.g_aHl(g.xr),
_.g_aHm(g.yr),
_.g_aHn(g.spr),
_.g_aHo(g.szr),
_.g_aHp(g.grnd),
_.g_aHq(g.acc),
_.g_aHr(g.g),
_.g_aHs(g.lar),
_.g_aHt(g.lsr),
_.g_aHu(g.lor),
_.g_aHv(g.dm),
_.g_aHw(g.to),
_.g_aHA(g.s),
_.g_aIb(g.pcc),
(this.g_aGU = g.ft);
const a = g.p;
_.g_aIc(a.length);
const t = _.g_aIa();
for (let _ = 0, n = t.length; _ < n; ++_) t[_].g_hs(a[_]);
}
g_KZ() {
const g = this.g_Be.g_KW(this.g_b_);
this.g_aHx(),
this.g_aGU && 'one-shot' === this.g_aGW.g_aHy() && this.g_aGW.g_aId(),
this.g_aGW.g_KZ(g),
this.g_aGW.g_aH_() && this.g_Be.g_EV(),
this.g_CU().g_En(),
(this.g_aGU = !1);
}
g_aHC(g) {
const _ = this.g_Be.g_agB(this.g_aGZ, this.g_CU().g_Em(), g.g_Ig(), g.g_Ih()),
e = _.g_CU();
return (
e.g_wQ(g.g_jv(), g.g_jv()),
e.g_Fi(g.g_Fj()),
e.g_zm(g.g_zk()),
e.g_En(),
e.g_abB(this.g_Nj(), !0),
_.g_EI(),
g.g_aIe(this.g_aG_),
g.g_aIf(this.g_aHa),
_
);
}
g_aG$(_, a, t, n, i, e) {
if (!_.g_NL()) {
const r = _.g_CU();
r.g_abt(a, t),
r.g_wQ(r.g_pN() + n, r.g_pO() + n),
r.g_Fi(r.g_Fj() + i),
r.g_zm(r.g_zk() + e),
r.g_En();
}
}
g_aHb(g) {
g.g_NL() || this.g_Be.g_EB(g);
}
g_QF(g) {
const _ = this.g_aGW;
return 0 === g
? _.g_aHI()
: 1 === g
? g_aO.g_es(_.g_aHJ())
: 2 === g
? 'one-shot' === _.g_aHy()
? 1
: 0
: 4 === g
? _.g_aHK()
: 5 === g
? _.g_aHL()
: 6 === g
? 100 * _.g_aHM()
: 7 === g
? _.g_aHN()
: 8 === g
? _.g_aHO()
: 9 === g
? _.g_aHP()
: 10 === g
? _.g_aHQ()
: 11 === g
? _.g_aHR()
: 12 === g
? _.g_aHS()
: 13 === g
? _.g_aHT()
: 14 === g
? _.g_aHU()
: 15 === g
? _.g_aHV()
: 16 === g
? _.g_aHW()
: 17 === g
? _.g_aHX()
: 18 === g
? _.g_aHY()
: 19 === g
? _.g_aHZ()
: void 0;
}
g_QM(g, _) {
const e = this.g_aGW;
0 === g
? e.g_aHd(_)
: 1 === g
? e.g_aHe(g_aO.g_er(_))
: 2 === g
? e.g_aHf(_ ? 'one-shot' : 'continuous-spray')
: 4 === g
? e.g_aHh(_)
: 5 === g
? e.g_aHi(_)
: 6 === g
? e.g_aHj(_ / 100)
: 7 === g
? e.g_aHk(_)
: 8 === g
? e.g_aHl(_)
: 9 === g
? e.g_aHm(_)
: 10 === g
? e.g_aHn(_)
: 11 === g
? e.g_aHo(_)
: 12 === g
? e.g_aHp(_)
: 13 === g
? e.g_aHq(_)
: 14 === g
? e.g_aHr(_)
: 15 === g
? e.g_aHs(_)
: 16 === g
? e.g_aHt(_)
: 17 === g
? e.g_aHu(_)
: 18 === g
? e.g_aHv(_)
: 19 === g
? e.g_aHw(_)
: void 0;
}
g_aep() {
const g = this.g_aGW;
return [
{
title: 'plugins.particles.name',
properties: [
{ name: 'plugins.particles.debugger.particle-count', value: g.g_aIg() },
{
name: 'plugins.particles.properties.type.name',
value: ['plugins.particles.properties.type.items.' + g.g_aHy()]
},
{
name: 'plugins.particles.debugger.is-spraying',
value: g.g_aH_(),
g_ayn: (_) => g.g_aHA(_)
},
{
name: 'plugins.particles.properties.rate.name',
value: g.g_aHI(),
g_ayn: (_) => g.g_aHd(_)
},
{
name: 'plugins.particles.properties.spray-cone.name',
value: g_aO.g_es(g.g_aHJ()),
g_ayn: (_) => g.g_aHe(g_aO.g_er(_))
},
{
name: 'plugins.particles.properties.speed.name',
value: g.g_aHK(),
g_ayn: (_) => g.g_aHh(_)
},
{
name: 'plugins.particles.properties.size.name',
value: g.g_aHL(),
g_ayn: (_) => g.g_aHi(_)
},
{
name: 'plugins.particles.properties.opacity.name',
value: g.g_aHM(),
g_ayn: (_) => g.g_aHj(_)
},
{
name: 'plugins.particles.properties.grow-rate.name',
value: g.g_aHN(),
g_ayn: (_) => g.g_aHk(_)
},
{
name: 'plugins.particles.properties.x-randomiser.name',
value: g.g_aHO(),
g_ayn: (_) => g.g_aHl(_)
},
{
name: 'plugins.particles.properties.y-randomiser.name',
value: g.g_aHP(),
g_ayn: (_) => g.g_aHm(_)
},
{
name: 'plugins.particles.properties.initial-speed-randomiser.name',
value: g.g_aHQ(),
g_ayn: (_) => g.g_aHn(_)
},
{
name: 'plugins.particles.properties.size-randomiser.name',
value: g.g_aHR(),
g_ayn: (_) => g.g_aHo(_)
},
{
name: 'plugins.particles.properties.grow-rate-randomiser.name',
value: g.g_aHS(),
g_ayn: (_) => g.g_aHp(_)
},
{
name: 'plugins.particles.properties.acceleration.name',
value: g.g_aHT(),
g_ayn: (_) => g.g_aHq(_)
},
{
name: 'plugins.particles.properties.gravity.name',
value: g.g_aHU(),
g_ayn: (_) => g.g_aHr(_)
},
{
name: 'plugins.particles.properties.angle-randomiser.name',
value: g.g_aHV(),
g_ayn: (_) => g.g_aHs(_)
},
{
name: 'plugins.particles.properties.life-speed-randomiser.name',
value: g.g_aHW(),
g_ayn: (_) => g.g_aHt(_)
},
{
name: 'plugins.particles.properties.opacity-randomiser.name',
value: g.g_aHX(),
g_ayn: (_) => g.g_aHu(_)
},
{
name: 'plugins.particles.properties.timeout.name',
value: g.g_aHZ(),
g_ayn: (_) => g.g_aHw(_)
}
]
}
];
}
};
}
'use strict',
(g_aO.g_HY.g_aGT.g_HW = {
g_aH_() {
return this.g_aGW.g_aH_();
}
}),
'use strict',
(g_aO.g_HY.g_aGT.g_abH = {
g_aHA(g) {
this.g_aGW.g_aHA(0 !== g);
},
g_aHd(g) {
this.g_aGW.g_aHd(g), 'one-shot' === this.g_aGW.g_aHy() && this.g_aGU && this.g_aGW.g_aIc(g);
},
g_aIh(g) {
this.g_aHg(g);
},
g_aIi() {
this.g_aHg(null);
},
g_aHe(g) {
this.g_aGW.g_aHe(g_aO.g_er(g));
},
g_aHh(g) {
this.g_aGW.g_aHh(g);
},
g_aHi(g) {
this.g_aGW.g_aHi(g);
},
g_aHj(g) {
this.g_aGW.g_aHj(g / 100);
},
g_aHk(g) {
this.g_aGW.g_aHk(g);
},
g_aIj(g) {
this.g_aGW.g_aHl(g);
},
g_aIk(g) {
this.g_aGW.g_aHm(g);
},
g_aIl(g) {
this.g_aGW.g_aHn(g);
},
g_aIm(g) {
this.g_aGW.g_aHo(g);
},
g_aIn(g) {
this.g_aGW.g_aHp(g);
},
g_aIo(g) {
this.g_aGW.g_aHq(g);
},
g_aHr(g) {
this.g_aGW.g_aHr(g);
},
g_aIp(g) {
this.g_aGW.g_aHs(g);
},
g_aIq(g) {
this.g_aGW.g_aHt(g);
},
g_aIr(g) {
this.g_aGW.g_aHu(g);
},
g_aHw(g) {
this.g_aGW.g_aHw(g);
},
g_ayV(g) {
this.g_CU().g_Ex(g), this.g_Be.g_EV();
}
}),
'use strict',
(g_aO.g_HY.g_aGT.g__$ = {
g_aIs() {
return this.g_aGW.g_aIg();
},
g_aIt() {
return this.g_aGW.g_aHI();
},
g_aIu() {
return g_aO.g_es(this.g_aGW.g_aHJ());
},
g_aIv() {
return this.g_aGW.g_aHK();
},
g_aIw() {
return this.g_aGW.g_aHL();
},
g_aIx() {
return 100 * this.g_aGW.g_aHM();
},
g_aIy() {
return this.g_aGW.g_aHN();
},
g_aIz() {
return this.g_aGW.g_aHO();
},
g_aIA() {
return this.g_aGW.g_aHP();
},
g_aIB() {
return this.g_aGW.g_aHQ();
},
g_aIC() {
return this.g_aGW.g_aHS();
},
g_aID() {
return this.g_aGW.g_aHT();
},
g_aIE() {
return this.g_aGW.g_aHU();
},
g_aIF() {
return this.g_aGW.g_aHV();
},
g_aIG() {
return this.g_aGW.g_aHW();
},
g_aIH() {
return this.g_aGW.g_aHX();
},
g_aII() {
return this.g_aGW.g_aHZ();
}
}),
'use strict';
{
function _(g) {
return Math.random() * g - g / 2;
}
const t = new g_aO.g_iu(),
a = new g_aO.g_gB(),
n = self.devicePixelRatio || 1;
let r = !1;
self.g_aIJ = class {
constructor(g) {
(this.g_aIK = g),
(this.g_lB = !1),
(this.g_hB = 0),
(this.g_hC = 0),
(this.g_ahV = 0),
(this.g_DF = 0),
(this.g_aIL = 1),
(this.g_aIM = 0),
(this.g_aIN = 0),
(this.g_CF = 0),
(this.g_aIO = 0),
(this.g_aIP = 0),
(this.g_aIQ = 0),
(this.g_ja = new g_aO.Rect()),
(this.g_aIR = null),
(this.g_aIS = null),
(this.g_aIT = null);
}
g_aIU(g) {
this.g_aIK = g;
}
g_akw(g) {
(this.g_lB = !0),
(this.g_hB = this.g_aIK.g_aIV() + _(this.g_aIK.g_aHO())),
(this.g_hC = this.g_aIK.g_aIW() + _(this.g_aIK.g_aHP())),
(this.g_ahV = this.g_aIK.g_aHK() + _(this.g_aIK.g_aHQ())),
(this.g_DF = this.g_aIK.g_aIX() + _(this.g_aIK.g_aHJ())),
(this.g_aIL = this.g_aIK.g_aHM()),
(this.g_aIM = this.g_aIL),
(this.g_CF = this.g_aIK.g_aHL() + _(this.g_aIK.g_aHR())),
(this.g_aIO = this.g_CF / 2),
(this.g_aIN = this.g_aIK.g_aHN() + _(this.g_aIK.g_aHS())),
(this.g_aIP = 0),
(this.g_aIQ = 0),
this.g_aIY(),
g
? !this.g_aIR && (this.g_aIR = g(this))
: ((this.g_aIR = null), (this.g_aIS = null), (this.g_aIT = null));
}
g_aIe(g) {
this.g_aIS = g;
}
g_aIf(g) {
this.g_aIT = g;
}
g_acM() {
const g = this.g_aIT;
g && g(this.g_aIR), (this.g_aIR = null), (this.g_aIS = null), (this.g_aIT = null);
}
toJSON() {
return [
this.g_hB,
this.g_hC,
this.g_ahV,
this.g_DF,
this.g_aIL,
this.g_aIN,
this.g_CF,
this.g_aIP,
this.g_aIQ
];
}
g_hs(g) {
(this.g_hB = g[0]),
(this.g_hC = g[1]),
(this.g_ahV = g[2]),
(this.g_DF = g[3]),
(this.g_aIL = g[4]),
(this.g_aIN = g[5]),
(this.g_CF = g[6]),
(this.g_aIP = g[7]),
(this.g_aIQ = g[8]),
(this.g_aIO = this.g_CF / 2),
this.g_aIY();
}
g_KZ(t) {
const r = this.g_aIK,
s = this.g_ahV * t,
e = this.g_DF,
d = Math.cos(e) * s,
a = Math.sin(e) * s + this.g_aIP * t;
(this.g_hB += d), (this.g_hC += a);
const g = this.g_aIN * t;
(this.g_CF += g),
(this.g_aIO = this.g_CF / 2),
(this.g_ahV += r.g_aHT() * t),
(this.g_aIP += r.g_aHU() * t),
(this.g_aIQ += t),
this.g_aIY();
const o = r.g_aHV(),
i = r.g_aHW(),
u = r.g_aHX();
let p = 0;
0 !== o && ((p = _(o * t)), (this.g_DF += p)),
0 !== i && (this.g_ahV += _(i * t)),
0 !== u && (this.g_aIL = g_aO.g_ep(this.g_aIL + _(u * t), 0, 1));
const h = 1 <= this.g_CF && (2 === r.g_aHY() ? 0 < this.g_ahV : this.g_aIQ < r.g_aHZ()),
f = this.g_aIS;
if (f && h) {
let _ = r.g_aIZ() * this.g_aIL;
0 === r.g_aHY() && (_ *= 1 - this.g_aIQ / r.g_aHZ());
const e = _ - this.g_aIM;
(this.g_aIM = _), f(this.g_aIR, d, a, g, p, e);
}
this.g_lB = h;
}
g_Yd() {
return this.g_lB;
}
g_Gi() {
return this.g_ja;
}
g_aIY() {
const g = this.g_hB,
_ = this.g_hC,
e = this.g_aIO;
this.g_ja.set(g - e, _ - e, g + e, _ + e);
}
g_FN(_, e) {
if (this.g_aIR) return;
const s = this.g_aIK;
let g = s.g_aIZ() * this.g_aIL;
if ((0 === s.g_aHY() && (g *= 1 - this.g_aIQ / s.g_aHZ()), 0 >= g)) return;
const d = this.g_CF,
i = d * s.g_aI_() * n;
if (1 > i) return;
let o = this.g_hB,
u = this.g_hC;
s.g_aI$() && ((o = 0 | (o + 0.5)), (u = 0 | (u + 0.5))),
i > _.g_AX() || i < _.g_AW()
? (a.g_p(s.g_zo()), a.g_gY(g), _.g_qG(a), (r = !0), t.g_iO(this.g_ja), _.g_zy(t, e))
: (r && (_.g_qG(s.g_zo()), (r = !1)), _.g_Aj(o, u, i, g));
}
g_aJa() {
return this.g_aIR;
}
g_Ig() {
return this.g_hB;
}
g_Ih() {
return this.g_hC;
}
g_jv() {
return this.g_CF;
}
g_Fj() {
return this.g_DF;
}
g_zk() {
return this.g_aIL;
}
};
}
{
const _ = [],
g = new Set(['continuous-spray', 'one-shot']),
e = ['fade-to-invisible', 'timeout-expired', 'particle-stopped'];
self.g_aGV = class {
constructor() {
(this.g_aJb = 0),
(this.g_aJc = 0),
(this.g_aJd = 'continuous-spray'),
(this.g_aJe = !1),
(this.g_aJf = 0),
(this.g_aJg = !1),
(this.g_aJh = 0),
(this.g_aJi = 0),
(this.g_aJj = 0),
(this.g_aJk = 0),
(this.g_aJl = 0),
(this.g_aJm = 0),
(this.g_aJn = 0),
(this.g_aJo = 0),
(this.g_aJp = 0),
(this.g_aJq = 0),
(this.g_aJr = 0),
(this.g_aJs = 0),
(this.g_aJt = 0),
(this.g_aJu = 0),
(this.g_aJv = 0),
(this.g_aJw = 0),
(this.g_aJx = 0),
(this.g_aJy = 0),
(this.g_lz = 0),
(this.g_aJz = 0),
(this.g_aJA = 1),
(this.g_aGX = null),
(this.g_aHB = null),
(this.g_aJB = []),
(this.g_ale = new g_aO.Rect()),
(this.g_qB = new g_aO.g_gB());
}
g_ek() {
this.g_lD(),
g_aO.g_fz(this.g_aJB),
(this.g_aJB = null),
(this.g_aGX = null),
(this.g_aHB = null),
(this.g_ale = null),
(this.g_ale = null),
(this.g_qB = null);
}
g_lD() {
const g = this.g_aJB;
for (let _ = 0, e = g.length; _ < e; ++_) g[_].g_acM();
g_aO.g_ee(_, g), g_aO.g_fz(g), 1e3 < _.length && g_aO.g_fy(_, 1e3), (this.g_aJe = !1);
}
g_aHz() {
for (let g = 0, _ = this.g_aJb; g < _; ++g) this.g_aJC();
this.g_aJB.length && (this.g_aJe = !0);
}
g_aJC() {
let g = null;
return (
_.length ? ((g = _.pop()), g.g_aIU(this)) : (g = g_aO.g_ej(g_aIJ, this)),
this.g_aJB.push(g),
g.g_akw(this.g_aHB),
g
);
}
g_aId() {
const g = this.g_aJB,
_ = this.g_aHB;
for (let e = 0, a = g.length; e < a; ++e) g[e].g_akw(_);
}
g_aIc(g) {
const e = this.g_aJB;
if (g < e.length) {
const a = e.length - g;
for (let g = 0; g < a; ++g) {
const g = e.pop();
g.g_acM(), _.push(g);
}
1e3 < _.length && g_aO.g_fy(_, 1e3);
} else if (g > e.length) {
const _ = g - e.length;
for (let g = 0; g < _; ++g) this.g_aJC();
}
}
g_aIa() {
return this.g_aJB;
}
g_aIg() {
return this.g_aJB.length;
}
g_KZ(g) {
this.g_aJD(g), this.g_aJE(g), this.g_aJF();
}
g_aJD(g) {
if ('continuous-spray' === this.g_aJd && this.g_aJe) {
this.g_aJz += g * this.g_aJb;
const _ = Math.floor(this.g_aJz);
this.g_aJz -= _;
for (let g = 0; g < _; ++g) this.g_aJC();
}
}
g_aIb(g) {
this.g_aJz = g;
}
g_aH$() {
return this.g_aJz;
}
g_aJE(a) {
const t = this.g_ale;
t.set(this.g_aJh, this.g_aJi, this.g_aJh, this.g_aJi);
const n = this.g_aJB;
let i = 0;
for (let e = 0, r = n.length; e < r; ++e) {
const r = n[e];
(n[i] = r), r.g_KZ(a), r.g_Yd() ? (++i, t.g_is(r.g_Gi())) : (r.g_acM(), _.push(r));
}
g_aO.g_fy(n, i), 1e3 < _.length && g_aO.g_fy(_, 1e3);
}
g_aJF() {
'one-shot' === this.g_aJd &&
0 === this.g_aJB.length &&
this.g_aJe &&
(this.g_aGX && this.g_aGX(), (this.g_aJe = !1));
}
g_FN(g, _, a) {
g.g_Ai(_), this.g_qB.g_p(g.g_zo());
const t = this.g_aJB;
for (let n = 0, e = t.length; n < e; ++n) {
const e = t[n];
a.g_io(e.g_Gi()) && e.g_FN(g, _);
}
}
g_zo() {
return this.g_qB;
}
g_aHd(g) {
this.g_aJb = +g;
}
g_aHI() {
return this.g_aJb;
}
g_aHe(g) {
this.g_aJc = +g;
}
g_aHJ() {
return this.g_aJc;
}
g_aHf(_) {
if (!g.has(_)) throw new Error('invalid spray type');
this.g_aJd = _;
}
g_aHy() {
return this.g_aJd;
}
g_aHA(g) {
this.g_aJe = !!g;
}
g_aH_() {
return this.g_aJe;
}
g_aHD(g) {
this.g_aJf = +g;
}
g_aIZ() {
return this.g_aJf;
}
g_avp(g) {
this.g_aJg = !!g;
}
g_aI$() {
return this.g_aJg;
}
g_aHE(g) {
this.g_aJh = +g;
}
g_aIV() {
return this.g_aJh;
}
g_aHF(g) {
this.g_aJi = +g;
}
g_aIW() {
return this.g_aJi;
}
g_aHG(g) {
this.g_aJj = +g;
}
g_aIX() {
return this.g_aJj;
}
g_aHh(g) {
this.g_aJk = +g;
}
g_aHK() {
return this.g_aJk;
}
g_aHi(g) {
this.g_aJl = +g;
}
g_aHL() {
return this.g_aJl;
}
g_aHj(g) {
this.g_aJm = +g;
}
g_aHM() {
return this.g_aJm;
}
g_aHk(g) {
this.g_aJn = +g;
}
g_aHN() {
return this.g_aJn;
}
g_aHl(g) {
this.g_aJo = +g;
}
g_aHO() {
return this.g_aJo;
}
g_aHm(g) {
this.g_aJp = +g;
}
g_aHP() {
return this.g_aJp;
}
g_aHn(g) {
this.g_aJq = +g;
}
g_aHQ() {
return this.g_aJq;
}
g_aHo(g) {
this.g_aJr = +g;
}
g_aHR() {
return this.g_aJr;
}
g_aHp(g) {
this.g_aJs = +g;
}
g_aHS() {
return this.g_aJs;
}
g_aHq(g) {
this.g_aJt = +g;
}
g_aHT() {
return this.g_aJt;
}
g_aHr(g) {
this.g_aJu = +g;
}
g_aHU() {
return this.g_aJu;
}
g_aHs(g) {
this.g_aJv = +g;
}
g_aHV() {
return this.g_aJv;
}
g_aHt(g) {
this.g_aJw = +g;
}
g_aHW() {
return this.g_aJw;
}
g_aHu(g) {
this.g_aJx = +g;
}
g_aHX() {
return this.g_aJx;
}
g_aJG(g) {
let _ = e.indexOf(g);
if (-1 === _) throw new Error('invalid destroy mode');
this.g_aJy = _;
}
g_aHv(g) {
this.g_aJG(e[g]);
}
g_aJH() {
return e[this.g_aJy];
}
g_aHY() {
return this.g_aJy;
}
g_aHw(g) {
this.g_lz = +g;
}
g_aHZ() {
return this.g_lz;
}
g_aHH(g) {
this.g_aJA = +g;
}
g_aI_() {
return this.g_aJA;
}
g_Gi() {
return this.g_ale;
}
};
}
'use strict',
(g_aO.g_HY.Touch = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict';
{
function g() {
return _.g_$i().g_Qd();
}
g_aO.g_HY.Touch.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
g_adS() {
return g_aJI;
}
};
let _ = null;
self.g_aJI = class extends g_agr {
constructor(g) {
super(g), (_ = g), (g.g_BI().g_afW().g_afY = this);
}
requestPermission(_) {
const e = g();
if ('orientation' === _) return e.g_aJJ(0);
if ('motion' === _) return e.g_aJJ(1);
throw new Error('invalid type');
}
};
}
'use strict',
(g_aO.g_HY.Touch.Instance = class extends g_aO.g_adT {
constructor(g, _) {
super(g, 'touch'),
(this.g_aJK = new Map()),
(this.g_aJL = !1),
(this.g_aJM = !1),
(this.g_aJN = 0),
(this.g_aJO = 0),
(this.g_aJP = 0),
(this.g_aJQ = 0),
(this.g_aJR = 0),
(this.g_aJS = 0),
(this.g_aJT = 0),
(this.g_aJU = 0),
(this.g_aJV = 0),
(this.g_aJW = 0),
(this.g_aJX = 0),
(this.g_aJY = 0),
(this.g_aJZ = 0),
(this.g_aJ_ = 0),
(this.g_aJ$ = 0),
(this.g_aKa = []),
_ && (this.g_aJL = _[0]),
this.g_aee('permission-result', (g) => this.g_aKb(g));
const e = this.g_BI().g_lh();
this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(e, 'pointerdown', (g) => this.g_aGz(g.data)),
g_aO.g_lE.g_lJ(e, 'pointermove', (g) => this.g_aGy(g.data)),
g_aO.g_lE.g_lJ(e, 'pointerup', (g) => this.g_aGA(g.data, !1)),
g_aO.g_lE.g_lJ(e, 'pointercancel', (g) => this.g_aGA(g.data, !0)),
g_aO.g_lE.g_lJ(e, 'deviceorientation', (g) => this.g_aKc(g.data)),
g_aO.g_lE.g_lJ(e, 'devicemotion', (g) => this.g_aKd(g.data)),
g_aO.g_lE.g_lJ(e, 'tick2', () => this.g_JZ())
);
}
g_ek() {
this.g_aJK.clear(), super.g_ek();
