2016-05-24 07:01:16 +00:00
( function e$$0 ( m , n , f ) { function e ( a , h ) { if ( ! n [ a ] ) { if ( ! m [ a ] ) { var k = "function" == typeof require && require ; if ( ! h && k ) return k ( a , ! 0 ) ; if ( c ) return c ( a , ! 0 ) ; k = Error ( "Cannot find module '" + a + "'" ) ; throw k . code = "MODULE_NOT_FOUND" , k ; } k = n [ a ] = { exports : { } } ; m [ a ] [ 0 ] . call ( k . exports , function ( c ) { var k = m [ a ] [ 1 ] [ c ] ; return e ( k ? k : c ) } , k , k . exports , e$$0 , m , n , f ) } return n [ a ] . exports } for ( var c = "function" == typeof require && require , a = 0 ; a < f . length ; a ++ ) e ( f [ a ] ) ; return e } ) ( { 1 : [ function ( p , m , n ) { } , { } ] , 2 : [ function ( p , m , n ) { function f ( a ) { var c = a [ 0 ] /
255 , d = a [ 1 ] / 255 , k = a [ 2 ] / 255 ; a = Math . min ( c , d , k ) ; var h = Math . max ( c , d , k ) , e = h - a , l ; h == a ? l = 0 : c == h ? l = ( d - k ) / e : d == h ? l = 2 + ( k - c ) / e : k == h && ( l = 4 + ( c - d ) / e ) ; l = Math . min ( 60 * l , 360 ) ; 0 > l && ( l += 360 ) ; c = ( a + h ) / 2 ; return [ l , 100 * ( h == a ? 0 : . 5 >= c ? e / ( h + a ) : e / ( 2 - h - a ) ) , 100 * c ] } function e ( a ) { var c = a [ 0 ] , d = a [ 1 ] ; a = a [ 2 ] ; var k = Math . min ( c , d , a ) , h = Math . max ( c , d , a ) , e = h - k , l ; h == k ? l = 0 : c == h ? l = ( d - a ) / e : d == h ? l = 2 + ( a - c ) / e : a == h && ( l = 4 + ( c - d ) / e ) ; l = Math . min ( 60 * l , 360 ) ; 0 > l && ( l += 360 ) ; return [ l , 0 == h ? 0 : e / h * 1E3 / 10 , h / 255 * 1E3 / 10 ] } function c ( a ) { var c = a [ 0 ] , d = a [ 1 ] , k = a [ 2 ] ; a = f ( a ) [ 0 ] ;
var h = 1 / 255 * Math . min ( c , Math . min ( d , k ) ) , k = 1 - 1 / 255 * Math . max ( c , Math . max ( d , k ) ) ; return [ a , 100 * h , 100 * k ] } function a ( a ) { var c = a [ 0 ] / 255 , d = a [ 1 ] / 255 ; a = a [ 2 ] / 255 ; var k ; k = Math . min ( 1 - c , 1 - d , 1 - a ) ; return [ 100 * ( ( 1 - c - k ) / ( 1 - k ) || 0 ) , 100 * ( ( 1 - d - k ) / ( 1 - k ) || 0 ) , 100 * ( ( 1 - a - k ) / ( 1 - k ) || 0 ) , 100 * k ] } function d ( a ) { return I [ JSON . stringify ( a ) ] } function h ( a ) { var c = a [ 0 ] / 255 , d = a [ 1 ] / 255 ; a = a [ 2 ] / 255 ; c = . 04045 < c ? Math . pow ( ( c + . 055 ) / 1.055 , 2.4 ) : c / 12.92 ; d = . 04045 < d ? Math . pow ( ( d + . 055 ) / 1.055 , 2.4 ) : d / 12.92 ; a = . 04045 < a ? Math . pow ( ( a + . 055 ) / 1.055 , 2.4 ) : a / 12.92 ; return [ 100 *
( . 4124 * c + . 3576 * d + . 1805 * a ) , 100 * ( . 2126 * c + . 7152 * d + . 0722 * a ) , 100 * ( . 0193 * c + . 1192 * d + . 9505 * a ) ] } function k ( a ) { var c = h ( a ) ; a = c [ 0 ] ; var d = c [ 1 ] , c = c [ 2 ] ; a /= 95.047 ; d /= 100 ; c /= 108.883 ; a = . 008856 < a ? Math . pow ( a , 1 / 3 ) : 7.787 * a + 16 / 116 ; d = . 008856 < d ? Math . pow ( d , 1 / 3 ) : 7.787 * d + 16 / 116 ; c = . 008856 < c ? Math . pow ( c , 1 / 3 ) : 7.787 * c + 16 / 116 ; return [ 116 * d - 16 , 500 * ( a - d ) , 200 * ( d - c ) ] } function l ( a ) { var c = a [ 0 ] / 360 , d = a [ 1 ] / 100 ; a = a [ 2 ] / 100 ; var k , h ; if ( 0 == d ) return k = 255 * a , [ k , k , k ] ; d = . 5 > a ? a * ( 1 + d ) : a + d - a * d ; a = 2 * a - d ; h = [ 0 , 0 , 0 ] ; for ( var e = 0 ; 3 > e ; e ++ ) k = c + 1 / 3 * - ( e - 1 ) , 0 > k &&
k ++ , 1 < k && k -- , k = 1 > 6 * k ? a + 6 * ( d - a ) * k : 1 > 2 * k ? d : 2 > 3 * k ? a + ( d - a ) * ( 2 / 3 - k ) * 6 : a , h [ e ] = 255 * k ; return h } function q ( a ) { var c = a [ 0 ] / 60 , d = a [ 1 ] / 100 ; a = a [ 2 ] / 100 ; var k = Math . floor ( c ) % 6 , h = c - Math . floor ( c ) , c = 255 * a * ( 1 - d ) , e = 255 * a * ( 1 - d * h ) , d = 255 * a * ( 1 - d * ( 1 - h ) ) ; a *= 255 ; switch ( k ) { case 0 : return [ a , d , c ] ; case 1 : return [ e , a , c ] ; case 2 : return [ c , a , d ] ; case 3 : return [ c , e , a ] ; case 4 : return [ d , c , a ] ; case 5 : return [ a , c , e ] } } function t ( a ) { var c = a [ 0 ] / 360 , d = a [ 1 ] / 100 , k = a [ 2 ] / 100 ; a = d + k ; 1 < a && ( d /= a , k /= a ) ; a = Math . floor ( 6 * c ) ; k = 1 - k ; c = 6 * c - a ; 0 != ( a & 1 ) && ( c = 1 - c ) ; c = d + c *
( k - d ) ; switch ( a ) { default : case 6 : case 0 : r = k ; g = c ; b = d ; break ; case 1 : r = c ; g = k ; b = d ; break ; case 2 : r = d ; g = k ; b = c ; break ; case 3 : r = d ; g = c ; b = k ; break ; case 4 : r = c ; g = d ; b = k ; break ; case 5 : r = k , g = d , b = c } return [ 255 * r , 255 * g , 255 * b ] } function w ( a ) { var c = a [ 3 ] / 100 ; return [ 255 * ( 1 - Math . min ( 1 , a [ 0 ] / 100 * ( 1 - c ) + c ) ) , 255 * ( 1 - Math . min ( 1 , a [ 1 ] / 100 * ( 1 - c ) + c ) ) , 255 * ( 1 - Math . min ( 1 , a [ 2 ] / 100 * ( 1 - c ) + c ) ) ] } function x ( a ) { var c = a [ 0 ] / 100 , d = a [ 1 ] / 100 , k = a [ 2 ] / 100 , h ; a = 3.2406 * c + - 1.5372 * d + - . 4986 * k ; h = - . 9689 * c + 1.8758 * d + . 0415 * k ; c = . 0557 * c + - . 204 * d + 1.057 * k ; a = . 0031308 < a ? 1.055 *
Math . pow ( a , 1 / 2.4 ) - . 055 : a *= 12.92 ; h = . 0031308 < h ? 1.055 * Math . pow ( h , 1 / 2.4 ) - . 055 : h *= 12.92 ; c = . 0031308 < c ? 1.055 * Math . pow ( c , 1 / 2.4 ) - . 055 : c *= 12.92 ; a = Math . min ( Math . max ( 0 , a ) , 1 ) ; h = Math . min ( Math . max ( 0 , h ) , 1 ) ; c = Math . min ( Math . max ( 0 , c ) , 1 ) ; return [ 255 * a , 255 * h , 255 * c ] } function u ( a ) { var c = a [ 0 ] , d = a [ 1 ] ; a = a [ 2 ] ; c /= 95.047 ; d /= 100 ; a /= 108.883 ; c = . 008856 < c ? Math . pow ( c , 1 / 3 ) : 7.787 * c + 16 / 116 ; d = . 008856 < d ? Math . pow ( d , 1 / 3 ) : 7.787 * d + 16 / 116 ; a = . 008856 < a ? Math . pow ( a , 1 / 3 ) : 7.787 * a + 16 / 116 ; return [ 116 * d - 16 , 500 * ( c - d ) , 200 * ( d - a ) ] } function E ( a ) { var c = a [ 0 ] ,
d = a [ 1 ] ; a = a [ 2 ] ; var k , h , e ; 8 >= c ? ( c = 100 * c / 903.3 , e = c / 100 * 7.787 + 16 / 116 ) : ( c = 100 * Math . pow ( ( c + 16 ) / 116 , 3 ) , e = Math . pow ( c / 100 , 1 / 3 ) ) ; k = . 008856 >= k / 95.047 ? k = 95.047 * ( d / 500 + e - 16 / 116 ) / 7.787 : 95.047 * Math . pow ( d / 500 + e , 3 ) ; h = . 008859 >= h / 108.883 ? h = 108.883 * ( e - a / 200 - 16 / 116 ) / 7.787 : 108.883 * Math . pow ( e - a / 200 , 3 ) ; return [ k , c , h ] } function v ( a ) { var c = a [ 0 ] , d = a [ 1 ] ; a = a [ 2 ] ; var k ; k = 360 * Math . atan2 ( a , d ) / 2 / Math . PI ; 0 > k && ( k += 360 ) ; return [ c , Math . sqrt ( d * d + a * a ) , k ] } function A ( a ) { return x ( E ( a ) ) } function F ( a ) { var c = a [ 0 ] , d = a [ 1 ] ; a = a [ 2 ] / 360 * 2 * Math . PI ; return [ c ,
d * Math . cos ( a ) , d * Math . sin ( a ) ] } m . exports = { rgb2hsl : f , rgb2hsv : e , rgb2hwb : c , rgb2cmyk : a , rgb2keyword : d , rgb2xyz : h , rgb2lab : k , rgb2lch : function ( a ) { return v ( k ( a ) ) } , hsl2rgb : l , hsl2hsv : function ( a ) { var c = a [ 0 ] , d = a [ 1 ] / 100 ; a = a [ 2 ] / 100 ; if ( 0 === a ) return [ 0 , 0 , 0 ] ; a *= 2 ; d *= 1 >= a ? a : 2 - a ; return [ c , 2 * d / ( a + d ) * 100 , ( a + d ) / 2 * 100 ] } , hsl2hwb : function ( a ) { return c ( l ( a ) ) } , hsl2cmyk : function ( c ) { return a ( l ( c ) ) } , hsl2keyword : function ( a ) { return d ( l ( a ) ) } , hsv2rgb : q , hsv2hsl : function ( a ) { var c = a [ 0 ] , d = a [ 1 ] / 100 , k = a [ 2 ] / 100 ; a = ( 2 - d ) * k ; d = ( d = d * k / ( 1 >= a ? a : 2 - a ) ) ||
0 ; return [ c , 100 * d , a / 2 * 100 ] } , hsv2hwb : function ( a ) { return c ( q ( a ) ) } , hsv2cmyk : function ( c ) { return a ( q ( c ) ) } , hsv2keyword : function ( a ) { return d ( q ( a ) ) } , hwb2rgb : t , hwb2hsl : function ( a ) { return f ( t ( a ) ) } , hwb2hsv : function ( a ) { return e ( t ( a ) ) } , hwb2cmyk : function ( c ) { return a ( t ( c ) ) } , hwb2keyword : function ( a ) { return d ( t ( a ) ) } , cmyk2rgb : w , cmyk2hsl : function ( a ) { return f ( w ( a ) ) } , cmyk2hsv : function ( a ) { return e ( w ( a ) ) } , cmyk2hwb : function ( a ) { return c ( w ( a ) ) } , cmyk2keyword : function ( a ) { return d ( w ( a ) ) } , keyword2rgb : function ( a ) { return z [ a ] } , keyword2hsl : function ( a ) { return f ( z [ a ] ) } ,
keyword2hsv : function ( a ) { return e ( z [ a ] ) } , keyword2hwb : function ( a ) { return c ( z [ a ] ) } , keyword2cmyk : function ( c ) { return a ( z [ c ] ) } , keyword2lab : function ( a ) { return k ( z [ a ] ) } , keyword2xyz : function ( a ) { return h ( z [ a ] ) } , xyz2rgb : x , xyz2lab : u , xyz2lch : function ( a ) { return v ( u ( a ) ) } , lab2xyz : E , lab2rgb : A , lab2lch : v , lch2lab : F , lch2xyz : function ( a ) { return E ( F ( a ) ) } , lch2rgb : function ( a ) { return A ( F ( a ) ) } } ; var z = { aliceblue : [ 240 , 248 , 255 ] , antiquewhite : [ 250 , 235 , 215 ] , aqua : [ 0 , 255 , 255 ] , aquamarine : [ 127 , 255 , 212 ] , azure : [ 240 , 255 , 255 ] , beige : [ 245 ,
245 , 220 ] , bisque : [ 255 , 228 , 196 ] , black : [ 0 , 0 , 0 ] , blanchedalmond : [ 255 , 235 , 205 ] , blue : [ 0 , 0 , 255 ] , blueviolet : [ 138 , 43 , 226 ] , brown : [ 165 , 42 , 42 ] , burlywood : [ 222 , 184 , 135 ] , cadetblue : [ 95 , 158 , 160 ] , chartreuse : [ 127 , 255 , 0 ] , chocolate : [ 210 , 105 , 30 ] , coral : [ 255 , 127 , 80 ] , cornflowerblue : [ 100 , 149 , 237 ] , cornsilk : [ 255 , 248 , 220 ] , crimson : [ 220 , 20 , 60 ] , cyan : [ 0 , 255 , 255 ] , darkblue : [ 0 , 0 , 139 ] , darkcyan : [ 0 , 139 , 139 ] , darkgoldenrod : [ 184 , 134 , 11 ] , darkgray : [ 169 , 169 , 169 ] , darkgreen : [ 0 , 100 , 0 ] , darkgrey : [ 169 , 169 , 169 ] , darkkhaki : [ 189 , 183 , 107 ] , darkmagenta : [ 139 ,
0 , 139 ] , darkolivegreen : [ 85 , 107 , 47 ] , darkorange : [ 255 , 140 , 0 ] , darkorchid : [ 153 , 50 , 204 ] , darkred : [ 139 , 0 , 0 ] , darksalmon : [ 233 , 150 , 122 ] , darkseagreen : [ 143 , 188 , 143 ] , darkslateblue : [ 72 , 61 , 139 ] , darkslategray : [ 47 , 79 , 79 ] , darkslategrey : [ 47 , 79 , 79 ] , darkturquoise : [ 0 , 206 , 209 ] , darkviolet : [ 148 , 0 , 211 ] , deeppink : [ 255 , 20 , 147 ] , deepskyblue : [ 0 , 191 , 255 ] , dimgray : [ 105 , 105 , 105 ] , dimgrey : [ 105 , 105 , 105 ] , dodgerblue : [ 30 , 144 , 255 ] , firebrick : [ 178 , 34 , 34 ] , floralwhite : [ 255 , 250 , 240 ] , forestgreen : [ 34 , 139 , 34 ] , fuchsia : [ 255 , 0 , 255 ] , gainsboro : [ 220 , 220 ,
220 ] , ghostwhite : [ 248 , 248 , 255 ] , gold : [ 255 , 215 , 0 ] , goldenrod : [ 218 , 165 , 32 ] , gray : [ 128 , 128 , 128 ] , green : [ 0 , 128 , 0 ] , greenyellow : [ 173 , 255 , 47 ] , grey : [ 128 , 128 , 128 ] , honeydew : [ 240 , 255 , 240 ] , hotpink : [ 255 , 105 , 180 ] , indianred : [ 205 , 92 , 92 ] , indigo : [ 75 , 0 , 130 ] , ivory : [ 255 , 255 , 240 ] , khaki : [ 240 , 230 , 140 ] , lavender : [ 230 , 230 , 250 ] , lavenderblush : [ 255 , 240 , 245 ] , lawngreen : [ 124 , 252 , 0 ] , lemonchiffon : [ 255 , 250 , 205 ] , lightblue : [ 173 , 216 , 230 ] , lightcoral : [ 240 , 128 , 128 ] , lightcyan : [ 224 , 255 , 255 ] , lightgoldenrodyellow : [ 250 , 250 , 210 ] , lightgray : [ 211 , 211 ,
211 ] , lightgreen : [ 144 , 238 , 144 ] , lightgrey : [ 211 , 211 , 211 ] , lightpink : [ 255 , 182 , 193 ] , lightsalmon : [ 255 , 160 , 122 ] , lightseagreen : [ 32 , 178 , 170 ] , lightskyblue : [ 135 , 206 , 250 ] , lightslategray : [ 119 , 136 , 153 ] , lightslategrey : [ 119 , 136 , 153 ] , lightsteelblue : [ 176 , 196 , 222 ] , lightyellow : [ 255 , 255 , 224 ] , lime : [ 0 , 255 , 0 ] , limegreen : [ 50 , 205 , 50 ] , linen : [ 250 , 240 , 230 ] , magenta : [ 255 , 0 , 255 ] , maroon : [ 128 , 0 , 0 ] , mediumaquamarine : [ 102 , 205 , 170 ] , mediumblue : [ 0 , 0 , 205 ] , mediumorchid : [ 186 , 85 , 211 ] , mediumpurple : [ 147 , 112 , 219 ] , mediumseagreen : [ 60 , 179 , 113 ] , mediumslateblue : [ 123 ,
104 , 238 ] , mediumspringgreen : [ 0 , 250 , 154 ] , mediumturquoise : [ 72 , 209 , 204 ] , mediumvioletred : [ 199 , 21 , 133 ] , midnightblue : [ 25 , 25 , 112 ] , mintcream : [ 245 , 255 , 250 ] , mistyrose : [ 255 , 228 , 225 ] , moccasin : [ 255 , 228 , 181 ] , navajowhite : [ 255 , 222 , 173 ] , navy : [ 0 , 0 , 128 ] , oldlace : [ 253 , 245 , 230 ] , olive : [ 128 , 128 , 0 ] , olivedrab : [ 107 , 142 , 35 ] , orange : [ 255 , 165 , 0 ] , orangered : [ 255 , 69 , 0 ] , orchid : [ 218 , 112 , 214 ] , palegoldenrod : [ 238 , 232 , 170 ] , palegreen : [ 152 , 251 , 152 ] , paleturquoise : [ 175 , 238 , 238 ] , palevioletred : [ 219 , 112 , 147 ] , papayawhip : [ 255 , 239 , 213 ] , peachpuff : [ 255 ,
218 , 185 ] , peru : [ 205 , 133 , 63 ] , pink : [ 255 , 192 , 203 ] , plum : [ 221 , 160 , 221 ] , powderblue : [ 176 , 224 , 230 ] , purple : [ 128 , 0 , 128 ] , rebeccapurple : [ 102 , 51 , 153 ] , red : [ 255 , 0 , 0 ] , rosybrown : [ 188 , 143 , 143 ] , royalblue : [ 65 , 105 , 225 ] , saddlebrown : [ 139 , 69 , 19 ] , salmon : [ 250 , 128 , 114 ] , sandybrown : [ 244 , 164 , 96 ] , seagreen : [ 46 , 139 , 87 ] , seashell : [ 255 , 245 , 238 ] , sienna : [ 160 , 82 , 45 ] , silver : [ 192 , 192 , 192 ] , skyblue : [ 135 , 206 , 235 ] , slateblue : [ 106 , 90 , 205 ] , slategray : [ 112 , 128 , 144 ] , slategrey : [ 112 , 128 , 144 ] , snow : [ 255 , 250 , 250 ] , springgreen : [ 0 , 255 , 127 ] , steelblue : [ 70 , 130 ,
180 ] , tan : [ 210 , 180 , 140 ] , teal : [ 0 , 128 , 128 ] , thistle : [ 216 , 191 , 216 ] , tomato : [ 255 , 99 , 71 ] , turquoise : [ 64 , 224 , 208 ] , violet : [ 238 , 130 , 238 ] , wheat : [ 245 , 222 , 179 ] , white : [ 255 , 255 , 255 ] , whitesmoke : [ 245 , 245 , 245 ] , yellow : [ 255 , 255 , 0 ] , yellowgreen : [ 154 , 205 , 50 ] } , I = { } , y ; for ( y in z ) I [ JSON . stringify ( z [ y ] ) ] = y } , { } ] , 3 : [ function ( p , m , n ) { var f = p ( "./conversions" ) , e = function ( ) { return new a } , c ; for ( c in f ) e [ c + "Raw" ] = function ( a ) { return function ( c ) { "number" == typeof c && ( c = Array . prototype . slice . call ( arguments ) ) ; return f [ a ] ( c ) } } ( c ) , n = /(\w+)2(\w+)/ . exec ( c ) ,
p = n [ 1 ] , n = n [ 2 ] , e [ p ] = e [ p ] || { } , e [ p ] [ n ] = e [ c ] = function ( a ) { return function ( c ) { "number" == typeof c && ( c = Array . prototype . slice . call ( arguments ) ) ; var k = f [ a ] ( c ) ; if ( "string" == typeof k || void 0 === k ) return k ; for ( var e = 0 ; e < k . length ; e ++ ) k [ e ] = Math . round ( k [ e ] ) ; return k } } ( c ) ; var a = function ( ) { this . convs = { } } ; a . prototype . routeSpace = function ( a , c ) { var k = c [ 0 ] ; if ( void 0 === k ) return this . getValues ( a ) ; "number" == typeof k && ( k = Array . prototype . slice . call ( c ) ) ; return this . setValues ( a , k ) } ; a . prototype . setValues = function ( a , c ) { this . space =
