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var CanvasKitInit = ( ( ) => {
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var _scriptDir = typeof document !== 'undefined' && document . currentScript ? document . currentScript . src : undefined ;
if ( typeof _ _filename !== 'undefined' ) _scriptDir = _scriptDir || _ _filename ;
return (
function ( CanvasKitInit ) {
CanvasKitInit = CanvasKitInit || { } ;
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null ; var w ; w || ( w = typeof CanvasKitInit !== 'undefined' ? CanvasKitInit : { } ) ; var aa , ea ; w . ready = new Promise ( function ( a , b ) { aa = a ; ea = b } ) ;
( function ( a ) { a . Vd = a . Vd || [ ] ; a . Vd . push ( function ( ) { a . MakeSWCanvasSurface = function ( b ) { var d = b ; if ( "CANVAS" !== d . tagName && ( d = document . getElementById ( b ) , ! d ) ) throw "Canvas with id " + b + " was not found" ; if ( b = a . MakeSurface ( d . width , d . height ) ) b . Nd = d ; return b } ; a . MakeCanvasSurface || ( a . MakeCanvasSurface = a . MakeSWCanvasSurface ) ; a . MakeSurface = function ( b , d ) { var f = { width : b , height : d , colorType : a . ColorType . RGBA _8888 , alphaType : a . AlphaType . Unpremul , colorSpace : a . ColorSpace . SRGB } , h = b * d * 4 , m = a . _malloc ( h ) ; if ( f = a . Surface . _makeRasterDirect ( f ,
m , 4 * b ) ) f . Nd = null , f . Ef = b , f . Af = d , f . Cf = h , f . $e = m , f . getCanvas ( ) . clear ( a . TRANSPARENT ) ; return f } ; a . MakeRasterDirectSurface = function ( b , d , f ) { return a . Surface . _makeRasterDirect ( b , d . byteOffset , f ) } ; a . Surface . prototype . flush = function ( b ) { a . Od ( this . Md ) ; this . _flush ( ) ; if ( this . Nd ) { var d = new Uint8ClampedArray ( a . HEAPU8 . buffer , this . $e , this . Cf ) ; d = new ImageData ( d , this . Ef , this . Af ) ; b ? this . Nd . getContext ( "2d" ) . putImageData ( d , 0 , 0 , b [ 0 ] , b [ 1 ] , b [ 2 ] - b [ 0 ] , b [ 3 ] - b [ 1 ] ) : this . Nd . getContext ( "2d" ) . putImageData ( d , 0 , 0 ) } } ; a . Surface . prototype . dispose =
function ( ) { this . $e && a . _free ( this . $e ) ; this . delete ( ) } ; a . Od = a . Od || function ( ) { } ; a . df = a . df || function ( ) { return null } } ) } ) ( w ) ;
( function ( a ) { a . Vd = a . Vd || [ ] ; a . Vd . push ( function ( ) { function b ( n , q , v ) { return n && n . hasOwnProperty ( q ) ? n [ q ] : v } function d ( n ) { var q = fa ( ha ) ; ha [ q ] = n ; return q } function f ( n ) { return n . naturalHeight || n . videoHeight || n . displayHeight || n . height } function h ( n ) { return n . naturalWidth || n . videoWidth || n . displayWidth || n . width } function m ( n , q , v , D ) { n . bindTexture ( n . TEXTURE _2D , q ) ; D || v . alphaType !== a . AlphaType . Premul || n . pixelStorei ( n . UNPACK _PREMULTIPLY _ALPHA _WEBGL , ! 0 ) ; return q } function u ( n , q , v ) { v || q . alphaType !== a . AlphaType . Premul ||
n . pixelStorei ( n . UNPACK _PREMULTIPLY _ALPHA _WEBGL , ! 1 ) ; n . bindTexture ( n . TEXTURE _2D , null ) } a . GetWebGLContext = function ( n , q ) { if ( ! n ) throw "null canvas passed into makeWebGLContext" ; var v = { alpha : b ( q , "alpha" , 1 ) , depth : b ( q , "depth" , 1 ) , stencil : b ( q , "stencil" , 8 ) , antialias : b ( q , "antialias" , 0 ) , premultipliedAlpha : b ( q , "premultipliedAlpha" , 1 ) , preserveDrawingBuffer : b ( q , "preserveDrawingBuffer" , 0 ) , preferLowPowerToHighPerformance : b ( q , "preferLowPowerToHighPerformance" , 0 ) , failIfMajorPerformanceCaveat : b ( q , "failIfMajorPerformanceCaveat" ,
0 ) , enableExtensionsByDefault : b ( q , "enableExtensionsByDefault" , 1 ) , explicitSwapControl : b ( q , "explicitSwapControl" , 0 ) , renderViaOffscreenBackBuffer : b ( q , "renderViaOffscreenBackBuffer" , 0 ) } ; v . majorVersion = q && q . majorVersion ? q . majorVersion : "undefined" !== typeof WebGL2RenderingContext ? 2 : 1 ; if ( v . explicitSwapControl ) throw "explicitSwapControl is not supported" ; n = ka ( n , v ) ; if ( ! n ) return 0 ; ma ( n ) ; x . ge . getExtension ( "WEBGL_debug_renderer_info" ) ; return n } ; a . deleteContext = function ( n ) { x === na [ n ] && ( x = null ) ; "object" == typeof JSEvents &&
JSEvents . ug ( na [ n ] . ge . canvas ) ; na [ n ] && na [ n ] . ge . canvas && ( na [ n ] . ge . canvas . yf = void 0 ) ; na [ n ] = null } ; a . _setTextureCleanup ( { deleteTexture : function ( n , q ) { var v = ha [ q ] ; v && na [ n ] . ge . deleteTexture ( v ) ; ha [ q ] = null } } ) ; a . MakeWebGLContext = function ( n ) { if ( ! this . Od ( n ) ) return null ; var q = this . _MakeGrContext ( ) ; if ( ! q ) return null ; q . Md = n ; var v = q . delete . bind ( q ) ; q [ "delete" ] = function ( ) { a . Od ( this . Md ) ; v ( ) } . bind ( q ) ; return x . ef = q } ; a . MakeGrContext = a . MakeWebGLContext ; a . GrDirectContext . prototype . getResourceCacheLimitBytes = function ( ) { a . Od ( this . Md ) ;
this . _getResourceCacheLimitBytes ( ) } ; a . GrDirectContext . prototype . getResourceCacheUsageBytes = function ( ) { a . Od ( this . Md ) ; this . _getResourceCacheUsageBytes ( ) } ; a . GrDirectContext . prototype . releaseResourcesAndAbandonContext = function ( ) { a . Od ( this . Md ) ; this . _releaseResourcesAndAbandonContext ( ) } ; a . GrDirectContext . prototype . setResourceCacheLimitBytes = function ( n ) { a . Od ( this . Md ) ; this . _setResourceCacheLimitBytes ( n ) } ; a . MakeOnScreenGLSurface = function ( n , q , v , D ) { if ( ! this . Od ( n . Md ) ) return null ; q = this . _MakeOnScreenGLSurface ( n ,
q , v , D ) ; if ( ! q ) return null ; q . Md = n . Md ; return q } ; a . MakeRenderTarget = function ( ) { var n = arguments [ 0 ] ; if ( ! this . Od ( n . Md ) ) return null ; if ( 3 === arguments . length ) { var q = this . _MakeRenderTargetWH ( n , arguments [ 1 ] , arguments [ 2 ] ) ; if ( ! q ) return null } else if ( 2 === arguments . length ) { if ( q = this . _MakeRenderTargetII ( n , arguments [ 1 ] ) , ! q ) return null } else return null ; q . Md = n . Md ; return q } ; a . MakeWebGLCanvasSurface = function ( n , q , v ) { q = q || null ; var D = n , I = "undefined" !== typeof OffscreenCanvas && D instanceof OffscreenCanvas ; if ( ! ( "undefined" !==
typeof HTMLCanvasElement && D instanceof HTMLCanvasElement || I || ( D = document . getElementById ( n ) , D ) ) ) throw "Canvas with id " + n + " was not found" ; n = this . GetWebGLContext ( D , v ) ; if ( ! n || 0 > n ) throw "failed to create webgl context: err " + n ; n = this . MakeWebGLContext ( n ) ; q = this . MakeOnScreenGLSurface ( n , D . width , D . height , q ) ; return q ? q : ( q = D . cloneNode ( ! 0 ) , D . parentNode . replaceChild ( q , D ) , q . classList . add ( "ck-replaced" ) , a . MakeSWCanvasSurface ( q ) ) } ; a . MakeCanvasSurface = a . MakeWebGLCanvasSurface ; a . Surface . prototype . makeImageFromTexture =
function ( n , q ) { a . Od ( this . Md ) ; n = d ( n ) ; if ( q = this . _makeImageFromTexture ( this . Md , n , q ) ) q . Le = n ; return q } ; a . Surface . prototype . makeImageFromTextureSource = function ( n , q , v ) { q || ( q = { height : f ( n ) , width : h ( n ) , colorType : a . ColorType . RGBA _8888 , alphaType : v ? a . AlphaType . Premul : a . AlphaType . Unpremul } ) ; q . colorSpace || ( q . colorSpace = a . ColorSpace . SRGB ) ; a . Od ( this . Md ) ; var D = x . ge ; v = m ( D , D . createTexture ( ) , q , v ) ; 2 === x . version ? D . texImage2D ( D . TEXTURE _2D , 0 , D . RGBA , q . width , q . height , 0 , D . RGBA , D . UNSIGNED _BYTE , n ) : D . texImage2D ( D . TEXTURE _2D , 0 , D . RGBA ,
D . RGBA , D . UNSIGNED _BYTE , n ) ; u ( D , q ) ; return this . makeImageFromTexture ( v , q ) } ; a . Surface . prototype . updateTextureFromSource = function ( n , q , v ) { if ( n . Le ) { a . Od ( this . Md ) ; var D = n . getImageInfo ( ) , I = x . ge , M = m ( I , ha [ n . Le ] , D , v ) ; 2 === x . version ? I . texImage2D ( I . TEXTURE _2D , 0 , I . RGBA , h ( q ) , f ( q ) , 0 , I . RGBA , I . UNSIGNED _BYTE , q ) : I . texImage2D ( I . TEXTURE _2D , 0 , I . RGBA , I . RGBA , I . UNSIGNED _BYTE , q ) ; u ( I , D , v ) ; this . _resetContext ( ) ; ha [ n . Le ] = null ; n . Le = d ( M ) ; D . colorSpace = n . getColorSpace ( ) ; q = this . _makeImageFromTexture ( this . Md , n . Le , D ) ; v = n . Ld . Td ; I = n . Ld . $d ;
n . Ld . Td = q . Ld . Td ; n . Ld . $d = q . Ld . $d ; q . Ld . Td = v ; q . Ld . $d = I ; q . delete ( ) ; D . colorSpace . delete ( ) } } ; a . MakeLazyImageFromTextureSource = function ( n , q , v ) { q || ( q = { height : f ( n ) , width : h ( n ) , colorType : a . ColorType . RGBA _8888 , alphaType : v ? a . AlphaType . Premul : a . AlphaType . Unpremul } ) ; q . colorSpace || ( q . colorSpace = a . ColorSpace . SRGB ) ; var D = { makeTexture : function ( ) { var I = x , M = I . ge , z = m ( M , M . createTexture ( ) , q , v ) ; 2 === I . version ? M . texImage2D ( M . TEXTURE _2D , 0 , M . RGBA , q . width , q . height , 0 , M . RGBA , M . UNSIGNED _BYTE , n ) : M . texImage2D ( M . TEXTURE _2D , 0 , M . RGBA ,
M . RGBA , M . UNSIGNED _BYTE , n ) ; u ( M , q , v ) ; return d ( z ) } , freeSrc : function ( ) { } } ; "VideoFrame" === n . constructor . name && ( D . freeSrc = function ( ) { n . close ( ) } ) ; return a . Image . _makeFromGenerator ( q , D ) } ; a . Od = function ( n ) { return n ? ma ( n ) : ! 1 } ; a . df = function ( ) { return x && x . ef && ! x . ef . isDeleted ( ) ? x . ef : null } } ) } ) ( w ) ;
( function ( a ) { function b ( e , c , g , l , r ) { for ( var y = 0 ; y < e . length ; y ++ ) c [ y * g + ( y * r + l + g ) % g ] = e [ y ] ; return c } function d ( e ) { for ( var c = e * e , g = Array ( c ) ; c -- ; ) g [ c ] = 0 === c % ( e + 1 ) ? 1 : 0 ; return g } function f ( e ) { return e ? e . constructor === Float32Array && 4 === e . length : ! 1 } function h ( e ) { return ( n ( 255 * e [ 3 ] ) << 24 | n ( 255 * e [ 0 ] ) << 16 | n ( 255 * e [ 1 ] ) << 8 | n ( 255 * e [ 2 ] ) << 0 ) >>> 0 } function m ( e ) { if ( e && e . _ck ) return e ; if ( e instanceof Float32Array ) { for ( var c = Math . floor ( e . length / 4 ) , g = new Uint32Array ( c ) , l = 0 ; l < c ; l ++ ) g [ l ] = h ( e . slice ( 4 * l , 4 * ( l + 1 ) ) ) ; return g } if ( e instanceof
Uint32Array ) return e ; if ( e instanceof Array && e [ 0 ] instanceof Float32Array ) return e . map ( h ) } function u ( e ) { if ( void 0 === e ) return 1 ; var c = parseFloat ( e ) ; return e && - 1 !== e . indexOf ( "%" ) ? c / 100 : c } function n ( e ) { return Math . round ( Math . max ( 0 , Math . min ( e || 0 , 255 ) ) ) } function q ( e , c ) { c && c . _ck || a . _free ( e ) } function v ( e , c , g ) { if ( ! e || ! e . length ) return V ; if ( e && e . _ck ) return e . byteOffset ; var l = a [ c ] . BYTES _PER _ELEMENT ; g || ( g = a . _malloc ( e . length * l ) ) ; a [ c ] . set ( e , g / l ) ; return g } function D ( e ) { var c = { ce : V , count : e . length , colorType : a . ColorType . RGBA _F32 } ;
if ( e instanceof Float32Array ) c . ce = v ( e , "HEAPF32" ) , c . count = e . length / 4 ; else if ( e instanceof Uint32Array ) c . ce = v ( e , "HEAPU32" ) , c . colorType = a . ColorType . RGBA _8888 ; else if ( e instanceof Array ) { if ( e && e . length ) { for ( var g = a . _malloc ( 16 * e . length ) , l = 0 , r = g / 4 , y = 0 ; y < e . length ; y ++ ) for ( var C = 0 ; 4 > C ; C ++ ) a . HEAPF32 [ r + l ] = e [ y ] [ C ] , l ++ ; e = g } else e = V ; c . ce = e } else throw "Invalid argument to copyFlexibleColorArray, Not a color array " + typeof e ; return c } function I ( e ) { if ( ! e ) return V ; var c = Ub . toTypedArray ( ) ; if ( e . length ) { if ( 6 === e . length ||
9 === e . length ) return v ( e , "HEAPF32" , Oa ) , 6 === e . length && a . HEAPF32 . set ( yd , 6 + Oa / 4 ) , Oa ; if ( 16 === e . length ) return c [ 0 ] = e [ 0 ] , c [ 1 ] = e [ 1 ] , c [ 2 ] = e [ 3 ] , c [ 3 ] = e [ 4 ] , c [ 4 ] = e [ 5 ] , c [ 5 ] = e [ 7 ] , c [ 6 ] = e [ 12 ] , c [ 7 ] = e [ 13 ] , c [ 8 ] = e [ 15 ] , Oa ; throw "invalid matrix size" ; } if ( void 0 === e . m11 ) throw "invalid matrix argument" ; c [ 0 ] = e . m11 ; c [ 1 ] = e . m21 ; c [ 2 ] = e . m41 ; c [ 3 ] = e . m12 ; c [ 4 ] = e . m22 ; c [ 5 ] = e . m42 ; c [ 6 ] = e . m14 ; c [ 7 ] = e . m24 ; c [ 8 ] = e . m44 ; return Oa } function M ( e ) { if ( ! e ) return V ; var c = Vb . toTypedArray ( ) ; if ( e . length ) { if ( 16 !== e . length && 6 !== e . length && 9 !== e . length ) throw "invalid matrix size" ;
if ( 16 === e . length ) return v ( e , "HEAPF32" , ab ) ; c . fill ( 0 ) ; c [ 0 ] = e [ 0 ] ; c [ 1 ] = e [ 1 ] ; c [ 3 ] = e [ 2 ] ; c [ 4 ] = e [ 3 ] ; c [ 5 ] = e [ 4 ] ; c [ 7 ] = e [ 5 ] ; c [ 10 ] = 1 ; c [ 12 ] = e [ 6 ] ; c [ 13 ] = e [ 7 ] ; c [ 15 ] = e [ 8 ] ; 6 === e . length && ( c [ 12 ] = 0 , c [ 13 ] = 0 , c [ 15 ] = 1 ) ; return ab } if ( void 0 === e . m11 ) throw "invalid matrix argument" ; c [ 0 ] = e . m11 ; c [ 1 ] = e . m21 ; c [ 2 ] = e . m31 ; c [ 3 ] = e . m41 ; c [ 4 ] = e . m12 ; c [ 5 ] = e . m22 ; c [ 6 ] = e . m32 ; c [ 7 ] = e . m42 ; c [ 8 ] = e . m13 ; c [ 9 ] = e . m23 ; c [ 10 ] = e . m33 ; c [ 11 ] = e . m43 ; c [ 12 ] = e . m14 ; c [ 13 ] = e . m24 ; c [ 14 ] = e . m34 ; c [ 15 ] = e . m44 ; return ab } function z ( e , c ) { return v ( e , "HEAPF32" , c || Ua ) } function N ( e ,
c , g , l ) { var r = Wb . toTypedArray ( ) ; r [ 0 ] = e ; r [ 1 ] = c ; r [ 2 ] = g ; r [ 3 ] = l ; return Ua } function T ( e ) { for ( var c = new Float32Array ( 4 ) , g = 0 ; 4 > g ; g ++ ) c [ g ] = a . HEAPF32 [ e / 4 + g ] ; return c } function U ( e , c ) { return v ( e , "HEAPF32" , c || ja ) } function ra ( e , c ) { return v ( e , "HEAPF32" , c || Xb ) } function va ( ) { for ( var e = 0 , c = 0 ; c < arguments . length - 1 ; c += 2 ) e += arguments [ c ] * arguments [ c + 1 ] ; return e } function gb ( e , c , g ) { for ( var l = Array ( e . length ) , r = 0 ; r < g ; r ++ ) for ( var y = 0 ; y < g ; y ++ ) { for ( var C = 0 , J = 0 ; J < g ; J ++ ) C += e [ g * r + J ] * c [ g * J + y ] ; l [ r * g + y ] = C } return l } function hb ( e , c ) { for ( var g =
gb ( c [ 0 ] , c [ 1 ] , e ) , l = 2 ; l < c . length ; ) g = gb ( g , c [ l ] , e ) , l ++ ; return g } a . Color = function ( e , c , g , l ) { void 0 === l && ( l = 1 ) ; return a . Color4f ( n ( e ) / 255 , n ( c ) / 255 , n ( g ) / 255 , l ) } ; a . ColorAsInt = function ( e , c , g , l ) { void 0 === l && ( l = 255 ) ; return ( n ( l ) << 24 | n ( e ) << 16 | n ( c ) << 8 | n ( g ) << 0 & 268435455 ) >>> 0 } ; a . Color4f = function ( e , c , g , l ) { void 0 === l && ( l = 1 ) ; return Float32Array . of ( e , c , g , l ) } ; Object . defineProperty ( a , "TRANSPARENT" , { get : function ( ) { return a . Color4f ( 0 , 0 , 0 , 0 ) } } ) ; Object . defineProperty ( a , "BLACK" , { get : function ( ) { return a . Color4f ( 0 , 0 , 0 , 1 ) } } ) ; Object . defineProperty ( a ,
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"WHITE" , { get : function ( ) { return a . Color4f ( 1 , 1 , 1 , 1 ) } } ) ; Object . defineProperty ( a , "RED" , { get : function ( ) { return a . Color4f ( 1 , 0 , 0 , 1 ) } } ) ; Object . defineProperty ( a , "GREEN" , { get : function ( ) { return a . Color4f ( 0 , 1 , 0 , 1 ) } } ) ; Object . defineProperty ( a , "BLUE" , { get : function ( ) { return a . Color4f ( 0 , 0 , 1 , 1 ) } } ) ; Object . defineProperty ( a , "YELLOW" , { get : function ( ) { return a . Color4f ( 1 , 1 , 0 , 1 ) } } ) ; Object . defineProperty ( a , "CYAN" , { get : function ( ) { return a . Color4f ( 0 , 1 , 1 , 1 ) } } ) ; Object . defineProperty ( a , "MAGENTA" , { get : function ( ) { return a . Color4f ( 1 ,
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0 , 1 , 1 ) } } ) ; a . getColorComponents = function ( e ) { return [ Math . floor ( 255 * e [ 0 ] ) , Math . floor ( 255 * e [ 1 ] ) , Math . floor ( 255 * e [ 2 ] ) , e [ 3 ] ] } ; a . parseColorString = function ( e , c ) { e = e . toLowerCase ( ) ; if ( e . startsWith ( "#" ) ) { c = 255 ; switch ( e . length ) { case 9 : c = parseInt ( e . slice ( 7 , 9 ) , 16 ) ; case 7 : var g = parseInt ( e . slice ( 1 , 3 ) , 16 ) ; var l = parseInt ( e . slice ( 3 , 5 ) , 16 ) ; var r = parseInt ( e . slice ( 5 , 7 ) , 16 ) ; break ; case 5 : c = 17 * parseInt ( e . slice ( 4 , 5 ) , 16 ) ; case 4 : g = 17 * parseInt ( e . slice ( 1 , 2 ) , 16 ) , l = 17 * parseInt ( e . slice ( 2 , 3 ) , 16 ) , r = 17 * parseInt ( e . slice ( 3 , 4 ) , 16 ) } return a . Color ( g ,
l , r , c / 255 ) } return e . startsWith ( "rgba" ) ? ( e = e . slice ( 5 , - 1 ) , e = e . split ( "," ) , a . Color ( + e [ 0 ] , + e [ 1 ] , + e [ 2 ] , u ( e [ 3 ] ) ) ) : e . startsWith ( "rgb" ) ? ( e = e . slice ( 4 , - 1 ) , e = e . split ( "," ) , a . Color ( + e [ 0 ] , + e [ 1 ] , + e [ 2 ] , u ( e [ 3 ] ) ) ) : e . startsWith ( "gray(" ) || e . startsWith ( "hsl" ) || ! c || ( e = c [ e ] , void 0 === e ) ? a . BLACK : e } ; a . multiplyByAlpha = function ( e , c ) { e = e . slice ( ) ; e [ 3 ] = Math . max ( 0 , Math . min ( e [ 3 ] * c , 1 ) ) ; return e } ; a . Malloc = function ( e , c ) { var g = a . _malloc ( c * e . BYTES _PER _ELEMENT ) ; return { _ck : ! 0 , length : c , byteOffset : g , re : null , subarray : function ( l , r ) { l = this . toTypedArray ( ) . subarray ( l ,
r ) ; l . _ck = ! 0 ; return l } , toTypedArray : function ( ) { if ( this . re && this . re . length ) return this . re ; this . re = new e ( a . HEAPU8 . buffer , g , c ) ; this . re . _ck = ! 0 ; return this . re } } } ; a . Free = function ( e ) { a . _free ( e . byteOffset ) ; e . byteOffset = V ; e . toTypedArray = null ; e . re = null } ; var Oa = V , Ub , ab = V , Vb , Ua = V , Wb , Ha , ja = V , Cc , Pa = V , Dc , Yb = V , Ec , Zb = V , $b , xb = V , Fc , Xb = V , Gc , Hc = V , yd = Float32Array . of ( 0 , 0 , 1 ) , V = 0 ; a . onRuntimeInitialized = function ( ) { function e ( c , g , l , r , y , C , J ) { C || ( C = 4 * r . width , r . colorType === a . ColorType . RGBA _F16 ? C *= 2 : r . colorType === a . ColorType . RGBA _F32 &&
( C *= 4 ) ) ; var Q = C * r . height ; var O = y ? y . byteOffset : a . _malloc ( Q ) ; if ( J ? ! c . _readPixels ( r , O , C , g , l , J ) : ! c . _readPixels ( r , O , C , g , l ) ) return y || a . _free ( O ) , null ; if ( y ) return y . toTypedArray ( ) ; switch ( r . colorType ) { case a . ColorType . RGBA _8888 : case a . ColorType . RGBA _F16 : c = ( new Uint8Array ( a . HEAPU8 . buffer , O , Q ) ) . slice ( ) ; break ; case a . ColorType . RGBA _F32 : c = ( new Float32Array ( a . HEAPU8 . buffer , O , Q ) ) . slice ( ) ; break ; default : return null } a . _free ( O ) ; return c } Wb = a . Malloc ( Float32Array , 4 ) ; Ua = Wb . byteOffset ; Vb = a . Malloc ( Float32Array , 16 ) ; ab = Vb . byteOffset ;
Ub = a . Malloc ( Float32Array , 9 ) ; Oa = Ub . byteOffset ; Fc = a . Malloc ( Float32Array , 12 ) ; Xb = Fc . byteOffset ; Gc = a . Malloc ( Float32Array , 12 ) ; Hc = Gc . byteOffset ; Ha = a . Malloc ( Float32Array , 4 ) ; ja = Ha . byteOffset ; Cc = a . Malloc ( Float32Array , 4 ) ; Pa = Cc . byteOffset ; Dc = a . Malloc ( Float32Array , 3 ) ; Yb = Dc . byteOffset ; Ec = a . Malloc ( Float32Array , 3 ) ; Zb = Ec . byteOffset ; $b = a . Malloc ( Int32Array , 4 ) ; xb = $b . byteOffset ; a . ColorSpace . SRGB = a . ColorSpace . _MakeSRGB ( ) ; a . ColorSpace . DISPLAY _P3 = a . ColorSpace . _MakeDisplayP3 ( ) ; a . ColorSpace . ADOBE _RGB = a . ColorSpace . _MakeAdobeRGB ( ) ;
a . GlyphRunFlags = { IsWhiteSpace : a . _GlyphRunFlags _isWhiteSpace } ; a . Path . MakeFromCmds = function ( c ) { var g = v ( c , "HEAPF32" ) , l = a . Path . _MakeFromCmds ( g , c . length ) ; q ( g , c ) ; return l } ; a . Path . MakeFromVerbsPointsWeights = function ( c , g , l ) { var r = v ( c , "HEAPU8" ) , y = v ( g , "HEAPF32" ) , C = v ( l , "HEAPF32" ) , J = a . Path . _MakeFromVerbsPointsWeights ( r , c . length , y , g . length , C , l && l . length || 0 ) ; q ( r , c ) ; q ( y , g ) ; q ( C , l ) ; return J } ; a . Path . prototype . addArc = function ( c , g , l ) { c = U ( c ) ; this . _addArc ( c , g , l ) ; return this } ; a . Path . prototype . addCircle = function ( c , g , l , r ) { this . _addCircle ( c ,
g , l , ! ! r ) ; return this } ; a . Path . prototype . addOval = function ( c , g , l ) { void 0 === l && ( l = 1 ) ; c = U ( c ) ; this . _addOval ( c , ! ! g , l ) ; return this } ; a . Path . prototype . addPath = function ( ) { var c = Array . prototype . slice . call ( arguments ) , g = c [ 0 ] , l = ! 1 ; "boolean" === typeof c [ c . length - 1 ] && ( l = c . pop ( ) ) ; if ( 1 === c . length ) this . _addPath ( g , 1 , 0 , 0 , 0 , 1 , 0 , 0 , 0 , 1 , l ) ; else if ( 2 === c . length ) c = c [ 1 ] , this . _addPath ( g , c [ 0 ] , c [ 1 ] , c [ 2 ] , c [ 3 ] , c [ 4 ] , c [ 5 ] , c [ 6 ] || 0 , c [ 7 ] || 0 , c [ 8 ] || 1 , l ) ; else if ( 7 === c . length || 10 === c . length ) this . _addPath ( g , c [ 1 ] , c [ 2 ] , c [ 3 ] , c [ 4 ] , c [ 5 ] , c [ 6 ] , c [ 7 ] ||
0 , c [ 8 ] || 0 , c [ 9 ] || 1 , l ) ; else return null ; return this } ; a . Path . prototype . addPoly = function ( c , g ) { var l = v ( c , "HEAPF32" ) ; this . _addPoly ( l , c . length / 2 , g ) ; q ( l , c ) ; return this } ; a . Path . prototype . addRect = function ( c , g ) { c = U ( c ) ; this . _addRect ( c , ! ! g ) ; return this } ; a . Path . prototype . addRRect = function ( c , g ) { c = ra ( c ) ; this . _addRRect ( c , ! ! g ) ; return this } ; a . Path . prototype . addVerbsPointsWeights = function ( c , g , l ) { var r = v ( c , "HEAPU8" ) , y = v ( g , "HEAPF32" ) , C = v ( l , "HEAPF32" ) ; this . _addVerbsPointsWeights ( r , c . length , y , g . length , C , l && l . length || 0 ) ;
q ( r , c ) ; q ( y , g ) ; q ( C , l ) } ; a . Path . prototype . arc = function ( c , g , l , r , y , C ) { c = a . LTRBRect ( c - l , g - l , c + l , g + l ) ; y = ( y - r ) / Math . PI * 180 - 360 * ! ! C ; C = new a . Path ; C . addArc ( c , r / Math . PI * 180 , y ) ; this . addPath ( C , ! 0 ) ; C . delete ( ) ; return this } ; a . Path . prototype . arcToOval = function ( c , g , l , r ) { c = U ( c ) ; this . _arcToOval ( c , g , l , r ) ; return this } ; a . Path . prototype . arcToRotated = function ( c , g , l , r , y , C , J ) { this . _arcToRotated ( c , g , l , ! ! r , ! ! y , C , J ) ; return this } ; a . Path . prototype . arcToTangent = function ( c , g , l , r , y ) { this . _arcToTangent ( c , g , l , r , y ) ; return this } ; a . Path . prototype . close =
function ( ) { this . _close ( ) ; return this } ; a . Path . prototype . conicTo = function ( c , g , l , r , y ) { this . _conicTo ( c , g , l , r , y ) ; return this } ; a . Path . prototype . computeTightBounds = function ( c ) { this . _computeTightBounds ( ja ) ; var g = Ha . toTypedArray ( ) ; return c ? ( c . set ( g ) , c ) : g . slice ( ) } ; a . Path . prototype . cubicTo = function ( c , g , l , r , y , C ) { this . _cubicTo ( c , g , l , r , y , C ) ; return this } ; a . Path . prototype . dash = function ( c , g , l ) { return this . _dash ( c , g , l ) ? this : null } ; a . Path . prototype . getBounds = function ( c ) { this . _getBounds ( ja ) ; var g = Ha . toTypedArray ( ) ; return c ?