}
g_aGz(_) {
if ('mouse' === _.pointerType)
if (this.g_aJL) this.g_aJM = !0;
else return;
const a = _.pointerId;
if (!this.g_aJK.has(a)) {
const t = _.clientX - this.g_Be.g_aeU(),
n = _.clientY - this.g_Be.g_aeV(),
i = _.timeStamp,
e = this.g_aJK.size;
(this.g_aJW = e), (this.g_aJX = a);
const r = g_aO.g_ej(g_aO.g_HY.Touch.g_aKe);
r.g_akw(i, t, n, a, e),
this.g_aJK.set(a, r),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKf),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKg),
(this.g_aJZ = t),
(this.g_aJ_ = n),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKh);
}
}
g_aGy(g) {
if ('mouse' !== g.pointerType || this.g_aJM) {
const _ = this.g_aJK.get(g.pointerId);
if (_) {
const a = g.timeStamp;
if (!(2 > a - _.g_MJ())) {
const t = g.clientX - this.g_Be.g_aeU(),
n = g.clientY - this.g_Be.g_aeV();
_.g_Dl(a, t, n, g.width, g.height, g.pressure);
}
}
}
}
g_aGA(g, _) {
if ('mouse' === g.pointerType)
if (this.g_aJM) this.g_aJM = !1;
else return;
const t = g.timeStamp,
a = g.pointerId,
n = this.g_aJK.get(a);
if (n) {
if (
((this.g_aJW = n.g_aKi()),
(this.g_aJX = n.g_LW()),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKj),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKk),
!_)
) {
const g = n.g_aKl(t);
'single-tap' === g
? (this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKm),
(this.g_aJZ = n.g_Ig()),
(this.g_aJ_ = n.g_Ih()),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKn))
: 'double-tap' === g &&
(this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKo),
(this.g_aJZ = n.g_Ig()),
(this.g_aJ_ = n.g_Ih()),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKp));
}
n.g_ek(), this.g_aJK.delete(a);
}
}
g_aJJ(g) {
return (
this.g_aej('request-permission', { type: g }),
new Promise((_, e) => {
this.g_aKa.push({ type: g, resolve: _, reject: e });
})
);
}
g_aKb(g) {
const _ = g.result,
e = g.type;
this.g_aJY = e;
const a = this.g_aKa.filter((g) => g.type === e);
for (const e of a) e.resolve(_ ? 'granted' : 'denied');
(this.g_aKa = this.g_aKa.filter((g) => g.type !== e)),
_
? (this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKq), 0 === e ? this.g_Be.g_atv() : this.g_Be.g_atw())
: this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKr);
}
g_aKc(g) {
(this.g_aJN = g.alpha), (this.g_aJO = g.beta), (this.g_aJP = g.gamma);
}
g_aKd(g) {
const _ = g.acceleration;
_ && ((this.g_aJQ = _.x), (this.g_aJR = _.y), (this.g_aJS = _.z));
const e = g.accelerationIncludingGravity;
e && ((this.g_aJT = e.x), (this.g_aJU = e.y), (this.g_aJV = e.z));
}
g_JZ() {
const g = performance.now();
let _ = 0;
for (const e of this.g_aJK.values())
e.g_MJ() <= g - 50 && e.g_aKs(g),
e.g_aKt(g) &&
((this.g_aJW = e.g_aKi()),
(this.g_aJX = e.g_LW()),
(this.g_aJ$ = _),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKu),
(this.g_aJZ = e.g_Ig()),
(this.g_aJ_ = e.g_Ih()),
this.g_Ku(g_aO.g_HY.Touch.g_HW.g_aKv),
(this.g_aJ$ = 0)),
++_;
}
g_aKw(g) {
g = Math.floor(g);
for (const _ of this.g_aJK.values()) {
if (0 === g) return _;
--g;
}
return null;
}
g_aKx(g, _) {
return 0 <= g && 0 <= _ && g < this.g_Be.g_ar$() && _ < this.g_Be.g_asa();
}
g_aep() {
return [
{
title: 'plugins.touch.debugger.touches',
properties: [...this.g_aJK.values()].map((g) => ({
name: '$' + g.g_LW(),
value: g.g_Ig() + ', ' + g.g_Ih()
}))
}
];
}
}),
'use strict';
{
const g = [];
g_aO.g_HY.Touch.g_HW = {
g_aKg() {
return !0;
},
g_aKk() {
return !0;
},
g_aKy() {
return 0 < this.g_aJK.size;
},
g_aKh(g) {
return (
!!g &&
!!this.g_aKx(this.g_aJZ, this.g_aJ_) &&
this.g_Be.g_ahf().g_amD(g, this.g_aJZ, this.g_aJ_, !1)
);
},
g_aKz(_) {
if (!_) return !1;
const e = _.g_Tu(),
a = e.g_H$();
for (const e of a) {
const _ = e.g_CU(),
a = _.g_Em();
for (const t of this.g_aJK.values()) {
if (!this.g_aKx(t.g_Ig(), t.g_Ih())) continue;
const [n, i] = a.g_Gr(t.g_Ig(), t.g_Ih(), _.g_Jg());
if (_.g_ahc(n, i)) {
g.push(e);
break;
}
}
}
return !!g.length && (e.g_TQ(g), _.g_aaH(), g_aO.g_fz(g), !0);
},
g_aKA(g, _, e) {
const a = this.g_aKw(g);
return !!a && g_aO.compare(a.g_aie(), _, e);
},
g_aKB() {
return !0;
},
g_aKC() {
return !0;
},
g_aKD(g, _, e) {
this.g_Be.g_atv();
let t = 0;
return (t = 0 === g ? this.g_aJN : 1 === g ? this.g_aJO : this.g_aJP), g_aO.compare(t, _, e);
},
g_aKE(g, _, e) {
this.g_Be.g_atw();
let a = 0;
return (
(a =
0 === g
? this.g_aJT
: 1 === g
? this.g_aJU
: 2 === g
? this.g_aJV
: 3 === g
? this.g_aJQ
: 4 === g
? this.g_aJR
: this.g_aJS),
g_aO.compare(a, _, e)
);
},
g_aKf(g) {
return (g = Math.floor(g)), g === this.g_aJW;
},
g_aKj(g) {
return (g = Math.floor(g)), g === this.g_aJW;
},
g_aKF(g) {
return (g = Math.floor(g)), this.g_aJK.size >= g + 1;
},
g_aKu() {
return !0;
},
g_aKm() {
return !0;
},
g_aKo() {
return !0;
},
g_aKv(g) {
return (
!!g &&
!!this.g_aKx(this.g_aJZ, this.g_aJ_) &&
this.g_Be.g_ahf().g_amD(g, this.g_aJZ, this.g_aJ_, !1)
);
},
g_aKn(g) {
return (
!!g &&
!!this.g_aKx(this.g_aJZ, this.g_aJ_) &&
this.g_Be.g_ahf().g_amD(g, this.g_aJZ, this.g_aJ_, !1)
);
},
g_aKp(g) {
return (
!!g &&
!!this.g_aKx(this.g_aJZ, this.g_aJ_) &&
this.g_Be.g_ahf().g_amD(g, this.g_aJZ, this.g_aJ_, !1)
);
},
g_aKq(g) {
return this.g_aJY === g;
},
g_aKr(g) {
return this.g_aJY === g;
}
};
}
'use strict',
(g_aO.g_HY.Touch.g_abH = {
g_aKG(g) {
this.g_aJJ(g);
}
}),
'use strict',
(g_aO.g_HY.Touch.g__$ = {
g_aKH() {
return this.g_aJK.size;
},
g_abR(g) {
const _ = this.g_aKw(this.g_aJ$);
return _ ? _.g_aKI(this.g_Be.g_ZC(), g, !0) : 0;
},
g_abS(g) {
const _ = this.g_aKw(this.g_aJ$);
return _ ? _.g_aKI(this.g_Be.g_ZC(), g, !1) : 0;
},
g_aKJ(g, _) {
const e = this.g_aKw(g);
return e ? e.g_aKI(this.g_Be.g_ZC(), _, !0) : 0;
},
g_aKK(g, _) {
const e = this.g_aKw(g);
return e ? e.g_aKI(this.g_Be.g_ZC(), _, !1) : 0;
},
g_aKL(g, _) {
const e = this.g_aJK.get(g);
return e ? e.g_aKI(this.g_Be.g_ZC(), _, !0) : 0;
},
g_aKM(g, _) {
const e = this.g_aJK.get(g);
return e ? e.g_aKI(this.g_Be.g_ZC(), _, !1) : 0;
},
g_aGR() {
const g = this.g_aKw(0);
return g ? g.g_Ig() : 0;
},
g_aGS() {
const g = this.g_aKw(0);
return g ? g.g_Ih() : 0;
},
g_aKN(g) {
const _ = this.g_aKw(g);
return _ ? _.g_Ig() : 0;
},
g_aKO(g) {
const _ = this.g_aKw(g);
return _ ? _.g_Ih() : 0;
},
g_aKP(g) {
const _ = this.g_aJK.get(g);
return _ ? _.g_Ig() : 0;
},
g_aKQ(g) {
const _ = this.g_aJK.get(g);
return _ ? _.g_Ih() : 0;
},
g_aKR(g) {
const _ = this.g_aKw(g);
return _ ? _.g_aie() : 0;
},
g_aKS(g) {
const _ = this.g_aJK.get(g);
return _ ? _.g_aie() : 0;
},
g_aKT(g) {
const _ = this.g_aKw(g);
return _ ? g_aO.g_es(_.g_Fj()) : 0;
},
g_aKU(g) {
const _ = this.g_aJK.get(g);
return _ ? g_aO.g_es(_.g_Fj()) : 0;
},
g_aKV() {
return this.g_Be.g_atv(), this.g_aJN;
},
g_aKW() {
return this.g_Be.g_atv(), this.g_aJO;
},
g_aKX() {
return this.g_Be.g_atv(), this.g_aJP;
},
g_aKY() {
return this.g_Be.g_atw(), this.g_aJT;
},
g_aKZ() {
return this.g_Be.g_atw(), this.g_aJU;
},
g_aK_() {
return this.g_Be.g_atw(), this.g_aJV;
},
g_aK$() {
return this.g_Be.g_atw(), this.g_aJQ;
},
g_aLa() {
return this.g_Be.g_atw(), this.g_aJR;
},
g_aLb() {
return this.g_Be.g_atw(), this.g_aJS;
},
g_aLc() {
return this.g_aJW;
},
g_aLd() {
return this.g_aJX;
},
g_aLe(g) {
const _ = this.g_aJK.get(g);
return _ ? _.g_pN() : 0;
},
g_aLf(g) {
const _ = this.g_aJK.get(g);
return _ ? _.g_pO() : 0;
},
g_aLg(g) {
const _ = this.g_aJK.get(g);
return _ ? _.g_aLh() : 0;
}
}),
'use strict';
{
const _ = 15;
let g = -1e3,
a = -1e3,
t = -1e4;
g_aO.g_HY.Touch.g_aKe = class extends g_aO.g_eh {
constructor() {
super(),
(this.g_aLi = 0),
(this.g_uv = 0),
(this.g_aqI = 0),
(this.g_RW = 0),
(this.g_aLj = 0),
(this.g_aLk = 0),
(this.g_aLl = 0),
(this.g_hB = 0),
(this.g_hC = 0),
(this.g_aLm = 0),
(this.g_aLn = 0),
(this.g_pu = 0),
(this.g_pv = 0),
(this.g_aLo = 0),
(this.g_aLp = !1),
(this.g_aLq = !1);
}
g_ek() {}
g_akw(g, _, a, t, n) {
(this.g_aLi = t),
(this.g_uv = n),
(this.g_RW = g),
(this.g_aLj = g),
(this.g_aqI = g),
(this.g_aLk = _),
(this.g_aLl = a),
(this.g_hB = _),
(this.g_hC = a),
(this.g_aLm = _),
(this.g_aLn = a);
}
g_Dl(a, t, n, i, e, r) {
(this.g_aLj = this.g_RW),
(this.g_RW = a),
(this.g_aLm = this.g_hB),
(this.g_aLn = this.g_hC),
(this.g_hB = t),
(this.g_hC = n),
(this.g_pu = i),
(this.g_pv = e),
(this.g_aLo = r),
!this.g_aLq &&
g_aO.g_et(this.g_aLk, this.g_aLl, this.g_hB, this.g_hC) >= _ &&
(this.g_aLq = !0);
}
g_LW() {
return this.g_aLi;
}
g_aKi() {
return this.g_uv;
}
g_MJ() {
return this.g_RW;
}
g_aKs(g) {
this.g_aLj = g;
}
g_Ig() {
return this.g_hB;
}
g_Ih() {
return this.g_hC;
}
g_aie() {
const g = g_aO.g_et(this.g_hB, this.g_hC, this.g_aLm, this.g_aLn),
_ = (this.g_RW - this.g_aLj) / 1e3;
return 0 < _ ? g / _ : 0;
}
g_Fj() {
return g_aO.g_ev(this.g_aLm, this.g_aLn, this.g_hB, this.g_hC);
}
g_pN() {
return this.g_pu;
}
g_pO() {
return this.g_pv;
}
g_aLh() {
return this.g_aLo;
}
g_aKt(g) {
return (
!this.g_aLp &&
!!(
500 <= g - this.g_aqI &&
!this.g_aLq &&
g_aO.g_et(this.g_aLk, this.g_aLl, this.g_hB, this.g_hC) < _
) &&
((this.g_aLp = !0), !0)
);
}
g_aKl(n) {
return this.g_aLp
? ''
: 333 >= n - this.g_aqI &&
!this.g_aLq &&
g_aO.g_et(this.g_aLk, this.g_aLl, this.g_hB, this.g_hC) < _
? 666 >= n - t && 25 > g_aO.g_et(g, a, this.g_hB, this.g_hC)
? ((g = -1e3), (a = -1e3), (t = -1e4), 'double-tap')
: ((g = this.g_hB), (a = this.g_hC), (t = n), 'single-tap')
: '';
}
g_aKI(g, _, e) {
if ('undefined' == typeof _) {
const _ = g.g_Ho(0);
return _.g_GB(this.g_hB, this.g_hC)[e ? 0 : 1];
} else {
const a = g.g_Em(_);
return a ? a.g_Gr(this.g_hB, this.g_hC)[e ? 0 : 1] : 0;
}
}
};
}
'use strict',
(g_aO.g_HY.g_bN = class extends g_aO.g_adl {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_HY.g_bN.g_ajj = class extends g_aO.g_adO {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict',
(g_aO.g_HY.g_bN.Instance = class extends g_aO.g_adT {
constructor(g) {
super(g, 'browser'),
(this.g_aLr = ''),
(this.g_aLs = !1),
(this.g_aLt = ''),
(this.g_aLu = ''),
(this.g_aLv = !1),
(this.g_aLw = 0),
(this.g_aLx = 0),
(this.g_aLy = 0),
(this.g_aLz = 0),
(this.g_aLA = !1),
this.g_aee('online-state', (g) => this.g_aLB(g)),
this.g_aee('backbutton', () => this.g_aLC()),
this.g_aee('sw-message', (g) => this.g_aLD(g));
const _ = this.g_BI().g_lh();
(this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(_, 'afterfirstlayoutstart', () => this.g_aLE()),
g_aO.g_lE.g_lJ(_, 'window-resize', () => this.g_aom()),
g_aO.g_lE.g_lJ(_, 'suspend', () => this.g_aAh()),
g_aO.g_lE.g_lJ(_, 'resume', () => this.g_aAi())
)),
this.g_Be.g_arL(
this.g_aei('get-initial-state', { exportType: this.g_Be.g_asZ() }).then((g) => {
(this.g_aLr = g.location),
(this.g_aLs = g.isOnline),
(this.g_aLt = g.referrer),
(this.g_aLu = g.title),
(this.g_aLv = g.isCookieEnabled),
(this.g_aLw = g.screenWidth),
(this.g_aLx = g.screenHeight),
(this.g_aLy = g.windowOuterWidth),
(this.g_aLz = g.windowOuterHeight),
(this.g_aLA = g.isScirraArcade);
})
);
}
g_ek() {
super.g_ek();
}
g_aLE() {
this.g_aeg('ready-for-sw-messages');
}
async g_aLB(g) {
const _ = !!g.isOnline;
this.g_aLs === _ ||
((this.g_aLs = _),
this.g_aLs
? await this.g_HU(g_aO.g_HY.g_bN.g_HW.g_aLF)
: await this.g_HU(g_aO.g_HY.g_bN.g_HW.g_aLG));
}
async g_aom() {
await this.g_HU(g_aO.g_HY.g_bN.g_HW.g_aLH);
}
g_aAh() {
this.g_Ku(g_aO.g_HY.g_bN.g_HW.g_aLI);
}
g_aAi() {
this.g_Ku(g_aO.g_HY.g_bN.g_HW.g_aLJ);
}
async g_aLC() {
await this.g_HU(g_aO.g_HY.g_bN.g_HW.g_aLK);
}
g_aLD(g) {
const _ = g.type;
'downloading-update' === _
? this.g_Ku(g_aO.g_HY.g_bN.g_HW.g_aLL)
: 'update-ready' === _ || 'update-pending' === _
? this.g_Ku(g_aO.g_HY.g_bN.g_HW.g_aLM)
: 'offline-ready' === _ && this.g_Ku(g_aO.g_HY.g_bN.g_HW.g_aLN);
}
g_aep() {
return [
{
title: 'plugins.browser.name',
properties: [
{ name: 'plugins.browser.debugger.user-agent', value: navigator.userAgent },
{ name: 'plugins.browser.debugger.is-online', value: this.g_aLs },
{ name: 'plugins.browser.debugger.is-fullscreen', value: this.g_Be.g_FO().g_aoA() }
]
}
];
}
}),
'use strict',
(g_aO.g_HY.g_bN.g_HW = {
g_aLO() {
return this.g_aLs;
},
g_aLF() {
return !0;
},
g_aLG() {
return !0;
},
g_aLH() {
return !0;
},
g_aLP() {
return this.g_aLv;
},
g_aLQ() {
return this.g_Be.g_FO().g_aoA();
},
g_aLK() {
return !0;
},
g_aLR(g) {
const _ = this.g_Be.g_FO().g_aeF(),
e = this.g_Be.g_FO().g_aeH(),
a = _ <= e ? 0 : 1;
return a === g;
},
g_aLL() {
return !0;
},
g_aLM() {
return !0;
},
g_aLN() {
return !0;
},
g_aLS() {
return !this.g_Be.g_asl();
},
g_aLI() {
return !0;
},
g_aLJ() {
return !0;
},
g_aLT() {
return !1;
},
g_aLU() {
return !1;
},
g_aLV() {
return !1;
},
g_aLW() {
return !1;
},
g_aLX() {
return !1;
},
g_aLY() {
return !0;
},
g_aLZ() {
return !0;
}
}),
'use strict';
{
const ORIENTATIONS = [
'portrait',
'landscape',
'portrait-primary',
'portrait-secondary',
'landscape-primary',
'landscape-secondary'
];
g_aO.g_HY.g_bN.g_abH = {
g_aL_(g) {
this.g_aeg('alert', { message: g.toString() });
},
g_aL$() {
this.g_aLA || (this.g_Be.g_IC() ? g_IF.g_aMa() : this.g_aeg('close'));
},
g_aMb() {
this.g_aeg('set-focus', { isFocus: !0 });
},
g_aMc() {
this.g_aeg('set-focus', { isFocus: !1 });
},
g_aMd() {
this.g_aLA || this.g_aeg('navigate', { type: 'back' });
},
g_aMe() {
this.g_aLA || this.g_aeg('navigate', { type: 'forward' });
},
g_aMf() {
this.g_aLA || this.g_aeg('navigate', { type: 'home' });
},
g_aMg() {
this.g_aLA || this.g_aeg('navigate', { type: 'reload' });
},
g_aMh(g, _) {
this.g_aej('navigate', { type: 'url', url: g, target: _, exportType: this.g_Be.g_asZ() });
},
g_aMi(g, _) {
this.g_aej('navigate', { type: 'new-window', url: g, tag: _, exportType: this.g_Be.g_asZ() });
},
g_aMj(g, _) {
2 <= g && (g += 1), 6 === g && (g = 2), 1 === g && (g = 0);
const e = g_aO.g_ann.g_aoG(g);
this.g_Be.g_FO().g_aoC(e), this.g_aej('request-fullscreen', { navUI: _ });
},
g_aMk() {
this.g_aej('exit-fullscreen');
},
g_aMl(g) {
const _ = g.split(',');
for (let e = 0, a = _.length; e < a; ++e) _[e] = parseInt(_[e], 10);
this.g_aej('vibrate', { pattern: _ });
},
async g_af_(g, _) {
if (_) {
const e = await this.g_Be.g_afD().g_BZ(g);
this.g_Be.g_af_(e, _);
}
},
g_aMm(g, _, e) {
if (e) {
const a = `data:${_},${encodeURIComponent(g)}`;
this.g_Be.g_af_(a, e);
}
},
g_aMn(g, _) {
(_ = _.toString()),
0 === g ? console.log(_) : 1 === g ? console.warn(_) : 2 == g && console.error(_);
},
g_aMo(g) {
console.group(g);
},
g_aMp() {
console.groupEnd();
},
g_aMq(jsStr) {
try {
eval(jsStr);
} catch (g) {
console.error('Error executing JavaScript: ', g);
}
},
g_aMr(g) {
if (((g = Math.floor(g)), !(0 > g || g >= ORIENTATIONS.length))) {
const _ = ORIENTATIONS[g];
this.g_aej('lock-orientation', { orientation: _ });
}
},
g_aMs() {
this.g_aej('unlock-orientation');
},
g_CB(g) {
this.g_Be.g_afD().g_CB(g);
}
};
}
'use strict',
(g_aO.g_HY.g_bN.g__$ = {
URL() {
return this.g_Be.g_Cn() ? this.g_aLr : location.toString();
},
g_aMt() {
return this.g_Be.g_Cn() ? new URL(this.g_aLr).protocol : location.protocol;
},
g_aMu() {
return this.g_Be.g_Cn() ? new URL(this.g_aLr).hostname : location.hostname;
},
g_aMv() {
return this.g_Be.g_Cn() ? new URL(this.g_aLr).pathname : location.pathname;
},
g_aMw() {
return this.g_Be.g_Cn() ? new URL(this.g_aLr).hash : location.hash;
},
g_bg() {
return this.g_Be.g_Cn() ? new URL(this.g_aLr).search : location.search;
},
g_aMx(g) {
const _ = this.g_Be.g_Cn() ? new URL(this.g_aLr).search : location.search,
e = RegExp('[?&]' + g + '=([^&]*)').exec(_);
return e ? decodeURIComponent(e[1].replace(/\+/g, ' ')) : '';
},
g_aMy() {
return this.g_aLt;
},
g_aMz() {
return this.g_aLu;
},
g_aMA() {
return navigator.language;
},
g_bJ() {
return navigator.platform;
},
g_aMB() {
return navigator.userAgent;
},
g_aMC(jsStr) {
let result = 0;
try {
result = eval(jsStr);
} catch (g) {
console.error('Error executing JavaScript: ', g);
}
return 'number' == typeof result || 'string' == typeof result
? result