a ; this . convs = { } ; this . convs [ a ] = c ; return this } ; a . prototype . getValues = function ( a ) { var c = this . convs [ a ] ; c || ( c = this . space , c = e [ c ] [ a ] ( this . convs [ c ] ) , this . convs [ a ] = c ) ; return c } ; [ "rgb" , "hsl" , "hsv" , "cmyk" , "keyword" ] . forEach ( function ( c ) { a . prototype [ c ] = function ( a ) { return this . routeSpace ( c , arguments ) } } ) ; m . exports = e } , { "./conversions" : 2 } ] , 4 : [ function ( p , m , n ) { function f ( a ) { if ( a ) { var c = /^#([a-fA-F0-9]{6})$/ , d = /^rgba?\(\s*([+-]?\d+)\s*,\s*([+-]?\d+)\s*,\s*([+-]?\d+)\s*(?:,\s*([+-]?[\d\.]+)\s*)?\)$/ , h = /^rgba?\(\s*([+-]?[\d\.]+)\%\s*,\s*([+-]?[\d\.]+)\%\s*,\s*([+-]?[\d\.]+)\%\s*(?:,\s*([+-]?[\d\.]+)\s*)?\)$/ ,
e = /(\w+)/ , l = [ 0 , 0 , 0 ] , f = 1 , t = a . match ( /^#([a-fA-F0-9]{3})$/ ) ; if ( t ) for ( t = t [ 1 ] , a = 0 ; a < l . length ; a ++ ) l [ a ] = parseInt ( t [ a ] + t [ a ] , 16 ) ; else if ( t = a . match ( c ) ) for ( t = t [ 1 ] , a = 0 ; a < l . length ; a ++ ) l [ a ] = parseInt ( t . slice ( 2 * a , 2 * a + 2 ) , 16 ) ; else if ( t = a . match ( d ) ) { for ( a = 0 ; a < l . length ; a ++ ) l [ a ] = parseInt ( t [ a + 1 ] ) ; f = parseFloat ( t [ 4 ] ) } else if ( t = a . match ( h ) ) { for ( a = 0 ; a < l . length ; a ++ ) l [ a ] = Math . round ( 2.55 * parseFloat ( t [ a + 1 ] ) ) ; f = parseFloat ( t [ 4 ] ) } else if ( t = a . match ( e ) ) { if ( "transparent" == t [ 1 ] ) return [ 0 , 0 , 0 , 0 ] ; l = q [ t [ 1 ] ] ; if ( ! l ) return } for ( a = 0 ; a < l . length ; a ++ ) l [ a ] =
k ( l [ a ] , 0 , 255 ) ; f = f || 0 == f ? k ( f , 0 , 1 ) : 1 ; l [ 3 ] = f ; return l } } function e ( a ) { if ( a ) { var c = a . match ( /^hsla?\(\s*([+-]?\d+)(?:deg)?\s*,\s*([+-]?[\d\.]+)%\s*,\s*([+-]?[\d\.]+)%\s*(?:,\s*([+-]?[\d\.]+)\s*)?\)/ ) ; if ( c ) { var d = parseFloat ( c [ 4 ] ) ; a = k ( parseInt ( c [ 1 ] ) , 0 , 360 ) ; var h = k ( parseFloat ( c [ 2 ] ) , 0 , 100 ) , c = k ( parseFloat ( c [ 3 ] ) , 0 , 100 ) , d = k ( isNaN ( d ) ? 1 : d , 0 , 1 ) ; return [ a , h , c , d ] } } } function c ( a ) { if ( a ) { var c = a . match ( /^hwb\(\s*([+-]?\d+)(?:deg)?\s*,\s*([+-]?[\d\.]+)%\s*,\s*([+-]?[\d\.]+)%\s*(?:,\s*([+-]?[\d\.]+)\s*)?\)/ ) ; if ( c ) { var d =
parseFloat ( c [ 4 ] ) ; a = k ( parseInt ( c [ 1 ] ) , 0 , 360 ) ; var h = k ( parseFloat ( c [ 2 ] ) , 0 , 100 ) , c = k ( parseFloat ( c [ 3 ] ) , 0 , 100 ) , d = k ( isNaN ( d ) ? 1 : d , 0 , 1 ) ; return [ a , h , c , d ] } } } function a ( a , c ) { void 0 === c && ( c = void 0 !== a [ 3 ] ? a [ 3 ] : 1 ) ; return "rgba(" + a [ 0 ] + ", " + a [ 1 ] + ", " + a [ 2 ] + ", " + c + ")" } function d ( a , c ) { return "rgba(" + Math . round ( a [ 0 ] / 255 * 100 ) + "%, " + Math . round ( a [ 1 ] / 255 * 100 ) + "%, " + Math . round ( a [ 2 ] / 255 * 100 ) + "%, " + ( c || a [ 3 ] || 1 ) + ")" } function h ( a , c ) { void 0 === c && ( c = void 0 !== a [ 3 ] ? a [ 3 ] : 1 ) ; return "hsla(" + a [ 0 ] + ", " + a [ 1 ] + "%, " + a [ 2 ] + "%, " + c + ")" } function k ( a ,
c , d ) { return Math . min ( Math . max ( c , a ) , d ) } function l ( a ) { a = a . toString ( 16 ) . toUpperCase ( ) ; return 2 > a . length ? "0" + a : a } var q = p ( "color-name" ) ; m . exports = { getRgba : f , getHsla : e , getRgb : function ( a ) { return ( a = f ( a ) ) && a . slice ( 0 , 3 ) } , getHsl : function ( a ) { return ( a = e ( a ) ) && a . slice ( 0 , 3 ) } , getHwb : c , getAlpha : function ( a ) { var d = f ( a ) ; if ( d || ( d = e ( a ) ) || ( d = c ( a ) ) ) return d [ 3 ] } , hexString : function ( a ) { return "#" + l ( a [ 0 ] ) + l ( a [ 1 ] ) + l ( a [ 2 ] ) } , rgbString : function ( c , d ) { return 1 > d || c [ 3 ] && 1 > c [ 3 ] ? a ( c , d ) : "rgb(" + c [ 0 ] + ", " + c [ 1 ] + ", " + c [ 2 ] + ")" } , rgbaString : a ,
percentString : function ( a , c ) { return 1 > c || a [ 3 ] && 1 > a [ 3 ] ? d ( a , c ) : "rgb(" + Math . round ( a [ 0 ] / 255 * 100 ) + "%, " + Math . round ( a [ 1 ] / 255 * 100 ) + "%, " + Math . round ( a [ 2 ] / 255 * 100 ) + "%)" } , percentaString : d , hslString : function ( a , c ) { return 1 > c || a [ 3 ] && 1 > a [ 3 ] ? h ( a , c ) : "hsl(" + a [ 0 ] + ", " + a [ 1 ] + "%, " + a [ 2 ] + "%)" } , hslaString : h , hwbString : function ( a , c ) { void 0 === c && ( c = void 0 !== a [ 3 ] ? a [ 3 ] : 1 ) ; return "hwb(" + a [ 0 ] + ", " + a [ 1 ] + "%, " + a [ 2 ] + "%" + ( void 0 !== c && 1 !== c ? ", " + c : "" ) + ")" } , keyword : function ( a ) { return t [ a . slice ( 0 , 3 ) ] } } ; var t = { } , w ; for ( w in q ) t [ q [ w ] ] = w } ,
{ "color-name" : 5 } ] , 5 : [ function ( p , m , n ) { m . exports = { aliceblue : [ 240 , 248 , 255 ] , antiquewhite : [ 250 , 235 , 215 ] , aqua : [ 0 , 255 , 255 ] , aquamarine : [ 127 , 255 , 212 ] , azure : [ 240 , 255 , 255 ] , beige : [ 245 , 245 , 220 ] , bisque : [ 255 , 228 , 196 ] , black : [ 0 , 0 , 0 ] , blanchedalmond : [ 255 , 235 , 205 ] , blue : [ 0 , 0 , 255 ] , blueviolet : [ 138 , 43 , 226 ] , brown : [ 165 , 42 , 42 ] , burlywood : [ 222 , 184 , 135 ] , cadetblue : [ 95 , 158 , 160 ] , chartreuse : [ 127 , 255 , 0 ] , chocolate : [ 210 , 105 , 30 ] , coral : [ 255 , 127 , 80 ] , cornflowerblue : [ 100 , 149 , 237 ] , cornsilk : [ 255 , 248 , 220 ] , crimson : [ 220 , 20 , 60 ] , cyan : [ 0 , 255 , 255 ] ,
darkblue : [ 0 , 0 , 139 ] , darkcyan : [ 0 , 139 , 139 ] , darkgoldenrod : [ 184 , 134 , 11 ] , darkgray : [ 169 , 169 , 169 ] , darkgreen : [ 0 , 100 , 0 ] , darkgrey : [ 169 , 169 , 169 ] , darkkhaki : [ 189 , 183 , 107 ] , darkmagenta : [ 139 , 0 , 139 ] , darkolivegreen : [ 85 , 107 , 47 ] , darkorange : [ 255 , 140 , 0 ] , darkorchid : [ 153 , 50 , 204 ] , darkred : [ 139 , 0 , 0 ] , darksalmon : [ 233 , 150 , 122 ] , darkseagreen : [ 143 , 188 , 143 ] , darkslateblue : [ 72 , 61 , 139 ] , darkslategray : [ 47 , 79 , 79 ] , darkslategrey : [ 47 , 79 , 79 ] , darkturquoise : [ 0 , 206 , 209 ] , darkviolet : [ 148 , 0 , 211 ] , deeppink : [ 255 , 20 , 147 ] , deepskyblue : [ 0 , 191 , 255 ] , dimgray : [ 105 ,
105 , 105 ] , dimgrey : [ 105 , 105 , 105 ] , dodgerblue : [ 30 , 144 , 255 ] , firebrick : [ 178 , 34 , 34 ] , floralwhite : [ 255 , 250 , 240 ] , forestgreen : [ 34 , 139 , 34 ] , fuchsia : [ 255 , 0 , 255 ] , gainsboro : [ 220 , 220 , 220 ] , ghostwhite : [ 248 , 248 , 255 ] , gold : [ 255 , 215 , 0 ] , goldenrod : [ 218 , 165 , 32 ] , gray : [ 128 , 128 , 128 ] , green : [ 0 , 128 , 0 ] , greenyellow : [ 173 , 255 , 47 ] , grey : [ 128 , 128 , 128 ] , honeydew : [ 240 , 255 , 240 ] , hotpink : [ 255 , 105 , 180 ] , indianred : [ 205 , 92 , 92 ] , indigo : [ 75 , 0 , 130 ] , ivory : [ 255 , 255 , 240 ] , khaki : [ 240 , 230 , 140 ] , lavender : [ 230 , 230 , 250 ] , lavenderblush : [ 255 , 240 , 245 ] , lawngreen : [ 124 ,
252 , 0 ] , lemonchiffon : [ 255 , 250 , 205 ] , lightblue : [ 173 , 216 , 230 ] , lightcoral : [ 240 , 128 , 128 ] , lightcyan : [ 224 , 255 , 255 ] , lightgoldenrodyellow : [ 250 , 250 , 210 ] , lightgray : [ 211 , 211 , 211 ] , lightgreen : [ 144 , 238 , 144 ] , lightgrey : [ 211 , 211 , 211 ] , lightpink : [ 255 , 182 , 193 ] , lightsalmon : [ 255 , 160 , 122 ] , lightseagreen : [ 32 , 178 , 170 ] , lightskyblue : [ 135 , 206 , 250 ] , lightslategray : [ 119 , 136 , 153 ] , lightslategrey : [ 119 , 136 , 153 ] , lightsteelblue : [ 176 , 196 , 222 ] , lightyellow : [ 255 , 255 , 224 ] , lime : [ 0 , 255 , 0 ] , limegreen : [ 50 , 205 , 50 ] , linen : [ 250 , 240 , 230 ] , magenta : [ 255 ,
0 , 255 ] , maroon : [ 128 , 0 , 0 ] , mediumaquamarine : [ 102 , 205 , 170 ] , mediumblue : [ 0 , 0 , 205 ] , mediumorchid : [ 186 , 85 , 211 ] , mediumpurple : [ 147 , 112 , 219 ] , mediumseagreen : [ 60 , 179 , 113 ] , mediumslateblue : [ 123 , 104 , 238 ] , mediumspringgreen : [ 0 , 250 , 154 ] , mediumturquoise : [ 72 , 209 , 204 ] , mediumvioletred : [ 199 , 21 , 133 ] , midnightblue : [ 25 , 25 , 112 ] , mintcream : [ 245 , 255 , 250 ] , mistyrose : [ 255 , 228 , 225 ] , moccasin : [ 255 , 228 , 181 ] , navajowhite : [ 255 , 222 , 173 ] , navy : [ 0 , 0 , 128 ] , oldlace : [ 253 , 245 , 230 ] , olive : [ 128 , 128 , 0 ] , olivedrab : [ 107 , 142 , 35 ] , orange : [ 255 , 165 , 0 ] , orangered : [ 255 ,
69 , 0 ] , orchid : [ 218 , 112 , 214 ] , palegoldenrod : [ 238 , 232 , 170 ] , palegreen : [ 152 , 251 , 152 ] , paleturquoise : [ 175 , 238 , 238 ] , palevioletred : [ 219 , 112 , 147 ] , papayawhip : [ 255 , 239 , 213 ] , peachpuff : [ 255 , 218 , 185 ] , peru : [ 205 , 133 , 63 ] , pink : [ 255 , 192 , 203 ] , plum : [ 221 , 160 , 221 ] , powderblue : [ 176 , 224 , 230 ] , purple : [ 128 , 0 , 128 ] , rebeccapurple : [ 102 , 51 , 153 ] , red : [ 255 , 0 , 0 ] , rosybrown : [ 188 , 143 , 143 ] , royalblue : [ 65 , 105 , 225 ] , saddlebrown : [ 139 , 69 , 19 ] , salmon : [ 250 , 128 , 114 ] , sandybrown : [ 244 , 164 , 96 ] , seagreen : [ 46 , 139 , 87 ] , seashell : [ 255 , 245 , 238 ] , sienna : [ 160 , 82 , 45 ] ,
silver : [ 192 , 192 , 192 ] , skyblue : [ 135 , 206 , 235 ] , slateblue : [ 106 , 90 , 205 ] , slategray : [ 112 , 128 , 144 ] , slategrey : [ 112 , 128 , 144 ] , snow : [ 255 , 250 , 250 ] , springgreen : [ 0 , 255 , 127 ] , steelblue : [ 70 , 130 , 180 ] , tan : [ 210 , 180 , 140 ] , teal : [ 0 , 128 , 128 ] , thistle : [ 216 , 191 , 216 ] , tomato : [ 255 , 99 , 71 ] , turquoise : [ 64 , 224 , 208 ] , violet : [ 238 , 130 , 238 ] , wheat : [ 245 , 222 , 179 ] , white : [ 255 , 255 , 255 ] , whitesmoke : [ 245 , 245 , 245 ] , yellow : [ 255 , 255 , 0 ] , yellowgreen : [ 154 , 205 , 50 ] } } , { } ] , 6 : [ function ( p , m , n ) { var f = p ( "color-convert" ) , e = p ( "color-string" ) , c = function ( a ) { if ( a instanceof
c ) return a ; if ( ! ( this instanceof c ) ) return new c ( a ) ; this . values = { rgb : [ 0 , 0 , 0 ] , hsl : [ 0 , 0 , 0 ] , hsv : [ 0 , 0 , 0 ] , hwb : [ 0 , 0 , 0 ] , cmyk : [ 0 , 0 , 0 , 0 ] , alpha : 1 } ; if ( "string" == typeof a ) { var d = e . getRgba ( a ) ; if ( d ) this . setValues ( "rgb" , d ) ; else if ( d = e . getHsla ( a ) ) this . setValues ( "hsl" , d ) ; else if ( d = e . getHwb ( a ) ) this . setValues ( "hwb" , d ) ; else throw Error ( 'Unable to parse color from string "' + a + '"' ) ; } else if ( "object" == typeof a ) if ( d = a , void 0 !== d . r || void 0 !== d . red ) this . setValues ( "rgb" , d ) ; else if ( void 0 !== d . l || void 0 !== d . lightness ) this . setValues ( "hsl" ,
d ) ; else if ( void 0 !== d . v || void 0 !== d . value ) this . setValues ( "hsv" , d ) ; else if ( void 0 !== d . w || void 0 !== d . whiteness ) this . setValues ( "hwb" , d ) ; else if ( void 0 !== d . c || void 0 !== d . cyan ) this . setValues ( "cmyk" , d ) ; else throw Error ( "Unable to parse color from object " + JSON . stringify ( a ) ) ; } ; c . prototype = { rgb : function ( a ) { return this . setSpace ( "rgb" , arguments ) } , hsl : function ( a ) { return this . setSpace ( "hsl" , arguments ) } , hsv : function ( a ) { return this . setSpace ( "hsv" , arguments ) } , hwb : function ( a ) { return this . setSpace ( "hwb" , arguments ) } ,
cmyk : function ( a ) { return this . setSpace ( "cmyk" , arguments ) } , rgbArray : function ( ) { return this . values . rgb } , hslArray : function ( ) { return this . values . hsl } , hsvArray : function ( ) { return this . values . hsv } , hwbArray : function ( ) { return 1 !== this . values . alpha ? this . values . hwb . concat ( [ this . values . alpha ] ) : this . values . hwb } , cmykArray : function ( ) { return this . values . cmyk } , rgbaArray : function ( ) { return this . values . rgb . concat ( [ this . values . alpha ] ) } , hslaArray : function ( ) { return this . values . hsl . concat ( [ this . values . alpha ] ) } , alpha : function ( a ) { if ( void 0 ===
a ) return this . values . alpha ; this . setValues ( "alpha" , a ) ; return this } , red : function ( a ) { return this . setChannel ( "rgb" , 0 , a ) } , green : function ( a ) { return this . setChannel ( "rgb" , 1 , a ) } , blue : function ( a ) { return this . setChannel ( "rgb" , 2 , a ) } , hue : function ( a ) { return this . setChannel ( "hsl" , 0 , a ) } , saturation : function ( a ) { return this . setChannel ( "hsl" , 1 , a ) } , lightness : function ( a ) { return this . setChannel ( "hsl" , 2 , a ) } , saturationv : function ( a ) { return this . setChannel ( "hsv" , 1 , a ) } , whiteness : function ( a ) { return this . setChannel ( "hwb" , 1 , a ) } ,
blackness : function ( a ) { return this . setChannel ( "hwb" , 2 , a ) } , value : function ( a ) { return this . setChannel ( "hsv" , 2 , a ) } , cyan : function ( a ) { return this . setChannel ( "cmyk" , 0 , a ) } , magenta : function ( a ) { return this . setChannel ( "cmyk" , 1 , a ) } , yellow : function ( a ) { return this . setChannel ( "cmyk" , 2 , a ) } , black : function ( a ) { return this . setChannel ( "cmyk" , 3 , a ) } , hexString : function ( ) { return e . hexString ( this . values . rgb ) } , rgbString : function ( ) { return e . rgbString ( this . values . rgb , this . values . alpha ) } , rgbaString : function ( ) { return e . rgbaString ( this . values . rgb ,
this . values . alpha ) } , percentString : function ( ) { return e . percentString ( this . values . rgb , this . values . alpha ) } , hslString : function ( ) { return e . hslString ( this . values . hsl , this . values . alpha ) } , hslaString : function ( ) { return e . hslaString ( this . values . hsl , this . values . alpha ) } , hwbString : function ( ) { return e . hwbString ( this . values . hwb , this . values . alpha ) } , keyword : function ( ) { return e . keyword ( this . values . rgb , this . values . alpha ) } , rgbNumber : function ( ) { return this . values . rgb [ 0 ] << 16 | this . values . rgb [ 1 ] << 8 | this . values . rgb [ 2 ] } , luminosity : function ( ) { for ( var a =
this . values . rgb , c = [ ] , h = 0 ; h < a . length ; h ++ ) { var k = a [ h ] / 255 ; c [ h ] = . 03928 >= k ? k / 12.92 : Math . pow ( ( k + . 055 ) / 1.055 , 2.4 ) } return . 2126 * c [ 0 ] + . 7152 * c [ 1 ] + . 0722 * c [ 2 ] } , contrast : function ( a ) { var c = this . luminosity ( ) ; a = a . luminosity ( ) ; return c > a ? ( c + . 05 ) / ( a + . 05 ) : ( a + . 05 ) / ( c + . 05 ) } , level : function ( a ) { a = this . contrast ( a ) ; return 7.1 <= a ? "AAA" : 4.5 <= a ? "AA" : "" } , dark : function ( ) { var a = this . values . rgb ; return 128 > ( 299 * a [ 0 ] + 587 * a [ 1 ] + 114 * a [ 2 ] ) / 1E3 } , light : function ( ) { return ! this . dark ( ) } , negate : function ( ) { for ( var a = [ ] , c = 0 ; 3 > c ; c ++ ) a [ c ] = 255 - this . values . rgb [ c ] ;