( c . set ( g ) , c ) : g . slice ( ) } ; a . Path . prototype . lineTo = function ( c , g ) { this . _lineTo ( c , g ) ; return this } ; a . Path . prototype . moveTo = function ( c , g ) { this . _moveTo ( c , g ) ; return this } ; a . Path . prototype . offset = function ( c , g ) { this . _transform ( 1 , 0 , c , 0 , 1 , g , 0 , 0 , 1 ) ; return this } ; a . Path . prototype . quadTo = function ( c , g , l , r ) { this . _quadTo ( c , g , l , r ) ; return this } ; a . Path . prototype . rArcTo = function ( c , g , l , r , y , C , J ) { this . _rArcTo ( c , g , l , r , y , C , J ) ; return this } ; a . Path . prototype . rConicTo = function ( c , g , l , r , y ) { this . _rConicTo ( c , g , l , r , y ) ; return this } ; a . Path . prototype . rCubicTo =
function ( c , g , l , r , y , C ) { this . _rCubicTo ( c , g , l , r , y , C ) ; return this } ; a . Path . prototype . rLineTo = function ( c , g ) { this . _rLineTo ( c , g ) ; return this } ; a . Path . prototype . rMoveTo = function ( c , g ) { this . _rMoveTo ( c , g ) ; return this } ; a . Path . prototype . rQuadTo = function ( c , g , l , r ) { this . _rQuadTo ( c , g , l , r ) ; return this } ; a . Path . prototype . stroke = function ( c ) { c = c || { } ; c . width = c . width || 1 ; c . miter _limit = c . miter _limit || 4 ; c . cap = c . cap || a . StrokeCap . Butt ; c . join = c . join || a . StrokeJoin . Miter ; c . precision = c . precision || 1 ; return this . _stroke ( c ) ? this : null } ;
a . Path . prototype . transform = function ( ) { if ( 1 === arguments . length ) { var c = arguments [ 0 ] ; this . _transform ( c [ 0 ] , c [ 1 ] , c [ 2 ] , c [ 3 ] , c [ 4 ] , c [ 5 ] , c [ 6 ] || 0 , c [ 7 ] || 0 , c [ 8 ] || 1 ) } else if ( 6 === arguments . length || 9 === arguments . length ) c = arguments , this . _transform ( c [ 0 ] , c [ 1 ] , c [ 2 ] , c [ 3 ] , c [ 4 ] , c [ 5 ] , c [ 6 ] || 0 , c [ 7 ] || 0 , c [ 8 ] || 1 ) ; else throw "transform expected to take 1 or 9 arguments. Got " + arguments . length ; return this } ; a . Path . prototype . trim = function ( c , g , l ) { return this . _trim ( c , g , ! ! l ) ? this : null } ; a . Image . prototype . makeShaderCubic = function ( c , g ,
l , r , y ) { y = I ( y ) ; return this . _makeShaderCubic ( c , g , l , r , y ) } ; a . Image . prototype . makeShaderOptions = function ( c , g , l , r , y ) { y = I ( y ) ; return this . _makeShaderOptions ( c , g , l , r , y ) } ; a . Image . prototype . readPixels = function ( c , g , l , r , y ) { var C = a . df ( ) ; return e ( this , c , g , l , r , y , C ) } ; a . Canvas . prototype . clear = function ( c ) { a . Od ( this . Md ) ; c = z ( c ) ; this . _clear ( c ) } ; a . Canvas . prototype . clipRRect = function ( c , g , l ) { a . Od ( this . Md ) ; c = ra ( c ) ; this . _clipRRect ( c , g , l ) } ; a . Canvas . prototype . clipRect = function ( c , g , l ) { a . Od ( this . Md ) ; c = U ( c ) ; this . _clipRect ( c , g , l ) } ;
a . Canvas . prototype . concat = function ( c ) { a . Od ( this . Md ) ; c = M ( c ) ; this . _concat ( c ) } ; a . Canvas . prototype . drawArc = function ( c , g , l , r , y ) { a . Od ( this . Md ) ; c = U ( c ) ; this . _drawArc ( c , g , l , r , y ) } ; a . Canvas . prototype . drawAtlas = function ( c , g , l , r , y , C , J ) { if ( c && r && g && l && g . length === l . length ) { a . Od ( this . Md ) ; y || ( y = a . BlendMode . SrcOver ) ; var Q = v ( g , "HEAPF32" ) , O = v ( l , "HEAPF32" ) , W = l . length / 4 , t = v ( m ( C ) , "HEAPU32" ) ; if ( J && "B" in J && "C" in J ) this . _drawAtlasCubic ( c , O , Q , t , W , y , J . B , J . C , r ) ; else { let F = a . FilterMode . Linear , P = a . MipmapMode . None ; J && ( F = J . filter ,
"mipmap" in J && ( P = J . mipmap ) ) ; this . _drawAtlasOptions ( c , O , Q , t , W , y , F , P , r ) } q ( Q , g ) ; q ( O , l ) ; q ( t , C ) } } ; a . Canvas . prototype . drawCircle = function ( c , g , l , r ) { a . Od ( this . Md ) ; this . _drawCircle ( c , g , l , r ) } ; a . Canvas . prototype . drawColor = function ( c , g ) { a . Od ( this . Md ) ; c = z ( c ) ; void 0 !== g ? this . _drawColor ( c , g ) : this . _drawColor ( c ) } ; a . Canvas . prototype . drawColorInt = function ( c , g ) { a . Od ( this . Md ) ; this . _drawColorInt ( c , g || a . BlendMode . SrcOver ) } ; a . Canvas . prototype . drawColorComponents = function ( c , g , l , r , y ) { a . Od ( this . Md ) ; c = N ( c , g , l , r ) ; void 0 !== y ?
this . _drawColor ( c , y ) : this . _drawColor ( c ) } ; a . Canvas . prototype . drawDRRect = function ( c , g , l ) { a . Od ( this . Md ) ; c = ra ( c , Xb ) ; g = ra ( g , Hc ) ; this . _drawDRRect ( c , g , l ) } ; a . Canvas . prototype . drawImage = function ( c , g , l , r ) { a . Od ( this . Md ) ; this . _drawImage ( c , g , l , r || null ) } ; a . Canvas . prototype . drawImageCubic = function ( c , g , l , r , y , C ) { a . Od ( this . Md ) ; this . _drawImageCubic ( c , g , l , r , y , C || null ) } ; a . Canvas . prototype . drawImageOptions = function ( c , g , l , r , y , C ) { a . Od ( this . Md ) ; this . _drawImageOptions ( c , g , l , r , y , C || null ) } ; a . Canvas . prototype . drawImageNine = function ( c ,
g , l , r , y ) { a . Od ( this . Md ) ; g = v ( g , "HEAP32" , xb ) ; l = U ( l ) ; this . _drawImageNine ( c , g , l , r , y || null ) } ; a . Canvas . prototype . drawImageRect = function ( c , g , l , r , y ) { a . Od ( this . Md ) ; U ( g , ja ) ; U ( l , Pa ) ; this . _drawImageRect ( c , ja , Pa , r , ! ! y ) } ; a . Canvas . prototype . drawImageRectCubic = function ( c , g , l , r , y , C ) { a . Od ( this . Md ) ; U ( g , ja ) ; U ( l , Pa ) ; this . _drawImageRectCubic ( c , ja , Pa , r , y , C || null ) } ; a . Canvas . prototype . drawImageRectOptions = function ( c , g , l , r , y , C ) { a . Od ( this . Md ) ; U ( g , ja ) ; U ( l , Pa ) ; this . _drawImageRectOptions ( c , ja , Pa , r , y , C || null ) } ; a . Canvas . prototype . drawLine =
function ( c , g , l , r , y ) { a . Od ( this . Md ) ; this . _drawLine ( c , g , l , r , y ) } ; a . Canvas . prototype . drawOval = function ( c , g ) { a . Od ( this . Md ) ; c = U ( c ) ; this . _drawOval ( c , g ) } ; a . Canvas . prototype . drawPaint = function ( c ) { a . Od ( this . Md ) ; this . _drawPaint ( c ) } ; a . Canvas . prototype . drawParagraph = function ( c , g , l ) { a . Od ( this . Md ) ; this . _drawParagraph ( c , g , l ) } ; a . Canvas . prototype . drawPatch = function ( c , g , l , r , y ) { if ( 24 > c . length ) throw "Need 12 cubic points" ; if ( g && 4 > g . length ) throw "Need 4 colors" ; if ( l && 8 > l . length ) throw "Need 4 shader coordinates" ; a . Od ( this . Md ) ;
const C = v ( c , "HEAPF32" ) , J = g ? v ( m ( g ) , "HEAPU32" ) : V , Q = l ? v ( l , "HEAPF32" ) : V ; r || ( r = a . BlendMode . Modulate ) ; this . _drawPatch ( C , J , Q , r , y ) ; q ( Q , l ) ; q ( J , g ) ; q ( C , c ) } ; a . Canvas . prototype . drawPath = function ( c , g ) { a . Od ( this . Md ) ; this . _drawPath ( c , g ) } ; a . Canvas . prototype . drawPicture = function ( c ) { a . Od ( this . Md ) ; this . _drawPicture ( c ) } ; a . Canvas . prototype . drawPoints = function ( c , g , l ) { a . Od ( this . Md ) ; var r = v ( g , "HEAPF32" ) ; this . _drawPoints ( c , r , g . length / 2 , l ) ; q ( r , g ) } ; a . Canvas . prototype . drawRRect = function ( c , g ) { a . Od ( this . Md ) ; c = ra ( c ) ; this . _drawRRect ( c ,
g ) } ; a . Canvas . prototype . drawRect = function ( c , g ) { a . Od ( this . Md ) ; c = U ( c ) ; this . _drawRect ( c , g ) } ; a . Canvas . prototype . drawRect4f = function ( c , g , l , r , y ) { a . Od ( this . Md ) ; this . _drawRect4f ( c , g , l , r , y ) } ; a . Canvas . prototype . drawShadow = function ( c , g , l , r , y , C , J ) { a . Od ( this . Md ) ; var Q = v ( y , "HEAPF32" ) , O = v ( C , "HEAPF32" ) ; g = v ( g , "HEAPF32" , Yb ) ; l = v ( l , "HEAPF32" , Zb ) ; this . _drawShadow ( c , g , l , r , Q , O , J ) ; q ( Q , y ) ; q ( O , C ) } ; a . getShadowLocalBounds = function ( c , g , l , r , y , C , J ) { c = I ( c ) ; l = v ( l , "HEAPF32" , Yb ) ; r = v ( r , "HEAPF32" , Zb ) ; if ( ! this . _getShadowLocalBounds ( c ,
g , l , r , y , C , ja ) ) return null ; g = Ha . toTypedArray ( ) ; return J ? ( J . set ( g ) , J ) : g . slice ( ) } ; a . Canvas . prototype . drawTextBlob = function ( c , g , l , r ) { a . Od ( this . Md ) ; this . _drawTextBlob ( c , g , l , r ) } ; a . Canvas . prototype . drawVertices = function ( c , g , l ) { a . Od ( this . Md ) ; this . _drawVertices ( c , g , l ) } ; a . Canvas . prototype . getDeviceClipBounds = function ( c ) { this . _getDeviceClipBounds ( xb ) ; var g = $b . toTypedArray ( ) ; c ? c . set ( g ) : c = g . slice ( ) ; return c } ; a . Canvas . prototype . getLocalToDevice = function ( ) { this . _getLocalToDevice ( ab ) ; for ( var c = ab , g = Array ( 16 ) , l = 0 ; 16 >
l ; l ++ ) g [ l ] = a . HEAPF32 [ c / 4 + l ] ; return g } ; a . Canvas . prototype . getTotalMatrix = function ( ) { this . _getTotalMatrix ( Oa ) ; for ( var c = Array ( 9 ) , g = 0 ; 9 > g ; g ++ ) c [ g ] = a . HEAPF32 [ Oa / 4 + g ] ; return c } ; a . Canvas . prototype . makeSurface = function ( c ) { c = this . _makeSurface ( c ) ; c . Md = this . Md ; return c } ; a . Canvas . prototype . readPixels = function ( c , g , l , r , y ) { a . Od ( this . Md ) ; return e ( this , c , g , l , r , y ) } ; a . Canvas . prototype . saveLayer = function ( c , g , l , r ) { g = U ( g ) ; return this . _saveLayer ( c || null , g , l || null , r || 0 ) } ; a . Canvas . prototype . writePixels = function ( c , g , l , r ,
y , C , J , Q ) { if ( c . byteLength % ( g * l ) ) throw "pixels length must be a multiple of the srcWidth * srcHeight" ; a . Od ( this . Md ) ; var O = c . byteLength / ( g * l ) ; C = C || a . AlphaType . Unpremul ; J = J || a . ColorType . RGBA _8888 ; Q = Q || a . ColorSpace . SRGB ; var W = O * g ; O = v ( c , "HEAPU8" ) ; g = this . _writePixels ( { width : g , height : l , colorType : J , alphaType : C , colorSpace : Q } , O , W , r , y ) ; q ( O , c ) ; return g } ; a . ColorFilter . MakeBlend = function ( c , g , l ) { c = z ( c ) ; l = l || a . ColorSpace . SRGB ; return a . ColorFilter . _MakeBlend ( c , g , l ) } ; a . ColorFilter . MakeMatrix = function ( c ) { if ( ! c || 20 !==
c . length ) throw "invalid color matrix" ; var g = v ( c , "HEAPF32" ) , l = a . ColorFilter . _makeMatrix ( g ) ; q ( g , c ) ; return l } ; a . ContourMeasure . prototype . getPosTan = function ( c , g ) { this . _getPosTan ( c , ja ) ; c = Ha . toTypedArray ( ) ; return g ? ( g . set ( c ) , g ) : c . slice ( ) } ; a . ImageFilter . MakeDropShadow = function ( c , g , l , r , y , C ) { y = z ( y , Ua ) ; return a . ImageFilter . _MakeDropShadow ( c , g , l , r , y , C ) } ; a . ImageFilter . MakeDropShadowOnly = function ( c , g , l , r , y , C ) { y = z ( y , Ua ) ; return a . ImageFilter . _MakeDropShadowOnly ( c , g , l , r , y , C ) } ; a . ImageFilter . MakeImage = function ( c , g ,
l , r ) { l = U ( l , ja ) ; r = U ( r , Pa ) ; if ( "B" in g && "C" in g ) return a . ImageFilter . _MakeImageCubic ( c , g . B , g . C , l , r ) ; const y = g . filter ; let C = a . MipmapMode . None ; "mipmap" in g && ( C = g . mipmap ) ; return a . ImageFilter . _MakeImageOptions ( c , y , C , l , r ) } ; a . ImageFilter . MakeMatrixTransform = function ( c , g , l ) { c = I ( c ) ; if ( "B" in g && "C" in g ) return a . ImageFilter . _MakeMatrixTransformCubic ( c , g . B , g . C , l ) ; const r = g . filter ; let y = a . MipmapMode . None ; "mipmap" in g && ( y = g . mipmap ) ; return a . ImageFilter . _MakeMatrixTransformOptions ( c , r , y , l ) } ; a . Paint . prototype . getColor =
function ( ) { this . _getColor ( Ua ) ; return T ( Ua ) } ; a . Paint . prototype . setColor = function ( c , g ) { g = g || null ; c = z ( c ) ; this . _setColor ( c , g ) } ; a . Paint . prototype . setColorComponents = function ( c , g , l , r , y ) { y = y || null ; c = N ( c , g , l , r ) ; this . _setColor ( c , y ) } ; a . Path . prototype . getPoint = function ( c , g ) { this . _getPoint ( c , ja ) ; c = Ha . toTypedArray ( ) ; return g ? ( g [ 0 ] = c [ 0 ] , g [ 1 ] = c [ 1 ] , g ) : c . slice ( 0 , 2 ) } ; a . Picture . prototype . makeShader = function ( c , g , l , r , y ) { r = I ( r ) ; y = U ( y ) ; return this . _makeShader ( c , g , l , r , y ) } ; a . PictureRecorder . prototype . beginRecording = function ( c ) { c =
U ( c ) ; return this . _beginRecording ( c ) } ; a . Surface . prototype . getCanvas = function ( ) { var c = this . _getCanvas ( ) ; c . Md = this . Md ; return c } ; a . Surface . prototype . makeImageSnapshot = function ( c ) { a . Od ( this . Md ) ; c = v ( c , "HEAP32" , xb ) ; return this . _makeImageSnapshot ( c ) } ; a . Surface . prototype . makeSurface = function ( c ) { a . Od ( this . Md ) ; c = this . _makeSurface ( c ) ; c . Md = this . Md ; return c } ; a . Surface . prototype . Df = function ( c , g ) { this . He || ( this . He = this . getCanvas ( ) ) ; requestAnimationFrame ( function ( ) { a . Od ( this . Md ) ; c ( this . He ) ; this . flush ( g ) } . bind ( this ) ) } ;
a . Surface . prototype . requestAnimationFrame || ( a . Surface . prototype . requestAnimationFrame = a . Surface . prototype . Df ) ; a . Surface . prototype . zf = function ( c , g ) { this . He || ( this . He = this . getCanvas ( ) ) ; requestAnimationFrame ( function ( ) { a . Od ( this . Md ) ; c ( this . He ) ; this . flush ( g ) ; this . dispose ( ) } . bind ( this ) ) } ; a . Surface . prototype . drawOnce || ( a . Surface . prototype . drawOnce = a . Surface . prototype . zf ) ; a . PathEffect . MakeDash = function ( c , g ) { g || ( g = 0 ) ; if ( ! c . length || 1 === c . length % 2 ) throw "Intervals array must have even length" ; var l = v ( c , "HEAPF32" ) ;
g = a . PathEffect . _MakeDash ( l , c . length , g ) ; q ( l , c ) ; return g } ; a . PathEffect . MakeLine2D = function ( c , g ) { g = I ( g ) ; return a . PathEffect . _MakeLine2D ( c , g ) } ; a . PathEffect . MakePath2D = function ( c , g ) { c = I ( c ) ; return a . PathEffect . _MakePath2D ( c , g ) } ; a . Shader . MakeColor = function ( c , g ) { g = g || null ; c = z ( c ) ; return a . Shader . _MakeColor ( c , g ) } ; a . Shader . Blend = a . Shader . MakeBlend ; a . Shader . Color = a . Shader . MakeColor ; a . Shader . MakeLinearGradient = function ( c , g , l , r , y , C , J , Q ) { Q = Q || null ; var O = D ( l ) , W = v ( r , "HEAPF32" ) ; J = J || 0 ; C = I ( C ) ; var t = Ha . toTypedArray ( ) ;
t . set ( c ) ; t . set ( g , 2 ) ; c = a . Shader . _MakeLinearGradient ( ja , O . ce , O . colorType , W , O . count , y , J , C , Q ) ; q ( O . ce , l ) ; r && q ( W , r ) ; return c } ; a . Shader . MakeRadialGradient = function ( c , g , l , r , y , C , J , Q ) { Q = Q || null ; var O = D ( l ) , W = v ( r , "HEAPF32" ) ; J = J || 0 ; C = I ( C ) ; c = a . Shader . _MakeRadialGradient ( c [ 0 ] , c [ 1 ] , g , O . ce , O . colorType , W , O . count , y , J , C , Q ) ; q ( O . ce , l ) ; r && q ( W , r ) ; return c } ; a . Shader . MakeSweepGradient = function ( c , g , l , r , y , C , J , Q , O , W ) { W = W || null ; var t = D ( l ) , F = v ( r , "HEAPF32" ) ; J = J || 0 ; Q = Q || 0 ; O = O || 360 ; C = I ( C ) ; c = a . Shader . _MakeSweepGradient ( c , g , t . ce , t . colorType ,
F , t . count , y , Q , O , J , C , W ) ; q ( t . ce , l ) ; r && q ( F , r ) ; return c } ; a . Shader . MakeTwoPointConicalGradient = function ( c , g , l , r , y , C , J , Q , O , W ) { W = W || null ; var t = D ( y ) , F = v ( C , "HEAPF32" ) ; O = O || 0 ; Q = I ( Q ) ; var P = Ha . toTypedArray ( ) ; P . set ( c ) ; P . set ( l , 2 ) ; c = a . Shader . _MakeTwoPointConicalGradient ( ja , g , r , t . ce , t . colorType , F , t . count , J , O , Q , W ) ; q ( t . ce , y ) ; C && q ( F , C ) ; return c } ; a . Vertices . prototype . bounds = function ( c ) { this . _bounds ( ja ) ; var g = Ha . toTypedArray ( ) ; return c ? ( c . set ( g ) , c ) : g . slice ( ) } ; a . Vd && a . Vd . forEach ( function ( c ) { c ( ) } ) } ; a . computeTonalColors =
function ( e ) { var c = v ( e . ambient , "HEAPF32" ) , g = v ( e . spot , "HEAPF32" ) ; this . _computeTonalColors ( c , g ) ; var l = { ambient : T ( c ) , spot : T ( g ) } ; q ( c , e . ambient ) ; q ( g , e . spot ) ; return l } ; a . LTRBRect = function ( e , c , g , l ) { return Float32Array . of ( e , c , g , l ) } ; a . XYWHRect = function ( e , c , g , l ) { return Float32Array . of ( e , c , e + g , c + l ) } ; a . LTRBiRect = function ( e , c , g , l ) { return Int32Array . of ( e , c , g , l ) } ; a . XYWHiRect = function ( e , c , g , l ) { return Int32Array . of ( e , c , e + g , c + l ) } ; a . RRectXY = function ( e , c , g ) { return Float32Array . of ( e [ 0 ] , e [ 1 ] , e [ 2 ] , e [ 3 ] , c , g , c , g , c , g , c , g ) } ;
a . MakeAnimatedImageFromEncoded = function ( e ) { e = new Uint8Array ( e ) ; var c = a . _malloc ( e . byteLength ) ; a . HEAPU8 . set ( e , c ) ; return ( e = a . _decodeAnimatedImage ( c , e . byteLength ) ) ? e : null } ; a . MakeImageFromEncoded = function ( e ) { e = new Uint8Array ( e ) ; var c = a . _malloc ( e . byteLength ) ; a . HEAPU8 . set ( e , c ) ; return ( e = a . _decodeImage ( c , e . byteLength ) ) ? e : null } ; var ib = null ; a . MakeImageFromCanvasImageSource = function ( e ) { var c = e . width , g = e . height ; ib || ( ib = document . createElement ( "canvas" ) ) ; ib . width = c ; ib . height = g ; var l = ib . getContext ( "2d" , { wg : ! 0 } ) ;
l . drawImage ( e , 0 , 0 ) ; e = l . getImageData ( 0 , 0 , c , g ) ; return a . MakeImage ( { width : c , height : g , alphaType : a . AlphaType . Unpremul , colorType : a . ColorType . RGBA _8888 , colorSpace : a . ColorSpace . SRGB } , e . data , 4 * c ) } ; a . MakeImage = function ( e , c , g ) { var l = a . _malloc ( c . length ) ; a . HEAPU8 . set ( c , l ) ; return a . _MakeImage ( e , l , c . length , g ) } ; a . MakeVertices = function ( e , c , g , l , r , y ) { var C = r && r . length || 0 , J = 0 ; g && g . length && ( J |= 1 ) ; l && l . length && ( J |= 2 ) ; void 0 === y || y || ( J |= 4 ) ; e = new a . _VerticesBuilder ( e , c . length / 2 , C , J ) ; v ( c , "HEAPF32" , e . positions ( ) ) ; e . texCoords ( ) &&
v ( g , "HEAPF32" , e . texCoords ( ) ) ; e . colors ( ) && v ( m ( l ) , "HEAPU32" , e . colors ( ) ) ; e . indices ( ) && v ( r , "HEAPU16" , e . indices ( ) ) ; return e . detach ( ) } ; a . Matrix = { } ; a . Matrix . identity = function ( ) { return d ( 3 ) } ; a . Matrix . invert = function ( e ) { var c = e [ 0 ] * e [ 4 ] * e [ 8 ] + e [ 1 ] * e [ 5 ] * e [ 6 ] + e [ 2 ] * e [ 3 ] * e [ 7 ] - e [ 2 ] * e [ 4 ] * e [ 6 ] - e [ 1 ] * e [ 3 ] * e [ 8 ] - e [ 0 ] * e [ 5 ] * e [ 7 ] ; return c ? [ ( e [ 4 ] * e [ 8 ] - e [ 5 ] * e [ 7 ] ) / c , ( e [ 2 ] * e [ 7 ] - e [ 1 ] * e [ 8 ] ) / c , ( e [ 1 ] * e [ 5 ] - e [ 2 ] * e [ 4 ] ) / c , ( e [ 5 ] * e [ 6 ] - e [ 3 ] * e [ 8 ] ) / c , ( e [ 0 ] * e [ 8 ] - e [ 2 ] * e [ 6 ] ) / c , ( e [ 2 ] * e [ 3 ] - e [ 0 ] * e [ 5 ] ) / c , ( e [ 3 ] * e [ 7 ] - e [ 4 ] * e [ 6 ] ) / c , ( e [ 1 ] * e [ 6 ] - e [ 0 ] *
e [ 7 ] ) / c , ( e [ 0 ] * e [ 4 ] - e [ 1 ] * e [ 3 ] ) / c ] : null } ; a . Matrix . mapPoints = function ( e , c ) { for ( var g = 0 ; g < c . length ; g += 2 ) { var l = c [ g ] , r = c [ g + 1 ] , y = e [ 6 ] * l + e [ 7 ] * r + e [ 8 ] , C = e [ 3 ] * l + e [ 4 ] * r + e [ 5 ] ; c [ g ] = ( e [ 0 ] * l + e [ 1 ] * r + e [ 2 ] ) / y ; c [ g + 1 ] = C / y } return c } ; a . Matrix . multiply = function ( ) { return hb ( 3 , arguments ) } ; a . Matrix . rotated = function ( e , c , g ) { c = c || 0 ; g = g || 0 ; var l = Math . sin ( e ) ; e = Math . cos ( e ) ; return [ e , - l , va ( l , g , 1 - e , c ) , l , e , va ( - l , c , 1 - e , g ) , 0 , 0 , 1 ] } ; a . Matrix . scaled = function ( e , c , g , l ) { g = g || 0 ; l = l || 0 ; var r = b ( [ e , c ] , d ( 3 ) , 3 , 0 , 1 ) ; return b ( [ g - e * g , l - c * l ] , r , 3 , 2 , 0 ) } ;
a . Matrix . skewed = function ( e , c , g , l ) { g = g || 0 ; l = l || 0 ; var r = b ( [ e , c ] , d ( 3 ) , 3 , 1 , - 1 ) ; return b ( [ - e * g , - c * l ] , r , 3 , 2 , 0 ) } ; a . Matrix . translated = function ( e , c ) { return b ( arguments , d ( 3 ) , 3 , 2 , 0 ) } ; a . Vector = { } ; a . Vector . dot = function ( e , c ) { return e . map ( function ( g , l ) { return g * c [ l ] } ) . reduce ( function ( g , l ) { return g + l } ) } ; a . Vector . lengthSquared = function ( e ) { return a . Vector . dot ( e , e ) } ; a . Vector . length = function ( e ) { return Math . sqrt ( a . Vector . lengthSquared ( e ) ) } ; a . Vector . mulScalar = function ( e , c ) { return e . map ( function ( g ) { return g * c } ) } ; a . Vector . add =
function ( e , c ) { return e . map ( function ( g , l ) { return g + c [ l ] } ) } ; a . Vector . sub = function ( e , c ) { return e . map ( function ( g , l ) { return g - c [ l ] } ) } ; a . Vector . dist = function ( e , c ) { return a . Vector . length ( a . Vector . sub ( e , c ) ) } ; a . Vector . normalize = function ( e ) { return a . Vector . mulScalar ( e , 1 / a . Vector . length ( e ) ) } ; a . Vector . cross = function ( e , c ) { return [ e [ 1 ] * c [ 2 ] - e [ 2 ] * c [ 1 ] , e [ 2 ] * c [ 0 ] - e [ 0 ] * c [ 2 ] , e [ 0 ] * c [ 1 ] - e [ 1 ] * c [ 0 ] ] } ; a . M44 = { } ; a . M44 . identity = function ( ) { return d ( 4 ) } ; a . M44 . translated = function ( e ) { return b ( e , d ( 4 ) , 4 , 3 , 0 ) } ; a . M44 . scaled = function ( e ) { return b ( e ,
d ( 4 ) , 4 , 0 , 1 ) } ; a . M44 . rotated = function ( e , c ) { return a . M44 . rotatedUnitSinCos ( a . Vector . normalize ( e ) , Math . sin ( c ) , Math . cos ( c ) ) } ; a . M44 . rotatedUnitSinCos = function ( e , c , g ) { var l = e [ 0 ] , r = e [ 1 ] ; e = e [ 2 ] ; var y = 1 - g ; return [ y * l * l + g , y * l * r - c * e , y * l * e + c * r , 0 , y * l * r + c * e , y * r * r + g , y * r * e - c * l , 0 , y * l * e - c * r , y * r * e + c * l , y * e * e + g , 0 , 0 , 0 , 0 , 1 ] } ; a . M44 . lookat = function ( e , c , g ) { c = a . Vector . normalize ( a . Vector . sub ( c , e ) ) ; g = a . Vector . normalize ( g ) ; g = a . Vector . normalize ( a . Vector . cross ( c , g ) ) ; var l = a . M44 . identity ( ) ; b ( g , l , 4 , 0 , 0 ) ; b ( a . Vector . cross ( g , c ) , l , 4 , 1 ,
0 ) ; b ( a . Vector . mulScalar ( c , - 1 ) , l , 4 , 2 , 0 ) ; b ( e , l , 4 , 3 , 0 ) ; e = a . M44 . invert ( l ) ; return null === e ? a . M44 . identity ( ) : e } ; a . M44 . perspective = function ( e , c , g ) { var l = 1 / ( c - e ) ; g /= 2 ; g = Math . cos ( g ) / Math . sin ( g ) ; return [ g , 0 , 0 , 0 , 0 , g , 0 , 0 , 0 , 0 , ( c + e ) * l , 2 * c * e * l , 0 , 0 , - 1 , 1 ] } ; a . M44 . rc = function ( e , c , g ) { return e [ 4 * c + g ] } ; a . M44 . multiply = function ( ) { return hb ( 4 , arguments ) } ; a . M44 . invert = function ( e ) { var c = e [ 0 ] , g = e [ 4 ] , l = e [ 8 ] , r = e [ 12 ] , y = e [ 1 ] , C = e [ 5 ] , J = e [ 9 ] , Q = e [ 13 ] , O = e [ 2 ] , W = e [ 6 ] , t = e [ 10 ] , F = e [ 14 ] , P = e [ 3 ] , X = e [ 7 ] , ia = e [ 11 ] ; e = e [ 15 ] ; var la = c * C - g * y , qa = c * J -