: 'boolean' == typeof result
? result
? 1
: 0
: 0;
},
g_aMD() {
return navigator.appName;
},
g_aME() {
return navigator.appVersion;
},
g_aMF() {
return navigator.product;
},
g_aMG() {
return navigator.vendor;
},
g_aMH() {
return 1;
},
g_aMI() {
return 1 / 0;
},
g_aMJ() {
const g = navigator.connection;
return g ? g.downlink || g.downlinkMax || g.bandwidth || 1 / 0 : 1 / 0;
},
g_aMK() {
const g = navigator.connection;
return g ? g.type || 'unknown' : 'unknown';
},
g_aML() {
return self.devicePixelRatio;
},
g_aMM() {
return this.g_aLw;
},
g_aMN() {
return this.g_aLx;
},
g_aMO() {
return this.g_Be.g_FO().g_aeF();
},
g_aMP() {
return this.g_Be.g_FO().g_aeH();
},
g_aMQ() {
return this.g_aLy;
},
g_aMR() {
return this.g_aLy;
}
}),
'use strict';
{
function _(g, _, a) {
const t = g.g_aaF(),
n = _.g_aaF();
if (a) {
const e = t.get(o);
e && e.delete(_.g_EN());
const a = n.get(o);
a && a.delete(g.g_EN());
} else {
let e = t.get(o);
e || ((e = new Set()), t.set(o, e));
let a = n.get(o);
a || ((a = new Set()), n.set(o, a)), e.add(_.g_EN()), a.add(g.g_EN());
}
}
function t(g) {
if (!(g instanceof g_agr)) throw new TypeError('expected IObjectClass');
const _ = l.g_BI().g_agb(g);
if (!_ || !(_ instanceof g_aO.g_aiw)) throw new Error('invalid IObjectClass');
return _;
}
let n = null,
i = null,
r = [],
s = null,
l = null;
const o = 'Physics_DisabledCollisions';
g_aO.g_ahl.g_aMS = class extends g_aO.g_ae$ {
constructor(g) {
(g.g_afd = g_aMT),
super(g),
(this.g_aMU = null),
(this.g_aMV = 10),
(this.g_pz = 0.02),
(this.g_aMW = -1),
(this.g_aMX = 0),
(this.g_aMY = 8),
(this.g_aMZ = 3),
(this.g_aM_ = !0),
this.g_Be.g_arL(this.g_aM$());
}
async g_aM$() {
const g = await this.g_Be.g_afD().g_BZ('box2d.wasm');
await new Promise((_) => {
self.Box2DWasmModule({ wasmBinaryFile: g }).then((g) => {
(s = g), this.g_aNa(), _();
});
});
}
g_aNa() {
const g = this.g_Be.g_ahf();
(n = g_aO.g_ahl.g_aMS.g_aiv(0, 0)),
(i = g_aO.g_ahl.g_aMS.g_aiv(0, 0)),
(this.g_aMU = new s.b2World(g_aO.g_ahl.g_aMS.g_aNb(0, this.g_aMV), !0));
const _ = new s.JSContactListener();
(_.BeginContact = (_) => {
const a = s.wrapPointer(_, s.b2Contact),
t = g_aO.g_ahl.g_aMS.Instance.g_aNc(a.GetFixtureA().GetBody()),
n = g_aO.g_ahl.g_aMS.Instance.g_aNc(a.GetFixtureB().GetBody());
g.g_amt(t.g_afm(), n.g_afm());
}),
(_.EndContact = () => {}),
(_.PreSolve = () => {}),
(_.PostSolve = () => {}),
this.g_aMU.SetContactListener(_);
const a = new s.JSContactFilter();
(a.ShouldCollide = (g, _) => {
if (this.g_aM_) return !0;
const a = s.wrapPointer(g, s.b2Fixture),
t = s.wrapPointer(_, s.b2Fixture),
r = g_aO.g_ahl.g_aMS.Instance.g_aNc(a.GetBody()),
e = g_aO.g_ahl.g_aMS.Instance.g_aNc(t.GetBody()),
d = r.g_afm().g_EA(),
i = e.g_afm().g_EA(),
u = d.g_EN(),
p = i.g_EN(),
l = d.g_aaF().get(o);
if (l && l.has(p)) return !1;
const h = i.g_aaF().get(o);
return !(h && h.has(u));
}),
this.g_aMU.SetContactFilter(a);
}
g_ek() {
super.g_ek();
}
g_aNd() {
return s;
}
g_aNe() {
return this.g_aMU;
}
g_aNf() {
return this.g_pz;
}
g_aNg() {
return this.g_aMX;
}
g_aNh(g) {
this.g_aMX = g;
}
g_aNi(g) {
this.g_aMW = g;
}
g_aNj() {
return this.g_aMW;
}
g_aNk(g) {
this.g_aMY = Math.max(g, 1);
}
g_aNl() {
return this.g_aMY;
}
g_aNm(g) {
this.g_aMZ = Math.max(g, 1);
}
g_aNn() {
return this.g_aMZ;
}
g_aNo(g, _) {
this.g_aNk(g), this.g_aNm(_);
}
g_aHU() {
return this.g_aMV;
}
g_aHr(g) {
g === this.g_aMV ||
(this.g_aMU.SetGravity(g_aO.g_ahl.g_aMS.g_aNb(0, g)), (this.g_aMV = g), this.g_aNp());
}
g_aNp() {
for (const g of this.g_H$()) {
const _ = g_aO.g_ahl.g_aMS.Instance.g_aNq(g);
if (!_) continue;
const e = _.g_aNr();
e && e.SetAwake(!0);
}
}
g_aNs() {
this.g_aM_ = !1;
}
g_aNt(g, a, t) {
if (((t = !!t), g && a)) {
if (a.g_EF()) for (const n of a.g_Zd()) _(g, n, t);
else _(g, a, t);
this.g_aNs();
}
}
static g_aNu() {
return o;
}
static g_aiv(g, _) {
if (r.length) {
const e = r.pop();
return e.set_x(g), e.set_y(_), e;
} else {
const e = s.b2Vec2;
return new e(g, _);
}
}
static g_aNv(g) {
r.push(g);
}
static g_aNb(g, _) {
return n.set_x(g), n.set_y(_), n;
}
static g_aNw(g, _) {
return i.set_x(g), i.set_y(_), i;
}
static g_aNx(_) {
const a = s.b2PolygonShape,
t = new a(),
n = s._malloc(8 * _.length);
let i = 0;
for (let g = 0; g < _.length; ++g)
(s.HEAPF32[(n + i) >> 2] = _[g].get_x()),
(s.HEAPF32[(n + (i + 4)) >> 2] = _[g].get_y()),
(i += 8);
const r = s.wrapPointer(n, s.b2Vec2);
return t.Set(r, _.length), s._free(n), t;
}
};
const g = ['fixed', 'variable'];
self.g_aMT = class extends g_afe {
constructor(g) {
super(g), (l = g);
}
set g_aNy(g) {
l.g_aHr(g);
}
get g_aNy() {
return l.g_aHU();
}
set g_aNz(_) {
const e = g.indexOf(_);
if (0 > e) throw new Error('invalid stepping mode');
l.g_aNh(g[e]);
}
get g_aNz() {
return g[l.g_aNg()];
}
set g_aNA(g) {
l.g_aNk(g);
}
get g_aNA() {
return l.g_aNl();
}
set g_aNB(g) {
l.g_aNm(g);
}
get g_aNB() {
return l.g_aNn();
}
g_aNC(g, _, a) {
const n = t(g),
e = t(_);
(a = !!a), l.g_aNt(n, e, a);
}
};
}
'use strict',
(g_aO.g_ahl.g_aMS.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
function _(g, _) {
if (!(_ instanceof g_agP)) throw new TypeError('expected IWorldInstance');
const e = n.get(g),
a = e.g_BI().g_agb(_);
if (!a || !(a instanceof g_aO.Instance)) throw new Error('invalid IInstance');
return a;
}
const t = new WeakMap(),
i = new WeakMap(),
r = new WeakMap(),
u = g_aO.g_ahl.g_aMS.g_aNb,
E = g_aO.g_ahl.g_aMS.g_aNw;
g_aO.g_ahl.g_aMS.Instance = class extends g_aO.g_afk {
constructor(g, _) {
super(g);
const a = this.g_afj(),
t = this.g_CU();
(this.g_aND = a.g_aNd()),
(this.g_aMU = a.g_aNe()),
(this.g_pz = a.g_aNf()),
(this.g_aNE = !1),
(this.g_aNF = 0),
(this.g_aNG = !1),
(this.g_aNH = 1),
(this.g_aNI = 0.5),
(this.g_aNJ = 0.2),
(this.g_aNK = 0),
(this.g_aNL = 0.01),
(this.g_aNM = !1),
(this.g__z = !0),
(this.g_aNN = null),
(this.g_aNO = []),
(this.g_aNP = []),
(this.g_aNQ = []),
(this.g_aNR = new Set()),
(this.g_aNS = t.g_Ig()),
(this.g_aNT = t.g_Ih()),
(this.g_aNU = t.g_Fj()),
(this.g_aNV = 0),
(this.g_aNW = 0),
(this.g_aNX = !1),
(this.g_aNY = !1),
(this.g_aNZ = null),
_ &&
((this.g_aNE = !!_[0]),
(this.g_aNF = _[1]),
(this.g_aNG = !!_[2]),
(this.g_aNH = _[3]),
(this.g_aNI = _[4]),
(this.g_aNJ = _[5]),
(this.g_aNK = _[6]),
(this.g_aNL = _[7]),
(this.g_aNM = !!_[8]),
(this.g__z = !!_[9]));
const e = this.g_Be.g_lh();
(this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(e, 'instancedestroy', (g) => this.g_aAf(g.g_Ke)),
g_aO.g_lE.g_lJ(e, 'afterload', () => this.g_aAg())
)),
i.set(this.g_b_, this),
this.g__z && this.g_ael();
}
g_afq() {
this.g_aN_(), (this.g_aNZ = this.g_b_.g_Gg());
}
g_ek() {
this.g_aN$(),
g_aO.g_fz(this.g_aNQ),
this.g_aNR.clear(),
this.g_aNN && (this.g_aOa(), this.g_aMU.DestroyBody(this.g_aNN), (this.g_aNN = null)),
super.g_ek();
}
g_aOb(g) {
if (this.g_aNN) {
const _ = this.g_aNN.CreateFixture(g);
return this.g_aNO.push(_), _;
}
}
g_aOa() {
if (this.g_aNN) {
for (const g of this.g_aNO) this.g_aNN.DestroyFixture(g);
g_aO.g_fz(this.g_aNO);
}
}
g_aOc(g) {
this.g_aND.destroy(g);
}
g_aN_() {
var _ = Math.max,
a = Math.abs;
if (!this.g__z) return;
const n = this.g_aND.b2FixtureDef,
i = this.g_aND.b2BodyDef,
e = this.g_CU();
if (!this.g_aNN) {
const g = new i();
g.set_type(this.g_aNE ? 0 : 2);
const _ = e.g_agX();
g.set_position(E(_.g_h$() * this.g_pz, _.g_ia() * this.g_pz)),
g.set_angle(e.g_Fj()),
g.set_fixedRotation(this.g_aNG),
g.set_linearDamping(this.g_aNK),
g.set_angularDamping(this.g_aNL),
g.set_bullet(this.g_aNM),
(this.g_aNN = this.g_aMU.CreateBody(g)),
this.g_aOc(g),
t.set(this.g_aNN, this);
}
this.g_aOa();
const g = new n();
g.set_density(this.g_aNH), g.set_friction(this.g_aNI), g.set_restitution(this.g_aNJ);
const r = e.g_alL();
let s = this.g_aNF;
r || this.g_b_.g_akG() || 0 !== s || (s = 1);
const d = _(a(e.g_pN()), 1),
l = _(a(e.g_pO()), 1);
0 === s
? this.g_b_.g_akG()
? this.g_aOd(g)
: this.g_aOe(g, d, l)
: 1 === s
? this.g_aOf(g, d, l)
: this.g_aOg(g, d, l),
(this.g_aNV = e.g_pN()),
(this.g_aNW = e.g_pO()),
this.g_aOc(g);
}
g_aOf(g, _, a) {
const t = this.g_aND.b2PolygonShape,
n = new t();
n.SetAsBox(0.5 * (_ * this.g_pz), 0.5 * (a * this.g_pz)),
g.set_shape(n),
this.g_aOb(g),
this.g_aOc(n);
}
g_aOg(g, _, a) {
const t = this.g_aND.b2CircleShape,
n = new t();
n.set_m_radius(0.5 * (Math.min(_, a) * this.g_pz)),
g.set_shape(n),
this.g_aOb(g),
this.g_aOc(n);
}
g_aOe(_, a, t) {
const i = this.g_CU(),
r = 0 > i.g_pN(),
e = 0 > i.g_pO(),
s = this.g_pz,
g = i.g_Fj();
0 !== g && (i.g_Fi(0), i.g_En());
const d = i.g_agX(),
u = d.g_h$() - i.g_Ig(),
h = d.g_ia() - i.g_Ih();
0 !== g && (i.g_Fi(g), i.g_En());
const l = i.g_alO(r ? -a : a, e ? -t : t, 0),
c = l.g_jd(),
n = c.length / 2,
o = [];
for (let g = 0; g < n; ++g) o.push(g_aO.g_ahl.g_aMS.g_aiv(c[2 * g] - u, c[2 * g + 1] - h));
r != e && o.reverse();
const p = g_aO.g_ahl.g_aMS.g_aOi.g_aOh(o, a * t);
for (const g of o) g_aO.g_ahl.g_aMS.g_aNv(g);
if (p.length)
for (const g of p) {
for (const _ of g) _.set_x(_.get_x() * s), _.set_y(_.get_y() * s);
const e = g_aO.g_ahl.g_aMS.g_aNx(g);
_.set_shape(e), this.g_aOb(_), this.g_aOc(e);
for (const _ of g) g_aO.g_ahl.g_aMS.g_aNv(_);
}
else this.g_aOf(_, a, t);
}
g_aOd(_) {
const a = this.g_CU(),
t = a.g_agX(),
n = t.g_h$() - a.g_Ig(),
e = t.g_ia() - a.g_Ih(),
i = this.g_pz,
g = g_aO.g_ahl.g_aMS.g_aiv,
s = g_aO.g_ahl.g_aMS.g_aNv,
d = [];
this.g_b_.g_Qd().g_aOj(d);
const o = [];
for (let a = 0, t = d.length; a < t; ++a) {
const t = d[a],
l = t.g_amB(),
u = t.g_amC();
if (u) {
let p = r.get(u);
if (!p) {
const _ = u.g_jd(),
a = u.g_je();
for (let e = 0; e < a; ++e) o.push(g(_[2 * e], _[2 * e + 1]));
const e = 3758096384 & t.g_aOk();
(-2147483648 == e ||
1073741824 == e ||
536870912 == e ||
(-2147483648 & e && 1073741824 & e && 536870912 & e)) &&
o.reverse(),
(p = g_aO.g_ahl.g_aMS.g_aOi.g_aOh(o, l.width() * l.height())),
r.set(u, p);
for (const g of o) s(g);
g_aO.g_fz(o);
}
for (let a = 0, t = p.length; a < t; ++a) {
const t = p[a];
for (let _ = 0, a = t.length; _ < a; ++_)
o.push(g((l.g_hV() + t[_].get_x() - n) * i, (l.g_hW() + t[_].get_y() - e) * i));
const r = g_aO.g_ahl.g_aMS.g_aNx(o);
_.set_shape(r), this.g_aOb(_), this.g_aOc(r);
for (const g of o) s(g);
g_aO.g_fz(o);
}
} else {
o.push(g((l.g_hV() - n) * i, (l.g_hW() - e) * i)),
o.push(g((l.g_hX() - n) * i, (l.g_hW() - e) * i)),
o.push(g((l.g_hX() - n) * i, (l.g_hY() - e) * i)),
o.push(g((l.g_hV() - n) * i, (l.g_hY() - e) * i));
const a = g_aO.g_ahl.g_aMS.g_aNx(o);
_.set_shape(a), this.g_aOb(_), this.g_aOc(a);
}
for (const g of o) s(g);
g_aO.g_fz(o);
}
}
g_aOl() {
this.g_aNN &&
(this.g_aN$(),
t.delete(this.g_aNN),
this.g_aOa(),
this.g_aMU.DestroyBody(this.g_aNN),
(this.g_aNN = null));
}
g_aN$() {
for (const g of this.g_aNP) this.g_aMU.DestroyJoint(g);
g_aO.g_fz(this.g_aNP);
}
g_aOm() {
for (const g of this.g_aNQ)
switch (g.type) {
case 0:
this.g_aOn(...g.g_aOo);
break;
case 1:
this.g_aOp(...g.g_aOo);
break;
case 2:
this.g_aOq(...g.g_aOo);
break;
case 3:
this.g_aOr(...g.g_aOo);
break;
default:
}
}
g_aOs(g) {
const _ = this.g_CU();
if (-1 === g) return [_.g_Ig(), _.g_Ih()];
if (0 === g && this.g_aNN) {
const g = this.g_aNN.GetPosition(),
_ = this.g_aNN.GetLocalCenter();
return [(g.get_x() + _.get_x()) / this.g_pz, (g.get_y() + _.get_y()) / this.g_pz];
}
return this.g_b_.g_abs(g);
}
g_aOt(g, _, a, t, n) {
this.g__z &&
_ &&
_ !== this.g_b_ &&
g_aO.g_ahl.g_aMS.Instance.g_aNq(_) &&
(this.g_aNQ.push({ type: 0, g_aOo: [g, _.g_Ei(), a, t, n] }),
this.g_aOn(g, _.g_Ei(), a, t, n));
}
g_aOn(_, e, a, t, g) {
if (this.g__z) {
const r = this.g_Be.g_NN(e);
if (r && r !== this.g_b_ && i.has(r)) {
const e = g_aO.g_ahl.g_aMS.Instance.g_aNq(r);
e.g_aNR.add(this.g_b_), this.g_aOu(!1), e.g_aOu(!1);
const [i, s] = this.g_aOs(_),
[d, l] = r.g_abs(a),
h = this.g_aND.b2DistanceJointDef,
n = this.g_pz,
o = new h();
o.Initialize(this.g_aNN, e.g_aNr(), u(i * n, s * n), E(d * n, l * n)),
o.set_length(Math.hypot(i - d, s - l) * n),
o.set_dampingRatio(t),
o.set_frequencyHz(g),
this.g_aNP.push(this.g_aMU.CreateJoint(o)),
this.g_aOc(o);
}
}
}
g_aOv(g, _) {
this.g__z &&
_ &&
_ !== this.g_b_ &&
g_aO.g_ahl.g_aMS.Instance.g_aNq(_) &&
(this.g_aNQ.push({ type: 1, g_aOo: [g, _.g_Ei()] }), this.g_aOp(g, _.g_Ei()));
}
g_aOp(_, g) {
if (this.g__z) {
const e = this.g_Be.g_NN(g);
if (e && e !== this.g_b_ && i.has(e)) {
const a = g_aO.g_ahl.g_aMS.Instance.g_aNq(e);
a.g_aNR.add(this.g_b_), this.g_aOu(!1), a.g_aOu(!1);
const [t, n] = this.g_aOs(_),
i = this.g_aND.b2RevoluteJointDef,
g = this.g_pz,
r = new i();
r.Initialize(this.g_aNN, a.g_aNr(), u(t * g, n * g)),
this.g_aNP.push(this.g_aMU.CreateJoint(r)),
this.g_aOc(r);
}
}
}
g_aOw(g, _, e, a) {
this.g__z &&
_ &&
_ !== this.g_b_ &&
g_aO.g_ahl.g_aMS.Instance.g_aNq(_) &&
((e = g_aO.g_es(e)),
(a = g_aO.g_es(a)),
this.g_aNQ.push({ type: 2, g_aOo: [g, _.g_Ei(), e, a] }),
this.g_aOq(g, _.g_Ei(), e, a));
}
g_aOq(_, e, a, t) {
if (this.g__z) {
const n = this.g_Be.g_NN(e);
if (n && n !== this.g_b_ && i.has(n)) {
const g = g_aO.g_ahl.g_aMS.Instance.g_aNq(n);
g.g_aNR.add(this.g_b_), this.g_aOu(!1), g.g_aOu(!1);
const [e, i] = this.g_aOs(_),
r = this.g_aND.b2RevoluteJointDef,
s = this.g_pz,
d = new r();
d.Initialize(this.g_aNN, g.g_aNr(), u(e * s, i * s)),
d.set_enableLimit(!0),
d.set_lowerAngle(g_aO.g_er(a)),
d.set_upperAngle(g_aO.g_er(t)),
this.g_aNP.push(this.g_aMU.CreateJoint(d)),
this.g_aOc(d);
}
}
}
g_aOx(_, a, t, n, i, e, r, g, s) {
this.g__z &&
a &&
a !== this.g_b_ &&
g_aO.g_ahl.g_aMS.Instance.g_aNq(a) &&
((t = g_aO.g_es(t)),
(g = g_aO.g_es(g)),
this.g_aNQ.push({ type: 3, g_aOo: [_, a.g_Ei(), t, n, i, e, r, g, s] }),
this.g_aOr(_, a.g_Ei(), t, n, i, e, r, g, s));
}
g_aOr(_, e, a, f, g, h, y, B, l) {
if (this.g__z) {
const d = this.g_Be.g_NN(e);
if (d && d !== this.g_b_ && i.has(d)) {
const e = g_aO.g_ahl.g_aMS.Instance.g_aNq(d);
e.g_aNR.add(this.g_b_), this.g_aOu(!1), e.g_aOu(!1);
const [n, i] = this.g_aOs(_);
a = g_aO.g_er(a);
const o = Math.cos(a),
p = Math.sin(a),
c = this.g_aND.b2PrismaticJointDef,
r = this.g_pz,
s = new c();
s.Initialize(this.g_aNN, e.g_aNr(), u(n * r, i * r), E(o, p)),
s.set_enableLimit(!!f),
s.set_lowerTranslation(g * r),
s.set_upperTranslation(h * r),
s.set_enableMotor(!!y),
s.set_motorSpeed(g_aO.g_er(B)),
s.set_maxMotorForce(l),
this.g_aNP.push(this.g_aMU.CreateJoint(s)),
this.g_aOc(s);
}
}
}
g_aOy() {
this.g__z && (this.g_aN$(), g_aO.g_fz(this.g_aNQ), this.g_aNR.clear());
}
g_aAf(g) {
const _ = g.g_Ei();
let a = 0;
for (let t = 0, n = this.g_aNQ.length; t < n; ++t)
(this.g_aNQ[a] = this.g_aNQ[t]),
a < this.g_aNP.length && (this.g_aNP[a] = this.g_aNP[t]),
this.g_aNQ[t].g_aOo[1] === _
? t < this.g_aNP.length && this.g_aMU.DestroyJoint(this.g_aNP[t])
: ++a;
g_aO.g_fy(this.g_aNQ, a),
a < this.g_aNP.length && g_aO.g_fy(this.g_aNP, a),
this.g_aNR.delete(g);
}
g_aNr() {
return this.g_aNN;
}
static g_aNc(g) {
return t.get(g) || null;
}
static g_aNq(g) {
return i.get(g) || null;
}
g_GH() {
const g = {
e: this.g__z,
pr: this.g_aNG,
d: this.g_aNH,
fr: this.g_aNI,
re: this.g_aNJ,
ld: this.g_aNK,
ad: this.g_aNL,
b: this.g_aNM,
mcj: this.g_aNQ
};
if (this.g__z) {
const _ = this.g_aNN.GetLinearVelocity();
(g.vx = _.get_x()), (g.vy = _.get_y()), (g.om = this.g_aNN.GetAngularVelocity());
}
return g;
}
g_GJ(g) {
this.g_aN$(),
g_aO.g_fz(this.g_aNQ),
this.g_aNR.clear(),
this.g_aOl(),
(this.g__z = g.e),
(this.g_aNG = g.pr),
(this.g_aNH = g.d),
(this.g_aNI = g.fr),
(this.g_aNJ = g.re),
(this.g_aNK = g.ld),
(this.g_aNL = g.ad),
(this.g_aNM = g.b),
(this.g_aNQ = g.mcj);
const _ = this.g_CU();
(this.g_aNS = _.g_Ig()),
(this.g_aNT = _.g_Ih()),
(this.g_aNU = _.g_Fj()),
(this.g_aNV = _.g_pN()),
(this.g_aNW = _.g_pO()),
this.g__z &&
(this.g_aN_(),
this.g_aNN.SetLinearVelocity(u(g.vx, g.vy)),
this.g_aNN.SetAngularVelocity(g.om),
(0 !== g.vx || 0 !== g.vy || 0 !== g.om) && this.g_aNN.SetAwake(!0),