this . setValues ( "rgb" , a ) ; return this } , lighten : function ( a ) { this . values . hsl [ 2 ] += this . values . hsl [ 2 ] * a ; this . setValues ( "hsl" , this . values . hsl ) ; return this } , darken : function ( a ) { this . values . hsl [ 2 ] -= this . values . hsl [ 2 ] * a ; this . setValues ( "hsl" , this . values . hsl ) ; return this } , saturate : function ( a ) { this . values . hsl [ 1 ] += this . values . hsl [ 1 ] * a ; this . setValues ( "hsl" , this . values . hsl ) ; return this } , desaturate : function ( a ) { this . values . hsl [ 1 ] -= this . values . hsl [ 1 ] * a ; this . setValues ( "hsl" , this . values . hsl ) ; return this } , whiten : function ( a ) { this . values . hwb [ 1 ] +=
this . values . hwb [ 1 ] * a ; this . setValues ( "hwb" , this . values . hwb ) ; return this } , blacken : function ( a ) { this . values . hwb [ 2 ] += this . values . hwb [ 2 ] * a ; this . setValues ( "hwb" , this . values . hwb ) ; return this } , greyscale : function ( ) { var a = this . values . rgb , a = . 3 * a [ 0 ] + . 59 * a [ 1 ] + . 11 * a [ 2 ] ; this . setValues ( "rgb" , [ a , a , a ] ) ; return this } , clearer : function ( a ) { this . setValues ( "alpha" , this . values . alpha - this . values . alpha * a ) ; return this } , opaquer : function ( a ) { this . setValues ( "alpha" , this . values . alpha + this . values . alpha * a ) ; return this } , rotate : function ( a ) { var c =
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this . values . hsl [ 0 ] , c = ( c + a ) % 360 ; this . values . hsl [ 0 ] = 0 > c ? 360 + c : c ; this . setValues ( "hsl" , this . values . hsl ) ; return this } , mix : function ( a , c ) { c = 1 - ( null == c ? . 5 : c ) ; for ( var h = 2 * c - 1 , k = this . alpha ( ) - a . alpha ( ) , h = ( ( - 1 == h * k ? h : ( h + k ) / ( 1 + h * k ) ) + 1 ) / 2 , k = 1 - h , e = this . rgb [ ] , q = a . rgb [ ] , f = 0 ; f < e . length ; f ++ ) e [ f ] = e [ f ] * h + q [ f ] * k ; this . setValues ( "rgb" , e ) ; h = this . alpha ( ) * c + a . alpha ( ) * ( 1 - c ) ; this . setValues ( "alpha" , h ) ; return this } , toJSON : function ( ) { return this . rgb ( ) } , clone : function ( ) { return new c ( this . rgb ( ) ) } } ; c . prototype . getValues =
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function ( a ) { for ( var c = { } , h = 0 ; h < a . length ; h ++ ) c [ a . charAt ( h ) ] = this . values [ a ] [ h ] ; 1 != this . values . alpha && ( c . a = this . values . alpha ) ; return c } ; c . prototype . setValues = function ( a , c ) { var h = { rgb : [ "red" , "green" , "blue" ] , hsl : [ "hue" , "saturation" , "lightness" ] , hsv : [ "hue" , "saturation" , "value" ] , hwb : [ "hue" , "whiteness" , "blackness" ] , cmyk : [ "cyan" , "magenta" , "yellow" , "black" ] } , k = { rgb : [ 255 , 255 , 255 ] , hsl : [ 360 , 100 , 100 ] , hsv : [ 360 , 100 , 100 ] , hwb : [ 360 , 100 , 100 ] , cmyk : [ 100 , 100 , 100 , 100 ] } , e = 1 ; if ( "alpha" == a ) e = c ; else if ( c . length ) this . values [ a ] =
c . slice ( 0 , a . length ) , e = c [ a . length ] ; else if ( void 0 !== c [ a . charAt ( 0 ) ] ) { for ( e = 0 ; e < a . length ; e ++ ) this . values [ a ] [ e ] = c [ a . charAt ( e ) ] ; e = c . a } else if ( void 0 !== c [ h [ a ] [ 0 ] ] ) { for ( var q = h [ a ] , e = 0 ; e < a . length ; e ++ ) this . values [ a ] [ e ] = c [ q [ e ] ] ; e = c . alpha } this . values . alpha = Math . max ( 0 , Math . min ( 1 , void 0 !== e ? e : this . values . alpha ) ) ; if ( "alpha" != a ) { for ( e = 0 ; e < a . length ; e ++ ) q = Math . max ( 0 , Math . min ( k [ a ] [ e ] , this . values [ a ] [ e ] ) ) , this . values [ a ] [ e ] = Math . round ( q ) ; for ( var t in h ) for ( t != a && ( this . values [ t ] = f [ a ] [ t ] ( this . values [ a ] ) ) , e = 0 ; e < t . length ; e ++ ) q =
Math . max ( 0 , Math . min ( k [ t ] [ e ] , this . values [ t ] [ e ] ) ) , this . values [ t ] [ e ] = Math . round ( q ) ; return ! 0 } } ; c . prototype . setSpace = function ( a , c ) { var e = c [ 0 ] ; if ( void 0 === e ) return this . getValues ( a ) ; "number" == typeof e && ( e = Array . prototype . slice . call ( c ) ) ; this . setValues ( a , e ) ; return this } ; c . prototype . setChannel = function ( a , c , e ) { if ( void 0 === e ) return this . values [ a ] [ c ] ; this . values [ a ] [ c ] = e ; this . setValues ( a , this . values [ a ] ) ; return this } ; window . Color = m . exports = c } , { "color-convert" : 3 , "color-string" : 4 } ] , 7 : [ function ( p , m , n ) { n = p ( "./core/core.js" ) ( ) ;
p ( "./core/core.helpers" ) ( n ) ; p ( "./core/core.element" ) ( n ) ; p ( "./core/core.animation" ) ( n ) ; p ( "./core/core.controller" ) ( n ) ; p ( "./core/core.datasetController" ) ( n ) ; p ( "./core/core.layoutService" ) ( n ) ; p ( "./core/core.legend" ) ( n ) ; p ( "./core/core.scale" ) ( n ) ; p ( "./core/core.scaleService" ) ( n ) ; p ( "./core/core.title" ) ( n ) ; p ( "./core/core.tooltip" ) ( n ) ; p ( "./controllers/controller.bar" ) ( n ) ; p ( "./controllers/controller.bubble" ) ( n ) ; p ( "./controllers/controller.doughnut" ) ( n ) ; p ( "./controllers/controller.line" ) ( n ) ; p ( "./controllers/controller.polarArea" ) ( n ) ;
p ( "./controllers/controller.radar" ) ( n ) ; p ( "./scales/scale.category" ) ( n ) ; p ( "./scales/scale.linear" ) ( n ) ; p ( "./scales/scale.logarithmic" ) ( n ) ; p ( "./scales/scale.radialLinear" ) ( n ) ; p ( "./scales/scale.time" ) ( n ) ; p ( "./elements/element.arc" ) ( n ) ; p ( "./elements/element.line" ) ( n ) ; p ( "./elements/element.point" ) ( n ) ; p ( "./elements/element.rectangle" ) ( n ) ; p ( "./charts/Chart.Bar" ) ( n ) ; p ( "./charts/Chart.Bubble" ) ( n ) ; p ( "./charts/Chart.Doughnut" ) ( n ) ; p ( "./charts/Chart.Line" ) ( n ) ; p ( "./charts/Chart.PolarArea" ) ( n ) ; p ( "./charts/Chart.Radar" ) ( n ) ;
p ( "./charts/Chart.Scatter" ) ( n ) ; window . Chart = m . exports = n } , { "./charts/Chart.Bar" : 8 , "./charts/Chart.Bubble" : 9 , "./charts/Chart.Doughnut" : 10 , "./charts/Chart.Line" : 11 , "./charts/Chart.PolarArea" : 12 , "./charts/Chart.Radar" : 13 , "./charts/Chart.Scatter" : 14 , "./controllers/controller.bar" : 15 , "./controllers/controller.bubble" : 16 , "./controllers/controller.doughnut" : 17 , "./controllers/controller.line" : 18 , "./controllers/controller.polarArea" : 19 , "./controllers/controller.radar" : 20 , "./core/core.animation" : 21 , "./core/core.controller" : 22 ,
"./core/core.datasetController" : 23 , "./core/core.element" : 24 , "./core/core.helpers" : 25 , "./core/core.js" : 26 , "./core/core.layoutService" : 27 , "./core/core.legend" : 28 , "./core/core.scale" : 29 , "./core/core.scaleService" : 30 , "./core/core.title" : 31 , "./core/core.tooltip" : 32 , "./elements/element.arc" : 33 , "./elements/element.line" : 34 , "./elements/element.point" : 35 , "./elements/element.rectangle" : 36 , "./scales/scale.category" : 37 , "./scales/scale.linear" : 38 , "./scales/scale.logarithmic" : 39 , "./scales/scale.radialLinear" : 40 ,
"./scales/scale.time" : 41 } ] , 8 : [ function ( p , m , n ) { m . exports = function ( f ) { f . Bar = function ( e , c ) { c . type = "bar" ; return new f ( e , c ) } } } , { } ] , 9 : [ function ( p , m , n ) { m . exports = function ( f ) { f . Bubble = function ( e , c ) { c . type = "bubble" ; return new f ( e , c ) } } } , { } ] , 10 : [ function ( p , m , n ) { m . exports = function ( f ) { f . Doughnut = function ( e , c ) { c . type = "doughnut" ; return new f ( e , c ) } } } , { } ] , 11 : [ function ( p , m , n ) { m . exports = function ( f ) { f . Line = function ( e , c ) { c . type = "line" ; return new f ( e , c ) } } } , { } ] , 12 : [ function ( p , m , n ) { m . exports = function ( f ) { f . PolarArea = function ( e ,
c ) { c . type = "polarArea" ; return new f ( e , c ) } } } , { } ] , 13 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers , c = { aspectRatio : 1 } ; f . Radar = function ( a , d ) { d . options = e . configMerge ( c , d . options ) ; d . type = "radar" ; return new f ( a , d ) } } } , { } ] , 14 : [ function ( p , m , n ) { m . exports = function ( f ) { f . defaults . scatter = { hover : { mode : "single" } , scales : { xAxes : [ { type : "linear" , position : "bottom" , id : "x-axis-1" } ] , yAxes : [ { type : "linear" , position : "left" , id : "y-axis-1" } ] } , tooltips : { callbacks : { title : function ( e , c ) { return "" } , label : function ( e , c ) { return "(" +
e . xLabel + ", " + e . yLabel + ")" } } } } ; f . controllers . scatter = f . controllers . line ; f . Scatter = function ( e , c ) { c . type = "scatter" ; return new f ( e , c ) } } } , { } ] , 15 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . bar = { hover : { mode : "label" } , scales : { xAxes : [ { type : "category" , categoryPercentage : . 8 , barPercentage : . 9 , gridLines : { offsetGridLines : ! 0 } } ] , yAxes : [ { type : "linear" } ] } } ; f . controllers . bar = f . DatasetController . extend ( { initialize : function ( c , a ) { f . DatasetController . prototype . initialize . call ( this , c , a ) ; this . getDataset ( ) . bar =
! 0 } , getBarCount : function ( ) { var c = 0 ; e . each ( this . chart . data . datasets , function ( a ) { e . isDatasetVisible ( a ) && a . bar && ++ c } ) ; return c } , addElements : function ( ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; e . each ( this . getDataset ( ) . data , function ( c , a ) { this . getDataset ( ) . metaData [ a ] = this . getDataset ( ) . metaData [ a ] || new f . elements . Rectangle ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : a } ) } , this ) } , addElementAndReset : function ( c ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; var a = new f . elements . Rectangle ( { _chart : this . chart . chart ,
_datasetIndex : this . index , _index : c } ) , d = this . getBarCount ( ) ; this . updateElement ( a , c , ! 0 , d ) ; this . getDataset ( ) . metaData . splice ( c , 0 , a ) } , update : function ( c ) { var a = this . getBarCount ( ) ; e . each ( this . getDataset ( ) . metaData , function ( d , e ) { this . updateElement ( d , e , c , a ) } , this ) } , updateElement : function ( c , a , d , h ) { var k = this . getScaleForId ( this . getDataset ( ) . xAxisID ) , l = this . getScaleForId ( this . getDataset ( ) . yAxisID ) , q ; q = 0 > l . min && 0 > l . max ? l . getPixelForValue ( l . max ) : 0 < l . min && 0 < l . max ? l . getPixelForValue ( l . min ) : l . getPixelForValue ( 0 ) ; e . extend ( c ,
{ _chart : this . chart . chart , _xScale : k , _yScale : l , _datasetIndex : this . index , _index : a , _model : { x : this . calculateBarX ( a , this . index ) , y : d ? q : this . calculateBarY ( a , this . index ) , label : this . chart . data . labels [ a ] , datasetLabel : this . getDataset ( ) . label , base : d ? q : this . calculateBarBase ( this . index , a ) , width : this . calculateBarWidth ( h ) , backgroundColor : c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . rectangle . backgroundColor ) ,
borderSkipped : c . custom && c . custom . borderSkipped ? c . custom . borderSkipped : this . chart . options . elements . rectangle . borderSkipped , borderColor : c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . rectangle . borderColor ) , borderWidth : c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . rectangle . borderWidth ) } } ) ; c . pivot ( ) } , calculateBarBase : function ( c ,
a ) { this . getScaleForId ( this . getDataset ( ) . xAxisID ) ; var d = this . getScaleForId ( this . getDataset ( ) . yAxisID ) , h = 0 ; if ( d . options . stacked ) { if ( 0 > this . chart . data . datasets [ c ] . data [ a ] ) for ( var k = 0 ; k < c ; k ++ ) { var l = this . chart . data . datasets [ k ] ; e . isDatasetVisible ( l ) && l . yAxisID === d . id && l . bar && ( h += 0 > l . data [ a ] ? l . data [ a ] : 0 ) } else for ( k = 0 ; k < c ; k ++ ) l = this . chart . data . datasets [ k ] , e . isDatasetVisible ( l ) && l . yAxisID === d . id && l . bar && ( h += 0 < l . data [ a ] ? l . data [ a ] : 0 ) ; return d . getPixelForValue ( h ) } h = d . getPixelForValue ( d . min ) ; d . beginAtZero || 0 >=
d . min && 0 <= d . max || 0 <= d . min && 0 >= d . max ? h = d . getPixelForValue ( 0 , 0 ) : 0 > d . min && 0 > d . max && ( h = d . getPixelForValue ( d . max ) ) ; return h } , getRuler : function ( ) { var c = this . getScaleForId ( this . getDataset ( ) . xAxisID ) ; this . getScaleForId ( this . getDataset ( ) . yAxisID ) ; var a = this . getBarCount ( ) , d ; d = c . getPixelForTick ( 1 ) - c . getPixelForTick ( 0 ) ; for ( var e = 2 ; e < this . getDataset ( ) . data . length ; e ++ ) d = Math . min ( c . getPixelForTick ( e ) - c . getPixelForTick ( e - 1 ) , d ) ; var e = d * c . options . categoryPercentage , k = e / a ; return { datasetCount : a , tickWidth : d , categoryWidth : e ,
categorySpacing : ( d - d * c . options . categoryPercentage ) / 2 , fullBarWidth : k , barWidth : k * c . options . barPercentage , barSpacing : k - k * c . options . barPercentage } } , calculateBarWidth : function ( ) { var c = this . getScaleForId ( this . getDataset ( ) . xAxisID ) , a = this . getRuler ( ) ; return c . options . stacked ? a . categoryWidth : a . barWidth } , getBarIndex : function ( c ) { for ( var a = 0 , d = 0 ; d < c ; ++ d ) e . isDatasetVisible ( this . chart . data . datasets [ d ] ) && this . chart . data . datasets [ d ] . bar && ++ a ; return a } , calculateBarX : function ( c , a ) { this . getScaleForId ( this . getDataset ( ) . yAxisID ) ;
var d = this . getScaleForId ( this . getDataset ( ) . xAxisID ) , e = this . getBarIndex ( a ) , k = this . getRuler ( ) , l = d . getPixelForValue ( null , c , a , this . chart . isCombo ) , l = l - ( this . chart . isCombo ? k . tickWidth / 2 : 0 ) ; return d . options . stacked ? l + k . categoryWidth / 2 + k . categorySpacing : l + k . barWidth / 2 + k . categorySpacing + k . barWidth * e + k . barSpacing / 2 + k . barSpacing * e } , calculateBarY : function ( c , a ) { this . getScaleForId ( this . getDataset ( ) . xAxisID ) ; var d = this . getScaleForId ( this . getDataset ( ) . yAxisID ) , h = this . getDataset ( ) . data [ c ] ; if ( d . options . stacked ) { for ( var k =
0 , l = 0 , q = 0 ; q < a ; q ++ ) { var f = this . chart . data . datasets [ q ] ; e . isDatasetVisible ( f ) && f . bar && f . yAxisID === d . id && ( 0 > f . data [ c ] ? l += f . data [ c ] || 0 : k += f . data [ c ] || 0 ) } return 0 > h ? d . getPixelForValue ( l + h ) : d . getPixelForValue ( k + h ) } return d . getPixelForValue ( h ) } , draw : function ( c ) { var a = c || 1 ; e . each ( this . getDataset ( ) . metaData , function ( c , e ) { var k = this . getDataset ( ) . data [ e ] ; null === k || void 0 === k || isNaN ( k ) || c . transition ( a ) . draw ( ) } , this ) } , setHoverStyle : function ( c ) { var a = this . chart . data . datasets [ c . _datasetIndex ] , d = c . _index ; c . _model . backgroundColor =
