yuanqu_ui/static/neuralNets/jeelizFaceFilter.module.js

 /**
  * Jeeliz Face Filter - https://github.com/jeeliz/jeelizFaceFilter
  *
  * Copyright 2020 WebAR.rocks ( https://webar.rocks )
  *
  * Licensed under the Apache License, Version 2.0 (the "License");
  * you may not use this file except in compliance with the License.
  * You may obtain a copy of the License at
  *
  * http://www.apache.org/licenses/LICENSE-2.0
  *
  * Unless required by applicable law or agreed to in writing, software
  * distributed under the License is distributed on an "AS IS" BASIS,
  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  * See the License for the specific language governing permissions and
  * limitations under the License.
  */

 /* eslint-enable */
 /* prettier-ignore */
 const JEELIZFACEFILTERGEN = function() {
 	function Fb(a) {
 		var c = null,
 			d = null,
 			e = null,
 			g = 0;
 		this.o = function(m) {
 			this.Ff(m.pb);
 			e.we({
 				pc: m.pc,
 				mc: m.mc
 			})
 		};
 		this.Se = function(m) {
 			return c[m]
 		};
 		this.Ff = function(m) {
 			var t = null;
 			g = m.length;
 			c = m.map(function(p, q) {
 				p = Object.assign({}, p, {
 					index: q,
 					parent: this,
 					vb: t,
 					ef: q === g - 1
 				});
 				return t = q = 0 === q ? Gb.instance(p) : Hb.instance(p)
 			});
 			d = c[0];
 			e = c[g - 1];
 			c.forEach(function(p, q) {
 				0 !== q && p.vf()
 			})
 		};
 		this.T = function(m) {
 			m.g(0);
 			var t = m;
 			c.forEach(function(p) {
 				t = p.T(t, !1)
 			});
 			return t
 		};
 		this.Re = function() {
 			return d.F()
 		};
 		this.Vb = function() {
 			return e.Ue()
 		};
 		this.gd = function() {
 			return e.gd()
 		};
 		this.m = function() {
 			c && (c.forEach(function(m) {
 				m.m()
 			}), e = d = c = null, g = 0)
 		};
 		"undefined" !== typeof a && this.o(a)
 	}

 	function eb(a, c) {
 		var d = c % 8;
 		return a[(c - d) / 8] >> 7 - d & 1
 	}

 	function Ib(a) {
 		var c = JSON.parse(a);
 		a = c.ne;
 		var d = c.nf,
 			e = c.n;
 		var g = "undefined" === typeof btoa ? Buffer.from(c.data, "base64")
 			.toString("latin1") : atob(c.data);
 		var m = g.length;
 		c = new Uint8Array(m);
 		for(var t = 0; t < m; ++t) c[t] = g.charCodeAt(t);
 		g = new Float32Array(e);
 		m = new Float32Array(d);
 		t = a + d +
 			1;
 		for(var p = 0; p < e; ++p) {
 			for(var q = t * p, u = 0 === eb(c, q) ? 1 : -1, r = q + 1, A = 1, v = 0, n = r + a - 1; n >= r; --n) v += A * eb(c, n), A *= 2;
 			r = v;
 			q = q + 1 + a;
 			A = m.length;
 			v = 0;
 			for(n = q; n < q + A; ++n) m[v] = eb(c, n, !0), ++v;
 			for(A = q = 0; A < d; ++A) q += m[A] * Math.pow(2, -A - 1);
 			g[p] = 0 === q && 0 === r ? 0 : u * (1 + q) * Math.pow(2, 1 + r - Math.pow(2, a - 1))
 		}
 		return g
 	}

 	function Ya() {
 		return -1 !== [ia.ready, ia.play, ia.pause].indexOf(na)
 	}

 	function fb() {
 		if(na === ia.play) return !1;
 		na = ia.play;
 		Na.stop();
 		rb(0)
 	}

 	function sb() {
 		if(na !== ia.play) return !1;
 		qa.stop();
 		Na.stop();
 		na = ia.pause;
 		return !0
 	}

 	function Ea(a,
 		c, d, e, g) {
 		a = 4 * (3 * c + a) + d;
 		return e + (U.buffer[a] / 255 + U.buffer[a + 12] / 65025) * (g - e)
 	}

 	function gb() {
 		b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !1);
 		Ha.Ye()
 	}

 	function Jb() {
 		var a = da.na();
 		va.O();
 		b.viewport(0, 0, 3, 2 * a);
 		D.set("s53");
 		U.ta.g(0);
 		T.l(!1, !1);
 		return aa.xb(0, 0, 3, 2 * a, U.buffer, tb)
 	}

 	function rb() {
 		na !== ia.pause && (ba.isCleanGLStateAtEachIteration && (D.Wc(), T.reset(), T.va(), b.disable(b.DEPTH_TEST), b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !1), D.Ca()), qa.qc(Kb, Jb, Lb, tb, Mb, ba.animateProcessOrder))
 	}

 	function Kb() {
 		va.ca();
 		if(!G.kb)
 			if(G.jb) G.element.needsUpdate &&
 				(G.K.Sd(G.element.videoWidth, G.element.videoHeight), G.K.Db(G.element.arrayBuffer), G.element.needsUpdate = !1);
 			else {
 				var a = G.element.currentTime,
 					c = a - G.wb;
 				0 > c && (G.wb = a, c = 0);
 				1E3 * c < ea.Xf || (G.wb += c, G.K.refresh())
 			} a = qa.Te();
 		da.update(a, Fa);
 		for(c = 0; c < a; ++c) {
 			da.Bb(c);
 			D.set("s55");
 			var d = Fa[da.hd()];
 			D.G("u43", 1 + Oa.rc * (Math.cos(d.ry) - 1));
 			Q.wa && D.G("u42", d.rz);
 			da.Yd("u41");
 			Z.Oa.$();
 			G.K.g(0);
 			U.ta.g(1);
 			T.l(!1, !1);
 			Pa.T(Z.Oa)
 		}
 		qa.Bb()
 	}

 	function tb() {
 		va.Uf();
 		ba.isCleanGLStateAtEachIteration && (va.reset(), X.reset(), b.enable(b.DEPTH_TEST));
 		Q.Gb && Q.Gb(da.yd() ? Fa : Fa[0]);
 		ba.isCleanGLStateAtEachIteration && (b.disable(b.BLEND), T.reset(), T.va())
 	}

 	function Lb() {
 		for(var a = 0; a < da.na(); ++a)
 			if(da.jf(a)) {
 				var c = a,
 					d = Sa[c],
 					e = [c],
 					g = Fa[c],
 					m = hb[c],
 					t = 2 * c;
 				d.Xa = Ea(1, t, 3, 0, 1);
 				g.detected = wa.X(g.detected, d.Xa, ea.ee);
 				d.x = Ea(0, t, 1, -1, 1);
 				d.y = Ea(0, t, 2, -1, 1);
 				d.ja = Ea(0, t, 3, 0, 1);
 				if(d.Xa < ba.multiDetectionThresholdFactors[0] * ba.threshold) d.qa = Math.floor(d.qa / 2), Q.wa && (g.rz = 0, g.ry = 0);
 				else {
 					var p = U.Qa;
 					d.rx = Ea(1, t, 0, -p[0], p[0]);
 					d.ry = Ea(1, t, 1, -p[1], p[1]);
 					d.Ra = Ea(1, t, 2, -p[2],
 						p[2]);
 					for(p = 0; p < U.Y; ++p) d.cd[p] = U.Na[p](Ea(2, t, p, 0, 1));
 					t = d.ja * U.Nd;
 					e.dx = d.x - g.xRaw;
 					e.dy = d.y - g.yRaw;
 					e.Pb = t - g.sRaw;
 					e.Mb = d.rx - g.rx;
 					e.Nb = d.ry - g.ry;
 					e.Ob = Q.wa ? d.Ra : d.Ra - g.rz;
 					p = qa.Me();
 					e = (1 - Za.qb(ra.translationFactorRange[0], ra.translationFactorRange[1], Math.sqrt(e.dx * e.dx + e.dy * e.dy + e.Pb * e.Pb) / p)) * (1 - Za.qb(ra.rotationFactorRange[0], ra.rotationFactorRange[1], Math.sqrt(e.Mb * e.Mb + e.Nb * e.Nb + e.Ob * e.Ob) / p)) * Za.qb(ra.qualityFactorRange[0], ra.qualityFactorRange[1], d.Xa);
 					c = m[++ib[c] % m.length] = e;
 					for(p = 0; p < m.length; ++p) c =
 						Math.min(c, m[p]);
 					c = Math.max(.5, c);
 					e = Math.min(c, e);
 					m = wa.X(ra.alphaRange[1], ra.alphaRange[0], Math.pow(e, ea.ge));
 					g.xRaw = wa.X(g.xRaw, d.x, m);
 					g.yRaw = wa.X(g.yRaw, d.y, m);
 					g.sRaw = wa.X(g.sRaw, t, m);
 					g.rx = wa.X(g.rx, d.rx, m);
 					g.ry = wa.X(g.ry, d.ry, m);
 					g.rz = Q.wa ? g.rz + ra.followZRotAlphaFactor * m * d.Ra : wa.X(g.rz, d.Ra, m);
 					c = g.sRaw * Oa.Lb * Math.sin(g.ry);
 					t = Math.sin(g.rz) * c / Qa;
 					g.x = g.xRaw + Math.cos(g.rz) * c;
 					g.y = g.yRaw + t;
 					g.s = g.sRaw;
 					m = Math.max(m, ea.fe);
 					for(c = 0; c < U.Y; ++c) g.expressions[c] = wa.X(g.expressions[c], d.cd[c], m);
 					++d.qa
 				}
 			}
 	}

 	function Mb() {
 		na ===
 			ia.play && Na.qc(rb)
 	}

 	function ub() {
 		Z.Oa = X.instance({
 			isPot: !0,
 			isFloat: !1,
 			width: Pa.Re()
 		});
 		var a = {
 			width: ea.Vd,
 			height: da.na(),
 			isFloat: !0,
 			isPot: !1,
 			array: da.Ce(new Float32Array([0, .5, .5, 0, 0, 0, 0, 0, 0, 0, 0, 0]))
 		};
 		U.ta = Nb.instance(a)
 	}

 	function jb() {
 		D.S("s55", [{
 			type: "1i",
 			name: "u1",
 			value: 0
 		}, {
 			type: "1i",
 			name: "u39",
 			value: 1
 		}, {
 			type: "2f",
 			name: "u40",
 			value: Z.D
 		}, {
 			type: "1f",
 			name: "u41",
 			value: .5
 		}, {
 			type: "1f",
 			name: "u42",
 			value: 0
 		}]);
 		D.S("s56", [{
 				type: "1i",
 				name: "u44",
 				value: 0
 			}, {
 				type: "1i",
 				name: "u39",
 				value: 1
 			}, {
 				type: "1f",
 				name: "u47",
 				value: ea.Sf
 			},
 			{
 				type: "1f",
 				name: "u48",
 				value: ba.threshold
 			}, {
 				type: "3f",
 				name: "u46",
 				value: [U.N[0] * Z.D[0], U.N[1] * Z.D[1], U.N[2]]
 			}, {
 				type: "1f",
 				name: "u41",
 				value: .5
 			}, {
 				type: "1f",
 				name: "u49",
 				value: 1
 			}, {
 				type: "1f",
 				name: "u42",
 				value: 0
 			}
 		]);
 		var a = [{
 			type: "1i",
 			name: "u44",
 			value: 0
 		}];
 		D.S("s57", a);
 		D.S("s58", a);
 		D.S("s53", [{
 			type: "1i",
 			name: "u39",
 			value: 0
 		}, {
 			type: "1f",
 			name: "u52",
 			value: Z.D[0]
 		}, {
 			type: "2f",
 			name: "u51",
 			value: [0, .5 / da.na()]
 		}])
 	}

 	function kb() {
 		Z.D[0] = 1;
 		Z.D[1] = Z.C / Z.L;
 		vb.o({
 			ub: ba.overlapFactors,
 			Ed: ba.nScaleLevels,
 			C: Z.C,
 			L: Z.L,
 			Md: ba.scale0Factor,
 			N: U.N,
 			Od: ba.scanCenterFirst
 		})
 	}

 	function Ob(a) {
 		if(Q.Fa) wb("string" === typeof Q.Fa ? JSON.parse(Q.Fa) : Q.Fa, a);
 		else {
 			var c = Q.Gc;
 			"JSON" !== c.toUpperCase()
 				.split(".")
 				.pop() && (c += ea.neuralNetworkPath);
 			$a.get(c, function(d) {
 				d = JSON.parse(d);
 				wb(d, a)
 			})
 		}
 	}

 	function wb(a, c) {
 		if(a.exportData) {
 			var d = a.exportData;
 			d.rotationEulerAnglesFactors && (U.Qa = d.rotationEulerAnglesFactors);
 			if(d.translationScalingFactors) {
 				var e = d.translationScalingFactors,
 					g = ba.translationScalingFactors;
 				U.N[0] = e[0] * g[0];
 				U.N[1] = e[1] * g[1];
 				U.N[2] = e[2] * g[2]
 			}
 			"undefined" !==
 			typeof d.nExpressions && (U.Y = d.nExpressions);
 			U.Nd = d.dsMean ? 1 + d.dsMean : 1;
 			Oa.rc = .4;
 			Oa.Lb = .7;
 			"undefined" !== typeof d.fgScaleXFactor && (Oa.rc = d.fgScaleXFactor);
 			"undefined" !== typeof d.fgDisplaceXFactor && (Oa.Lb = d.fgDisplaceXFactor)
 		}
 		U.Y || (U.Y = ea.Dd);
 		if(!U.Na)
 			for(U.Na = [], d = 0; d < U.Y; ++d) U.Na.push(ea.Ge);
 		c(a)
 	}

 	function Pb() {
 		if(Ha.o({
 			Wa: Q.da,
 			width: Z.C,
 			height: Z.L,
 			debug: !1,
 			lc: function() {
 				Ia("GLCONTEXT_LOST")
 			},
 			antialias: Q.antialias,
 			premultipliedAlpha: !0
 		})) return !0;
 		Ia("GL_INCOMPATIBLE");
 		return !1
 	}

 	function Qb() {
 		var a = da.hd(),
 			c = Fa[a];
 		U.ta.Df(1);
 		b.viewport(0, a, 1, 1);
 		D.set("s56");
 		Q.wa && D.G("u42", c.rz);
 		da.Yd("u41");
 		var d = 1,
 			e = da.Nf(Sa, Z.C / Z.L);
 		da.yd() && (e && (d = 0, Sa[a].qa = 0, c.isDetected = !1, c.detected = 0), D.G("u49", d));
 		D.Jf("u45", vb.get(a));
 		T.l(!1, !1);
 		if(da.xd() || e) b.viewport(1, a, 1, 1), D.set("s57"), D.G("u49", d), T.l(!1, !1);
 		da.xd() && (b.viewport(2, a, 1, 1), D.set("s58"), T.l(!1, !1));
 		U.ta.sync()
 	}

 	function xb() {
 		G.K && G.K.remove();
 		G.jb = G.element.isFakeVideo ? !0 : !1;
 		if(G.jb) {
 			var a = yb();
 			a = {
 				isFlipY: !1,
 				array: G.element.arrayBuffer,
 				width: a.w,
 				height: a.ya,
 				isKeepArray: !0
 			}
 		} else a = {
 			H: G.element
 		};
 		G.vc = X.instance(Object.assign({
 			isPot: !1,
 			isLinear: !0,
 			isFloat: !1
 		}, a));
 		G.K = G.vc
 	}

 	function Ja() {
 		var a = [{
 			type: "mat2",
 			name: "u38",
 			value: G.v
 		}];
 		D.S("s54", [{
 			type: "1i",
 			name: "u1",
 			value: 0
 		}].concat(a));
 		D.S("s55", a)
 	}

 	function Ka() {
 		var a = [.5, .5],
 			c = G.D[1] / G.D[0];
 		Qa = Ha.U() / Ha.F();
 		90 === Math.abs(pa.rotate) && (c = 1 / c);
 		c > Qa ? a[1] *= Qa / c : a[0] *= c / Qa;
 		D.S("s56", [{
 			name: "u50",
 			type: "1f",
 			value: Qa
 		}]);
 		G.v[0] = 0;
 		G.v[1] = 0;
 		G.v[2] = 0;
 		G.v[3] = 0;
 		switch (pa.rotate) {
 			case 0:
 				G.v[0] = a[0];
 				G.v[3] = a[1];
 				break;
 			case 180:
 				G.v[0] = -a[0];
 				G.v[3] = -a[1];
 				break;
 			case 90:
 				G.v[1] = a[0];
 				G.v[2] = -a[1];
 				break;
 			case -90:
 				G.v[1] = -a[0], G.v[2] = a[1]
 		}
 		pa.flipX && (G.v[0] *= -1, G.v[2] *= -1);
 		G.kb || (G.v[1] *= -1, G.v[3] *= -1)
 	}

 	function yb() {
 		var a = {
 			w: G.element.videoWidth || G.element.width,
 			ya: G.element.videoHeight || G.element.height
 		};
 		if(!a.w || !a.ya || 4 > a.w || 4 > a.ya) throw Error("INVALID VIDEO DIMENSIONS - width = " + a.w + " height = " + a.ya);
 		return a
 	}

 	function lb() {
 		var a = yb(),
 			c = G.D[0] !== a.w || G.D[1] !== a.ya;
 		c && (G.D[0] = a.w, G.D[1] = a.ya);
 		return c
 	}

 	function ab(a, c) {
 		if(na === ia.error) return !1;
 		G.element = a;
 		lb();
 		c && c();
 		return !0
 	}

 	function zb(a, c, d) {
 		a && a();
 		G.Ka = {
 			video: {
 				facingMode: {
 					exact: pa.facingMode
 				},
 				width: {
 					min: pa.minWidth,
 					max: pa.maxWidth,
 					ideal: pa.idealWidth
 				},
 				height: {
 					min: pa.minHeight,
 					max: pa.maxHeight,
 					ideal: pa.idealHeight
 				}
 			},
 			audio: !1
 		};
 		V.Ic(G.Ka, pa.deviceId);
 		V.get(G.element ? G.element : V.ld(), function(e) {
 			c && c(e);
 			d(e)
 		}, function() {
 			Ia("WEBCAM_UNAVAILABLE")
 		}, G.Ka)
 	}