(this.g_aNQ = g.mcj)),
this.g__z ? this.g_ael() : this.g_adY();
}
g_aAg() {
this.g__z && this.g_aOm();
}
g_KZ() {
if (!this.g__z) return;
const g = this.g_Be,
_ = this.g_afj();
let t = 0;
0 === _.g_aNg() ? (t = g.g_KX() / 60) : ((t = g.g_KW(this.g_b_)), t > 1 / 30 && (t = 1 / 30));
const n = g.g_asU();
if (n > _.g_aNj() && 0 < g.g_KX()) {
const g = this.g_Be.g_IC();
let a = 0;
g && (a = performance.now()),
0 !== t && this.g_aMU.Step(t, _.g_aNl(), _.g_aNn()),
this.g_aMU.ClearForces(),
g && g_IF.g_aOz(performance.now() - a),
_.g_aNi(n);
}
this.g_aOu(!0);
}
g_aOu(_) {
const e = this.g_b_,
t = e.g_CU(),
n = this.g_pz;
(this.g_aNY ||
t.g_pN() !== this.g_aNV ||
t.g_pO() !== this.g_aNW ||
e.g_Gg() !== this.g_aNZ ||
(e.g_akG() && e.g_aaG().get('PhysicsChanged'))) &&
(this.g_aN_(),
(this.g_aNY = !1),
(this.g_aNZ = e.g_Gg()),
e.g_akG() && e.g_aaG().set('PhysicsChanged', !1));
const i = this.g_aNN,
a = t.g_Ig() !== this.g_aNS || t.g_Ih() !== this.g_aNT,
r = t.g_Fj() !== this.g_aNU;
if (a) {
const e = t.g_agX(),
a = e.g_h$(),
g = e.g_ia(),
s = a - this.g_aNS,
d = g - this.g_aNT;
r
? i.SetTransform(u(a * n, g * n), t.g_Fj())
: i.SetTransform(u(a * n, g * n), i.GetAngle()),
_ && (i.SetLinearVelocity(u(s, d)), (this.g_aNX = !0)),
i.SetAwake(!0);
} else if (_ && this.g_aNX) {
const g = t.g_agX();
(this.g_aNX = !1),
i.SetLinearVelocity(u(0, 0)),
i.SetTransform(u(g.g_h$() * n, g.g_ia() * n), i.GetAngle());
}
!a && r && (i.SetTransform(i.GetPosition(), t.g_Fj()), i.SetAwake(!0));
const g = i.GetPosition(),
s = g.get_x() / n,
o = g.get_y() / n,
l = i.GetAngle();
if (s !== t.g_Ig() || o !== t.g_Ih() || l !== t.g_Fj()) {
t.g_abq(s, o), t.g_Fi(l), t.g_En();
const g = t.g_agX(),
_ = g.g_h$() - t.g_Ig(),
e = g.g_ia() - t.g_Ih();
(0 != _ || 0 != e) && (t.g_abt(-_, -e), t.g_En());
}
(this.g_aNS = t.g_Ig()), (this.g_aNT = t.g_Ih()), (this.g_aNU = t.g_Fj());
}
g_QF(g) {
return 2 === g
? this.g_aOA()
: 3 === g
? this.g_aOB()
: 4 === g
? this.g_aOC()
: 5 === g
? this.g_aOD()
: 6 === g
? this.g_aOE()
: 7 === g
? this.g_aOF()
: 8 === g
? this.g_aOG()
: 9 === g
? this.g_aOH()
: void 0;
}
g_QM(g, _) {
2 === g
? this.g_aOI(_)
: 3 === g
? this.g_aOJ(_)
: 4 === g
? this.g_aOK(_)
: 5 === g
? this.g_aOL(_)
: 6 === g
? this.g_aOM(_)
: 7 === g
? this.g_aON(_)
: 8 === g
? this.g_aOO(_)
: 9 === g
? this.g_aOP(_)
: void 0;
}
g_aOP(g) {
(g = !!g),
this.g__z && !g
? (this.g_aOl(), (this.g__z = !1), this.g_adY())
: !this.g__z && g && ((this.g__z = !0), this.g_aN_(), this.g_ael());
}
g_aOH() {
return this.g__z;
}
g_aep() {
const g = [
{
name: 'behaviors.physics.properties.enabled.name',
value: this.g_aOH(),
g_ayn: (g) => this.g_aOP(g)
},
{
name: 'behaviors.physics.properties.immovable.name',
value: this.g_aOQ(),
g_ayn: (g) => this.g_aOR(g)
},
{
name: 'behaviors.physics.properties.density.name',
value: this.g_aOB(),
g_ayn: (g) => this.g_aOJ(g)
},
{
name: 'behaviors.physics.properties.friction.name',
value: this.g_aOC(),
g_ayn: (g) => this.g_aOK(g)
},
{
name: 'behaviors.physics.properties.elasticity.name',
value: this.g_aOD(),
g_ayn: (g) => this.g_aOL(g)
},
{
name: 'behaviors.physics.properties.linear-damping.name',
value: this.g_aOE(),
g_ayn: (g) => this.g_aOM(g)
},
{
name: 'behaviors.physics.properties.angular-damping.name',
value: this.g_aOF(),
g_ayn: (g) => this.g_aON(g)
}
];
return (
this.g__z &&
(g.push({ name: 'behaviors.physics.debugger.is-sleeping', value: this.g_aOS() }),
g.push({
name: 'behaviors.physics.debugger.velocity-x',
value: this.g_aOT(),
g_ayn: (g) => this.g_aOU(g, this.g_aOV())
}),
g.push({
name: 'behaviors.physics.debugger.velocity-y',
value: this.g_aOV(),
g_ayn: (g) => this.g_aOU(this.g_aOT(), g)
}),
g.push({
name: 'behaviors.physics.debugger.angular-velocity',
value: g_aO.g_es(this.g_aOW()),
g_ayn: (g) => this.g_aOX(g_aO.g_er(g))
}),
g.push({ name: 'behaviors.physics.debugger.mass', value: this.g_aOY() })),
[{ title: '$' + this.g_NZ().g_pY(), properties: g }]
);
}
g_aOZ(g, _, a) {
const [t, n] = this.g_aOs(a);
this.g_aO_(g, _, t, n);
}
g_aO$(_, a, t, n) {
const [e, i] = this.g_aOs(n),
g = g_aO.g_ev(e, i, a, t);
this.g_aO_(Math.cos(g) * _, Math.sin(g) * _, e, i);
}
g_aPa(g, _, t) {
const [a, n] = this.g_aOs(t);
this.g_aO_(Math.cos(_) * g, Math.sin(_) * g, a, n);
}
g_aO_(_, e, a, t) {
if (this.g__z) {
const n = this.g_pz;
this.g_aNN.ApplyForce(u(_, e), E(a * n, t * n), !0);
}
}
g_aPb(g, _, a) {
const [t, n] = this.g_aOs(a);
this.g_aPc(g, _, t, n);
}
g_aPd(_, a, t, n) {
const [e, i] = this.g_aOs(n),
g = g_aO.g_ev(e, i, a, t);
this.g_aPc(Math.cos(g) * _, Math.sin(g) * _, e, i);
}
g_aPe(g, _, t) {
const [a, n] = this.g_aOs(t);
this.g_aPc(Math.cos(_) * g, Math.sin(_) * g, a, n);
}
g_aPc(_, e, a, t) {
if (this.g__z) {
const n = this.g_pz;
this.g_aNN.ApplyLinearImpulse(u(_, e), E(a * n, t * n), !0);
const g = this.g_CU();
(this.g_aNS = g.g_Ig()), (this.g_aNT = g.g_Ih()), (this.g_aNX = !1);
}
}
g_aPf(g) {
this.g__z && this.g_aNN.ApplyTorque(g, !0);
}
g_aPg(g, _) {
const e = g_aO.g_ey(this.g_CU().g_Fj(), _) ? -1 : 1;
this.g_aPf(g * e);
}
g_aPh(_, t, n) {
const i = this.g_CU(),
e = g_aO.g_ev(i.g_Ig(), i.g_Ih(), t, n),
g = g_aO.g_ey(i.g_Fj(), e) ? -1 : 1;
this.g_aOZ(_ * g);
}
g_aOX(g) {
this.g__z && (this.g_aNN.SetAngularVelocity(g), this.g_aNN.SetAwake(!0));
}
g_aOW() {
return this.g__z ? this.g_aNN.GetAngularVelocity() : 0;
}
g_aOU(g, _) {
if (this.g__z) {
const e = this.g_pz;
this.g_aNN.SetLinearVelocity(u(g * e, _ * e)), this.g_aNN.SetAwake(!0);
const a = this.g_CU();
(this.g_aNS = a.g_Ig()), (this.g_aNT = a.g_Ih()), (this.g_aNX = !1);
}
}
g_aPi() {
if (!this.g__z) return [0, 0];
const g = this.g_pz,
_ = this.g_aNN.GetLinearVelocity();
return [_.get_x() / g, _.get_y() / g];
}
g_aOT() {
return this.g__z ? this.g_aNN.GetLinearVelocity().get_x() / this.g_pz : 0;
}
g_aOV() {
return this.g__z ? this.g_aNN.GetLinearVelocity().get_y() / this.g_pz : 0;
}
g_aOJ(g) {
if (this.g__z && this.g_aNH !== g) {
this.g_aNH = g;
for (const _ of this.g_aNO) _.SetDensity(g);
this.g_aNN.ResetMassData();
}
}
g_aOB() {
return this.g__z ? this.g_aNH : 0;
}
g_aOK(g) {
if (this.g__z && this.g_aNI !== g) {
this.g_aNI = g;
for (const _ of this.g_aNO) _.SetFriction(g);
for (let g = this.g_aNN.GetContactList(); this.g_aND.getPointer(g); g = g.get_next()) {
const _ = g.get_contact();
_ && _.ResetFriction();
}
}
}
g_aOC() {
return this.g__z ? this.g_aNI : 0;
}
g_aOL(g) {
if (this.g__z && this.g_aNJ !== g) {
this.g_aNJ = g;
for (const _ of this.g_aNO) _.SetRestitution(g);
}
}
g_aOD() {
return this.g__z ? this.g_aNJ : 0;
}
g_aOM(g) {
this.g__z && this.g_aNK !== g && ((this.g_aNK = g), this.g_aNN.SetLinearDamping(g));
}
g_aOE() {
return this.g__z ? this.g_aNK : 0;
}
g_aON(g) {
this.g__z && this.g_aNL !== g && ((this.g_aNL = g), this.g_aNN.SetAngularDamping(g));
}
g_aOF() {
return this.g__z ? this.g_aNL : 0;
}
g_aOR(g) {
this.g__z &&
((g = !!g),
this.g_aNE === g ||
((this.g_aNE = g), this.g_aNN.SetType(this.g_aNE ? 0 : 2), this.g_aNN.SetAwake(!0)));
}
g_aOQ() {
return this.g_aNE;
}
g_aOI(g) {
this.g__z &&
((g = !!g),
this.g_aNG === g ||
((this.g_aNG = g),
this.g_aNN.SetFixedRotation(this.g_aNG),
this.g_aNN.SetAngularVelocity(0),
this.g_aNN.SetAwake(!0)));
}
g_aOA() {
return this.g_aNG;
}
g_aOO(g) {
this.g__z &&
((g = !!g),
this.g_aNM === g ||
((this.g_aNM = g), this.g_aNN.SetBullet(this.g_aNM), this.g_aNN.SetAwake(!0)));
}
g_aOG() {
return this.g_aNM;
}
g_aOY() {
return this.g__z ? this.g_aNN.GetMass() / this.g_pz : 0;
}
g_aPj() {
return this.g__z
? (this.g_aNN.GetPosition().get_x() + this.g_aNN.GetLocalCenter().get_x()) / this.g_pz
: 0;
}
g_aPk() {
return this.g__z
? (this.g_aNN.GetPosition().get_y() + this.g_aNN.GetLocalCenter().get_y()) / this.g_pz
: 0;
}
g_aPl() {
if (!this.g__z) return [0, 0];
const g = this.g_aNN.GetPosition(),
_ = this.g_aNN.GetLocalCenter(),
e = this.g_pz;
return [(g.get_x() + _.get_x()) / e, (g.get_y() + _.get_y()) / e];
}
g_aOS() {
return !!this.g__z && !this.g_aNN.IsAwake();
}
g_adS() {
return g_aPm;
}
};
const n = new WeakMap();
self.g_aPm = class extends g_ahk {
constructor() {
super(), n.set(this, g_ahk.g_agN().g_Qd());
}
get isEnabled() {
return n.get(this).g_aOH();
}
set isEnabled(g) {
n.get(this).g_aOP(g);
}
g_aPn(g, _, e = 0) {
n.get(this).g_aOZ(g, _, e);
}
g_aPo(g, _, e, a = 0) {
n.get(this).g_aO$(g, _, e, a);
}
g_aPp(g, _, e = 0) {
n.get(this).g_aPa(g, _, e);
}
g_aPq(g, _, e = 0) {
n.get(this).g_aPb(g, _, e);
}
g_aPr(g, _, e, a = 0) {
n.get(this).g_aPd(g, _, e, a);
}
g_aPs(g, _, e = 0) {
n.get(this).g_aPe(g, _, e);
}
g_aPt(g) {
n.get(this).g_aPf(g);
}
g_aPu(g, _) {
n.get(this).g_aPg(g, _);
}
g_aPv(g, _, e) {
n.get(this).g_aPh(g, _, e);
}
set g_aPw(g) {
n.get(this).g_aOX(g);
}
get g_aPw() {
return n.get(this).g_aOW();
}
setVelocity(g, _) {
n.get(this).g_aOU(g, _);
}
g_aPx() {
return n.get(this).g_aOT();
}
g_aPy() {
return n.get(this).g_aOV();
}
g_aPz() {
return n.get(this).g_aPi();
}
set g_aPA(g) {
n.get(this).g_aOJ(g);
}
get g_aPA() {
return n.get(this).g_aOB();
}
set g_aPB(g) {
n.get(this).g_aOK(g);
}
get g_aPB() {
return n.get(this).g_aOC();
}
set g_aPC(g) {
n.get(this).g_aOL(g);
}
get g_aPC() {
return n.get(this).g_aOD();
}
set g_aPD(g) {
n.get(this).g_aOM(g);
}
get g_aPD() {
return n.get(this).g_aOE();
}
set g_aPE(g) {
n.get(this).g_aON(g);
}
get g_aPE() {
return n.get(this).g_aOF();
}
set g_aPF(g) {
n.get(this).g_aOR(g);
}
get g_aPF() {
return n.get(this).g_aOQ();
}
set g_aPG(g) {
n.get(this).g_aOI(g);
}
get g_aPG() {
return n.get(this).g_aOA();
}
set g_aPH(g) {
n.get(this).g_aOO(g_b);
}
get g_aPH() {
return n.get(this).g_aOG();
}
get g_aPI() {
return n.get(this).g_aOY();
}
g_aPJ() {
return n.get(this).g_aPj();
}
g_aPK() {
return n.get(this).g_aPk();
}
g_aPL() {
return n.get(this).g_aPl();
}
get g_aPM() {
return n.get(this).g_aOS();
}
g_aPN(g, a, t, i, e) {
const r = _(this, a);
n.get(this).g_aOt(g, r, t, i, e);
}
g_aPO(g, e) {
const a = _(this, e);
n.get(this).g_aOv(g, a);
}
g_aPP(g, a, t, i) {
const e = _(this, a);
n.get(this).g_aOw(g, e, t, i);
}
g_aPQ(g, a, t, i, e, r, s, d, o) {
const l = _(this, a);
n.get(this).g_aOx(g, l, t, i, e, r, s, d, o);
}
g_aPR() {
n.get(this).g_aOy();
}
};
}
'use strict',
(g_aO.g_ahl.g_aMS.g_HW = {
g_aPS() {
return this.g_aOS();
},
g_aPT(g, _, e) {
if (!this.g__z) return !1;
let t = 0;
if (0 === g) t = this.g_aOT();
else if (1 === g) t = this.g_aOV();
else {
const [g, _] = this.g_aPi();
t = Math.hypot(g, _);
}
return g_aO.compare(t, _, e);
},
g_aPU(g, _) {
if (!this.g__z) return !1;
const e = g_aO.g_es(this.g_aOW());
return g_aO.compare(e, g, _);
},
g_aPV(g, _) {
if (!this.g__z) return !1;
const e = this.g_aOY();
return g_aO.compare(e, g, _);
},
g_jp() {
return this.g_aOH();
}
}),
'use strict',
(g_aO.g_ahl.g_aMS.g_abH = {
g_aPW(g, _, e) {
this.g_aOZ(g, _, e);
},
g_aPX(g, _, e, a) {
this.g_aO$(g, _, e, a);
},
g_aPY(g, _, e) {
this.g_aPa(g, g_aO.g_er(_), e);
},
g_aPZ(g, _, e) {
this.g_aPb(g, _, e);
},
g_aP_(g, _, e, a) {
this.g_aPd(g, _, e, a);
},
g_aP$(g, _, e) {
this.g_aPe(g, g_aO.g_er(_), e);
},
g_aQa(g) {
this.g_aPf(g_aO.g_er(g));
},
g_aQb(g, _) {
this.g_aPg(g_aO.g_er(g), g_aO.g_er(_));
},
g_aQc(g, _, e) {
this.g_aPh(g_aO.g_er(g), _, e);
},
g_aQd(g) {
this.g_aOX(g_aO.g_er(g));
},
g_aQe(g, _, a, t, n) {
if (_) {
const e = _.g_abA(this.g_b_);
this.g_aOt(g, e, a, t, n);
}
},
g_aQf(g, _) {
if (_) {
const e = _.g_abA(this.g_b_);
this.g_aOv(g, e);
}
},
g_aQg(g, _, a, t) {
if (_) {
const n = _.g_abA(this.g_b_);
this.g_aOw(g, n, g_aO.g_er(a), g_aO.g_er(t));
}
},
g_aQh(_, a, t, n, r, e, s, g, d) {
if (a) {
const i = a.g_abA(this.g_b_);
this.g_aOx(_, i, g_aO.g_er(t), n, r, e, s, g_aO.g_er(g), d);
}
},
g_aQi() {
this.g_aOy();
},
g_aQj(g) {
this.g_afj().g_aHr(g);
},
g_aNh(g) {
this.g_afj().g_aNh(g);
},
g_aNo(g, _) {
this.g_afj().g_aNo(g, _);
},
g_aQk(g, _) {
this.g_aOU(g, _);
},
g_aQl(g) {
this.g_aOJ(g);
},
g_aQm(g) {
this.g_aOK(g);
},
g_aQn(g) {
this.g_aOL(g);
},
g_aQo(g) {
this.g_aOM(g);
},
g_aQp(g) {
this.g_aON(g);
},
g_aQq(g) {
this.g_aOR(g);
},
g_aQr(g, _) {
this.g_afj().g_aNt(this.g_EA(), g, 0 !== _);
},
g_aQs(g) {
this.g_aOI(0 !== g);
},
g_aQt(g) {
this.g_aOO(0 !== g);
},
g_aQu(g) {
this.g_aOP(0 !== g);
}
}),
'use strict',
(g_aO.g_ahl.g_aMS.g__$ = {
g_aQv() {
return this.g_aOT();
},
g_aQw() {
return this.g_aOV();
},
g_aQx() {
return g_aO.g_es(this.g_aOW());
},
g_aQy() {
return this.g_aOY();
},
g_aQz() {
return this.g_aPj();
},
g_aQA() {
return this.g_aPk();
},
g_aQB() {
return this.g_aOB();
},
g_aQC() {
return this.g_aOC();
},
g_aQD() {
return this.g_aOD();
},
g_aQE() {
return this.g_aOE();
},
g_aQF() {
return this.g_aOF();
}
}),
'use strict';
{
function _(g) {
return u(g.get_x(), g.get_y());
}
function t(_) {
const e = [];
for (const a of _) 8 >= a.length ? e.push(a) : e.push.apply(e, g(a));
return e;
}
function g(a) {
const t = [a.splice(0, 8)],
n = t[0][0];
for (let i = t[0][7]; a.length; ) {
const e = a.splice(0, Math.min(a.length, 6));
let r = e[e.length - 1];
e.push(_(n)), e.push(_(i)), t.push(e), (i = r);
}
return t;
}
const C = {};
g_aO.g_ahl.g_aMS.g_aOi = C;
const u = g_aO.g_ahl.g_aMS.g_aiv,
e = g_aO.g_ahl.g_aMS.g_aNv;
(C.g_aQG = function (g, _, a, t, n, e) {
return g * t + a * e + n * _ - _ * a - t * n - e * g;
}),
(C.g_aQH = function (_, e, t, d, g, h, i, c) {
const f = t - _,
l = d - e,
m = i - g,
n = c - h,
o = (m * (h - e) - n * (g - _)) / (l * m - f * n),
p = _ + o * f,
a = e + o * l,
E = C.g_aQI(t, d, _, e, p, a),
r = C.g_aQI(p, a, g, h, i, c);
return E && r ? u(p, a) : null;
}),
(C.g_aQI = function (_, e, a, t, n, i) {
return (
((a + 0.1 >= _ && _ >= n - 0.1) || (a - 0.1 <= _ && _ <= n + 0.1)) &&
((t + 0.1 >= e && e >= i - 0.1) || (t - 0.1 <= e && e <= i + 0.1)) &&
C.g_aQJ(_, e, a, t, n, i)
);
}),
(C.g_aQJ = function (_, a, t, n, i, e) {
var r = Math.abs;
if (0.1 < r(i - t)) {
const g = r(((e - n) / (i - t)) * (_ - t) + n - a);
return 0.1 > g;
}
return 0.1 > r(_ - t);
}),
(C.g_aQK = function (g, _, a, t) {
var n = Math.abs;
return 0.1 > n(a - g) && 0.1 > n(t - _);
}),
(C.g_aOh = function (_, n) {
const r = C.g_aQL(_);
let g = [];
for (let t = 0, a = r.length; t < a; ++t) {
const _ = r[t],
s = [];
let a = 0;
for (let e = 0, t = _.length; e < t; ++e) {
const g = _[e],
n = _[(e + 1) % t];
(a += g.get_x() * n.get_y() - g.get_y() * n.get_x()), s.push(u(g.get_x(), g.get_y()));
}
if (((a = Math.abs(a / 2)), a >= 0.001 * n)) g.push(s);
else for (let g = 0, _ = s.length; g < _; g++) e(s[g]);
}
return (g = t(g)), g;
}),
(C.g_aQL = function (_) {
let a = [],
f = 0,
T = 0,
H = 0,
N = 0,
U = 0,
I = 0,
R = 0,
L = 0,
O = 0,
S = 0,
$ = 0,
Y = 0,
M = 0,
P = 0,
G = 0,
K = [],
J = [],
W = !1,
Q = [],
D = [],
E = !1,
X,
V,
Z,
gg,
_g,
eg,
ag;
for (D.push(_); D.length; ) {
for (a = D[0], T = a.length, W = !0, f = 0; f < T; f++)
if (
((O = f),
(S = f < T - 1 ? f + 1 : f + 1 - T),
($ = f < T - 2 ? f + 2 : f + 2 - T),
(X = a[O]),
(V = a[S]),
(Z = a[$]),
(N = C.g_aQG(X.get_x(), X.get_y(), V.get_x(), V.get_y(), Z.get_x(), Z.get_y())),
0 > N)
) {
for (W = !1, L = 1e9, H = 0; H < T; H++)
H != O &&
H != S &&
((Y = H),
(M = H < T - 1 ? H + 1 : 0),
(gg = a[Y]),
(_g = a[M]),
(eg = C.g_aQH(
X.get_x(),
X.get_y(),
V.get_x(),
V.get_y(),
gg.get_x(),
gg.get_y(),
_g.get_x(),
_g.get_y()
)),
eg &&
((I = V.get_x() - eg.get_x()),
(R = V.get_y() - eg.get_y()),
(U = I * I + R * R),
U < L ? ((G = Y), (P = M), (ag = eg), (L = U)) : e(eg)));
if (1e9 == L) return [];
for (
K = [],
J = [],
Y = G,
M = P,
gg = a[Y],
_g = a[M],
E = !1,
C.g_aQK(ag.get_x(), ag.get_y(), _g.get_x(), _g.get_y()) || (K.push(ag), (E = !0)),
C.g_aQK(ag.get_x(), ag.get_y(), gg.get_x(), gg.get_y()) || (J.push(ag), (E = !0)),
E || e(ag),
G = -1,
P = O;
;
) {
if (P != M) K.push(a[P]);
else {
if (0 > G || G >= T) return [];
C.g_aQI(_g.get_x(), _g.get_y(), a[G].get_x(), a[G].get_y(), X.get_x(), X.get_y()) ||
K.push(a[P]);
break;
}