c . custom && c . custom . hoverBackgroundColor ? c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( a . hoverBackgroundColor , d , e . color ( c . _model . backgroundColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderColor = c . custom && c . custom . hoverBorderColor ? c . custom . hoverBorderColor : e . getValueAtIndexOrDefault ( a . hoverBorderColor , d , e . color ( c . _model . borderColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderWidth = c . custom && c . custom . hoverBorderWidth ? c . custom . hoverBorderWidth : e . getValueAtIndexOrDefault ( a . hoverBorderWidth ,
d , c . _model . borderWidth ) } , removeHoverStyle : function ( c ) { var a = c . _index ; c . _model . backgroundColor = c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . rectangle . backgroundColor ) ; c . _model . borderColor = c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . rectangle . borderColor ) ; c . _model . borderWidth = c . custom && c . custom . borderWidth ?
c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . rectangle . borderWidth ) } } ) } } , { } ] , 16 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . bubble = { hover : { mode : "single" } , scales : { xAxes : [ { type : "linear" , position : "bottom" , id : "x-axis-0" } ] , yAxes : [ { type : "linear" , position : "left" , id : "y-axis-0" } ] } , tooltips : { callbacks : { title : function ( c , a ) { return "" } , label : function ( c , a ) { var d = a . datasets [ c . datasetIndex ] . data [ c . index ] ; return ( a . datasets [ c . datasetIndex ] . label ||
"" ) + ": (" + d . x + ", " + d . y + ", " + d . r + ")" } } } } ; f . controllers . bubble = f . DatasetController . extend ( { addElements : function ( ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; e . each ( this . getDataset ( ) . data , function ( c , a ) { this . getDataset ( ) . metaData [ a ] = this . getDataset ( ) . metaData [ a ] || new f . elements . Point ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : a } ) } , this ) } , addElementAndReset : function ( c ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; var a = new f . elements . Point ( { _chart : this . chart . chart ,
_datasetIndex : this . index , _index : c } ) ; this . updateElement ( a , c , ! 0 ) ; this . getDataset ( ) . metaData . splice ( c , 0 , a ) } , update : function ( c ) { var a = this . getDataset ( ) . metaData , d = this . getScaleForId ( this . getDataset ( ) . yAxisID ) ; this . getScaleForId ( this . getDataset ( ) . xAxisID ) ; 0 > d . min && 0 > d . max ? d . getPixelForValue ( d . max ) : 0 < d . min && 0 < d . max ? d . getPixelForValue ( d . min ) : d . getPixelForValue ( 0 ) ; e . each ( a , function ( a , d ) { this . updateElement ( a , d , c ) } , this ) } , updateElement : function ( c , a , d ) { var h = this . getScaleForId ( this . getDataset ( ) . yAxisID ) , k = this . getScaleForId ( this . getDataset ( ) . xAxisID ) ,
l ; l = 0 > h . min && 0 > h . max ? h . getPixelForValue ( h . max ) : 0 < h . min && 0 < h . max ? h . getPixelForValue ( h . min ) : h . getPixelForValue ( 0 ) ; e . extend ( c , { _chart : this . chart . chart , _xScale : k , _yScale : h , _datasetIndex : this . index , _index : a , _model : { x : d ? k . getPixelForDecimal ( . 5 ) : k . getPixelForValue ( this . getDataset ( ) . data [ a ] , a , this . index , this . chart . isCombo ) , y : d ? l : h . getPixelForValue ( this . getDataset ( ) . data [ a ] , a , this . index ) , radius : d ? 0 : c . custom && c . custom . radius ? c . custom . radius : this . getRadius ( this . getDataset ( ) . data [ a ] ) , backgroundColor : c . custom &&
c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . point . backgroundColor ) , borderColor : c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . point . borderColor ) , borderWidth : c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . point . borderWidth ) ,
hitRadius : c . custom && c . custom . hitRadius ? c . custom . hitRadius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . hitRadius , a , this . chart . options . elements . point . hitRadius ) } } ) ; c . _model . skip = c . custom && c . custom . skip ? c . custom . skip : isNaN ( c . _model . x ) || isNaN ( c . _model . y ) ; c . pivot ( ) } , getRadius : function ( c ) { return c . r || this . chart . options . elements . point . radius } , draw : function ( c ) { var a = c || 1 ; e . each ( this . getDataset ( ) . metaData , function ( c , e ) { c . transition ( a ) ; c . draw ( ) } ) } , setHoverStyle : function ( c ) { var a = this . chart . data . datasets [ c . _datasetIndex ] ,
d = c . _index ; c . _model . radius = c . custom && c . custom . hoverRadius ? c . custom . hoverRadius : e . getValueAtIndexOrDefault ( a . hoverRadius , d , this . chart . options . elements . point . hoverRadius ) + this . getRadius ( this . getDataset ( ) . data [ c . _index ] ) ; c . _model . backgroundColor = c . custom && c . custom . hoverBackgroundColor ? c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( a . hoverBackgroundColor , d , e . color ( c . _model . backgroundColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderColor = c . custom && c . custom . hoverBorderColor ? c . custom . hoverBorderColor :
e . getValueAtIndexOrDefault ( a . hoverBorderColor , d , e . color ( c . _model . borderColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderWidth = c . custom && c . custom . hoverBorderWidth ? c . custom . hoverBorderWidth : e . getValueAtIndexOrDefault ( a . hoverBorderWidth , d , c . _model . borderWidth ) } , removeHoverStyle : function ( c ) { var a = c . _index ; c . _model . radius = c . custom && c . custom . radius ? c . custom . radius : this . getRadius ( this . getDataset ( ) . data [ c . _index ] ) ; c . _model . backgroundColor = c . custom && c . custom . backgroundColor ? c . custom . backgroundColor :
e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . point . backgroundColor ) ; c . _model . borderColor = c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . point . borderColor ) ; c . _model . borderWidth = c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . point . borderWidth ) } } ) } } , { } ] , 17 : [ function ( p , m , n ) { m . exports =
function ( f ) { var e = f . helpers ; f . defaults . doughnut = { animation : { animateRotate : ! 0 , animateScale : ! 1 } , aspectRatio : 1 , hover : { mode : "single" } , legendCallback : function ( c ) { var a = [ ] ; a . push ( '<ul class="' + c . id + '-legend">' ) ; if ( c . data . datasets . length ) for ( var d = 0 ; d < c . data . datasets [ 0 ] . data . length ; ++ d ) a . push ( '<li><span style="background-color:' + c . data . datasets [ 0 ] . backgroundColor [ d ] + '">' ) , c . data . labels [ d ] && a . push ( c . data . labels [ d ] ) , a . push ( "</span></li>" ) ; a . push ( "</ul>" ) ; return a . join ( "" ) } , legend : { labels : { generateLabels : function ( c ) { return c . labels . length &&
c . datasets . length ? c . labels . map ( function ( a , d ) { return { text : a , fillStyle : c . datasets [ 0 ] . backgroundColor [ d ] , hidden : isNaN ( c . datasets [ 0 ] . data [ d ] ) , index : d } } ) : [ ] } } , onClick : function ( c , a ) { e . each ( this . chart . data . datasets , function ( c ) { c . metaHiddenData = c . metaHiddenData || [ ] ; var e = a . index ; isNaN ( c . data [ e ] ) ? isNaN ( c . metaHiddenData [ e ] ) || ( c . data [ e ] = c . metaHiddenData [ e ] ) : ( c . metaHiddenData [ e ] = c . data [ e ] , c . data [ e ] = NaN ) } ) ; this . chart . update ( ) } } , cutoutPercentage : 50 , rotation : - . 5 * Math . PI , circumference : 2 * Math . PI , tooltips : { callbacks : { title : function ( ) { return "" } ,
label : function ( c , a ) { return a . labels [ c . index ] + ": " + a . datasets [ c . datasetIndex ] . data [ c . index ] } } } } ; f . defaults . pie = e . clone ( f . defaults . doughnut ) ; e . extend ( f . defaults . pie , { cutoutPercentage : 0 } ) ; f . controllers . doughnut = f . controllers . pie = f . DatasetController . extend ( { linkScales : function ( ) { } , addElements : function ( ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; e . each ( this . getDataset ( ) . data , function ( c , a ) { this . getDataset ( ) . metaData [ a ] = this . getDataset ( ) . metaData [ a ] || new f . elements . Arc ( { _chart : this . chart . chart ,
_datasetIndex : this . index , _index : a } ) } , this ) } , addElementAndReset : function ( c , a ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; var d = new f . elements . Arc ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : c } ) ; a && e . isArray ( this . getDataset ( ) . backgroundColor ) && this . getDataset ( ) . backgroundColor . splice ( c , 0 , a ) ; this . updateElement ( d , c , ! 0 ) ; this . getDataset ( ) . metaData . splice ( c , 0 , d ) } , getVisibleDatasetCount : function ( ) { return e . where ( this . chart . data . datasets , function ( c ) { return e . isDatasetVisible ( c ) } ) . length } ,
getRingIndex : function ( c ) { for ( var a = 0 , d = 0 ; d < c ; ++ d ) e . isDatasetVisible ( this . chart . data . datasets [ d ] ) && ++ a ; return a } , update : function ( c ) { var a = this . chart . chartArea . right - this . chart . chartArea . left - this . chart . options . elements . arc . borderWidth , d = this . chart . chartArea . bottom - this . chart . chartArea . top - this . chart . options . elements . arc . borderWidth , h = Math . min ( a , d ) , k = 0 , l = 0 ; if ( this . chart . options . circumference && this . chart . options . circumference < 2 * Math . PI ) var h = this . chart . options . rotation % ( 2 * Math . PI ) , h = h + 2 * Math . PI * ( h >=
Math . PI ? - 1 : h < - Math . PI ? 1 : 0 ) , q = h + this . chart . options . circumference , f = Math . cos ( h ) , w = Math . sin ( h ) , x = Math . cos ( q ) , u = Math . sin ( q ) , m = this . chart . options . cutoutPercentage / 100 , k = h <= - Math . PI && - Math . PI <= q || h <= Math . PI && Math . PI <= q ? - 1 : Math . min ( f * ( 0 > f ? 1 : m ) , x * ( 0 > x ? 1 : m ) ) , l = h <= . 5 * - Math . PI && . 5 * - Math . PI <= q || h <= 1.5 * Math . PI && 1.5 * Math . PI <= q ? - 1 : Math . min ( w * ( 0 > w ? 1 : m ) , u * ( 0 > u ? 1 : m ) ) , f = 0 >= h && 0 <= q || h <= 2 * Math . PI && 2 * Math . PI <= q ? 1 : Math . max ( f * ( 0 < f ? 1 : m ) , x * ( 0 < x ? 1 : m ) ) , q = h <= . 5 * Math . PI && . 5 * Math . PI <= q || h <= 2.5 * Math . PI && 2.5 * Math . PI <= q ? 1 : Math . max ( w *
( 0 < w ? 1 : m ) , u * ( 0 < u ? 1 : m ) ) , h = Math . min ( a / ( . 5 * ( f - k ) ) , d / ( . 5 * ( q - l ) ) ) , k = - . 5 * ( f + k ) , l = - . 5 * ( q + l ) ; this . chart . outerRadius = Math . max ( h / 2 , 0 ) ; this . chart . innerRadius = Math . max ( this . chart . options . cutoutPercentage ? this . chart . outerRadius / 100 * this . chart . options . cutoutPercentage : 1 , 0 ) ; this . chart . radiusLength = ( this . chart . outerRadius - this . chart . innerRadius ) / this . getVisibleDatasetCount ( ) ; this . chart . offsetX = k * this . chart . outerRadius ; this . chart . offsetY = l * this . chart . outerRadius ; this . getDataset ( ) . total = 0 ; e . each ( this . getDataset ( ) . data ,
function ( a ) { isNaN ( a ) || ( this . getDataset ( ) . total += Math . abs ( a ) ) } , this ) ; this . outerRadius = this . chart . outerRadius - this . chart . radiusLength * this . getRingIndex ( this . index ) ; this . innerRadius = this . outerRadius - this . chart . radiusLength ; e . each ( this . getDataset ( ) . metaData , function ( a , d ) { this . updateElement ( a , d , c ) } , this ) } , updateElement : function ( c , a , d ) { var h = ( this . chart . chartArea . left + this . chart . chartArea . right ) / 2 , k = ( this . chart . chartArea . top + this . chart . chartArea . bottom ) / 2 , l = this . chart . options . rotation || - . 5 * Math . PI , q = this . chart . options . rotation ||
- . 5 * Math . PI , f = d && this . chart . options . animation . animateRotate ? 0 : this . calculateCircumference ( this . getDataset ( ) . data [ a ] ) * ( ( this . chart . options . circumference || 2 * Math . PI ) / ( 2 * Math . PI ) ) ; e . extend ( c , { _chart : this . chart . chart , _datasetIndex : this . index , _index : a , _model : { x : h + this . chart . offsetX , y : k + this . chart . offsetY , startAngle : l , endAngle : q , circumference : f , outerRadius : d && this . chart . options . animation . animateScale ? 0 : this . outerRadius , innerRadius : d && this . chart . options . animation . animateScale ? 0 : this . innerRadius , backgroundColor : c . custom &&
c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . arc . backgroundColor ) , hoverBackgroundColor : c . custom && c . custom . hoverBackgroundColor ? c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . hoverBackgroundColor , a , this . chart . options . elements . arc . hoverBackgroundColor ) , borderWidth : c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . arc . borderWidth ) ,
borderColor : c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . arc . borderColor ) , label : e . getValueAtIndexOrDefault ( this . getDataset ( ) . label , a , this . chart . data . labels [ a ] ) } } ) ; d || ( c . _model . startAngle = 0 === a ? this . chart . options . rotation || - . 5 * Math . PI : this . getDataset ( ) . metaData [ a - 1 ] . _model . endAngle , c . _model . endAngle = c . _model . startAngle + c . _model . circumference ) ; c . pivot ( ) } , draw : function ( c ) { var a = c || 1 ; e . each ( this . getDataset ( ) . metaData ,
function ( c , e ) { c . transition ( a ) . draw ( ) } ) } , setHoverStyle : function ( c ) { var a = this . chart . data . datasets [ c . _datasetIndex ] , d = c . _index ; c . _model . backgroundColor = c . custom && c . custom . hoverBackgroundColor ? c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( a . hoverBackgroundColor , d , e . color ( c . _model . backgroundColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderColor = c . custom && c . custom . hoverBorderColor ? c . custom . hoverBorderColor : e . getValueAtIndexOrDefault ( a . hoverBorderColor , d , e . color ( c . _model . borderColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ;
c . _model . borderWidth = c . custom && c . custom . hoverBorderWidth ? c . custom . hoverBorderWidth : e . getValueAtIndexOrDefault ( a . hoverBorderWidth , d , c . _model . borderWidth ) } , removeHoverStyle : function ( c ) { var a = c . _index ; c . _model . backgroundColor = c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . arc . backgroundColor ) ; c . _model . borderColor = c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor ,