 	function Ia(a) {
 		na !== ia.error && (na = ia.error, Q.Ja && Q.Ja(a))
 	}
 	var wa = {
 			Wg: function(a) {
 				return Math.ceil(Math.log2(a))
 			},
 			sh: function(a) {
 				return Math.log2(a)
 			},
 			oh: function(a) {
 				return 0 === Math.log2(a) % 1
 			},
 			hg: function(a) {
 				var c = [0, 0, 0, 0];
 				a.forEach(function(d) {
 					c[0] += d[0];
 					c[1] += d[1];
 					c[2] += d[2];
 					c[3] += d[3]
 				});
 				return c
 			},
 			ig: function(a, c, d) {
 				return Math.min(Math.max(a, c), d)
 			},
 			lg: function(a) {
 				return a * Math.PI / 180
 			},
 			yh: function(a, c) {
 				c = Math.pow(10, c);
 				return Math.round(a * c) / c
 			},
 			zh: function(a) {
 				return Math.round(1E6 * a) / 1E6
 			},
 			Xg: function(a, c) {
 				return (100 * a / c)
 					.toFixed(3)
 			},
 			X: function(a, c, d) {
 				return a * (1 - d) + c * d
 			},
 			th: function(a, c) {
 				return a[0] * (1 - c) + a[1] * c
 			},
 			Ae: function(a, c) {
 				return wa.se(a -
 					c)
 			},
 			se: function(a) {
 				for(; a > Math.PI;) a -= 2 * Math.PI;
 				for(; a <= -Math.PI;) a += 2 * Math.PI;
 				return a
 			},
 			qg: function(a, c) {
 				return Math.abs(wa.Ae(a, c))
 			},
 			Yf: function(a, c) {
 				return Math.atan2(Math.sin(a) + Math.sin(c), Math.cos(a) + Math.cos(c))
 			}
 		},
 		$a = {
 			get: function(a, c, d) {
 				var e = new XMLHttpRequest;
 				e.open("GET", a, !0);
 				e.withCredentials = !1;
 				e.onreadystatechange = function() {
 					4 === e.readyState && (200 === e.status || 0 === e.status ? c(e.responseText) : "undefined" !== typeof d && d(e.status))
 				};
 				e.send()
 			},
 			Ve: function(a) {
 				return new Promise(function(c,
 					d) {
 					$a.get(a, c, d)
 				})
 			},
 			Tg: function(a, c, d) {
 				a += d ? "?" + $a.Ee(d) : "";
 				$a.get(a, function(e) {
 					c(JSON.parse(e))
 				})
 			},
 			vh: function(a, c, d) {
 				var e = new XMLHttpRequest;
 				e.open("POST", a, !0);
 				e.setRequestHeader("Content-type", "application/x-www-form-urlencoded");
 				e.onreadystatechange = function() {
 					4 !== e.readyState || 200 !== e.status && 0 !== e.status || d(e.responseText)
 				};
 				e.send(c)
 			},
 			Ee: function(a) {
 				return "string" === typeof a ? a : Object.keys(a)
 					.map(function(c) {
 						return encodeURIComponent(c) + "=" + encodeURIComponent(a[c])
 					})
 					.join("&")
 			},
 			Hg: function(a,
 				c) {
 				var d = new XMLHttpRequest;
 				d.open("POST", a, !0);
 				d.responseType = "arraybuffer";
 				d.onload = function() {
 					c(d.response)
 				};
 				d.send()
 			}
 		},
 		Rb = {
 			create: function(a, c) {
 				for(var d = Array(c), e = 0; e < c; ++e) d[e] = a;
 				return d
 			},
 			mg: function(a, c) {
 				for(var d = 0; d < a.length; ++d) c[d] = a[d]
 			},
 			clone: function(a) {
 				for(var c = Array(a.length), d = 0; d < a.length; ++d) c[d] = a[d];
 				return c
 			},
 			Ch: function(a, c, d) {
 				a.forEach(function(e, g) {
 					c[g] = e * d
 				})
 			},
 			Lh: function(a) {
 				for(var c = a.length - 1; 0 < c; --c) {
 					var d = Math.floor(Math.random() * (c + 1)),
 						e = a[c];
 					a[c] = a[d];
 					a[d] = e
 				}
 			},
 			Nh: function(a) {
 				return a.sort(function(c,
 					d) {
 					return c - d
 				})
 			},
 			Rf: function(a) {
 				return Array.isArray(a) || a.constructor === Float32Array || a.constructor === Uint8Array
 			}
 		},
 		mb = {
 			Jb: function(a, c) {
 				if(0 === c || "object" !== typeof a) return a;
 				a = Object.assign({}, a);
 				c = void 0 === c || -1 === c ? -1 : c - 1;
 				for(var d in a) a[d] = mb.Jb(a[d], c);
 				return a
 			},
 			pg: function(a) {
 				return JSON.parse(JSON.stringify(a))
 			}
 		},
 		Za = {
 			Mh: function(a, c, d) {
 				a = Math.min(Math.max((d - a) / (c - a), 0), 1);
 				return a * a * (3 - 2 * a)
 			},
 			qb: function(a, c, d) {
 				return Math.min(Math.max((d - a) / (c - a), 0), 1)
 			},
 			Bg: function(a, c, d, e) {
 				return Math.pow(Math.min(Math.max((e -
 					a) / (c - a), 0), 1), d)
 			},
 			Rh: function() {
 				return 0
 			},
 			uh: function() {
 				return 1
 			},
 			rh: function(a) {
 				return a
 			},
 			yg: function(a) {
 				return a * a
 			},
 			Dg: function(a) {
 				return a * (2 - a)
 			},
 			vg: function(a) {
 				return .5 > a ? 2 * a * a : -1 + (4 - 2 * a) * a
 			},
 			tg: function(a) {
 				return a * a * a
 			},
 			Cg: function(a) {
 				return --a * a * a + 1
 			},
 			ug: function(a) {
 				return .5 > a ? 4 * a * a * a : (a - 1) * (2 * a - 2) * (2 * a - 2) + 1
 			},
 			zg: function(a) {
 				return a * a * a * a
 			},
 			Eg: function(a) {
 				return 1 - --a * a * a * a
 			},
 			wg: function(a) {
 				return .5 > a ? 8 * a * a * a * a : 1 - 8 * --a * a * a * a
 			},
 			Ag: function(a) {
 				return a * a * a * a * a
 			},
 			Fg: function(a) {
 				return 1 + --a * a * a * a *
 					a
 			},
 			xg: function(a) {
 				return .5 > a ? 16 * a * a * a * a * a : 1 + 16 * --a * a * a * a * a
 			}
 		},
 		Sb = {
 			Ie: function(a, c, d) {
 				switch (a) {
 					case "relu":
 						return d + "=max(vec4(0.,0.,0.,0.)," + c + ");";
 					case "elu":
 						return d + "=mix(exp(-abs(" + c + "))-vec4(1.,1.,1.,1.)," + c + ",step(0.," + c + "));";
 					case "elu01":
 						return d + "=mix(0.1*exp(-abs(" + c + "))-vec4(0.1,0.1,0.1,0.1)," + c + ",step(0.," + c + "));";
 					case "arctan":
 						return d + "=atan(3.14159265359*texture2D(u0,vUV))/3.14159265359;";
 					case "copy":
 						return "";
 					default:
 						return !1
 				}
 			}
 		},
 		D = function() {
 			function a(x, f, z) {
 				f = x.createShader(f);
 				x.shaderSource(f,
 					z);
 				x.compileShader(f);
 				return x.getShaderParameter(f, x.COMPILE_STATUS) ? f : !1
 			}

 			function c(x, f, z) {
 				f = a(x, x.VERTEX_SHADER, f);
 				z = a(x, x.FRAGMENT_SHADER, z);
 				x === b && p.push(f, z);
 				var I = x.createProgram();
 				x.attachShader(I, f);
 				x.attachShader(I, z);
 				x.linkProgram(I);
 				return I
 			}

 			function d(x) {
 				return ["float", "sampler2D", "int"].map(function(f) {
 						return "precision " + x + " " + f + ";\n"
 					})
 					.join("")
 			}

 			function e(x, f) {
 				f.B = f.B ? !0 : !1;
 				if(!f.B) {
 					f.ua = f.ua || "precision lowp float;attribute vec2 a0;varying vec2 vv0;void main(){gl_Position=vec4(a0,0.,1.),vv0=a0*.5+vec2(.5,.5);}";
 					f.Va = f.Va || ["a0"];
 					f.Ha = f.Ha || [2];
 					f.precision = f.precision || v;
 					f.id = r++;
 					void 0 !== f.Qd && (f.Qd.forEach(function(h, C) {
 						f.h = f.h.replace(h, f.yb[C])
 					}), f.Qd.splice(0));
 					f.Cc = 0;
 					f.Ha.forEach(function(h) {
 						f.Cc += 4 * h
 					});
 					var z = d(f.precision);
 					f.ra = c(x, z + f.ua, z + f.h);
 					f.A = {};
 					f.i.forEach(function(h) {
 						f.A[h] = x.getUniformLocation(f.ra, h)
 					});
 					f.attributes = {};
 					f.Ia = [];
 					f.Va.forEach(function(h) {
 						var C = x.getAttribLocation(f.ra, h);
 						f.attributes[h] = C;
 						f.Ia.push(C)
 					});
 					if(f.j) {
 						x.useProgram(f.ra);
 						u = f;
 						q = f.id;
 						for(var I in f.j) x.uniform1i(f.A[I],
 							f.j[I])
 					}
 					f.pa = !0
 				}
 			}

 			function g(x) {
 				xa.If(N);
 				q !== x.id && (N.P(), q = x.id, u = x, b.useProgram(x.ra), x.Ia.forEach(function(f) {
 					0 !== f && b.enableVertexAttribArray(f)
 				}))
 			}

 			function m(x, f, z) {
 				e(x, f, z);
 				x.useProgram(f.ra);
 				x.enableVertexAttribArray(f.attributes.a0);
 				q = -1;
 				return u = f
 			}

 			function t() {
 				return {
 					h: "uniform sampler2D u1;varying vec2 vv0;void main(){gl_FragColor=texture2D(u1,vv0);}",
 					i: ["u1"],
 					j: {
 						u1: 0
 					}
 				}
 			}
 			var p = [],
 				q = -1,
 				u = null,
 				r = 0,
 				A = !1,
 				v = "highp",
 				n = ["u1"],
 				y = ["u0"],
 				E = {
 					u1: 0
 				},
 				k = {
 					u0: 0
 				},
 				M = {
 					u1: 0,
 					u2: 1
 				},
 				H = {
 					u3: 0
 				},
 				l = {
 					s0: t(),
 					s1: {
 						h: "uniform sampler2D u1;varying vec2 vv0;void main(){gl_FragColor=texture2D(u1,vv0);}",
 						i: n,
 						j: E,
 						precision: "lowp"
 					},
 					s2: {
 						h: "uniform sampler2D u1,u2;varying vec2 vv0;void main(){vec4 a=texture2D(u2,vv0),b=texture2D(u1,vv0);gl_FragColor=a*b;}",
 						i: ["u1", "u2"],
 						j: M
 					},
 					s3: {
 						h: "uniform sampler2D u1;uniform vec2 u4,u5;varying vec2 vv0;void main(){vec2 a=vv0*u4+u5;gl_FragColor=texture2D(u1,a);}",
 						i: ["u1", "u4", "u5"],
 						j: E,
 						B: !0
 					},
 					s4: {
 						h: "uniform sampler2D u1;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u1,vv0);gl_FragColor=a.r*f;}",
 						i: n,
 						j: E
 					},
 					s5: {
 						h: "uniform sampler2D u1,u2;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u2,vv0),b=texture2D(u1,vv0);gl_FragColor=a.a*b.r*f;}",
 						i: ["u1", "u2"],
 						j: M
 					},
 					s6: {
 						h: "uniform sampler2D u1;varying vec2 vv0;void main(){gl_FragColor=texture2D(u1,vec2(1.-vv0.x,vv0.y));}",
 						i: n,
 						j: E
 					},
 					s7: {
 						h: "uniform sampler2D u1;varying vec2 vv0;void main(){gl_FragColor=texture2D(u1,vec2(vv0.x,1.-vv0.y));}",
 						i: n,
 						j: E
 					},
 					s8: {
 						h: "uniform sampler2D u0;uniform float u4;varying vec2 vv0;void main(){vec4 a=texture2D(u0,vv0);gl_FragColor=a*u4;}",
 						i: ["u0", "u4"],
 						j: k
 					},
 					s9: {
 						h: "uniform sampler2D u0;uniform float u4;varying vec2 vv0;const vec4 f=vec4(.25,.25,.25,.25),g=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u0,vv0);float b=dot(a*u4,f);gl_FragColor=b*g;}",
 						i: ["u0", "u4"],
 						j: k
 					},
 					s10: {
 						h: "uniform sampler2D u1;varying vec2 vv0;const vec4 e=vec4(1.,1.,1.,1.);void main(){float a=.25*dot(e,texture2D(u1,vv0));gl_FragColor=a*e;}",
 						i: n,
 						j: E
 					},
 					s11: {
 						h: "uniform sampler2D u1,u6;uniform float u7;const vec4 f=vec4(1.,1.,1.,1.);varying vec2 vv0;void main(){vec4 a=texture2D(u1,vv0),b=texture2D(u6,vv0);gl_FragColor=mix(b,a,u7*f);}",
 						i: ["u1", "u6", "u7"],
 						j: {
 							u1: 0,
 							u6: 1
 						}
 					},
 					s12: {
 						h: "uniform sampler2D u1;uniform vec2 u8;varying vec2 vv0;void main(){gl_FragColor=.25*(texture2D(u1,vv0+u8)+texture2D(u1,vv0+u8*vec2(1.,-1.))+texture2D(u1,vv0+u8*vec2(-1.,-1.))+texture2D(u1,vv0+u8*vec2(-1.,1.)));}",
 						i: ["u1", "u8"],
 						j: E
 					},
 					s13: {
 						h: "uniform sampler2D u1;uniform vec4 u9;varying vec2 vv0;float g(float a,float b){a=floor(a)+.5;return floor(a/exp2(b));}float h(float a,float b){return floor(a*exp2(b)+.5);}float i(float a,float b){return mod(a,h(1.,b));}float e(float c,float a,float b){a=floor(a+.5),b=floor(b+.5);return i(g(c,a),b-a);}vec4 j(float a){if(a==0.)return vec4(0.,0.,0.,0.);float k=128.*step(a,0.);a=abs(a);float c=floor(log2(a)),l=c+127.,b=(a/exp2(c)-1.)*8388608.,d=l/2.,m=fract(d)*2.,n=floor(d),o=e(b,0.,8.),p=e(b,8.,16.),q=m*128.+e(b,16.,23.),r=k+n;return vec4(o,p,q,r)/255.;}void main(){float a=dot(texture2D(u1,vv0),u9);gl_FragColor=j(a);}",
 						i: ["u1", "u9"],
 						j: E
 					},
 					s14: {
 						h: "uniform sampler2D u0;varying vec2 vv0;const vec4 e=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u0,vv0),b=e/(e+exp(-a));gl_FragColor=b;}",
 						i: y,
 						j: k,
 						B: !0
 					},
 					s15: {
 						h: "uniform sampler2D u0;varying vec2 vv0;const vec4 f=vec4(0.,0.,0.,0.);void main(){vec4 a=texture2D(u0,vv0);gl_FragColor=max(f,a);}",
 						i: y,
 						j: k
 					},
 					s16: {
 						h: "uniform sampler2D u0;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u0,vv0);gl_FragColor=mix(exp(-abs(a))-f,a,step(0.,a));}",
 						i: y,
 						j: k
 					},
 					s17: {
 						h: "uniform sampler2D u0;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u0,vv0),b=exp(-abs(a))-f;gl_FragColor=mix(.1*b,a,step(0.,a));}",
 						i: y,
 						j: k
 					},
 					s18: {
 						h: "uniform sampler2D u0,u7,u10;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u0,vv0),c=texture2D(u7,vv0),d=texture2D(u10,vv0),b=a/d;gl_FragColor=c*mix(exp(-abs(b))-f,b,step(0.,a));}",
 						i: ["u0", "u7", "u10"],
 						j: {
 							u0: 0,
 							u7: 1,
 							u10: 2
 						},
 						B: !0
 					},
 					s19: {
 						h: "uniform sampler2D u0;const float e=3.141593;varying vec2 vv0;void main(){gl_FragColor=atan(e*texture2D(u0,vv0))/e;}",
 						i: y,
 						j: k
 					},
 					s20: {
 						h: "uniform sampler2D u0;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=texture2D(u0,vv0),b=log(f+a);gl_FragColor=b;}",
 						i: y,
 						j: k,
 						B: !0
 					},
 					s21: {
 						h: "uniform sampler2D u0,u11;uniform float u12;const vec2 e=vec2(.5,.5);const float f=1e-5;const vec4 g=vec4(1.,1.,1.,1.),i=vec4(0.,0.,0.,0.);varying vec2 vv0;void main(){vec4 a=texture2D(u11,e);float b=u12*u12;vec4 c=max(b*a,f*g);gl_FragColor=texture2D(u0,vv0)/c;}",
 						i: ["u0", "u11", "u12"],
 						j: {
 							u0: 0,
 							u11: 1
 						},
 						B: !0
 					},
 					s22: {
 						h: "uniform sampler2D u1;uniform vec2 u13;varying vec2 vv0;void main(){float a=u13.x*u13.y;vec2 b=floor(vv0*a)/a,c=fract(vv0*a),d=floor(b*u13.y),f=floor(u13.x*fract(b*u13.y)),g=(f*u13.y+d)/a;gl_FragColor=texture2D(u1,g+c/a);}",
 						i: ["u1", "u13"],
 						j: E
 					},
 					s23: {
 						h: "uniform sampler2D u14,u15,u16;varying vec2 vv0;void main(){vec4 a=texture2D(u16,vv0);vec2 b=a.rg,c=a.ba;vec4 d=texture2D(u14,b),f=texture2D(u15,c);gl_FragColor=d*f;}",
 						i: ["u14", "u15", "u16"],
 						j: {
 							u15: 0,
 							u14: 1,
 							u16: 2
 						},
 						B: !0
 					},
 					s24: {
 						h: "uniform float u17;uniform sampler2D u14,u15;varying vec2 vv0;void main(){vec2 a=fract(vv0*u17);vec4 b=texture2D(u14,vv0),c=texture2D(u15,a);gl_FragColor=b*c;}",
 						i: ["u15", "u14", "u17"],
 						j: {
 							u15: 0,
 							u14: 1
 						}
 					},
 					s25: {
 						h: "uniform float u17;uniform sampler2D u14,u15,u18,u19,u20,u21;varying vec2 vv0;const vec4 e=vec4(1.,1.,1.,1.),g=vec4(1e-3,1e-3,1e-3,1e-3);void main(){vec2 h=vv0*u17,l=floor(h),c=h-l;vec4 m=texture2D(u14,vv0),d=texture2D(u15,c),a=texture2D(u21,vv0);a=a*255.;vec4 n=texture2D(u18,c),o=texture2D(u19,c),p=texture2D(u20,c),i=step(-g,-a),b=e-i,j=b*step(-e-g,-a);b*=e-j;vec4 k=b*step(-2.*e-g,-a);b*=e-k;vec4 q=b;d=i*d+j*n+k*o+q*p,gl_FragColor=m*d;}",
 						i: "u14 u15 u17 u21 u18 u19 u20".split(" "),
 						j: {
 							u15: 0,
 							u14: 1,
 							u21: 3,
 							u18: 4,
 							u19: 5,
 							u20: 6
 						},
 						B: !0
 					},
 					s26: {
 						h: "uniform sampler2D u14,u15,u22;uniform float u17,u23,u24,u25;varying vec2 vv0;const vec2 j=vec2(1.,1.),k=vec2(0.,0.);void main(){vec2 b=floor(u23*vv0),c=u23*vv0-b;float d=u17/u23;vec2 f=floor(c*d),g=c*d-f,h=(b+g)/u23;float l=u23*u25/u17;vec2 m=l*f,a=(m+g*u24)/u25;a+=.25/u25;vec2 i=step(a,j)*step(k,a);vec4 n=texture2D(u14,h),o=texture2D(u15,a),p=n*o,q=texture2D(u22,h);gl_FragColor=(p*u24*u24+q)*i.x*i.y;}",
 						i: "u14 u15 u17 u23 u24 u25 u22".split(" "),
 						j: {
 							u15: 0,
 							u14: 1,
 							u22: 2
 						}
 					},
 					s27: {
 						h: "uniform sampler2D u14,u15;varying vec2 vv0;void main(){vec4 a=texture2D(u14,vv0),b=texture2D(u15,vv0);gl_FragColor=a*b;}",
 						i: ["u14", "u15"],
 						j: {
 							u15: 0,
 							u14: 1
 						},
 						B: !0
 					},
 					s28: {
 						h: "uniform sampler2D u1,u22;uniform float u26;varying vec2 vv0;void main(){gl_FragColor=texture2D(u22,vv0)+u26*texture2D(u1,vv0);}",
 						i: ["u1", "u22", "u26"],
 						j: {
 							u1: 0,
 							u22: 1
 						}
 					},
 					s29: {
 						h: "varying vec2 vv0;uniform sampler2D u1;const vec4 f=vec4(1.,1.,1.,1.),g=vec4(.299,.587,.114,0.);void main(){vec4 a=texture2D(u1,vv0);gl_FragColor=dot(a,g)*f;}",
 						i: n,
 						j: E,
 						precision: "lowp"
 					},
 					s30: {
 						h: "varying vec2 vv0;uniform sampler2D u1;uniform float u27;const vec3 f=vec3(.299,.587,.114);void main(){vec3 a=texture2D(u1,vv0).rgb,b=texture2D(u1,vv0+vec2(0.,u27)).rgb,c=texture2D(u1,vv0+vec2(u27,u27)).rgb,d=texture2D(u1,vv0+vec2(u27,0.)).rgb;gl_FragColor=vec4(dot(a,f),dot(b,f),dot(c,f),dot(d,f));}",
 						i: ["u1", "u27"],
 						j: E,
 						precision: "lowp"
 					},
 					s31: {
 						h: "varying vec2 vv0;uniform sampler2D u1;uniform float u27;const vec3 f=vec3(.299,.587,.114);void main(){vec3 a=texture2D(u1,vv0).rgb,b=texture2D(u1,vv0+vec2(0.,u27)).rgb,c=texture2D(u1,vv0+vec2(u27,u27)).rgb,d=texture2D(u1,vv0+vec2(u27,0.)).rgb;gl_FragColor=vec4(a.r,b.g,c.b,dot(d,f));}",
 						i: ["u1", "u27"],
 						j: E,
 						precision: "lowp"
 					},
 					s32: {
 						h: "varying vec2 vv0;uniform sampler2D u1,u2;uniform float u28;const vec4 f=vec4(1.,1.,1.,1.);void main(){vec4 a=vec4(0.);a-=texture2D(u1,vec2(vv0.x-u28,vv0.y-u28))*1.,a-=texture2D(u1,vec2(vv0.x-u28,vv0.y))*2.,a-=texture2D(u1,vec2(vv0.x-u28,vv0.y+u28))*1.,a+=texture2D(u1,vec2(vv0.x+u28,vv0.y-u28))*1.,a+=texture2D(u1,vec2(vv0.x+u28,vv0.y))*2.,a+=texture2D(u1,vec2(vv0.x+u28,vv0.y+u28))*1.;vec4 b=vec4(0.);b-=texture2D(u1,vec2(vv0.x-u28,vv0.y-u28))*1.,b-=texture2D(u1,vec2(vv0.x,vv0.y-u28))*2.,b-=texture2D(u1,vec2(vv0.x+u28,vv0.y-u28))*1.,b+=texture2D(u1,vec2(vv0.x-u28,vv0.y+u28))*1.,b+=texture2D(u1,vec2(vv0.x,vv0.y+u28))*2.,b+=texture2D(u1,vec2(vv0.x+u28,vv0.y+u28))*1.;vec3 c=sqrt(a.rgb*a.rgb+b.rgb*b.rgb);vec4 e=vec4(c,texture2D(u1,vv0).a),g=texture2D(u2,vv0);gl_FragColor=g.a*e.r*f;}",
 						i: ["u1", "u2", "u28"],
 						j: M,
 						B: !0
 					},
 					s33: {
 						h: "varying vec2 vv0;uniform sampler2D u1,u2;uniform float u28;const vec4 j=vec4(1.,1.,1.,1.);const vec2 k=vec2(1.,1.);void main(){float h=0.;vec2 l=k*u28,a,b;float c,d,i=0.;for(float e=-4.;e<=4.;e+=1.)for(float f=-4.;f<=4.;f+=1.)a=vec2(e,f),c=length(a)/2.,d=exp(-c*c),b=vv0+l*a,h+=d*texture2D(u1,b).r,i+=d;vec4 m=texture2D(u2,vv0);gl_FragColor=m.a*(texture2D(u1,b).r-h/i)*j;}",
 						i: ["u1", "u2", "u28"],
 						j: M,
 						B: !0
 					},
 					s34: {
 						h: "uniform sampler2D u3;uniform vec2 u8;varying vec2 vv0;vec4 e(vec4 a,vec4 b){vec4 c=step(a,b);return mix(a,b,c);}const vec2 g=vec2(.5,.5),h=vec2(1.,0.),i=vec2(0.,1.);void main(){vec2 a=vv0-u8*g;vec4 b=texture2D(u3,a),c=texture2D(u3,a+u8*h),d=texture2D(u3,a+u8*i),j=texture2D(u3,a+u8),k=e(b,c),l=e(d,j);gl_FragColor=e(k,l);}",
 						i: ["u3", "u8"],
 						j: H
 					},
 					s35: {
 						h: "uniform sampler2D u3;uniform vec2 u8;varying vec2 vv0;const vec2 k=vec2(1.,0.),l=vec2(0.,1.),m=vec2(2.,0.),n=vec2(0.,2.);vec4 e(vec4 a,vec4 b){vec4 c=step(a,b);return mix(a,b,c);}vec4 f(vec2 a){vec4 b=texture2D(u3,a),c=texture2D(u3,a+u8*k),d=texture2D(u3,a+u8*l),g=texture2D(u3,a+u8),h=e(b,c),i=e(d,g);return e(h,i);}void main(){vec2 a=vv0+u8*vec2(-.55,-1.05);vec4 b=f(a),c=f(a+u8*m),d=f(a+u8*2.),g=f(a+u8*n),h=e(b,c),i=e(d,g);gl_FragColor=e(h,i);}",
 						i: ["u3", "u8"],
 						j: H,
 						B: !0
 					},
 					s36: {
 						h: "uniform sampler2D u1;varying vec2 vv0;void main(){vec4 a=texture2D(u1,vv0);gl_FragColor=a*a;}",
 						i: ["u1"],
 						j: E,
 						precision: "lowp",
 						B: !0
 					},
 					s37: {
 						h: "uniform sampler2D u1;uniform vec2 u8;varying vec2 vv0;const float e=15444.;void main(){vec4 a=1001./e*texture2D(u1,vv0-3.*u8)+2002./e*texture2D(u1,vv0-2.*u8)+3003./e*texture2D(u1,vv0-u8)+3432./e*texture2D(u1,vv0)+3003./e*texture2D(u1,vv0+u8)+2002./e*texture2D(u1,vv0+2.*u8)+1001./e*texture2D(u1,vv0+3.*u8);gl_FragColor=a;}",
 						i: ["u8", "u1"],
 						j: E,
 						precision: "lowp",
 						B: !0
 					},
 					s38: {
 						h: "uniform sampler2D u1,u11,u29;varying vec2 vv0;const vec4 f=vec4(1.,1.,1.,1.);const float g=.1;void main(){vec4 a=texture2D(u11,vv0),b=texture2D(u29,vv0),c=texture2D(u1,vv0),d=max(f*g,b-a*a),h=sqrt(d);gl_FragColor=(c-a)/h;}",
 						i: ["u1", "u11", "u29"],
 						j: {
 							u1: 0,
 							u11: 1,
 							u29: 2
 						},
 						B: !0
 					}
 				},
 				J = {
 					s39: {
 						h: "uniform float u17,u30;uniform sampler2D u14,u15,u22;varying vec2 vv0;const vec2 ZERO2=vec2(0.,0.),ONE2=vec2(1.,1.),HALF2=vec2(.5,.5),EPS2=vec2(1e-5,1e-5);void main(){vec4 sum=texture2D(u22,vv0);float toSparsity=1.1111;vec2 uvFrom,uvWeight,xyPatch=ZERO2,eps2=EPS2/u17,xyTo=floor(vv0*u17+eps2);float weightSize=toSparsity*u17;vec2 halfFromSparsity=ONE2*(toSparsity-1.)/2.;for(float patch_x=0.;patch_x<1.1111;patch_x+=1.){xyPatch.x=patch_x;for(float patch_y=0.;patch_y<1.1111;patch_y+=1.)xyPatch.y=patch_y,uvFrom=(xyTo+HALF2+u30*(xyPatch-halfFromSparsity))/u17,uvFrom+=step(uvFrom,-eps2),uvFrom-=step(ONE2-eps2,uvFrom),uvWeight=(xyTo*toSparsity+xyPatch+HALF2)/weightSize,sum+=texture2D(u14,uvWeight)*texture2D(u15,uvFrom);}gl_FragColor=sum,gl_FragColor*=2.2222;}",
 						i: ["u17", "u14", "u15", "u22", "u30"],
 						yb: ["1.1111", "gl_FragColor\\*=2.2222;"]
 					},
 					s40: {
 						h: "uniform float u17,u30,u25;uniform sampler2D u14,u15,u22;varying vec2 vv0;const vec2 ZERO2=vec2(0.,0.),ONE2=vec2(1.,1.),HALF2=vec2(.5,.5),EPS2=vec2(1e-4,1e-4);void main(){vec4 sum=texture2D(u22,vv0);float fromSparsity=1.1111,shrinkFactor=3.3333;vec2 uvFrom,uvWeight,xyFrom,xyPatchTo,xyPatch=ZERO2,xyShrink=ZERO2,eps2=EPS2/u25,xyTo=floor(vv0*u17+eps2);float weightSize=fromSparsity*u25;vec2 halfFromSparsity=ONE2*(fromSparsity-1.)/2.;float toSparsity=weightSize/u17;vec2 xyFrom0=xyTo*shrinkFactor;for(float patch_x=0.;patch_x<1.1111;patch_x+=1.){xyPatch.x=patch_x;for(float patch_y=0.;patch_y<1.1111;patch_y+=1.){xyPatch.y=patch_y;for(float shrink_x=0.;shrink_x<3.3333;shrink_x+=1.){xyShrink.x=shrink_x;for(float shrink_y=0.;shrink_y<3.3333;shrink_y+=1.)xyShrink.y=shrink_y,xyFrom=xyFrom0+xyShrink+shrinkFactor*u30*(xyPatch-halfFromSparsity),uvFrom=(xyFrom+HALF2)/u25,uvFrom+=step(uvFrom,-eps2),uvFrom-=step(ONE2-eps2,uvFrom),xyPatchTo=xyPatch*shrinkFactor+xyShrink,uvWeight=(xyTo*toSparsity+xyPatchTo+HALF2)/weightSize,sum+=texture2D(u14,uvWeight)*texture2D(u15,uvFrom);}}}gl_FragColor=sum,gl_FragColor*=2.2222;}",
 						i: "u17 u25 u14 u15 u22 u30".split(" "),
 						yb: ["1.1111", "gl_FragColor\\*=2.2222;", "3.3333"]
 					}
 				},
 				w = null,
 				L = null,
 				N = {
 					nb: function() {
 						return A
 					},
 					o: function() {
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 							L = mb.Jb(J, 2);
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 							for(var x in w) e(b, w[x], x);
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 							A = !0
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 						x.forEach(function(f) {
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 						})
 					},
 					Jc: function(x) {
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 						e(b, x, x.id)
 					},
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 						w[f].df = !0;
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 						});
 						e(b, w[f], f)
 					},
 					set: function(x) {
 						var f = w[x];
 						f.B && (f.B = !1, e(b, f, x));
 						g(f)
 					},
 					Sa: function(x) {
 						return m(x, t(), "s41")
 					},
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 						return m(x, {
 							h: "void main(){gl_FragColor=vec4(.5,.5,.5,.5);}",
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 							precision: v
 						}, "s42")
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 						})
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 					Ca: function() {
 						N.zb(b)
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 						b.uniform2fv(u.A[x], f)
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 						b.uniform3fv(u.A[x], f)
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 						b.uniform4f(u.A[x],
 							f, z, I, h)
 					},
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 						b.uniform4fv(u.A[x], f)
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 						b.uniformMatrix4fv(u.A[x], !1, f)
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 					S: function(x, f) {
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 						f.forEach(function(z) {
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 									b.uniform4fv(u.A[z.name], z.value);
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 								case "mat3":
 									b.uniformMatrix3fv(u.A[z.name], !1, z.value);
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 									b.uniformMatrix4fv(u.A[z.name], !1, z.value)
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 					Vg: function() {
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 							f.pa && (f.pa = !1, b.deleteProgram(f.ra));
 							f.df && delete w[x]
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 						p.forEach(function(z) {
 							b.deleteShader(z)
 						});
 						p.splice(0);
 						r = 0;
 						A = !1;
 						u = null;
 						q = -1
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 				};
 			return N
 		}(),
 		b = null,
 		Ha = function() {
 			function a(n) {
 				console.log("ERROR in ContextFF: ",
 					n);
 				return !1
 			}