(G = P), 0 > P - 1 ? (P = T - 1) : P--;
}
for (K.reverse(), G = -1, P = S; ; ) {
if (P != Y) J.push(a[P]);
else {
if (0 > G || G >= T) return [];
P != Y ||
C.g_aQI(
gg.get_x(),
gg.get_y(),
a[G].get_x(),
a[G].get_y(),
V.get_x(),
V.get_y()
) ||
J.push(a[P]);
break;
}
(G = P), P + 1 > T - 1 ? (P = 0) : P++;
}
D.push(K, J), D.shift();
break;
}
W && Q.push(D.shift());
}
return Q;
});
}
'use strict',
(g_aO.g_ahl.g_aQM = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.g_aQM.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict',
(g_aO.g_ahl.g_aQM.Instance = class extends g_aO.g_afk {
constructor(g, _) {
super(g),
(this.g_aQN = null),
(this.g_aQO = -1),
(this.g_aQP = ''),
(this.g_aQQ = new Set()),
(this.g_aQR = 0),
(this.g_aQS = 0),
(this.g_aQT = 0),
(this.g_aQU = 0),
(this.g_aQV = 0),
(this.g_aQW = 0),
(this.g_aQX = 0),
(this.g_aQY = 0),
(this.g_aQZ = 0),
(this.g_aNU = 0),
(this.g_aQ_ = !1),
_ && (this.g_aQ_ = _[0]);
const e = this.g_Be.g_lh();
this.g_lN = new g_aO.g_lK(
g_aO.g_lE.g_lJ(e, 'instancedestroy', (g) => this.g_aAf(g.g_Ke)),
g_aO.g_lE.g_lJ(e, 'afterload', () => this.g_aAg())
);
}
g_ek() {
(this.g_aQN = null), super.g_ek();
}
g_aQ$(g) {
g ? ((this.g_aQN = g), this.g_aen()) : ((this.g_aQN = null), this.g_adZ());
}
g_aRa(g, _, e) {
if (g) {
const t = g.g_abA(this.g_b_);
if (t) {
(this.g_aQP = _), this.g_aQ$(t);
const g = this.g_b_.g_CU(),
a = t.g_CU();
if ('properties' === this.g_aQP) {
const _ = this.g_aQQ;
_.clear();
for (const g of e) _.add(g);
(this.g_aQU = g.g_Ig() - a.g_Ig()),
(this.g_aQV = g.g_Ih() - a.g_Ih()),
(this.g_aQY = g.g_Fj() - a.g_Fj()),
(this.g_aNU = g.g_Fj()),
(this.g_aQZ = g.g_Do() - a.g_Do()),
_.has('x') &&
_.has('y') &&
((this.g_aQS = g_aO.g_ev(a.g_Ig(), a.g_Ih(), g.g_Ig(), g.g_Ih()) - a.g_Fj()),
(this.g_aQR = g_aO.g_et(a.g_Ig(), a.g_Ih(), g.g_Ig(), g.g_Ih()))),
_.has('width-abs')
? (this.g_aQW = g.g_pN() - a.g_pN())
: _.has('width-scale') && (this.g_aQW = g.g_pN() / a.g_pN()),
_.has('height-abs')
? (this.g_aQX = g.g_pO() - a.g_pO())
: _.has('height-scale') && (this.g_aQX = g.g_pO() / a.g_pO());
} else this.g_aQR = g_aO.g_et(a.g_Ig(), a.g_Ih(), g.g_Ig(), g.g_Ih());
}
}
}
g_GH() {
const g = this.g_aQQ,
_ = this.g_aQP,
e = { uid: this.g_aQN ? this.g_aQN.g_Ei() : -1, m: _ };
return (
'rope' === _ || 'bar' === _
? (e.pd = this.g_aQR)
: 'properties' === _ &&
((e.ps = [...this.g_aQQ]),
g.has('imagepoint')
? (e.ip = this.g_aQT)
: g.has('x') && g.has('y')
? ((e.pa = this.g_aQS), (e.pd = this.g_aQR))
: (g.has('x') && (e.dx = this.g_aQU), g.has('y') && (e.dy = this.g_aQV)),
g.has('angle') && ((e.da = this.g_aQY), (e.lka = this.g_aNU)),
(g.has('width-abs') || g.has('width-scale')) && (e.dw = this.g_aQW),
(g.has('height-abs') || g.has('height-scale')) && (e.dh = this.g_aQX),
g.has('z') && (e.dz = this.g_aQZ)),
e
);
}
g_GJ(g) {
const _ = g.m,
e = this.g_aQQ;
if ((e.clear(), (this.g_aQO = g.uid), 'number' == typeof _)) return void this.g_aRb(g);
if (((this.g_aQP = _), 'rope' === _ || 'bar' === _)) this.g_aQR = g.pd;
else if ('properties' === _) {
for (const _ of g.ps) e.add(_);
e.has('imagepoint')
? (this.g_aQT = g.ip)
: e.has('x') && e.has('y')
? ((this.g_aQS = g.pa), (this.g_aQR = g.pd))
: (e.has('x') && (this.g_aQU = g.dx), e.has('y') && (this.g_aQV = g.dy)),
e.has('angle') && ((this.g_aQY = g.da), (this.g_aNU = g.lka || 0)),
(e.has('width-abs') || e.has('width-scale')) && (this.g_aQW = g.dw),
(e.has('height-abs') || e.has('height-scale')) && (this.g_aQX = g.dh),
e.has('z') && (this.g_aQZ = g.dz);
}
}
g_aRb(_) {
const a = this.g_aQQ,
t = _.msa,
n = _.tsa,
i = _.pa,
e = _.pd,
r = _.m;
0 === r
? ((this.g_aQP = 'properties'),
a.add('x').add('y').add('angle'),
(this.g_aQS = i),
(this.g_aQR = e),
(this.g_aQY = t - n),
(this.g_aNU = _.lka))
: 1 === r
? ((this.g_aQP = 'properties'), a.add('x').add('y'), (this.g_aQS = i), (this.g_aQR = e))
: 2 === r
? ((this.g_aQP = 'properties'), a.add('angle'), (this.g_aQY = t - n), (this.g_aNU = _.lka))
: 3 === r
? ((this.g_aQP = 'rope'), (this.g_aQR = _.pd))
: 4 === r
? ((this.g_aQP = 'bar'), (this.g_aQR = _.pd))
: void 0;
}
g_aAg() {
-1 === this.g_aQO
? this.g_aQ$(null)
: (this.g_aQ$(this.g_Be.g_NN(this.g_aQO)), (this.g_aQO = -1));
}
g_aAf(g) {
this.g_aQN === g && (this.g_aQ$(null), this.g_aQ_ && this.g_Be.g_EB(this.g_b_));
}
g_aek() {
var _ = Math.sin,
t = Math.cos;
const n = this.g_aQN;
if (!n) return;
const i = n.g_CU(),
a = this.g_b_,
r = a.g_CU(),
e = this.g_aQP;
let s = !1;
if ('rope' === e || 'bar' === e) {
const g = g_aO.g_et(r.g_Ig(), r.g_Ih(), i.g_Ig(), i.g_Ih());
if (g > this.g_aQR || ('bar' === e && g < this.g_aQR)) {
const g = g_aO.g_ev(i.g_Ig(), i.g_Ih(), r.g_Ig(), r.g_Ih());
r.g_abq(i.g_Ig() + t(g) * this.g_aQR, i.g_Ih() + _(g) * this.g_aQR), (s = !0);
}
} else {
const a = this.g_aQQ;
let e = 0;
if (a.has('imagepoint')) {
const [g, _] = n.g_abs(this.g_aQT);
r.g_abp(g, _) || (r.g_abq(g, _), (s = !0));
} else if (a.has('x') && a.has('y')) {
const g = i.g_Ig() + t(i.g_Fj() + this.g_aQS) * this.g_aQR,
a = i.g_Ih() + _(i.g_Fj() + this.g_aQS) * this.g_aQR;
r.g_abp(g, a) || (r.g_abq(g, a), (s = !0));
} else
(e = i.g_Ig() + this.g_aQU),
a.has('x') && e !== r.g_Ig() && (r.g_abn(e), (s = !0)),
(e = i.g_Ih() + this.g_aQV),
a.has('y') && e !== r.g_Ih() && (r.g_abo(e), (s = !0));
a.has('angle') &&
(this.g_aNU !== r.g_Fj() &&
(this.g_aQY = g_aO.g_eq(this.g_aQY + (r.g_Fj() - this.g_aNU))),
(e = g_aO.g_eq(i.g_Fj() + this.g_aQY)),
e !== r.g_Fj() && (r.g_Fi(e), (s = !0)),
(this.g_aNU = r.g_Fj())),
a.has('width-abs') &&
((e = i.g_pN() + this.g_aQW), e !== r.g_pN() && (r.g_Hj(e), (s = !0))),
a.has('width-scale') &&
((e = i.g_pN() * this.g_aQW), e !== r.g_pN() && (r.g_Hj(e), (s = !0))),
a.has('height-abs') &&
((e = i.g_pO() + this.g_aQX), e !== r.g_pO() && (r.g_Hk(e), (s = !0))),
a.has('height-scale') &&
((e = i.g_pO() * this.g_aQX), e !== r.g_pO() && (r.g_Hk(e), (s = !0))),
a.has('z') &&
((e = i.g_Do() + this.g_aQZ), e !== r.g_Do() && (r.g_Fh(e), this.g_Be.g_EV()));
}
s && r.g_En();
}
g_aep() {
return [
{
title: '$' + this.g_NZ().g_pY(),
properties: [
{ name: 'behaviors.pin.debugger.is-pinned', value: !!this.g_aQN },
{ name: 'behaviors.pin.debugger.pinned-uid', value: this.g_aQN ? this.g_aQN.g_Ei() : 0 }
]
}
];
}
}),
'use strict',
(g_aO.g_ahl.g_aQM.g_HW = {
g_aRc() {
return !!this.g_aQN;
},
g_aRd() {
return this.g_aQ_;
}
}),
'use strict',
(g_aO.g_ahl.g_aQM.g_abH = {
g_aRe(g, _) {
this.g_aRa(g, 0 === _ ? 'rope' : 'bar');
},
g_aRf(_, a, t, n, i, e, r) {
const g = [];
a && g.push('x'),
t && g.push('y'),
n && g.push('angle'),
r && g.push('z'),
1 === i ? g.push('width-abs') : 2 == i && g.push('width-scale'),
1 === e ? g.push('height-abs') : 2 == e && g.push('height-scale'),
0 === g.length || this.g_aRa(_, 'properties', g);
},
g_aRg(_, a, t, n, i, e) {
const r = ['imagepoint'];
t && r.push('angle'),
e && r.push('z'),
1 === n ? r.push('width-abs') : 2 == n && r.push('width-scale'),
1 === i ? r.push('height-abs') : 2 == i && r.push('height-scale'),
(this.g_aQT = a),
this.g_aRa(_, 'properties', r);
},
g_aRh(g) {
('rope' === this.g_aQP || 'bar' === this.g_aQP) && (this.g_aQR = Math.max(g, 0));
},
g_aRi(g) {
this.g_aQ_ = g;
},
g_aRj() {
this.g_aQ$(null), (this.g_aQP = ''), this.g_aQQ.clear(), (this.g_aQT = '');
},
g_aQM(g, _) {
0 === _
? this.g_aRa(g, 'properties', ['x', 'y', 'angle'])
: 1 === _
? this.g_aRa(g, 'properties', ['x', 'y'])
: 2 === _
? this.g_aRa(g, 'properties', ['angle'])
: 3 === _
? this.g_aRa(g, 'rope')
: 4 === _
? this.g_aRa(g, 'bar')
: void 0;
}
}),
'use strict',
(g_aO.g_ahl.g_aQM.g__$ = {
g_aRk() {
return this.g_aQN ? this.g_aQN.g_Ei() : -1;
}
}),
'use strict',
(g_aO.g_ahl.g_aRl = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.g_aRl.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict',
(g_aO.g_ahl.g_aRl.g_aRm = class {
constructor(g, _, e, a) {
(this.g_Tt = g_aO.g_ej(g_aO.g_lQ)),
this.g_Tt.Set(g || 0),
(this.g_aRn = g_aO.g_ej(g_aO.g_lQ)),
this.g_aRn.Set(_ || 0),
(this.g_aii = e || 0),
(this.g_aRo = !!a),
(this.g_aRp = !1);
}
g_aRq() {
return this.g_Tt.g_bd();
}
g_LZ() {
return this.g_aRn.g_bd();
}
g_aio() {
return this.g_aii;
}
g_aAO(g) {
this.g_aRp = !!g;
}
g_aRr() {
return this.g_aRp;
}
g_jB(g) {
this.g_Tt.g_jB(g), this.g_aRn.g_jB(g);
}
g_aRs() {
return this.g_Tt.g_bd() >= this.g_aii;
}
g_Dl() {
if (this.g_aRs())
if (this.g_aRo) this.g_Tt.g_lU(this.g_aii);
else return !0;
return !1;
}
g_GH() {
return {
c: this.g_Tt.g_bd(),
t: this.g_aRn.g_bd(),
d: this.g_aii,
r: this.g_aRo,
p: this.g_aRp
};
}
g_GJ(g) {
this.g_Tt.Set(g.c),
this.g_aRn.Set(g.t),
(this.g_aii = g.d),
(this.g_aRo = !!g.r),
(this.g_aRp = !!g.p);
}
}),
(g_aO.g_ahl.g_aRl.Instance = class extends g_aO.g_afk {
constructor(g) {
super(g), (this.g_aRt = new Map());
}
g_ek() {
this.g_aRt.clear(), super.g_ek();
}
g_aRu() {
0 < this.g_aRt.size ? (this.g_ael(), this.g_aen()) : (this.g_adY(), this.g_adZ());
}
g_GH() {
const g = {};
for (const [_, e] of this.g_aRt.entries()) g[_] = e.g_GH();
return g;
}
g_GJ(g) {
this.g_aRt.clear();
for (const [_, e] of Object.entries(g)) {
const g = new g_aO.g_ahl.g_aRl.g_aRm();
g.g_GJ(e), this.g_aRt.set(_, g);
}
this.g_aRu();
}
g_KZ() {
const g = this.g_Be.g_KW(this.g_b_);
for (const _ of this.g_aRt.values()) _.g_aRr() || _.g_jB(g);
}
g_aek() {
for (const [g, _] of this.g_aRt.entries()) {
const e = _.g_Dl();
e && this.g_aRt.delete(g);
}
}
g_aep() {
var g = Math.round;
return [
{
title: 'behaviors.timer.debugger.timers',
properties: [...this.g_aRt.entries()].map((_) => ({
name: '$' + _[0],
value: `${g(10 * _[1].g_aRq()) / 10} / ${g(10 * _[1].g_aio()) / 10}`
}))
}
];
}
}),
'use strict',
(g_aO.g_ahl.g_aRl.g_HW = {
g_aRv(g) {
const _ = this.g_aRt.get(g.toLowerCase());
return !!_ && _.g_aRs();
},
g_aRw(g) {
return this.g_aRt.has(g.toLowerCase());
},
g_aRx(g) {
const _ = this.g_aRt.get(g.toLowerCase());
return _ && _.g_aRr();
}
}),
'use strict',
(g_aO.g_ahl.g_aRl.g_abH = {
g_aRy(g, _, e) {
const a = new g_aO.g_ahl.g_aRl.g_aRm(0, 0, g, 1 === _);
this.g_aRt.set(e.toLowerCase(), a), this.g_aRu();
},
g_aRz(g) {
this.g_aRt.delete(g.toLowerCase()), this.g_aRu();
},
g_aRA(g, _) {
const e = this.g_aRt.get(g.toLowerCase());
e && e.g_aAO(0 === _);
}
}),
'use strict',
(g_aO.g_ahl.g_aRl.g__$ = {
g_aBv(g) {
const _ = this.g_aRt.get(g.toLowerCase());
return _ ? _.g_aRq() : 0;
},
g_aRB(g) {
const _ = this.g_aRt.get(g.toLowerCase());
return _ ? _.g_LZ() : 0;
},
g_aBk(g) {
const _ = this.g_aRt.get(g.toLowerCase());
return _ ? _.g_aio() : 0;
}
}),
'use strict',
(g_aO.g_ahl.g_aRC = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.g_aRC.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict',
(g_aO.g_ahl.g_aRC.Instance = class extends g_aO.g_afk {
constructor(g, _) {
super(g),
(this.g_aRD = 2),
(this.g_aRE = 2),
(this.g_aRF = 0),
(this.g_aRG = 0),
(this.g__z = !0);
const e = this.g_b_.g_CU().g_Gi();
(this.g_aRH = e.g_hV()),
(this.g_aRI = e.g_hW()),
(this.g_aRJ = this.g_Be.g_DY() - e.g_hV()),
(this.g_aRK = this.g_Be.g_DZ() - e.g_hW()),
(this.g_aRL = this.g_Be.g_DY() - e.g_hX()),
(this.g_aRM = this.g_Be.g_DZ() - e.g_hY()),
_ &&
((this.g_aRD = _[0]),
(this.g_aRE = _[1]),
(this.g_aRF = _[2]),
(this.g_aRG = _[3]),
(this.g__z = !!_[4])),
this.g__z && this.g_ael();
}
g_ek() {
super.g_ek();
}
g_GH() {
return {
xl: this.g_aRH,
yt: this.g_aRI,
xr: this.g_aRJ,
yb: this.g_aRK,
rd: this.g_aRL,
bd: this.g_aRM,
al: this.g_aRD,
at: this.g_aRE,
ar: this.g_aRF,
ab: this.g_aRG,
e: this.g__z
};
}
g_GJ(g) {
(this.g_aRH = g.xl),
(this.g_aRI = g.yt),
(this.g_aRJ = g.xr),
(this.g_aRK = g.yb),
(this.g_aRL = g.rd),
(this.g_aRM = g.bd),
(this.g_aRD = g.al),
(this.g_aRE = g.at),
(this.g_aRF = g.ar),
(this.g_aRG = g.ab),
(this.g__z = g.e),
this.g__z ? this.g_ael() : this.g_adY();
}
g_KZ() {
var g = Math.max;
if (this.g__z) {
const _ = this.g_b_.g_CU(),
e = _.g_Em().g_EW();
if (0 === this.g_aRD) {
const g = e.g_hV() + this.g_aRH - _.g_Gi().g_hV();
0 != g && (_.g_QQ(g), _.g_En());
} else if (1 === this.g_aRD) {
const g = e.g_hX() - this.g_aRJ - _.g_Gi().g_hV();
0 != g && (_.g_QQ(g), _.g_En());
}
if (0 === this.g_aRE) {
const g = e.g_hW() + this.g_aRI - _.g_Gi().g_hW();
0 != g && (_.g_QR(g), _.g_En());
} else if (1 === this.g_aRE) {
const g = e.g_hY() - this.g_aRK - _.g_Gi().g_hW();
0 != g && (_.g_QR(g), _.g_En());
}
if (1 === this.g_aRF) {
const a = e.g_hX() - this.g_aRL - _.g_Gi().g_hX();
0 != a &&
(_.g_QQ(_.g_QX() * a),
_.g_Hj(g(_.g_pN() + a), 0),
_.g_En(),
(this.g_aRL = e.g_hX() - _.g_Gi().g_hX()));
}
if (1 === this.g_aRG) {
const a = e.g_hY() - this.g_aRM - _.g_Gi().g_hY();
0 != a &&
(_.g_QR(_.g_QZ() * a),
_.g_Hk(g(_.g_pO() + a, 0)),
_.g_En(),
(this.g_aRM = e.g_hY() - _.g_Gi().g_hY()));
}
}
}
g_QF(g) {
return 0 === g
? this.g_aRD
: 1 === g
? this.g_aRE
: 2 === g
? this.g_aRF
: 3 === g
? this.g_aRG
: 4 === g
? this.g__z
: void 0;
}
g_QM(g, _) {
0 === g
? (this.g_aRD = _)
: 1 === g
? (this.g_aRE = _)
: 2 === g
? (this.g_aRF = _)
: 3 === g
? (this.g_aRG = _)
: 4 === g
? ((this.g__z = !!_), this.g__z ? this.g_ael() : this.g_adY())
: void 0;
}
}),
'use strict',
(g_aO.g_ahl.g_aRC.g_HW = {
g_jp() {
return this.g__z;
}
}),
'use strict',
(g_aO.g_ahl.g_aRC.g_abH = {
g_aQu(g) {
if (this.g__z && 0 === g) (this.g__z = !1), this.g_adY();
else if (!this.g__z && 0 !== g) {
const g = this.g_b_.g_CU().g_Gi();
(this.g_aRH = g.g_hV()),
(this.g_aRI = g.g_hW()),
(this.g_aRJ = this.g_Be.g_DY() - g.g_hV()),
(this.g_aRK = this.g_Be.g_DZ() - g.g_hW()),
(this.g_aRL = this.g_Be.g_DY() - g.g_hX()),
(this.g_aRM = this.g_Be.g_DZ() - g.g_hY()),
(this.g__z = !0),
this.g_ael();
}
}
}),
'use strict',
(g_aO.g_ahl.g_aRC.g__$ = {}),
'use strict',
(g_aO.g_ahl.Tween = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.Tween.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
const g = g_aO.g_ahl.Tween;
g.Instance = class extends g_aO.g_afk {
constructor(g, _) {
super(g),
(this.g_aRN = !1),
(this.g_jc = !0),
_ && ((this.g_aRN = !1), (this.g_jc = !!_[0])),
(this.g_aRO = new Map()),
(this.g_aRP = []),
(this.g_aRQ = new Map()),
(this.g_aRR = null),
(this.g_aRS = null),
(this.g_aRT = null),
(this.g_aRU = null),
(this.g_aRV = ''),
this.g_jc && this.g_aen(),
(this.g_aRW = (g) => this.g_aAg(g)),
this.g_BI().g_lh().addEventListener('afterload', this.g_aRW);
}
g_ek() {
this.g_BI().g_lh().removeEventListener('afterload', this.g_aRW),
(this.g_aRW = null),
this.g_aRR && (this.g_aRX(this.g_aRR), (this.g_aRR = null)),
this.g_aRY(),
(this.g_aRZ = null),
this.g_aR_(),
(this.g_aRP = null),
this.g_aR$(),
(this.g_aRQ = null),
super.g_ek();
}
g_aQu(g) {
(this.g_jc = g), this.g_jc ? this.g_aen() : this.g_adZ();
}
g_aSa() {
return this.g_jc;
}
g_aSb(g) {
this.g_aRP.push(g);
}
g_aSc(g) {
return this.g_aRP.includes(g);
}
g_aR_() {
g_aO.g_fz(this.g_aRP);
}
g_aSd() {
return this.g_aRR;
}
g_NK() {
const g = this.g_afm();
return !!g && !g.g_NL();
}
g_aSe(g, _, e = !1) {
const a = _ ? this.g_aSf(_, e) : this.g_aSg(e);
if (a && a.length) for (const _ of a) if (_.g_KI(g)) return _;
}
g_aSh(g, _) {
return this.g_aSe(g, _, !0);
}
*g_aSi(g, _, e = !1) {
const a = _ ? this.g_aSf(_, e) : this.g_aSg(e);
if (a && a.length) for (const _ of a) _.g_KI(g) && (yield _);
}
*g_aSj(g, _) {
yield* this.g_aSi(g, _, !0);
}
g_aSf(g, _) {
if (_) {
let _ = this.g_aRO.get(g),
e = this.g_aRQ.get(g);
return _ || (_ = []), e || (e = []), _.concat(e).filter((g) => g);
} else {
let _ = this.g_aRO.get(g);
return _ || (_ = []), _.filter((g) => g);
}
}
g_aSg(g) {
if (g) {
const g = [...this.g_aRO.values()].flat(),
_ = [...this.g_aRQ.values()].flat();
return g.concat(_).filter((g) => g);
} else {
const g = [...this.g_aRO.values()].flat();
return g.filter((g) => g);
}
}
g_aSk() {
return this.g_aSg(!0);
}
g_GH() {
return {
s: !1,
e: !!this.g_jc,
at: this.g_aSl(),
dt: this.g_aSm(),
wt: this.g_aSn(),
ft: this.g_aSo()
};
}
g_GJ(g) {
g &&
((this.g_aRS = g.at),
(this.g_aRT = g.dt),