a , this . chart . options . elements . arc . borderColor ) ; c . _model . borderWidth = c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . arc . borderWidth ) } , calculateCircumference : function ( c ) { return 0 < this . getDataset ( ) . total && ! isNaN ( c ) ? 1.999999 * Math . PI * ( c / this . getDataset ( ) . total ) : 0 } } ) } } , { } ] , 18 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . line = { showLines : ! 0 , hover : { mode : "label" } , scales : { xAxes : [ { type : "category" ,
id : "x-axis-0" } ] , yAxes : [ { type : "linear" , id : "y-axis-0" } ] } } ; f . controllers . line = f . DatasetController . extend ( { addElements : function ( ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; this . getDataset ( ) . metaDataset = this . getDataset ( ) . metaDataset || new f . elements . Line ( { _chart : this . chart . chart , _datasetIndex : this . index , _points : this . getDataset ( ) . metaData } ) ; e . each ( this . getDataset ( ) . data , function ( c , a ) { this . getDataset ( ) . metaData [ a ] = this . getDataset ( ) . metaData [ a ] || new f . elements . Point ( { _chart : this . chart . chart ,
_datasetIndex : this . index , _index : a } ) } , this ) } , addElementAndReset : function ( c ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; var a = new f . elements . Point ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : c } ) ; this . updateElement ( a , c , ! 0 ) ; this . getDataset ( ) . metaData . splice ( c , 0 , a ) ; this . chart . options . showLines && 0 !== this . chart . options . elements . line . tension && this . updateBezierControlPoints ( ) } , update : function ( c ) { var a = this . getDataset ( ) . metaDataset , d = this . getDataset ( ) . metaData , h = this . getScaleForId ( this . getDataset ( ) . yAxisID ) ;
this . getScaleForId ( this . getDataset ( ) . xAxisID ) ; var k ; k = 0 > h . min && 0 > h . max ? h . getPixelForValue ( h . max ) : 0 < h . min && 0 < h . max ? h . getPixelForValue ( h . min ) : h . getPixelForValue ( 0 ) ; this . chart . options . showLines && ( a . _scale = h , a . _datasetIndex = this . index , a . _children = d , a . _model = { tension : a . custom && a . custom . tension ? a . custom . tension : e . getValueOrDefault ( this . getDataset ( ) . tension , this . chart . options . elements . line . tension ) , backgroundColor : a . custom && a . custom . backgroundColor ? a . custom . backgroundColor : this . getDataset ( ) . backgroundColor ||
this . chart . options . elements . line . backgroundColor , borderWidth : a . custom && a . custom . borderWidth ? a . custom . borderWidth : this . getDataset ( ) . borderWidth || this . chart . options . elements . line . borderWidth , borderColor : a . custom && a . custom . borderColor ? a . custom . borderColor : this . getDataset ( ) . borderColor || this . chart . options . elements . line . borderColor , borderCapStyle : a . custom && a . custom . borderCapStyle ? a . custom . borderCapStyle : this . getDataset ( ) . borderCapStyle || this . chart . options . elements . line . borderCapStyle , borderDash : a . custom &&
a . custom . borderDash ? a . custom . borderDash : this . getDataset ( ) . borderDash || this . chart . options . elements . line . borderDash , borderDashOffset : a . custom && a . custom . borderDashOffset ? a . custom . borderDashOffset : this . getDataset ( ) . borderDashOffset || this . chart . options . elements . line . borderDashOffset , borderJoinStyle : a . custom && a . custom . borderJoinStyle ? a . custom . borderJoinStyle : this . getDataset ( ) . borderJoinStyle || this . chart . options . elements . line . borderJoinStyle , fill : a . custom && a . custom . fill ? a . custom . fill : void 0 !== this . getDataset ( ) . fill ?
this . getDataset ( ) . fill : this . chart . options . elements . line . fill , scaleTop : h . top , scaleBottom : h . bottom , scaleZero : k } , a . pivot ( ) ) ; e . each ( d , function ( a , d ) { this . updateElement ( a , d , c ) } , this ) ; this . chart . options . showLines && 0 !== this . chart . options . elements . line . tension && this . updateBezierControlPoints ( ) } , getPointBackgroundColor : function ( c , a ) { var d = this . chart . options . elements . point . backgroundColor , h = this . getDataset ( ) ; c . custom && c . custom . backgroundColor ? d = c . custom . backgroundColor : h . pointBackgroundColor ? d = e . getValueAtIndexOrDefault ( h . pointBackgroundColor ,
a , d ) : h . backgroundColor && ( d = h . backgroundColor ) ; return d } , getPointBorderColor : function ( c , a ) { var d = this . chart . options . elements . point . borderColor , h = this . getDataset ( ) ; c . custom && c . custom . borderColor ? d = c . custom . borderColor : h . pointBorderColor ? d = e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBorderColor , a , d ) : h . borderColor && ( d = h . borderColor ) ; return d } , getPointBorderWidth : function ( c , a ) { var d = this . chart . options . elements . point . borderWidth , h = this . getDataset ( ) ; c . custom && void 0 !== c . custom . borderWidth ? d = c . custom . borderWidth :
void 0 !== h . pointBorderWidth ? d = e . getValueAtIndexOrDefault ( h . pointBorderWidth , a , d ) : void 0 !== h . borderWidth && ( d = h . borderWidth ) ; return d } , updateElement : function ( c , a , d ) { var h = this . getScaleForId ( this . getDataset ( ) . yAxisID ) , k = this . getScaleForId ( this . getDataset ( ) . xAxisID ) , l ; l = 0 > h . min && 0 > h . max ? h . getPixelForValue ( h . max ) : 0 < h . min && 0 < h . max ? h . getPixelForValue ( h . min ) : h . getPixelForValue ( 0 ) ; c . _chart = this . chart . chart ; c . _xScale = k ; c . _yScale = h ; c . _datasetIndex = this . index ; c . _index = a ; c . _model = { x : k . getPixelForValue ( this . getDataset ( ) . data [ a ] ,
a , this . index , this . chart . isCombo ) , y : d ? l : this . calculatePointY ( this . getDataset ( ) . data [ a ] , a , this . index , this . chart . isCombo ) , tension : c . custom && c . custom . tension ? c . custom . tension : e . getValueOrDefault ( this . getDataset ( ) . tension , this . chart . options . elements . line . tension ) , radius : c . custom && c . custom . radius ? c . custom . radius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . radius , a , this . chart . options . elements . point . radius ) , pointStyle : c . custom && c . custom . pointStyle ? c . custom . pointStyle : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointStyle ,
a , this . chart . options . elements . point . pointStyle ) , backgroundColor : this . getPointBackgroundColor ( c , a ) , borderColor : this . getPointBorderColor ( c , a ) , borderWidth : this . getPointBorderWidth ( c , a ) , hitRadius : c . custom && c . custom . hitRadius ? c . custom . hitRadius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . hitRadius , a , this . chart . options . elements . point . hitRadius ) } ; c . _model . skip = c . custom && c . custom . skip ? c . custom . skip : isNaN ( c . _model . x ) || isNaN ( c . _model . y ) } , calculatePointY : function ( c , a , d , h ) { this . getScaleForId ( this . getDataset ( ) . xAxisID ) ;
h = this . getScaleForId ( this . getDataset ( ) . yAxisID ) ; if ( h . options . stacked ) { for ( var k = 0 , l = 0 , q = 0 ; q < d ; q ++ ) { var f = this . chart . data . datasets [ q ] ; "line" === f . type && e . isDatasetVisible ( f ) && ( 0 > f . data [ a ] ? l += f . data [ a ] || 0 : k += f . data [ a ] || 0 ) } return 0 > c ? h . getPixelForValue ( l + c ) : h . getPixelForValue ( k + c ) } return h . getPixelForValue ( c ) } , updateBezierControlPoints : function ( ) { e . each ( this . getDataset ( ) . metaData , function ( c , a ) { var d = e . splineCurve ( e . previousItem ( this . getDataset ( ) . metaData , a ) . _model , c . _model , e . nextItem ( this . getDataset ( ) . metaData ,
a ) . _model , c . _model . tension ) ; c . _model . controlPointPreviousX = Math . max ( Math . min ( d . previous . x , this . chart . chartArea . right ) , this . chart . chartArea . left ) ; c . _model . controlPointPreviousY = Math . max ( Math . min ( d . previous . y , this . chart . chartArea . bottom ) , this . chart . chartArea . top ) ; c . _model . controlPointNextX = Math . max ( Math . min ( d . next . x , this . chart . chartArea . right ) , this . chart . chartArea . left ) ; c . _model . controlPointNextY = Math . max ( Math . min ( d . next . y , this . chart . chartArea . bottom ) , this . chart . chartArea . top ) ; c . pivot ( ) } , this ) } , draw : function ( c ) { var a =
c || 1 ; e . each ( this . getDataset ( ) . metaData , function ( c ) { c . transition ( a ) } ) ; this . chart . options . showLines && this . getDataset ( ) . metaDataset . transition ( a ) . draw ( ) ; e . each ( this . getDataset ( ) . metaData , function ( a ) { a . draw ( ) } ) } , setHoverStyle : function ( c ) { var a = this . chart . data . datasets [ c . _datasetIndex ] , d = c . _index ; c . _model . radius = c . custom && c . custom . hoverRadius ? c . custom . hoverRadius : e . getValueAtIndexOrDefault ( a . pointHoverRadius , d , this . chart . options . elements . point . hoverRadius ) ; c . _model . backgroundColor = c . custom && c . custom . hoverBackgroundColor ?
c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( a . pointHoverBackgroundColor , d , e . color ( c . _model . backgroundColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderColor = c . custom && c . custom . hoverBorderColor ? c . custom . hoverBorderColor : e . getValueAtIndexOrDefault ( a . pointHoverBorderColor , d , e . color ( c . _model . borderColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderWidth = c . custom && c . custom . hoverBorderWidth ? c . custom . hoverBorderWidth : e . getValueAtIndexOrDefault ( a . pointHoverBorderWidth , d , c . _model . borderWidth ) } ,
removeHoverStyle : function ( c ) { var a = c . _index ; c . _model . radius = c . custom && c . custom . radius ? c . custom . radius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . radius , a , this . chart . options . elements . point . radius ) ; c . _model . backgroundColor = this . getPointBackgroundColor ( c , a ) ; c . _model . borderColor = this . getPointBorderColor ( c , a ) ; c . _model . borderWidth = this . getPointBorderWidth ( c , a ) } } ) } } , { } ] , 19 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . polarArea = { scale : { type : "radialLinear" , lineArc : ! 0 } , animateRotate : ! 0 ,
animateScale : ! 0 , aspectRatio : 1 , legendCallback : function ( c ) { var a = [ ] ; a . push ( '<ul class="' + c . id + '-legend">' ) ; if ( c . data . datasets . length ) for ( var d = 0 ; d < c . data . datasets [ 0 ] . data . length ; ++ d ) a . push ( '<li><span style="background-color:' + c . data . datasets [ 0 ] . backgroundColor [ d ] + '">' ) , c . data . labels [ d ] && a . push ( c . data . labels [ d ] ) , a . push ( "</span></li>" ) ; a . push ( "</ul>" ) ; return a . join ( "" ) } , legend : { labels : { generateLabels : function ( c ) { return c . labels . length && c . datasets . length ? c . labels . map ( function ( a , d ) { return { text : a , fillStyle : c . datasets [ 0 ] . backgroundColor [ d ] ,
hidden : isNaN ( c . datasets [ 0 ] . data [ d ] ) , index : d } } ) : [ ] } } , onClick : function ( c , a ) { e . each ( this . chart . data . datasets , function ( c ) { c . metaHiddenData = c . metaHiddenData || [ ] ; var e = a . index ; isNaN ( c . data [ e ] ) ? isNaN ( c . metaHiddenData [ e ] ) || ( c . data [ e ] = c . metaHiddenData [ e ] ) : ( c . metaHiddenData [ e ] = c . data [ e ] , c . data [ e ] = NaN ) } ) ; this . chart . update ( ) } } , tooltips : { callbacks : { title : function ( ) { return "" } , label : function ( c , a ) { return a . labels [ c . index ] + ": " + c . yLabel } } } } ; f . controllers . polarArea = f . DatasetController . extend ( { linkScales : function ( ) { } ,
addElements : function ( ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; e . each ( this . getDataset ( ) . data , function ( c , a ) { this . getDataset ( ) . metaData [ a ] = this . getDataset ( ) . metaData [ a ] || new f . elements . Arc ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : a } ) } , this ) } , addElementAndReset : function ( c ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; var a = new f . elements . Arc ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : c } ) ; this . updateElement ( a , c , ! 0 ) ; this . getDataset ( ) . metaData . splice ( c ,
0 , a ) } , getVisibleDatasetCount : function ( ) { return e . where ( this . chart . data . datasets , function ( c ) { return e . isDatasetVisible ( c ) } ) . length } , update : function ( c ) { this . chart . outerRadius = Math . max ( ( Math . min ( this . chart . chartArea . right - this . chart . chartArea . left , this . chart . chartArea . bottom - this . chart . chartArea . top ) - this . chart . options . elements . arc . borderWidth / 2 ) / 2 , 0 ) ; this . chart . innerRadius = Math . max ( this . chart . options . cutoutPercentage ? this . chart . outerRadius / 100 * this . chart . options . cutoutPercentage : 1 , 0 ) ; this . chart . radiusLength =
( this . chart . outerRadius - this . chart . innerRadius ) / this . getVisibleDatasetCount ( ) ; this . getDataset ( ) . total = 0 ; e . each ( this . getDataset ( ) . data , function ( a ) { this . getDataset ( ) . total += Math . abs ( a ) } , this ) ; this . outerRadius = this . chart . outerRadius - this . chart . radiusLength * this . index ; this . innerRadius = this . outerRadius - this . chart . radiusLength ; e . each ( this . getDataset ( ) . metaData , function ( a , d ) { this . updateElement ( a , d , c ) } , this ) } , updateElement : function ( c , a , d ) { for ( var h = this . calculateCircumference ( this . getDataset ( ) . data [ a ] ) , k =
( this . chart . chartArea . left + this . chart . chartArea . right ) / 2 , l = ( this . chart . chartArea . top + this . chart . chartArea . bottom ) / 2 , q = 0 , f = 0 ; f < a ; ++ f ) isNaN ( this . getDataset ( ) . data [ f ] ) || ++ q ; q = - . 5 * Math . PI + h * q ; h = q + h ; f = { x : k , y : l , innerRadius : 0 , outerRadius : this . chart . options . animateScale ? 0 : this . chart . scale . getDistanceFromCenterForValue ( this . getDataset ( ) . data [ a ] ) , startAngle : this . chart . options . animateRotate ? - . 5 * Math . PI : q , endAngle : this . chart . options . animateRotate ? - . 5 * Math . PI : h , backgroundColor : c . custom && c . custom . backgroundColor ?