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 			}

 			function d(n) {
 				function y() {
 					Ba.m();
 					aa.reset();
 					k.getExtension("WEBGL_lose_context")
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 				}
 				if(c()) return !1;
 				var E = document.createElement("canvas");
 				E.setAttribute("width", 5);
 				E.setAttribute("height", 5);
 				var k = null;
 				try {
 					k = E.getContext("webgl2", n)
 				} catch (M) {
 					return !1
 				}
 				if(!k) return !1;
 				e(k);
 				aa.Xc(k);
 				n = aa.Kb(k);
 				if(!n.fa && !n.ha) return y(), !1;
 				n = Ba.Nc(k, n);
 				y();
 				return n ? !0 : !1
 			}

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 				n.clearColor(0, 0, 0, 0);
 				n.disable(n.DEPTH_TEST);
 				n.disable(n.BLEND);
 				n.disable(n.DITHER);
 				n.disable(n.STENCIL_TEST);
 				n.disable(n.CULL_FACE);
 				n.GENERATE_MIPMAP_HINT && n.hint(n.GENERATE_MIPMAP_HINT, n.FASTEST);
 				n.disable(n.SAMPLE_ALPHA_TO_COVERAGE);
 				n.disable(n.SAMPLE_COVERAGE);
 				n.depthFunc(n.LEQUAL);
 				n.clearDepth(1)
 			}
 			var g = null,
 				m = null,
 				t = null,
 				p = null,
 				q = !0,
 				u = null,
 				r = null,
 				A = [],
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 					F: function() {
 						return g.width
 					},
 					U: function() {
 						return g.height
 					},
 					Mg: function() {
 						return g
 					},
 					Kg: function() {
 						return b
 					},
 					ia: function() {
 						return q
 					},
 					flush: function() {
 						b.flush()
 					},
 					Ye: function() {
 						va.ca();
 						X.reset();
 						T.reset();
 						D.P();
 						D.Wc();
 						b.disable(b.DEPTH_TEST);
 						b.disable(b.BLEND);
 						T.va();
 						D.Ca()
 					},
 					Le: function() {
 						u || (u = new Uint8Array(g.width * g.height * 4));
 						b.readPixels(0, 0, g.width, g.height, b.RGBA, b.UNSIGNED_BYTE, u);
 						return u
 					},
 					Og: function() {
 						return g.toDataURL("image/jpeg")
 					},
 					Pg: function() {
 						va.O();
 						m || (m = document.createElement("canvas"), t = m.getContext("2d"));
 						m.width = g.width;
 						m.height = g.height;
 						for(var n = v.Le(), y = t.createImageData(m.width, m.height), E = m.width, k = m.height, M = y.data, H = 0; H < k; ++H)
 							for(var l = k - H - 1, J = 0; J < E; ++J) {
 								var w =
 									4 * (H * E + J),
 									L = 4 * (l * E + J);
 								M[w] = n[L];
 								M[w + 1] = n[L + 1];
 								M[w + 2] = n[L + 2];
 								M[w + 3] = n[L + 3]
 							}
 						t.putImageData(y, 0, 0);
 						return m.toDataURL("image/png")
 					},
 					Ng: function(n) {
 						!m && n && (m = document.createElement("canvas"), t = m.getContext("2d"));
 						var y = n ? m : document.createElement("canvas");
 						y.width = g.width;
 						y.height = g.height;
 						(n ? t : y.getContext("2d"))
 						.drawImage(g, 0, 0);
 						return y
 					},
 					o: function(n) {
 						n = Object.assign({
 							ga: null,
 							lc: null,
 							Wa: null,
 							Tc: null,
 							width: 512,
 							height: 512,
 							premultipliedAlpha: !1,
 							bf: !0,
 							antialias: !1,
 							debug: !1,
 							og: !1
 						}, n);
 						n.ga ? (b = n.ga, g = n.ga.canvas) :
 							n.Tc && !n.Wa ? g = document.getElementById(n.Tc) : n.Wa && (g = n.Wa);
 						g || (g = document.createElement("canvas"));
 						g.width = n.width;
 						g.height = n.height;
 						if(b) q = b instanceof WebGL2RenderingContext;
 						else {
 							q = !0;
 							var y = {
 								antialias: n.antialias,
 								alpha: !0,
 								preserveDrawingBuffer: !0,
 								premultipliedAlpha: n.premultipliedAlpha,
 								stencil: !1,
 								depth: n.bf,
 								failIfMajorPerformanceCaveat: !0,
 								powerPreference: "high-performance"
 							};
 							navigator && navigator.userAgent && -1 !== navigator.userAgent.indexOf("noAntialiasing") && (y.antialias = !1);
 							var E = d(y);
 							E || !y.antialias ||
 								c() || (y.antialias = !1, E = d(y));
 							E && (b = g.getContext("webgl2", y));
 							b ? q = !0 : ((b = g.getContext("webgl", y)) || (b = g.getContext("experimental-webgl", y)), q = !1)
 						}
 						if(!b) return a("WebGL1 and 2 are not enabled");
 						n.lc && g.addEventListener && (p = b.getExtension("WEBGL_lose_context")) && (r = n.lc, g.addEventListener("webglcontextlost", r, !1));
 						if(!aa.o()) return a("Not enough GL capabilities");
 						e(b);
 						D.o();
 						T.o();
 						Ba.Nc(b, aa.Ke());
 						A.forEach(function(k) {
 							k(b)
 						});
 						A.splice(0);
 						return !0
 					},
 					dg: function() {
 						return new Promise(function(n) {
 							b ? n(b) : A.push(n)
 						})
 					},
 					m: function() {
 						b && (aa.m(), D.m(), Ba.m());
 						p && r && (g.removeEventListener("webglcontextlost", r, !1), p = r = null);
 						b = u = t = m = g = null;
 						A.splice(0)
 					}
 				};
 			return v
 		}(),
 		xa = function() {
 			function a() {
 				null === c && ("undefined" !== typeof D ? c = D : "undefined" !== typeof JEShaders && (c = JEShaders))
 			}
 			var c = null;
 			return {
 				reset: function() {
 					c = null
 				},
 				If: function(d) {
 					c !== d && (c && c.P(), c = d)
 				},
 				nb: function() {
 					return c.nb()
 				},
 				Ca: function() {
 					return c.Ca()
 				},
 				zb: function(d) {
 					return c.zb(d)
 				},
 				uc: function() {
 					return c.uc()
 				},
 				P: function() {
 					return c.P()
 				},
 				set: function(d) {
 					a();
 					return c.set(d)
 				},
 				Sa: function(d) {
 					a();
 					return c.Sa(d)
 				},
 				tc: function(d) {
 					a();
 					return c.tc(d)
 				}
 			}
 		}(),
 		Aa = function() {
 			function a(h) {
 				b.bindTexture(b.TEXTURE_2D, h)
 			}

 			function c(h) {
 				x[0] = h;
 				h = f[0];
 				var C = h >> 16 & 32768,
 					K = h >> 12 & 2047,
 					O = h >> 23 & 255;
 				return 103 > O ? C : 142 < O ? C | 31744 | ((255 == O ? 0 : 1) && h & 8388607) : 113 > O ? (K |= 2048, C | (K >> 114 - O) + (K >> 113 - O & 1)) : C = (C | O - 112 << 10 | K >> 1) + (K & 1)
 			}

 			function d(h) {
 				var C = new Uint16Array(h.length);
 				h.forEach(function(K, O) {
 					C[O] = c(K)
 				});
 				return C
 			}

 			function e() {
 				if(null !== z.Xb) return z.Xb;
 				var h = m(d([.5, .5, .5, .5]), !0);
 				return null === h ? !0 : z.Xb = h
 			}

 			function g() {
 				if(null !== z.Yb) return z.Yb;
 				var h = m(new Uint8Array([127, 127, 127, 127]), !1);
 				return null === h ? !0 : z.Yb = h
 			}