l * y , sa = c * Q - r * y , ba = g * J - l * C , H = g * Q - r * C , k = l * Q - r * J , p = O * X - W * P , A = O * ia - t * P , B = O * e - F * P , E = W * ia - t * X , G = W * e - F * X , L = t * e - F * ia , ca = la * L - qa * G + sa * E + ba * B - H * A + k * p , da = 1 / ca ; if ( 0 === ca || Infinity === da ) return null ; la *= da ; qa *= da ; sa *= da ; ba *= da ; H *= da ; k *= da ; p *= da ; A *= da ; B *= da ; E *= da ; G *= da ; L *= da ; c = [ C * L - J * G + Q * E , J * B - y * L - Q * A , y * G - C * B + Q * p , C * A - y * E - J * p , l * G - g * L - r * E , c * L - l * B + r * A , g * B - c * G - r * p , c * E - g * A + l * p , X * k - ia * H + e * ba , ia * sa - P * k - e * qa , P * H - X * sa + e * la , X * qa - P * ba - ia * la , t * H - W * k - F * ba , O * k - t * sa + F * qa , W * sa - O * H - F * la , O * ba - W * qa + t * la ] ; return c . every ( function ( Ia ) { return ! isNaN ( Ia ) &&
Infinity !== Ia && - Infinity !== Ia } ) ? c : null } ; a . M44 . transpose = function ( e ) { return [ e [ 0 ] , e [ 4 ] , e [ 8 ] , e [ 12 ] , e [ 1 ] , e [ 5 ] , e [ 9 ] , e [ 13 ] , e [ 2 ] , e [ 6 ] , e [ 10 ] , e [ 14 ] , e [ 3 ] , e [ 7 ] , e [ 11 ] , e [ 15 ] ] } ; a . M44 . mustInvert = function ( e ) { e = a . M44 . invert ( e ) ; if ( null === e ) throw "Matrix not invertible" ; return e } ; a . M44 . setupCamera = function ( e , c , g ) { var l = a . M44 . lookat ( g . eye , g . coa , g . up ) ; g = a . M44 . perspective ( g . near , g . far , g . angle ) ; c = [ ( e [ 2 ] - e [ 0 ] ) / 2 , ( e [ 3 ] - e [ 1 ] ) / 2 , c ] ; e = a . M44 . multiply ( a . M44 . translated ( [ ( e [ 0 ] + e [ 2 ] ) / 2 , ( e [ 1 ] + e [ 3 ] ) / 2 , 0 ] ) , a . M44 . scaled ( c ) ) ; return a . M44 . multiply ( e ,
g , l , a . M44 . mustInvert ( e ) ) } ; a . ColorMatrix = { } ; a . ColorMatrix . identity = function ( ) { var e = new Float32Array ( 20 ) ; e [ 0 ] = 1 ; e [ 6 ] = 1 ; e [ 12 ] = 1 ; e [ 18 ] = 1 ; return e } ; a . ColorMatrix . scaled = function ( e , c , g , l ) { var r = new Float32Array ( 20 ) ; r [ 0 ] = e ; r [ 6 ] = c ; r [ 12 ] = g ; r [ 18 ] = l ; return r } ; var zd = [ [ 6 , 7 , 11 , 12 ] , [ 0 , 10 , 2 , 12 ] , [ 0 , 1 , 5 , 6 ] ] ; a . ColorMatrix . rotated = function ( e , c , g ) { var l = a . ColorMatrix . identity ( ) ; e = zd [ e ] ; l [ e [ 0 ] ] = g ; l [ e [ 1 ] ] = c ; l [ e [ 2 ] ] = - c ; l [ e [ 3 ] ] = g ; return l } ; a . ColorMatrix . postTranslate = function ( e , c , g , l , r ) { e [ 4 ] += c ; e [ 9 ] += g ; e [ 14 ] += l ; e [ 19 ] +=
r ; return e } ; a . ColorMatrix . concat = function ( e , c ) { for ( var g = new Float32Array ( 20 ) , l = 0 , r = 0 ; 20 > r ; r += 5 ) { for ( var y = 0 ; 4 > y ; y ++ ) g [ l ++ ] = e [ r ] * c [ y ] + e [ r + 1 ] * c [ y + 5 ] + e [ r + 2 ] * c [ y + 10 ] + e [ r + 3 ] * c [ y + 15 ] ; g [ l ++ ] = e [ r ] * c [ 4 ] + e [ r + 1 ] * c [ 9 ] + e [ r + 2 ] * c [ 14 ] + e [ r + 3 ] * c [ 19 ] + e [ r + 4 ] } return g } ; ( function ( e ) { e . Vd = e . Vd || [ ] ; e . Vd . push ( function ( ) { function c ( t ) { if ( ! t || ! t . length ) return [ ] ; for ( var F = [ ] , P = 0 ; P < t . length ; P += 5 ) { var X = e . LTRBRect ( t [ P ] , t [ P + 1 ] , t [ P + 2 ] , t [ P + 3 ] ) ; X . direction = 0 === t [ P + 4 ] ? e . TextDirection . RTL : e . TextDirection . LTR ; F . push ( X ) } e . _free ( t . byteOffset ) ;
return F } function g ( t ) { t = t || { } ; void 0 === t . weight && ( t . weight = e . FontWeight . Normal ) ; t . width = t . width || e . FontWidth . Normal ; t . slant = t . slant || e . FontSlant . Upright ; return t } function l ( t ) { if ( ! t || ! t . length ) return V ; for ( var F = [ ] , P = 0 ; P < t . length ; P ++ ) { var X = r ( t [ P ] ) ; F . push ( X ) } return v ( F , "HEAPU32" ) } function r ( t ) { if ( J [ t ] ) return J [ t ] ; var F = oa ( t ) + 1 , P = e . _malloc ( F ) ; pa ( t , K , P , F ) ; return J [ t ] = P } function y ( t ) { t . _colorPtr = z ( t . color ) ; t . _foregroundColorPtr = V ; t . _backgroundColorPtr = V ; t . _decorationColorPtr = V ; t . foregroundColor && ( t . _foregroundColorPtr =
z ( t . foregroundColor , Q ) ) ; t . backgroundColor && ( t . _backgroundColorPtr = z ( t . backgroundColor , O ) ) ; t . decorationColor && ( t . _decorationColorPtr = z ( t . decorationColor , W ) ) ; Array . isArray ( t . fontFamilies ) && t . fontFamilies . length ? ( t . _fontFamiliesPtr = l ( t . fontFamilies ) , t . _fontFamiliesLen = t . fontFamilies . length ) : ( t . _fontFamiliesPtr = V , t . _fontFamiliesLen = 0 ) ; if ( t . locale ) { var F = t . locale ; t . _localePtr = r ( F ) ; t . _localeLen = oa ( F ) + 1 } else t . _localePtr = V , t . _localeLen = 0 ; if ( Array . isArray ( t . shadows ) && t . shadows . length ) { F = t . shadows ; var P = F . map ( function ( ba ) { return ba . color ||
e . BLACK } ) , X = F . map ( function ( ba ) { return ba . blurRadius || 0 } ) ; t . _shadowLen = F . length ; for ( var ia = e . _malloc ( 8 * F . length ) , la = ia / 4 , qa = 0 ; qa < F . length ; qa ++ ) { var sa = F [ qa ] . offset || [ 0 , 0 ] ; e . HEAPF32 [ la ] = sa [ 0 ] ; e . HEAPF32 [ la + 1 ] = sa [ 1 ] ; la += 2 } t . _shadowColorsPtr = D ( P ) . ce ; t . _shadowOffsetsPtr = ia ; t . _shadowBlurRadiiPtr = v ( X , "HEAPF32" ) } else t . _shadowLen = 0 , t . _shadowColorsPtr = V , t . _shadowOffsetsPtr = V , t . _shadowBlurRadiiPtr = V ; Array . isArray ( t . fontFeatures ) && t . fontFeatures . length ? ( F = t . fontFeatures , P = F . map ( function ( ba ) { return ba . name } ) ,
X = F . map ( function ( ba ) { return ba . value } ) , t . _fontFeatureLen = F . length , t . _fontFeatureNamesPtr = l ( P ) , t . _fontFeatureValuesPtr = v ( X , "HEAPU32" ) ) : ( t . _fontFeatureLen = 0 , t . _fontFeatureNamesPtr = V , t . _fontFeatureValuesPtr = V ) ; Array . isArray ( t . fontVariations ) && t . fontVariations . length ? ( F = t . fontVariations , P = F . map ( function ( ba ) { return ba . axis } ) , X = F . map ( function ( ba ) { return ba . value } ) , t . _fontVariationLen = F . length , t . _fontVariationAxesPtr = l ( P ) , t . _fontVariationValuesPtr = v ( X , "HEAPF32" ) ) : ( t . _fontVariationLen = 0 , t . _fontVariationAxesPtr =
V , t . _fontVariationValuesPtr = V ) } function C ( t ) { e . _free ( t . _fontFamiliesPtr ) ; e . _free ( t . _shadowColorsPtr ) ; e . _free ( t . _shadowOffsetsPtr ) ; e . _free ( t . _shadowBlurRadiiPtr ) ; e . _free ( t . _fontFeatureNamesPtr ) ; e . _free ( t . _fontFeatureValuesPtr ) } e . Paragraph . prototype . getRectsForRange = function ( t , F , P , X ) { t = this . _getRectsForRange ( t , F , P , X ) ; return c ( t ) } ; e . Paragraph . prototype . getRectsForPlaceholders = function ( ) { var t = this . _getRectsForPlaceholders ( ) ; return c ( t ) } ; e . TypefaceFontProvider . prototype . registerFont = function ( t , F ) { t = e . Typeface . MakeFreeTypeFaceFromData ( t ) ;
if ( ! t ) return null ; F = r ( F ) ; this . _registerFont ( t , F ) } ; e . ParagraphStyle = function ( t ) { t . disableHinting = t . disableHinting || ! 1 ; if ( t . ellipsis ) { var F = t . ellipsis ; t . _ellipsisPtr = r ( F ) ; t . _ellipsisLen = oa ( F ) + 1 } else t . _ellipsisPtr = V , t . _ellipsisLen = 0 ; null == t . heightMultiplier && ( t . heightMultiplier = - 1 ) ; t . maxLines = t . maxLines || 0 ; t . replaceTabCharacters = t . replaceTabCharacters || ! 1 ; F = ( F = t . strutStyle ) || { } ; F . strutEnabled = F . strutEnabled || ! 1 ; F . strutEnabled && Array . isArray ( F . fontFamilies ) && F . fontFamilies . length ? ( F . _fontFamiliesPtr =
l ( F . fontFamilies ) , F . _fontFamiliesLen = F . fontFamilies . length ) : ( F . _fontFamiliesPtr = V , F . _fontFamiliesLen = 0 ) ; F . fontStyle = g ( F . fontStyle ) ; null == F . fontSize && ( F . fontSize = - 1 ) ; null == F . heightMultiplier && ( F . heightMultiplier = - 1 ) ; F . halfLeading = F . halfLeading || ! 1 ; F . leading = F . leading || 0 ; F . forceStrutHeight = F . forceStrutHeight || ! 1 ; t . strutStyle = F ; t . textAlign = t . textAlign || e . TextAlign . Start ; t . textDirection = t . textDirection || e . TextDirection . LTR ; t . textHeightBehavior = t . textHeightBehavior || e . TextHeightBehavior . All ; t . textStyle =
e . TextStyle ( t . textStyle ) ; return t } ; e . TextStyle = function ( t ) { t . color || ( t . color = e . BLACK ) ; t . decoration = t . decoration || 0 ; t . decorationThickness = t . decorationThickness || 0 ; t . decorationStyle = t . decorationStyle || e . DecorationStyle . Solid ; t . textBaseline = t . textBaseline || e . TextBaseline . Alphabetic ; null == t . fontSize && ( t . fontSize = - 1 ) ; t . letterSpacing = t . letterSpacing || 0 ; t . wordSpacing = t . wordSpacing || 0 ; null == t . heightMultiplier && ( t . heightMultiplier = - 1 ) ; t . halfLeading = t . halfLeading || ! 1 ; t . fontStyle = g ( t . fontStyle ) ; return t } ; var J =
{ } , Q = e . _malloc ( 16 ) , O = e . _malloc ( 16 ) , W = e . _malloc ( 16 ) ; e . ParagraphBuilder . Make = function ( t , F ) { y ( t . textStyle ) ; F = e . ParagraphBuilder . _Make ( t , F ) ; C ( t . textStyle ) ; return F } ; e . ParagraphBuilder . MakeFromFontProvider = function ( t , F ) { y ( t . textStyle ) ; F = e . ParagraphBuilder . _MakeFromFontProvider ( t , F ) ; C ( t . textStyle ) ; return F } ; e . ParagraphBuilder . ShapeText = function ( t , F , P ) { let X = 0 ; for ( const ia of F ) X += ia . length ; if ( X !== t . length ) throw "Accumulated block lengths must equal text.length" ; return e . ParagraphBuilder . _ShapeText ( t , F , P ) } ;
e . ParagraphBuilder . prototype . pushStyle = function ( t ) { y ( t ) ; this . _pushStyle ( t ) ; C ( t ) } ; e . ParagraphBuilder . prototype . pushPaintStyle = function ( t , F , P ) { y ( t ) ; this . _pushPaintStyle ( t , F , P ) ; C ( t ) } ; e . ParagraphBuilder . prototype . addPlaceholder = function ( t , F , P , X , ia ) { P = P || e . PlaceholderAlignment . Baseline ; X = X || e . TextBaseline . Alphabetic ; this . _addPlaceholder ( t || 0 , F || 0 , P , X , ia || 0 ) } ; e . ParagraphBuilder . prototype . buildWithClientInfo = function ( t , F , P , X ) { var ia = v ( t , "HEAPU32" ) , la = v ( F , "HEAPU32" ) , qa = v ( P , "HEAPU32" ) , sa = v ( X , "HEAPU32" ) , ba =
this . _buildWithClientInfo ( ia , t && t . length || 0 , la , F && F . length || 0 , qa , P && P . length || 0 , sa , X && X . length || 0 ) ; q ( ia , t ) ; q ( la , F ) ; q ( qa , P ) ; q ( sa , X ) ; return ba } } ) } ) ( w ) ; a . Vd = a . Vd || [ ] ; a . Vd . push ( function ( ) { a . Path . prototype . op = function ( e , c ) { return this . _op ( e , c ) ? this : null } ; a . Path . prototype . simplify = function ( ) { return this . _simplify ( ) ? this : null } } ) ; a . Vd = a . Vd || [ ] ; a . Vd . push ( function ( ) { a . Canvas . prototype . drawText = function ( e , c , g , l , r ) { var y = oa ( e ) , C = a . _malloc ( y + 1 ) ; pa ( e , K , C , y + 1 ) ; this . _drawSimpleText ( C , y , c , g , r , l ) ; a . _free ( C ) } ; a . Canvas . prototype . drawGlyphs =
function ( e , c , g , l , r , y ) { if ( ! ( 2 * e . length <= c . length ) ) throw "Not enough positions for the array of gyphs" ; a . Od ( this . Md ) ; const C = v ( e , "HEAPU16" ) , J = v ( c , "HEAPF32" ) ; this . _drawGlyphs ( e . length , C , J , g , l , r , y ) ; q ( J , c ) ; q ( C , e ) } ; a . Font . prototype . getGlyphBounds = function ( e , c , g ) { var l = v ( e , "HEAPU16" ) , r = a . _malloc ( 16 * e . length ) ; this . _getGlyphWidthBounds ( l , e . length , V , r , c || null ) ; c = new Float32Array ( a . HEAPU8 . buffer , r , 4 * e . length ) ; q ( l , e ) ; if ( g ) return g . set ( c ) , a . _free ( r ) , g ; e = Float32Array . from ( c ) ; a . _free ( r ) ; return e } ; a . Font . prototype . getGlyphIDs =
function ( e , c , g ) { c || ( c = e . length ) ; var l = oa ( e ) + 1 , r = a . _malloc ( l ) ; pa ( e , K , r , l ) ; e = a . _malloc ( 2 * c ) ; c = this . _getGlyphIDs ( r , l - 1 , c , e ) ; a . _free ( r ) ; if ( 0 > c ) return a . _free ( e ) , null ; r = new Uint16Array ( a . HEAPU8 . buffer , e , c ) ; if ( g ) return g . set ( r ) , a . _free ( e ) , g ; g = Uint16Array . from ( r ) ; a . _free ( e ) ; return g } ; a . Font . prototype . getGlyphIntercepts = function ( e , c , g , l ) { var r = v ( e , "HEAPU16" ) , y = v ( c , "HEAPF32" ) ; return this . _getGlyphIntercepts ( r , e . length , ! ( e && e . _ck ) , y , c . length , ! ( c && c . _ck ) , g , l ) } ; a . Font . prototype . getGlyphWidths = function ( e , c , g ) { var l =
v ( e , "HEAPU16" ) , r = a . _malloc ( 4 * e . length ) ; this . _getGlyphWidthBounds ( l , e . length , r , V , c || null ) ; c = new Float32Array ( a . HEAPU8 . buffer , r , e . length ) ; q ( l , e ) ; if ( g ) return g . set ( c ) , a . _free ( r ) , g ; e = Float32Array . from ( c ) ; a . _free ( r ) ; return e } ; a . FontMgr . FromData = function ( ) { if ( ! arguments . length ) return null ; var e = arguments ; 1 === e . length && Array . isArray ( e [ 0 ] ) && ( e = arguments [ 0 ] ) ; if ( ! e . length ) return null ; for ( var c = [ ] , g = [ ] , l = 0 ; l < e . length ; l ++ ) { var r = new Uint8Array ( e [ l ] ) , y = v ( r , "HEAPU8" ) ; c . push ( y ) ; g . push ( r . byteLength ) } c = v ( c , "HEAPU32" ) ;
g = v ( g , "HEAPU32" ) ; e = a . FontMgr . _fromData ( c , g , e . length ) ; a . _free ( c ) ; a . _free ( g ) ; return e } ; a . Typeface . MakeFreeTypeFaceFromData = function ( e ) { e = new Uint8Array ( e ) ; var c = v ( e , "HEAPU8" ) ; return ( e = a . Typeface . _MakeFreeTypeFaceFromData ( c , e . byteLength ) ) ? e : null } ; a . Typeface . prototype . getGlyphIDs = function ( e , c , g ) { c || ( c = e . length ) ; var l = oa ( e ) + 1 , r = a . _malloc ( l ) ; pa ( e , K , r , l ) ; e = a . _malloc ( 2 * c ) ; c = this . _getGlyphIDs ( r , l - 1 , c , e ) ; a . _free ( r ) ; if ( 0 > c ) return a . _free ( e ) , null ; r = new Uint16Array ( a . HEAPU8 . buffer , e , c ) ; if ( g ) return g . set ( r ) , a . _free ( e ) ,
g ; g = Uint16Array . from ( r ) ; a . _free ( e ) ; return g } ; a . TextBlob . MakeOnPath = function ( e , c , g , l ) { if ( e && e . length && c && c . countPoints ( ) ) { if ( 1 === c . countPoints ( ) ) return this . MakeFromText ( e , g ) ; l || ( l = 0 ) ; var r = g . getGlyphIDs ( e ) ; r = g . getGlyphWidths ( r ) ; var y = [ ] ; c = new a . ContourMeasureIter ( c , ! 1 , 1 ) ; for ( var C = c . next ( ) , J = new Float32Array ( 4 ) , Q = 0 ; Q < e . length && C ; Q ++ ) { var O = r [ Q ] ; l += O / 2 ; if ( l > C . length ( ) ) { C . delete ( ) ; C = c . next ( ) ; if ( ! C ) { e = e . substring ( 0 , Q ) ; break } l = O / 2 } C . getPosTan ( l , J ) ; var W = J [ 2 ] , t = J [ 3 ] ; y . push ( W , t , J [ 0 ] - O / 2 * W , J [ 1 ] - O / 2 * t ) ; l +=
O / 2 } e = this . MakeFromRSXform ( e , y , g ) ; C && C . delete ( ) ; c . delete ( ) ; return e } } ; a . TextBlob . MakeFromRSXform = function ( e , c , g ) { var l = oa ( e ) + 1 , r = a . _malloc ( l ) ; pa ( e , K , r , l ) ; e = v ( c , "HEAPF32" ) ; g = a . TextBlob . _MakeFromRSXform ( r , l - 1 , e , g ) ; a . _free ( r ) ; return g ? g : null } ; a . TextBlob . MakeFromRSXformGlyphs = function ( e , c , g ) { var l = v ( e , "HEAPU16" ) ; c = v ( c , "HEAPF32" ) ; g = a . TextBlob . _MakeFromRSXformGlyphs ( l , 2 * e . length , c , g ) ; q ( l , e ) ; return g ? g : null } ; a . TextBlob . MakeFromGlyphs = function ( e , c ) { var g = v ( e , "HEAPU16" ) ; c = a . TextBlob . _MakeFromGlyphs ( g , 2 * e . length ,
c ) ; q ( g , e ) ; return c ? c : null } ; a . TextBlob . MakeFromText = function ( e , c ) { var g = oa ( e ) + 1 , l = a . _malloc ( g ) ; pa ( e , K , l , g ) ; e = a . TextBlob . _MakeFromText ( l , g - 1 , c ) ; a . _free ( l ) ; return e ? e : null } ; a . MallocGlyphIDs = function ( e ) { return a . Malloc ( Uint16Array , e ) } } ) ; a . Vd = a . Vd || [ ] ; a . Vd . push ( function ( ) { a . MakePicture = function ( e ) { e = new Uint8Array ( e ) ; var c = a . _malloc ( e . byteLength ) ; a . HEAPU8 . set ( e , c ) ; return ( e = a . _MakePicture ( c , e . byteLength ) ) ? e : null } } ) ; ( function ( ) { function e ( H ) { for ( var k = 0 ; k < H . length ; k ++ ) if ( void 0 !== H [ k ] && ! Number . isFinite ( H [ k ] ) ) return ! 1 ;
return ! 0 } function c ( H ) { var k = a . getColorComponents ( H ) ; H = k [ 0 ] ; var p = k [ 1 ] , A = k [ 2 ] ; k = k [ 3 ] ; if ( 1 === k ) return H = H . toString ( 16 ) . toLowerCase ( ) , p = p . toString ( 16 ) . toLowerCase ( ) , A = A . toString ( 16 ) . toLowerCase ( ) , H = 1 === H . length ? "0" + H : H , p = 1 === p . length ? "0" + p : p , A = 1 === A . length ? "0" + A : A , "#" + H + p + A ; k = 0 === k || 1 === k ? k : k . toFixed ( 8 ) ; return "rgba(" + H + ", " + p + ", " + A + ", " + k + ")" } function g ( H ) { return a . parseColorString ( H , qa ) } function l ( H ) { H = sa . exec ( H ) ; if ( ! H ) return null ; var k = parseFloat ( H [ 4 ] ) , p = 16 ; switch ( H [ 5 ] ) { case "em" : case "rem" : p = 16 *
k ; break ; case "pt" : p = 4 * k / 3 ; break ; case "px" : p = k ; break ; case "pc" : p = 16 * k ; break ; case "in" : p = 96 * k ; break ; case "cm" : p = 96 * k / 2.54 ; break ; case "mm" : p = 96 / 25.4 * k ; break ; case "q" : p = 96 / 25.4 / 4 * k ; break ; case "%" : p = 16 / 75 * k } return { style : H [ 1 ] , variant : H [ 2 ] , weight : H [ 3 ] , sizePx : p , family : H [ 6 ] . trim ( ) } } function r ( H ) { this . Nd = H ; this . Qd = new a . Paint ; this . Qd . setAntiAlias ( ! 0 ) ; this . Qd . setStrokeMiter ( 10 ) ; this . Qd . setStrokeCap ( a . StrokeCap . Butt ) ; this . Qd . setStrokeJoin ( a . StrokeJoin . Miter ) ; this . Qe = "10px monospace" ; this . ne = new a . Font ( null , 10 ) ;
this . ne . setSubpixel ( ! 0 ) ; this . be = this . he = a . BLACK ; this . we = 0 ; this . Je = a . TRANSPARENT ; this . ye = this . xe = 0 ; this . Ke = this . ke = 1 ; this . Ie = 0 ; this . ve = [ ] ; this . Pd = a . BlendMode . SrcOver ; this . Qd . setStrokeWidth ( this . Ke ) ; this . Qd . setBlendMode ( this . Pd ) ; this . Sd = new a . Path ; this . Ud = a . Matrix . identity ( ) ; this . mf = [ ] ; this . Ce = [ ] ; this . me = function ( ) { this . Sd . delete ( ) ; this . Qd . delete ( ) ; this . ne . delete ( ) ; this . Ce . forEach ( function ( k ) { k . me ( ) } ) } ; Object . defineProperty ( this , "currentTransform" , { enumerable : ! 0 , get : function ( ) { return { a : this . Ud [ 0 ] , c : this . Ud [ 1 ] ,
e : this . Ud [ 2 ] , b : this . Ud [ 3 ] , d : this . Ud [ 4 ] , f : this . Ud [ 5 ] } } , set : function ( k ) { k . a && this . setTransform ( k . a , k . b , k . c , k . d , k . e , k . f ) } } ) ; Object . defineProperty ( this , "fillStyle" , { enumerable : ! 0 , get : function ( ) { return f ( this . be ) ? c ( this . be ) : this . be } , set : function ( k ) { "string" === typeof k ? this . be = g ( k ) : k . ue && ( this . be = k ) } } ) ; Object . defineProperty ( this , "font" , { enumerable : ! 0 , get : function ( ) { return this . Qe } , set : function ( k ) { var p = l ( k ) , A = p . family ; p . typeface = ba [ A ] ? ba [ A ] [ ( p . style || "normal" ) + "|" + ( p . variant || "normal" ) + "|" + ( p . weight || "normal" ) ] ||
ba [ A ] [ "*" ] : null ; p && ( this . ne . setSize ( p . sizePx ) , this . ne . setTypeface ( p . typeface ) , this . Qe = k ) } } ) ; Object . defineProperty ( this , "globalAlpha" , { enumerable : ! 0 , get : function ( ) { return this . ke } , set : function ( k ) { ! isFinite ( k ) || 0 > k || 1 < k || ( this . ke = k ) } } ) ; Object . defineProperty ( this , "globalCompositeOperation" , { enumerable : ! 0 , get : function ( ) { switch ( this . Pd ) { case a . BlendMode . SrcOver : return "source-over" ; case a . BlendMode . DstOver : return "destination-over" ; case a . BlendMode . Src : return "copy" ; case a . BlendMode . Dst : return "destination" ;
case a . BlendMode . Clear : return "clear" ; case a . BlendMode . SrcIn : return "source-in" ; case a . BlendMode . DstIn : return "destination-in" ; case a . BlendMode . SrcOut : return "source-out" ; case a . BlendMode . DstOut : return "destination-out" ; case a . BlendMode . SrcATop : return "source-atop" ; case a . BlendMode . DstATop : return "destination-atop" ; case a . BlendMode . Xor : return "xor" ; case a . BlendMode . Plus : return "lighter" ; case a . BlendMode . Multiply : return "multiply" ; case a . BlendMode . Screen : return "screen" ; case a . BlendMode . Overlay : return "overlay" ;
case a . BlendMode . Darken : return "darken" ; case a . BlendMode . Lighten : return "lighten" ; case a . BlendMode . ColorDodge : return "color-dodge" ; case a . BlendMode . ColorBurn : return "color-burn" ; case a . BlendMode . HardLight : return "hard-light" ; case a . BlendMode . SoftLight : return "soft-light" ; case a . BlendMode . Difference : return "difference" ; case a . BlendMode . Exclusion : return "exclusion" ; case a . BlendMode . Hue : return "hue" ; case a . BlendMode . Saturation : return "saturation" ; case a . BlendMode . Color : return "color" ; case a . BlendMode . Luminosity : return "luminosity" } } ,
set : function ( k ) { switch ( k ) { case "source-over" : this . Pd = a . BlendMode . SrcOver ; break ; case "destination-over" : this . Pd = a . BlendMode . DstOver ; break ; case "copy" : this . Pd = a . BlendMode . Src ; break ; case "destination" : this . Pd = a . BlendMode . Dst ; break ; case "clear" : this . Pd = a . BlendMode . Clear ; break ; case "source-in" : this . Pd = a . BlendMode . SrcIn ; break ; case "destination-in" : this . Pd = a . BlendMode . DstIn ; break ; case "source-out" : this . Pd = a . BlendMode . SrcOut ; break ; case "destination-out" : this . Pd = a . BlendMode . DstOut ; break ; case "source-atop" : this . Pd =
a . BlendMode . SrcATop ; break ; case "destination-atop" : this . Pd = a . BlendMode . DstATop ; break ; case "xor" : this . Pd = a . BlendMode . Xor ; break ; case "lighter" : this . Pd = a . BlendMode . Plus ; break ; case "plus-lighter" : this . Pd = a . BlendMode . Plus ; break ; case "plus-darker" : throw "plus-darker is not supported" ; case "multiply" : this . Pd = a . BlendMode . Multiply ; break ; case "screen" : this . Pd = a . BlendMode . Screen ; break ; case "overlay" : this . Pd = a . BlendMode . Overlay ; break ; case "darken" : this . Pd = a . BlendMode . Darken ; break ; case "lighten" : this . Pd = a . BlendMode . Lighten ;
break ; case "color-dodge" : this . Pd = a . BlendMode . ColorDodge ; break ; case "color-burn" : this . Pd = a . BlendMode . ColorBurn ; break ; case "hard-light" : this . Pd = a . BlendMode . HardLight ; break ; case "soft-light" : this . Pd = a . BlendMode . SoftLight ; break ; case "difference" : this . Pd = a . BlendMode . Difference ; break ; case "exclusion" : this . Pd = a . BlendMode . Exclusion ; break ; case "hue" : this . Pd = a . BlendMode . Hue ; break ; case "saturation" : this . Pd = a . BlendMode . Saturation ; break ; case "color" : this . Pd = a . BlendMode . Color ; break ; case "luminosity" : this . Pd = a . BlendMode . Luminosity ;