c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . arc . backgroundColor ) , borderWidth : c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . arc . borderWidth ) , borderColor : c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . arc . borderColor ) , label : e . getValueAtIndexOrDefault ( this . chart . data . labels ,
a , this . chart . data . labels [ a ] ) } ; e . extend ( c , { _chart : this . chart . chart , _datasetIndex : this . index , _index : a , _scale : this . chart . scale , _model : d ? f : { x : k , y : l , innerRadius : 0 , outerRadius : this . chart . scale . getDistanceFromCenterForValue ( this . getDataset ( ) . data [ a ] ) , startAngle : q , endAngle : h , backgroundColor : c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . arc . backgroundColor ) , borderWidth : c . custom && c . custom . borderWidth ? c . custom . borderWidth :
e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . arc . borderWidth ) , borderColor : c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . arc . borderColor ) , label : e . getValueAtIndexOrDefault ( this . chart . data . labels , a , this . chart . data . labels [ a ] ) } } ) ; c . pivot ( ) } , draw : function ( c ) { var a = c || 1 ; e . each ( this . getDataset ( ) . metaData , function ( c , e ) { c . transition ( a ) . draw ( ) } ) } , setHoverStyle : function ( c ) { var a =
this . chart . data . datasets [ c . _datasetIndex ] , d = c . _index ; c . _model . backgroundColor = c . custom && c . custom . hoverBackgroundColor ? c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( a . hoverBackgroundColor , d , e . color ( c . _model . backgroundColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderColor = c . custom && c . custom . hoverBorderColor ? c . custom . hoverBorderColor : e . getValueAtIndexOrDefault ( a . hoverBorderColor , d , e . color ( c . _model . borderColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderWidth = c . custom && c . custom . hoverBorderWidth ?
c . custom . hoverBorderWidth : e . getValueAtIndexOrDefault ( a . hoverBorderWidth , d , c . _model . borderWidth ) } , removeHoverStyle : function ( c ) { var a = c . _index ; c . _model . backgroundColor = c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . backgroundColor , a , this . chart . options . elements . arc . backgroundColor ) ; c . _model . borderColor = c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderColor , a , this . chart . options . elements . arc . borderColor ) ;
c . _model . borderWidth = c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . borderWidth , a , this . chart . options . elements . arc . borderWidth ) } , calculateCircumference : function ( c ) { if ( isNaN ( c ) ) return 0 ; c = e . where ( this . getDataset ( ) . data , function ( a ) { return isNaN ( a ) } ) . length ; return 2 * Math . PI / ( this . getDataset ( ) . data . length - c ) } } ) } } , { } ] , 20 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . radar = { scale : { type : "radialLinear" } , elements : { line : { tension : 0 } } } ; f . controllers . radar =
f . DatasetController . extend ( { linkScales : function ( ) { } , addElements : function ( ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; this . getDataset ( ) . metaDataset = this . getDataset ( ) . metaDataset || new f . elements . Line ( { _chart : this . chart . chart , _datasetIndex : this . index , _points : this . getDataset ( ) . metaData , _loop : ! 0 } ) ; e . each ( this . getDataset ( ) . data , function ( c , a ) { this . getDataset ( ) . metaData [ a ] = this . getDataset ( ) . metaData [ a ] || new f . elements . Point ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : a , _model : { x : 0 ,
y : 0 } } ) } , this ) } , addElementAndReset : function ( c ) { this . getDataset ( ) . metaData = this . getDataset ( ) . metaData || [ ] ; var a = new f . elements . Point ( { _chart : this . chart . chart , _datasetIndex : this . index , _index : c } ) ; this . updateElement ( a , c , ! 0 ) ; this . getDataset ( ) . metaData . splice ( c , 0 , a ) ; this . updateBezierControlPoints ( ) } , update : function ( c ) { var a = this . getDataset ( ) . metaDataset , d = this . getDataset ( ) . metaData , h = this . chart . scale , k ; k = 0 > h . min && 0 > h . max ? h . getPointPositionForValue ( 0 , h . max ) : 0 < h . min && 0 < h . max ? h . getPointPositionForValue ( 0 , h . min ) :
h . getPointPositionForValue ( 0 , 0 ) ; e . extend ( this . getDataset ( ) . metaDataset , { _datasetIndex : this . index , _children : this . getDataset ( ) . metaData , _model : { tension : a . custom && a . custom . tension ? a . custom . tension : e . getValueOrDefault ( this . getDataset ( ) . tension , this . chart . options . elements . line . tension ) , backgroundColor : a . custom && a . custom . backgroundColor ? a . custom . backgroundColor : this . getDataset ( ) . backgroundColor || this . chart . options . elements . line . backgroundColor , borderWidth : a . custom && a . custom . borderWidth ? a . custom . borderWidth :
this . getDataset ( ) . borderWidth || this . chart . options . elements . line . borderWidth , borderColor : a . custom && a . custom . borderColor ? a . custom . borderColor : this . getDataset ( ) . borderColor || this . chart . options . elements . line . borderColor , fill : a . custom && a . custom . fill ? a . custom . fill : void 0 !== this . getDataset ( ) . fill ? this . getDataset ( ) . fill : this . chart . options . elements . line . fill , borderCapStyle : a . custom && a . custom . borderCapStyle ? a . custom . borderCapStyle : this . getDataset ( ) . borderCapStyle || this . chart . options . elements . line . borderCapStyle ,
borderDash : a . custom && a . custom . borderDash ? a . custom . borderDash : this . getDataset ( ) . borderDash || this . chart . options . elements . line . borderDash , borderDashOffset : a . custom && a . custom . borderDashOffset ? a . custom . borderDashOffset : this . getDataset ( ) . borderDashOffset || this . chart . options . elements . line . borderDashOffset , borderJoinStyle : a . custom && a . custom . borderJoinStyle ? a . custom . borderJoinStyle : this . getDataset ( ) . borderJoinStyle || this . chart . options . elements . line . borderJoinStyle , scaleTop : h . top , scaleBottom : h . bottom , scaleZero : k } } ) ;
this . getDataset ( ) . metaDataset . pivot ( ) ; e . each ( d , function ( a , d ) { this . updateElement ( a , d , c ) } , this ) ; this . updateBezierControlPoints ( ) } , updateElement : function ( c , a , d ) { var h = this . chart . scale . getPointPositionForValue ( a , this . getDataset ( ) . data [ a ] ) ; e . extend ( c , { _datasetIndex : this . index , _index : a , _scale : this . chart . scale , _model : { x : d ? this . chart . scale . xCenter : h . x , y : d ? this . chart . scale . yCenter : h . y , tension : c . custom && c . custom . tension ? c . custom . tension : e . getValueOrDefault ( this . getDataset ( ) . tension , this . chart . options . elements . line . tension ) ,
radius : c . custom && c . custom . radius ? c . custom . radius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointRadius , a , this . chart . options . elements . point . radius ) , backgroundColor : c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBackgroundColor , a , this . chart . options . elements . point . backgroundColor ) , borderColor : c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBorderColor , a , this . chart . options . elements . point . borderColor ) ,
borderWidth : c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBorderWidth , a , this . chart . options . elements . point . borderWidth ) , pointStyle : c . custom && c . custom . pointStyle ? c . custom . pointStyle : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointStyle , a , this . chart . options . elements . point . pointStyle ) , hitRadius : c . custom && c . custom . hitRadius ? c . custom . hitRadius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . hitRadius , a , this . chart . options . elements . point . hitRadius ) } } ) ;
c . _model . skip = c . custom && c . custom . skip ? c . custom . skip : isNaN ( c . _model . x ) || isNaN ( c . _model . y ) } , updateBezierControlPoints : function ( ) { e . each ( this . getDataset ( ) . metaData , function ( c , a ) { var d = e . splineCurve ( e . previousItem ( this . getDataset ( ) . metaData , a , ! 0 ) . _model , c . _model , e . nextItem ( this . getDataset ( ) . metaData , a , ! 0 ) . _model , c . _model . tension ) ; c . _model . controlPointPreviousX = Math . max ( Math . min ( d . previous . x , this . chart . chartArea . right ) , this . chart . chartArea . left ) ; c . _model . controlPointPreviousY = Math . max ( Math . min ( d . previous . y ,
this . chart . chartArea . bottom ) , this . chart . chartArea . top ) ; c . _model . controlPointNextX = Math . max ( Math . min ( d . next . x , this . chart . chartArea . right ) , this . chart . chartArea . left ) ; c . _model . controlPointNextY = Math . max ( Math . min ( d . next . y , this . chart . chartArea . bottom ) , this . chart . chartArea . top ) ; c . pivot ( ) } , this ) } , draw : function ( c ) { var a = c || 1 ; e . each ( this . getDataset ( ) . metaData , function ( c , e ) { c . transition ( a ) } ) ; this . getDataset ( ) . metaDataset . transition ( a ) . draw ( ) ; e . each ( this . getDataset ( ) . metaData , function ( a ) { a . draw ( ) } ) } , setHoverStyle : function ( c ) { var a =
this . chart . data . datasets [ c . _datasetIndex ] , d = c . _index ; c . _model . radius = c . custom && c . custom . hoverRadius ? c . custom . hoverRadius : e . getValueAtIndexOrDefault ( a . pointHoverRadius , d , this . chart . options . elements . point . hoverRadius ) ; c . _model . backgroundColor = c . custom && c . custom . hoverBackgroundColor ? c . custom . hoverBackgroundColor : e . getValueAtIndexOrDefault ( a . pointHoverBackgroundColor , d , e . color ( c . _model . backgroundColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderColor = c . custom && c . custom . hoverBorderColor ? c . custom . hoverBorderColor :
e . getValueAtIndexOrDefault ( a . pointHoverBorderColor , d , e . color ( c . _model . borderColor ) . saturate ( . 5 ) . darken ( . 1 ) . rgbString ( ) ) ; c . _model . borderWidth = c . custom && c . custom . hoverBorderWidth ? c . custom . hoverBorderWidth : e . getValueAtIndexOrDefault ( a . pointHoverBorderWidth , d , c . _model . borderWidth ) } , removeHoverStyle : function ( c ) { var a = c . _index ; c . _model . radius = c . custom && c . custom . radius ? c . custom . radius : e . getValueAtIndexOrDefault ( this . getDataset ( ) . radius , a , this . chart . options . elements . point . radius ) ; c . _model . backgroundColor =
c . custom && c . custom . backgroundColor ? c . custom . backgroundColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBackgroundColor , a , this . chart . options . elements . point . backgroundColor ) ; c . _model . borderColor = c . custom && c . custom . borderColor ? c . custom . borderColor : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBorderColor , a , this . chart . options . elements . point . borderColor ) ; c . _model . borderWidth = c . custom && c . custom . borderWidth ? c . custom . borderWidth : e . getValueAtIndexOrDefault ( this . getDataset ( ) . pointBorderWidth , a , this . chart . options . elements . point . borderWidth ) } } ) } } ,
{ } ] , 21 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . global . animation = { duration : 1E3 , easing : "easeOutQuart" , onProgress : e . noop , onComplete : e . noop } ; f . Animation = f . Element . extend ( { currentStep : null , numSteps : 60 , easing : "" , render : null , onAnimationProgress : null , onAnimationComplete : null } ) ; f . animationService = { frameDuration : 17 , animations : [ ] , dropFrames : 0 , request : null , addAnimation : function ( c , a , d , e ) { e || ( c . animating = ! 0 ) ; for ( d = 0 ; d < this . animations . length ; ++ d ) if ( this . animations [ d ] . chartInstance === c ) { this . animations [ d ] . animationObject =
a ; return } this . animations . push ( { chartInstance : c , animationObject : a } ) ; 1 === this . animations . length && this . requestAnimationFrame ( ) } , cancelAnimation : function ( c ) { var a = e . findIndex ( this . animations , function ( a ) { return a . chartInstance === c } ) ; - 1 !== a && ( this . animations . splice ( a , 1 ) , c . animating = ! 1 ) } , requestAnimationFrame : function ( ) { var c = this ; null === c . request && ( c . request = e . requestAnimFrame . call ( window , function ( ) { c . request = null ; c . startDigest ( ) } ) ) } , startDigest : function ( ) { var c = Date . now ( ) , a = 0 ; 1 < this . dropFrames && ( a = Math . floor ( this . dropFrames ) ,
this . dropFrames %= 1 ) ; for ( var d = 0 ; d < this . animations . length ; ) null === this . animations [ d ] . animationObject . currentStep && ( this . animations [ d ] . animationObject . currentStep = 0 ) , this . animations [ d ] . animationObject . currentStep += 1 + a , this . animations [ d ] . animationObject . currentStep > this . animations [ d ] . animationObject . numSteps && ( this . animations [ d ] . animationObject . currentStep = this . animations [ d ] . animationObject . numSteps ) , this . animations [ d ] . animationObject . render ( this . animations [ d ] . chartInstance , this . animations [ d ] . animationObject ) ,
this . animations [ d ] . animationObject . onAnimationProgress && this . animations [ d ] . animationObject . onAnimationProgress . call && this . animations [ d ] . animationObject . onAnimationProgress . call ( this . animations [ d ] . chartInstance , this . animations [ d ] ) , this . animations [ d ] . animationObject . currentStep === this . animations [ d ] . animationObject . numSteps ? ( this . animations [ d ] . animationObject . onAnimationComplete && this . animations [ d ] . animationObject . onAnimationComplete . call && this . animations [ d ] . animationObject . onAnimationComplete . call ( this . animations [ d ] . chartInstance ,
this . animations [ d ] ) , this . animations [ d ] . chartInstance . animating = ! 1 , this . animations . splice ( d , 1 ) ) : ++ d ; c = ( Date . now ( ) - c ) / this . frameDuration ; this . dropFrames += c ; 0 < this . animations . length && this . requestAnimationFrame ( ) } } } } , { } ] , 22 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . types = { } ; f . instances = { } ; f . controllers = { } ; f . Controller = function ( c ) { this . chart = c ; this . config = c . config ; this . options = this . config . options = e . configMerge ( f . defaults . global , f . defaults [ this . config . type ] , this . config . options || { } ) ; this . id =
e . uid ( ) ; Object . defineProperty ( this , "data" , { get : function ( ) { return this . config . data } } ) ; f . instances [ this . id ] = this ; this . options . responsive && this . resize ( ! 0 ) ; this . initialize ( ) ; return this } ; e . extend ( f . Controller . prototype , { initialize : function ( ) { this . bindEvents ( ) ; this . ensureScalesHaveIDs ( ) ; this . buildOrUpdateControllers ( ) ; this . buildScales ( ) ; this . buildSurroundingItems ( ) ; this . updateLayout ( ) ; this . resetElements ( ) ; this . initToolTip ( ) ; this . update ( ) ; return this } , clear : function ( ) { e . clear ( this . chart ) ; return this } , stop : function ( ) { f . animationService . cancelAnimation ( this ) ;
return this } , resize : function ( c ) { var a = this . chart . canvas , d = e . getMaximumWidth ( this . chart . canvas ) , h = this . options . maintainAspectRatio && ! 1 === isNaN ( this . chart . aspectRatio ) && isFinite ( this . chart . aspectRatio ) && 0 !== this . chart . aspectRatio ? d / this . chart . aspectRatio : e . getMaximumHeight ( this . chart . canvas ) ; if ( this . chart . width === d && this . chart . height === h ) return this ; a . width = this . chart . width = d ; a . height = this . chart . height = h ; e . retinaScale ( this . chart ) ; c || ( this . stop ( ) , this . update ( this . options . responsiveAnimationDuration ) ) ;
return this } , ensureScalesHaveIDs : function ( ) { this . options . scales && ( this . options . scales . xAxes && this . options . scales . xAxes . length && e . each ( this . options . scales . xAxes , function ( c , a ) { c . id = c . id || "x-axis-" + a } ) , this . options . scales . yAxes && this . options . scales . yAxes . length && e . each ( this . options . scales . yAxes , function ( c , a ) { c . id = c . id || "y-axis-" + a } ) ) } , buildScales : function ( ) { this . scales = { } ; this . options . scales && ( this . options . scales . xAxes && this . options . scales . xAxes . length && e . each ( this . options . scales . xAxes , function ( a , c ) { var h =
e . getValueOrDefault ( a . type , "category" ) ; if ( h = f . scaleService . getScaleConstructor ( h ) ) h = new h ( { ctx : this . chart . ctx , options : a , chart : this , id : a . id } ) , this . scales [ h . id ] = h } , this ) , this . options . scales . yAxes && this . options . scales . yAxes . length && e . each ( this . options . scales . yAxes , function ( a , c ) { var h = e . getValueOrDefault ( a . type , "linear" ) ; if ( h = f . scaleService . getScaleConstructor ( h ) ) h = new h ( { ctx : this . chart . ctx , options : a , chart : this , id : a . id } ) , this . scales [ h . id ] = h } , this ) ) ; if ( this . options . scale ) { var c = f . scaleService . getScaleConstructor ( this . options . scale . type ) ;