 			function m(h, C) {
 				if(!xa.nb() || !E) return null;
 				var K = null,
 					O = Math.sqrt(h.length / 4);
 				try {
 					var Y = b.getError();
 					if("FUCKING_BIG_ERROR" === Y) return !1;
 					K = I.instance({
 						isFloat: !1,
 						R: C,
 						array: h,
 						width: O
 					});
 					Y = b.getError();
 					if(Y !== b.NO_ERROR) return !1
 				} catch (oa) {
 					return !1
 				}
 				la.O();
 				b.viewport(0, 0, O, O);
 				b.clearColor(0, 0, 0, 0);
 				b.clear(b.COLOR_BUFFER_BIT);
 				xa.set("s0");
 				K.Lc(0);
 				ma.l(!0, !0);
 				h = 4 * O * O;
 				C = new Uint8Array(h);
 				b.readPixels(0, 0, O, O, b.RGBA, b.UNSIGNED_BYTE, C);
 				O = !0;
 				for(Y = 0; Y < h; ++Y) O = O && 3 > Math.abs(C[Y] - 127);
 				K.remove();
 				la.ca();
 				return O
 			}
 			var t = 0,
 				p = null,
 				q = 0,
 				u = null,
 				r = null,
 				A = null,
 				v = null,
 				n = null,
 				y = null,
 				E = !1,
 				k = [],
 				M = {
 					isFloat: !1,
 					isPot: !0,
 					isLinear: !1,
 					isMipmap: !1,
 					isAnisotropicFiltering: !1,
 					isMirrorX: !1,
 					isMirrorY: !1,
 					isSrgb: !1,
 					isKeepArray: !1,
 					isFlipY: null,
 					width: 0,
 					height: 0,
 					url: null,
 					array: null,
 					data: null,
 					H: null,
 					Wb: null,
 					cf: !1,
 					R: !1,
 					ma: null,
 					sb: 4,
 					ec: 0
 				},
 				H = !1,
 				l = null,
 				J = null,
 				w = [
 					[1, 0, 0, 0],
 					[0, 1, 0, 0],
 					[0, 0, 1, 0],
 					[0, 0, 0,
 						1
 					]
 				],
 				L = !1,
 				N = !1,
 				x = new Float32Array(1),
 				f = new Int32Array(x.buffer),
 				z = {
 					Xb: null,
 					Yb: null
 				},
 				I = {
 					o: function() {
 						E || (n = [b.RGBA, null, b.RGBA, b.RGBA], y = [b.RGBA, null, b.RGBA, b.RGBA], p = [b.TEXTURE0, b.TEXTURE1, b.TEXTURE2, b.TEXTURE3, b.TEXTURE4, b.TEXTURE5, b.TEXTURE6, b.TEXTURE7], L = "undefined" !== typeof JEContext, N = "undefined" !== typeof aa, L && JEContext.ph() && p.push(b.TEXTURE8, b.TEXTURE9), u = [-1, -1, -1, -1, -1, -1, -1, -1], v = [b.UNSIGNED_BYTE, b.FLOAT, b.FLOAT], E = !0)
 					},
 					Ze: function() {
 						if(!r) {
 							for(var h = new Float32Array(16384), C = 0; 16384 > C; ++C) h[C] =
 								2 * Math.random() - 1;
 							r = {
 								random: I.instance({
 									isFloat: !0,
 									isPot: !0,
 									array: h,
 									width: 64
 								}),
 								ae: I.instance({
 									isFloat: !1,
 									isPot: !0,
 									width: 1,
 									array: new Uint8Array([0, 0, 0, 0])
 								})
 							}
 						}
 						I.Wf()
 					},
 					eh: function() {
 						return r.ae
 					},
 					Wf: function() {
 						v[1] = aa.Tb(b)
 					},
 					Gf: function() {
 						y = n = [b.RGBA, b.RGBA, b.RGBA, b.RGBA]
 					},
 					Ld: function(h) {
 						D.set("s1");
 						la.O();
 						var C = h.F(),
 							K = h.U();
 						b.viewport(0, 0, C, K);
 						h.g(0);
 						ma.l(!1, !1)
 					},
 					wh: function(h, C) {
 						I.Ld(h);
 						b.readPixels(0, 0, h.F(), h.U(), b.RGBA, b.UNSIGNED_BYTE, C)
 					},
 					xh: function(h, C) {
 						I.Ld(h);
 						return aa.xb(0, 0, h.F(), h.U(), C)
 					},
 					ed: function(h, C, K, O, Y, oa, sa) {
 						h.activeTexture(h.TEXTURE0);
 						var Ca = h.createTexture();
 						h.bindTexture(h.TEXTURE_2D, Ca);
 						Y = Y instanceof Float32Array ? Y : new Float32Array(Y);
 						h.texParameteri(h.TEXTURE_2D, h.TEXTURE_WRAP_S, h.CLAMP_TO_EDGE);
 						h.texParameteri(h.TEXTURE_2D, h.TEXTURE_WRAP_T, h.CLAMP_TO_EDGE);
 						h.texParameteri(h.TEXTURE_2D, h.TEXTURE_MAG_FILTER, h.NEAREST);
 						h.texParameteri(h.TEXTURE_2D, h.TEXTURE_MIN_FILTER, h.NEAREST);
 						h.pixelStorei(h.UNPACK_FLIP_Y_WEBGL, oa);
 						h.texImage2D(h.TEXTURE_2D, 0, h.RGBA, K, O, 0, h.RGBA, h.FLOAT,
 							Y);
 						h.bindTexture(h.TEXTURE_2D, null);
 						h.pixelStorei(h.UNPACK_FLIP_Y_WEBGL, !1);
 						sa && (la.ca(), D.Sa(h));
 						h.viewport(0, 0, K, O);
 						h.framebufferTexture2D(h.FRAMEBUFFER, h.COLOR_ATTACHMENT0, h.TEXTURE_2D, C, 0);
 						h.bindTexture(h.TEXTURE_2D, Ca);
 						sa ? ma.l(!0, !0) : T.bb(h);
 						h.deleteTexture(Ca);
 						E && (u[0] = -1, A = null, t = 0)
 					},
 					Fb: function(h) {
 						h !== t && (b.activeTexture(p[h]), t = h)
 					},
 					instance: function(h) {
 						var C;

 						function K() {
 							R = void 0 !== B.H.videoWidth ? B.H.videoWidth : B.H.width;
 							S = void 0 !== B.H.videoHeight ? B.H.videoHeight : B.H.height
 						}

 						function O(F) {
 							var P =
 								b.getError();
 							if("FUCKING_BIG_ERROR" === P) return !1;
 							b.texImage2D(b.TEXTURE_2D, 0, ja, fa, ha, F);
 							P = b.getError();
 							P !== b.NO_ERROR && fa !== b.RGBA && (fa = b.RGBA, b.texImage2D(b.TEXTURE_2D, 0, ja, fa, ha, F));
 							return !0
 						}

 						function Y() {
 							if(!Ab) {
 								a(ta);
 								za && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, za);
 								B.isPot ? (b.texParameteri(b.TEXTURE_2D, b.TEXTURE_WRAP_S, B.isMirrorX ? b.MIRRORED_REPEAT : b.REPEAT), b.texParameteri(b.TEXTURE_2D, b.TEXTURE_WRAP_T, B.isMirrorY ? b.MIRRORED_REPEAT : b.REPEAT)) : (b.texParameteri(b.TEXTURE_2D, b.TEXTURE_WRAP_S, b.CLAMP_TO_EDGE),
 									b.texParameteri(b.TEXTURE_2D, b.TEXTURE_WRAP_T, b.CLAMP_TO_EDGE));
 								B.isAnisotropicFiltering && "undefined" !== typeof JESETTINGS && b.texParameterf(b.TEXTURE_2D, JEContext.Qg()
 									.TEXTURE_MAX_ANISOTROPY_EXT, JESETTINGS.$f);
 								b.texParameteri(b.TEXTURE_2D, b.TEXTURE_MAG_FILTER, B.isLinear ? b.LINEAR : b.NEAREST);
 								B.isLinear ? b.texParameteri(b.TEXTURE_2D, b.TEXTURE_MIN_FILTER, B.isMipmap && !La ? b.NEAREST_MIPMAP_LINEAR : b.LINEAR) : b.texParameteri(b.TEXTURE_2D, b.TEXTURE_MIN_FILTER, B.isMipmap && !La ? b.NEAREST_MIPMAP_NEAREST : b.NEAREST);
 								fa = n[B.sb - 1];
 								ja = y[B.sb - 1];
 								ha = v[nb];
 								if(aa.ia()) {
 									var F = aa.Ne();
 									fa === b.RGBA && ha === b.FLOAT ? B.isMipmap || B.isLinear ? ja = Ba.Pe(b) : aa.Oc() ? F && (ja = F) : ja = b.RGBA16F || b.RGBA : fa === b.RGB && ha === b.FLOAT && F && (ja = F, fa = b.RGBA)
 								}
 								if(B.R && !B.isFloat || B.isFloat && B.isMipmap && Ba.hf()) ja = aa.Oe(), ha = aa.Tb(b);
 								B.ec && (bb = B.ec);
 								B.isSrgb && 4 === B.sb && (fa = JEContext.bh());
 								if(B.H) O(B.H);
 								else if(B.url) O(Ga);
 								else if(ua) {
 									F = ua;
 									try {
 										"FUCKING_BIG_ERROR" !== b.getError() && (b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, F), b.getError() !== b.NO_ERROR &&
 											(b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, null), b.getError() !== b.NO_ERROR && b.texImage2D(b.TEXTURE_2D, 0, b.RGBA, R, S, 0, b.RGBA, b.UNSIGNED_BYTE, null)))
 									} catch (ec) {
 										b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, null)
 									}
 									B.isKeepArray || (ua = null)
 								} else F = b.getError(), "FUCKING_BIG_ERROR" !== F && (b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, null), F = b.getError(), F !== b.NO_ERROR && (fa = b.RGBA, B.R && ha !== b.FLOAT && (ha = b.FLOAT, b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, null))));
 								if(B.isMipmap)
 									if(!La && ca) ca.Sb(), cb = !0;
 									else if(La) {
 									F =
 										Math.log2(Math.min(R, S));
 									Ra = Array(1 + F);
 									Ra[0] = ta;
 									for(var P = 1; P <= F; ++P) {
 										var ka = Math.pow(2, P),
 											W = R / ka;
 										ka = S / ka;
 										var Ma = b.createTexture();
 										a(Ma);
 										b.texParameteri(b.TEXTURE_2D, b.TEXTURE_MIN_FILTER, b.NEAREST);
 										b.texParameteri(b.TEXTURE_2D, b.TEXTURE_MAG_FILTER, b.NEAREST);
 										b.texImage2D(b.TEXTURE_2D, 0, ja, W, ka, 0, fa, ha, null);
 										a(null);
 										Ra[P] = Ma
 									}
 									cb = !0
 								}
 								a(null);
 								u[t] = -1;
 								za && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !1);
 								Ta = !0;
 								B.ma && ca && (B.ma(ca), B.ma = null)
 							}
 						}

 						function oa() {
 							for(var F = R * S, P = 2 * F, ka = 3 * F, W = 0; W < F; ++W) ya[0][W] = Ua[W], ya[1][W] =
 								Ua[W + F], ya[2][W] = Ua[W + P], ya[3][W] = Ua[W + ka]
 						}

 						function sa() {
 							var F = R * S * 4;
 							Da = [new Uint8Array(F), new Uint8Array(F), new Uint8Array(F), new Uint8Array(F)];
 							ya = [new Float32Array(Da[0].buffer), new Float32Array(Da[1].buffer), new Float32Array(Da[2].buffer), new Float32Array(Da[3].buffer)];
 							db = new Uint8Array(4 * F);
 							Ua = new Float32Array(db.buffer);
 							Va = !0
 						}

 						function Ca() {
 							C = new Uint8Array(R * S * 4);
 							Bb = new Float32Array(C.buffer);
 							ob = !0
 						}
 						var B = Object.assign({}, M, h),
 							Wa = q++;
 						null === B.isFlipY && (B.isFlipY = B.url ? !0 : !1);
 						B.data && (B.array =
 							"string" === typeof B.data ? Ib(B.data) : B.isFloat ? new Float32Array(B.data) : new Uint8Array(B.data), B.isFlipY = !1);
 						var nb = 0,
 							Cb = B.H ? !0 : !1,
 							Xa = null,
 							pb = null,
 							Db = !1;
 						B.R = B.R || B.isFloat;
 						B.R && (nb = 1);
 						!B.cf && B.isFloat && N && !aa.Oc() && (B.isFloat = !1);
 						B.isFloat && (nb = 2);
 						B.isAnisotropicFiltering && L && !JEContext.ih() && (B.isAnisotropicFiltering = !1);
 						var ta = B.Wb || b.createTexture(),
 							Ga = null,
 							ua = !1,
 							R = 0,
 							S = 0,
 							Ta = !1,
 							Ab = !1,
 							Va = !1,
 							ya = null,
 							Da = null,
 							db = null,
 							Ua = null,
 							ja = null,
 							fa = null,
 							ha = null,
 							za = B.isFlipY,
 							Tb = (h = B.R && B.isMipmap) && Ba.me(),
 							La = h &&
 							Tb ? !0 : !1,
 							Ra = null,
 							bb = -1,
 							cb = !1;
 						var ob = !1;
 						var Bb = C = null;
 						B.width && (R = B.width, S = B.height ? B.height : R);
 						var ca = {
 							get: function() {
 								return ta
 							},
 							F: function() {
 								return R
 							},
 							U: function() {
 								return S
 							},
 							fh: function() {
 								return B.url
 							},
 							jh: function() {
 								return B.isFloat
 							},
 							lh: function() {
 								return B.R
 							},
 							mh: function() {
 								return B.isLinear
 							},
 							Sb: function() {
 								b.generateMipmap(b.TEXTURE_2D)
 							},
 							ke: function(F, P) {
 								La ? (F || (F = ca.jd()), I.Fb(P), a(Ra[F]), u[P] = -1) : ca.g(P)
 							},
 							jd: function() {
 								-1 === bb && (bb = Math.log(R) / Math.log(2));
 								return bb
 							},
 							He: function(F) {
 								if(La) {
 									F || (F =
 										ca.jd());
 									D.set("s12");
 									I.Fb(0);
 									for(var P = R, ka = S, W = 1; W <= F; ++W) P /= 2, ka /= 2, D.sa("u8", .25 / P, .25 / ka), b.viewport(0, 0, P, ka), a(Ra[W - 1]), b.framebufferTexture2D(la.fb(), b.COLOR_ATTACHMENT0, b.TEXTURE_2D, Ra[W], 0), ma.l(!1, 1 === W);
 									u[0] = -1
 								} else ca.Sb()
 							},
 							Eh: function(F) {
 								(Cb = !Rb.Rf(F)) ? (ua = null, B.H = F, K()) : ua = F
 							},
 							g: function(F) {
 								if(!Ta) return !1;
 								I.Fb(F);
 								if(u[F] === Wa) return !1;
 								a(ta);
 								u[F] = Wa;
 								return !0
 							},
 							Lc: function(F) {
 								b.activeTexture(p[F]);
 								t = F;
 								a(ta);
 								u[F] = Wa
 							},
 							u: function() {
 								A = ca;
 								b.framebufferTexture2D(la.fb(), b.COLOR_ATTACHMENT0,
 									b.TEXTURE_2D, ta, 0)
 							},
 							$: function() {
 								A = ca;
 								b.viewport(0, 0, R, S);
 								b.framebufferTexture2D(la.fb(), b.COLOR_ATTACHMENT0, b.TEXTURE_2D, ta, 0)
 							},
 							Ac: I.Ac,
 							Sd: function(F, P) {
 								R = F;
 								S = P
 							},
 							resize: function(F, P) {
 								ca.Sd(F, P);
 								Y()
 							},
 							clone: function(F) {
 								F = I.instance({
 									width: R,
 									height: S,
 									R: B.R,
 									isFloat: B.isFloat,
 									isLinear: B.isLinear,
 									isMirrorY: B.isMirrorY,
 									isFlipY: F ? !za : za,
 									isPot: B.isPot
 								});
 								xa.set("s0");
 								la.ca();
 								F.u();
 								b.viewport(0, 0, R, S);
 								ca.g(0);
 								ma.l(!0, !0);
 								return F
 							},
 							Lf: function() {
 								b.viewport(0, 0, R, S)
 							},
 							remove: function() {
 								b.deleteTexture(ta);
 								Ab = !0;
 								k.splice(k.indexOf(ca), 1);
 								ca = null
 							},
 							refresh: function() {
 								ca.Lc(0);
 								za && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !0);
 								Cb ? b.texImage2D(b.TEXTURE_2D, 0, ja, fa, ha, B.H) : b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, ua);
 								za && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !1)
 							},
 							Kd: function() {
 								Va || sa();
 								b.readPixels(0, 0, R, 4 * S, b.RGBA, b.UNSIGNED_BYTE, db);
 								oa();
 								return ya
 							},
 							yf: function() {
 								Va || sa();
 								return aa.xb(0, 0, R, 4 * S, db)
 									.then(function() {
 										oa();
 										return ya
 									})
 							},
 							Af: function() {
 								ob || Ca();
 								b.readPixels(0, 0, R, S, b.RGBA, b.UNSIGNED_BYTE, C);
 								return Bb
 							},
 							zf: function() {
 								ob || Ca();
 								return aa.xb(0, 0, R, S, C)
 							},
 							Uc: function(F) {
 								la.O();
 								D.set("s13");
 								ca.g(0);
 								if(F) b.viewport(0, 0, R, S), D.Kf("u9", .25, .25, .25, .25), ma.l(!1, !0);
 								else
 									for(F = 0; 4 > F; ++F) b.viewport(0, S * F, R, S), D.Td("u9", w[F]), ma.l(!1, 0 === F)
 							},
 							Db: function(F) {
 								var P = ha === v[0] && !g();
 								a(ta);
 								za && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !0);
 								P ? (Db || (Xa = document.createElement("canvas"), Xa.width = R, Xa.height = S, pb = Xa.getContext("2d"), pb.createImageData(R, S), Db = !0), null.data.set(F), pb.putImageData(null, 0, 0), b.texImage2D(b.TEXTURE_2D,
 									0, ja, fa, ha, Xa)) : b.texImage2D(b.TEXTURE_2D, 0, ja, R, S, 0, fa, ha, F);
 								u[t] = Wa;
 								za && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !1)
 							},
 							Qh: function(F, P) {
 								a(ta);
 								P && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !0);
 								b.texImage2D(b.TEXTURE_2D, 0, ja, fa, ha, F);
 								u[t] = Wa;
 								P && b.pixelStorei(b.UNPACK_FLIP_Y_WEBGL, !1)
 							},
 							Dh: function(F, P) {
 								var ka = R * S,
 									W = 4 * ka;
 								F = B.R ? F ? "RGBE" : "JSON" : "RGBA";
 								P && (F = P);
 								P = aa.ia() && !1;
 								var Ma = null;
 								switch (F) {
 									case "RGBE":
 										Ma = "s43";
 										break;
 									case "JSON":
 										Ma = P ? "s0" : "s13";
 										break;
 									case "RGBA":
 									case "RGBAARRAY":
 										Ma = "s7"
 								}
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 						"WEBKIT_OES_texture_float"
 					]),
 					ad: c.bind(null, ["OES_texture_float_linear", "MOZ_OES_texture_float_linear", "WEBKIT_OES_texture_float_linear"]),
 					$a: c.bind(null, ["OES_texture_half_float", "MOZ_OES_texture_half_float", "WEBKIT_OES_texture_half_float"]),
 					bd: c.bind(null, ["OES_texture_half_float_linear", "MOZ_OES_texture_half_float_linear", "WEBKIT_OES_texture_half_float_linear"]),
 					Tb: function(l) {
 						var J = H.$a(l);
 						return J && J.HALF_FLOAT_OES ? J.HALF_FLOAT_OES : l.HALF_FLOAT || l.FLOAT
 					},
 					Ne: function() {
 						return E || b.RGBA32F || b.RGBA
 					},
 					Oe: function() {
 						return y || b.RGBA16F || b.RGBA
 					},
 					Ke: function() {
 						return v
 					},
 					Oc: function() {
 						return v.fa
 					},
 					fg: function() {
 						return v.ha
 					},
 					eg: function() {
 						return v.Rb
 					},
 					oe: function() {
 						return v.Jd && n
 					},
 					Zd: function(l) {
 						n = l;
 						!l && k.za && (m(), b.bindBuffer(k.V, null), k.za = !1)
 					},
 					nh: function() {
 						return k.za
 					},
 					Ab: function(l, J, w) {
 						function L() {
 							l.bindTexture(l.TEXTURE_2D, null);
 							l.bindFramebuffer(N, null);
 							l.deleteTexture(z);
 							l.deleteFramebuffer(f)
 						}
 						var N = l.FRAMEBUFFER,
 							x = l.NEAREST,
 							f = l.createFramebuffer();
 						l.bindFramebuffer(N, f);
 						var z = l.createTexture();
 						l.activeTexture(l.TEXTURE0);
 						l.bindTexture(l.TEXTURE_2D, z);
 						l.pixelStorei(l.UNPACK_FLIP_Y_WEBGL, !1);
 						l.texParameteri(l.TEXTURE_2D, l.TEXTURE_WRAP_S, l.CLAMP_TO_EDGE);
 						l.texParameteri(l.TEXTURE_2D, l.TEXTURE_WRAP_T, l.CLAMP_TO_EDGE);
 						l.texParameteri(l.TEXTURE_2D, l.TEXTURE_MAG_FILTER, x);
 						l.texParameteri(l.TEXTURE_2D, l.TEXTURE_MIN_FILTER, x);
 						l.texImage2D(l.TEXTURE_2D, 0, J, 3, 3, 0, l.RGBA, w, null);
 						l.framebufferTexture2D(l.FRAMEBUFFER, l.COLOR_ATTACHMENT0, l.TEXTURE_2D, z, 0);
 						if(l.checkFramebufferStatus(l.READ_FRAMEBUFFER ||
 							l.FRAMEBUFFER) !== l.FRAMEBUFFER_COMPLETE) return L(), !1;
 						xa.tc(l);
 						l.clearColor(0, 0, 0, 0);
 						l.viewport(0, 0, 3, 3);
 						l.disable(l.DEPTH_TEST);
 						l.clear(l.COLOR_BUFFER_BIT);
 						ma.bb(l);
 						l.bindFramebuffer(N, null);
 						xa.Sa(l);
 						l.activeTexture(l.TEXTURE0);
 						l.bindTexture(l.TEXTURE_2D, z);
 						ma.bb(l);
 						J = new Uint8Array(36);
 						l.readPixels(0, 0, 3, 3, l.RGBA, l.UNSIGNED_BYTE, J);
 						L();
 						for(w = 0; 36 > w; ++w)
 							if(3 !== w % 4 && 3 < Math.abs(J[w] - 127)) return !1;
 						return !0
 					},
 					Kb: function(l) {
 						var J = {
 							fa: !1,
 							ha: !1
 						};
 						l.disable(l.BLEND);
 						l.clearColor(0, 0, 0, 0);
 						l.clear(l.COLOR_BUFFER_BIT);
 						l.RGBA32F && H.Ab(l, l.RGBA32F, l.FLOAT) && (J.fa = !0, E = l.RGBA32F);
 						!J.fa && H.Ab(l, l.RGBA, l.FLOAT) && (J.fa = !0, E = l.RGBA);
 						var w = H.Tb(l);
 						y = null;
 						l.RGBA16F && H.Ab(l, l.RGBA16F, w) && (J.ha = !0, y = l.RGBA16F);
 						!J.ha && H.Ab(l, l.RGBA, w) && (J.ha = !0, y = l.RGBA);
 						return J
 					},
 					ye: function() {
 						var l = la.instance({
 							width: 2
 						});
 						l.Rd();
 						var J = Aa.instance({
 							width: 2,
 							isFloat: !0,
 							sb: 3
 						});
 						l.u();
 						J.u();
 						H.flush();
 						b.checkFramebufferStatus(la.Qe()) !== b.FRAMEBUFFER_COMPLETE ? (Aa.Gf(), v.Rb = !1) : v.Rb = !0;
 						l.remove();
 						J.remove()
 					},
 					ze: function() {
 						var l = !1;
 						H.ia() && (l = "PIXEL_PACK_BUFFER STREAM_READ SYNC_GPU_COMMANDS_COMPLETE WAIT_FAILED fenceSync deleteSync createBuffer".split(" ")
 							.every(function(J) {
 								return "undefined" !==
 									typeof b[J]
 							}));
 						v.Jd = l
 					},
 					xe: function() {
 						var l = H.Kb(b);
 						Object.assign(v, l);
 						if(!v.fa && !v.ha) return !1;
 						H.ye();
 						H.ze();
 						return !0
 					},
 					Bf: function(l, J, w, L, N) {
 						b.readPixels(l, J, w, L, b.RGBA, b.UNSIGNED_BYTE, N);
 						return Promise.resolve(N, !1)
 					},
 					xb: function(l, J, w, L, N, x, f) {
 						if(!H.oe()) return H.Bf(l, J, w, L, N);
 						k.La = f || k.ue;
 						e(N);
 						b.readPixels(l, J, w, L, b.RGBA, b.UNSIGNED_BYTE, 0);
 						k.xa[k.ea] = b.fenceSync(b.SYNC_GPU_COMMANDS_COMPLETE, 0);
 						H.flush();
 						var z = !1;
 						return new Promise(function(I, h) {
 							function C() {
 								if(!k.za) return d(), g(), t(), h(), !1;
 								var K =
 									(k.ea + 1) % k.La;
 								switch (b.clientWaitSync(k.xa[K], 0, 0)) {
 									case b.TIMEOUT_EXPIRED:
 									case b.WAIT_FAILED:
 										return !1;
 									default:
 										return d(), b.deleteSync(k.xa[K]), k.xa[K] = null, b.bindBuffer(k.V, k.oa[K]), b.getBufferSubData(k.V, 0, N), g(), t(), I(N, z), !0
 								}
 							}
 							d();
 							k.jc + 1 < k.La ? (g(), t(), I(N, !1)) : (k.za = !0, C() || (x && !z && (z = !0, x()), k.Cb = setInterval(C, 0)))
 						})
 					},
 					Ud: function() {
 						b.viewport(0, 0, H.F(), H.U())
 					},
 					flush: function() {
 						b.flush()
 					},
 					m: function() {
 						d();
 						m();
 						Aa.m();
 						la.m();
 						ma.m();
 						k.oa.forEach(function(l) {
 							b.deleteBuffer(l)
 						});
 						k.oa.splice(0);
 						xa.reset();
 						q = !1
 					}
 				};
 			return H
 		}(),
 		T = ma,
 		va = la,
 		X = Aa,
 		Ba = function() {
 			function a(w, L, N, x) {
 				k.texParameteri(k.TEXTURE_2D, k.TEXTURE_MIN_FILTER, x ? k.NEAREST_MIPMAP_NEAREST : k.LINEAR);
 				var f = null;
 				if(null !== N) try {
 					f = k.getError();
 					if("FUCKING_BIG_ERROR" === f) return !1;
 					k.texImage2D(k.TEXTURE_2D, 0, w, 4, 4, 0, k.RGBA, L, N);
 					f = k.getError();
 					if(f !== k.NO_ERROR) return !1
 				} catch (z) {
 					return !1
 				}
 				x && k.generateMipmap(k.TEXTURE_2D);
 				k.clear(k.COLOR_BUFFER_BIT);
 				T.bb(k);
 				f = k.getError();
 				if("FUCKING_BIG_ERROR" === f) return !1;
 				k.readPixels(0, 0, 2, 2, k.RGBA, k.UNSIGNED_BYTE,
 					r);
 				f = k.getError();
 				f === k.INVALID_OPERATION && "undefined" !== typeof k.PIXEL_PACK_BUFFER && (k.bindBuffer(k.PIXEL_PACK_BUFFER, null), k.readPixels(0, 0, 2, 2, k.RGBA, k.UNSIGNED_BYTE, r), f = k.getError());
 				if(f !== k.NO_ERROR) return !1;
 				N = !0;
 				for(x = 0; 16 > x; ++x) N = N && 4 > Math.abs(r[x] - 127);
 				N && (q.Gd = L, q.pd = w);
 				return N
 			}