break ; default : return } this . Qd . setBlendMode ( this . Pd ) } } ) ; Object . defineProperty ( this , "imageSmoothingEnabled" , { enumerable : ! 0 , get : function ( ) { return ! 0 } , set : function ( ) { } } ) ; Object . defineProperty ( this , "imageSmoothingQuality" , { enumerable : ! 0 , get : function ( ) { return "high" } , set : function ( ) { } } ) ; Object . defineProperty ( this , "lineCap" , { enumerable : ! 0 , get : function ( ) { switch ( this . Qd . getStrokeCap ( ) ) { case a . StrokeCap . Butt : return "butt" ; case a . StrokeCap . Round : return "round" ; case a . StrokeCap . Square : return "square" } } , set : function ( k ) { switch ( k ) { case "butt" : this . Qd . setStrokeCap ( a . StrokeCap . Butt ) ;
break ; case "round" : this . Qd . setStrokeCap ( a . StrokeCap . Round ) ; break ; case "square" : this . Qd . setStrokeCap ( a . StrokeCap . Square ) } } } ) ; Object . defineProperty ( this , "lineDashOffset" , { enumerable : ! 0 , get : function ( ) { return this . Ie } , set : function ( k ) { isFinite ( k ) && ( this . Ie = k ) } } ) ; Object . defineProperty ( this , "lineJoin" , { enumerable : ! 0 , get : function ( ) { switch ( this . Qd . getStrokeJoin ( ) ) { case a . StrokeJoin . Miter : return "miter" ; case a . StrokeJoin . Round : return "round" ; case a . StrokeJoin . Bevel : return "bevel" } } , set : function ( k ) { switch ( k ) { case "miter" : this . Qd . setStrokeJoin ( a . StrokeJoin . Miter ) ;
break ; case "round" : this . Qd . setStrokeJoin ( a . StrokeJoin . Round ) ; break ; case "bevel" : this . Qd . setStrokeJoin ( a . StrokeJoin . Bevel ) } } } ) ; Object . defineProperty ( this , "lineWidth" , { enumerable : ! 0 , get : function ( ) { return this . Qd . getStrokeWidth ( ) } , set : function ( k ) { 0 >= k || ! k || ( this . Ke = k , this . Qd . setStrokeWidth ( k ) ) } } ) ; Object . defineProperty ( this , "miterLimit" , { enumerable : ! 0 , get : function ( ) { return this . Qd . getStrokeMiter ( ) } , set : function ( k ) { 0 >= k || ! k || this . Qd . setStrokeMiter ( k ) } } ) ; Object . defineProperty ( this , "shadowBlur" , { enumerable : ! 0 ,
get : function ( ) { return this . we } , set : function ( k ) { 0 > k || ! isFinite ( k ) || ( this . we = k ) } } ) ; Object . defineProperty ( this , "shadowColor" , { enumerable : ! 0 , get : function ( ) { return c ( this . Je ) } , set : function ( k ) { this . Je = g ( k ) } } ) ; Object . defineProperty ( this , "shadowOffsetX" , { enumerable : ! 0 , get : function ( ) { return this . xe } , set : function ( k ) { isFinite ( k ) && ( this . xe = k ) } } ) ; Object . defineProperty ( this , "shadowOffsetY" , { enumerable : ! 0 , get : function ( ) { return this . ye } , set : function ( k ) { isFinite ( k ) && ( this . ye = k ) } } ) ; Object . defineProperty ( this , "strokeStyle" ,
{ enumerable : ! 0 , get : function ( ) { return c ( this . he ) } , set : function ( k ) { "string" === typeof k ? this . he = g ( k ) : k . ue && ( this . he = k ) } } ) ; this . arc = function ( k , p , A , B , E , G ) { F ( this . Sd , k , p , A , A , 0 , B , E , G ) } ; this . arcTo = function ( k , p , A , B , E ) { O ( this . Sd , k , p , A , B , E ) } ; this . beginPath = function ( ) { this . Sd . delete ( ) ; this . Sd = new a . Path } ; this . bezierCurveTo = function ( k , p , A , B , E , G ) { var L = this . Sd ; e ( [ k , p , A , B , E , G ] ) && ( L . isEmpty ( ) && L . moveTo ( k , p ) , L . cubicTo ( k , p , A , B , E , G ) ) } ; this . clearRect = function ( k , p , A , B ) { this . Qd . setStyle ( a . PaintStyle . Fill ) ; this . Qd . setBlendMode ( a . BlendMode . Clear ) ;
this . Nd . drawRect ( a . XYWHRect ( k , p , A , B ) , this . Qd ) ; this . Qd . setBlendMode ( this . Pd ) } ; this . clip = function ( k , p ) { "string" === typeof k ? ( p = k , k = this . Sd ) : k && k . Ze && ( k = k . Wd ) ; k || ( k = this . Sd ) ; k = k . copy ( ) ; p && "evenodd" === p . toLowerCase ( ) ? k . setFillType ( a . FillType . EvenOdd ) : k . setFillType ( a . FillType . Winding ) ; this . Nd . clipPath ( k , a . ClipOp . Intersect , ! 0 ) ; k . delete ( ) } ; this . closePath = function ( ) { W ( this . Sd ) } ; this . createImageData = function ( ) { if ( 1 === arguments . length ) { var k = arguments [ 0 ] ; return new J ( new Uint8ClampedArray ( 4 * k . width * k . height ) ,
k . width , k . height ) } if ( 2 === arguments . length ) { k = arguments [ 0 ] ; var p = arguments [ 1 ] ; return new J ( new Uint8ClampedArray ( 4 * k * p ) , k , p ) } throw "createImageData expects 1 or 2 arguments, got " + arguments . length ; } ; this . createLinearGradient = function ( k , p , A , B ) { if ( e ( arguments ) ) { var E = new Q ( k , p , A , B ) ; this . Ce . push ( E ) ; return E } } ; this . createPattern = function ( k , p ) { k = new ia ( k , p ) ; this . Ce . push ( k ) ; return k } ; this . createRadialGradient = function ( k , p , A , B , E , G ) { if ( e ( arguments ) ) { var L = new la ( k , p , A , B , E , G ) ; this . Ce . push ( L ) ; return L } } ; this . drawImage =
function ( k ) { k instanceof C && ( k = k . tf ( ) ) ; var p = this . Pe ( ) ; if ( 3 === arguments . length || 5 === arguments . length ) var A = a . XYWHRect ( arguments [ 1 ] , arguments [ 2 ] , arguments [ 3 ] || k . width ( ) , arguments [ 4 ] || k . height ( ) ) , B = a . XYWHRect ( 0 , 0 , k . width ( ) , k . height ( ) ) ; else if ( 9 === arguments . length ) A = a . XYWHRect ( arguments [ 5 ] , arguments [ 6 ] , arguments [ 7 ] , arguments [ 8 ] ) , B = a . XYWHRect ( arguments [ 1 ] , arguments [ 2 ] , arguments [ 3 ] , arguments [ 4 ] ) ; else throw "invalid number of args for drawImage, need 3, 5, or 9; got " + arguments . length ; this . Nd . drawImageRect ( k ,
B , A , p , ! 1 ) ; p . dispose ( ) } ; this . ellipse = function ( k , p , A , B , E , G , L , ca ) { F ( this . Sd , k , p , A , B , E , G , L , ca ) } ; this . Pe = function ( ) { var k = this . Qd . copy ( ) ; k . setStyle ( a . PaintStyle . Fill ) ; if ( f ( this . be ) ) { var p = a . multiplyByAlpha ( this . be , this . ke ) ; k . setColor ( p ) } else p = this . be . ue ( this . Ud ) , k . setColor ( a . Color ( 0 , 0 , 0 , this . ke ) ) , k . setShader ( p ) ; k . dispose = function ( ) { this . delete ( ) } ; return k } ; this . fill = function ( k , p ) { "string" === typeof k ? ( p = k , k = this . Sd ) : k && k . Ze && ( k = k . Wd ) ; if ( "evenodd" === p ) this . Sd . setFillType ( a . FillType . EvenOdd ) ; else { if ( "nonzero" !==
p && p ) throw "invalid fill rule" ; this . Sd . setFillType ( a . FillType . Winding ) } k || ( k = this . Sd ) ; p = this . Pe ( ) ; var A = this . ze ( p ) ; A && ( this . Nd . save ( ) , this . se ( ) , this . Nd . drawPath ( k , A ) , this . Nd . restore ( ) , A . dispose ( ) ) ; this . Nd . drawPath ( k , p ) ; p . dispose ( ) } ; this . fillRect = function ( k , p , A , B ) { var E = this . Pe ( ) , G = this . ze ( E ) ; G && ( this . Nd . save ( ) , this . se ( ) , this . Nd . drawRect ( a . XYWHRect ( k , p , A , B ) , G ) , this . Nd . restore ( ) , G . dispose ( ) ) ; this . Nd . drawRect ( a . XYWHRect ( k , p , A , B ) , E ) ; E . dispose ( ) } ; this . fillText = function ( k , p , A ) { var B = this . Pe ( ) ; k = a . TextBlob . MakeFromText ( k ,
this . ne ) ; var E = this . ze ( B ) ; E && ( this . Nd . save ( ) , this . se ( ) , this . Nd . drawTextBlob ( k , p , A , E ) , this . Nd . restore ( ) , E . dispose ( ) ) ; this . Nd . drawTextBlob ( k , p , A , B ) ; k . delete ( ) ; B . dispose ( ) } ; this . getImageData = function ( k , p , A , B ) { return ( k = this . Nd . readPixels ( k , p , { width : A , height : B , colorType : a . ColorType . RGBA _8888 , alphaType : a . AlphaType . Unpremul , colorSpace : a . ColorSpace . SRGB } ) ) ? new J ( new Uint8ClampedArray ( k . buffer ) , A , B ) : null } ; this . getLineDash = function ( ) { return this . ve . slice ( ) } ; this . nf = function ( k ) { var p = a . Matrix . invert ( this . Ud ) ;
a . Matrix . mapPoints ( p , k ) ; return k } ; this . isPointInPath = function ( k , p , A ) { var B = arguments ; if ( 3 === B . length ) var E = this . Sd ; else if ( 4 === B . length ) E = B [ 0 ] , k = B [ 1 ] , p = B [ 2 ] , A = B [ 3 ] ; else throw "invalid arg count, need 3 or 4, got " + B . length ; if ( ! isFinite ( k ) || ! isFinite ( p ) ) return ! 1 ; A = A || "nonzero" ; if ( "nonzero" !== A && "evenodd" !== A ) return ! 1 ; B = this . nf ( [ k , p ] ) ; k = B [ 0 ] ; p = B [ 1 ] ; E . setFillType ( "nonzero" === A ? a . FillType . Winding : a . FillType . EvenOdd ) ; return E . contains ( k , p ) } ; this . isPointInStroke = function ( k , p ) { var A = arguments ; if ( 2 === A . length ) var B =
this . Sd ; else if ( 3 === A . length ) B = A [ 0 ] , k = A [ 1 ] , p = A [ 2 ] ; else throw "invalid arg count, need 2 or 3, got " + A . length ; if ( ! isFinite ( k ) || ! isFinite ( p ) ) return ! 1 ; A = this . nf ( [ k , p ] ) ; k = A [ 0 ] ; p = A [ 1 ] ; B = B . copy ( ) ; B . setFillType ( a . FillType . Winding ) ; B . stroke ( { width : this . lineWidth , miter _limit : this . miterLimit , cap : this . Qd . getStrokeCap ( ) , join : this . Qd . getStrokeJoin ( ) , precision : . 3 } ) ; A = B . contains ( k , p ) ; B . delete ( ) ; return A } ; this . lineTo = function ( k , p ) { P ( this . Sd , k , p ) } ; this . measureText = function ( k ) { k = this . ne . getGlyphIDs ( k ) ; k = this . ne . getGlyphWidths ( k ) ;
let p = 0 ; for ( const A of k ) p += A ; return { width : p } } ; this . moveTo = function ( k , p ) { var A = this . Sd ; e ( [ k , p ] ) && A . moveTo ( k , p ) } ; this . putImageData = function ( k , p , A , B , E , G , L ) { if ( e ( [ p , A , B , E , G , L ] ) ) if ( void 0 === B ) this . Nd . writePixels ( k . data , k . width , k . height , p , A ) ; else if ( B = B || 0 , E = E || 0 , G = G || k . width , L = L || k . height , 0 > G && ( B += G , G = Math . abs ( G ) ) , 0 > L && ( E += L , L = Math . abs ( L ) ) , 0 > B && ( G += B , B = 0 ) , 0 > E && ( L += E , E = 0 ) , ! ( 0 >= G || 0 >= L ) ) { k = a . MakeImage ( { width : k . width , height : k . height , alphaType : a . AlphaType . Unpremul , colorType : a . ColorType . RGBA _8888 , colorSpace : a . ColorSpace . SRGB } ,
k . data , 4 * k . width ) ; var ca = a . XYWHRect ( B , E , G , L ) ; p = a . XYWHRect ( p + B , A + E , G , L ) ; A = a . Matrix . invert ( this . Ud ) ; this . Nd . save ( ) ; this . Nd . concat ( A ) ; this . Nd . drawImageRect ( k , ca , p , null , ! 1 ) ; this . Nd . restore ( ) ; k . delete ( ) } } ; this . quadraticCurveTo = function ( k , p , A , B ) { var E = this . Sd ; e ( [ k , p , A , B ] ) && ( E . isEmpty ( ) && E . moveTo ( k , p ) , E . quadTo ( k , p , A , B ) ) } ; this . rect = function ( k , p , A , B ) { var E = this . Sd ; k = a . XYWHRect ( k , p , A , B ) ; e ( k ) && E . addRect ( k ) } ; this . resetTransform = function ( ) { this . Sd . transform ( this . Ud ) ; var k = a . Matrix . invert ( this . Ud ) ; this . Nd . concat ( k ) ;
this . Ud = this . Nd . getTotalMatrix ( ) } ; this . restore = function ( ) { var k = this . mf . pop ( ) ; if ( k ) { var p = a . Matrix . multiply ( this . Ud , a . Matrix . invert ( k . Gf ) ) ; this . Sd . transform ( p ) ; this . Qd . delete ( ) ; this . Qd = k . $f ; this . ve = k . Yf ; this . Ke = k . mg ; this . he = k . lg ; this . be = k . fs ; this . xe = k . jg ; this . ye = k . kg ; this . we = k . dg ; this . Je = k . ig ; this . ke = k . Nf ; this . Pd = k . Of ; this . Ie = k . Zf ; this . Qe = k . Mf ; this . Nd . restore ( ) ; this . Ud = this . Nd . getTotalMatrix ( ) } } ; this . rotate = function ( k ) { if ( isFinite ( k ) ) { var p = a . Matrix . rotated ( - k ) ; this . Sd . transform ( p ) ; this . Nd . rotate ( k /
Math . PI * 180 , 0 , 0 ) ; this . Ud = this . Nd . getTotalMatrix ( ) } } ; this . save = function ( ) { if ( this . be . te ) { var k = this . be . te ( ) ; this . Ce . push ( k ) } else k = this . be ; if ( this . he . te ) { var p = this . he . te ( ) ; this . Ce . push ( p ) } else p = this . he ; this . mf . push ( { Gf : this . Ud . slice ( ) , Yf : this . ve . slice ( ) , mg : this . Ke , lg : p , fs : k , jg : this . xe , kg : this . ye , dg : this . we , ig : this . Je , Nf : this . ke , Zf : this . Ie , Of : this . Pd , $f : this . Qd . copy ( ) , Mf : this . Qe } ) ; this . Nd . save ( ) } ; this . scale = function ( k , p ) { if ( e ( arguments ) ) { var A = a . Matrix . scaled ( 1 / k , 1 / p ) ; this . Sd . transform ( A ) ; this . Nd . scale ( k ,
p ) ; this . Ud = this . Nd . getTotalMatrix ( ) } } ; this . setLineDash = function ( k ) { for ( var p = 0 ; p < k . length ; p ++ ) if ( ! isFinite ( k [ p ] ) || 0 > k [ p ] ) return ; 1 === k . length % 2 && Array . prototype . push . apply ( k , k ) ; this . ve = k } ; this . setTransform = function ( k , p , A , B , E , G ) { e ( arguments ) && ( this . resetTransform ( ) , this . transform ( k , p , A , B , E , G ) ) } ; this . se = function ( ) { var k = a . Matrix . invert ( this . Ud ) ; this . Nd . concat ( k ) ; this . Nd . concat ( a . Matrix . translated ( this . xe , this . ye ) ) ; this . Nd . concat ( this . Ud ) } ; this . ze = function ( k ) { var p = a . multiplyByAlpha ( this . Je , this . ke ) ;
if ( ! a . getColorComponents ( p ) [ 3 ] || ! ( this . we || this . ye || this . xe ) ) return null ; k = k . copy ( ) ; k . setColor ( p ) ; var A = a . MaskFilter . MakeBlur ( a . BlurStyle . Normal , this . we / 2 , ! 1 ) ; k . setMaskFilter ( A ) ; k . dispose = function ( ) { A . delete ( ) ; this . delete ( ) } ; return k } ; this . af = function ( ) { var k = this . Qd . copy ( ) ; k . setStyle ( a . PaintStyle . Stroke ) ; if ( f ( this . he ) ) { var p = a . multiplyByAlpha ( this . he , this . ke ) ; k . setColor ( p ) } else p = this . he . ue ( this . Ud ) , k . setColor ( a . Color ( 0 , 0 , 0 , this . ke ) ) , k . setShader ( p ) ; k . setStrokeWidth ( this . Ke ) ; if ( this . ve . length ) { var A =
a . PathEffect . MakeDash ( this . ve , this . Ie ) ; k . setPathEffect ( A ) } k . dispose = function ( ) { A && A . delete ( ) ; this . delete ( ) } ; return k } ; this . stroke = function ( k ) { k = k ? k . Wd : this . Sd ; var p = this . af ( ) , A = this . ze ( p ) ; A && ( this . Nd . save ( ) , this . se ( ) , this . Nd . drawPath ( k , A ) , this . Nd . restore ( ) , A . dispose ( ) ) ; this . Nd . drawPath ( k , p ) ; p . dispose ( ) } ; this . strokeRect = function ( k , p , A , B ) { var E = this . af ( ) , G = this . ze ( E ) ; G && ( this . Nd . save ( ) , this . se ( ) , this . Nd . drawRect ( a . XYWHRect ( k , p , A , B ) , G ) , this . Nd . restore ( ) , G . dispose ( ) ) ; this . Nd . drawRect ( a . XYWHRect ( k , p , A ,
B ) , E ) ; E . dispose ( ) } ; this . strokeText = function ( k , p , A ) { var B = this . af ( ) ; k = a . TextBlob . MakeFromText ( k , this . ne ) ; var E = this . ze ( B ) ; E && ( this . Nd . save ( ) , this . se ( ) , this . Nd . drawTextBlob ( k , p , A , E ) , this . Nd . restore ( ) , E . dispose ( ) ) ; this . Nd . drawTextBlob ( k , p , A , B ) ; k . delete ( ) ; B . dispose ( ) } ; this . translate = function ( k , p ) { if ( e ( arguments ) ) { var A = a . Matrix . translated ( - k , - p ) ; this . Sd . transform ( A ) ; this . Nd . translate ( k , p ) ; this . Ud = this . Nd . getTotalMatrix ( ) } } ; this . transform = function ( k , p , A , B , E , G ) { k = [ k , A , E , p , B , G , 0 , 0 , 1 ] ; p = a . Matrix . invert ( k ) ;
this . Sd . transform ( p ) ; this . Nd . concat ( k ) ; this . Ud = this . Nd . getTotalMatrix ( ) } ; this . addHitRegion = function ( ) { } ; this . clearHitRegions = function ( ) { } ; this . drawFocusIfNeeded = function ( ) { } ; this . removeHitRegion = function ( ) { } ; this . scrollPathIntoView = function ( ) { } ; Object . defineProperty ( this , "canvas" , { value : null , writable : ! 1 } ) } function y ( H ) { this . bf = H ; this . Md = new r ( H . getCanvas ( ) ) ; this . Re = [ ] ; this . decodeImage = function ( k ) { k = a . MakeImageFromEncoded ( k ) ; if ( ! k ) throw "Invalid input" ; this . Re . push ( k ) ; return new C ( k ) } ; this . loadFont =
function ( k , p ) { k = a . Typeface . MakeFreeTypeFaceFromData ( k ) ; if ( ! k ) return null ; this . Re . push ( k ) ; var A = ( p . style || "normal" ) + "|" + ( p . variant || "normal" ) + "|" + ( p . weight || "normal" ) ; p = p . family ; ba [ p ] || ( ba [ p ] = { "*" : k } ) ; ba [ p ] [ A ] = k } ; this . makePath2D = function ( k ) { k = new X ( k ) ; this . Re . push ( k . Wd ) ; return k } ; this . getContext = function ( k ) { return "2d" === k ? this . Md : null } ; this . toDataURL = function ( k , p ) { this . bf . flush ( ) ; var A = this . bf . makeImageSnapshot ( ) ; if ( A ) { k = k || "image/png" ; var B = a . ImageFormat . PNG ; "image/jpeg" === k && ( B = a . ImageFormat . JPEG ) ;
if ( p = A . encodeToBytes ( B , p || . 92 ) ) { A . delete ( ) ; k = "data:" + k + ";base64," ; if ( "undefined" !== typeof Buffer ) p = Buffer . from ( p ) . toString ( "base64" ) ; else { A = 0 ; B = p . length ; for ( var E = "" , G ; A < B ; ) G = p . slice ( A , Math . min ( A + 32768 , B ) ) , E += String . fromCharCode . apply ( null , G ) , A += 32768 ; p = btoa ( E ) } return k + p } } } ; this . dispose = function ( ) { this . Md . me ( ) ; this . Re . forEach ( function ( k ) { k . delete ( ) } ) ; this . bf . dispose ( ) } } function C ( H ) { this . width = H . width ( ) ; this . height = H . height ( ) ; this . naturalWidth = this . width ; this . naturalHeight = this . height ; this . tf = function ( ) { return H } }
function J ( H , k , p ) { if ( ! k || 0 === p ) throw "invalid dimensions, width and height must be non-zero" ; if ( H . length % 4 ) throw "arr must be a multiple of 4" ; p = p || H . length / ( 4 * k ) ; Object . defineProperty ( this , "data" , { value : H , writable : ! 1 } ) ; Object . defineProperty ( this , "height" , { value : p , writable : ! 1 } ) ; Object . defineProperty ( this , "width" , { value : k , writable : ! 1 } ) } function Q ( H , k , p , A ) { this . Yd = null ; this . de = [ ] ; this . ae = [ ] ; this . addColorStop = function ( B , E ) { if ( 0 > B || 1 < B || ! isFinite ( B ) ) throw "offset must be between 0 and 1 inclusively" ; E = g ( E ) ;
var G = this . ae . indexOf ( B ) ; if ( - 1 !== G ) this . de [ G ] = E ; else { for ( G = 0 ; G < this . ae . length && ! ( this . ae [ G ] > B ) ; G ++ ) ; this . ae . splice ( G , 0 , B ) ; this . de . splice ( G , 0 , E ) } } ; this . te = function ( ) { var B = new Q ( H , k , p , A ) ; B . de = this . de . slice ( ) ; B . ae = this . ae . slice ( ) ; return B } ; this . me = function ( ) { this . Yd && ( this . Yd . delete ( ) , this . Yd = null ) } ; this . ue = function ( B ) { var E = [ H , k , p , A ] ; a . Matrix . mapPoints ( B , E ) ; B = E [ 0 ] ; var G = E [ 1 ] , L = E [ 2 ] ; E = E [ 3 ] ; this . me ( ) ; return this . Yd = a . Shader . MakeLinearGradient ( [ B , G ] , [ L , E ] , this . de , this . ae , a . TileMode . Clamp ) } } function O ( H ,
k , p , A , B , E ) { if ( e ( [ k , p , A , B , E ] ) ) { if ( 0 > E ) throw "radii cannot be negative" ; H . isEmpty ( ) && H . moveTo ( k , p ) ; H . arcToTangent ( k , p , A , B , E ) } } function W ( H ) { if ( ! H . isEmpty ( ) ) { var k = H . getBounds ( ) ; ( k [ 3 ] - k [ 1 ] || k [ 2 ] - k [ 0 ] ) && H . close ( ) } } function t ( H , k , p , A , B , E , G ) { G = ( G - E ) / Math . PI * 180 ; E = E / Math . PI * 180 ; k = a . LTRBRect ( k - A , p - B , k + A , p + B ) ; 1E-5 > Math . abs ( Math . abs ( G ) - 360 ) ? ( p = G / 2 , H . arcToOval ( k , E , p , ! 1 ) , H . arcToOval ( k , E + p , p , ! 1 ) ) : H . arcToOval ( k , E , G , ! 1 ) } function F ( H , k , p , A , B , E , G , L , ca ) { if ( e ( [ k , p , A , B , E , G , L ] ) ) { if ( 0 > A || 0 > B ) throw "radii cannot be negative" ;
var da = 2 * Math . PI , Ia = G % da ; 0 > Ia && ( Ia += da ) ; var bb = Ia - G ; G = Ia ; L += bb ; ! ca && L - G >= da ? L = G + da : ca && G - L >= da ? L = G - da : ! ca && G > L ? L = G + ( da - ( G - L ) % da ) : ca && G < L && ( L = G - ( da - ( L - G ) % da ) ) ; E ? ( ca = a . Matrix . rotated ( E , k , p ) , E = a . Matrix . rotated ( - E , k , p ) , H . transform ( E ) , t ( H , k , p , A , B , G , L ) , H . transform ( ca ) ) : t ( H , k , p , A , B , G , L ) } } function P ( H , k , p ) { e ( [ k , p ] ) && ( H . isEmpty ( ) && H . moveTo ( k , p ) , H . lineTo ( k , p ) ) } function X ( H ) { this . Wd = null ; this . Wd = "string" === typeof H ? a . Path . MakeFromSVGString ( H ) : H && H . Ze ? H . Wd . copy ( ) : new a . Path ; this . Ze = function ( ) { return this . Wd } ;
this . addPath = function ( k , p ) { p || ( p = { a : 1 , c : 0 , e : 0 , b : 0 , d : 1 , f : 0 } ) ; this . Wd . addPath ( k . Wd , [ p . a , p . c , p . e , p . b , p . d , p . f ] ) } ; this . arc = function ( k , p , A , B , E , G ) { F ( this . Wd , k , p , A , A , 0 , B , E , G ) } ; this . arcTo = function ( k , p , A , B , E ) { O ( this . Wd , k , p , A , B , E ) } ; this . bezierCurveTo = function ( k , p , A , B , E , G ) { var L = this . Wd ; e ( [ k , p , A , B , E , G ] ) && ( L . isEmpty ( ) && L . moveTo ( k , p ) , L . cubicTo ( k , p , A , B , E , G ) ) } ; this . closePath = function ( ) { W ( this . Wd ) } ; this . ellipse = function ( k , p , A , B , E , G , L , ca ) { F ( this . Wd , k , p , A , B , E , G , L , ca ) } ; this . lineTo = function ( k , p ) { P ( this . Wd , k , p ) } ; this . moveTo =
function ( k , p ) { var A = this . Wd ; e ( [ k , p ] ) && A . moveTo ( k , p ) } ; this . quadraticCurveTo = function ( k , p , A , B ) { var E = this . Wd ; e ( [ k , p , A , B ] ) && ( E . isEmpty ( ) && E . moveTo ( k , p ) , E . quadTo ( k , p , A , B ) ) } ; this . rect = function ( k , p , A , B ) { var E = this . Wd ; k = a . XYWHRect ( k , p , A , B ) ; e ( k ) && E . addRect ( k ) } } function ia ( H , k ) { this . Yd = null ; H instanceof C && ( H = H . tf ( ) ) ; this . Bf = H ; this . _transform = a . Matrix . identity ( ) ; "" === k && ( k = "repeat" ) ; switch ( k ) { case "repeat-x" : this . Ae = a . TileMode . Repeat ; this . Be = a . TileMode . Decal ; break ; case "repeat-y" : this . Ae = a . TileMode . Decal ;
this . Be = a . TileMode . Repeat ; break ; case "repeat" : this . Be = this . Ae = a . TileMode . Repeat ; break ; case "no-repeat" : this . Be = this . Ae = a . TileMode . Decal ; break ; default : throw "invalid repetition mode " + k ; } this . setTransform = function ( p ) { p = [ p . a , p . c , p . e , p . b , p . d , p . f , 0 , 0 , 1 ] ; e ( p ) && ( this . _transform = p ) } ; this . te = function ( ) { var p = new ia ; p . Ae = this . Ae ; p . Be = this . Be ; return p } ; this . me = function ( ) { this . Yd && ( this . Yd . delete ( ) , this . Yd = null ) } ; this . ue = function ( ) { this . me ( ) ; return this . Yd = this . Bf . makeShaderCubic ( this . Ae , this . Be , 1 / 3 , 1 / 3 , this . _transform ) } }