c && ( this . scale = c = new c ( { ctx : this . chart . ctx , options : this . options . scale , chart : this } ) , this . scales . radialScale = c ) } f . scaleService . addScalesToLayout ( this ) } , buildSurroundingItems : function ( ) { this . options . title && ( this . titleBlock = new f . Title ( { ctx : this . chart . ctx , options : this . options . title , chart : this } ) , f . layoutService . addBox ( this , this . titleBlock ) ) ; this . options . legend && ( this . legend = new f . Legend ( { ctx : this . chart . ctx , options : this . options . legend , chart : this } ) , f . layoutService . addBox ( this , this . legend ) ) } , updateLayout : function ( ) { f . layoutService . update ( this ,
this . chart . width , this . chart . height ) } , buildOrUpdateControllers : function ( ) { var c = [ ] , a = [ ] ; e . each ( this . data . datasets , function ( d , k ) { d . type || ( d . type = this . config . type ) ; var e = d . type ; c . push ( e ) ; d . controller ? d . controller . updateIndex ( k ) : ( d . controller = new f . controllers [ e ] ( this , k ) , a . push ( d . controller ) ) } , this ) ; if ( 1 < c . length ) for ( var d = 1 ; d < c . length ; d ++ ) if ( c [ d ] !== c [ d - 1 ] ) { this . isCombo = ! 0 ; break } return a } , resetElements : function ( ) { e . each ( this . data . datasets , function ( c , a ) { c . controller . reset ( ) } ) } , update : function ( c , a ) { this . tooltip . _data =
this . data ; var d = this . buildOrUpdateControllers ( ) ; f . layoutService . update ( this , this . chart . width , this . chart . height ) ; e . each ( d , function ( a ) { a . reset ( ) } ) ; e . each ( this . data . datasets , function ( a , c ) { a . controller . buildOrUpdateElements ( ) } ) ; e . each ( this . data . datasets , function ( a , c ) { a . controller . update ( ) } ) ; this . render ( c , a ) } , render : function ( c , a ) { if ( this . options . animation && ( "undefined" !== typeof c && 0 !== c || "undefined" === typeof c && 0 !== this . options . animation . duration ) ) { var d = new f . Animation ; d . numSteps = ( c || this . options . animation . duration ) /
16.66 ; d . easing = this . options . animation . easing ; d . render = function ( a , c ) { var d = c . currentStep / c . numSteps , q = ( 0 , e . easingEffects [ c . easing ] ) ( d ) ; a . draw ( q , d , c . currentStep ) } ; d . onAnimationProgress = this . options . animation . onProgress ; d . onAnimationComplete = this . options . animation . onComplete ; f . animationService . addAnimation ( this , d , c , a ) } else this . draw ( ) , this . options . animation && this . options . animation . onComplete && this . options . animation . onComplete . call && this . options . animation . onComplete . call ( this ) ; return this } , draw : function ( c ) { var a =
c || 1 ; this . clear ( ) ; e . each ( this . boxes , function ( a ) { a . draw ( this . chartArea ) } , this ) ; this . scale && this . scale . draw ( ) ; this . chart . ctx . save ( ) ; this . chart . ctx . beginPath ( ) ; this . chart . ctx . rect ( this . chartArea . left , this . chartArea . top , this . chartArea . right - this . chartArea . left , this . chartArea . bottom - this . chartArea . top ) ; this . chart . ctx . clip ( ) ; e . each ( this . data . datasets , function ( a , h ) { e . isDatasetVisible ( a ) && a . controller . draw ( c ) } , null , ! 0 ) ; this . chart . ctx . restore ( ) ; this . tooltip . transition ( a ) . draw ( ) } , getElementAtEvent : function ( c ) { var a =
e . getRelativePosition ( c , this . chart ) , d = [ ] ; e . each ( this . data . datasets , function ( c , k ) { e . isDatasetVisible ( c ) && e . each ( c . metaData , function ( c , k ) { if ( c . inRange ( a . x , a . y ) ) return d . push ( c ) , d } ) } ) ; return d } , getElementsAtEvent : function ( c ) { var a = e . getRelativePosition ( c , this . chart ) , d = [ ] , h = function ( ) { if ( this . data . datasets ) for ( var c = 0 ; c < this . data . datasets . length ; c ++ ) if ( e . isDatasetVisible ( this . data . datasets [ c ] ) ) for ( var d = 0 ; d < this . data . datasets [ c ] . metaData . length ; d ++ ) if ( this . data . datasets [ c ] . metaData [ d ] . inRange ( a . x , a . y ) ) return this . data . datasets [ c ] . metaData [ d ] } . call ( this ) ;
if ( ! h ) return d ; e . each ( this . data . datasets , function ( a , c ) { e . isDatasetVisible ( a ) && d . push ( a . metaData [ h . _index ] ) } ) ; return d } , getDatasetAtEvent : function ( c ) { c = this . getElementAtEvent ( c ) ; 0 < c . length && ( c = this . data . datasets [ c [ 0 ] . _datasetIndex ] . metaData ) ; return c } , generateLegend : function ( ) { return this . options . legendCallback ( this ) } , destroy : function ( ) { this . clear ( ) ; e . unbindEvents ( this , this . events ) ; e . removeResizeListener ( this . chart . canvas . parentNode ) ; var c = this . chart . canvas ; c . width = this . chart . width ; c . height = this . chart . height ;
void 0 !== this . chart . originalDevicePixelRatio && this . chart . ctx . scale ( 1 / this . chart . originalDevicePixelRatio , 1 / this . chart . originalDevicePixelRatio ) ; c . style . width = this . chart . originalCanvasStyleWidth ; c . style . height = this . chart . originalCanvasStyleHeight ; delete f . instances [ this . id ] } , toBase64Image : function ( ) { return this . chart . canvas . toDataURL . apply ( this . chart . canvas , arguments ) } , initToolTip : function ( ) { this . tooltip = new f . Tooltip ( { _chart : this . chart , _chartInstance : this , _data : this . data , _options : this . options } , this ) } ,
bindEvents : function ( ) { e . bindEvents ( this , this . options . events , function ( c ) { this . eventHandler ( c ) } ) } , eventHandler : function ( c ) { this . lastActive = this . lastActive || [ ] ; this . lastTooltipActive = this . lastTooltipActive || [ ] ; if ( "mouseout" === c . type ) this . active = [ ] , this . tooltipActive = [ ] ; else { var a = this , d = function ( d ) { switch ( d ) { case "single" : return a . getElementAtEvent ( c ) ; case "label" : return a . getElementsAtEvent ( c ) ; case "dataset" : return a . getDatasetAtEvent ( c ) ; default : return c } } ; this . active = d ( this . options . hover . mode ) ; this . tooltipActive =
d ( this . options . tooltips . mode ) } this . options . hover . onHover && this . options . hover . onHover . call ( this , this . active ) ; if ( "mouseup" === c . type || "click" === c . type ) this . options . onClick && this . options . onClick . call ( this , c , this . active ) , this . legend && this . legend . handleEvent && this . legend . handleEvent ( c ) ; if ( this . lastActive . length ) switch ( this . options . hover . mode ) { case "single" : this . data . datasets [ this . lastActive [ 0 ] . _datasetIndex ] . controller . removeHoverStyle ( this . lastActive [ 0 ] , this . lastActive [ 0 ] . _datasetIndex , this . lastActive [ 0 ] . _index ) ;
break ; case "label" : case "dataset" : for ( d = 0 ; d < this . lastActive . length ; d ++ ) this . lastActive [ d ] && this . data . datasets [ this . lastActive [ d ] . _datasetIndex ] . controller . removeHoverStyle ( this . lastActive [ d ] , this . lastActive [ d ] . _datasetIndex , this . lastActive [ d ] . _index ) } if ( this . active . length && this . options . hover . mode ) switch ( this . options . hover . mode ) { case "single" : this . data . datasets [ this . active [ 0 ] . _datasetIndex ] . controller . setHoverStyle ( this . active [ 0 ] ) ; break ; case "label" : case "dataset" : for ( d = 0 ; d < this . active . length ; d ++ ) this . active [ d ] &&
this . data . datasets [ this . active [ d ] . _datasetIndex ] . controller . setHoverStyle ( this . active [ d ] ) } if ( this . options . tooltips . enabled || this . options . tooltips . custom ) this . tooltip . initialize ( ) , this . tooltip . _active = this . tooltipActive , this . tooltip . update ( ) ; this . tooltip . pivot ( ) ; if ( ! this . animating ) { var h ; e . each ( this . active , function ( a , c ) { a !== this . lastActive [ c ] && ( h = ! 0 ) } , this ) ; e . each ( this . tooltipActive , function ( a , c ) { a !== this . lastTooltipActive [ c ] && ( h = ! 0 ) } , this ) ; if ( this . lastActive . length !== this . active . length || this . lastTooltipActive . length !==
this . tooltipActive . length || h ) this . stop ( ) , ( this . options . tooltips . enabled || this . options . tooltips . custom ) && this . tooltip . update ( ! 0 ) , this . render ( this . options . hover . animationDuration , ! 0 ) } this . lastActive = this . active ; this . lastTooltipActive = this . tooltipActive ; return this } } ) } } , { } ] , 23 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . DatasetController = function ( c , a ) { this . initialize . call ( this , c , a ) } ; e . extend ( f . DatasetController . prototype , { initialize : function ( c , a ) { this . chart = c ; this . index = a ; this . linkScales ( ) ;
this . addElements ( ) } , updateIndex : function ( c ) { this . index = c } , linkScales : function ( ) { this . getDataset ( ) . xAxisID || ( this . getDataset ( ) . xAxisID = this . chart . options . scales . xAxes [ 0 ] . id ) ; this . getDataset ( ) . yAxisID || ( this . getDataset ( ) . yAxisID = this . chart . options . scales . yAxes [ 0 ] . id ) } , getDataset : function ( ) { return this . chart . data . datasets [ this . index ] } , getScaleForId : function ( c ) { return this . chart . scales [ c ] } , reset : function ( ) { this . update ( ! 0 ) } , buildOrUpdateElements : function ( ) { var c = this . getDataset ( ) . data . length , a = this . getDataset ( ) . metaData . length ;
if ( c < a ) this . getDataset ( ) . metaData . splice ( c , a - c ) ; else if ( c > a ) for ( ; a < c ; ++ a ) this . addElementAndReset ( a ) } , addElements : e . noop , addElementAndReset : e . noop , draw : e . noop , removeHoverStyle : e . noop , setHoverStyle : e . noop , update : e . noop } ) ; f . DatasetController . extend = e . inherits } } , { } ] , 24 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . elements = { } ; f . Element = function ( c ) { e . extend ( this , c ) ; this . initialize . apply ( this , arguments ) } ; e . extend ( f . Element . prototype , { initialize : function ( ) { } , pivot : function ( ) { this . _view || ( this . _view =
e . clone ( this . _model ) ) ; this . _start = e . clone ( this . _view ) ; return this } , transition : function ( c ) { this . _view || ( this . _view = e . clone ( this . _model ) ) ; if ( 1 === c ) return this . _view = this . _model , this . _start = null , this ; this . _start || this . pivot ( ) ; e . each ( this . _model , function ( a , d ) { if ( "_" !== d [ 0 ] && this . _model . hasOwnProperty ( d ) ) if ( ! this . _view . hasOwnProperty ( d ) ) "number" !== typeof a || isNaN ( this . _view [ d ] ) ? this . _view [ d ] = a : this . _view [ d ] = a * c ; else if ( a !== this . _view [ d ] ) if ( "string" === typeof a ) try { var h = e . color ( this . _start [ d ] ) . mix ( e . color ( this . _model [ d ] ) ,
c ) ; this . _view [ d ] = h . rgbString ( ) } catch ( k ) { this . _view [ d ] = a } else "number" === typeof a ? ( h = void 0 !== this . _start [ d ] && ! 1 === isNaN ( this . _start [ d ] ) ? this . _start [ d ] : 0 , this . _view [ d ] = ( this . _model [ d ] - h ) * c + h ) : this . _view [ d ] = a } , this ) ; return this } , tooltipPosition : function ( ) { return { x : this . _model . x , y : this . _model . y } } , hasValue : function ( ) { return e . isNumber ( this . _model . x ) && e . isNumber ( this . _model . y ) } } ) ; f . Element . extend = e . inherits } } , { } ] , 25 : [ function ( p , m , n ) { var f = p ( "chartjs-color" ) ; m . exports = function ( e ) { function c ( a , c , d ) { var e ;
"string" === typeof a ? ( e = parseInt ( a , 10 ) , - 1 != a . indexOf ( "%" ) && ( e = e / 100 * c . parentNode [ d ] ) ) : e = a ; return e } function a ( a , d , e ) { var h , f = document . defaultView . getComputedStyle ( a ) [ d ] ; d = document . defaultView . getComputedStyle ( a . parentNode ) [ d ] ; var x = null !== f && "none" !== f , u = null !== d && "none" !== d ; if ( x || u ) h = Math . min ( x ? c ( f , a , e ) : Number . POSITIVE _INFINITY , u ? c ( d , a . parentNode , e ) : Number . POSITIVE _INFINITY ) ; return h } var d = e . helpers = { } ; d . each = function ( a , c , e , h ) { var f ; if ( d . isArray ( a ) ) if ( f = a . length , h ) for ( h = f - 1 ; 0 <= h ; h -- ) c . call ( e , a [ h ] ,
h ) ; else for ( h = 0 ; h < f ; h ++ ) c . call ( e , a [ h ] , h ) ; else if ( "object" === typeof a ) { var x = Object . keys ( a ) ; f = x . length ; for ( h = 0 ; h < f ; h ++ ) c . call ( e , a [ x [ h ] ] , x [ h ] ) } } ; d . clone = function ( a ) { var c = { } ; d . each ( a , function ( e , h ) { a . hasOwnProperty ( h ) && ( d . isArray ( e ) ? c [ h ] = e . slice ( 0 ) : c [ h ] = "object" === typeof e && null !== e ? d . clone ( e ) : e ) } ) ; return c } ; d . extend = function ( a ) { for ( var c = arguments . length , e = [ ] , h = 1 ; h < c ; h ++ ) e . push ( arguments [ h ] ) ; d . each ( e , function ( c ) { d . each ( c , function ( d , e ) { c . hasOwnProperty ( e ) && ( a [ e ] = d ) } ) } ) ; return a } ; d . configMerge = function ( a ) { var c =
d . clone ( a ) ; d . each ( Array . prototype . slice . call ( arguments , 1 ) , function ( a ) { d . each ( a , function ( k , h ) { if ( a . hasOwnProperty ( h ) ) if ( "scales" === h ) c [ h ] = d . scaleMerge ( c . hasOwnProperty ( h ) ? c [ h ] : { } , k ) ; else if ( "scale" === h ) c [ h ] = d . configMerge ( c . hasOwnProperty ( h ) ? c [ h ] : { } , e . scaleService . getScaleDefaults ( k . type ) , k ) ; else if ( c . hasOwnProperty ( h ) && d . isArray ( c [ h ] ) && d . isArray ( k ) ) { var f = c [ h ] ; d . each ( k , function ( a , c ) { c < f . length ? f [ c ] = "object" === typeof f [ c ] && null !== f [ c ] && "object" === typeof a && null !== a ? d . configMerge ( f [ c ] , a ) : a : f . push ( a ) } ) } else c . hasOwnProperty ( h ) &&
"object" === typeof c [ h ] && null !== c [ h ] && "object" === typeof k ? c [ h ] = d . configMerge ( c [ h ] , k ) : c [ h ] = k } ) } ) ; return c } ; d . extendDeep = function ( a ) { function c ( a ) { d . each ( arguments , function ( k ) { k !== a && d . each ( k , function ( d , k ) { a [ k ] && a [ k ] . constructor && a [ k ] . constructor === Object ? c ( a [ k ] , d ) : a [ k ] = d } ) } ) ; return a } return c . apply ( this , arguments ) } ; d . scaleMerge = function ( a , c ) { var h = d . clone ( a ) ; d . each ( c , function ( a , k ) { c . hasOwnProperty ( k ) && ( "xAxes" === k || "yAxes" === k ? h . hasOwnProperty ( k ) ? d . each ( a , function ( a , c ) { var l = d . getValueOrDefault ( a . type ,
"xAxes" === k ? "category" : "linear" ) , l = e . scaleService . getScaleDefaults ( l ) ; c >= h [ k ] . length || ! h [ k ] [ c ] . type ? h [ k ] . push ( d . configMerge ( l , a ) ) : h [ k ] [ c ] = a . type && a . type !== h [ k ] [ c ] . type ? d . configMerge ( h [ k ] [ c ] , l , a ) : d . configMerge ( h [ k ] [ c ] , a ) } ) : ( h [ k ] = [ ] , d . each ( a , function ( a ) { var c = d . getValueOrDefault ( a . type , "xAxes" === k ? "category" : "linear" ) ; h [ k ] . push ( d . configMerge ( e . scaleService . getScaleDefaults ( c ) , a ) ) } ) ) : h . hasOwnProperty ( k ) && "object" === typeof h [ k ] && null !== h [ k ] && "object" === typeof a ? h [ k ] = d . configMerge ( h [ k ] , a ) : h [ k ] = a ) } ) ; return h } ;
d . getValueAtIndexOrDefault = function ( a , c , e ) { return void 0 === a || null === a ? e : d . isArray ( a ) ? c < a . length ? a [ c ] : e : a } ; d . getValueOrDefault = function ( a , c ) { return void 0 === a ? c : a } ; d . indexOf = function ( a , c ) { if ( Array . prototype . indexOf ) return a . indexOf ( c ) ; for ( var d = 0 ; d < a . length ; d ++ ) if ( a [ d ] === c ) return d ; return - 1 } ; d . where = function ( a , c ) { var e = [ ] ; d . each ( a , function ( a ) { c ( a ) && e . push ( a ) } ) ; return e } ; d . findIndex = function ( a , c , d ) { var e = - 1 ; if ( Array . prototype . findIndex ) e = a . findIndex ( c , d ) ; else for ( var h = 0 ; h < a . length ; ++ h ) if ( d = void 0 !==
d ? d : a , c . call ( d , a [ h ] , h , a ) ) { e = h ; break } return e } ; d . findNextWhere = function ( a , c , d ) { if ( void 0 === d || null === d ) d = - 1 ; for ( d += 1 ; d < a . length ; d ++ ) { var e = a [ d ] ; if ( c ( e ) ) return e } } ; d . findPreviousWhere = function ( a , c , d ) { if ( void 0 === d || null === d ) d = a . length ; for ( -- d ; 0 <= d ; d -- ) { var e = a [ d ] ; if ( c ( e ) ) return e } } ; d . inherits = function ( a ) { var c = this , e = a && a . hasOwnProperty ( "constructor" ) ? a . constructor : function ( ) { return c . apply ( this , arguments ) } , h = function ( ) { this . constructor = e } ; h . prototype = c . prototype ; e . prototype = new h ; e . extend = d . inherits ;
a && d . extend ( e . prototype , a ) ; e . _ _super _ _ = c . prototype ; return e } ; d . noop = function ( ) { } ; d . uid = function ( ) { var a = 0 ; return function ( ) { return "chart-" + a ++ } } ( ) ; d . warn = function ( a ) { console && "function" === typeof console . warn && console . warn ( a ) } ; d . isNumber = function ( a ) { return ! isNaN ( parseFloat ( a ) ) && isFinite ( a ) } ; d . almostEquals = function ( a , c , d ) { return Math . abs ( a - c ) < d } ; d . max = function ( a ) { return a . reduce ( function ( a , c ) { return isNaN ( c ) ? a : Math . max ( a , c ) } , Number . NEGATIVE _INFINITY ) } ; d . min = function ( a ) { return a . reduce ( function ( a , c ) { return isNaN ( c ) ?