 			function c(w, L) {
 				return M.fa && a(w, k.FLOAT, new Float32Array(A), L) ? (p = t.Hc, !0) : !1
 			}

 			function d(w, L, N) {
 				if(!M.ha) return !1;
 				var x = Aa.te(A),
 					f = aa.$a(k);
 				if(f && f.HALF_FLOAT_OES && a(w, f.HALF_FLOAT_OES, x, L) || k.HALF_FLOAT && a(w,
 					k.HALF_FLOAT, x, L)) return p = t.Ga, !0;
 				x = new Float32Array(A);
 				if(a(w, k.FLOAT, x, L)) return p = t.Ga, !0;
 				k.bindTexture(k.TEXTURE_2D, N);
 				k.texImage2D(k.TEXTURE_2D, 0, k.RGBA, 2, 2, 0, k.RGBA, k.UNSIGNED_BYTE, null);
 				k.bindFramebuffer(q.Ya, J);
 				Aa.ed(k, N, 2, 2, x, !1, !1);
 				k.bindFramebuffer(q.Ya, null);
 				k.bindTexture(k.TEXTURE_2D, N);
 				return a(w, null, null, L) ? (p = t.Ga, !0) : !1
 			}

 			function e(w, L, N) {
 				u = !0;
 				if(d(w, !0, N) || c(L, !0)) return !0;
 				u = !1;
 				return d(w, !1, N) || c(L, !1) ? !0 : !1
 			}

 			function g(w) {
 				if(p === t.P) {
 					k = w || b;
 					p = t.RGBA8;
 					u = !0;
 					aa.Xc(k);
 					M || (M = aa.Kb(k));
 					va.reset();
 					J = k.createFramebuffer();
 					q.Ya = k.DRAW_FRAMEBUFFER || k.FRAMEBUFFER;
 					k.bindFramebuffer(q.Ya, null);
 					k.clearColor(0, 0, 0, 0);
 					k.viewport(0, 0, 2, 2);
 					D.P();
 					H = D.Sa(k);
 					w = k.createTexture();
 					k.activeTexture(k.TEXTURE0);
 					k.bindTexture(k.TEXTURE_2D, w);
 					k.texParameteri(k.TEXTURE_2D, k.TEXTURE_WRAP_S, k.REPEAT);
 					k.texParameteri(k.TEXTURE_2D, k.TEXTURE_WRAP_T, k.REPEAT);
 					k.texParameteri(k.TEXTURE_2D, k.TEXTURE_MAG_FILTER, k.NEAREST);
 					l = w;
 					var L = w = k.RGBA,
 						N = k.RGBA16F,
 						x = k.RGBA32F;
 					x && (w = x);
 					N && (L = N);
 					if((N || x) && e(L, w, l)) return m(),
 						!0;
 					w = L = k.RGBA;
 					if(e(L, w, l)) return m(), !0;
 					p = t.RGBA8;
 					m();
 					return !1
 				}
 			}