function la ( H , k , p , A , B , E ) { this . Yd = null ; this . de = [ ] ; this . ae = [ ] ; this . addColorStop = function ( G , L ) { if ( 0 > G || 1 < G || ! isFinite ( G ) ) throw "offset must be between 0 and 1 inclusively" ; L = g ( L ) ; var ca = this . ae . indexOf ( G ) ; if ( - 1 !== ca ) this . de [ ca ] = L ; else { for ( ca = 0 ; ca < this . ae . length && ! ( this . ae [ ca ] > G ) ; ca ++ ) ; this . ae . splice ( ca , 0 , G ) ; this . de . splice ( ca , 0 , L ) } } ; this . te = function ( ) { var G = new la ( H , k , p , A , B , E ) ; G . de = this . de . slice ( ) ; G . ae = this . ae . slice ( ) ; return G } ; this . me = function ( ) { this . Yd && ( this . Yd . delete ( ) , this . Yd = null ) } ; this . ue = function ( G ) { var L =
[ H , k , A , B ] ; a . Matrix . mapPoints ( G , L ) ; var ca = L [ 0 ] , da = L [ 1 ] , Ia = L [ 2 ] ; L = L [ 3 ] ; var bb = ( Math . abs ( G [ 0 ] ) + Math . abs ( G [ 4 ] ) ) / 2 ; G = p * bb ; bb *= E ; this . me ( ) ; return this . Yd = a . Shader . MakeTwoPointConicalGradient ( [ ca , da ] , G , [ Ia , L ] , bb , this . de , this . ae , a . TileMode . Clamp ) } } a . _testing = { } ; var qa = { aliceblue : Float32Array . of ( . 941 , . 973 , 1 , 1 ) , antiquewhite : Float32Array . of ( . 98 , . 922 , . 843 , 1 ) , aqua : Float32Array . of ( 0 , 1 , 1 , 1 ) , aquamarine : Float32Array . of ( . 498 , 1 , . 831 , 1 ) , azure : Float32Array . of ( . 941 , 1 , 1 , 1 ) , beige : Float32Array . of ( . 961 , . 961 , . 863 , 1 ) , bisque : Float32Array . of ( 1 ,
. 894 , . 769 , 1 ) , black : Float32Array . of ( 0 , 0 , 0 , 1 ) , blanchedalmond : Float32Array . of ( 1 , . 922 , . 804 , 1 ) , blue : Float32Array . of ( 0 , 0 , 1 , 1 ) , blueviolet : Float32Array . of ( . 541 , . 169 , . 886 , 1 ) , brown : Float32Array . of ( . 647 , . 165 , . 165 , 1 ) , burlywood : Float32Array . of ( . 871 , . 722 , . 529 , 1 ) , cadetblue : Float32Array . of ( . 373 , . 62 , . 627 , 1 ) , chartreuse : Float32Array . of ( . 498 , 1 , 0 , 1 ) , chocolate : Float32Array . of ( . 824 , . 412 , . 118 , 1 ) , coral : Float32Array . of ( 1 , . 498 , . 314 , 1 ) , cornflowerblue : Float32Array . of ( . 392 , . 584 , . 929 , 1 ) , cornsilk : Float32Array . of ( 1 , . 973 , . 863 , 1 ) ,
crimson : Float32Array . of ( . 863 , . 078 , . 235 , 1 ) , cyan : Float32Array . of ( 0 , 1 , 1 , 1 ) , darkblue : Float32Array . of ( 0 , 0 , . 545 , 1 ) , darkcyan : Float32Array . of ( 0 , . 545 , . 545 , 1 ) , darkgoldenrod : Float32Array . of ( . 722 , . 525 , . 043 , 1 ) , darkgray : Float32Array . of ( . 663 , . 663 , . 663 , 1 ) , darkgreen : Float32Array . of ( 0 , . 392 , 0 , 1 ) , darkgrey : Float32Array . of ( . 663 , . 663 , . 663 , 1 ) , darkkhaki : Float32Array . of ( . 741 , . 718 , . 42 , 1 ) , darkmagenta : Float32Array . of ( . 545 , 0 , . 545 , 1 ) , darkolivegreen : Float32Array . of ( . 333 , . 42 , . 184 , 1 ) , darkorange : Float32Array . of ( 1 , . 549 , 0 , 1 ) , darkorchid : Float32Array . of ( . 6 ,
. 196 , . 8 , 1 ) , darkred : Float32Array . of ( . 545 , 0 , 0 , 1 ) , darksalmon : Float32Array . of ( . 914 , . 588 , . 478 , 1 ) , darkseagreen : Float32Array . of ( . 561 , . 737 , . 561 , 1 ) , darkslateblue : Float32Array . of ( . 282 , . 239 , . 545 , 1 ) , darkslategray : Float32Array . of ( . 184 , . 31 , . 31 , 1 ) , darkslategrey : Float32Array . of ( . 184 , . 31 , . 31 , 1 ) , darkturquoise : Float32Array . of ( 0 , . 808 , . 82 , 1 ) , darkviolet : Float32Array . of ( . 58 , 0 , . 827 , 1 ) , deeppink : Float32Array . of ( 1 , . 078 , . 576 , 1 ) , deepskyblue : Float32Array . of ( 0 , . 749 , 1 , 1 ) , dimgray : Float32Array . of ( . 412 , . 412 , . 412 , 1 ) , dimgrey : Float32Array . of ( . 412 ,
. 412 , . 412 , 1 ) , dodgerblue : Float32Array . of ( . 118 , . 565 , 1 , 1 ) , firebrick : Float32Array . of ( . 698 , . 133 , . 133 , 1 ) , floralwhite : Float32Array . of ( 1 , . 98 , . 941 , 1 ) , forestgreen : Float32Array . of ( . 133 , . 545 , . 133 , 1 ) , fuchsia : Float32Array . of ( 1 , 0 , 1 , 1 ) , gainsboro : Float32Array . of ( . 863 , . 863 , . 863 , 1 ) , ghostwhite : Float32Array . of ( . 973 , . 973 , 1 , 1 ) , gold : Float32Array . of ( 1 , . 843 , 0 , 1 ) , goldenrod : Float32Array . of ( . 855 , . 647 , . 125 , 1 ) , gray : Float32Array . of ( . 502 , . 502 , . 502 , 1 ) , green : Float32Array . of ( 0 , . 502 , 0 , 1 ) , greenyellow : Float32Array . of ( . 678 , 1 , . 184 , 1 ) , grey : Float32Array . of ( . 502 ,
. 502 , . 502 , 1 ) , honeydew : Float32Array . of ( . 941 , 1 , . 941 , 1 ) , hotpink : Float32Array . of ( 1 , . 412 , . 706 , 1 ) , indianred : Float32Array . of ( . 804 , . 361 , . 361 , 1 ) , indigo : Float32Array . of ( . 294 , 0 , . 51 , 1 ) , ivory : Float32Array . of ( 1 , 1 , . 941 , 1 ) , khaki : Float32Array . of ( . 941 , . 902 , . 549 , 1 ) , lavender : Float32Array . of ( . 902 , . 902 , . 98 , 1 ) , lavenderblush : Float32Array . of ( 1 , . 941 , . 961 , 1 ) , lawngreen : Float32Array . of ( . 486 , . 988 , 0 , 1 ) , lemonchiffon : Float32Array . of ( 1 , . 98 , . 804 , 1 ) , lightblue : Float32Array . of ( . 678 , . 847 , . 902 , 1 ) , lightcoral : Float32Array . of ( . 941 , . 502 , . 502 ,
1 ) , lightcyan : Float32Array . of ( . 878 , 1 , 1 , 1 ) , lightgoldenrodyellow : Float32Array . of ( . 98 , . 98 , . 824 , 1 ) , lightgray : Float32Array . of ( . 827 , . 827 , . 827 , 1 ) , lightgreen : Float32Array . of ( . 565 , . 933 , . 565 , 1 ) , lightgrey : Float32Array . of ( . 827 , . 827 , . 827 , 1 ) , lightpink : Float32Array . of ( 1 , . 714 , . 757 , 1 ) , lightsalmon : Float32Array . of ( 1 , . 627 , . 478 , 1 ) , lightseagreen : Float32Array . of ( . 125 , . 698 , . 667 , 1 ) , lightskyblue : Float32Array . of ( . 529 , . 808 , . 98 , 1 ) , lightslategray : Float32Array . of ( . 467 , . 533 , . 6 , 1 ) , lightslategrey : Float32Array . of ( . 467 , . 533 , . 6 , 1 ) , lightsteelblue : Float32Array . of ( . 69 ,
. 769 , . 871 , 1 ) , lightyellow : Float32Array . of ( 1 , 1 , . 878 , 1 ) , lime : Float32Array . of ( 0 , 1 , 0 , 1 ) , limegreen : Float32Array . of ( . 196 , . 804 , . 196 , 1 ) , linen : Float32Array . of ( . 98 , . 941 , . 902 , 1 ) , magenta : Float32Array . of ( 1 , 0 , 1 , 1 ) , maroon : Float32Array . of ( . 502 , 0 , 0 , 1 ) , mediumaquamarine : Float32Array . of ( . 4 , . 804 , . 667 , 1 ) , mediumblue : Float32Array . of ( 0 , 0 , . 804 , 1 ) , mediumorchid : Float32Array . of ( . 729 , . 333 , . 827 , 1 ) , mediumpurple : Float32Array . of ( . 576 , . 439 , . 859 , 1 ) , mediumseagreen : Float32Array . of ( . 235 , . 702 , . 443 , 1 ) , mediumslateblue : Float32Array . of ( . 482 ,
. 408 , . 933 , 1 ) , mediumspringgreen : Float32Array . of ( 0 , . 98 , . 604 , 1 ) , mediumturquoise : Float32Array . of ( . 282 , . 82 , . 8 , 1 ) , mediumvioletred : Float32Array . of ( . 78 , . 082 , . 522 , 1 ) , midnightblue : Float32Array . of ( . 098 , . 098 , . 439 , 1 ) , mintcream : Float32Array . of ( . 961 , 1 , . 98 , 1 ) , mistyrose : Float32Array . of ( 1 , . 894 , . 882 , 1 ) , moccasin : Float32Array . of ( 1 , . 894 , . 71 , 1 ) , navajowhite : Float32Array . of ( 1 , . 871 , . 678 , 1 ) , navy : Float32Array . of ( 0 , 0 , . 502 , 1 ) , oldlace : Float32Array . of ( . 992 , . 961 , . 902 , 1 ) , olive : Float32Array . of ( . 502 , . 502 , 0 , 1 ) , olivedrab : Float32Array . of ( . 42 ,
. 557 , . 137 , 1 ) , orange : Float32Array . of ( 1 , . 647 , 0 , 1 ) , orangered : Float32Array . of ( 1 , . 271 , 0 , 1 ) , orchid : Float32Array . of ( . 855 , . 439 , . 839 , 1 ) , palegoldenrod : Float32Array . of ( . 933 , . 91 , . 667 , 1 ) , palegreen : Float32Array . of ( . 596 , . 984 , . 596 , 1 ) , paleturquoise : Float32Array . of ( . 686 , . 933 , . 933 , 1 ) , palevioletred : Float32Array . of ( . 859 , . 439 , . 576 , 1 ) , papayawhip : Float32Array . of ( 1 , . 937 , . 835 , 1 ) , peachpuff : Float32Array . of ( 1 , . 855 , . 725 , 1 ) , peru : Float32Array . of ( . 804 , . 522 , . 247 , 1 ) , pink : Float32Array . of ( 1 , . 753 , . 796 , 1 ) , plum : Float32Array . of ( . 867 , . 627 ,
. 867 , 1 ) , powderblue : Float32Array . of ( . 69 , . 878 , . 902 , 1 ) , purple : Float32Array . of ( . 502 , 0 , . 502 , 1 ) , rebeccapurple : Float32Array . of ( . 4 , . 2 , . 6 , 1 ) , red : Float32Array . of ( 1 , 0 , 0 , 1 ) , rosybrown : Float32Array . of ( . 737 , . 561 , . 561 , 1 ) , royalblue : Float32Array . of ( . 255 , . 412 , . 882 , 1 ) , saddlebrown : Float32Array . of ( . 545 , . 271 , . 075 , 1 ) , salmon : Float32Array . of ( . 98 , . 502 , . 447 , 1 ) , sandybrown : Float32Array . of ( . 957 , . 643 , . 376 , 1 ) , seagreen : Float32Array . of ( . 18 , . 545 , . 341 , 1 ) , seashell : Float32Array . of ( 1 , . 961 , . 933 , 1 ) , sienna : Float32Array . of ( . 627 , . 322 , . 176 , 1 ) ,
silver : Float32Array . of ( . 753 , . 753 , . 753 , 1 ) , skyblue : Float32Array . of ( . 529 , . 808 , . 922 , 1 ) , slateblue : Float32Array . of ( . 416 , . 353 , . 804 , 1 ) , slategray : Float32Array . of ( . 439 , . 502 , . 565 , 1 ) , slategrey : Float32Array . of ( . 439 , . 502 , . 565 , 1 ) , snow : Float32Array . of ( 1 , . 98 , . 98 , 1 ) , springgreen : Float32Array . of ( 0 , 1 , . 498 , 1 ) , steelblue : Float32Array . of ( . 275 , . 51 , . 706 , 1 ) , tan : Float32Array . of ( . 824 , . 706 , . 549 , 1 ) , teal : Float32Array . of ( 0 , . 502 , . 502 , 1 ) , thistle : Float32Array . of ( . 847 , . 749 , . 847 , 1 ) , tomato : Float32Array . of ( 1 , . 388 , . 278 , 1 ) , transparent : Float32Array . of ( 0 ,
0 , 0 , 0 ) , turquoise : Float32Array . of ( . 251 , . 878 , . 816 , 1 ) , violet : Float32Array . of ( . 933 , . 51 , . 933 , 1 ) , wheat : Float32Array . of ( . 961 , . 871 , . 702 , 1 ) , white : Float32Array . of ( 1 , 1 , 1 , 1 ) , whitesmoke : Float32Array . of ( . 961 , . 961 , . 961 , 1 ) , yellow : Float32Array . of ( 1 , 1 , 0 , 1 ) , yellowgreen : Float32Array . of ( . 604 , . 804 , . 196 , 1 ) } ; a . _testing . parseColor = g ; a . _testing . colorToString = c ; var sa = RegExp ( "(italic|oblique|normal|)\\s*(small-caps|normal|)\\s*(bold|bolder|lighter|[1-9]00|normal|)\\s*([\\d\\.]+)(px|pt|pc|in|cm|mm|%|em|ex|ch|rem|q)(.+)" ) , ba =
{ "Noto Mono" : { "*" : null } , monospace : { "*" : null } } ; a . _testing . parseFontString = l ; a . MakeCanvas = function ( H , k ) { return ( H = a . MakeSurface ( H , k ) ) ? new y ( H ) : null } ; a . ImageData = function ( ) { if ( 2 === arguments . length ) { var H = arguments [ 0 ] , k = arguments [ 1 ] ; return new J ( new Uint8ClampedArray ( 4 * H * k ) , H , k ) } if ( 3 === arguments . length ) { var p = arguments [ 0 ] ; if ( p . prototype . constructor !== Uint8ClampedArray ) throw "bytes must be given as a Uint8ClampedArray" ; H = arguments [ 1 ] ; k = arguments [ 2 ] ; if ( p % 4 ) throw "bytes must be given in a multiple of 4" ; if ( p %
H ) throw "bytes must divide evenly by width" ; if ( k && k !== p / ( 4 * H ) ) throw "invalid height given" ; return new J ( p , H , p / ( 4 * H ) ) } throw "invalid number of arguments - takes 2 or 3, saw " + arguments . length ; } } ) ( ) } ) ( w ) ; var ta = Object . assign ( { } , w ) , ua = "./this.program" , wa = ( a , b ) => { throw b ; } , xa = "object" == typeof window , ya = "function" == typeof importScripts , za = "object" == typeof process && "object" == typeof process . versions && "string" == typeof process . versions . node , Aa = "" , Ba , Ca , Da , fs , Ea , Fa ;
if ( za ) Aa = ya ? require ( "path" ) . dirname ( Aa ) + "/" : _ _dirname + "/" , Fa = ( ) => { Ea || ( fs = require ( "fs" ) , Ea = require ( "path" ) ) } , Ba = function ( a , b ) { Fa ( ) ; a = Ea . normalize ( a ) ; return fs . readFileSync ( a , b ? void 0 : "utf8" ) } , Da = a => { a = Ba ( a , ! 0 ) ; a . buffer || ( a = new Uint8Array ( a ) ) ; return a } , Ca = ( a , b , d ) => { Fa ( ) ; a = Ea . normalize ( a ) ; fs . readFile ( a , function ( f , h ) { f ? d ( f ) : b ( h . buffer ) } ) } , 1 < process . argv . length && ( ua = process . argv [ 1 ] . replace ( /\\/g , "/" ) ) , process . argv . slice ( 2 ) , process . on ( "unhandledRejection" , function ( a ) { throw a ; } ) , wa = ( a , b ) => { if ( noExitRuntime ) throw process . exitCode =
a , b ; b instanceof Ga || Ja ( "exiting due to exception: " + b ) ; process . exit ( a ) } , w . inspect = function ( ) { return "[Emscripten Module object]" } ; else if ( xa || ya ) ya ? Aa = self . location . href : "undefined" != typeof document && document . currentScript && ( Aa = document . currentScript . src ) , _scriptDir && ( Aa = _scriptDir ) , 0 !== Aa . indexOf ( "blob:" ) ? Aa = Aa . substr ( 0 , Aa . replace ( /[?#].*/ , "" ) . lastIndexOf ( "/" ) + 1 ) : Aa = "" , Ba = a => { var b = new XMLHttpRequest ; b . open ( "GET" , a , ! 1 ) ; b . send ( null ) ; return b . responseText } , ya && ( Da = a => { var b = new XMLHttpRequest ; b . open ( "GET" ,
a , ! 1 ) ; b . responseType = "arraybuffer" ; b . send ( null ) ; return new Uint8Array ( b . response ) } ) , Ca = ( a , b , d ) => { var f = new XMLHttpRequest ; f . open ( "GET" , a , ! 0 ) ; f . responseType = "arraybuffer" ; f . onload = ( ) => { 200 == f . status || 0 == f . status && f . response ? b ( f . response ) : d ( ) } ; f . onerror = d ; f . send ( null ) } ; var Ka = w . print || console . log . bind ( console ) , Ja = w . printErr || console . warn . bind ( console ) ; Object . assign ( w , ta ) ; ta = null ; w . thisProgram && ( ua = w . thisProgram ) ; w . quit && ( wa = w . quit ) ; var La = 0 , Ma ; w . wasmBinary && ( Ma = w . wasmBinary ) ;
var noExitRuntime = w . noExitRuntime || ! 0 ; "object" != typeof WebAssembly && Na ( "no native wasm support detected" ) ; var Qa , Ra = ! 1 , Sa = "undefined" != typeof TextDecoder ? new TextDecoder ( "utf8" ) : void 0 ;
function Ta ( a , b , d ) { var f = b + d ; for ( d = b ; a [ d ] && ! ( d >= f ) ; ) ++ d ; if ( 16 < d - b && a . buffer && Sa ) return Sa . decode ( a . subarray ( b , d ) ) ; for ( f = "" ; b < d ; ) { var h = a [ b ++ ] ; if ( h & 128 ) { var m = a [ b ++ ] & 63 ; if ( 192 == ( h & 224 ) ) f += String . fromCharCode ( ( h & 31 ) << 6 | m ) ; else { var u = a [ b ++ ] & 63 ; h = 224 == ( h & 240 ) ? ( h & 15 ) << 12 | m << 6 | u : ( h & 7 ) << 18 | m << 12 | u << 6 | a [ b ++ ] & 63 ; 65536 > h ? f += String . fromCharCode ( h ) : ( h -= 65536 , f += String . fromCharCode ( 55296 | h >> 10 , 56320 | h & 1023 ) ) } } else f += String . fromCharCode ( h ) } return f } function Va ( a , b ) { return a ? Ta ( K , a , b ) : "" }
function pa ( a , b , d , f ) { if ( ! ( 0 < f ) ) return 0 ; var h = d ; f = d + f - 1 ; for ( var m = 0 ; m < a . length ; ++ m ) { var u = a . charCodeAt ( m ) ; if ( 55296 <= u && 57343 >= u ) { var n = a . charCodeAt ( ++ m ) ; u = 65536 + ( ( u & 1023 ) << 10 ) | n & 1023 } if ( 127 >= u ) { if ( d >= f ) break ; b [ d ++ ] = u } else { if ( 2047 >= u ) { if ( d + 1 >= f ) break ; b [ d ++ ] = 192 | u >> 6 } else { if ( 65535 >= u ) { if ( d + 2 >= f ) break ; b [ d ++ ] = 224 | u >> 12 } else { if ( d + 3 >= f ) break ; b [ d ++ ] = 240 | u >> 18 ; b [ d ++ ] = 128 | u >> 12 & 63 } b [ d ++ ] = 128 | u >> 6 & 63 } b [ d ++ ] = 128 | u & 63 } } b [ d ] = 0 ; return d - h }
function oa ( a ) { for ( var b = 0 , d = 0 ; d < a . length ; ++ d ) { var f = a . charCodeAt ( d ) ; 55296 <= f && 57343 >= f && ( f = 65536 + ( ( f & 1023 ) << 10 ) | a . charCodeAt ( ++ d ) & 1023 ) ; 127 >= f ? ++ b : b = 2047 >= f ? b + 2 : 65535 >= f ? b + 3 : b + 4 } return b } var Wa = "undefined" != typeof TextDecoder ? new TextDecoder ( "utf-16le" ) : void 0 ; function Xa ( a , b ) { var d = a >> 1 ; for ( var f = d + b / 2 ; ! ( d >= f ) && Ya [ d ] ; ) ++ d ; d <<= 1 ; if ( 32 < d - a && Wa ) return Wa . decode ( K . subarray ( a , d ) ) ; d = "" ; for ( f = 0 ; ! ( f >= b / 2 ) ; ++ f ) { var h = Za [ a + 2 * f >> 1 ] ; if ( 0 == h ) break ; d += String . fromCharCode ( h ) } return d }
function $a ( a , b , d ) { void 0 === d && ( d = 2147483647 ) ; if ( 2 > d ) return 0 ; d -= 2 ; var f = b ; d = d < 2 * a . length ? d / 2 : a . length ; for ( var h = 0 ; h < d ; ++ h ) Za [ b >> 1 ] = a . charCodeAt ( h ) , b += 2 ; Za [ b >> 1 ] = 0 ; return b - f } function cb ( a ) { return 2 * a . length } function db ( a , b ) { for ( var d = 0 , f = "" ; ! ( d >= b / 4 ) ; ) { var h = R [ a + 4 * d >> 2 ] ; if ( 0 == h ) break ; ++ d ; 65536 <= h ? ( h -= 65536 , f += String . fromCharCode ( 55296 | h >> 10 , 56320 | h & 1023 ) ) : f += String . fromCharCode ( h ) } return f }
function eb ( a , b , d ) { void 0 === d && ( d = 2147483647 ) ; if ( 4 > d ) return 0 ; var f = b ; d = f + d - 4 ; for ( var h = 0 ; h < a . length ; ++ h ) { var m = a . charCodeAt ( h ) ; if ( 55296 <= m && 57343 >= m ) { var u = a . charCodeAt ( ++ h ) ; m = 65536 + ( ( m & 1023 ) << 10 ) | u & 1023 } R [ b >> 2 ] = m ; b += 4 ; if ( b + 4 > d ) break } R [ b >> 2 ] = 0 ; return b - f } function fb ( a ) { for ( var b = 0 , d = 0 ; d < a . length ; ++ d ) { var f = a . charCodeAt ( d ) ; 55296 <= f && 57343 >= f && ++ d ; b += 4 } return b } var jb , kb , K , Za , Ya , R , lb , S , mb ;
function nb ( ) { var a = Qa . buffer ; jb = a ; w . HEAP8 = kb = new Int8Array ( a ) ; w . HEAP16 = Za = new Int16Array ( a ) ; w . HEAP32 = R = new Int32Array ( a ) ; w . HEAPU8 = K = new Uint8Array ( a ) ; w . HEAPU16 = Ya = new Uint16Array ( a ) ; w . HEAPU32 = lb = new Uint32Array ( a ) ; w . HEAPF32 = S = new Float32Array ( a ) ; w . HEAPF64 = mb = new Float64Array ( a ) } var ob , pb = [ ] , qb = [ ] , rb = [ ] ; function sb ( ) { var a = w . preRun . shift ( ) ; pb . unshift ( a ) } var tb = 0 , ub = null , vb = null ;
function Na ( a ) { if ( w . onAbort ) w . onAbort ( a ) ; a = "Aborted(" + a + ")" ; Ja ( a ) ; Ra = ! 0 ; a = new WebAssembly . RuntimeError ( a + ". Build with -sASSERTIONS for more info." ) ; ea ( a ) ; throw a ; } function wb ( ) { return yb . startsWith ( "data:application/octet-stream;base64," ) } var yb ; yb = "canvaskit.wasm" ; if ( ! wb ( ) ) { var zb = yb ; yb = w . locateFile ? w . locateFile ( zb , Aa ) : Aa + zb } function Ab ( ) { var a = yb ; try { if ( a == yb && Ma ) return new Uint8Array ( Ma ) ; if ( Da ) return Da ( a ) ; throw "both async and sync fetching of the wasm failed" ; } catch ( b ) { Na ( b ) } }
function Bb ( ) { if ( ! Ma && ( xa || ya ) ) { if ( "function" == typeof fetch && ! yb . startsWith ( "file://" ) ) return fetch ( yb , { credentials : "same-origin" } ) . then ( function ( a ) { if ( ! a . ok ) throw "failed to load wasm binary file at '" + yb + "'" ; return a . arrayBuffer ( ) } ) . catch ( function ( ) { return Ab ( ) } ) ; if ( Ca ) return new Promise ( function ( a , b ) { Ca ( yb , function ( d ) { a ( new Uint8Array ( d ) ) } , b ) } ) } return Promise . resolve ( ) . then ( function ( ) { return Ab ( ) } ) } function Cb ( a ) { for ( ; 0 < a . length ; ) a . shift ( ) ( w ) } function Db ( a ) { return ob . get ( a ) } var Eb = { } ;
function Fb ( a ) { for ( ; a . length ; ) { var b = a . pop ( ) ; a . pop ( ) ( b ) } } function Gb ( a ) { return this . fromWireType ( R [ a >> 2 ] ) } var Hb = { } , Ib = { } , Jb = { } ; function Kb ( a ) { if ( void 0 === a ) return "_unknown" ; a = a . replace ( /[^a-zA-Z0-9_]/g , "$" ) ; var b = a . charCodeAt ( 0 ) ; return 48 <= b && 57 >= b ? "_" + a : a } function Lb ( a , b ) { a = Kb ( a ) ; return function ( ) { null ; return b . apply ( this , arguments ) } }
function Mb ( a ) { var b = Error , d = Lb ( a , function ( f ) { this . name = a ; this . message = f ; f = Error ( f ) . stack ; void 0 !== f && ( this . stack = this . toString ( ) + "\n" + f . replace ( /^Error(:[^\n]*)?\n/ , "" ) ) } ) ; d . prototype = Object . create ( b . prototype ) ; d . prototype . constructor = d ; d . prototype . toString = function ( ) { return void 0 === this . message ? this . name : this . name + ": " + this . message } ; return d } var Nb = void 0 ; function Ob ( a ) { throw new Nb ( a ) ; }
function Pb ( a , b , d ) { function f ( n ) { n = d ( n ) ; n . length !== a . length && Ob ( "Mismatched type converter count" ) ; for ( var q = 0 ; q < a . length ; ++ q ) Qb ( a [ q ] , n [ q ] ) } a . forEach ( function ( n ) { Jb [ n ] = b } ) ; var h = Array ( b . length ) , m = [ ] , u = 0 ; b . forEach ( ( n , q ) => { Ib . hasOwnProperty ( n ) ? h [ q ] = Ib [ n ] : ( m . push ( n ) , Hb . hasOwnProperty ( n ) || ( Hb [ n ] = [ ] ) , Hb [ n ] . push ( ( ) => { h [ q ] = Ib [ n ] ; ++ u ; u === m . length && f ( h ) } ) ) } ) ; 0 === m . length && f ( h ) }
function Rb ( a ) { switch ( a ) { case 1 : return 0 ; case 2 : return 1 ; case 4 : return 2 ; case 8 : return 3 ; default : throw new TypeError ( "Unknown type size: " + a ) ; } } var Sb = void 0 ; function Tb ( a ) { for ( var b = "" ; K [ a ] ; ) b += Sb [ K [ a ++ ] ] ; return b } var ac = void 0 ; function Y ( a ) { throw new ac ( a ) ; }
function Qb ( a , b , d = { } ) { if ( ! ( "argPackAdvance" in b ) ) throw new TypeError ( "registerType registeredInstance requires argPackAdvance" ) ; var f = b . name ; a || Y ( 'type "' + f + '" must have a positive integer typeid pointer' ) ; if ( Ib . hasOwnProperty ( a ) ) { if ( d . Vf ) return ; Y ( "Cannot register type '" + f + "' twice" ) } Ib [ a ] = b ; delete Jb [ a ] ; Hb . hasOwnProperty ( a ) && ( b = Hb [ a ] , delete Hb [ a ] , b . forEach ( h => h ( ) ) ) } function bc ( a ) { Y ( a . Ld . Xd . Rd . name + " instance already deleted" ) } var cc = ! 1 ; function dc ( ) { }
function ec ( a ) { -- a . count . value ; 0 === a . count . value && ( a . $d ? a . fe . le ( a . $d ) : a . Xd . Rd . le ( a . Td ) ) } function fc ( a , b , d ) { if ( b === d ) return a ; if ( void 0 === d . ie ) return null ; a = fc ( a , b , d . ie ) ; return null === a ? null : d . Jf ( a ) } var gc = { } , hc = [ ] ; function ic ( ) { for ( ; hc . length ; ) { var a = hc . pop ( ) ; a . Ld . Fe = ! 1 ; a [ "delete" ] ( ) } } var jc = void 0 , kc = { } ; function lc ( a , b ) { for ( void 0 === b && Y ( "ptr should not be undefined" ) ; a . ie ; ) b = a . Oe ( b ) , a = a . ie ; return kc [ b ] }
function mc ( a , b ) { b . Xd && b . Td || Ob ( "makeClassHandle requires ptr and ptrType" ) ; ! ! b . fe !== ! ! b . $d && Ob ( "Both smartPtrType and smartPtr must be specified" ) ; b . count = { value : 1 } ; return nc ( Object . create ( a , { Ld : { value : b } } ) ) } function nc ( a ) { if ( "undefined" === typeof FinalizationRegistry ) return nc = b => b , a ; cc = new FinalizationRegistry ( b => { ec ( b . Ld ) } ) ; nc = b => { var d = b . Ld ; d . $d && cc . register ( b , { Ld : d } , b ) ; return b } ; dc = b => { cc . unregister ( b ) } ; return nc ( a ) } function oc ( ) { }
function pc ( a , b , d ) { if ( void 0 === a [ b ] . Zd ) { var f = a [ b ] ; a [ b ] = function ( ) { a [ b ] . Zd . hasOwnProperty ( arguments . length ) || Y ( "Function '" + d + "' called with an invalid number of arguments (" + arguments . length + ") - expects one of (" + a [ b ] . Zd + ")!" ) ; return a [ b ] . Zd [ arguments . length ] . apply ( this , arguments ) } ; a [ b ] . Zd = [ ] ; a [ b ] . Zd [ f . De ] = f } }