(this.g_aRU = g.wt),
(this.g_aRV = g.ft),
(this.g_aRN = !1),
(this.g_jc = !!g.e));
}
g_aAg() {
const g = this.g_BI().g_LT();
if ((this.g_aSp(this.g_aRS, this.g_aRO, g), this.g_aRT)) {
g_aO.g_fz(this.g_aRP);
for (const _ of this.g_aRT) this.g_aSq(this.g_aRP, _, g);
}
this.g_aSp(this.g_aRU, this.g_aRQ, g),
(this.g_aRR = this.g_aSr(this.g_aRV, g)),
this.g_jc ? this.g_aen() : this.g_adZ();
}
g_aSp(g, _, t) {
if (g)
for (const a in g) {
let n = _.get(a);
n ? g_aO.g_fz(n) : (n = []);
const e = g[a];
for (const g of e) {
const _ = this.g_aSq(n, g.name, t);
if (!_) {
const _ = g_aO.Tween.g_SI({ runtime: this.g_BI(), json: g });
_.g_Sv((g) => this.g_aSs(g)), t.g_KJ(_), this.g_aSq(n, _, t);
} else this.g_aSt(g.name, g, t);
}
_.set(a, n);
}
}
g_aSr(g, _) {
return _.g_KF(g);
}
g_aSq(g, _, e) {
if ('string' == typeof _) {
const a = this.g_aSr(_, e);
if (a) return !!g.push(a);
} else return !!g.push(_);
return !1;
}
g_aSt(g, _, e) {
if ('string' == typeof g) {
const a = this.g_aSr(g, e);
a && a.g_GI(_);
} else g.g_GI(_);
}
g_aSl() {
const g = {};
for (const [_, e] of this.g_aRO) g[_] = e.map((g) => g.g_GG());
return g;
}
g_aSm() {
return this.g_aRP.map((g) => g.g_pY());
}
g_aSn() {
const g = {};
for (const [_, e] of this.g_aRQ) g[_] = e.map((g) => g.g_GG());
return g;
}
g_aSo() {
return this.g_aRR ? this.g_aRR.g_pY() : '';
}
g_aek() {
this.g_aR$();
}
g_aSu(_) {
const a = g.g_aSw.g_aSv(_.g_Ob, _.g_SQ, _.g_SR, _.g_SP, _.g_SM, this.g_afm()),
t = g.g_aSy.g_aSx(_.g_Ob);
g.g_aSy.g_aSz(t) || this.g_aSA(_.g_Ob);
const n = g_aO.Tween.g_SI({
runtime: this.g_BI(),
id: t,
tags: _.tags,
time: _.time,
g_Ke: this.g_afm(),
g_SL: !!_.g_SL,
g_SK: _.g_SK,
g_SJ: a
});
return n.g_Sv((g) => this.g_aSs(g)), this.g_aSB(n, _.g_Ob), n;
}
g_aSC(g, _ = !1) {
const e = g.g_LW();
if (this.g_aRO.has(e)) {
const _ = this.g_aRO.get(e);
if (_) {
const e = _.indexOf(g);
-1 !== e && _.splice(e, 1);
}
}
g.g_K$() || this.g_aSD(g) || (g.g_Kg(_), this.g_aSE(g));
}
g_aSA(_, t = !1) {
if (g_aO.g_cF(_)) {
const a = g.g_aSy.g_aSx(_);
if (!this.g_aRO.has(a)) return;
const n = this.g_aRO.get(a),
e = this.g_aSd();
for (const g of n) g !== e && (g.g_K$() || this.g_aSD(g) || (g.g_Kg(t), g.g_ek()));
g_aO.g_fz(n);
} else {
const g = this.g_aSd();
for (const _ of this.g_aSg())
_ !== g && (_.g_K$() || this.g_aSD(_) || (_.g_Kg(t), _.g_ek()));
for (const g of this.g_aRO.keys()) g_aO.g_fz(this.g_aRO.get(g)), this.g_aRO.delete(g);
this.g_aRO.clear();
}
}
g_aRX(g) {
this.g_aSC(g, !0);
}
g_aRY() {
this.g_aSA(NaN, !0);
}
g_QF(g) {
return 0 === g ? this.g_jc : void 0;
}
g_QM(g, _) {
0 === g ? (this.g_jc = !!_) : void 0;
}
g_aSs(_) {
this.g_BI() &&
((this.g_aRR = _),
g.g_HW.g_aSF(_),
this.g_Ku(g.g_HW.g_aSG),
this.g_Ku(g.g_HW.g_aSH),
g.g_HW.g_aSF(null),
(this.g_aRR = null),
this.g_aSC(_),
_.g_SG() && this.g_BI().g_EB(this.g_afm()));
}
g_aSB(_, a) {
const t = g.g_aSy.g_aSx(a);
this.g_aRO.has(t) || this.g_aRO.set(t, []);
const n = this.g_aRO.get(t);
n.push(_);
}
g_aSE(g) {
const _ = g.g_LW();
this.g_aRQ.has(_) || this.g_aRQ.set(_, []), this.g_aRQ.get(_).push(g);
}
g_aSD(g) {
const _ = g.g_LW();
return !!this.g_aRQ.has(_) && this.g_aRQ.get(_).includes(g);
}
g_aR$() {
if (this.g_aRQ.size) {
for (const g of this.g_aRQ.values()) {
for (const _ of g) _.g_K$() || _.g_ek();
g_aO.g_fz(g);
}
this.g_aRQ.clear();
}
}
};
}
{
let g = null;
g_aO.g_ahl.Tween.g_HW = {
g_aSF(_) {
g = _;
},
g_aSG(_) {
return g.g_KI(_);
},
g_aSH() {
return !0;
},
g_Mm(g) {
const _ = [...this.g_aSj(g)];
return !!_ && !!_.length && _.some(g_aO.Tween.g_Mm);
},
g_aAA() {
const g = [...this.g_aSk()];
return !!g && !!g.length && g.some(g_aO.Tween.g_Mm);
}
};
}
{
const g = g_aO.g_ahl.Tween;
g.g_abH = {
g_aQu(g) {
this.g_aQu(!!g);
for (const _ of this.g_aSg())
g ? this.g_aSc(_) && _.g_MV() : ((_.g_Mm() || _.g_MH()) && this.g_aSb(_), _.g_Kg());
g && this.g_aR_();
},
async g_aSI(..._) {
if (this.g_aSa() && this.g_NK()) {
const e = this.g_aSu(g.g_aSK.g_aSJ(this, ..._));
e.g_MW() && (await e.g_Mn());
}
},
async g_aSL(..._) {
if (this.g_aSa() && this.g_NK()) {
const e = this.g_aSu(g.g_aSK.g_aSM(this, ..._));
e.g_MW() && (await e.g_Mn());
}
},
async g_aSN(..._) {
if (this.g_aSa() && this.g_NK()) {
const e = this.g_aSu(g.g_aSK.g_aSO(this, ..._));
e.g_MW() && (await e.g_Mn());
}
},
g_aSP(g) {
if (this.g_aSa() && this.g_NK()) for (const _ of this.g_aSi(g)) _.g_Kg();
},
g_aSQ() {
if (this.g_aSa() && this.g_NK()) for (const g of this.g_aSg()) g.g_Kg();
},
g_aSR(g) {
if (this.g_aSa() && this.g_NK()) for (const _ of this.g_aSi(g)) _.g_MV();
},
g_aSS() {
if (this.g_aSa() && this.g_NK()) for (const g of this.g_aSg()) g.g_MV();
},
g_aST(g) {
if (this.g_aSa() && this.g_NK()) for (const _ of this.g_aSi(g)) this.g_aSC(_);
},
g_aSU() {
if (this.g_aSa() && this.g_NK()) for (const g of this.g_aSg()) this.g_aSC(g);
},
g_aSV(g, _, e) {
if (this.g_aSa() && this.g_NK())
for (const a of this.g_aSi(g)) a.g_SA([_], [e]), a.g_SB(_, e);
},
g_aSW(g, _, a, t) {
if (this.g_aSa() && this.g_NK()) {
const n = g_aO.g_ahl.Tween.g_aSy.g_aSX(_);
for (const _ of this.g_aSi(g)) _.g_SA([a, t], n), _.g_SB(a, n[0]), _.g_SB(t, n[1]);
}
},
g_aSY(g, _) {
if (this.g_aSa() && this.g_NK()) for (const e of this.g_aSi(g, 'value')) e.g_Sy(_, 'value');
},
g_aSZ(g, _) {
if (this.g_aSa() && this.g_NK())
for (const e of this.g_aSi(g, 'value')) e.g_aS_([_], [value]), e.g_SB(_, 'value');
},
g_aS$(g, _) {
if (this.g_aSa() && this.g_NK()) {
const e = g_jF.g_jM(_);
for (const _ of this.g_aSi(g)) _.g_Mf(e);
}
},
g_aTa(g) {
if (this.g_aSa() && this.g_NK()) {
const _ = g_jF.g_jM(g);
for (const g of this.g_aSg()) g.g_Mf(_);
}
},
g_aTb(g, _) {
if (this.g_aSa() && this.g_NK()) for (const e of this.g_aSi(g)) e.g_MM(_);
},
g_aTc(g) {
if (this.g_aSa() && this.g_NK()) for (const _ of this.g_aSg()) _.g_MM(g);
},
g_aTd(g, _) {
if (this.g_aSa() && this.g_NK()) for (const e of this.g_aSi(g)) e.g_Mj(_);
},
g_aTe(g) {
if (this.g_aSa() && this.g_NK()) for (const _ of this.g_aSg()) _.g_Mj(g);
},
g_aTf(g, _) {
if (this.g_aSa() && this.g_NK()) for (const e of this.g_aSi(g)) e.g_SF(!!_);
},
g_aTg(g) {
if (this.g_aSa() && this.g_NK()) for (const _ of this.g_aSg()) _.g_SF(!!g);
}
};
}
'use strict',
(g_aO.g_ahl.Tween.g__$ = {
g_aTh(g) {
const _ = this.g_aSh(g);
return _ ? _.g_MJ() : 0;
},
g_aTi(g) {
const _ = this.g_aSh(g);
return _ ? _.g_MJ() / _.g_LZ() : 0;
},
g_aTj(g) {
const _ = this.g_aSh(g, 'value');
return _ ? _.g_Nl('value').g_Pb() : 0;
},
g_aTk() {
return this.g_aSd() ? this.g_aSd().g_Mr() : '';
}
}),
'use strict';
{
const g = ['position', 'size'],
_ = [
'offsetX',
'offsetY',
'offsetWidth',
'offsetHeight',
'offsetAngle',
'offsetOpacity',
'offsetColor',
'offsetZElevation'
],
t = ['value'],
n = [].concat(g).concat(_).concat(t),
i = { position: ['offsetX', 'offsetY'], size: ['offsetWidth', 'offsetHeight'] },
e = Object.assign(
{},
n.reduce((g, _) => Object.assign({}, g, { [_]: [_] }), {}),
i
);
g_aO.g_ahl.Tween.g_aSy = class {
constructor() {}
static g_aTl() {
return [...g_jF.g_jI()];
}
static g_jM(g) {
return [...g_jF.g_jI()][g];
}
static g_aSx(g) {
return n[g];
}
static g_aTm(g) {
return n.indexOf(g);
}
static g_aTn(_) {
return g[_];
}
static g_aTo(g) {
return _[g];
}
static g_aTp(g) {
return t[g];
}
static g_aTq(g) {
return i[g];
}
static g_aSX(g) {
return g_aO.g_cO(g) ? e[g] : e[n[g]];
}
static g_aTr(g) {
return !!i[g];
}
static g_aTs(g) {
return 'offsetColor' === g;
}
static g_aTt(g) {
return 'offsetAngle' === g;
}
static g_aTu(g) {
return 'offsetOpacity' === g;
}
static g_aSz(g) {
return 'value' === g;
}
};
}
{
const _ = g_aO.g_ahl.Tween,
t = new Map();
_.g_aSw = class {
constructor() {}
static g_aSv(a, n, r, e, s, g) {
0 === t.size && this.g_aTv();
const d = _.g_aTx.g_aTw(a);
let i = t.get(d);
return g_aO.g_cF(a) && (a = _.g_aSy.g_aSx(a)), this.g_aTy(i, a, n, r, e, s, g);
}
static g_aTz(g, _) {
const e = g_aO.g_ahl.Tween.g_aSv(g);
return e.g_aTA(_);
}
static g_aTv() {
const g = _.g_aTx,
e = _.g_aTB;
this.g_aTC(g.g_aTD, this.g_aTE, e.g_aTF),
this.g_aTC(g.g_aTG, this.g_aTH, e.g_aTI),
this.g_aTC(g.g_aTJ, this.g_aTK, e.g_aTL),
this.g_aTC(g.g_aTM, this.g_aTN, e.g_aTF),
this.g_aTC(g.g_aTO, this.g_aTP, e.g_aTF);
}
static g_aTC(g, _, e) {
t.set(g, this.g_aTQ(g, _, e));
}
static g_aTQ(g, _, e) {
return { name: g, g_aTR: _, g_aTA: e };
}
static g_aTy(_, a, t, n, i, e, r) {
return _.g_aTR(a, _.g_aTA(t), _.g_aTA(n), i, e, r);
}
static g_aTE(a, t, n, i, e) {
const r = _.g_aSy.g_aTq(a);
return r.map((a, r) => ({
g_SN: 'world-instance',
g_Ob: a,
type: 'float',
valueType: 'numeric',
g_SQ: t[r],
g_SR: n[r],
g_SP: _.g_aSy.g_jM(i),
g_SM: e
}));
}
static g_aTH(a, t, n, i, e, r) {
return g_aO.g_HY.Text && r.g_Ir() instanceof g_aO.g_HY.Text
? {
g_SN: 'plugin',
g_SO: [7],
g_Ob: 'color',
type: 'color',
valueType: 'color',
g_SQ: t,
g_SR: n,
g_SP: _.g_aSy.g_jM(i),
g_SM: e
}
: {
g_SN: 'world-instance',
g_Ob: a,
type: 'color',
valueType: 'color',
g_SQ: t,
g_SR: n,
g_SP: _.g_aSy.g_jM(i),
g_SM: e
};
}
static g_aTK(g, a, t, n, e) {
return {
g_SN: 'world-instance',
g_Ob: g,
type: 'angle',
valueType: 'angle',
g_SQ: a,
g_SR: t,
g_SP: _.g_aSy.g_jM(n),
g_SM: e
};
}
static g_aTP(g, a, t, n, e) {
return {
g_SN: 'world-instance',
g_Ob: g,
type: 'float',
valueType: 'numeric',
g_SQ: a,
g_SR: t,
g_SP: _.g_aSy.g_jM(n),
g_SM: e
};
}
static g_aTN(g, a, t, n, e) {
return {
g_SN: 'value',
g_Ob: g,
type: 'float',
valueType: 'numeric',
g_SQ: a,
g_SR: t,
g_SP: _.g_aSy.g_jM(n),
g_SM: e
};
}
};
}
{
const _ = g_aO.g_ahl.Tween,
g = Object.assign({}, { g_SM: 'absolute' }, { tags: '', g_Ob: '', time: 0, g_SP: 0, g_SL: 0 }),
a = Object.assign({}, g, { g_SK: 'current-state', g_SQ: 0, g_SR: 0 }),
t = Object.assign({}, g, { g_SK: 'current-state', g_SQ: [0, 0], g_SR: [0, 0] }),
n = Object.assign({}, g, { g_SK: 'current-state', g_SQ: [0, 0, 0], g_SR: [0, 0, 0] }),
r = Object.assign({}, a, { g_SK: 'start-value' });
_.g_aSK = class {
constructor() {}
static g_aTS(g, _, a, t, n) {
(g.tags = _), (g.time = a), (g.g_SP = t), (g.g_SL = n);
}
static g_aSJ(e, t, r, s, g, d, i) {
const o = _.g_aSy.g_aTo(r),
u = _.g_aSy.g_aTs(o) ? n : a;
return (
this.g_aTS(u, t, g, d, i),
_.g_aSy.g_aTs(o)
? ((n.g_SR[0] = g_aO.g_eN(s)),
(n.g_SR[1] = g_aO.g_eO(s)),
(n.g_SR[2] = g_aO.g_eP(s)),
(n.g_Ob = _.g_aSy.g_aTm(o)))
: _.g_aSy.g_aTu(o)
? (a.g_SR = s / 100)
: (a.g_SR = s),
(u.g_Ob = _.g_aSy.g_aTm(o)),
u
);
}
static g_aSM(a, n, r, e, s, g, d, i) {
this.g_aTS(t, n, g, d, i);
const l = _.g_aSy.g_aTn(r);
return (t.g_SR[0] = e), (t.g_SR[1] = s), (t.g_Ob = _.g_aSy.g_aTm(l)), t;
}
static g_aSO(a, t, n, s, e, g, d) {
return (
this.g_aTS(r, t, e, g, d), (r.g_SQ = n), (r.g_SR = s), (r.g_Ob = _.g_aSy.g_aTm('value')), r
);
}
};
}
{
const g = g_aO.g_ahl.Tween,
_ = [];
g.g_aTx = class {
constructor() {}
static g_aTw(e) {
if (0 === _.length) {
const e = _;
e.push({ g_xK: g.g_aSy.g_aTr, result: this.g_aTD }),
e.push({ g_xK: g.g_aSy.g_aTs, result: this.g_aTG }),
e.push({ g_xK: g.g_aSy.g_aTt, result: this.g_aTJ }),
e.push({ g_xK: g.g_aSy.g_aSz, result: this.g_aTM }),
e.push({ g_xK: () => !0, result: this.g_aTO });
}
g_aO.g_cF(e) && (e = g_aO.g_ahl.Tween.g_aSy.g_aSx(e));
for (const g of _) if (g.g_xK(e)) return g.result;
}
static get g_aTD() {
return 'pair';
}
static get g_aTG() {
return 'color';
}
static get g_aTJ() {
return 'angle';
}
static get g_aTM() {
return 'value';
}
static get g_aTO() {
return 'other';
}
};
}
{
const g = g_aO.g_ahl.Tween;
g.g_aTB = class {
constructor() {}
static g_aTL(g) {
const _ = g_aO.g_er(parseFloat(g));
return g_aO.g_eq(_);
}
static g_aTI(g) {
return g.slice(0);
}
static g_aTF(g) {
return g;
}
};
}
'use strict',
(g_aO.g_ahl.g_aTT = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.g_aTT.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
const g = 2 * Math.PI,
_ = Math.PI / 2,
a = (3 * Math.PI) / 2,
e = [0, 1, 8, 3, 4, 2, 5, 6, 9, 7];
g_aO.g_ahl.g_aTT.Instance = class extends g_aO.g_afk {
constructor(_, a) {
super(_),
(this.g_aTU = 0),
(this.g_aTV = 0),
(this.g_aTW = 0),
(this.g_aTX = 0),
(this.g_aTY = 0),
(this.g__z = !0),
(this.g_aTZ = 0),
(this.g_aT_ = 0),
(this.g_aT$ = 0),
(this.g_aUa = 0),
(this.g_aUb = 0),
(this.g_aUc = 0),
(this.g__J = 0),
(this.g_aUd = 0),
(this.g_aUe = 0),
(this.g_aUf = 0),
(this.g_aUg = 0),
a &&
((this.g_aTV = e[a[0]]),
(this.g_aTW = a[1]),
(this.g_aUa = this.g_Be.g_afS() * a[3]),
(this.g_aTZ = a[2]),
(this.g_aTX = a[2]),
(this.g_aTX += this.g_aUa),
(this.g_aT_ = a[4]),
0 !== this.g_aTX &&
((this.g_aUb = this.g_Be.g_afS() * a[5]),
(this.g_aTU = (a[4] / this.g_aTX) * g),
(this.g_aTU += (this.g_aUb / this.g_aTX) * g)),
(this.g_aUc = this.g_Be.g_afS() * a[7]),
(this.g_aT$ = a[6]),
(this.g_aTY = a[6]),
(this.g_aTY += this.g_aUc),
(this.g__z = !!a[8])),
5 === this.g_aTV && (this.g_aTY = g_aO.g_er(this.g_aTY)),
this.g_akw(),
this.g__z && this.g_ael();
}
g_ek() {
super.g_ek();
}
g_GH() {
return {
i: this.g_aTU,
e: this.g__z,
mv: this.g_aTV,
w: this.g_aTW,
p: this.g_aTX,
mag: this.g_aTY,
iv: this.g__J,
iv2: this.g_aUd,
r: this.g_aUg,
lkv: this.g_aUe,
lkv2: this.g_aUf
};
}
g_GJ(g) {
(this.g_aTU = g.i),
this.g_aOP(g.e),
(this.g_aTV = g.mv),
(this.g_aTW = g.w),
(this.g_aTX = g.p),
(this.g_aTY = g.mag),
(this.g__J = g.iv),
(this.g_aUd = g.iv2),
(this.g_aUg = g.r),
(this.g_aUe = g.lkv),
(this.g_aUf = g.lkv2);
}
g_akw() {
const g = this.g_b_.g_CU();
switch (this.g_aTV) {
case 0:
this.g__J = g.g_Ig();
break;
case 1:
this.g__J = g.g_Ih();
break;
case 2:
(this.g__J = g.g_pN()), (this.g_aUg = g.g_pO() / g.g_pN());
break;
case 3:
this.g__J = g.g_pN();
break;
case 4:
this.g__J = g.g_pO();
break;
case 5:
this.g__J = g.g_Fj();
break;
case 6:
this.g__J = g.g_zk();
break;
case 7:
this.g__J = 0;
break;
case 8:
(this.g__J = g.g_Ig()), (this.g_aUd = g.g_Ih());
break;
case 9:
this.g__J = g.g_Do();
break;
default:
}
(this.g_aUe = this.g__J), (this.g_aUf = this.g_aUd);
}
g_aUh(t) {
var n = Math.PI;
switch (((t %= g), this.g_aTW)) {
case 0:
return Math.sin(t);
case 1:
return t <= _ ? t / _ : t <= a ? 1 - (2 * (t - _)) / n : (t - a) / _ - 1;
case 2:
return (2 * t) / g - 1;
case 3:
return (-2 * t) / g + 1;
case 4:
return t < n ? -1 : 1;
}
return 0;
}
g_KZ() {
const _ = this.g_Be.g_KW(this.g_b_);
this.g__z &&
0 !== _ &&
((this.g_aTU = 0 === this.g_aTX ? 0 : (this.g_aTU + (_ / this.g_aTX) * g) % g),
this.g_aUi());
}
g_aUi() {
const g = this.g_b_.g_CU();
switch (this.g_aTV) {
case 0:
g.g_Ig() !== this.g_aUe && (this.g__J += g.g_Ig() - this.g_aUe),
g.g_abn(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY),
(this.g_aUe = g.g_Ig());
break;
case 1:
g.g_Ih() !== this.g_aUe && (this.g__J += g.g_Ih() - this.g_aUe),
g.g_abo(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY),
(this.g_aUe = g.g_Ih());
break;
case 2:
g.g_Hj(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY), g.g_Hk(g.g_pN() * this.g_aUg);
break;
case 3:
g.g_Hj(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY);
break;
case 4:
g.g_Hk(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY);
break;
case 5:
g.g_Fj() !== this.g_aUe && (this.g__J = g_aO.g_eq(this.g__J + (g.g_Fj() - this.g_aUe))),
g.g_Fi(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY),
(this.g_aUe = g.g_Fj());
break;
case 6:
g.g_zm(this.g__J + (this.g_aUh(this.g_aTU) * this.g_aTY) / 100);
break;
case 8:
g.g_Ig() !== this.g_aUe && (this.g__J += g.g_Ig() - this.g_aUe),
g.g_Ih() !== this.g_aUf && (this.g_aUd += g.g_Ih() - this.g_aUf),
g.g_abn(this.g__J + Math.cos(g.g_Fj()) * this.g_aUh(this.g_aTU) * this.g_aTY),
g.g_abo(this.g_aUd + Math.sin(g.g_Fj()) * this.g_aUh(this.g_aTU) * this.g_aTY),
(this.g_aUe = g.g_Ig()),
(this.g_aUf = g.g_Ih());
break;
case 9:
g.g_Fh(this.g__J + this.g_aUh(this.g_aTU) * this.g_aTY);
}
g.g_En();
}
g_aUj() {}
g_aOP(g) {
(this.g__z = !!g), this.g__z ? this.g_ael() : this.g_adY();
}
g_QF(g) {
return 0 === g
? this.g_aTV
: 1 === g
? this.g_aTW
: 2 === g
? this.g_aTZ
: 6 === g