 			function m() {
 				k.deleteProgram(H.ra);
 				k.deleteTexture(l);
 				l = H = null
 			}
 			for(var t = {
 				P: -1,
 				Hc: 3,
 				Ga: 2,
 				RGBA8: 0
 			}, p = t.P, q = {
 				Gd: null,
 				pd: null,
 				Ya: null
 			}, u = !0, r = new Uint8Array(16), A = Array(64), v = 0; 4 > v; ++v)
 				for(var n = 0; 4 > n; ++n) {
 					var y = 0 === (n + v) % 2 ? 1 : 0,
 						E = 4 * v + n;
 					A[4 * E] = y;
 					A[4 * E + 1] = y;
 					A[4 * E + 2] = y;
 					A[4 * E + 3] = y
 				}
 			var k = null,
 				M = null,
 				H = null,
 				l = null,
 				J = null;
 			return {
 				me: function(w) {
 					g(w);
 					return u
 				},
 				Nc: function(w, L) {
 					p === t.P && (typeof("undefined" !== L) && (M = L), g(w));
 					return p !== t.RGBA8
 				},
 				kh: function(w) {
 					g(w);
 					return p === t.Hc
 				},
 				hf: function(w) {
 					g(w);
 					return p === t.Ga
 				},
 				Sg: function(w) {
 					g(w);
 					return q.Gd
 				},
 				Pe: function(w) {
 					g(w);
 					return q.pd
 				},
 				m: function() {
 					k = null;
 					u = !0;
 					p = t.P;
 					M = null
 				}
 			}
 		}(),
 		Ub = function() {
 			return {
 				instance: function(a) {
 					var c = X.instance(a.alpha),
 						d = X.instance(a.beta);
 					return {
 						Be: function() {
 							c.g(1);
 							d.g(2)
 						}
 					}
 				}
 			}
 		}(),
 		Gb = function() {
 			return {
 				instance: function(a) {
 					var c = null,
 						d = !1,
 						e = !1,
 						g = null,
 						m = !1,
 						t = !1,
 						p = null,
 						q = "undefined" === typeof a.preprocessing ? !1 : a.preprocessing,
 						u = "undefined" === typeof a.preprocessingSize ? a.size : a.preprocessingSize;
 					a.mask && (d = !0, ea && void 0 !== ea.he && (a.mask = ea.he + a.mask), c = X.instance({
 						isFloat: !1,
 						url: a.mask
 					}));
 					var r = !1;
 					a.customInputShader && (r = "s45", D.Jc({
 						name: "_",
 						id: r,
 						h: a.customInputShader,
 						Oh: ["uSource"],
 						precision: "lowp"
 					}), D.S(r, [{
 						type: "1i",
 						name: "_",
 						value: 0
 					}]));
 					switch (q) {
 						case "sobel":
 							p = "s32";
 							m = !0;
 							break;
 						case "meanNormalization":
 							p = "s33";
 							m = !0;
 							break;
 						case "grayScale":
 							p = "s29";
 							m = !1;
 							break;
 						case "grayScaleTilt":
 							p = "s30";
 							t = !0;
 							m = !1;
 							break;
 						case "rgbGrayTilt":
 							p = "s31";
 							t = !0;
 							m = !1;
 							break;
 						case "copy":
 							p = r ? r : "s0";
 							break;
 						case "inputLightRegulation":
 							p =
 								r ? r : "s29";
 							g = Vb.instance({
 								od: u,
 								Fd: a.size,
 								Cd: a.nBlurPass,
 								mb: !1
 							});
 							e = !0;
 							break;
 						case "inputMix0":
 							p = "none";
 							g = Wb.instance({
 								C: u,
 								be: a.varianceMin,
 								Mc: a.blurKernelSizePx,
 								mb: !1
 							});
 							e = !0;
 							break;
 						case "direct":
 						case "none":
 							p = "abort";
 							break;
 						default:
 							p = "s4"
 					}
 					t && D.S(p, [{
 						name: "u27",
 						type: "1f",
 						value: a.tilt
 					}]);
 					d && (p += "Mask");
 					var A = X.instance({
 							isFloat: !1,
 							isPot: !1,
 							width: a.size
 						}),
 						v = {
 							F: function() {
 								return u
 							},
 							Ub: function() {
 								return v.F()
 							},
 							Ue: function() {
 								return e ? g.Vb() : A
 							},
 							T: function(n) {
 								va.ca();
 								"abort" !== p && ("none" !== p && (D.set(p), m && D.G("u28",
 									1 / a.size), A.$(), d && c.g(1), T.l(!1, !1), A.g(0), n = A), e && g.process(n))
 							},
 							m: function() {
 								A.remove();
 								d && c.remove()
 							}
 						};
 					return v
 				}
 			}
 		}(),
 		Hb = function() {
 			return {
 				instance: function(a) {
 					function c(h) {
 						g.forEach(function(C, K) {
 							m[K][0] = h[0][C];
 							m[K][1] = h[1][C];
 							m[K][2] = h[2][C];
 							m[K][3] = h[3][C]
 						});
 						return m
 					}
 					a.normalize = a.normalize || !1;
 					var d = {
 							input: null,
 							bias: null,
 							Zb: null,
 							Z: null,
 							tb: null,
 							nc: null,
 							oc: null
 						},
 						e = null,
 						g = [],
 						m = [],
 						t = !1,
 						p = null,
 						q = !0,
 						u = -1,
 						r = a.isReorganize ? a.isReorganize : !1,
 						A = a.kernelsCount ? !0 : !1,
 						v = a.dynPelu ? Ub.instance(a.dynPelu) :
 						!1,
 						n = v ? !0 : !1,
 						y = {
 							isEnabled: !1
 						};
 					a.ef ? (a.sparsity = "undefined" !== typeof a.sparsity ? a.sparsity : a.vb.Ub(), q = !1) : "full" === a.connectivityUp && (a.sparsity = a.vb.Ub());
 					var E = {
 							elu: "s16",
 							elu01: "s17",
 							relu: "s15",
 							arctan: "s19",
 							sigmoid: "s14",
 							copy: "s0",
 							softplus: "s20",
 							dynPelu: "s18"
 						} [a.activation],
 						k = a.sparsity * a.sparsity,
 						M = !1,
 						H = a.size,
 						l = "";
 					if(a.maxPooling) {
 						switch (a.maxPooling.size) {
 							case 2:
 								l = "s34";
 								break;
 							case 4:
 								l = "s35"
 						}
 						M = !0;
 						H /= a.maxPooling.size;
 						d.nc = X.instance({
 							isFloat: !0,
 							isPot: !1,
 							width: H
 						})
 					}
 					var J = a.normalization ? !0 : !1,
 						w =
 						null,
 						L = null,
 						N = null;
 					if(J) {
 						w = "s46" + a.index.toString();
 						D.nd("s46", w, [((a.normalization.n - 1) / 2)
 							.toFixed(1)
 						]);
 						D.S(w, [{
 							type: "1i",
 							name: "u1",
 							value: 0
 						}, {
 							type: "2f",
 							name: "u8",
 							value: [1 / a.size, 1 / a.size]
 						}, {
 							type: "1f",
 							name: "u7",
 							value: a.normalization.alpha
 						}, {
 							type: "1f",
 							name: "u10",
 							value: a.normalization.beta
 						}, {
 							type: "1f",
 							name: "u31",
 							value: a.normalization.k
 						}]);
 						var x = {
 							isFloat: !0,
 							isPot: !0,
 							width: a.size
 						};
 						L = X.instance(x);
 						N = X.instance(x)
 					}
 					var f = -1,
 						z = null;
 					q && (d.Z = X.instance({
 						isFloat: !0,
 						isPot: !1,
 						width: a.size
 					}));
 					d.bias = X.instance(a.bias);
 					var I = {
 						F: function() {
 							return a.size
 						},
 						Ub: function() {
 							return H
 						},
 						gd: function() {
 							return a.classesCount
 						},
 						je: function(h) {
 							e.g(h)
 						},
 						vf: function() {
 							a.remap && a.remap.isEnabled && (y = {
 								isEnabled: !0,
 								lf: X.instance({
 									isFloat: !1,
 									isFlipY: !1,
 									array: new Uint8Array(a.remap.maskTexture.data),
 									width: a.remap.maskTexture.width,
 									isPot: !1
 								}),
 								pb: a.remap.layers.map(function(h) {
 									return a.parent.Se(h)
 								}),
 								depth: a.remap.depth
 							})
 						},
 						Hf: function() {
 							switch (a.connectivityUp) {
 								case "direct":
 									z = Xb.instance(a.connectivity);
 									break;
 								case "square":
 									z = Yb.instance(a.connectivity);
 									break;
 								case "squareFast":
 									z = Zb.instance(a.connectivity, a.activation);
 									break;
 								case "full":
 									z = $b.instance(a.connectivity);
 									break;
 								case "conv":
 									u = a.kernelsCount, z = ac.instance(a.connectivity), r && (d.tb = X.instance({
 										width: H,
 										isFloat: !0,
 										isFlipY: !1,
 										isPot: !1
 									}))
 							}
 							if(z.Da) {
 								var h = a.size * a.sparsity;
 								f = Math.log(h / a.size) / Math.log(2);
 								d.input = X.instance({
 									isMipmap: !0,
 									isFloat: !0,
 									isPot: !0,
 									width: h,
 									ec: f
 								});
 								d.Zb = X.instance({
 									isFloat: !0,
 									isPot: !0,
 									width: a.size
 								})
 							}
 						},
 						T: function(h, C) {
 							e = h;
 							z.Da ? (d.input.$(), A && d.bias.g(2), z.T(y), d.input.g(0),
 								d.input.He(f), d.Zb.$(), A ? D.set("s0") : (D.set("s28"), D.G("u26", k), d.bias.g(1)), d.input.ke(f, 0), T.l(!1, !1), D.set(E), J ? L.u() : d.Z.u(), d.Zb.g(0), n && v.Be(), T.l(!1, !1)) : (d.Z.$(), d.bias.g(1), z.T());
 							J && (D.set(w), N.u(), L.g(0), T.l(!1, !1), D.set("s47"), D.G("u7", 1), d.Z.u(), N.g(1), T.l(!1, !1));
 							if(q) return M ? (d.nc.$(), d.Z.g(0), D.set(l), D.sa("u8", 1 / a.size, 1 / a.size), T.l(!1, !1), C = d.nc) : C = d.Z, C.g(0), r && (d.tb.u(), D.set("s22"), D.sa("u13", u, H / u), T.l(!1, !1), C = d.tb, d.tb.g(0)), C;
 							var K = d.Z;
 							a.normalize && (D.set("gpuRawAvg" === t ?
 								"s9" : "s8"), D.G("u4", 1 / a.size), d.oc.$(), d.Z.g(0), T.l(!1, !1), K = d.oc);
 							h = null;
 							switch (t) {
 								case "cpuRGBA2Float":
 									K.Uc(!1);
 									C ? h = I.wf(K)
 										.then(p) : (K = I.xf(K), p(K));
 									break;
 								case "cpuMeanFloat":
 									K.Uc(!0);
 									if(C) h = K.zf()
 										.then(p);
 									else {
 										K = K.Af();
 										for(var O = 0; O < K.length; ++O);
 										p(K)
 									}
 									break;
 								case "gpuRawAvg":
 								case "gpuRaw":
 									K.g(0);
 								case "none":
 									null !== p && p(K)
 							}
 							C && null === h && (h = Promise.resolve());
 							return h
 						},
 						we: function(h) {
 							h && (t = h.pc || "none", p = h.mc || null);
 							d.Z = X.instance({
 								isFloat: !0,
 								isPot: !0,
 								isMipmap: !1,
 								width: a.size
 							});
 							h = "undefined" !== typeof a.classesCount &&
 								a.classesCount ? a.classesCount : a.size * a.size;
 							for(var C = 0, K = 0, O = 0; C < h; ++C) g.push(K + (a.size - 1 - O) * a.size), m.push([-1, -1, -1, -1]), ++K, K === a.size && (K = 0, ++O);
 							a.normalize && (d.oc = X.instance({
 								isFloat: !0,
 								isPot: !0,
 								width: a.size
 							}))
 						},
 						wf: function(h) {
 							return h.yf()
 								.then(c)
 						},
 						xf: function(h) {
 							h = h.Kd();
 							c(h);
 							return m
 						},
 						m: function() {
 							for(var h in d) {
 								var C = d[h];
 								C && C.remove()
 							}
 							z && (z.m(), z = null)
 						}
 					};
 					a.vb && I.Hf(a.vb);
 					return I
 				}
 			}
 		}(),
 		Xb = function() {
 			return {
 				instance: function(a) {
 					var c = X.instance(a.weights);
 					return {
 						Da: !0,
 						eb: function() {
 							return 1
 						},
 						m: function() {
 							c.remove()
 						},
 						Xe: function() {
 							return c
 						},
 						T: function() {
 							D.set("s27");
 							c.g(1);
 							T.l(!1, !1)
 						}
 					}
 				}
 			}
 		}(),
 		$b = function() {
 			return {
 				instance: function(a) {
 					var c = a.fromLayerSize,
 						d = X.instance(a.weights);
 					return {
 						Da: !0,
 						eb: function() {
 							return c
 						},
 						m: function() {
 							d.remove()
 						},
 						T: function(e) {
 							if(e.isEnabled) {
 								D.set("s25");
 								e.lf.g(3);
 								var g, m = Math.min(e.pb.length, e.depth);
 								for(g = 0; g < m; ++g) e.pb[g].je(4 + g)
 							} else D.set("s24");
 							D.G("u17", a.toLayerSize);
 							d.g(1);
 							T.l(!1, !1)
 						}
 					}
 				}
 			}
 		}(),
 		Yb = function() {
 			return {
 				instance: function(a) {
 					for(var c = a.fromLayerSize,
 						d = a.toLayerSize, e = a.toSparsity, g = e * d, m = g / c, t = c / d, p = 0, q = 0, u = 0, r = Array(e * d * e * d * 4), A = Array(e * d * e * d * 4), v = Array(c * c), n = 0; n < v.length; ++n) v[n] = 0;
 					n = Math.floor(e / 2);
 					for(var y = .5 / d, E = .5 / c, k = .5 / g, M = 0; M < d; ++M)
 						for(var H = Math.round(M * t), l = 0; l < d; ++l) {
 							var J = Math.round(l * t),
 								w = M / d,
 								L = l / d;
 							w += y;
 							L += y;
 							for(var N = 0; N < e; ++N) {
 								var x = H + N - n;
 								0 > x && (x += c);
 								x >= c && (x -= c);
 								for(var f = 0; f < e; ++f) {
 									var z = p / g,
 										I = q / g,
 										h = J + f - n;
 									0 > h && (h += c);
 									h >= c && (h -= c);
 									var C = x / c,
 										K = h / c;
 									I = 1 - I - 1 / g;
 									C += E;
 									K += E;
 									z += k;
 									I += k;
 									var O = M * e + N,
 										Y = l * e + f;
 									Y = d * e - Y - 1;
 									O = Y * d * e + O;
 									r[4 * O] =
 										z;
 									r[4 * O + 1] = I;
 									r[4 * O + 2] = C;
 									r[4 * O + 3] = K;
 									K = v[h * c + x]++;
 									O = K % m;
 									C = x * m + O;
 									h = h * m + (K - O) / m;
 									h = c * m - 1 - h;
 									h = h * c * m + C;
 									A[4 * h] = z;
 									A[4 * h + 1] = I;
 									A[4 * h + 2] = w;
 									A[4 * h + 3] = L;
 									++p >= g && (p = 0, ++q);
 									++u
 								}
 							}
 						}
 					v = null;
 					var oa = X.instance(a.weights);
 					delete a.weights.data;
 					var sa = X.instance({
 						width: g,
 						isFloat: !0,
 						array: new Float32Array(A),
 						isPot: !0
 					});
 					A = null;
 					var Ca = X.instance({
 						width: g,
 						isFloat: !0,
 						array: new Float32Array(r),
 						isPot: !0
 					});
 					r = null;
 					return {
 						Da: !0,
 						eb: function() {
 							return m
 						},
 						m: function() {
 							sa.remove();
 							Ca.remove();
 							oa.remove()
 						},
 						T: function() {
 							D.set("s23");
 							oa.g(1);
 							Ca.g(2);
 							T.l(!1, !1)
 						}
 					}
 				}
 			}
 		}(),
 		ac = function() {
 			return {
 				instance: function(a) {
 					var c = a.kernelsCount,
 						d = a.toSparsity,
 						e = d * a.toLayerSize / a.fromLayerSize,
 						g = X.instance(a.weights);
 					return {
 						Da: !0,
 						eb: function() {
 							return e
 						},
 						dh: function() {
 							return d
 						},
 						Xe: function() {
 							return g
 						},
 						m: function() {
 							g.remove()
 						},
 						T: function() {
 							D.set("s26");
 							D.G("u23", c);
 							D.G("u24", d);
 							D.G("u17", a.toLayerSize);
 							D.G("u25", a.fromLayerSize);
 							g.g(1);
 							T.l(!1, !1)
 						}
 					}
 				}
 			}
 		}(),
 		Zb = function() {
 			return {
 				instance: function(a, c) {
 					var d = a.fromLayerSize,
 						e = a.toLayerSize,
 						g = a.toSparsity,
 						m = a.stride ?
 						a.stride : 1,
 						t = g * e / d,
 						p = e < d,
 						q = d / e,
 						u = X.instance(a.weights),
 						r = "s48" + [d.toString(), e.toString(), g.toString(), m.toString(), c].join("_");
 					D.Fe(r) || (a = Sb.Ie(c, "gl_FragColor", "gl_FragColor"), e = [{
 						type: "1f",
 						name: "u17",
 						value: e
 					}, {
 						type: "1f",
 						name: "u30",
 						value: m
 					}], p && e.push({
 						type: "1f",
 						name: "u25",
 						value: d
 					}), d = [(p ? t : g)
 						.toFixed(1), a
 					], p && d.push(q.toFixed(1)), D.nd(p ? "s40" : "s39", r, d), D.S(r, e.concat([{
 						type: "1i",
 						name: "u15",
 						value: 0
 					}, {
 						type: "1i",
 						name: "u22",
 						value: 1
 					}, {
 						type: "1i",
 						name: "u14",
 						value: 3
 					}])));
 					return {
 						Da: !1,
 						eb: function() {
 							return t
 						},
 						m: function() {
 							u.remove()
 						},
 						T: function() {
 							D.set(r);
 							u.g(3);
 							T.l(!1, !1)
 						}
 					}
 				}
 			}
 		}(),
 		Vb = function() {
 			return {
 				instance: function(a) {
 					var c = a.Cd ? a.Cd : 3,
 						d = a.od ? a.od : 64,
 						e = a.Fd ? a.Fd : 64,
 						g = a.mb ? !0 : !1;
 					a = {
 						isFloat: !1,
 						width: d,
 						isPot: !1,
 						isFlipY: !1
 					};
 					var m = X.instance(a),
 						t = X.instance(a),
 						p = X.instance(a),
 						q = X.instance(a),
 						u = X.instance({
 							isFloat: !0,
 							width: e,
 							isPot: !1,
 							isFlipY: !1
 						}),
 						r = 1 / d;
 					return {
 						process: function(A) {
 							D.set("s36");
 							q.u();
 							T.l(g, !1);
 							D.set("s37");
 							for(var v = 0; v < c; ++v) m.u(), D.sa("u8", r, 0), T.l(g, !1), p.u(), q.g(0), T.l(g, !1), t.u(), m.g(0),
 								D.sa("u8", 0, r), T.l(g, !1), q.u(), p.g(0), T.l(g, !1), v !== c - 1 && t.g(0);
 							D.set("s38");
 							u.u();
 							A.g(0);
 							t.g(1);
 							q.g(2);
 							T.l(g, !1);
 							u.g(0)
 						},
 						Vb: function() {
 							return u
 						}
 					}
 				}
 			}
 		}(),
 		Wb = function() {
 			return {
 				instance: function(a) {
 					function c(u) {
 						return X.instance({
 							isFloat: u,
 							width: d.C,
 							isPot: !1,
 							isFlipY: !1
 						})
 					}
 					var d = Object.assign({
 							be: .1,
 							Mc: 9,
 							C: 128,
 							mb: !1
 						}, a),
 						e = c(!1),
 						g = [c(!1), c(!1), c(!1)],
 						m = [c(!1), c(!1), c(!1)],
 						t = c(!0),
 						p = [e, m[0], m[1]];
 					a = "uniform sampler2D u1;const float e=1.1111,g=2.2222;uniform vec2 u32;varying vec2 vv0;void main(){float b=0.,c=0.;for(float a=-e;a<=e;a+=1.){vec2 i=u32*a,j=vv0+i*g;float d=1.2*a/e,f=exp(-d*d);b+=f*texture2D(u1,j).r,c+=f;}b/=c,gl_FragColor=vec4(b,0.,0.,1.);}".replace("1.1111",
 							Math.round((d.Mc - 1) / 2)
 							.toFixed(2))
 						.replace("2.2222", (1 / d.C)
 							.toFixed(6));
 					var q = {
 						u1: 0
 					};
 					D.Kc([{
 						id: "s50",
 						name: "_",
 						h: "uniform sampler2D u1;varying vec2 vv0;const vec3 f=vec3(.2126,.7152,.0722),g=vec3(1.,1.,1.);void main(){vec3 b=texture2D(u1,vv0).rgb;float a=dot(b,f);gl_FragColor=vec4(a,a,a,a);}",
 						j: q,
 						i: ["u1"],
 						precision: "lowp"
 					}, {
 						id: "s51",
 						name: "_",
 						h: a,
 						j: q,
 						i: ["u1", "u32"],
 						precision: "lowp"
 					}, {
 						id: "s52",
 						name: "_",
 						h: "uniform sampler2D u33,u34,u35,u36;const float f=1.1111;const vec3 g=vec3(1.,1.,1.);varying vec2 vv0;void main(){vec3 a=texture2D(u33,vv0).rgb;float c=texture2D(u34,vv0).r,d=texture2D(u35,vv0).r,h=texture2D(u36,vv0).r,i=a.r*a.r;vec3 b=vec3(c,d,h),j=max(g*f,abs(i-b*b)),k=sqrt(j);gl_FragColor=vec4(a.r,(a-b)/k);}".replace("1.1111",
 							d.be.toFixed(4)),
 						j: {
 							u33: 0,
 							u34: 1,
 							u35: 2,
 							u36: 3
 						},
 						i: ["u33", "u34", "u35", "u36"],
 						precision: "highp"
 					}]);
 					return {
 						process: function() {
 							D.set("s50");
 							e.$();
 							T.l(d.mb, !1);
 							D.set("s51");
 							for(var u = 0; 3 > u; ++u) D.sa("u32", 1, 0), g[u].u(), p[u].g(0), T.l(!1, !1), D.sa("u32", 0, 1), m[u].u(), g[u].g(0), T.l(!1, !1);
 							D.set("s52");
 							t.u();
 							e.g(0);
 							m[0].g(1);
 							m[1].g(2);
 							m[2].g(3);
 							T.l(!1, !1);
 							t.g(0)
 						},
 						Vb: function() {
 							return t
 						}
 					}
 				}
 			}
 		}(),
 		V = {
 			ld: function() {
 				return V.Sc() ? document.createElement("video") : !1
 			},
 			Ma: function(a, c) {
 				a[c] = !0;
 				a.setAttribute(c, "true")
 			},
 			re: function() {
 				var a = !1,
 					c = navigator.userAgent || navigator.vendor || window.opera;
 				if(/(android|bb\d+|meego).+mobile|avantgo|bada\/|blackberry|blazer|compal|elaine|fennec|hiptop|iemobile|ip(hone|od)|iris|kindle|lge |maemo|midp|mmp|mobile.+firefox|netfront|opera m(ob|in)i|palm( os)?|phone|p(ixi|re)\/|plucker|pocket|psp|series(4|6)0|symbian|treo|up\.(browser|link)|vodafone|wap|windows ce|xda|xiino/i.test(c) || /1207|6310|6590|3gso|4thp|50[1-6]i|770s|802s|a wa|abac|ac(er|oo|s\-)|ai(ko|rn)|al(av|ca|co)|amoi|an(ex|ny|yw)|aptu|ar(ch|go)|as(te|us)|attw|au(di|\-m|r |s )|avan|be(ck|ll|nq)|bi(lb|rd)|bl(ac|az)|br(e|v)w|bumb|bw\-(n|u)|c55\/|capi|ccwa|cdm\-|cell|chtm|cldc|cmd\-|co(mp|nd)|craw|da(it|ll|ng)|dbte|dc\-s|devi|dica|dmob|do(c|p)o|ds(12|\-d)|el(49|ai)|em(l2|ul)|er(ic|k0)|esl8|ez([4-7]0|os|wa|ze)|fetc|fly(\-|_)|g1 u|g560|gene|gf\-5|g\-mo|go(\.w|od)|gr(ad|un)|haie|hcit|hd\-(m|p|t)|hei\-|hi(pt|ta)|hp( i|ip)|hs\-c|ht(c(\-| |_|a|g|p|s|t)|tp)|hu(aw|tc)|i\-(20|go|ma)|i230|iac( |\-|\/)|ibro|idea|ig01|ikom|im1k|inno|ipaq|iris|ja(t|v)a|jbro|jemu|jigs|kddi|keji|kgt( |\/)|klon|kpt |kwc\-|kyo(c|k)|le(no|xi)|lg( g|\/(k|l|u)|50|54|\-[a-w])|libw|lynx|m1\-w|m3ga|m50\/|ma(te|ui|xo)|mc(01|21|ca)|m\-cr|me(rc|ri)|mi(o8|oa|ts)|mmef|mo(01|02|bi|de|do|t(\-| |o|v)|zz)|mt(50|p1|v )|mwbp|mywa|n10[0-2]|n20[2-3]|n30(0|2)|n50(0|2|5)|n7(0(0|1)|10)|ne((c|m)\-|on|tf|wf|wg|wt)|nok(6|i)|nzph|o2im|op(ti|wv)|oran|owg1|p800|pan(a|d|t)|pdxg|pg(13|\-([1-8]|c))|phil|pire|pl(ay|uc)|pn\-2|po(ck|rt|se)|prox|psio|pt\-g|qa\-a|qc(07|12|21|32|60|\-[2-7]|i\-)|qtek|r380|r600|raks|rim9|ro(ve|zo)|s55\/|sa(ge|ma|mm|ms|ny|va)|sc(01|h\-|oo|p\-)|sdk\/|se(c(\-|0|1)|47|mc|nd|ri)|sgh\-|shar|sie(\-|m)|sk\-0|sl(45|id)|sm(al|ar|b3|it|t5)|so(ft|ny)|sp(01|h\-|v\-|v )|sy(01|mb)|t2(18|50)|t6(00|10|18)|ta(gt|lk)|tcl\-|tdg\-|tel(i|m)|tim\-|t\-mo|to(pl|sh)|ts(70|m\-|m3|m5)|tx\-9|up(\.b|g1|si)|utst|v400|v750|veri|vi(rg|te)|vk(40|5[0-3]|\-v)|vm40|voda|vulc|vx(52|53|60|61|70|80|81|83|85|98)|w3c(\-| )|webc|whit|wi(g |nc|nw)|wmlb|wonu|x700|yas\-|your|zeto|zte\-/i.test(c.substr(0,
 					4))) a = !0;
 				return a
 			},
 			Pc: function() {
 				return /iPad|iPhone|iPod/.test(navigator.userAgent) && !window.MSStream
 			},
 			Je: function() {
 				var a = navigator.appVersion.match(/OS (\d+)_(\d+)_?(\d+)?/);
 				return a && a.length && 2 < a.length ? [parseInt(a[1], 10), parseInt(a[2], 10), parseInt(a[3] || 0, 10)] : [0, 0, 0]
 			},
 			zd: function() {
 				try {
 					return window.matchMedia("(orientation: portrait)")
 						.matches ? !0 : !1
 				} catch (a) {
 					return window.innerHeight > window.innerWidth
 				}
 			},
 			qe: function() {
 				return V.Qc() || V.Pc()
 			},
 			Qc: function() {
 				var a = navigator.userAgent.toLowerCase();
 				return -1 !== a.indexOf("safari") && -1 === a.indexOf("chrome") ? !0 : !1
 			},
 			Gg: function() {
 				return V.re() ? V.zd() ? window.innerHeight / window.innerWidth * 45 : 45 : 45
 			},
 			Sc: function() {
 				return navigator.mediaDevices && navigator.mediaDevices.getUserMedia ? !0 : !1
 			},
 			pause: function(a) {
 				a.pause()
 			},
 			Bh: function(a) {
 				a.play()
 			},
 			release: function(a) {
 				a.pause();
 				a.videoStream && a.videoStream.stop();
 				a.videoStream = null
 			},
 			Rc: function(a) {
 				if(!a) return a;
 				var c = null;
 				if(a.video) {
 					var d = function(e) {
 						return e && "object" === typeof e ? Object.assign({}, e) : e
 					};
 					c = {};
 					"undefined" !== typeof a.video.width && (c.width = d(a.video.width));
 					"undefined" !== typeof a.video.height && (c.height = d(a.video.height));
 					"undefined" !== typeof a.video.facingMode && (c.facingMode = d(a.video.facingMode))
 				}
 				c = {
 					audio: a.audio,
 					video: c
 				};
 				"undefined" !== typeof a.deviceId && V.Ic(c, a.deviceId);
 				return c
 			},
 			Ic: function(a, c) {
 				c && (a.video = a.video || {}, a.video.deviceId = {
 					exact: c
 				}, a.video.facingMode && delete a.video.facingMode)
 			},
 			Xd: function(a) {
 				var c = a.video.width;
 				a.video.width = a.video.height;
 				a.video.height = c;
 				return a
 			},
 			ve: function(a) {
 				function c(v) {
 					return [480, 576, 640, 648, 720, 768, 800, 960, 1080, 1152, 1280, 1366, 1920].sort(function(n, y) {
 						return Math.abs(n - v) - Math.abs(y - v)
 					})
 				}

 				function d(v) {
 					var n = V.Rc(a);
 					v = v(n);
 					g.push(v);
 					e(v)
 				}