function qc ( a , b , d ) { w . hasOwnProperty ( a ) ? ( ( void 0 === d || void 0 !== w [ a ] . Zd && void 0 !== w [ a ] . Zd [ d ] ) && Y ( "Cannot register public name '" + a + "' twice" ) , pc ( w , a , a ) , w . hasOwnProperty ( d ) && Y ( "Cannot register multiple overloads of a function with the same number of arguments (" + d + ")!" ) , w [ a ] . Zd [ d ] = b ) : ( w [ a ] = b , void 0 !== d && ( w [ a ] . tg = d ) ) } function rc ( a , b , d , f , h , m , u , n ) { this . name = a ; this . constructor = b ; this . Ge = d ; this . le = f ; this . ie = h ; this . Pf = m ; this . Oe = u ; this . Jf = n ; this . bg = [ ] }
function sc ( a , b , d ) { for ( ; b !== d ; ) b . Oe || Y ( "Expected null or instance of " + d . name + ", got an instance of " + b . name ) , a = b . Oe ( a ) , b = b . ie ; return a } function tc ( a , b ) { if ( null === b ) return this . ff && Y ( "null is not a valid " + this . name ) , 0 ; b . Ld || Y ( 'Cannot pass "' + uc ( b ) + '" as a ' + this . name ) ; b . Ld . Td || Y ( "Cannot pass deleted object as a pointer of type " + this . name ) ; return sc ( b . Ld . Td , b . Ld . Xd . Rd , this . Rd ) }
function vc ( a , b ) { if ( null === b ) { this . ff && Y ( "null is not a valid " + this . name ) ; if ( this . Te ) { var d = this . gf ( ) ; null !== a && a . push ( this . le , d ) ; return d } return 0 } b . Ld || Y ( 'Cannot pass "' + uc ( b ) + '" as a ' + this . name ) ; b . Ld . Td || Y ( "Cannot pass deleted object as a pointer of type " + this . name ) ; ! this . Se && b . Ld . Xd . Se && Y ( "Cannot convert argument of type " + ( b . Ld . fe ? b . Ld . fe . name : b . Ld . Xd . name ) + " to parameter type " + this . name ) ; d = sc ( b . Ld . Td , b . Ld . Xd . Rd , this . Rd ) ; if ( this . Te ) switch ( void 0 === b . Ld . $d && Y ( "Passing raw pointer to smart pointer is illegal" ) ,
this . hg ) { case 0 : b . Ld . fe === this ? d = b . Ld . $d : Y ( "Cannot convert argument of type " + ( b . Ld . fe ? b . Ld . fe . name : b . Ld . Xd . name ) + " to parameter type " + this . name ) ; break ; case 1 : d = b . Ld . $d ; break ; case 2 : if ( b . Ld . fe === this ) d = b . Ld . $d ; else { var f = b . clone ( ) ; d = this . cg ( d , wc ( function ( ) { f [ "delete" ] ( ) } ) ) ; null !== a && a . push ( this . le , d ) } break ; default : Y ( "Unsupporting sharing policy" ) } return d }
function xc ( a , b ) { if ( null === b ) return this . ff && Y ( "null is not a valid " + this . name ) , 0 ; b . Ld || Y ( 'Cannot pass "' + uc ( b ) + '" as a ' + this . name ) ; b . Ld . Td || Y ( "Cannot pass deleted object as a pointer of type " + this . name ) ; b . Ld . Xd . Se && Y ( "Cannot convert argument of type " + b . Ld . Xd . name + " to parameter type " + this . name ) ; return sc ( b . Ld . Td , b . Ld . Xd . Rd , this . Rd ) }
function yc ( a , b , d , f , h , m , u , n , q , v , D ) { this . name = a ; this . Rd = b ; this . ff = d ; this . Se = f ; this . Te = h ; this . ag = m ; this . hg = u ; this . vf = n ; this . gf = q ; this . cg = v ; this . le = D ; h || void 0 !== b . ie ? this . toWireType = vc : ( this . toWireType = f ? tc : xc , this . ee = null ) } function zc ( a , b , d ) { w . hasOwnProperty ( a ) || Ob ( "Replacing nonexistant public symbol" ) ; void 0 !== w [ a ] . Zd && void 0 !== d ? w [ a ] . Zd [ d ] = b : ( w [ a ] = b , w [ a ] . De = d ) }
function Ac ( a , b ) { var d = [ ] ; return function ( ) { d . length = 0 ; Object . assign ( d , arguments ) ; if ( a . includes ( "j" ) ) { var f = w [ "dynCall_" + a ] ; f = d && d . length ? f . apply ( null , [ b ] . concat ( d ) ) : f . call ( null , b ) } else f = Db ( b ) . apply ( null , d ) ; return f } } function Bc ( a , b ) { a = Tb ( a ) ; var d = a . includes ( "j" ) ? Ac ( a , b ) : Db ( b ) ; "function" != typeof d && Y ( "unknown function pointer with signature " + a + ": " + b ) ; return d } var Ic = void 0 ; function Jc ( a ) { a = Kc ( a ) ; var b = Tb ( a ) ; Lc ( a ) ; return b }
function Mc ( a , b ) { function d ( m ) { h [ m ] || Ib [ m ] || ( Jb [ m ] ? Jb [ m ] . forEach ( d ) : ( f . push ( m ) , h [ m ] = ! 0 ) ) } var f = [ ] , h = { } ; b . forEach ( d ) ; throw new Ic ( a + ": " + f . map ( Jc ) . join ( [ ", " ] ) ) ; }
function Nc ( a , b , d , f , h ) { var m = b . length ; 2 > m && Y ( "argTypes array size mismatch! Must at least get return value and 'this' types!" ) ; var u = null !== b [ 1 ] && null !== d , n = ! 1 ; for ( d = 1 ; d < b . length ; ++ d ) if ( null !== b [ d ] && void 0 === b [ d ] . ee ) { n = ! 0 ; break } var q = "void" !== b [ 0 ] . name , v = m - 2 , D = Array ( v ) , I = [ ] , M = [ ] ; return function ( ) { arguments . length !== v && Y ( "function " + a + " called with " + arguments . length + " arguments, expected " + v + " args!" ) ; M . length = 0 ; I . length = u ? 2 : 1 ; I [ 0 ] = h ; if ( u ) { var z = b [ 1 ] . toWireType ( M , this ) ; I [ 1 ] = z } for ( var N = 0 ; N < v ; ++ N ) D [ N ] =
b [ N + 2 ] . toWireType ( M , arguments [ N ] ) , I . push ( D [ N ] ) ; N = f . apply ( null , I ) ; if ( n ) Fb ( M ) ; else for ( var T = u ? 1 : 2 ; T < b . length ; T ++ ) { var U = 1 === T ? z : D [ T - 2 ] ; null !== b [ T ] . ee && b [ T ] . ee ( U ) } z = q ? b [ 0 ] . fromWireType ( N ) : void 0 ; return z } } function Oc ( a , b ) { for ( var d = [ ] , f = 0 ; f < a ; f ++ ) d . push ( lb [ b + 4 * f >> 2 ] ) ; return d } var Pc = [ ] , Qc = [ { } , { value : void 0 } , { value : null } , { value : ! 0 } , { value : ! 1 } ] ; function Rc ( a ) { 4 < a && 0 === -- Qc [ a ] . hf && ( Qc [ a ] = void 0 , Pc . push ( a ) ) }
var Sc = a => { a || Y ( "Cannot use deleted val. handle = " + a ) ; return Qc [ a ] . value } , wc = a => { switch ( a ) { case void 0 : return 1 ; case null : return 2 ; case ! 0 : return 3 ; case ! 1 : return 4 ; default : var b = Pc . length ? Pc . pop ( ) : Qc . length ; Qc [ b ] = { hf : 1 , value : a } ; return b } } ;
function Tc ( a , b , d ) { switch ( b ) { case 0 : return function ( f ) { return this . fromWireType ( ( d ? kb : K ) [ f ] ) } ; case 1 : return function ( f ) { return this . fromWireType ( ( d ? Za : Ya ) [ f >> 1 ] ) } ; case 2 : return function ( f ) { return this . fromWireType ( ( d ? R : lb ) [ f >> 2 ] ) } ; default : throw new TypeError ( "Unknown integer type: " + a ) ; } } function Uc ( a , b ) { var d = Ib [ a ] ; void 0 === d && Y ( b + " has unknown type " + Jc ( a ) ) ; return d } function uc ( a ) { if ( null === a ) return "null" ; var b = typeof a ; return "object" === b || "array" === b || "function" === b ? a . toString ( ) : "" + a }
function Vc ( a , b ) { switch ( b ) { case 2 : return function ( d ) { return this . fromWireType ( S [ d >> 2 ] ) } ; case 3 : return function ( d ) { return this . fromWireType ( mb [ d >> 3 ] ) } ; default : throw new TypeError ( "Unknown float type: " + a ) ; } }
function Wc ( a , b , d ) { switch ( b ) { case 0 : return d ? function ( f ) { return kb [ f ] } : function ( f ) { return K [ f ] } ; case 1 : return d ? function ( f ) { return Za [ f >> 1 ] } : function ( f ) { return Ya [ f >> 1 ] } ; case 2 : return d ? function ( f ) { return R [ f >> 2 ] } : function ( f ) { return lb [ f >> 2 ] } ; default : throw new TypeError ( "Unknown integer type: " + a ) ; } } var Xc = { } ; function Yc ( a ) { var b = Xc [ a ] ; return void 0 === b ? Tb ( a ) : b } var Zc = [ ] ;
function $c ( ) { function a ( b ) { b . $$$embind _global$$$ = b ; var d = "object" == typeof $$$embind _global$$$ && b . $$$embind _global$$$ == b ; d || delete b . $$$embind _global$$$ ; return d } if ( "object" == typeof globalThis ) return globalThis ; if ( "object" == typeof $$$embind _global$$$ ) return $$$embind _global$$$ ; "object" == typeof global && a ( global ) ? $$$embind _global$$$ = global : "object" == typeof self && a ( self ) && ( $$$embind _global$$$ = self ) ; if ( "object" == typeof $$$embind _global$$$ ) return $$$embind _global$$$ ; throw Error ( "unable to get global object." ) ;
} function ad ( a ) { var b = Zc . length ; Zc . push ( a ) ; return b } function bd ( a , b ) { for ( var d = Array ( a ) , f = 0 ; f < a ; ++ f ) d [ f ] = Uc ( lb [ b + 4 * f >> 2 ] , "parameter " + f ) ; return d } var cd = [ ] ; function dd ( a ) { var b = Array ( a + 1 ) ; return function ( d , f , h ) { b [ 0 ] = d ; for ( var m = 0 ; m < a ; ++ m ) { var u = Uc ( lb [ f + 4 * m >> 2 ] , "parameter " + m ) ; b [ m + 1 ] = u . readValueFromPointer ( h ) ; h += u . argPackAdvance } d = new ( d . bind . apply ( d , b ) ) ; return wc ( d ) } } var ed = { } , fd ; fd = za ? ( ) => { var a = process . hrtime ( ) ; return 1E3 * a [ 0 ] + a [ 1 ] / 1E6 } : ( ) => performance . now ( ) ;
function gd ( a ) { var b = a . getExtension ( "ANGLE_instanced_arrays" ) ; b && ( a . vertexAttribDivisor = function ( d , f ) { b . vertexAttribDivisorANGLE ( d , f ) } , a . drawArraysInstanced = function ( d , f , h , m ) { b . drawArraysInstancedANGLE ( d , f , h , m ) } , a . drawElementsInstanced = function ( d , f , h , m , u ) { b . drawElementsInstancedANGLE ( d , f , h , m , u ) } ) }
function hd ( a ) { var b = a . getExtension ( "OES_vertex_array_object" ) ; b && ( a . createVertexArray = function ( ) { return b . createVertexArrayOES ( ) } , a . deleteVertexArray = function ( d ) { b . deleteVertexArrayOES ( d ) } , a . bindVertexArray = function ( d ) { b . bindVertexArrayOES ( d ) } , a . isVertexArray = function ( d ) { return b . isVertexArrayOES ( d ) } ) } function jd ( a ) { var b = a . getExtension ( "WEBGL_draw_buffers" ) ; b && ( a . drawBuffers = function ( d , f ) { b . drawBuffersWEBGL ( d , f ) } ) }
var kd = 1 , ld = [ ] , md = [ ] , nd = [ ] , od = [ ] , ha = [ ] , pd = [ ] , qd = [ ] , na = [ ] , rd = [ ] , sd = [ ] , td = { } , ud = { } , vd = 4 ; function wd ( a ) { xd || ( xd = a ) } function fa ( a ) { for ( var b = kd ++ , d = a . length ; d < b ; d ++ ) a [ d ] = null ; return b } function ka ( a , b ) { a . lf || ( a . lf = a . getContext , a . getContext = function ( f , h ) { h = a . lf ( f , h ) ; return "webgl" == f == h instanceof WebGLRenderingContext ? h : null } ) ; var d = 1 < b . majorVersion ? a . getContext ( "webgl2" , b ) : a . getContext ( "webgl" , b ) ; return d ? Ad ( d , b ) : 0 }
function Ad ( a , b ) { var d = fa ( na ) , f = { Uf : d , attributes : b , version : b . majorVersion , ge : a } ; a . canvas && ( a . canvas . yf = f ) ; na [ d ] = f ; ( "undefined" == typeof b . Kf || b . Kf ) && Bd ( f ) ; return d } function ma ( a ) { x = na [ a ] ; w . rg = Z = x && x . ge ; return ! ( a && ! Z ) }
function Bd ( a ) { a || ( a = x ) ; if ( ! a . Wf ) { a . Wf = ! 0 ; var b = a . ge ; gd ( b ) ; hd ( b ) ; jd ( b ) ; b . qf = b . getExtension ( "WEBGL_draw_instanced_base_vertex_base_instance" ) ; b . uf = b . getExtension ( "WEBGL_multi_draw_instanced_base_vertex_base_instance" ) ; 2 <= a . version && ( b . rf = b . getExtension ( "EXT_disjoint_timer_query_webgl2" ) ) ; if ( 2 > a . version || ! b . rf ) b . rf = b . getExtension ( "EXT_disjoint_timer_query" ) ; b . sg = b . getExtension ( "WEBGL_multi_draw" ) ; ( b . getSupportedExtensions ( ) || [ ] ) . forEach ( function ( d ) { d . includes ( "lose_context" ) || d . includes ( "debug" ) || b . getExtension ( d ) } ) } }
var x , xd , Cd = [ ] ; function Dd ( a , b , d , f ) { for ( var h = 0 ; h < a ; h ++ ) { var m = Z [ d ] ( ) , u = m && fa ( f ) ; m ? ( m . name = u , f [ u ] = m ) : wd ( 1282 ) ; R [ b + 4 * h >> 2 ] = u } }
function Ed ( a , b , d ) { if ( b ) { var f = void 0 ; switch ( a ) { case 36346 : f = 1 ; break ; case 36344 : 0 != d && 1 != d && wd ( 1280 ) ; return ; case 34814 : case 36345 : f = 0 ; break ; case 34466 : var h = Z . getParameter ( 34467 ) ; f = h ? h . length : 0 ; break ; case 33309 : if ( 2 > x . version ) { wd ( 1282 ) ; return } f = 2 * ( Z . getSupportedExtensions ( ) || [ ] ) . length ; break ; case 33307 : case 33308 : if ( 2 > x . version ) { wd ( 1280 ) ; return } f = 33307 == a ? 3 : 0 } if ( void 0 === f ) switch ( h = Z . getParameter ( a ) , typeof h ) { case "number" : f = h ; break ; case "boolean" : f = h ? 1 : 0 ; break ; case "string" : wd ( 1280 ) ; return ; case "object" : if ( null ===
h ) switch ( a ) { case 34964 : case 35725 : case 34965 : case 36006 : case 36007 : case 32873 : case 34229 : case 36662 : case 36663 : case 35053 : case 35055 : case 36010 : case 35097 : case 35869 : case 32874 : case 36389 : case 35983 : case 35368 : case 34068 : f = 0 ; break ; default : wd ( 1280 ) ; return } else { if ( h instanceof Float32Array || h instanceof Uint32Array || h instanceof Int32Array || h instanceof Array ) { for ( a = 0 ; a < h . length ; ++ a ) switch ( d ) { case 0 : R [ b + 4 * a >> 2 ] = h [ a ] ; break ; case 2 : S [ b + 4 * a >> 2 ] = h [ a ] ; break ; case 4 : kb [ b + a >> 0 ] = h [ a ] ? 1 : 0 } return } try { f = h . name |
0 } catch ( m ) { wd ( 1280 ) ; Ja ( "GL_INVALID_ENUM in glGet" + d + "v: Unknown object returned from WebGL getParameter(" + a + ")! (error: " + m + ")" ) ; return } } break ; default : wd ( 1280 ) ; Ja ( "GL_INVALID_ENUM in glGet" + d + "v: Native code calling glGet" + d + "v(" + a + ") and it returns " + h + " of type " + typeof h + "!" ) ; return } switch ( d ) { case 1 : d = f ; lb [ b >> 2 ] = d ; lb [ b + 4 >> 2 ] = ( d - lb [ b >> 2 ] ) / 4294967296 ; break ; case 0 : R [ b >> 2 ] = f ; break ; case 2 : S [ b >> 2 ] = f ; break ; case 4 : kb [ b >> 0 ] = f ? 1 : 0 } } else wd ( 1281 ) }
function Fd ( a ) { var b = oa ( a ) + 1 , d = Gd ( b ) ; pa ( a , K , d , b ) ; return d } function Hd ( a ) { return "]" == a . slice ( - 1 ) && a . lastIndexOf ( "[" ) } function Id ( a ) { a -= 5120 ; return 0 == a ? kb : 1 == a ? K : 2 == a ? Za : 4 == a ? R : 6 == a ? S : 5 == a || 28922 == a || 28520 == a || 30779 == a || 30782 == a ? lb : Ya } function Jd ( a , b , d , f , h ) { a = Id ( a ) ; var m = 31 - Math . clz32 ( a . BYTES _PER _ELEMENT ) , u = vd ; return a . subarray ( h >> m , h + f * ( d * ( { 5 : 3 , 6 : 4 , 8 : 2 , 29502 : 3 , 29504 : 4 , 26917 : 2 , 26918 : 2 , 29846 : 3 , 29847 : 4 } [ b - 6402 ] || 1 ) * ( 1 << m ) + u - 1 & - u ) >> m ) }
function Kd ( a ) { var b = Z . Hf ; if ( b ) { var d = b . Ne [ a ] ; "number" == typeof d && ( b . Ne [ a ] = d = Z . getUniformLocation ( b , b . wf [ a ] + ( 0 < d ? "[" + d + "]" : "" ) ) ) ; return d } wd ( 1282 ) } var Ld = [ ] , Md = [ ] , Nd = { } ;
function Od ( ) { if ( ! Pd ) { var a = { USER : "web_user" , LOGNAME : "web_user" , PATH : "/" , PWD : "/" , HOME : "/home/web_user" , LANG : ( "object" == typeof navigator && navigator . languages && navigator . languages [ 0 ] || "C" ) . replace ( "-" , "_" ) + ".UTF-8" , _ : ua || "./this.program" } , b ; for ( b in Nd ) void 0 === Nd [ b ] ? delete a [ b ] : a [ b ] = Nd [ b ] ; var d = [ ] ; for ( b in a ) d . push ( b + "=" + a [ b ] ) ; Pd = d } return Pd } var Pd , Qd = [ null , [ ] , [ ] ] ; function Rd ( a ) { return 0 === a % 4 && ( 0 !== a % 100 || 0 === a % 400 ) }
var Sd = [ 31 , 29 , 31 , 30 , 31 , 30 , 31 , 31 , 30 , 31 , 30 , 31 ] , Td = [ 31 , 28 , 31 , 30 , 31 , 30 , 31 , 31 , 30 , 31 , 30 , 31 ] ;
function Ud ( a , b , d , f ) { function h ( z , N , T ) { for ( z = "number" == typeof z ? z . toString ( ) : z || "" ; z . length < N ; ) z = T [ 0 ] + z ; return z } function m ( z , N ) { return h ( z , N , "0" ) } function u ( z , N ) { function T ( ra ) { return 0 > ra ? - 1 : 0 < ra ? 1 : 0 } var U ; 0 === ( U = T ( z . getFullYear ( ) - N . getFullYear ( ) ) ) && 0 === ( U = T ( z . getMonth ( ) - N . getMonth ( ) ) ) && ( U = T ( z . getDate ( ) - N . getDate ( ) ) ) ; return U } function n ( z ) { switch ( z . getDay ( ) ) { case 0 : return new Date ( z . getFullYear ( ) - 1 , 11 , 29 ) ; case 1 : return z ; case 2 : return new Date ( z . getFullYear ( ) , 0 , 3 ) ; case 3 : return new Date ( z . getFullYear ( ) ,
0 , 2 ) ; case 4 : return new Date ( z . getFullYear ( ) , 0 , 1 ) ; case 5 : return new Date ( z . getFullYear ( ) - 1 , 11 , 31 ) ; case 6 : return new Date ( z . getFullYear ( ) - 1 , 11 , 30 ) } } function q ( z ) { var N = z . pe ; for ( z = new Date ( ( new Date ( z . qe + 1900 , 0 , 1 ) ) . getTime ( ) ) ; 0 < N ; ) { var T = z . getMonth ( ) , U = ( Rd ( z . getFullYear ( ) ) ? Sd : Td ) [ T ] ; if ( N > U - z . getDate ( ) ) N -= U - z . getDate ( ) + 1 , z . setDate ( 1 ) , 11 > T ? z . setMonth ( T + 1 ) : ( z . setMonth ( 0 ) , z . setFullYear ( z . getFullYear ( ) + 1 ) ) ; else { z . setDate ( z . getDate ( ) + N ) ; break } } T = new Date ( z . getFullYear ( ) + 1 , 0 , 4 ) ; N = n ( new Date ( z . getFullYear ( ) ,
0 , 4 ) ) ; T = n ( T ) ; return 0 >= u ( N , z ) ? 0 >= u ( T , z ) ? z . getFullYear ( ) + 1 : z . getFullYear ( ) : z . getFullYear ( ) - 1 } var v = R [ f + 40 >> 2 ] ; f = { pg : R [ f >> 2 ] , og : R [ f + 4 >> 2 ] , Xe : R [ f + 8 >> 2 ] , jf : R [ f + 12 >> 2 ] , Ye : R [ f + 16 >> 2 ] , qe : R [ f + 20 >> 2 ] , je : R [ f + 24 >> 2 ] , pe : R [ f + 28 >> 2 ] , vg : R [ f + 32 >> 2 ] , ng : R [ f + 36 >> 2 ] , qg : v ? Va ( v ) : "" } ; d = Va ( d ) ; v = { "%c" : "%a %b %d %H:%M:%S %Y" , "%D" : "%m/%d/%y" , "%F" : "%Y-%m-%d" , "%h" : "%b" , "%r" : "%I:%M:%S %p" , "%R" : "%H:%M" , "%T" : "%H:%M:%S" , "%x" : "%m/%d/%y" , "%X" : "%H:%M:%S" , "%Ec" : "%c" , "%EC" : "%C" , "%Ex" : "%m/%d/%y" , "%EX" : "%H:%M:%S" , "%Ey" : "%y" , "%EY" : "%Y" ,
"%Od" : "%d" , "%Oe" : "%e" , "%OH" : "%H" , "%OI" : "%I" , "%Om" : "%m" , "%OM" : "%M" , "%OS" : "%S" , "%Ou" : "%u" , "%OU" : "%U" , "%OV" : "%V" , "%Ow" : "%w" , "%OW" : "%W" , "%Oy" : "%y" } ; for ( var D in v ) d = d . replace ( new RegExp ( D , "g" ) , v [ D ] ) ; var I = "Sunday Monday Tuesday Wednesday Thursday Friday Saturday" . split ( " " ) , M = "January February March April May June July August September October November December" . split ( " " ) ; v = { "%a" : function ( z ) { return I [ z . je ] . substring ( 0 , 3 ) } , "%A" : function ( z ) { return I [ z . je ] } , "%b" : function ( z ) { return M [ z . Ye ] . substring ( 0 , 3 ) } ,
"%B" : function ( z ) { return M [ z . Ye ] } , "%C" : function ( z ) { return m ( ( z . qe + 1900 ) / 100 | 0 , 2 ) } , "%d" : function ( z ) { return m ( z . jf , 2 ) } , "%e" : function ( z ) { return h ( z . jf , 2 , " " ) } , "%g" : function ( z ) { return q ( z ) . toString ( ) . substring ( 2 ) } , "%G" : function ( z ) { return q ( z ) } , "%H" : function ( z ) { return m ( z . Xe , 2 ) } , "%I" : function ( z ) { z = z . Xe ; 0 == z ? z = 12 : 12 < z && ( z -= 12 ) ; return m ( z , 2 ) } , "%j" : function ( z ) { for ( var N = 0 , T = 0 ; T <= z . Ye - 1 ; N += ( Rd ( z . qe + 1900 ) ? Sd : Td ) [ T ++ ] ) ; return m ( z . jf + N , 3 ) } , "%m" : function ( z ) { return m ( z . Ye + 1 , 2 ) } , "%M" : function ( z ) { return m ( z . og , 2 ) } ,
"%n" : function ( ) { return "\n" } , "%p" : function ( z ) { return 0 <= z . Xe && 12 > z . Xe ? "AM" : "PM" } , "%S" : function ( z ) { return m ( z . pg , 2 ) } , "%t" : function ( ) { return "\t" } , "%u" : function ( z ) { return z . je || 7 } , "%U" : function ( z ) { return m ( Math . floor ( ( z . pe + 7 - z . je ) / 7 ) , 2 ) } , "%V" : function ( z ) { var N = Math . floor ( ( z . pe + 7 - ( z . je + 6 ) % 7 ) / 7 ) ; 2 >= ( z . je + 371 - z . pe - 2 ) % 7 && N ++ ; if ( N ) 53 == N && ( T = ( z . je + 371 - z . pe ) % 7 , 4 == T || 3 == T && Rd ( z . qe ) || ( N = 1 ) ) ; else { N = 52 ; var T = ( z . je + 7 - z . pe - 1 ) % 7 ; ( 4 == T || 5 == T && Rd ( z . qe % 400 - 1 ) ) && N ++ } return m ( N , 2 ) } , "%w" : function ( z ) { return z . je } , "%W" : function ( z ) { return m ( Math . floor ( ( z . pe +
7 - ( z . je + 6 ) % 7 ) / 7 ) , 2 ) } , "%y" : function ( z ) { return ( z . qe + 1900 ) . toString ( ) . substring ( 2 ) } , "%Y" : function ( z ) { return z . qe + 1900 } , "%z" : function ( z ) { z = z . ng ; var N = 0 <= z ; z = Math . abs ( z ) / 60 ; return ( N ? "+" : "-" ) + String ( "0000" + ( z / 60 * 100 + z % 60 ) ) . slice ( - 4 ) } , "%Z" : function ( z ) { return z . qg } , "%%" : function ( ) { return "%" } } ; d = d . replace ( /%%/g , "\x00\x00" ) ; for ( D in v ) d . includes ( D ) && ( d = d . replace ( new RegExp ( D , "g" ) , v [ D ] ( f ) ) ) ; d = d . replace ( /\0\0/g , "%" ) ; D = Vd ( d ) ; if ( D . length > b ) return 0 ; kb . set ( D , a ) ; return D . length - 1 } Nb = w . InternalError = Mb ( "InternalError" ) ;
for ( var Wd = Array ( 256 ) , Xd = 0 ; 256 > Xd ; ++ Xd ) Wd [ Xd ] = String . fromCharCode ( Xd ) ; Sb = Wd ; ac = w . BindingError = Mb ( "BindingError" ) ; oc . prototype . isAliasOf = function ( a ) { if ( ! ( this instanceof oc && a instanceof oc ) ) return ! 1 ; var b = this . Ld . Xd . Rd , d = this . Ld . Td , f = a . Ld . Xd . Rd ; for ( a = a . Ld . Td ; b . ie ; ) d = b . Oe ( d ) , b = b . ie ; for ( ; f . ie ; ) a = f . Oe ( a ) , f = f . ie ; return b === f && d === a } ;
oc . prototype . clone = function ( ) { this . Ld . Td || bc ( this ) ; if ( this . Ld . Me ) return this . Ld . count . value += 1 , this ; var a = nc , b = Object , d = b . create , f = Object . getPrototypeOf ( this ) , h = this . Ld ; a = a ( d . call ( b , f , { Ld : { value : { count : h . count , Fe : h . Fe , Me : h . Me , Td : h . Td , Xd : h . Xd , $d : h . $d , fe : h . fe } } } ) ) ; a . Ld . count . value += 1 ; a . Ld . Fe = ! 1 ; return a } ; oc . prototype [ "delete" ] = function ( ) { this . Ld . Td || bc ( this ) ; this . Ld . Fe && ! this . Ld . Me && Y ( "Object already scheduled for deletion" ) ; dc ( this ) ; ec ( this . Ld ) ; this . Ld . Me || ( this . Ld . $d = void 0 , this . Ld . Td = void 0 ) } ;
oc . prototype . isDeleted = function ( ) { return ! this . Ld . Td } ; oc . prototype . deleteLater = function ( ) { this . Ld . Td || bc ( this ) ; this . Ld . Fe && ! this . Ld . Me && Y ( "Object already scheduled for deletion" ) ; hc . push ( this ) ; 1 === hc . length && jc && jc ( ic ) ; this . Ld . Fe = ! 0 ; return this } ; w . getInheritedInstanceCount = function ( ) { return Object . keys ( kc ) . length } ; w . getLiveInheritedInstances = function ( ) { var a = [ ] , b ; for ( b in kc ) kc . hasOwnProperty ( b ) && a . push ( kc [ b ] ) ; return a } ; w . flushPendingDeletes = ic ; w . setDelayFunction = function ( a ) { jc = a ; hc . length && jc && jc ( ic ) } ;
yc . prototype . Qf = function ( a ) { this . vf && ( a = this . vf ( a ) ) ; return a } ; yc . prototype . pf = function ( a ) { this . le && this . le ( a ) } ; yc . prototype . argPackAdvance = 8 ; yc . prototype . readValueFromPointer = Gb ; yc . prototype . deleteObject = function ( a ) { if ( null !== a ) a [ "delete" ] ( ) } ;