? this.g_aT$
: 8 === g
? this.g__z
: void 0;
}
g_QM(_, a) {
0 === _
? ((this.g_aTV = e[a]), this.g_akw())
: 1 === _
? (this.g_aTW = a)
: 2 === _
? ((this.g_aTZ = a),
(this.g_aTX = this.g_aTZ + this.g_aUa),
this.g__z ||
(0 === this.g_aTX
? (this.g_aTU = 0)
: ((this.g_aTU = (this.g_aT_ / this.g_aTX) * g),
(this.g_aTU += (this.g_aUb / this.g_aTX) * g))))
: 6 === _
? ((this.g_aT$ = a),
(this.g_aTY = this.g_aT$ + this.g_aUc),
5 === this.g_aTV && (this.g_aTY = g_aO.g_er(this.g_aTY)))
: 8 === _
? (this.g__z = !!a)
: void 0;
}
g_aep() {
return [
{
title: '$' + this.g_NZ().g_pY(),
properties: [
{
name: 'behaviors.sin.properties.enabled.name',
value: this.g__z,
g_ayn: (g) => this.g_aOP(g)
},
{
name: 'behaviors.sin.properties.period.name',
value: this.g_aTX,
g_ayn: (g) => (this.g_aTX = g)
},
{
name: 'behaviors.sin.properties.magnitude.name',
value: this.g_aTY,
g_ayn: (g) => (this.g_aTY = g)
},
{ name: 'behaviors.sin.debugger.value', value: this.g_aUh(this.g_aTU) * this.g_aTY }
]
}
];
}
};
}
'use strict',
(g_aO.g_ahl.g_aTT.g_HW = {
g_jp() {
return this.g__z;
},
g_aUk(g) {
return this.g_aTV === g;
},
g_aUl(g, _) {
return g_aO.compare(this.g_aTX, g, _);
},
g_aUm(g, _) {
return 5 === this.g_aTV
? g_aO.compare(this.g_aTY, g, g_aO.g_er(_))
: g_aO.compare(this.g_aTY, g, _);
},
g_aUn(g) {
return this.g_aTW === g;
}
}),
'use strict',
(g_aO.g_ahl.g_aTT.g_abH = {
g_aQu(g) {
this.g_aOP(0 !== g);
},
g_aUo(g) {
this.g_aTX = g;
},
g_aUp(g) {
(this.g_aTY = g), 5 === this.g_aTV && (this.g_aTY = g_aO.g_er(this.g_aTY));
},
g_aUq(g) {
5 === this.g_aTV && 5 !== g && (this.g_aTY = g_aO.g_es(this.g_aTY)),
(this.g_aTV = g),
this.g_akw();
},
g_aUr(g) {
this.g_aTW = g;
},
g_aUs(g) {
const _ = 2 * Math.PI;
(this.g_aTU = (g * _) % _), this.g_aUi();
},
g_aUt() {
this.g_akw();
}
}),
'use strict',
(g_aO.g_ahl.g_aTT.g__$ = {
g_aUu() {
return this.g_aTU / (2 * Math.PI);
},
g_aUv() {
return this.g_aTX;
},
g_aUw() {
return 5 === this.g_aTV ? g_aO.g_es(this.g_aTY) : this.g_aTY;
},
g_aTj() {
return this.g_aUh(this.g_aTU) * this.g_aTY;
}
}),
'use strict',
(g_aO.g_ahl.g_aUx = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.g_aUx.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict',
(g_aO.g_ahl.g_aUx.Instance = class extends g_aO.g_afk {
constructor(g, _) {
super(g),
(this.g_aUy = 0),
(this.g_aUz = 0),
(this.g_aUA = 0),
(this.g_aQ_ = !0),
(this.g_aUB = !0),
(this.g_aUC = !1),
(this.g_aUD = 0),
(this.g_aUE = g_aO.g_ej(g_aO.g_lQ)),
(this.g_aUF = this.g_b_.g_CU().g_zk() || 1),
_ &&
((this.g_aUy = _[0]),
(this.g_aUz = _[1]),
(this.g_aUA = _[2]),
(this.g_aQ_ = !!_[3]),
(this.g_aUB = !!_[4]),
(this.g_aUD = this.g_aUB ? 0 : 3)),
this.g_aUB &&
(0 === this.g_aUy
? ((this.g_aUD = 1), 0 === this.g_aUz && (this.g_aUD = 2))
: (this.g_b_.g_CU().g_zm(0), this.g_Be.g_EV())),
this.g_ael();
}
g_ek() {
super.g_ek();
}
g_GH() {
return {
fit: this.g_aUy,
wt: this.g_aUz,
fot: this.g_aUA,
d: this.g_aQ_,
s: this.g_aUD,
st: this.g_aUE.g_bd(),
mo: this.g_aUF
};
}
g_GJ(g) {
(this.g_aUy = g.fit),
(this.g_aUz = g.wt),
(this.g_aUA = g.fot),
(this.g_aQ_ = g.d),
(this.g_aUD = g.s),
this.g_aUE.Set(g.st),
(this.g_aUF = g.mo);
}
g_KZ() {
const g = this.g_Be.g_KW(this.g_b_);
this.g_aUE.g_jB(g);
const _ = this.g_b_.g_CU();
0 === this.g_aUD &&
(_.g_zm(this.g_aUE.g_bd() / this.g_aUy) * this.g_aUF,
this.g_Be.g_EV(),
_.g_zk() >= this.g_aUF &&
(_.g_zm(this.g_aUF),
(this.g_aUD = 1),
this.g_aUE.g_lC(),
this.g_Ku(g_aO.g_ahl.g_aUx.g_HW.g_aUG))),
1 === this.g_aUD &&
this.g_aUE.g_bd() >= this.g_aUz &&
((this.g_aUD = 2), this.g_aUE.g_lC(), this.g_Ku(g_aO.g_ahl.g_aUx.g_HW.g_aUH)),
2 === this.g_aUD &&
0 !== this.g_aUA &&
(_.g_zm(this.g_aUF - (this.g_aUE.g_bd() / this.g_aUA) * this.g_aUF),
this.g_Be.g_EV(),
0 >= _.g_zk() &&
((this.g_aUD = 3),
this.g_aUE.g_lC(),
this.g_Ku(g_aO.g_ahl.g_aUx.g_HW.g_aUI),
this.g_aQ_ && this.g_Be.g_EB(this.g_b_)));
}
g_AC() {
(this.g_aUD = 0),
this.g_aUE.g_lC(),
0 === this.g_aUy
? ((this.g_aUD = 1), 0 === this.g_aUz && (this.g_aUD = 2))
: (this.g_b_.g_CU().g_zm(0), this.g_Be.g_EV());
}
g_QF(g) {
return 0 === g
? this.g_aUy
: 1 === g
? this.g_aUz
: 2 === g
? this.g_aUA
: 3 === g
? this.g_aQ_
: void 0;
}
g_QM(g, _) {
0 === g
? (this.g_aUy = _)
: 1 === g
? (this.g_aUz = _)
: 2 === g
? (this.g_aUA = _)
: 3 === g
? (this.g_aQ_ = !!_)
: void 0;
}
g_aep() {
return [
{
title: '$' + this.g_NZ().g_pY(),
properties: [
{
name: 'behaviors.fade.properties.fade-in-time.name',
value: this.g_aUy,
g_ayn: (g) => (this.g_aUy = g)
},
{
name: 'behaviors.fade.properties.wait-time.name',
value: this.g_aUz,
g_ayn: (g) => (this.g_aUz = g)
},
{
name: 'behaviors.fade.properties.fade-out-time.name',
value: this.g_aUA,
g_ayn: (g) => (this.g_aUA = g)
},
{
name: 'behaviors.fade.debugger.stage',
value: [
'behaviors.fade.debugger.' + ['fade-in', 'wait', 'fade-out', 'done'][this.g_aUD]
]
}
]
}
];
}
}),
'use strict',
(g_aO.g_ahl.g_aUx.g_HW = {
g_aUI() {
return !0;
},
g_aUG() {
return !0;
},
g_aUH() {
return !0;
}
}),
'use strict',
(g_aO.g_ahl.g_aUx.g_abH = {
g_aUJ() {
this.g_aUB || this.g_aUC || ((this.g_aUF = this.g_b_.g_CU().g_zk() || 1), (this.g_aUC = !0)),
3 === this.g_aUD && this.g_AC();
},
g_aUK() {
this.g_AC();
},
g_aUL(g) {
0 > g && (g = 0), (this.g_aUy = g);
},
g_aUM(g) {
0 > g && (g = 0), (this.g_aUz = g);
},
g_aUN(g) {
0 > g && (g = 0), (this.g_aUA = g);
}
}),
'use strict',
(g_aO.g_ahl.g_aUx.g__$ = {
g_aUO() {
return this.g_aUy;
},
g_aUP() {
return this.g_aUz;
},
g_aUQ() {
return this.g_aUA;
}
}),
'use strict',
(g_aO.g_ahl.g_aUR = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.g_aUR.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
g_aO.g_ahl.g_aUR.Instance = class extends g_aO.g_afk {
constructor(g, _) {
var a = Math.abs;
super(g);
const t = this.g_CU();
(this.g_ahV = 0),
(this.g_aUS = 0),
(this.g_gD = 0),
(this.g_aUT = !1),
(this.g_aUU = !1),
(this.g_aUV = !1),
(this.g__z = !0),
(this.g_aQU = 0),
(this.g_aQV = 0),
(this.g_aLm = t.g_Ig()),
(this.g_aLn = t.g_Ih()),
(this.g_aNU = t.g_Fj()),
(this.g_aUW = 0),
(this.g_aUX = Math.min(a(t.g_pN()), a(t.g_pO()) / 2)),
(this.g_aUY = !1),
_ &&
((this.g_ahV = _[0]),
(this.g_aUS = _[1]),
(this.g_gD = _[2]),
(this.g_aUT = !!_[3]),
(this.g_aUU = !!_[4]),
(this.g_aUV = !!_[5]),
(this.g__z = !!_[6]));
const e = t.g_Fj();
(this.g_aQU = Math.cos(e) * this.g_ahV),
(this.g_aQV = Math.sin(e) * this.g_ahV),
this.g__z && (this.g_ael(), this.g_aUT && this.g_afw());
}
g_ek() {
super.g_ek();
}
g_GH() {
const g = {
dx: this.g_aQU,
dy: this.g_aQV,
lx: this.g_aLm,
ly: this.g_aLn,
lka: this.g_aNU,
t: this.g_aUW
};
return (
0 !== this.g_aUS && (g.acc = this.g_aUS),
0 !== this.g_gD && (g.g = this.g_gD),
this.g_aUV && (g.st = this.g_aUV),
this.g__z || (g.e = this.g__z),
this.g_aUT && (g.bos = this.g_aUT),
this.g_aUU && (g.sa = this.g_aUU),
g
);
}
g_GJ(g) {
(this.g_aQU = g.dx),
(this.g_aQV = g.dy),
(this.g_aLm = g.lx),
(this.g_aLn = g.ly),
(this.g_aNU = g.lka),
(this.g_aUW = g.t),
(this.g_aUS = g.hasOwnProperty('acc') ? g.acc : 0),
(this.g_gD = g.hasOwnProperty('g') ? g.g : 0),
(this.g_aUV = !!g.hasOwnProperty('st') && g.st),
(this.g_aUT = !!g.hasOwnProperty('bos') && g.bos),
(this.g_aUU = !!g.hasOwnProperty('sa') && g.sa),
this.g_aOP(!g.hasOwnProperty('e') || g.e);
}
g_KZ() {
var _ = Math.sin,
t = Math.cos;
if (!this.g__z) return;
const n = this.g_Be.g_KW(this.g_b_),
r = this.g_b_.g_CU();
if (r.g_Fj() !== this.g_aNU) {
const g = r.g_Fj();
if (this.g_aUU) {
const e = g_aO.g_et(0, 0, this.g_aQU, this.g_aQV);
(this.g_aQU = t(g) * e), (this.g_aQV = _(g) * e);
}
this.g_aNU = g;
}
let e = 0,
s = 0;
if (0 !== this.g_aUS) {
let g = g_aO.g_et(0, 0, this.g_aQU, this.g_aQV),
a = 0;
(a =
0 === this.g_aQU && 0 === this.g_aQV
? r.g_Fj()
: g_aO.g_ev(0, 0, this.g_aQU, this.g_aQV)),
(g += this.g_aUS * n),
(e = t(a) * this.g_aUS),
(s = _(a) * this.g_aUS),
0 > g && ((g = 0), (e = 0), (s = 0)),
(this.g_aQU = t(a) * g),
(this.g_aQV = _(a) * g);
}
if (
(0 !== this.g_gD && ((this.g_aQV += this.g_gD * n), (s += this.g_gD)),
(this.g_aLm = r.g_Ig()),
(this.g_aLn = r.g_Ih()),
0 !== this.g_aQU || 0 !== this.g_aQV)
) {
const g = this.g_aQU * n + 0.5 * e * n * n,
_ = this.g_aQV * n + 0.5 * s * n * n,
t = g_aO.g_et(0, 0, g, _);
if ((this.g_aUZ(g, _, t), (this.g_aUW += t), this.g_aUU && (0 != g || 0 != _))) {
const e = g_aO.g_ev(0, 0, g, _);
r.g_Fi(e), (this.g_aNU = r.g_Fj());
}
r.g_En();
}
}
g_aUZ(_, t, n) {
const i = this.g_CU();
if (!this.g_aUV || n <= this.g_aUX)
return i.g_abt(_, t), i.g_En(), void (this.g_aUV && this.g_Ku(g_aO.g_ahl.g_aUR.g_HW.g_aU_));
this.g_aUY = !1;
const e = i.g_Ig(),
r = i.g_Ih(),
g = g_aO.g_ev(0, 0, _, t),
s = Math.cos(g) * this.g_aUX,
a = Math.sin(g) * this.g_aUX,
d = Math.floor(n / this.g_aUX);
for (let g = 1; g <= d; ++g)
if (
(i.g_abq(e + s * g, r + a * g),
i.g_En(),
this.g_Ku(g_aO.g_ahl.g_aUR.g_HW.g_aU_),
this.g_b_.g_NL() || this.g_aUY)
)
return;
i.g_abq(e + _, r + t), i.g_En(), this.g_Ku(g_aO.g_ahl.g_aUR.g_HW.g_aU_);
}
g_afr() {
if (this.g__z && this.g_aUT && (0 !== this.g_aQU || 0 !== this.g_aQV)) {
const g = this.g_Be.g_KW(this.g_b_),
_ = this.g_b_.g_CU(),
a = this.g_Be.g_ahf(),
t = a.g_ahh(this.g_b_);
if (t) {
a.g_amt(this.g_b_, t);
const n = g_aO.g_et(0, 0, this.g_aQU, this.g_aQV),
e = a.g_amQ(this.g_b_, this.g_aLm, this.g_aLn);
(this.g_aQU = Math.cos(e) * n),
(this.g_aQV = Math.sin(e) * n),
_.g_abt(this.g_aQU * g, this.g_aQV * g),
_.g_En(),
this.g_aUU && (_.g_Fi(e), (this.g_aNU = _.g_Fj()), _.g_En()),
a.g_amM(this.g_b_, this.g_aQU / n, this.g_aQV / n, Math.max(2.5 * n * g, 30)) ||
a.g_amP(this.g_b_, 100);
}
}
}
g_QF(g) {
return 0 === g
? this.g_aU$()
: 1 === g
? this.g_aVa()
: 2 === g
? this.g_aVb()
: 4 === g
? this.g_aUU
: 5 === g
? this.g_aUV
: 6 === g
? this.g_aOH()
: void 0;
}
g_QM(g, _) {
0 === g
? this.g_aVc(_)
: 1 === g
? (this.g_aUS = _)
: 2 === g
? (this.g_gD = _)
: 4 === g
? (this.g_aUU = !!_)
: 5 === g
? (this.g_aUV = !!_)
: 6 === g
? this.g_aOP(!!_)
: void 0;
}
g_aVc(g) {
const _ = g_aO.g_ev(0, 0, this.g_aQU, this.g_aQV);
(this.g_aQU = Math.cos(_) * g), (this.g_aQV = Math.sin(_) * g);
}
g_aU$() {
return g_aO.g_eJ(g_aO.g_et(0, 0, this.g_aQU, this.g_aQV));
}
g_aVd(g) {
this.g_aUS = g;
}
g_aVa() {
return this.g_aUS;
}
g_aVe(g) {
this.g_gD = g;
}
g_aVb() {
return this.g_gD;
}
g_aVf(g) {
const _ = g_aO.g_et(0, 0, this.g_aQU, this.g_aQV);
(this.g_aQU = Math.cos(g) * _), (this.g_aQV = Math.sin(g) * _);
}
g_aVg() {
return g_aO.g_ev(0, 0, this.g_aQU, this.g_aQV);
}
g_aVh(g) {
(g = !!g),
this.g_aUT === g ||
((this.g_aUT = g), this.g__z && (this.g_aUT ? this.g_afw() : this.g_afo()));
}
g_aVi() {
return this.g_aUT;
}
g_aVj(g) {
this.g_aUW = g;
}
g_aVk() {
return this.g_aUW;
}
g_aOP(g) {
(this.g__z = !!g),
this.g__z ? (this.g_ael(), this.g_aUT && this.g_afw()) : (this.g_adY(), this.g_afo());
}
g_aOH() {
return this.g__z;
}
g_aep() {
return [
{
title: '$' + this.g_NZ().g_pY(),
properties: [
{
name: 'behaviors.bullet.debugger.vector-x',
value: this.g_aQU,
g_ayn: (g) => (this.g_aQU = g)
},
{
name: 'behaviors.bullet.debugger.vector-y',
value: this.g_aQV,
g_ayn: (g) => (this.g_aQV = g)
},
{
name: 'behaviors.bullet.properties.speed.name',
value: this.g_aU$(),
g_ayn: (g) => this.g_aVc(g)
},
{ name: 'behaviors.bullet.debugger.angle-of-motion', value: g_aO.g_es(this.g_aVg()) },
{
name: 'behaviors.bullet.properties.gravity.name',
value: this.g_aVb(),
g_ayn: (g) => this.g_aVe(g)
},
{
name: 'behaviors.bullet.properties.acceleration.name',
value: this.g_aVa(),
g_ayn: (g) => this.g_aVd(g)
},
{ name: 'behaviors.bullet.debugger.distance-travelled', value: this.g_aVk() },
{
name: 'behaviors.bullet.properties.enabled.name',
value: this.g_aOH(),
g_ayn: (g) => this.g_aOP(g)
}
]
}
];
}
g_adS() {
return g_aVl;
}
};
const g = new WeakMap();
self.g_aVl = class extends g_ahk {
constructor() {
super(), g.set(this, g_ahk.g_agN().g_Qd());
}
get speed() {
return g.get(this).g_aU$();
}
set speed(_) {
g.get(this).g_aVc(_);
}
get acceleration() {
return g.get(this).g_aVa();
}
set acceleration(_) {
g.get(this).g_aVd(_);
}
get g_aVm() {
return g.get(this).g_aVb();
}
set g_aVm(_) {
g.get(this).g_aVe(_);
}
get g_aVn() {
return g.get(this).g_aVg();
}
set g_aVn(_) {
g.get(this).g_aVf(_);
}
get g_aVo() {
return g.get(this).g_aVi();
}
set g_aVo(_) {
g.get(this).g_aVh(!!_);
}
get g_aVp() {
return g.get(this).g_aVk();
}
set g_aVp(_) {
g.get(this).g_aVj(_);
}
get isEnabled() {
return g.get(this).g_aOH();
}
set isEnabled(_) {
g.get(this).g_aOP(_);
}
};
}
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(g_aO.g_ahl.g_aUR.g_HW = {
g_aVq(g, _) {
const e = Math.sqrt(this.g_aQU * this.g_aQU + this.g_aQV * this.g_aQV);
return g_aO.compare(e, g, _);
},
g_aVr(g, _) {
return g_aO.compare(this.g_aVk(), g, _);
},
g_aU_() {
return !0;
},
g_jp() {
return this.g_aOH();
}
}),
'use strict',
(g_aO.g_ahl.g_aUR.g_abH = {
g_aVs(g) {
this.g_aVc(g);
},
g_aHq(g) {
this.g_aVd(g);
},
g_aHr(g) {
this.g_aVe(g);
},
g_aVt(g) {
this.g_aVf(g_aO.g_er(g));
},
g_aVu(g) {
var _ = Math.max;
if (g) {
const t = g.g_abA(this.g_b_);
if (t) {
const n = this.g_b_.g_CU(),
a = this.g_Be.g_ahf(),
i = this.g_Be.g_KW(this.g_b_),
e = g_aO.g_et(0, 0, this.g_aQU, this.g_aQV),
r = a.g_amQ(this.g_b_, this.g_aLm, this.g_aLn, t);
(this.g_aQU = Math.cos(r) * e),
(this.g_aQV = Math.sin(r) * e),
n.g_abt(this.g_aQU * i, this.g_aQV * i),
n.g_En(),
this.g_aUU && (n.g_Fi(r), (this.g_aNU = n.g_Fj()), n.g_En()),
0 !== e &&
(this.g_aUT
? !a.g_amM(this.g_b_, this.g_aQU / e, this.g_aQV / e, _(2.5 * e * i, 30)) &&
a.g_amP(this.g_b_, 100)
: a.g_amL(this.g_b_, this.g_aQU / e, this.g_aQV / e, _(2.5 * e * i, 30), t));
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}
},
g_aVv(g) {
this.g_aVh(g);
},
g_aVw(g) {
this.g_aVj(g);
},
g_aQu(g) {
this.g_aOP(g);
},
g_aVx() {
this.g_aUY = !0;
}
}),
'use strict',
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g_aVy() {
return this.g_aU$();
},
g_aVz() {
return this.g_aVa();
},
g_aVA() {
return g_aO.g_es(this.g_aVg());
},
g_aVB() {
return this.g_aVk();
},
g_aIE() {
return this.g_aVb();
}
}),
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(g_aO.g_ahl.wrap = class extends g_aO.g_ae$ {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
}),
'use strict',
(g_aO.g_ahl.wrap.g_ajj = class extends g_aO.g_afh {
constructor(g) {
super(g);
}
g_ek() {
super.g_ek();
}
g_adB() {}
}),
'use strict';
{
const g = new g_aO.Rect();
g_aO.g_ahl.wrap.Instance = class extends g_aO.g_afk {
constructor(g, _) {
super(g), (this.g_aQP = 0), _ && (this.g_aQP = _[0]), this.g_ael();
}
g_ek() {
super.g_ek();
}
g_GH() {
return { m: this.g_aQP };
}
g_GJ(g) {
this.g_aQP = g.m;
}
g_KZ() {
const _ = this.g_b_.g_CU(),
a = _.g_Em(),
t = a.g_EL(),
n = _.g_Gi();
0 === this.g_aQP ? g.set(0, 0, t.g_pN(), t.g_pO()) : g.g_p(a.g_EW()),
n.g_hX() < g.g_hV()
? (_.g_abn(g.g_hX() - 1 + (_.g_Ig() - n.g_hV())), _.g_En())
: n.g_hV() > g.g_hX()
? (_.g_abn(g.g_hV() + 1 - (n.g_hX() - _.g_Ig())), _.g_En())
: n.g_hY() < g.g_hW()
? (_.g_abo(g.g_hY() - 1 + (_.g_Ih() - n.g_hW())), _.g_En())
: n.g_hW() > g.g_hY() && (_.g_abo(g.g_hW() + 1 - (n.g_hY() - _.g_Ih())), _.g_En());
}
g_QF(g) {
return 0 === g ? this.g_aQP : void 0;
}
g_QM(g, _) {
0 === g ? (this.g_aQP = _) : void 0;
}
};
}
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(g_aO.g_ahl.wrap.g_HW = {}),
'use strict',
(g_aO.g_ahl.wrap.g_abH = {}),
'use strict',
(g_aO.g_ahl.wrap.g__$ = {}),
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g_aO.g_HY.g_axy.g_HW.g_abM,
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g_aO.g_HY.g_aFA.g_abH.g_TZ,
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g_aO.g_HY.g_axy.g_HW.g_ET,
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g_aO.g_HY.Touch.g_HW.g_aKk,
g_aO.g_HY.g_axy.g_HW.g_ayJ,
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g_aO.g_HY.Audio.g_abH.g_aAP,
g_aO.g_ahl.g_aUx.g_abH.g_aUJ,
g_aO.g_ahl.Tween.g_HW.g_aSH,
g_aO.g_HY.g_aGk.g_HW.g_aGO,