 				function e(v) {
 					if(v.video && v.video.facingMode && v.video.facingMode.exact) {
 						var n = v.video.facingMode.exact;
 						v = V.Rc(v);
 						delete v.video.facingMode.exact;
 						v.video.facingMode.ideal = n;
 						g.push(v)
 					}
 				}
 				var g = [];
 				if(!a || !a.video) return g;
 				e(a);
 				if(a.video.width && a.video.height) {
 					if(a.video.width.ideal && a.video.height.ideal) {
 						var m =
 							c(a.video.width.ideal)
 							.slice(0, 3),
 							t = c(a.video.height.ideal)
 							.slice(0, 3),
 							p = {},
 							q = 0;
 						for(p.la = void 0; q < m.length; p = {
 							la: p.la
 						}, ++q) {
 							p.la = m[q];
 							var u = {},
 								r = 0;
 							for(u.ka = void 0; r < t.length; u = {
 								ka: u.ka
 							}, ++r)
 								if(u.ka = t[r], p.la !== a.video.width.ideal || u.ka !== a.video.height.ideal) {
 									var A = Math.max(p.la, u.ka) / Math.min(p.la, u.ka);
 									A < 4 / 3 - .1 || A > 16 / 9 + .1 || d(function(v, n) {
 										return function(y) {
 											y.video.width.ideal = v.la;
 											y.video.height.ideal = n.ka;
 											return y
 										}
 									}(p, u))
 								}
 						}
 					}
 					d(function(v) {
 						return V.Xd(v)
 					})
 				}
 				a.video.width && a.video.height && (a.video.width.ideal &&
 					a.video.height.ideal && d(function(v) {
 						delete v.video.width.ideal;
 						delete v.video.height.ideal;
 						return v
 					}), d(function(v) {
 						delete v.video.width;
 						delete v.video.height;
 						return v
 					}));
 				a.video.facingMode && (d(function(v) {
 					delete v.video.facingMode;
 					return v
 				}), a.video.width && a.video.height && d(function(v) {
 					V.Xd(v);
 					delete v.video.facingMode;
 					return v
 				}));
 				g.push({
 					audio: a.audio,
 					video: !0
 				});
 				return g
 			},
 			Qf: function(a) {
 				if(V.zd()) {
 					if(!a || !a.video) return !1;
 					var c = a.video.width,
 						d = a.video.height;
 					if(!c || !d) return !1;
 					if(c.ideal && d.ideal &&
 						c.ideal > d.ideal) return a.video.height = c, a.video.width = d, !0
 				}
 				return !1
 			},
 			rb: function(a) {
 				a.volume = 0;
 				V.Ma(a, "muted");
 				if(V.Qc()) {
 					if(1 === a.volume) {
 						var c = function() {
 							a.volume = 0;
 							window.removeEventListener("mousemove", c, !1);
 							window.removeEventListener("touchstart", c, !1)
 						};
 						window.addEventListener("mousemove", c, !1);
 						window.addEventListener("touchstart", c, !1)
 					}
 					setTimeout(function() {
 						a.volume = 0;
 						V.Ma(a, "muted")
 					}, 5)
 				}
 			},
 			$d: function(a, c, d) {
 				return null === a ? Promise.resolve() : new Promise(function(e, g) {
 					if(a.srcObject && a.srcObject.getVideoTracks) {
 						var m =
 							a.srcObject.getVideoTracks();
 						1 !== m.length ? g("INVALID_TRACKNUMBER") : (m = m[0], c ? V.get(a, e, g, d) : (m.stop(), e()))
 					} else g("BAD_IMPLEMENTATION")
 				})
 			},
 			kd: function(a, c, d, e) {
 				function g(t) {
 					m || (m = !0, d(t))
 				}
 				var m = !1;
 				return navigator.mediaDevices.getUserMedia(e)
 					.then(function(t) {
 						function p() {
 							setTimeout(function() {
 								if(a.currentTime) {
 									var u = a.videoWidth,
 										r = a.videoHeight;
 									if(0 === u || 0 === r) g("VIDEO_NULLSIZE");
 									else {
 										u && (a.style.width = u.toString() + "px");
 										r && (a.style.height = r.toString() + "px");
 										var A = {
 											pe: null,
 											Mf: null,
 											mf: null
 										};
 										try {
 											var v =
 												t.getVideoTracks()[0];
 											v && (A.mf = v, A.pe = v.getCapabilities(), A.Mf = v.getSettings())
 										} catch (n) {}
 										V.qe() ? a.parentNode && null !== a.parentNode ? (m || c(a, t, A), setTimeout(function() {
 											a.play()
 										}, 100)) : (document.body.appendChild(a), V.rb(a), setTimeout(function() {
 											a.style.transform = "scale(0.0001,0.0001)";
 											a.style.position = "fixed";
 											a.style.bottom = "0px";
 											a.style.right = "0px";
 											V.rb(a);
 											setTimeout(function() {
 												a.play();
 												m || c(a, t, A)
 											}, 100)
 										}, 80)) : m || c(a, t, A)
 									}
 								} else g("VIDEO_NOTSTARTED")
 							}, 700)
 						}

 						function q() {
 							a.removeEventListener("loadeddata",
 								q, !1);
 							var u = a.play();
 							V.rb(a);
 							"undefined" === typeof u ? p() : u.then(function() {
 									p()
 								})
 								.catch(function() {
 									g("VIDEO_PLAYPROMISEREJECTED")
 								})
 						}
 						"undefined" !== typeof a.srcObject ? a.srcObject = t : (a.src = window.URL.createObjectURL(t), a.videoStream = t);
 						V.rb(a);
 						a.addEventListener("loadeddata", q, !1)
 					})
 					.catch(function(t) {
 						g(t)
 					})
 			},
 			Ve: function(a, c) {
 				var d = c || V.ld();
 				return new Promise(function(e, g) {
 					V.get(d, e, g, a)
 				})
 			},
 			get: function(a, c, d, e) {
 				if(!a) return d && d("VIDEO_NOTPROVIDED"), !1;
 				if(!V.Sc()) return d && d("MEDIASTREAMAPI_NOTFOUND"),
 					!1;
 				if(e && e.video) {
 					if(V.Pc()) {
 						var g = V.Je();
 						0 !== g[0] && (12 > g[0] || 12 === g[0] && 2 > g[1]) && V.Qf(e)
 					}
 					e.video.width && e.video.width.ideal && (a.style.width = e.video.width.ideal + "px");
 					e.video.height && e.video.height.ideal && (a.style.height = e.video.height.ideal + "px")
 				}
 				V.Ma(a, "autoplay");
 				V.Ma(a, "playsinline");
 				e && e.audio ? a.volume = 0 : V.Ma(a, "muted");
 				V.kd(a, c, function() {
 					function m(p) {
 						if(0 === p.length) d("INVALID_FALLBACKCONSTRAINTS");
 						else {
 							var q = p.shift();
 							V.kd(a, c, function() {
 								m(p)
 							}, q)
 						}
 					}
 					var t = V.ve(e);
 					m(t)
 				}, e)
 			},
 			We: function(a) {
 				if(!navigator.mediaDevices ||
 					!navigator.mediaDevices.enumerateDevices) return a(!1, "NOTSUPPORTED"), !1;
 				navigator.mediaDevices.enumerateDevices()
 					.then(function(c) {
 						(c = c.filter(function(d) {
 							return d.kind && -1 !== d.kind.toLowerCase()
 								.indexOf("video") && d.label && d.deviceId
 						})) && c.length && 0 < c.length ? a(c, !1) : a(!1, "NODEVICESFOUND")
 					})
 					.catch(function() {
 						a(!1, "PROMISEREJECTED")
 					})
 			},
 			gg: function(a, c, d) {
 				var e = {};
 				e[c] = d;
 				c = [];
 				c.push(e);
 				a.applyConstraints({
 						advanced: c
 					})
 					.catch(function() {})
 			}
 		},
 		qa = function() {
 			function a(y, E, k, M, H, l, J) {
 				if(!v)
 					if(J === l.length) H();
 					else {
 						switch (l[J]) {
 							case "A":
 								k();
 								break;
 							case "D":
 								y();
 								break;
 							case "S":
 								E()
 									.then(function(w, L) {
 										n.Bb();
 										a(y, E, k, L ? null : M, H, l, ++J)
 									})
 									.catch(function() {
 										H()
 									});
 								return;
 							case "R":
 								M && M()
 						}
 						a(y, E, k, M, H, l, ++J)
 					}
 			}
 			var c = {
 					n: 5,
 					ic: 1,
 					Bd: 0,
 					cb: [35, 49],
 					Za: [2, 200],
 					k: .7,
 					Vf: 200,
 					uf: .05
 				},
 				d = -1,
 				e = null,
 				g = -1,
 				m = -1,
 				t = 0,
 				p = -1,
 				q = -1,
 				u = 0,
 				r = 0,
 				A = c.Za[1],
 				v = !0,
 				n = {
 					Te: function() {
 						switch (d) {
 							case -1:
 								return -1;
 							case 0:
 								return q + e.Bd;
 							case 1:
 								return u
 						}
 					},
 					Lg: function(y) {
 						return Math.pow(Math.min(Math.max(p, 0), e.n - 1) / (e.n - 1), y || 1)
 					},
 					o: function(y) {
 						e = Object.assign({},
 							c, y);
 						p = q = e.ic;
 						d = 0;
 						n.reset()
 					},
 					Bb: function(y) {
 						y = ("undefined" === typeof y ? Date.now() : y) || 0;
 						var E = Math.min(Math.max(y - r, e.Za[0]), e.Za[1]);
 						A = E;
 						r = y;
 						var k = -1 === g ? 0 : e.k;
 						g = Math.min(Math.max(1E3 / E, 5), 120) * (1 - k) + g * k;
 						y - m > e.Vf && 5 < ++t && (E = e.k, p = p * (1 - E) + (g < e.cb[0] ? q - 1 : g > e.cb[1] ? q + 1 : q) * E, Math.abs(p - q) > 1 - e.uf && (E = Math.min(Math.max(Math.round(p), 0), e.n - 1), E !== q && (p = q = E, g = (e.cb[1] - e.cb[0]) / 2)), m = y)
 					},
 					qc: function(y, E, k, M, H, l) {
 						v = !1;
 						a(y, E, k, M, H, l, 0)
 					},
 					stop: function() {
 						v = !0
 					},
 					sc: function(y) {
 						u = y;
 						d = 1
 					},
 					Bc: function() {
 						d = 0;
 						n.reset()
 					},
 					reset: function() {
 						A = c.Za[1];
 						m = g = -1;
 						t = 0
 					},
 					Me: function() {
 						return A
 					}
 				};
 			return n
 		}(),
 		Na = function() {
 			function a() {
 				d(E + n.hc);
 				k.port.postMessage("DONE")
 			}

 			function c() {
 				J.Ua = 0 === n.Ta ? H(d) : H(e)
 			}

 			function d(f) {
 				l.Aa && null !== y && (f -= E, f = Math.min(Math.max(f, n.Vc[0]), n.Vc[1]), E += f, m(), w.isEnabled && w.Pa && l.W && E - w.cc > n.Fc && (u(), w.cc = E), y(E))
 			}

 			function e(f) {
 				l.Aa && (J.timeout = setTimeout(d.bind(null, f), n.Ta))
 			}

 			function g() {
 				y = null;
 				l.Aa = !1;
 				m()
 			}

 			function m() {
 				J.Ua && (window.cancelAnimationFrame(J.Ua), J.Ua = null);
 				J.timeout && (window.clearTimeout(J.timeout),
 					J.timeout = null)
 			}

 			function t(f) {
 				f && !l.W ? (l.W = !0, M && qa.Bc(), k.port.postMessage("STOP"), aa.Zd(!0), c()) : !f && l.W && (l.W = !1, M && qa.sc(1), aa.Zd(!1), k.port.postMessage("START"))
 			}

 			function p(f) {
 				f.target.hidden ? N() : L()
 			}

 			function q(f, z, I) {
 				z = f.createShader(z);
 				f.shaderSource(z, I);
 				f.compileShader(z);
 				return z
 			}

 			function u() {
 				w.Pa = !1;
 				var f = w.ga,
 					z = w.hb,
 					I = w.ib,
 					h = w.V;
 				f.uniform1f(w.md, Math.random());
 				w.Ba ? z.beginQueryEXT(h, I) : f.beginQuery(h, I);
 				f.drawElements(f.POINTS, 1, f.UNSIGNED_SHORT, 0);
 				w.Ba ? z.endQueryEXT(h) : f.endQuery(h);
 				aa.flush();
 				A()
 					.then(function(C) {
 						C = n.ce * n.Ec * 1E3 / C;
 						w.Eb = (w.Eb + 1) % n.Ea;
 						w.dc[w.Eb] = C;
 						++w.Ad > n.Ea && (w.ob.set(w.dc), w.ob.sort(function(K, O) {
 							return K - O
 						}), C = w.ob[Math.floor(n.Ea / 2)], w.ab = Math.max(w.ab, C), n.Dc(C / w.ab));
 						w.Pa = !0
 					})
 					.catch(function() {
 						w.Pa = !0
 					})
 			}

 			function r(f) {
 				var z = w.ga,
 					I = w.hb,
 					h = w.ib;
 				h = w.Ba ? I.Ig(h, I.QUERY_RESULT_AVAILABLE_EXT) : z.getQueryParameter(h, z.QUERY_RESULT_AVAILABLE);
 				z = z.getParameter(I.GPU_DISJOINT_EXT);
 				h ? f(!z) : setTimeout(r.bind(null, f), .1)
 			}

 			function A() {
 				return new Promise(function(f, z) {
 					r(function(I) {
 						if(I) {
 							I =
 								w.ga;
 							var h = w.hb,
 								C = w.ib;
 							I = w.Ba ? h.getQueryObjectEXT(C, h.QUERY_RESULT_EXT) : I.getQueryParameter(C, I.QUERY_RESULT);
 							f(I)
 						} else z()
 					})
 				})
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 			var v = {
 					ud: !0,
 					Vc: [1, 200],
 					hc: 20,
 					Ta: 0,
 					Ec: 50,
 					ce: 240,
 					Fc: 3E3,
 					Ea: 3,
 					Dc: null
 				},
 				n = null,
 				y = null,
 				E = 0,
 				k = null,
 				M = !1,
 				H = null,
 				l = {
 					pa: !1,
 					W: !0,
 					bc: !1,
 					ac: !1,
 					$b: !1,
 					Aa: !1
 				},
 				J = {
 					Ua: null,
 					timeout: null
 				},
 				w = {
 					isEnabled: !1,
 					Pa: !1,
 					ga: null,
 					hb: null,
 					ib: null,
 					V: null,
 					md: null,
 					Ba: !0,
 					cc: 0,
 					Ad: 0,
 					dc: null,
 					ob: null,
 					Eb: 0,
 					ab: 0
 				},
 				L = t.bind(null, !0),
 				N = t.bind(null, !1),
 				x = {
 					o: function(f) {
 						n = Object.assign(v, f);
 						Object.assign(l, {
 							W: !0,
 							pa: !0,
 							Aa: !1
 						});
 						H = window.requestPostAnimationFrame || window.requestAnimationFrame;
 						if(null !== n.Dc) {
 							f = document.createElement("canvas");
 							f.setAttribute("width", "1");
 							f.setAttribute("height", "1");
 							var z = {
 								antialias: !1
 							};
 							f = f.getContext("webgl2", z) || f.getContext("webgl", z);
 							if(z = f.getExtension("EXT_disjoint_timer_query") || f.getExtension("EXT_disjoint_timer_query_webgl2")) {
 								w.ga = f;
 								w.hb = z;
 								w.isEnabled = !0;
 								w.Ba = z.beginQueryEXT ? !0 : !1;
 								var I = q(f, f.VERTEX_SHADER, "attribute vec4 a0;void main(){gl_Position=a0;}"),
 									h = q(f, f.FRAGMENT_SHADER,
 										"precision lowp float;uniform float u37;void main(){vec4 a=u37*vec4(1.,2.,3.,4.);for(int b=0;b<666;b+=1)a=cos(a);gl_FragColor=a;}".replace("666", n.Ec.toString())),
 									C = f.createProgram();
 								f.attachShader(C, I);
 								f.attachShader(C, h);
 								f.linkProgram(C);
 								I = f.getAttribLocation(C, "a0");
 								w.md = f.getUniformLocation(C, "u37");
 								f.useProgram(C);
 								f.enableVertexAttribArray(I);
 								C = f.createBuffer();
 								f.bindBuffer(f.ARRAY_BUFFER, C);
 								f.bufferData(f.ARRAY_BUFFER, new Float32Array([.5, .5, 0, 1]), f.STATIC_DRAW);
 								f.vertexAttribPointer(I, 4, f.FLOAT,
 									!1, 16, 0);
 								C = f.createBuffer();
 								f.bindBuffer(f.ELEMENT_ARRAY_BUFFER, C);
 								f.bufferData(f.ELEMENT_ARRAY_BUFFER, new Uint16Array([0]), f.STATIC_DRAW);
 								f.disable(f.DEPTH_TEST);
 								f.disable(f.DITHER);
 								f.disable(f.STENCIL_TEST);
 								f.viewport(0, 0, 1, 1);
 								C = w.Ba ? z.createQueryEXT() : f.createQuery();
 								w.ib = C;
 								w.V = z.TIME_ELAPSED_EXT || f.TIME_ELAPSED;
 								w.cc = -n.Fc;
 								w.dc = new Float32Array(n.Ea);
 								w.ob = new Float32Array(n.Ea);
 								w.ab = 0;
 								w.Eb = 0;
 								w.Ad = 0;
 								w.Pa = !0
 							}
 						}
 						if(n.ud) {
 							f = !1;
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 											n.hc.toString() + ");\n            break;\n          case 'STOP':\n            break;\n        };\n      }, false);"
 										], {
 											type: "text/javascript"
 										})),
 										O = new Worker(K);
 									O.addEventListener("message", a);
 									k = {
 										Id: O,
 										port: O
 									};
 									l.bc = !0
 								} else {
 									var Y = URL.createObjectURL(new Blob(["let handler = null;\n      onconnect = function(e) {\n        const port = e.ports[0];\n        port.addEventListener('message', function(e) {\n          \n          if (handler !== null){\n            clearTimeout(handler);\n            handler = null;\n          }\n          switch (e.data) {\n            case 'START':\n            case 'DONE':\n              handler = setTimeout(function(){\n                port.postMessage('TICK');\n              }, " +
 											n.hc.toString() + ");\n              break;\n            case 'STOP':\n              break;\n          };\n          \n        });\n        \n        port.start();\n      } // end onconnect()"
 										], {
 											type: "text/javascript"
 										})),
 										oa = new SharedWorker(Y);
 									oa.port.start();
 									oa.port.addEventListener("message", a);
 									k = {
 										Id: oa,
 										port: oa.port
 									};
 									l.ac = !0
 								}
 								f = !0
 							} catch (sa) {}
 							f && ("onvisibilitychange" in document ? document.addEventListener("visibilitychange", p) : (window.addEventListener("blur", N), window.addEventListener("focus", L)), l.$b = !0)
 						}
 						M = "undefined" !== typeof qa
 					},
 					m: function() {
 						g();
 						l.$b && ("onvisibilitychange" in document ? document.removeEventListener("visibilitychange", p) : (window.removeEventListener("blur", N), window.removeEventListener("focus", L)), l.$b = !1);
 						l.ac ? (k.port.close(), l.ac = !1) : l.bc && (k.Id.terminate(), l.bc = !1);
 						Object.assign(l, {
 							W: !0,
 							pa: !1,
 							Aa: !1
 						});
 						y = null
 					},
 					qh: function() {
 						return l.W
 					},
 					update: function(f) {
 						Object.assign(n, f)
 					},
 					qc: function(f) {
 						l.pa || x.o({});
 						m();
 						l.Aa = !0;
 						y = f;
 						l.W && c()
 					},
 					stop: g
 				};
 			return x
 		}(),
 		vb = function() {
 			var a = {
 					Ed: 4,
 					ub: [1.5,
 						1.5, 2
 					],
 					N: [.1, .1, .1],
 					Md: 1,
 					C: -1,
 					L: -1,
 					Pf: 2,
 					tf: 1,
 					Od: !0,
 					De: .8
 				},
 				c = null,
 				d = [],
 				e = [0],
 				g = [.5, .5, 1];
 			return {
 				o: function(m) {
 					c = Object.assign({}, a, m);
 					d.splice(0);
 					m = c.ub[0] * c.N[0];
 					var t = c.ub[1] * c.N[1],
 						p = 1 / (1 + c.ub[2] * c.N[2]),
 						q = c.Md * Math.min(c.C, c.L),
 						u = q / c.C;
 					q /= c.L;
 					var r = .5 * c.De;
 					r *= r;
 					for(var A = 0; A < c.Ed; ++A) {
 						var v = Math.pow(p, A),
 							n = u * v,
 							y = q * v;
 						v = n * c.tf;
 						var E = n * m,
 							k = y * t;
 						n /= 2;
 						y /= 2;
 						for(var M = 1 + (1 - n - n) / E, H = 1 + (1 - y - y) / k, l = 0; l < H; ++l)
 							for(var J = y + l * k, w = J - .5, L = 0; L < M; ++L) {
 								var N = n + L * E,
 									x = N - .5;
 								x * x + w * w > r || d.push([N, J, v])
 							}
 					}
 					c.Od && d.sort(function(f,
 						z) {
 						var I = f[0] - .5;
 						f = f[1] - .5;
 						var h = z[0] - .5;
 						z = z[1] - .5;
 						return I * I + f * f - (h * h + z * z)
 					})
 				},
 				get: function(m) {
 					var t = d.length;
 					if(0 === t) return g;
 					for(; m >= e.length;) e.push(0);
 					e[m] >= t && (e[m] = 0);
 					var p = d[Math.floor(e[m])];
 					e[m] = (e[m] + 1 / c.Pf) % t;
 					return p
 				},
 				reset: function() {
 					for(var m = d.length / e.length, t = 0; t < e.length; ++t) e[t] = Math.floor(t * m)
 				}
 			}
 		}(),
 		da = function() {
 			function a(r, A, v, n) {
 				return v > r ? Math.max(0, r + A / 2 - (v - n / 2)) : Math.max(0, v + n / 2 - (r - A / 2))
 			}