yc . prototype . fromWireType = function ( a ) { function b ( ) { return this . Te ? mc ( this . Rd . Ge , { Xd : this . ag , Td : d , fe : this , $d : a } ) : mc ( this . Rd . Ge , { Xd : this , Td : a } ) } var d = this . Qf ( a ) ; if ( ! d ) return this . pf ( a ) , null ; var f = lc ( this . Rd , d ) ; if ( void 0 !== f ) { if ( 0 === f . Ld . count . value ) return f . Ld . Td = d , f . Ld . $d = a , f . clone ( ) ; f = f . clone ( ) ; this . pf ( a ) ; return f } f = this . Rd . Pf ( d ) ; f = gc [ f ] ; if ( ! f ) return b . call ( this ) ; f = this . Se ? f . Ff : f . pointerType ; var h = fc ( d , this . Rd , f . Rd ) ; return null === h ? b . call ( this ) : this . Te ? mc ( f . Rd . Ge , { Xd : f , Td : h , fe : this , $d : a } ) : mc ( f . Rd . Ge ,
{ Xd : f , Td : h } ) } ; Ic = w . UnboundTypeError = Mb ( "UnboundTypeError" ) ; w . count _emval _handles = function ( ) { for ( var a = 0 , b = 5 ; b < Qc . length ; ++ b ) void 0 !== Qc [ b ] && ++ a ; return a } ; w . get _first _emval = function ( ) { for ( var a = 5 ; a < Qc . length ; ++ a ) if ( void 0 !== Qc [ a ] ) return Qc [ a ] ; return null } ; for ( var Z , Yd = 0 ; 32 > Yd ; ++ Yd ) Cd . push ( Array ( Yd ) ) ; var Zd = new Float32Array ( 288 ) ; for ( Yd = 0 ; 288 > Yd ; ++ Yd ) Ld [ Yd ] = Zd . subarray ( 0 , Yd + 1 ) ; var $d = new Int32Array ( 288 ) ; for ( Yd = 0 ; 288 > Yd ; ++ Yd ) Md [ Yd ] = $d . subarray ( 0 , Yd + 1 ) ;
function Vd ( a ) { var b = Array ( oa ( a ) + 1 ) ; pa ( a , b , 0 , b . length ) ; return b }
var pe = { U : function ( ) { return 0 } , Bb : function ( ) { } , Db : function ( ) { return 0 } , yb : function ( ) { } , zb : function ( ) { } , V : function ( ) { } , Ab : function ( ) { } , D : function ( a ) { var b = Eb [ a ] ; delete Eb [ a ] ; var d = b . gf , f = b . le , h = b . sf , m = h . map ( u => u . Tf ) . concat ( h . map ( u => u . fg ) ) ; Pb ( [ a ] , m , u => { var n = { } ; h . forEach ( ( q , v ) => { var D = u [ v ] , I = q . Rf , M = q . Sf , z = u [ v + h . length ] , N = q . eg , T = q . gg ; n [ q . Lf ] = { read : U => D . fromWireType ( I ( M , U ) ) , write : ( U , ra ) => { var va = [ ] ; N ( T , U , z . toWireType ( va , ra ) ) ; Fb ( va ) } } } ) ; return [ { name : b . name , fromWireType : function ( q ) { var v = { } , D ; for ( D in n ) v [ D ] =
n [ D ] . read ( q ) ; f ( q ) ; return v } , toWireType : function ( q , v ) { for ( var D in n ) if ( ! ( D in v ) ) throw new TypeError ( 'Missing field: "' + D + '"' ) ; var I = d ( ) ; for ( D in n ) n [ D ] . write ( I , v [ D ] ) ; null !== q && q . push ( f , I ) ; return I } , argPackAdvance : 8 , readValueFromPointer : Gb , ee : f } ] } ) } , qb : function ( ) { } , Hb : function ( a , b , d , f , h ) { var m = Rb ( d ) ; b = Tb ( b ) ; Qb ( a , { name : b , fromWireType : function ( u ) { return ! ! u } , toWireType : function ( u , n ) { return n ? f : h } , argPackAdvance : 8 , readValueFromPointer : function ( u ) { if ( 1 === d ) var n = kb ; else if ( 2 === d ) n = Za ; else if ( 4 === d ) n =
R ; else throw new TypeError ( "Unknown boolean type size: " + b ) ; return this . fromWireType ( n [ u >> m ] ) } , ee : null } ) } , o : function ( a , b , d , f , h , m , u , n , q , v , D , I , M ) { D = Tb ( D ) ; m = Bc ( h , m ) ; n && ( n = Bc ( u , n ) ) ; v && ( v = Bc ( q , v ) ) ; M = Bc ( I , M ) ; var z = Kb ( D ) ; qc ( z , function ( ) { Mc ( "Cannot construct " + D + " due to unbound types" , [ f ] ) } ) ; Pb ( [ a , b , d ] , f ? [ f ] : [ ] , function ( N ) { N = N [ 0 ] ; if ( f ) { var T = N . Rd ; var U = T . Ge } else U = oc . prototype ; N = Lb ( z , function ( ) { if ( Object . getPrototypeOf ( this ) !== ra ) throw new ac ( "Use 'new' to construct " + D ) ; if ( void 0 === va . oe ) throw new ac ( D +
" has no accessible constructor" ) ; var hb = va . oe [ arguments . length ] ; if ( void 0 === hb ) throw new ac ( "Tried to invoke ctor of " + D + " with invalid number of parameters (" + arguments . length + ") - expected (" + Object . keys ( va . oe ) . toString ( ) + ") parameters instead!" ) ; return hb . apply ( this , arguments ) } ) ; var ra = Object . create ( U , { constructor : { value : N } } ) ; N . prototype = ra ; var va = new rc ( D , N , ra , M , T , m , n , v ) ; T = new yc ( D , va , ! 0 , ! 1 , ! 1 ) ; U = new yc ( D + "*" , va , ! 1 , ! 1 , ! 1 ) ; var gb = new yc ( D + " const*" , va , ! 1 , ! 0 , ! 1 ) ; gc [ a ] = { pointerType : U , Ff : gb } ; zc ( z ,
N ) ; return [ T , U , gb ] } ) } , h : function ( a , b , d , f , h , m , u ) { var n = Oc ( d , f ) ; b = Tb ( b ) ; m = Bc ( h , m ) ; Pb ( [ ] , [ a ] , function ( q ) { function v ( ) { Mc ( "Cannot call " + D + " due to unbound types" , n ) } q = q [ 0 ] ; var D = q . name + "." + b ; b . startsWith ( "@@" ) && ( b = Symbol [ b . substring ( 2 ) ] ) ; var I = q . Rd . constructor ; void 0 === I [ b ] ? ( v . De = d - 1 , I [ b ] = v ) : ( pc ( I , b , D ) , I [ b ] . Zd [ d - 1 ] = v ) ; Pb ( [ ] , n , function ( M ) { M = [ M [ 0 ] , null ] . concat ( M . slice ( 1 ) ) ; M = Nc ( D , M , null , m , u ) ; void 0 === I [ b ] . Zd ? ( M . De = d - 1 , I [ b ] = M ) : I [ b ] . Zd [ d - 1 ] = M ; return [ ] } ) ; return [ ] } ) } , z : function ( a , b , d , f , h , m ) { 0 < b || Na ( ) ; var u =
Oc ( b , d ) ; h = Bc ( f , h ) ; Pb ( [ ] , [ a ] , function ( n ) { n = n [ 0 ] ; var q = "constructor " + n . name ; void 0 === n . Rd . oe && ( n . Rd . oe = [ ] ) ; if ( void 0 !== n . Rd . oe [ b - 1 ] ) throw new ac ( "Cannot register multiple constructors with identical number of parameters (" + ( b - 1 ) + ") for class '" + n . name + "'! Overload resolution is currently only performed using the parameter count, not actual type info!" ) ; n . Rd . oe [ b - 1 ] = ( ) => { Mc ( "Cannot construct " + n . name + " due to unbound types" , u ) } ; Pb ( [ ] , u , function ( v ) { v . splice ( 1 , 0 , null ) ; n . Rd . oe [ b - 1 ] = Nc ( q , v , null , h , m ) ; return [ ] } ) ;
return [ ] } ) } , b : function ( a , b , d , f , h , m , u , n ) { var q = Oc ( d , f ) ; b = Tb ( b ) ; m = Bc ( h , m ) ; Pb ( [ ] , [ a ] , function ( v ) { function D ( ) { Mc ( "Cannot call " + I + " due to unbound types" , q ) } v = v [ 0 ] ; var I = v . name + "." + b ; b . startsWith ( "@@" ) && ( b = Symbol [ b . substring ( 2 ) ] ) ; n && v . Rd . bg . push ( b ) ; var M = v . Rd . Ge , z = M [ b ] ; void 0 === z || void 0 === z . Zd && z . className !== v . name && z . De === d - 2 ? ( D . De = d - 2 , D . className = v . name , M [ b ] = D ) : ( pc ( M , b , I ) , M [ b ] . Zd [ d - 2 ] = D ) ; Pb ( [ ] , q , function ( N ) { N = Nc ( I , N , v , m , u ) ; void 0 === M [ b ] . Zd ? ( N . De = d - 2 , M [ b ] = N ) : M [ b ] . Zd [ d - 2 ] = N ; return [ ] } ) ; return [ ] } ) } , t : function ( a ,
b , d ) { a = Tb ( a ) ; Pb ( [ ] , [ b ] , function ( f ) { f = f [ 0 ] ; w [ a ] = f . fromWireType ( d ) ; return [ ] } ) } , Gb : function ( a , b ) { b = Tb ( b ) ; Qb ( a , { name : b , fromWireType : function ( d ) { var f = Sc ( d ) ; Rc ( d ) ; return f } , toWireType : function ( d , f ) { return wc ( f ) } , argPackAdvance : 8 , readValueFromPointer : Gb , ee : null } ) } , n : function ( a , b , d , f ) { function h ( ) { } d = Rb ( d ) ; b = Tb ( b ) ; h . values = { } ; Qb ( a , { name : b , constructor : h , fromWireType : function ( m ) { return this . constructor . values [ m ] } , toWireType : function ( m , u ) { return u . value } , argPackAdvance : 8 , readValueFromPointer : Tc ( b , d , f ) , ee : null } ) ;
qc ( b , h ) } , e : function ( a , b , d ) { var f = Uc ( a , "enum" ) ; b = Tb ( b ) ; a = f . constructor ; f = Object . create ( f . constructor . prototype , { value : { value : d } , constructor : { value : Lb ( f . name + "_" + b , function ( ) { } ) } } ) ; a . values [ d ] = f ; a [ b ] = f } , Y : function ( a , b , d ) { d = Rb ( d ) ; b = Tb ( b ) ; Qb ( a , { name : b , fromWireType : function ( f ) { return f } , toWireType : function ( f , h ) { return h } , argPackAdvance : 8 , readValueFromPointer : Vc ( b , d ) , ee : null } ) } , y : function ( a , b , d , f , h , m ) { var u = Oc ( b , d ) ; a = Tb ( a ) ; h = Bc ( f , h ) ; qc ( a , function ( ) { Mc ( "Cannot call " + a + " due to unbound types" , u ) } , b - 1 ) ; Pb ( [ ] ,
u , function ( n ) { n = [ n [ 0 ] , null ] . concat ( n . slice ( 1 ) ) ; zc ( a , Nc ( a , n , null , h , m ) , b - 1 ) ; return [ ] } ) } , B : function ( a , b , d , f , h ) { b = Tb ( b ) ; - 1 === h && ( h = 4294967295 ) ; h = Rb ( d ) ; var m = n => n ; if ( 0 === f ) { var u = 32 - 8 * d ; m = n => n << u >>> u } d = b . includes ( "unsigned" ) ? function ( n , q ) { return q >>> 0 } : function ( n , q ) { return q } ; Qb ( a , { name : b , fromWireType : m , toWireType : d , argPackAdvance : 8 , readValueFromPointer : Wc ( b , h , 0 !== f ) , ee : null } ) } , u : function ( a , b , d ) { function f ( m ) { m >>= 2 ; var u = lb ; return new h ( jb , u [ m + 1 ] , u [ m ] ) } var h = [ Int8Array , Uint8Array , Int16Array , Uint16Array ,
Int32Array , Uint32Array , Float32Array , Float64Array ] [ b ] ; d = Tb ( d ) ; Qb ( a , { name : d , fromWireType : f , argPackAdvance : 8 , readValueFromPointer : f } , { Vf : ! 0 } ) } , v : function ( a , b , d , f , h , m , u , n , q , v , D , I ) { d = Tb ( d ) ; m = Bc ( h , m ) ; n = Bc ( u , n ) ; v = Bc ( q , v ) ; I = Bc ( D , I ) ; Pb ( [ a ] , [ b ] , function ( M ) { M = M [ 0 ] ; return [ new yc ( d , M . Rd , ! 1 , ! 1 , ! 0 , M , f , m , n , v , I ) ] } ) } , X : function ( a , b ) { b = Tb ( b ) ; var d = "std::string" === b ; Qb ( a , { name : b , fromWireType : function ( f ) { var h = lb [ f >> 2 ] , m = f + 4 ; if ( d ) for ( var u = m , n = 0 ; n <= h ; ++ n ) { var q = m + n ; if ( n == h || 0 == K [ q ] ) { u = Va ( u , q - u ) ; if ( void 0 === v ) var v = u ;
else v += String . fromCharCode ( 0 ) , v += u ; u = q + 1 } } else { v = Array ( h ) ; for ( n = 0 ; n < h ; ++ n ) v [ n ] = String . fromCharCode ( K [ m + n ] ) ; v = v . join ( "" ) } Lc ( f ) ; return v } , toWireType : function ( f , h ) { h instanceof ArrayBuffer && ( h = new Uint8Array ( h ) ) ; var m = "string" == typeof h ; m || h instanceof Uint8Array || h instanceof Uint8ClampedArray || h instanceof Int8Array || Y ( "Cannot pass non-string to std::string" ) ; var u = d && m ? oa ( h ) : h . length ; var n = Gd ( 4 + u + 1 ) , q = n + 4 ; lb [ n >> 2 ] = u ; if ( d && m ) pa ( h , K , q , u + 1 ) ; else if ( m ) for ( m = 0 ; m < u ; ++ m ) { var v = h . charCodeAt ( m ) ; 255 < v && ( Lc ( q ) ,
Y ( "String has UTF-16 code units that do not fit in 8 bits" ) ) ; K [ q + m ] = v } else for ( m = 0 ; m < u ; ++ m ) K [ q + m ] = h [ m ] ; null !== f && f . push ( Lc , n ) ; return n } , argPackAdvance : 8 , readValueFromPointer : Gb , ee : function ( f ) { Lc ( f ) } } ) } , P : function ( a , b , d ) { d = Tb ( d ) ; if ( 2 === b ) { var f = Xa ; var h = $a ; var m = cb ; var u = ( ) => Ya ; var n = 1 } else 4 === b && ( f = db , h = eb , m = fb , u = ( ) => lb , n = 2 ) ; Qb ( a , { name : d , fromWireType : function ( q ) { for ( var v = lb [ q >> 2 ] , D = u ( ) , I , M = q + 4 , z = 0 ; z <= v ; ++ z ) { var N = q + 4 + z * b ; if ( z == v || 0 == D [ N >> n ] ) M = f ( M , N - M ) , void 0 === I ? I = M : ( I += String . fromCharCode ( 0 ) , I +=
M ) , M = N + b } Lc ( q ) ; return I } , toWireType : function ( q , v ) { "string" != typeof v && Y ( "Cannot pass non-string to C++ string type " + d ) ; var D = m ( v ) , I = Gd ( 4 + D + b ) ; lb [ I >> 2 ] = D >> n ; h ( v , I + 4 , D + b ) ; null !== q && q . push ( Lc , I ) ; return I } , argPackAdvance : 8 , readValueFromPointer : Gb , ee : function ( q ) { Lc ( q ) } } ) } , E : function ( a , b , d , f , h , m ) { Eb [ a ] = { name : Tb ( b ) , gf : Bc ( d , f ) , le : Bc ( h , m ) , sf : [ ] } } , g : function ( a , b , d , f , h , m , u , n , q , v ) { Eb [ a ] . sf . push ( { Lf : Tb ( b ) , Tf : d , Rf : Bc ( f , h ) , Sf : m , fg : u , eg : Bc ( n , q ) , gg : v } ) } , Ib : function ( a , b ) { b = Tb ( b ) ; Qb ( a , { Xf : ! 0 , name : b , argPackAdvance : 0 ,
fromWireType : function ( ) { } , toWireType : function ( ) { } } ) } , Fb : function ( ) { return ! 0 } , sb : function ( ) { throw Infinity ; } , I : function ( a , b , d ) { a = Sc ( a ) ; b = Uc ( b , "emval::as" ) ; var f = [ ] , h = wc ( f ) ; lb [ d >> 2 ] = h ; return b . toWireType ( f , a ) } , $ : function ( a , b , d , f , h ) { a = Zc [ a ] ; b = Sc ( b ) ; d = Yc ( d ) ; var m = [ ] ; lb [ f >> 2 ] = wc ( m ) ; return a ( b , d , m , h ) } , C : function ( a , b , d , f ) { a = Zc [ a ] ; b = Sc ( b ) ; d = Yc ( d ) ; a ( b , d , null , f ) } , f : Rc , L : function ( a ) { if ( 0 === a ) return wc ( $c ( ) ) ; a = Yc ( a ) ; return wc ( $c ( ) [ a ] ) } , A : function ( a , b ) { var d = bd ( a , b ) , f = d [ 0 ] ; b = f . name + "_$" + d . slice ( 1 ) . map ( function ( u ) { return u . name } ) . join ( "_" ) +
"$" ; var h = cd [ b ] ; if ( void 0 !== h ) return h ; var m = Array ( a - 1 ) ; h = ad ( ( u , n , q , v ) => { for ( var D = 0 , I = 0 ; I < a - 1 ; ++ I ) m [ I ] = d [ I + 1 ] . readValueFromPointer ( v + D ) , D += d [ I + 1 ] . argPackAdvance ; u = u [ n ] . apply ( u , m ) ; for ( I = 0 ; I < a - 1 ; ++ I ) d [ I + 1 ] . If && d [ I + 1 ] . If ( m [ I ] ) ; if ( ! f . Xf ) return f . toWireType ( q , u ) } ) ; return cd [ b ] = h } , H : function ( a , b ) { a = Sc ( a ) ; b = Sc ( b ) ; return wc ( a [ b ] ) } , r : function ( a ) { 4 < a && ( Qc [ a ] . hf += 1 ) } , K : function ( a , b , d , f ) { a = Sc ( a ) ; var h = ed [ b ] ; h || ( h = dd ( b ) , ed [ b ] = h ) ; return h ( a , d , f ) } , N : function ( ) { return wc ( [ ] ) } , i : function ( a ) { return wc ( Yc ( a ) ) } , G : function ( ) { return wc ( { } ) } ,
mb : function ( a ) { a = Sc ( a ) ; return ! a } , F : function ( a ) { var b = Sc ( a ) ; Fb ( b ) ; Rc ( a ) } , l : function ( a , b , d ) { a = Sc ( a ) ; b = Sc ( b ) ; d = Sc ( d ) ; a [ b ] = d } , j : function ( a , b ) { a = Uc ( a , "_emval_take_value" ) ; a = a . readValueFromPointer ( b ) ; return wc ( a ) } , ub : function ( ) { return - 52 } , vb : function ( ) { } , a : function ( ) { Na ( "" ) } , Eb : fd , bd : function ( a ) { Z . activeTexture ( a ) } , cd : function ( a , b ) { Z . attachShader ( md [ a ] , pd [ b ] ) } , ca : function ( a , b , d ) { Z . bindAttribLocation ( md [ a ] , b , Va ( d ) ) } , da : function ( a , b ) { 35051 == a ? Z . cf = b : 35052 == a && ( Z . Ee = b ) ; Z . bindBuffer ( a , ld [ b ] ) } , ba : function ( a ,
b ) { Z . bindFramebuffer ( a , nd [ b ] ) } , fc : function ( a , b ) { Z . bindRenderbuffer ( a , od [ b ] ) } , Rb : function ( a , b ) { Z . bindSampler ( a , rd [ b ] ) } , ea : function ( a , b ) { Z . bindTexture ( a , ha [ b ] ) } , Cc : function ( a ) { Z . bindVertexArray ( qd [ a ] ) } , xc : function ( a ) { Z . bindVertexArray ( qd [ a ] ) } , fa : function ( a , b , d , f ) { Z . blendColor ( a , b , d , f ) } , ga : function ( a ) { Z . blendEquation ( a ) } , ha : function ( a , b ) { Z . blendFunc ( a , b ) } , $b : function ( a , b , d , f , h , m , u , n , q , v ) { Z . blitFramebuffer ( a , b , d , f , h , m , u , n , q , v ) } , ia : function ( a , b , d , f ) { 2 <= x . version ? d && b ? Z . bufferData ( a , K , f , d , b ) : Z . bufferData ( a ,
b , f ) : Z . bufferData ( a , d ? K . subarray ( d , d + b ) : b , f ) } , ja : function ( a , b , d , f ) { 2 <= x . version ? d && Z . bufferSubData ( a , b , K , f , d ) : Z . bufferSubData ( a , b , K . subarray ( f , f + d ) ) } , gc : function ( a ) { return Z . checkFramebufferStatus ( a ) } , S : function ( a ) { Z . clear ( a ) } , aa : function ( a , b , d , f ) { Z . clearColor ( a , b , d , f ) } , W : function ( a ) { Z . clearStencil ( a ) } , kb : function ( a , b , d , f ) { return Z . clientWaitSync ( sd [ a ] , b , ( d >>> 0 ) + 4294967296 * f ) } , ka : function ( a , b , d , f ) { Z . colorMask ( ! ! a , ! ! b , ! ! d , ! ! f ) } , la : function ( a ) { Z . compileShader ( pd [ a ] ) } , ma : function ( a , b , d , f , h , m , u , n ) { 2 <=
x . version ? Z . Ee || ! u ? Z . compressedTexImage2D ( a , b , d , f , h , m , u , n ) : Z . compressedTexImage2D ( a , b , d , f , h , m , K , n , u ) : Z . compressedTexImage2D ( a , b , d , f , h , m , n ? K . subarray ( n , n + u ) : null ) } , na : function ( a , b , d , f , h , m , u , n , q ) { 2 <= x . version ? Z . Ee || ! n ? Z . compressedTexSubImage2D ( a , b , d , f , h , m , u , n , q ) : Z . compressedTexSubImage2D ( a , b , d , f , h , m , u , K , q , n ) : Z . compressedTexSubImage2D ( a , b , d , f , h , m , u , q ? K . subarray ( q , q + n ) : null ) } , Zb : function ( a , b , d , f , h ) { Z . copyBufferSubData ( a , b , d , f , h ) } , oa : function ( a , b , d , f , h , m , u , n ) { Z . copyTexSubImage2D ( a , b , d , f , h , m , u , n ) } , pa : function ( ) { var a =
fa ( md ) , b = Z . createProgram ( ) ; b . name = a ; b . We = b . Ue = b . Ve = 0 ; b . kf = 1 ; md [ a ] = b ; return a } , qa : function ( a ) { var b = fa ( pd ) ; pd [ b ] = Z . createShader ( a ) ; return b } , ra : function ( a ) { Z . cullFace ( a ) } , sa : function ( a , b ) { for ( var d = 0 ; d < a ; d ++ ) { var f = R [ b + 4 * d >> 2 ] , h = ld [ f ] ; h && ( Z . deleteBuffer ( h ) , h . name = 0 , ld [ f ] = null , f == Z . cf && ( Z . cf = 0 ) , f == Z . Ee && ( Z . Ee = 0 ) ) } } , hc : function ( a , b ) { for ( var d = 0 ; d < a ; ++ d ) { var f = R [ b + 4 * d >> 2 ] , h = nd [ f ] ; h && ( Z . deleteFramebuffer ( h ) , h . name = 0 , nd [ f ] = null ) } } , ta : function ( a ) { if ( a ) { var b = md [ a ] ; b ? ( Z . deleteProgram ( b ) , b . name = 0 , md [ a ] = null ) :
wd ( 1281 ) } } , ic : function ( a , b ) { for ( var d = 0 ; d < a ; d ++ ) { var f = R [ b + 4 * d >> 2 ] , h = od [ f ] ; h && ( Z . deleteRenderbuffer ( h ) , h . name = 0 , od [ f ] = null ) } } , Sb : function ( a , b ) { for ( var d = 0 ; d < a ; d ++ ) { var f = R [ b + 4 * d >> 2 ] , h = rd [ f ] ; h && ( Z . deleteSampler ( h ) , h . name = 0 , rd [ f ] = null ) } } , ua : function ( a ) { if ( a ) { var b = pd [ a ] ; b ? ( Z . deleteShader ( b ) , pd [ a ] = null ) : wd ( 1281 ) } } , _b : function ( a ) { if ( a ) { var b = sd [ a ] ; b ? ( Z . deleteSync ( b ) , b . name = 0 , sd [ a ] = null ) : wd ( 1281 ) } } , va : function ( a , b ) { for ( var d = 0 ; d < a ; d ++ ) { var f = R [ b + 4 * d >> 2 ] , h = ha [ f ] ; h && ( Z . deleteTexture ( h ) , h . name = 0 , ha [ f ] = null ) } } ,
Dc : function ( a , b ) { for ( var d = 0 ; d < a ; d ++ ) { var f = R [ b + 4 * d >> 2 ] ; Z . deleteVertexArray ( qd [ f ] ) ; qd [ f ] = null } } , yc : function ( a , b ) { for ( var d = 0 ; d < a ; d ++ ) { var f = R [ b + 4 * d >> 2 ] ; Z . deleteVertexArray ( qd [ f ] ) ; qd [ f ] = null } } , wa : function ( a ) { Z . depthMask ( ! ! a ) } , xa : function ( a ) { Z . disable ( a ) } , ya : function ( a ) { Z . disableVertexAttribArray ( a ) } , za : function ( a , b , d ) { Z . drawArrays ( a , b , d ) } , Ac : function ( a , b , d , f ) { Z . drawArraysInstanced ( a , b , d , f ) } , vc : function ( a , b , d , f , h ) { Z . qf . drawArraysInstancedBaseInstanceWEBGL ( a , b , d , f , h ) } , tc : function ( a , b ) { for ( var d = Cd [ a ] ,
f = 0 ; f < a ; f ++ ) d [ f ] = R [ b + 4 * f >> 2 ] ; Z . drawBuffers ( d ) } , Aa : function ( a , b , d , f ) { Z . drawElements ( a , b , d , f ) } , Bc : function ( a , b , d , f , h ) { Z . drawElementsInstanced ( a , b , d , f , h ) } , wc : function ( a , b , d , f , h , m , u ) { Z . qf . drawElementsInstancedBaseVertexBaseInstanceWEBGL ( a , b , d , f , h , m , u ) } , nc : function ( a , b , d , f , h , m ) { Z . drawElements ( a , f , h , m ) } , Ba : function ( a ) { Z . enable ( a ) } , Ca : function ( a ) { Z . enableVertexAttribArray ( a ) } , Xb : function ( a , b ) { return ( a = Z . fenceSync ( a , b ) ) ? ( b = fa ( sd ) , a . name = b , sd [ b ] = a , b ) : 0 } , Da : function ( ) { Z . finish ( ) } , Ea : function ( ) { Z . flush ( ) } , jc : function ( a ,
b , d , f ) { Z . framebufferRenderbuffer ( a , b , d , od [ f ] ) } , kc : function ( a , b , d , f , h ) { Z . framebufferTexture2D ( a , b , d , ha [ f ] , h ) } , Fa : function ( a ) { Z . frontFace ( a ) } , Ga : function ( a , b ) { Dd ( a , b , "createBuffer" , ld ) } , lc : function ( a , b ) { Dd ( a , b , "createFramebuffer" , nd ) } , mc : function ( a , b ) { Dd ( a , b , "createRenderbuffer" , od ) } , Tb : function ( a , b ) { Dd ( a , b , "createSampler" , rd ) } , Ha : function ( a , b ) { Dd ( a , b , "createTexture" , ha ) } , Ec : function ( a , b ) { Dd ( a , b , "createVertexArray" , qd ) } , zc : function ( a , b ) { Dd ( a , b , "createVertexArray" , qd ) } , bc : function ( a ) { Z . generateMipmap ( a ) } ,
Ia : function ( a , b , d ) { d ? R [ d >> 2 ] = Z . getBufferParameter ( a , b ) : wd ( 1281 ) } , Ja : function ( ) { var a = Z . getError ( ) || xd ; xd = 0 ; return a } , Ka : function ( a , b ) { Ed ( a , b , 2 ) } , cc : function ( a , b , d , f ) { a = Z . getFramebufferAttachmentParameter ( a , b , d ) ; if ( a instanceof WebGLRenderbuffer || a instanceof WebGLTexture ) a = a . name | 0 ; R [ f >> 2 ] = a } , M : function ( a , b ) { Ed ( a , b , 0 ) } , La : function ( a , b , d , f ) { a = Z . getProgramInfoLog ( md [ a ] ) ; null === a && ( a = "(unknown error)" ) ; b = 0 < b && f ? pa ( a , K , f , b ) : 0 ; d && ( R [ d >> 2 ] = b ) } , Ma : function ( a , b , d ) { if ( d ) if ( a >= kd ) wd ( 1281 ) ; else if ( a = md [ a ] , 35716 ==
b ) a = Z . getProgramInfoLog ( a ) , null === a && ( a = "(unknown error)" ) , R [ d >> 2 ] = a . length + 1 ; else if ( 35719 == b ) { if ( ! a . We ) for ( b = 0 ; b < Z . getProgramParameter ( a , 35718 ) ; ++ b ) a . We = Math . max ( a . We , Z . getActiveUniform ( a , b ) . name . length + 1 ) ; R [ d >> 2 ] = a . We } else if ( 35722 == b ) { if ( ! a . Ue ) for ( b = 0 ; b < Z . getProgramParameter ( a , 35721 ) ; ++ b ) a . Ue = Math . max ( a . Ue , Z . getActiveAttrib ( a , b ) . name . length + 1 ) ; R [ d >> 2 ] = a . Ue } else if ( 35381 == b ) { if ( ! a . Ve ) for ( b = 0 ; b < Z . getProgramParameter ( a , 35382 ) ; ++ b ) a . Ve = Math . max ( a . Ve , Z . getActiveUniformBlockName ( a , b ) . length + 1 ) ; R [ d >>
2 ] = a . Ve } else R [ d >> 2 ] = Z . getProgramParameter ( a , b ) ; else wd ( 1281 ) } , dc : function ( a , b , d ) { d ? R [ d >> 2 ] = Z . getRenderbufferParameter ( a , b ) : wd ( 1281 ) } , Na : function ( a , b , d , f ) { a = Z . getShaderInfoLog ( pd [ a ] ) ; null === a && ( a = "(unknown error)" ) ; b = 0 < b && f ? pa ( a , K , f , b ) : 0 ; d && ( R [ d >> 2 ] = b ) } , Ob : function ( a , b , d , f ) { a = Z . getShaderPrecisionFormat ( a , b ) ; R [ d >> 2 ] = a . rangeMin ; R [ d + 4 >> 2 ] = a . rangeMax ; R [ f >> 2 ] = a . precision } , Oa : function ( a , b , d ) { d ? 35716 == b ? ( a = Z . getShaderInfoLog ( pd [ a ] ) , null === a && ( a = "(unknown error)" ) , R [ d >> 2 ] = a ? a . length + 1 : 0 ) : 35720 == b ? ( a = Z . getShaderSource ( pd [ a ] ) ,