g_aO.g_HY.g_axy.g_HW.g_acL,
g_aO.g_HY.g_HX.g_HW.g_aus,
g_aO.g_HY.g_axy.g_abH.g_ayr,
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{ Array: 0 },
{ g_aWi: 0 },
{ g_aWj: 0 },
{ g_aGk: 0 },
{ g_aWk: 0 },
{ g_aWl: 0 },
{ g_aWm: 0 },
{ g_aWn: 0 },
{ g_aWo: 0 },
{ g_aWp: 0 },
{ g_aWq: 0 },
{ g_aWr: 0 },
{ g_aWs: 0 },
{ g_aWt: 0 },
{ g_aWu: 0 },
{ g_aWv: 0 },
{ g_aWw: 0 },
{ Touch: 0 },
{ g_aWx: 0 },
{ g_aWy: 0 },
{ g_aWz: 0 },
{ g_aWA: 0 },
{ g_bN: 0 },
{ g_aUx: 0 },
{ fadeOut: 0 },
{ g_aWB: 0 },
{ title: 0 },
{ g_aWC: 0 },
{ hover: 0 },
{ g_aWD: 0 },
{ g_aWE: 0 },
{ g_aWF: 0 },
{ g_aWG: 0 },
{ g_aWH: 0 },
{ g_aWI: 0 },
{ g_aWJ: 0 },
{ g_aWK: 0 },
{ g_aWL: 0 },
{ g_aWM: 0 },
{ g_aWN: 0 },
{ g_aWO: 0 },
{ g_aWP: 0 },
{ g_aWQ: 0 },
{ g_aWR: 0 },
{ g_aWS: 0 },
{ g_aWT: 0 },
{ g_aWU: 0 },
{ g_aWV: 0 },
{ ready: 0 },
{ g_aWW: 0 },
{ g_aWX: 0 },
{ g_aWY: 0 },
{ g_aWZ: 0 },
{ g_aW_: 0 },
{ g_aW$: 0 },
{ g_aXa: 0 },
{ g_aXb: 0 },
{ g_aXc: 0 },
{ g_aXd: 0 },
{ g_aXe: 0 },
{ g_aXf: 0 },
{ g_aXg: 0 },
{ g_aXh: 0 },
{ g_aXi: 0 },
{ g_aXj: 0 },
{ g_aXk: 0 },
{ g_aXl: 0 },
{ g_aXm: 0 },
{ g_aXn: 0 },
{ g_aXo: 0 },
{ font: 0 },
{ g_aXp: 0 },
{ g_aXq: 0 },
{ g_aXr: 0 },
{ g_aXs: 0 },
{ g_aXt: 0 },
{ g_aUR: 0 },
{ g_aXu: 0 },
{ g_aXv: 0 },
{ g_aXw: 0 },
{ g_aXx: 0 },
{ g_aXy: 0 },
{ line: 0 },
{ g_aXz: 0 },
{ g_aXA: 0 },
{ g_aXB: 0 },
{ g_aXC: 0 },
{ speed: 0 },
{ g_aXD: 0 },
{ g_aXE: 0 },
{ g_aXF: 0 },
{ g_aXG: 0 },
{ g_aXH: 0 },
{ g_aXI: 0 },
{ g_aXJ: 0 },
{ g_aXK: 0 },
{ g_aXL: 0 },
{ g_aXM: 0 },
{ g_aXN: 0 },
{ g_aXO: 0 },
{ g_aXP: 0 },
{ g_aXQ: 0 },
{ g_aXR: 0 },
{ g_aXS: 0 },
{ g_aXT: 0 },
{ g_aXU: 0 },
{ g_aXV: 0 },
{ g_aXW: 0 },
{ g_aXX: 0 },
{ g_b: 0 },
{ g_aXY: 0 },
{ g_aXZ: 0 },
{ g_aX_: 0 },
{ x1: 0 },
{ y1: 0 },
{ g_aX$: 0 },
{ g_aYa: 0 },
{ g_aYb: 0 },
{ g_aYc: 0 },
{ g_aYd: 0 },
{ g_aYe: 0 },
{ g_aYf: 0 },
{ g_aYg: 0 },
{ g_aYh: 0 },
{ g_aYi: 0 }
]),
'use strict';
{
self.g_$B = [
() => 'P1',
() => 'head',
() => -8,
() => 8,
() => 0,
() => 1,
(g) => {
const _ = g.g_$K(0);
return () => 2 * _.g_$v();
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j(1);
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2).g_$A();
return () => _(e.g_Pc(), a.g_Pc());
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2).g_$A();
return () => -1 * _(e.g_Pc(), a.g_Pc());
},
(g) => {
const _ = g.g_$K(0).g_$A();
return () => _.g_Pc();
},
(g) => {
const _ = g.g_$K(0).g_$A();
return () => -1 * _.g_Pc();
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$n();
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$c();
return () => g_aO.g_V(_.g_$n(), 0, e());
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$c();
return () => g_aO.g_V(_.g_$n(), 0, 2 * e());
},
() => 'Control P1',
() => 2,
() => 10,
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j();
},
() => 180,
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => _.g_$j() + e.g_Pc();
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => _.g_$j() - e.g_Pc();
},
() => -1,
() => 0.1,
() => 'enablePota',
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1),
a = g.g_$K(2).g_$c();
return () => (60 - _.g_$j()) * (e.g_$j() / 160) * a(0.9, 1.1);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1),
a = g.g_$K(2).g_$c();
return () => (-_.g_$j() - 50) * (e.g_$j() / 160) * a(0.9, 1.1);
},
() => 'wait',
() => 0.3,
() => 100,
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => -5 * (_.g_$j() - e.g_$j(1));
},
() => 'Skin P1',
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j(6);
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2),
t = g.g_$K(3);
return () => _(e(0.2, 1 - (a.g_$j() - t.g_$j()) / 150), 1);
},
() => 'Arm P1',
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j('arm1');
},
() => 125,
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1),
a = g.g_$K(2).g_$c();
return () => g_aO.g_V(_.g_$j(), e.g_$j(1), 10 * a());
},
() => 'P2',
() => 'Control P2',
() => 'Skin P2',
() => 'Arm P2',
() => 'P3',
() => 3,
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3);
return () => _(e.g_Pc(), a.g_Pc()) * t.g_$n();
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3);
return () => -1 * _(e.g_Pc(), a.g_Pc()) * t.g_$n();
},
() => 'Control P3',
() => 4,
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1);
return () => _(e.g_$j(), 180);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2),
t = g.g_$K(3).g_$c();
return () => (225 - _.g_$j()) * (e(a.g_$j(), 0) / 160) * t(0.9, 1.1);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2),
t = g.g_$K(3).g_$c();
return () => (-_.g_$j() - 50) * (e(a.g_$j(), 0) / 160) * t(0.9, 1.1);
},
() => 'Skin P3',
() => 'Arm P3',
() => 'P4',
() => 'Control P4',
() => 'Skin P4',
() => 'Arm P4',
() => 'Ball',
(g) => {
const _ = g.g_$K(0);
return () => 5 * _.g_$v();
},
(g) => {
const _ = g.g_$K(0);
return () => g_aO.g_ep(_.g_$v(), -200, 200);
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1),
a = g.g_$K(2),
t = g.g_$K(3);
return () => _(0.2, e.g_$p() - (a.g_$j() - t.g_$j()) / 150);
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1),
a = g.g_$K(2);
return () => _(Math.abs(e.g_$v()), 20) * (a.g_$j() / 8);
},
() => 15,
() => 275,
() => -10,
() => '',
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() + 5;
},
() => 144,
() => 146,
() => -5,
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => _.g_$n() * e.g_$v();
},
() => 'Players',
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2).g_$A();
return () => g_aO.g_ep(_.g_$v(), -1 * e.g_Pc(), a.g_Pc());
},
(g) => {
const _ = g.g_$K(0);
return () => g_aO.g_ep(_.g_$v(), -100, 100);
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$v();
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => 3 * _.g_$v() + e.g_$v();
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => 3 * _.g_$v() + e.g_Pc();
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$v() / 2;
},
() => 'General',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _('BG');
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c();
return () => _('BG') - e('BG') + 100;
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1);
return () => _('BG') - e.g_$j() + 100;
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _('BG') - 50;
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c();
return () => _(e(8));
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(0, 1, 2);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(149, 237, 244);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(255, 214, 159);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(254, 240, 220);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(89, 89, 198);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(119, 120, 210);
},
() => 'back',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(82, 82, 186);
},
() => 'middle',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(72, 68, 159);
},
() => 'front',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(63, 52, 145);
},
() => 5,
() => 6,
() => 7,
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2);
return () => _(e(a.g_$j()));
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$c(),
t = g.g_$K(3).g_$c();
return () => _(e(138, 72, 54), a(255, 216, 60), t(39, 39, 39));
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$c(),
t = g.g_$K(3).g_$c(),
n = g.g_$K(4).g_$c();
return () => _(e(255, 225, 188), a(143, 98, 87), t(246, 202, 159), n(214, 169, 124));
},
() => 'Control',
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$c();
return () => _.g_$j() - e('UI');
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c();
return () => _('UI') - e('UI');
},
() => 'jump1',
() => 'jump2',
() => 'Goal',
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$A();
return () => _.g_Pc() + e.g_Pc();
},
(g) => {
const _ = g.g_$K(0);
return () => 1.2 * _.g_$j();
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() / 1.2;
},
() => 0.05,
(g) => {
const _ = g.g_$K(0);
return () => (('rainBow' === _.g_$j() ? 1 : 0) ? 2 : 1);
},
() => 'blink1',
() => 0.2,
() => 0.01,
() => 'blue',
() => 'red',
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1),
a = g.g_$K(2).g_$c();
return () => g_aO.g_V(_(), e.g_$j(), a());
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _();
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c();
return () => g_aO.g_V(_(), 1.5, e());
},
() => 1.2,
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(255, 200, 37);
},
() => 'blink2',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(255, 255, 255);
},
() => 'End',
() => 'OPOutOver',
() => 'OP',
(g) => {
const _ = g.g_$K(0);
return () => _.g_$v('OPOutOver');
},
() => 60,
() => 'menu',
() => 'music',
() => 'sound',
() => 'Op',
() => 'Top',
() => 26,
() => 290,
() => 27,
() => 21,
() => 55,
() => -160,
() => 39,
() => 'appear',
() => 145,
() => 85,
() => 113,
() => 204,
() => 'CPU',
() => 'nojump',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => 0.5 + _(-2, 2) / 10;
},
() => 'jump',
() => 'attack',
() => 0.5,
() => 90,
() => 280,
() => 360,
() => 0.7,
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() + 2;
},
() => 355,
() => 'Trail',
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() + 85;
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() - 1;
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(0, 0, 0, 0);
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() - 3;
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _() + 1;
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => _.g_$j(e.g_Pc(), 0);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => _.g_$j(e.g_Pc(), 1);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2),
t = g.g_$K(3).g_$A(),
n = g.g_$K(4),
i = g.g_$K(5).g_$A(),
r = g.g_$K(6),
s = g.g_$K(7).g_$A();
return () =>
g_aO.g_es(
g_aO.g_ev(
_.g_$j(e.g_Pc() - 1, 0),
a.g_$j(t.g_Pc() - 1, 1),
n.g_$j(i.g_Pc(), 0),
r.g_$j(s.g_Pc(), 1)
)
) + 90;
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => _.g_$j(e.g_Pc() + 1, 0);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A();
return () => _.g_$j(e.g_Pc() + 1, 1);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1).g_$A(),
a = g.g_$K(2),
t = g.g_$K(3).g_$A(),
n = g.g_$K(4),
i = g.g_$K(5).g_$A(),
r = g.g_$K(6),
s = g.g_$K(7).g_$A();
return () =>
g_aO.g_es(
g_aO.g_ev(
_.g_$j(e.g_Pc(), 0),
a.g_$j(t.g_Pc(), 1),
n.g_$j(i.g_Pc() + 1, 0),
r.g_$j(s.g_Pc() + 1, 1)
)
) + 90;
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3).g_$A();
return () => _.g_Pc() - e.g_$p() * Math.cos(g_aO.g_er(a.g_Pc())) * t.g_Pc();
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3).g_$A();
return () => _.g_Pc() - e.g_$p() * Math.sin(g_aO.g_er(a.g_Pc())) * t.g_Pc();
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3).g_$A();
return () => _.g_Pc() + e.g_$p() * Math.cos(g_aO.g_er(a.g_Pc())) * t.g_Pc();
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3).g_$A();
return () => _.g_Pc() + e.g_$p() * Math.sin(g_aO.g_er(a.g_Pc())) * t.g_Pc();
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1),
a = g.g_$K(2).g_$A(),
t = g.g_$K(3).g_$A();
return () => _(100, 100, 100, e.g_$p() * a.g_Pc() * t.g_Pc());
},
() => 'rainBow',
() => '7',
() => '1',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(247, 237, 0);
},
() => '2',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(237, 174, 1);
},
() => '3',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(230, 0, 0);
},
() => '4',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(133, 31, 228);
},
() => '5',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(34, 207, 250);
},
() => '6',
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(17, 138, 217);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(126, 224, 1);
},
() => 'Bonus',
() => 95,
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c();
return () => 2 * (_('Top') - e('Top'));
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$c();
return () => _(-1, -1, -1, e(a(2, 2, 1, 0)));
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$c();
return () => _(-1, e(a(3)));
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$c(),
t = g.g_$K(3).g_$c(),
n = g.g_$K(4).g_$c(),
i = g.g_$K(5).g_$c();
return () => ((0 === _.g_Pc() ? 1 : 0) ? e(-1, -1, a(1, 2)) : t(-1, -1, n(i(3))));
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$c();
return () => _(0, e(a(3)));
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(0, 0, 1, 2, 3);
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => _.g_$j() + (e.g_$n() + 0 ? -3 : 3);
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'SHORT ARM';
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'LONG ARM';
},
() => 200,
() => 150,
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'SNOW';
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(230, 230, 230);
},
() => -281492157629439,
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(255, 228, 228);
},
() => 400,
() => 250,
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(229, 229, 229);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(162, 226, 253);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(246, 252, 254);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(195, 148, 89);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(255, 229, 196);
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(100, 100, 100);
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'BIG HEAD';
},
() => 1.5,
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() - 0.001;
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'SMALL HEAD';
},
() => 0.6,
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'BUSINESS';
},
() => 'Animation 2',
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'HEAVY BALL';
},
() => 'Game',
() => 'heavy',
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'LIGHT BALL';
},
() => 'kames',
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'DOUBLE POINT';
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'LONG HOOP';
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() - 15;
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() + 15;
},
() => 141,
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'SHORT HOOP';
},
(g) => {
const _ = g.g_$K(0).g_$A(),
e = g.g_$K(1).g_$c(),
a = g.g_$K(2).g_$A();
return () => _.g_Pc() + ((0 < e(a.g_Pc()) ? 1 : 0) ? ' + ' : '') + 'LARGE HOOP';
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() + 6;
},
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => _.g_$j() + ((0 === e.g_$n() ? 1 : 0) ? 3 : -3);
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() - 6;
},
() => 'UI',
(g) => {
const _ = g.g_$K(0).g_$A();
return () => 0.5 + 0.3 * _.g_Pc();
},
() => -15,
() => 'refsoc',
() => 'show',
() => -200,
() => 'Effect',
() => 'goal',
() => 158,
() => 30,
() => 'move',
() => 'move2',
() => 450,
() => 'shrink',
() => 'bup',
() => -6,
() => 'stopSine',
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1),
a = g.g_$K(2).g_$c();
return () => _(e.g_$j(), 0, 10 * a());
},
() => -3,
() => 'http://www.twoplayergames.org/?utm_source=Html5Game&utm_medium=BasketRandom',
() => 'NewWindow',
() => 70,
() => 205,
() => 'Menu',
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => _.g_$j() - e.g_$j();
},
() => 'size',
() => -25,
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(60);
},
() => 'disappear',
() => 'OPOutMenu',
(g) => {
const _ = g.g_$K(0);
return () => _.g_$p();
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$v('OPOutMenu');
},
() => 1.15,
(g) => {
const _ = g.g_$K(0),
e = g.g_$K(1);
return () => _.g_$j() + e.g_$n();
},
(g) => {
const _ = g.g_$K(0).g_$c(),
e = g.g_$K(1).g_$c();
return () => _('Top') - e('Top');
},
(g) => {
const _ = g.g_$K(0).g_$c();
return () => _(0, 10);
},
(g) => {
const _ = g.g_$K(0);
return () => _.g_$j() + 4;
},
() => 0.4
];
}
{
self.g_aO.g_aYj = {};
}