 			function c(r) {
 				return !g.rd(r)
 			}

 			function d(r, A, v) {
 				return r.some(function(n, y) {
 					if(y === A) return !1;
 					y = r[A];
 					return y.qa > n.qa || 3 > n.qa || a(y.x, y.ja, n.x, n.ja) < g.fc * y.ja ? !1 : a(y.y, y.ja * v, n.y, n.ja * v) > g.fc * y.ja * v
 				})
 			}
 			var e = {
 					M: 1,
 					fc: .3,
 					Pd: .3,
 					rd: null,
 					ff: !0
 				},
 				g = null,
 				m = 0,
 				t = null,
 				p = !1,
 				q = 0,
 				u = 0;
 			return {
 				o: function(r) {
 					g = Object.assign({}, e, r);
 					t = [0]
 				},
 				yd: function() {
 					return 1 !== g.M
 				},
 				hd: function() {
 					return m
 				},
 				xd: function() {
 					return p
 				},
 				na: function() {
 					return g.M
 				},
 				ah: function() {
 					return t
 				},
 				jf: function(r) {
 					return t.includes(r)
 				},
 				update: function(r, A) {
 					var v = t;
 					if(v.length > r) v.splice(0, v.length - r);
 					else
 						for(; v.length < r;) v.push(0);
 					if(1 !== g.M)
 						if(A.every(c)) {
 							A =
 								q;
 							for(var n = 0; n < r; ++n) v[n] = A, A = (A + 1) % g.M;
 							q = A
 						} else {
 							n = Math.round(g.Pd * r);
 							n = Math.max(1, n);
 							for(var y = q, E = 0, k = 0; E < r; ++E) {
 								if(c(A[y]) && ++k > n) {
 									do ++y === g.M && (y = 0); while(c(A[y]))
 								}
 								v[E] = y;
 								y = (y + 1) % g.M
 							}
 							q = y
 						}
 				},
 				Bb: function(r) {
 					m = t[r];
 					u = (.5 + m) / g.M;
 					p = t.lastIndexOf(m) === r;
 					return m
 				},
 				Nf: function(r, A) {
 					return 1 === g.M ? !1 : d(r, m, A)
 				},
 				Yd: function(r) {
 					g.ff && 1 === g.M || D.G(r, u)
 				},
 				Ce: function(r) {
 					for(var A = new Float32Array(r.length * g.M), v = 0, n; v < g.M; ++v)
 						for(n = 0; n < r.length; ++n) A[v * r.length + n] = r[n];
 					return A
 				},
 				Qb: function(r) {
 					for(var A = [],
 						v = 0; v < g.M; ++v) A.push(JSON.parse(JSON.stringify(r)));
 					return A
 				}
 			}
 		}(),
 		ea = {
 			neuralNetworkPath: "NN_DEFAULT.json",
 			ba: 0,
 			Cf: {
 				threshold: 1.2,
 				nScaleLevels: 2,
 				scale0Factor: .8,
 				nDetectsPerLoopRange: [2, 12],
 				overlapFactors: [2, 2, 3],
 				scanCenterFirst: !0,
 				nDetectsPerLoop: -1,
 				multiDetectionThresholdFactors: [.5, .6],
 				translationScalingFactors: [.3, .3, 1],
 				isCleanGLStateAtEachIteration: !0,
 				animateProcessOrder: "DSAR"
 			},
 			Sf: 50,
 			qf: .4,
 			pf: 8,
 			rf: .3,
 			Of: {
 				translationFactorRange: [.002, .005],
 				rotationFactorRange: [.015,
 					.1
 				],
 				qualityFactorRange: [.9, .98],
 				alphaRange: [.05, 1],
 				followZRotAlphaFactor: .8
 			},
 			Qa: [.65, 1, .262],
 			ee: .2,
 			ge: 2,
 			fe: .1,
 			sf: 8,
 			Dd: 1,
 			Ge: Za.qb.bind(null, .3, .7),
 			Xf: 20,
 			Vd: 3
 		},
 		pa = {
 			facingMode: "user",
 			idealWidth: 800,
 			idealHeight: 600,
 			minWidth: 480,
 			maxWidth: 1920,
 			minHeight: 480,
 			maxHeight: 1920,
 			rotate: 0,
 			flipX: !1
 		},
 		ia = {
 			kc: -3,
 			kf: -1,
 			error: -2,
 			ready: 1,
 			play: 2,
 			pause: 3
 		},
 		na = ia.kc,
 		G = null,
 		bc = {
 			kb: !1,
 			vc: null,
 			element: null,
 			K: null,
 			D: [0, 0],
 			v: [.5, 0, 0, .5],
 			wb: 0,
 			Ka: null,
 			jb: !1
 		},
 		Q = null,
 		cc = {
 			Ja: null,
 			Gb: null,
 			antialias: !0,
 			Gc: "./",
 			Fa: null,
 			da: null,
 			ba: ea.ba,
 			Hd: ea.ba,
 			lb: !1,
 			wa: !0
 		},
 		Pa = null,
 		ba = null,
 		ra = null,
 		Qa = 1,
 		Oa = {
 			rc: -1,
 			Lb: -1
 		},
 		Z = null,
 		dc = {
 			C: 0,
 			L: 0,
 			D: [0, 0],
 			Oa: null
 		},
 		U = {
 			ta: null,
 			buffer: null,
 			N: null,
 			Qa: null,
 			Y: ea.Dd,
 			Nd: 1,
 			Na: null
 		},
 		Sa = null,
 		Fa = null,
 		hb = [],
 		ib = [],
 		qb = {
 			VERSION: "3.1.1",
 			init: function(a) {
 				function c() {
 					na !== ia.error && 2 === ++e && (Ka(), xb(), Ja(), Q.Ja && (na = ia.ready, Q.Ja(!1, {
 						GL: b,
 						canvasElement: Q.da,
 						videoTexture: G.K.get(),
 						videoTransformMat2: G.v,
 						maxFacesDetected: da.na(),
 						videoElement: G.element
 					}), gb()), fb())
 				}
 				if(na !== ia.kc) return a.callbackReady && a.callbackReady("ALREADY_INITIALIZED"),
 					!1;
 				na = ia.kf;
 				G = Object.assign({}, bc);
 				Q = Object.assign({}, cc);
 				Z = Object.assign({}, dc);
 				U.Qa = ea.Qa.slice(0);
 				"undefined" !== typeof a.antialias && (Q.antialias = a.antialias);
 				a.callbackReady && (Q.Ja = a.callbackReady);
 				a.callbackTrack && (Q.Gb = a.callbackTrack);
 				a.nExpressions && (U.Y = a.nExpressions);
 				a.expressionsEasings && (U.Na = a.expressionsEasings);
 				"undefined" !== typeof a.animateDelay && (Q.ba = a.animateDelay);
 				"undefined" !== typeof a.NNCPath && (Q.Gc = a.NNCPath);
 				"undefined" !== typeof a.NNC && (Q.Fa = a.NNC);
 				"undefined" !== typeof a.followZRot &&
 					(Q.wa = a.followZRot ? !0 : !1);
 				if(!a.canvasId && !a.canvas) return Ia("NO_CANVASID"), !1;
 				Q.da = a.canvas ? a.canvas : document.getElementById(a.canvasId);
 				if(!Q.da) return Ia("INVALID_CANVASID"), !1;
 				Z.C = Q.da.width;
 				Z.L = Q.da.height;
 				if(!Z.C || !Z.L) return Ia("INVALID_CANVASDIMENSIONS"), !1;
 				ba = Object.create(ea.Cf);
 				a.scanSettings && Object.assign(ba, a.scanSettings);
 				var d = 1;
 				"undefined" !== typeof a.maxFacesDetected && (d = Math.max(1, a.maxFacesDetected));
 				if(d > ea.pf) return Ia("MAXFACES_TOOHIGH"), !1;
 				da.o({
 					M: d,
 					fc: ea.qf,
 					Pd: ea.rf,
 					rd: function(g) {
 						return g.detected >
 							ba.multiDetectionThresholdFactors[1] * ba.threshold
 					}
 				});
 				for(d = 0; d < da.na(); ++d) hb.push(new Float32Array(ea.sf)), ib.push(0);
 				Na.o({
 					ud: a.isKeepRunningOnWinFocusLost || !1,
 					Ta: Q.ba
 				});
 				qa.o({
 					ic: 0,
 					n: ba.nDetectsPerLoopRange[1] - ba.nDetectsPerLoopRange[0] + 1,
 					Bd: ba.nDetectsPerLoopRange[0]
 				}); - 1 !== ba.nDetectsPerLoop ? qa.sc(ba.nDetectsPerLoop) : qa.Bc();
 				U.N = ba.translationScalingFactors.slice(0);
 				ra = Object.create(ea.Of);
 				a.stabilizationSettings && Object.assign(ra, a.stabilizationSettings);
 				var e = 0;
 				a.videoSettings && a.videoSettings.videoElement ?
 					ab(a.videoSettings.videoElement, c) : (a.videoSettings && Object.assign(pa, a.videoSettings), zb(a.onWebcamAsk, a.onWebcamGet, function(g) {
 						ab(g, c)
 					}));
 				Ob(function(g) {
 					if(!Pb()) return !1;
 					Pa = new Fb({
 						pb: g.layers,
 						pc: "gpuRawAvg",
 						mc: Qb
 					});
 					D.Kc([{
 							id: "s54",
 							name: "_",
 							ua: "attribute vec2 a0;uniform mat2 u38;varying vec2 vv0;void main(){gl_Position=vec4(a0,0.,1.),vv0=vec2(.5,.5)+u38*a0;}",
 							Va: ["a0"],
 							Ha: [2],
 							h: "uniform sampler2D u1;varying vec2 vv0;void main(){gl_FragColor=texture2D(u1,vv0);}",
 							i: ["u1", "u38"],
 							precision: "lowp"
 						},
 						{
 							id: "s55",
 							name: "_",
 							h: "uniform sampler2D u1;varying vec2 vv0;void main(){gl_FragColor=texture2D(u1,vv0);}",
 							ua: "attribute vec2 a0;uniform sampler2D u39;uniform mat2 u38;uniform vec2 u40;uniform float u41,u42,u43;varying vec2 vv0;void main(){vec4 a=texture2D(u39,vec2(.17,u41));vec2 f=a.gb,g=a.a*u40,b=a0;b.x*=u43;float c=cos(u42),d=sin(u42);vec2 h=mat2(c,d,-d,c)*b,i=f+h*.5*g,j=i-.5;vv0=vec2(.5,.5)+2.*u38*j,gl_Position=vec4(a0,0.,1.);}",
 							Va: ["a0"],
 							Ha: [2],
 							i: "u1 u39 u40 u41 u42 u43 u38".split(" "),
 							precision: "lowp"
 						},
 						{
 							id: "s56",
 							name: "_",
 							h: "uniform sampler2D u44,u39;uniform vec3 u45,u46;uniform float u47,u48,u41,u49,u42,u50;const vec4 e=vec4(.25,.25,.25,.25);void main(){vec4 d=texture2D(u44,vec2(.625,.625)),f=texture2D(u44,vec2(.875,.625)),a=texture2D(u39,vec2(.17,u41));float g=dot(d-f,e);bool h=g>u48;a.r<-.5?a.r+=1.:h?a.r=2.:a.r>u47?a.r=0.:a.r>1.9?a.r+=1.:0.,a.r=mix(-2.,a.r,u49);if(a.r<.9)a=vec4(1.,u45);else{a.r*=step(1.9,a.r);float i=dot(e,texture2D(u44,vec2(.875,.875))),j=dot(e,texture2D(u44,vec2(.125,.625))),k=dot(e,texture2D(u44,vec2(.375,.625))),b=cos(u42),c=sin(u42);vec2 l=mat2(b,c*u50,-c/u50,b)*vec2(i,j);a.gba+=vec3(l,k)*u46*a.a;}gl_FragColor=a;}",
 							ua: "attribute vec2 a0;void main(){gl_Position=vec4(a0,0.,1.);}",
 							i: "u44 u39 u45 u47 u46 u49 u42 u50 u48 u41".split(" ")
 						}, {
 							id: "s57",
 							name: "_",
 							ua: "attribute vec2 a0;void main(){gl_Position=vec4(a0,0.,1.);}",
 							h: "uniform sampler2D u44;uniform float u49;const vec4 e=vec4(.25,.25,.25,.25);const vec3 f=vec3(.5,.5,.5);void main(){float a=dot(e,texture2D(u44,vec2(.125,.875))),b=dot(e,texture2D(u44,vec2(.375,.875))),c=dot(e,texture2D(u44,vec2(.625,.875))),d=dot(e,texture2D(u44,vec2(.625,.625)));vec3 g=vec3(a,b,c)*.5+f;gl_FragColor=vec4(g,d*u49);}",
 							i: ["u44", "u49"]
 						}, {
 							id: "s58",
 							name: "_",
 							ua: "attribute vec2 a0;void main(){gl_Position=vec4(a0,0.,1.);}",
 							h: "uniform sampler2D u44;const vec4 e=vec4(.25,.25,.25,.25);void main(){float a=dot(e,texture2D(u44,vec2(.375,.375))),b=dot(e,texture2D(u44,vec2(.625,.375))),c=dot(e,texture2D(u44,vec2(.875,.375))),d=dot(e,texture2D(u44,vec2(.125,.125)));gl_FragColor=vec4(a,b,c,d);}",
 							i: ["u44"]
 						}, {
 							id: "s53",
 							name: "_",
 							h: "uniform sampler2D u39;uniform vec2 u51;uniform float u52;varying vec2 vv0;void main(){float f=step(.5,mod(gl_FragCoord.y+1.5,2.)),c=step(.33,vv0.x);vec4 a=texture2D(u39,vv0+u51);a.a=mix(a.a*u52,a.a,c);vec4 d=floor(255.*a),g=255.*(255.*a-d),b=mix(d,g,f)/255.;b.x=mix(step(a.x,1.5),b.x,c),gl_FragColor=b;}",
 							i: ["u39", "u52", "u51"]
 						}
 					]);
 					ub();
 					U.buffer = new Uint8Array(8 * ea.Vd * da.na());
 					Sa = da.Qb({
 						Xa: 0,
 						x: 0,
 						y: 0,
 						ja: 1,
 						rx: 0,
 						ry: 0,
 						Ra: 0,
 						cd: new Float32Array(U.Y),
 						qa: 0
 					});
 					Fa = da.Qb({
 						detected: 0,
 						x: 0,
 						y: 0,
 						s: 1,
 						xRaw: 0,
 						yRaw: 0,
 						sRaw: 1,
 						rx: 0,
 						ry: 0,
 						rz: 0,
 						expressions: new Float32Array(U.Y)
 					});
 					da.Qb({
 						dx: 0,
 						dy: 0,
 						Pb: 0,
 						Mb: 0,
 						Nb: 0,
 						Ob: 0
 					});
 					kb();
 					jb();
 					c()
 				});
 				return !0
 			},
 			destroy: function() {
 				Na.m();
 				return new Promise(function(a) {
 					qb.toggle_pause(!0, !0)
 						.finally(function() {
 							Pa && Pa.m();
 							Ha.m();
 							Pa = Fa = Sa = null;
 							hb.splice(0);
 							ib.splice(0);
 							Z.Oa = null;
 							U.ta = null;
 							G.K = null;
 							na = ia.kc;
 							a()
 						})
 						.catch(function() {})
 				})
 			},
 			toggle_videoStream: function(a) {
 				return G.jb || !G.element ? Promise.resolve() : V.$d(G.element, a, G.Ka)
 			},
 			toggle_pause: function(a, c) {
 				if(!Ya()) return Promise.reject("NOT_READY");
 				c = c ? qb.toggle_videoStream(!a) : Promise.resolve();
 				a ? sb() : c.then(function() {
 					fb()
 				});
 				return c
 			},
 			update_videoSettings: function(a) {
 				sb();
 				return new Promise(function(c, d) {
 					V.$d(G.element, !1, G.Ka)
 						.then(function() {
 							Object.assign(pa, a);
 							zb(null, null, function(e) {
 								ab(e, function() {
 									Ka();
 									Ja();
 									fb();
 									c()
 								})
 							})
 						})
 						.catch(d)
 				})
 			},
 			toggle_slow: function(a) {
 				Ya() && na === ia.play && (a && !Q.lb ? (Q.Hd = Q.ba, ba.nDetectsPerLoop = 1, this.set_animateDelay(ea.Zf), Q.lb = !0) : !a && Q.lb && (ba.nDetectsPerLoop = -1, this.set_animateDelay(Q.Hd), Q.lb = !1))
 			},
 			set_animateDelay: function(a) {
 				Q.ba = a;
 				Na.update({
 					Ta: Q.ba
 				})
 			},
 			resize: function() {
 				if(!Ya()) return !1;
 				var a = Q.da.width,
 					c = Q.da.height;
 				if(!lb() && a === Z.C && c === Z.L) return !1;
 				Z.C = a;
 				Z.L = c;
 				D.P();
 				kb();
 				jb();
 				Ka();
 				Ja();
 				return !0
 			},
 			set_inputTexture: function(a, c, d) {
 				G.D[0] = c;
 				G.D[1] = d;
 				G.K = X.instance({
 					width: c,
 					height: d,
 					Wb: a
 				});
 				G.kb = !0;
 				Ka();
 				gb();
 				Ja()
 			},
 			reset_GLState: function() {
 				gb();
 				Z.Oa.remove();
 				U.ta.remove();
 				ub()
 			},
 			render_video: function() {
 				va.O();
 				D.set("s54");
 				b.viewport(0, 0, Z.C, Z.L);
 				G.K.g(0);
 				T.l(!0, !0)
 			},
 			reset_inputTexture: function() {
 				G.kb = !1;
 				G.K = G.vc;
 				lb();
 				Ka();
 				Ja()
 			},
 			get_videoDevices: function(a) {
 				return V.We(a)
 			},
 			set_scanSettings: function(a) {
 				Object.assign(ba, a); - 1 !== ba.nDetectsPerLoop ? qa.sc(ba.nDetectsPerLoop) : qa.Bc();
 				kb();
 				jb()
 			},
 			set_stabilizationSettings: function(a) {
 				Object.assign(ra, a)
 			},
 			set_videoOrientation: function(a, c) {
 				Ya() && (pa.flipX =
 					c, pa.rotate = a, Ka(), Ja())
 			},
 			update_videoElement: function(a, c) {
 				ab(a ? a : G.element, function() {
 					xb();
 					Ka();
 					Ja();
 					c && c()
 				})
 			},
 			create_new: function() {
 				return JEELIZFACEFILTERGEN()
 			}
 		};
 	return qb
 };
 const JEELIZFACEFILTER = JEELIZFACEFILTERGEN();
 if(typeof(module) !== 'undefined') {
 	module.exports = JEELIZFACEFILTER;
 }