R [ d >> 2 ] = a ? a . length + 1 : 0 ) : R [ d >> 2 ] = Z . getShaderParameter ( pd [ a ] , b ) : wd ( 1281 ) } , R : function ( a ) { var b = td [ a ] ; if ( ! b ) { switch ( a ) { case 7939 : b = Z . getSupportedExtensions ( ) || [ ] ; b = b . concat ( b . map ( function ( f ) { return "GL_" + f } ) ) ; b = Fd ( b . join ( " " ) ) ; break ; case 7936 : case 7937 : case 37445 : case 37446 : ( b = Z . getParameter ( a ) ) || wd ( 1280 ) ; b = b && Fd ( b ) ; break ; case 7938 : b = Z . getParameter ( 7938 ) ; b = 2 <= x . version ? "OpenGL ES 3.0 (" + b + ")" : "OpenGL ES 2.0 (" + b + ")" ; b = Fd ( b ) ; break ; case 35724 : b = Z . getParameter ( 35724 ) ; var d = b . match ( /^WebGL GLSL ES ([0-9]\.[0-9][0-9]?)(?:$| .*)/ ) ;
null !== d && ( 3 == d [ 1 ] . length && ( d [ 1 ] += "0" ) , b = "OpenGL ES GLSL ES " + d [ 1 ] + " (" + b + ")" ) ; b = Fd ( b ) ; break ; default : wd ( 1280 ) } td [ a ] = b } return b } , jb : function ( a , b ) { if ( 2 > x . version ) return wd ( 1282 ) , 0 ; var d = ud [ a ] ; if ( d ) return 0 > b || b >= d . length ? ( wd ( 1281 ) , 0 ) : d [ b ] ; switch ( a ) { case 7939 : return d = Z . getSupportedExtensions ( ) || [ ] , d = d . concat ( d . map ( function ( f ) { return "GL_" + f } ) ) , d = d . map ( function ( f ) { return Fd ( f ) } ) , d = ud [ a ] = d , 0 > b || b >= d . length ? ( wd ( 1281 ) , 0 ) : d [ b ] ; default : return wd ( 1280 ) , 0 } } , Pa : function ( a , b ) { b = Va ( b ) ; if ( a = md [ a ] ) { var d = a , f = d . Ne ,
h = d . xf , m ; if ( ! f ) for ( d . Ne = f = { } , d . wf = { } , m = 0 ; m < Z . getProgramParameter ( d , 35718 ) ; ++ m ) { var u = Z . getActiveUniform ( d , m ) ; var n = u . name ; u = u . size ; var q = Hd ( n ) ; q = 0 < q ? n . slice ( 0 , q ) : n ; var v = d . kf ; d . kf += u ; h [ q ] = [ u , v ] ; for ( n = 0 ; n < u ; ++ n ) f [ v ] = n , d . wf [ v ++ ] = q } d = a . Ne ; f = 0 ; h = b ; m = Hd ( b ) ; 0 < m && ( f = parseInt ( b . slice ( m + 1 ) ) >>> 0 , h = b . slice ( 0 , m ) ) ; if ( ( h = a . xf [ h ] ) && f < h [ 0 ] && ( f += h [ 1 ] , d [ f ] = d [ f ] || Z . getUniformLocation ( a , b ) ) ) return f } else wd ( 1281 ) ; return - 1 } , Pb : function ( a , b , d ) { for ( var f = Cd [ b ] , h = 0 ; h < b ; h ++ ) f [ h ] = R [ d + 4 * h >> 2 ] ; Z . invalidateFramebuffer ( a , f ) } ,
Qb : function ( a , b , d , f , h , m , u ) { for ( var n = Cd [ b ] , q = 0 ; q < b ; q ++ ) n [ q ] = R [ d + 4 * q >> 2 ] ; Z . invalidateSubFramebuffer ( a , n , f , h , m , u ) } , Yb : function ( a ) { return Z . isSync ( sd [ a ] ) } , Qa : function ( a ) { return ( a = ha [ a ] ) ? Z . isTexture ( a ) : 0 } , Ra : function ( a ) { Z . lineWidth ( a ) } , Sa : function ( a ) { a = md [ a ] ; Z . linkProgram ( a ) ; a . Ne = 0 ; a . xf = { } } , rc : function ( a , b , d , f , h , m ) { Z . uf . multiDrawArraysInstancedBaseInstanceWEBGL ( a , R , b >> 2 , R , d >> 2 , R , f >> 2 , lb , h >> 2 , m ) } , sc : function ( a , b , d , f , h , m , u , n ) { Z . uf . multiDrawElementsInstancedBaseVertexBaseInstanceWEBGL ( a , R , b >> 2 , d , R , f >> 2 ,
R , h >> 2 , R , m >> 2 , lb , u >> 2 , n ) } , Ta : function ( a , b ) { 3317 == a && ( vd = b ) ; Z . pixelStorei ( a , b ) } , uc : function ( a ) { Z . readBuffer ( a ) } , Ua : function ( a , b , d , f , h , m , u ) { if ( 2 <= x . version ) if ( Z . cf ) Z . readPixels ( a , b , d , f , h , m , u ) ; else { var n = Id ( m ) ; Z . readPixels ( a , b , d , f , h , m , n , u >> 31 - Math . clz32 ( n . BYTES _PER _ELEMENT ) ) } else ( u = Jd ( m , h , d , f , u ) ) ? Z . readPixels ( a , b , d , f , h , m , u ) : wd ( 1280 ) } , ec : function ( a , b , d , f ) { Z . renderbufferStorage ( a , b , d , f ) } , ac : function ( a , b , d , f , h ) { Z . renderbufferStorageMultisample ( a , b , d , f , h ) } , Ub : function ( a , b , d ) { Z . samplerParameterf ( rd [ a ] , b ,
d ) } , Vb : function ( a , b , d ) { Z . samplerParameteri ( rd [ a ] , b , d ) } , Wb : function ( a , b , d ) { Z . samplerParameteri ( rd [ a ] , b , R [ d >> 2 ] ) } , Va : function ( a , b , d , f ) { Z . scissor ( a , b , d , f ) } , Wa : function ( a , b , d , f ) { for ( var h = "" , m = 0 ; m < b ; ++ m ) { var u = f ? R [ f + 4 * m >> 2 ] : - 1 ; h += Va ( R [ d + 4 * m >> 2 ] , 0 > u ? void 0 : u ) } Z . shaderSource ( pd [ a ] , h ) } , Xa : function ( a , b , d ) { Z . stencilFunc ( a , b , d ) } , Ya : function ( a , b , d , f ) { Z . stencilFuncSeparate ( a , b , d , f ) } , Za : function ( a ) { Z . stencilMask ( a ) } , _a : function ( a , b ) { Z . stencilMaskSeparate ( a , b ) } , $a : function ( a , b , d ) { Z . stencilOp ( a , b , d ) } , ab : function ( a ,
b , d , f ) { Z . stencilOpSeparate ( a , b , d , f ) } , bb : function ( a , b , d , f , h , m , u , n , q ) { if ( 2 <= x . version ) if ( Z . Ee ) Z . texImage2D ( a , b , d , f , h , m , u , n , q ) ; else if ( q ) { var v = Id ( n ) ; Z . texImage2D ( a , b , d , f , h , m , u , n , v , q >> 31 - Math . clz32 ( v . BYTES _PER _ELEMENT ) ) } else Z . texImage2D ( a , b , d , f , h , m , u , n , null ) ; else Z . texImage2D ( a , b , d , f , h , m , u , n , q ? Jd ( n , u , f , h , q ) : null ) } , cb : function ( a , b , d ) { Z . texParameterf ( a , b , d ) } , db : function ( a , b , d ) { Z . texParameterf ( a , b , S [ d >> 2 ] ) } , eb : function ( a , b , d ) { Z . texParameteri ( a , b , d ) } , fb : function ( a , b , d ) { Z . texParameteri ( a , b , R [ d >> 2 ] ) } , oc : function ( a ,
b , d , f , h ) { Z . texStorage2D ( a , b , d , f , h ) } , gb : function ( a , b , d , f , h , m , u , n , q ) { if ( 2 <= x . version ) if ( Z . Ee ) Z . texSubImage2D ( a , b , d , f , h , m , u , n , q ) ; else if ( q ) { var v = Id ( n ) ; Z . texSubImage2D ( a , b , d , f , h , m , u , n , v , q >> 31 - Math . clz32 ( v . BYTES _PER _ELEMENT ) ) } else Z . texSubImage2D ( a , b , d , f , h , m , u , n , null ) ; else v = null , q && ( v = Jd ( n , u , h , m , q ) ) , Z . texSubImage2D ( a , b , d , f , h , m , u , n , v ) } , hb : function ( a , b ) { Z . uniform1f ( Kd ( a ) , b ) } , ib : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform1fv ( Kd ( a ) , S , d >> 2 , b ) ; else { if ( 288 >= b ) for ( var f = Ld [ b - 1 ] , h = 0 ; h < b ; ++ h ) f [ h ] = S [ d + 4 * h >> 2 ] ;
else f = S . subarray ( d >> 2 , d + 4 * b >> 2 ) ; Z . uniform1fv ( Kd ( a ) , f ) } } , Zc : function ( a , b ) { Z . uniform1i ( Kd ( a ) , b ) } , _c : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform1iv ( Kd ( a ) , R , d >> 2 , b ) ; else { if ( 288 >= b ) for ( var f = Md [ b - 1 ] , h = 0 ; h < b ; ++ h ) f [ h ] = R [ d + 4 * h >> 2 ] ; else f = R . subarray ( d >> 2 , d + 4 * b >> 2 ) ; Z . uniform1iv ( Kd ( a ) , f ) } } , $c : function ( a , b , d ) { Z . uniform2f ( Kd ( a ) , b , d ) } , ad : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform2fv ( Kd ( a ) , S , d >> 2 , 2 * b ) ; else { if ( 144 >= b ) for ( var f = Ld [ 2 * b - 1 ] , h = 0 ; h < 2 * b ; h += 2 ) f [ h ] = S [ d + 4 * h >> 2 ] , f [ h + 1 ] = S [ d + ( 4 * h + 4 ) >> 2 ] ; else f = S . subarray ( d >>
2 , d + 8 * b >> 2 ) ; Z . uniform2fv ( Kd ( a ) , f ) } } , Yc : function ( a , b , d ) { Z . uniform2i ( Kd ( a ) , b , d ) } , Xc : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform2iv ( Kd ( a ) , R , d >> 2 , 2 * b ) ; else { if ( 144 >= b ) for ( var f = Md [ 2 * b - 1 ] , h = 0 ; h < 2 * b ; h += 2 ) f [ h ] = R [ d + 4 * h >> 2 ] , f [ h + 1 ] = R [ d + ( 4 * h + 4 ) >> 2 ] ; else f = R . subarray ( d >> 2 , d + 8 * b >> 2 ) ; Z . uniform2iv ( Kd ( a ) , f ) } } , Wc : function ( a , b , d , f ) { Z . uniform3f ( Kd ( a ) , b , d , f ) } , Vc : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform3fv ( Kd ( a ) , S , d >> 2 , 3 * b ) ; else { if ( 96 >= b ) for ( var f = Ld [ 3 * b - 1 ] , h = 0 ; h < 3 * b ; h += 3 ) f [ h ] = S [ d + 4 * h >> 2 ] , f [ h + 1 ] = S [ d + ( 4 * h + 4 ) >> 2 ] , f [ h +
2 ] = S [ d + ( 4 * h + 8 ) >> 2 ] ; else f = S . subarray ( d >> 2 , d + 12 * b >> 2 ) ; Z . uniform3fv ( Kd ( a ) , f ) } } , Uc : function ( a , b , d , f ) { Z . uniform3i ( Kd ( a ) , b , d , f ) } , Tc : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform3iv ( Kd ( a ) , R , d >> 2 , 3 * b ) ; else { if ( 96 >= b ) for ( var f = Md [ 3 * b - 1 ] , h = 0 ; h < 3 * b ; h += 3 ) f [ h ] = R [ d + 4 * h >> 2 ] , f [ h + 1 ] = R [ d + ( 4 * h + 4 ) >> 2 ] , f [ h + 2 ] = R [ d + ( 4 * h + 8 ) >> 2 ] ; else f = R . subarray ( d >> 2 , d + 12 * b >> 2 ) ; Z . uniform3iv ( Kd ( a ) , f ) } } , Sc : function ( a , b , d , f , h ) { Z . uniform4f ( Kd ( a ) , b , d , f , h ) } , Rc : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform4fv ( Kd ( a ) , S , d >> 2 , 4 * b ) ; else { if ( 72 >= b ) { var f =
Ld [ 4 * b - 1 ] , h = S ; d >>= 2 ; for ( var m = 0 ; m < 4 * b ; m += 4 ) { var u = d + m ; f [ m ] = h [ u ] ; f [ m + 1 ] = h [ u + 1 ] ; f [ m + 2 ] = h [ u + 2 ] ; f [ m + 3 ] = h [ u + 3 ] } } else f = S . subarray ( d >> 2 , d + 16 * b >> 2 ) ; Z . uniform4fv ( Kd ( a ) , f ) } } , Fc : function ( a , b , d , f , h ) { Z . uniform4i ( Kd ( a ) , b , d , f , h ) } , Gc : function ( a , b , d ) { if ( 2 <= x . version ) b && Z . uniform4iv ( Kd ( a ) , R , d >> 2 , 4 * b ) ; else { if ( 72 >= b ) for ( var f = Md [ 4 * b - 1 ] , h = 0 ; h < 4 * b ; h += 4 ) f [ h ] = R [ d + 4 * h >> 2 ] , f [ h + 1 ] = R [ d + ( 4 * h + 4 ) >> 2 ] , f [ h + 2 ] = R [ d + ( 4 * h + 8 ) >> 2 ] , f [ h + 3 ] = R [ d + ( 4 * h + 12 ) >> 2 ] ; else f = R . subarray ( d >> 2 , d + 16 * b >> 2 ) ; Z . uniform4iv ( Kd ( a ) , f ) } } , Hc : function ( a , b , d , f ) { if ( 2 <=
x . version ) b && Z . uniformMatrix2fv ( Kd ( a ) , ! ! d , S , f >> 2 , 4 * b ) ; else { if ( 72 >= b ) for ( var h = Ld [ 4 * b - 1 ] , m = 0 ; m < 4 * b ; m += 4 ) h [ m ] = S [ f + 4 * m >> 2 ] , h [ m + 1 ] = S [ f + ( 4 * m + 4 ) >> 2 ] , h [ m + 2 ] = S [ f + ( 4 * m + 8 ) >> 2 ] , h [ m + 3 ] = S [ f + ( 4 * m + 12 ) >> 2 ] ; else h = S . subarray ( f >> 2 , f + 16 * b >> 2 ) ; Z . uniformMatrix2fv ( Kd ( a ) , ! ! d , h ) } } , Ic : function ( a , b , d , f ) { if ( 2 <= x . version ) b && Z . uniformMatrix3fv ( Kd ( a ) , ! ! d , S , f >> 2 , 9 * b ) ; else { if ( 32 >= b ) for ( var h = Ld [ 9 * b - 1 ] , m = 0 ; m < 9 * b ; m += 9 ) h [ m ] = S [ f + 4 * m >> 2 ] , h [ m + 1 ] = S [ f + ( 4 * m + 4 ) >> 2 ] , h [ m + 2 ] = S [ f + ( 4 * m + 8 ) >> 2 ] , h [ m + 3 ] = S [ f + ( 4 * m + 12 ) >> 2 ] , h [ m + 4 ] = S [ f + ( 4 * m + 16 ) >> 2 ] , h [ m +
5 ] = S [ f + ( 4 * m + 20 ) >> 2 ] , h [ m + 6 ] = S [ f + ( 4 * m + 24 ) >> 2 ] , h [ m + 7 ] = S [ f + ( 4 * m + 28 ) >> 2 ] , h [ m + 8 ] = S [ f + ( 4 * m + 32 ) >> 2 ] ; else h = S . subarray ( f >> 2 , f + 36 * b >> 2 ) ; Z . uniformMatrix3fv ( Kd ( a ) , ! ! d , h ) } } , Jc : function ( a , b , d , f ) { if ( 2 <= x . version ) b && Z . uniformMatrix4fv ( Kd ( a ) , ! ! d , S , f >> 2 , 16 * b ) ; else { if ( 18 >= b ) { var h = Ld [ 16 * b - 1 ] , m = S ; f >>= 2 ; for ( var u = 0 ; u < 16 * b ; u += 16 ) { var n = f + u ; h [ u ] = m [ n ] ; h [ u + 1 ] = m [ n + 1 ] ; h [ u + 2 ] = m [ n + 2 ] ; h [ u + 3 ] = m [ n + 3 ] ; h [ u + 4 ] = m [ n + 4 ] ; h [ u + 5 ] = m [ n + 5 ] ; h [ u + 6 ] = m [ n + 6 ] ; h [ u + 7 ] = m [ n + 7 ] ; h [ u + 8 ] = m [ n + 8 ] ; h [ u + 9 ] = m [ n + 9 ] ; h [ u + 10 ] = m [ n + 10 ] ; h [ u + 11 ] = m [ n + 11 ] ; h [ u + 12 ] = m [ n + 12 ] ;
h [ u + 13 ] = m [ n + 13 ] ; h [ u + 14 ] = m [ n + 14 ] ; h [ u + 15 ] = m [ n + 15 ] } } else h = S . subarray ( f >> 2 , f + 64 * b >> 2 ) ; Z . uniformMatrix4fv ( Kd ( a ) , ! ! d , h ) } } , Kc : function ( a ) { a = md [ a ] ; Z . useProgram ( a ) ; Z . Hf = a } , Lc : function ( a , b ) { Z . vertexAttrib1f ( a , b ) } , Mc : function ( a , b ) { Z . vertexAttrib2f ( a , S [ b >> 2 ] , S [ b + 4 >> 2 ] ) } , Nc : function ( a , b ) { Z . vertexAttrib3f ( a , S [ b >> 2 ] , S [ b + 4 >> 2 ] , S [ b + 8 >> 2 ] ) } , Oc : function ( a , b ) { Z . vertexAttrib4f ( a , S [ b >> 2 ] , S [ b + 4 >> 2 ] , S [ b + 8 >> 2 ] , S [ b + 12 >> 2 ] ) } , pc : function ( a , b ) { Z . vertexAttribDivisor ( a , b ) } , qc : function ( a , b , d , f , h ) { Z . vertexAttribIPointer ( a , b , d , f ,
h ) } , Pc : function ( a , b , d , f , h , m ) { Z . vertexAttribPointer ( a , b , d , ! ! f , h , m ) } , Qc : function ( a , b , d , f ) { Z . viewport ( a , b , d , f ) } , lb : function ( a , b , d , f ) { Z . waitSync ( sd [ a ] , b , ( d >>> 0 ) + 4294967296 * f ) } , tb : function ( a ) { var b = K . length ; a >>>= 0 ; if ( 2147483648 < a ) return ! 1 ; for ( var d = 1 ; 4 >= d ; d *= 2 ) { var f = b * ( 1 + . 2 / d ) ; f = Math . min ( f , a + 100663296 ) ; var h = Math ; f = Math . max ( a , f ) ; h = h . min . call ( h , 2147483648 , f + ( 65536 - f % 65536 ) % 65536 ) ; a : { try { Qa . grow ( h - jb . byteLength + 65535 >>> 16 ) ; nb ( ) ; var m = 1 ; break a } catch ( u ) { } m = void 0 } if ( m ) return ! 0 } return ! 1 } , nb : function ( ) { return x ?
x . Uf : 0 } , wb : function ( a , b ) { var d = 0 ; Od ( ) . forEach ( function ( f , h ) { var m = b + d ; h = lb [ a + 4 * h >> 2 ] = m ; for ( m = 0 ; m < f . length ; ++ m ) kb [ h ++ >> 0 ] = f . charCodeAt ( m ) ; kb [ h >> 0 ] = 0 ; d += f . length + 1 } ) ; return 0 } , xb : function ( a , b ) { var d = Od ( ) ; lb [ a >> 2 ] = d . length ; var f = 0 ; d . forEach ( function ( h ) { f += h . length + 1 } ) ; lb [ b >> 2 ] = f ; return 0 } , Jb : function ( a ) { if ( ! noExitRuntime ) { if ( w . onExit ) w . onExit ( a ) ; Ra = ! 0 } wa ( a , new Ga ( a ) ) } , O : function ( ) { return 52 } , ob : function ( ) { return 52 } , Cb : function ( ) { return 52 } , pb : function ( ) { return 70 } , T : function ( a , b , d , f ) { for ( var h = 0 , m =
0 ; m < d ; m ++ ) { var u = lb [ b >> 2 ] , n = lb [ b + 4 >> 2 ] ; b += 8 ; for ( var q = 0 ; q < n ; q ++ ) { var v = K [ u + q ] , D = Qd [ a ] ; 0 === v || 10 === v ? ( ( 1 === a ? Ka : Ja ) ( Ta ( D , 0 ) ) , D . length = 0 ) : D . push ( v ) } h += n } lb [ f >> 2 ] = h ; return 0 } , c : function ( ) { return La } , m : ae , s : be , k : ce , J : de , Nb : ee , _ : fe , Z : ge , Q : he , p : ie , x : je , q : ke , w : le , Mb : me , Kb : ne , Lb : oe , d : function ( a ) { La = a } , rb : function ( a , b , d , f ) { return Ud ( a , b , d , f ) } } ;
( function ( ) { function a ( h ) { w . asm = h . exports ; Qa = w . asm . dd ; nb ( ) ; ob = w . asm . fd ; qb . unshift ( w . asm . ed ) ; tb -- ; w . monitorRunDependencies && w . monitorRunDependencies ( tb ) ; 0 == tb && ( null !== ub && ( clearInterval ( ub ) , ub = null ) , vb && ( h = vb , vb = null , h ( ) ) ) } function b ( h ) { a ( h . instance ) } function d ( h ) { return Bb ( ) . then ( function ( m ) { return WebAssembly . instantiate ( m , f ) } ) . then ( function ( m ) { return m } ) . then ( h , function ( m ) { Ja ( "failed to asynchronously prepare wasm: " + m ) ; Na ( m ) } ) } var f = { a : pe } ; tb ++ ; w . monitorRunDependencies && w . monitorRunDependencies ( tb ) ;
if ( w . instantiateWasm ) try { return w . instantiateWasm ( f , a ) } catch ( h ) { return Ja ( "Module.instantiateWasm callback failed with error: " + h ) , ! 1 } ( function ( ) { return Ma || "function" != typeof WebAssembly . instantiateStreaming || wb ( ) || yb . startsWith ( "file://" ) || za || "function" != typeof fetch ? d ( b ) : fetch ( yb , { credentials : "same-origin" } ) . then ( function ( h ) { return WebAssembly . instantiateStreaming ( h , f ) . then ( b , function ( m ) { Ja ( "wasm streaming compile failed: " + m ) ; Ja ( "falling back to ArrayBuffer instantiation" ) ; return d ( b ) } ) } ) } ) ( ) . catch ( ea ) ;
return { } } ) ( ) ; w . _ _ _wasm _call _ctors = function ( ) { return ( w . _ _ _wasm _call _ctors = w . asm . ed ) . apply ( null , arguments ) } ; var Lc = w . _free = function ( ) { return ( Lc = w . _free = w . asm . gd ) . apply ( null , arguments ) } , Gd = w . _malloc = function ( ) { return ( Gd = w . _malloc = w . asm . hd ) . apply ( null , arguments ) } , Kc = w . _ _ _getTypeName = function ( ) { return ( Kc = w . _ _ _getTypeName = w . asm . id ) . apply ( null , arguments ) } ; w . _ _ _embind _register _native _and _builtin _types = function ( ) { return ( w . _ _ _embind _register _native _and _builtin _types = w . asm . jd ) . apply ( null , arguments ) } ;
var qe = w . _setThrew = function ( ) { return ( qe = w . _setThrew = w . asm . kd ) . apply ( null , arguments ) } , re = w . stackSave = function ( ) { return ( re = w . stackSave = w . asm . ld ) . apply ( null , arguments ) } , se = w . stackRestore = function ( ) { return ( se = w . stackRestore = w . asm . md ) . apply ( null , arguments ) } ; w . dynCall _viji = function ( ) { return ( w . dynCall _viji = w . asm . nd ) . apply ( null , arguments ) } ; w . dynCall _vijiii = function ( ) { return ( w . dynCall _vijiii = w . asm . od ) . apply ( null , arguments ) } ; w . dynCall _viiiiij = function ( ) { return ( w . dynCall _viiiiij = w . asm . pd ) . apply ( null , arguments ) } ;
w . dynCall _jiiiijiiiii = function ( ) { return ( w . dynCall _jiiiijiiiii = w . asm . qd ) . apply ( null , arguments ) } ; w . dynCall _viiij = function ( ) { return ( w . dynCall _viiij = w . asm . rd ) . apply ( null , arguments ) } ; w . dynCall _jii = function ( ) { return ( w . dynCall _jii = w . asm . sd ) . apply ( null , arguments ) } ; w . dynCall _vij = function ( ) { return ( w . dynCall _vij = w . asm . td ) . apply ( null , arguments ) } ; w . dynCall _iiij = function ( ) { return ( w . dynCall _iiij = w . asm . ud ) . apply ( null , arguments ) } ; w . dynCall _iiiij = function ( ) { return ( w . dynCall _iiiij = w . asm . vd ) . apply ( null , arguments ) } ;
w . dynCall _viij = function ( ) { return ( w . dynCall _viij = w . asm . wd ) . apply ( null , arguments ) } ; w . dynCall _ji = function ( ) { return ( w . dynCall _ji = w . asm . xd ) . apply ( null , arguments ) } ; w . dynCall _iij = function ( ) { return ( w . dynCall _iij = w . asm . yd ) . apply ( null , arguments ) } ; w . dynCall _jiiiiii = function ( ) { return ( w . dynCall _jiiiiii = w . asm . zd ) . apply ( null , arguments ) } ; w . dynCall _jiiiiji = function ( ) { return ( w . dynCall _jiiiiji = w . asm . Ad ) . apply ( null , arguments ) } ; w . dynCall _iijj = function ( ) { return ( w . dynCall _iijj = w . asm . Bd ) . apply ( null , arguments ) } ;
w . dynCall _iiiji = function ( ) { return ( w . dynCall _iiiji = w . asm . Cd ) . apply ( null , arguments ) } ; w . dynCall _iiji = function ( ) { return ( w . dynCall _iiji = w . asm . Dd ) . apply ( null , arguments ) } ; w . dynCall _iijjiii = function ( ) { return ( w . dynCall _iijjiii = w . asm . Ed ) . apply ( null , arguments ) } ; w . dynCall _vijjjii = function ( ) { return ( w . dynCall _vijjjii = w . asm . Fd ) . apply ( null , arguments ) } ; w . dynCall _jiji = function ( ) { return ( w . dynCall _jiji = w . asm . Gd ) . apply ( null , arguments ) } ; w . dynCall _viijii = function ( ) { return ( w . dynCall _viijii = w . asm . Hd ) . apply ( null , arguments ) } ;
w . dynCall _iiiiij = function ( ) { return ( w . dynCall _iiiiij = w . asm . Id ) . apply ( null , arguments ) } ; w . dynCall _iiiiijj = function ( ) { return ( w . dynCall _iiiiijj = w . asm . Jd ) . apply ( null , arguments ) } ; w . dynCall _iiiiiijj = function ( ) { return ( w . dynCall _iiiiiijj = w . asm . Kd ) . apply ( null , arguments ) } ; function ae ( a , b ) { var d = re ( ) ; try { return Db ( a ) ( b ) } catch ( f ) { se ( d ) ; if ( f !== f + 0 ) throw f ; qe ( 1 , 0 ) } } function be ( a , b , d ) { var f = re ( ) ; try { return Db ( a ) ( b , d ) } catch ( h ) { se ( f ) ; if ( h !== h + 0 ) throw h ; qe ( 1 , 0 ) } }
function ke ( a , b , d , f ) { var h = re ( ) ; try { Db ( a ) ( b , d , f ) } catch ( m ) { se ( h ) ; if ( m !== m + 0 ) throw m ; qe ( 1 , 0 ) } } function ce ( a , b , d , f ) { var h = re ( ) ; try { return Db ( a ) ( b , d , f ) } catch ( m ) { se ( h ) ; if ( m !== m + 0 ) throw m ; qe ( 1 , 0 ) } } function ie ( a , b ) { var d = re ( ) ; try { Db ( a ) ( b ) } catch ( f ) { se ( d ) ; if ( f !== f + 0 ) throw f ; qe ( 1 , 0 ) } } function ee ( a , b , d , f , h , m ) { var u = re ( ) ; try { return Db ( a ) ( b , d , f , h , m ) } catch ( n ) { se ( u ) ; if ( n !== n + 0 ) throw n ; qe ( 1 , 0 ) } } function le ( a , b , d , f , h ) { var m = re ( ) ; try { Db ( a ) ( b , d , f , h ) } catch ( u ) { se ( m ) ; if ( u !== u + 0 ) throw u ; qe ( 1 , 0 ) } }
function fe ( a , b , d , f , h , m , u ) { var n = re ( ) ; try { return Db ( a ) ( b , d , f , h , m , u ) } catch ( q ) { se ( n ) ; if ( q !== q + 0 ) throw q ; qe ( 1 , 0 ) } } function de ( a , b , d , f , h ) { var m = re ( ) ; try { return Db ( a ) ( b , d , f , h ) } catch ( u ) { se ( m ) ; if ( u !== u + 0 ) throw u ; qe ( 1 , 0 ) } } function je ( a , b , d ) { var f = re ( ) ; try { Db ( a ) ( b , d ) } catch ( h ) { se ( f ) ; if ( h !== h + 0 ) throw h ; qe ( 1 , 0 ) } } function he ( a ) { var b = re ( ) ; try { Db ( a ) ( ) } catch ( d ) { se ( b ) ; if ( d !== d + 0 ) throw d ; qe ( 1 , 0 ) } } function me ( a , b , d , f , h , m ) { var u = re ( ) ; try { Db ( a ) ( b , d , f , h , m ) } catch ( n ) { se ( u ) ; if ( n !== n + 0 ) throw n ; qe ( 1 , 0 ) } }
function oe ( a , b , d , f , h , m , u , n , q , v ) { var D = re ( ) ; try { Db ( a ) ( b , d , f , h , m , u , n , q , v ) } catch ( I ) { se ( D ) ; if ( I !== I + 0 ) throw I ; qe ( 1 , 0 ) } } function ne ( a , b , d , f , h , m , u ) { var n = re ( ) ; try { Db ( a ) ( b , d , f , h , m , u ) } catch ( q ) { se ( n ) ; if ( q !== q + 0 ) throw q ; qe ( 1 , 0 ) } } function ge ( a , b , d , f , h , m , u , n , q , v ) { var D = re ( ) ; try { return Db ( a ) ( b , d , f , h , m , u , n , q , v ) } catch ( I ) { se ( D ) ; if ( I !== I + 0 ) throw I ; qe ( 1 , 0 ) } } var te ; function Ga ( a ) { this . name = "ExitStatus" ; this . message = "Program terminated with exit(" + a + ")" ; this . status = a } vb = function ue ( ) { te || ve ( ) ; te || ( vb = ue ) } ;
function ve ( ) { function a ( ) { if ( ! te && ( te = ! 0 , w . calledRun = ! 0 , ! Ra ) ) { Cb ( qb ) ; aa ( w ) ; if ( w . onRuntimeInitialized ) w . onRuntimeInitialized ( ) ; if ( w . postRun ) for ( "function" == typeof w . postRun && ( w . postRun = [ w . postRun ] ) ; w . postRun . length ; ) { var b = w . postRun . shift ( ) ; rb . unshift ( b ) } Cb ( rb ) } } if ( ! ( 0 < tb ) ) { if ( w . preRun ) for ( "function" == typeof w . preRun && ( w . preRun = [ w . preRun ] ) ; w . preRun . length ; ) sb ( ) ; Cb ( pb ) ; 0 < tb || ( w . setStatus ? ( w . setStatus ( "Running..." ) , setTimeout ( function ( ) { setTimeout ( function ( ) { w . setStatus ( "" ) } , 1 ) ; a ( ) } , 1 ) ) : a ( ) ) } }
w . run = ve ; if ( w . preInit ) for ( "function" == typeof w . preInit && ( w . preInit = [ w . preInit ] ) ; 0 < w . preInit . length ; ) w . preInit . pop ( ) ( ) ; ve ( ) ;
2022-01-17 14:46:45 +01:00
return CanvasKitInit . ready
}
) ;
} ) ( ) ;
if ( typeof exports === 'object' && typeof module === 'object' )
module . exports = CanvasKitInit ;
else if ( typeof define === 'function' && define [ 'amd' ] )
define ( [ ] , function ( ) { return CanvasKitInit ; } ) ;
else if ( typeof exports === 'object' )
exports [ "CanvasKitInit" ] = CanvasKitInit ;