a : Math . min ( a , c ) } , Number . POSITIVE _INFINITY ) } ; d . sign = function ( a ) { if ( Math . sign ) return Math . sign ( a ) ; a = + a ; return 0 === a || isNaN ( a ) ? a : 0 < a ? 1 : - 1 } ; d . log10 = function ( a ) { return Math . log10 ? Math . log10 ( a ) : Math . log ( a ) / Math . LN10 } ; d . toRadians = function ( a ) { return Math . PI / 180 * a } ; d . toDegrees = function ( a ) { return 180 / Math . PI * a } ; d . getAngleFromPoint = function ( a , c ) { var d = c . x - a . x , e = c . y - a . y , h = Math . sqrt ( d * d + e * e ) , d = Math . atan2 ( e , d ) ; d < - . 5 * Math . PI && ( d += 2 * Math . PI ) ; return { angle : d , distance : h } } ; d . aliasPixel = function ( a ) { return 0 === a % 2 ? 0 : . 5 } ;
d . splineCurve = function ( a , c , d , e ) { a = a . skip ? c : a ; d = d . skip ? c : d ; var h = Math . sqrt ( Math . pow ( c . x - a . x , 2 ) + Math . pow ( c . y - a . y , 2 ) ) , f = Math . sqrt ( Math . pow ( d . x - c . x , 2 ) + Math . pow ( d . y - c . y , 2 ) ) , m = h / ( h + f ) , h = f / ( h + f ) , m = isNaN ( m ) ? 0 : m , h = isNaN ( h ) ? 0 : h , m = e * m ; e *= h ; return { previous : { x : c . x - m * ( d . x - a . x ) , y : c . y - m * ( d . y - a . y ) } , next : { x : c . x + e * ( d . x - a . x ) , y : c . y + e * ( d . y - a . y ) } } } ; d . nextItem = function ( a , c , d ) { return d ? c >= a . length - 1 ? a [ 0 ] : a [ c + 1 ] : c >= a . length - 1 ? a [ a . length - 1 ] : a [ c + 1 ] } ; d . previousItem = function ( a , c , d ) { return d ? 0 >= c ? a [ a . length - 1 ] : a [ c - 1 ] : 0 >= c ? a [ 0 ] :
a [ c - 1 ] } ; d . niceNum = function ( a , c ) { var e = Math . floor ( d . log10 ( a ) ) , h = a / Math . pow ( 10 , e ) ; return ( c ? 1.5 > h ? 1 : 3 > h ? 2 : 7 > h ? 5 : 10 : 1 >= h ? 1 : 2 >= h ? 2 : 5 >= h ? 5 : 10 ) * Math . pow ( 10 , e ) } ; var h = d . easingEffects = { linear : function ( a ) { return a } , easeInQuad : function ( a ) { return a * a } , easeOutQuad : function ( a ) { return - 1 * a * ( a - 2 ) } , easeInOutQuad : function ( a ) { return 1 > ( a /= . 5 ) ? . 5 * a * a : - . 5 * ( -- a * ( a - 2 ) - 1 ) } , easeInCubic : function ( a ) { return a * a * a } , easeOutCubic : function ( a ) { return 1 * ( ( a = a / 1 - 1 ) * a * a + 1 ) } , easeInOutCubic : function ( a ) { return 1 > ( a /= . 5 ) ? . 5 * a * a * a : . 5 * ( ( a -=
2 ) * a * a + 2 ) } , easeInQuart : function ( a ) { return a * a * a * a } , easeOutQuart : function ( a ) { return - 1 * ( ( a = a / 1 - 1 ) * a * a * a - 1 ) } , easeInOutQuart : function ( a ) { return 1 > ( a /= . 5 ) ? . 5 * a * a * a * a : - . 5 * ( ( a -= 2 ) * a * a * a - 2 ) } , easeInQuint : function ( a ) { return 1 * ( a /= 1 ) * a * a * a * a } , easeOutQuint : function ( a ) { return 1 * ( ( a = a / 1 - 1 ) * a * a * a * a + 1 ) } , easeInOutQuint : function ( a ) { return 1 > ( a /= . 5 ) ? . 5 * a * a * a * a * a : . 5 * ( ( a -= 2 ) * a * a * a * a + 2 ) } , easeInSine : function ( a ) { return - 1 * Math . cos ( a / 1 * ( Math . PI / 2 ) ) + 1 } , easeOutSine : function ( a ) { return 1 * Math . sin ( a / 1 * ( Math . PI / 2 ) ) } , easeInOutSine : function ( a ) { return - . 5 *
( Math . cos ( Math . PI * a / 1 ) - 1 ) } , easeInExpo : function ( a ) { return 0 === a ? 1 : 1 * Math . pow ( 2 , 10 * ( a / 1 - 1 ) ) } , easeOutExpo : function ( a ) { return 1 === a ? 1 : 1 * ( - Math . pow ( 2 , - 10 * a / 1 ) + 1 ) } , easeInOutExpo : function ( a ) { return 0 === a ? 0 : 1 === a ? 1 : 1 > ( a /= . 5 ) ? . 5 * Math . pow ( 2 , 10 * ( a - 1 ) ) : . 5 * ( - Math . pow ( 2 , - 10 * -- a ) + 2 ) } , easeInCirc : function ( a ) { return 1 <= a ? a : - 1 * ( Math . sqrt ( 1 - ( a /= 1 ) * a ) - 1 ) } , easeOutCirc : function ( a ) { return 1 * Math . sqrt ( 1 - ( a = a / 1 - 1 ) * a ) } , easeInOutCirc : function ( a ) { return 1 > ( a /= . 5 ) ? - . 5 * ( Math . sqrt ( 1 - a * a ) - 1 ) : . 5 * ( Math . sqrt ( 1 - ( a -= 2 ) * a ) + 1 ) } , easeInElastic : function ( a ) { var c =
1.70158 , d = 0 , e = 1 ; if ( 0 === a ) return 0 ; if ( 1 === ( a /= 1 ) ) return 1 ; d || ( d = . 3 ) ; e < Math . abs ( 1 ) ? ( e = 1 , c = d / 4 ) : c = d / ( 2 * Math . PI ) * Math . asin ( 1 / e ) ; return - ( e * Math . pow ( 2 , 10 * -- a ) * Math . sin ( 2 * ( 1 * a - c ) * Math . PI / d ) ) } , easeOutElastic : function ( a ) { var c = 1.70158 , d = 0 , e = 1 ; if ( 0 === a ) return 0 ; if ( 1 === ( a /= 1 ) ) return 1 ; d || ( d = . 3 ) ; e < Math . abs ( 1 ) ? ( e = 1 , c = d / 4 ) : c = d / ( 2 * Math . PI ) * Math . asin ( 1 / e ) ; return e * Math . pow ( 2 , - 10 * a ) * Math . sin ( 2 * ( 1 * a - c ) * Math . PI / d ) + 1 } , easeInOutElastic : function ( a ) { var c = 1.70158 , d = 0 , e = 1 ; if ( 0 === a ) return 0 ; if ( 2 === ( a /= . 5 ) ) return 1 ; d || ( d =
. 3 * 1.5 ) ; e < Math . abs ( 1 ) ? ( e = 1 , c = d / 4 ) : c = d / ( 2 * Math . PI ) * Math . asin ( 1 / e ) ; return 1 > a ? - . 5 * e * Math . pow ( 2 , 10 * -- a ) * Math . sin ( 2 * ( 1 * a - c ) * Math . PI / d ) : e * Math . pow ( 2 , - 10 * -- a ) * Math . sin ( 2 * ( 1 * a - c ) * Math . PI / d ) * . 5 + 1 } , easeInBack : function ( a ) { return 1 * ( a /= 1 ) * a * ( 2.70158 * a - 1.70158 ) } , easeOutBack : function ( a ) { return 1 * ( ( a = a / 1 - 1 ) * a * ( 2.70158 * a + 1.70158 ) + 1 ) } , easeInOutBack : function ( a ) { var c = 1.70158 ; return 1 > ( a /= . 5 ) ? . 5 * a * a * ( ( ( c *= 1.525 ) + 1 ) * a - c ) : . 5 * ( ( a -= 2 ) * a * ( ( ( c *= 1.525 ) + 1 ) * a + c ) + 2 ) } , easeInBounce : function ( a ) { return 1 - h . easeOutBounce ( 1 - a ) } , easeOutBounce : function ( a ) { return ( a /=
1 ) < 1 / 2.75 ? 7.5625 * a * a : a < 2 / 2.75 ? 1 * ( 7.5625 * ( a -= 1.5 / 2.75 ) * a + . 75 ) : a < 2.5 / 2.75 ? 1 * ( 7.5625 * ( a -= 2.25 / 2.75 ) * a + . 9375 ) : 1 * ( 7.5625 * ( a -= 2.625 / 2.75 ) * a + . 984375 ) } , easeInOutBounce : function ( a ) { return . 5 > a ? . 5 * h . easeInBounce ( 2 * a ) : . 5 * h . easeOutBounce ( 2 * a - 1 ) + . 5 } } ; d . requestAnimFrame = function ( ) { return window . requestAnimationFrame || window . webkitRequestAnimationFrame || window . mozRequestAnimationFrame || window . oRequestAnimationFrame || window . msRequestAnimationFrame || function ( a ) { return window . setTimeout ( a , 1E3 / 60 ) } } ( ) ; d . cancelAnimFrame =
function ( ) { return window . cancelAnimationFrame || window . webkitCancelAnimationFrame || window . mozCancelAnimationFrame || window . oCancelAnimationFrame || window . msCancelAnimationFrame || function ( a ) { return window . clearTimeout ( a , 1E3 / 60 ) } } ( ) ; d . getRelativePosition = function ( a , c ) { var e , h ; h = a . originalEvent || a ; var f = a . currentTarget || a . srcElement , m = f . getBoundingClientRect ( ) ; h . touches && 0 < h . touches . length ? ( e = h . touches [ 0 ] . clientX , h = h . touches [ 0 ] . clientY ) : ( e = h . clientX , h = h . clientY ) ; var n = parseFloat ( d . getStyle ( f , "padding-left" ) ) ,
p = parseFloat ( d . getStyle ( f , "padding-top" ) ) , v = parseFloat ( d . getStyle ( f , "padding-right" ) ) , A = parseFloat ( d . getStyle ( f , "padding-bottom" ) ) , A = m . bottom - m . top - p - A ; e = Math . round ( ( e - m . left - n ) / ( m . right - m . left - n - v ) * f . width / c . currentDevicePixelRatio ) ; h = Math . round ( ( h - m . top - p ) / A * f . height / c . currentDevicePixelRatio ) ; return { x : e , y : h } } ; d . addEvent = function ( a , c , d ) { a . addEventListener ? a . addEventListener ( c , d ) : a . attachEvent ? a . attachEvent ( "on" + c , d ) : a [ "on" + c ] = d } ; d . removeEvent = function ( a , c , e ) { a . removeEventListener ? a . removeEventListener ( c ,
e , ! 1 ) : a . detachEvent ? a . detachEvent ( "on" + c , e ) : a [ "on" + c ] = d . noop } ; d . bindEvents = function ( a , c , e ) { a . events || ( a . events = { } ) ; d . each ( c , function ( c ) { a . events [ c ] = function ( ) { e . apply ( a , arguments ) } ; d . addEvent ( a . chart . canvas , c , a . events [ c ] ) } ) } ; d . unbindEvents = function ( a , c ) { d . each ( c , function ( c , e ) { d . removeEvent ( a . chart . canvas , e , c ) } ) } ; d . getConstraintWidth = function ( c ) { return a ( c , "max-width" , "clientWidth" ) } ; d . getConstraintHeight = function ( c ) { return a ( c , "max-height" , "clientHeight" ) } ; d . getMaximumWidth = function ( a ) { var c = a . parentNode ,
e = parseInt ( d . getStyle ( c , "padding-left" ) ) + parseInt ( d . getStyle ( c , "padding-right" ) ) , c = c . clientWidth - e ; a = d . getConstraintWidth ( a ) ; void 0 !== a && ( c = Math . min ( c , a ) ) ; return c } ; d . getMaximumHeight = function ( a ) { var c = a . parentNode , e = parseInt ( d . getStyle ( c , "padding-top" ) ) + parseInt ( d . getStyle ( c , "padding-bottom" ) ) , c = c . clientHeight - e ; a = d . getConstraintHeight ( a ) ; void 0 !== a && ( c = Math . min ( c , a ) ) ; return c } ; d . getStyle = function ( a , c ) { return a . currentStyle ? a . currentStyle [ c ] : document . defaultView . getComputedStyle ( a , null ) . getPropertyValue ( c ) } ;
d . retinaScale = function ( a ) { var c = a . ctx , d = a . canvas . width , e = a . canvas . height , h = a . currentDevicePixelRatio = window . devicePixelRatio || 1 ; 1 !== h && ( c . canvas . height = e * h , c . canvas . width = d * h , c . scale ( h , h ) , a . originalDevicePixelRatio = a . originalDevicePixelRatio || h ) ; c . canvas . style . width = d + "px" ; c . canvas . style . height = e + "px" } ; d . clear = function ( a ) { a . ctx . clearRect ( 0 , 0 , a . width , a . height ) } ; d . fontString = function ( a , c , d ) { return c + " " + a + "px " + d } ; d . longestText = function ( a , c , e , h ) { h = h || { } ; h . data = h . data || { } ; h . garbageCollect = h . garbageCollect ||
[ ] ; h . font !== c && ( h . data = { } , h . garbageCollect = [ ] , h . font = c ) ; a . font = c ; var f = 0 ; d . each ( e , function ( c ) { if ( void 0 !== c && null !== c ) { var d = h . data [ c ] ; d || ( d = h . data [ c ] = a . measureText ( c ) . width , h . garbageCollect . push ( c ) ) ; d > f && ( f = d ) } } ) ; c = h . garbageCollect . length / 2 ; if ( c > e . length ) { for ( e = 0 ; e < c ; e ++ ) delete h . data [ h . garbageCollect [ e ] ] ; h . garbageCollect . splice ( 0 , c ) } return f } ; d . drawRoundedRectangle = function ( a , c , d , e , h , f ) { a . beginPath ( ) ; a . moveTo ( c + f , d ) ; a . lineTo ( c + e - f , d ) ; a . quadraticCurveTo ( c + e , d , c + e , d + f ) ; a . lineTo ( c + e , d + h - f ) ; a . quadraticCurveTo ( c +
e , d + h , c + e - f , d + h ) ; a . lineTo ( c + f , d + h ) ; a . quadraticCurveTo ( c , d + h , c , d + h - f ) ; a . lineTo ( c , d + f ) ; a . quadraticCurveTo ( c , d , c + f , d ) ; a . closePath ( ) } ; d . color = function ( a ) { return f ? a instanceof CanvasGradient ? f ( e . defaults . global . defaultColor ) : f ( a ) : ( console . log ( "Color.js not found!" ) , a ) } ; d . addResizeListener = function ( a , c ) { var d = document . createElement ( "iframe" ) ; d . classlist ? d . classlist . add ( "chartjs-hidden-iframe" ) : d . setAttribute ( "class" , "chartjs-hidden-iframe" ) ; d . style . width = "100%" ; d . style . display = "block" ; d . style . border = 0 ;
d . style . height = 0 ; d . style . margin = 0 ; d . style . position = "absolute" ; d . style . left = 0 ; d . style . right = 0 ; d . style . top = 0 ; d . style . bottom = 0 ; a . insertBefore ( d , a . firstChild ) ; ( d . contentWindow || d ) . onresize = function ( ) { c && c ( ) } } ; d . removeResizeListener = function ( a ) { ( a = a . querySelector ( ".chartjs-hidden-iframe" ) ) && a . parentNode . removeChild ( a ) } ; d . isArray = function ( a ) { return Array . isArray ? Array . isArray ( a ) : "[object Array]" === Object . prototype . toString . call ( a ) } ; d . pushAllIfDefined = function ( a , c ) { "undefined" !== typeof a && ( d . isArray ( a ) ?
c . push . apply ( c , a ) : c . push ( a ) ) } ; d . isDatasetVisible = function ( a ) { return ! a . hidden } ; d . callCallback = function ( a , c , d ) { a && "function" === typeof a . call && a . apply ( d , c ) } } } , { "chartjs-color" : 6 } ] , 26 : [ function ( p , m , n ) { m . exports = function ( ) { var f = function ( e , c ) { this . config = c ; e . length && e [ 0 ] . getContext && ( e = e [ 0 ] ) ; e . getContext && ( e = e . getContext ( "2d" ) ) ; this . ctx = e ; this . canvas = e . canvas ; this . width = e . canvas . width || parseInt ( f . helpers . getStyle ( e . canvas , "width" ) ) || f . helpers . getMaximumWidth ( e . canvas ) ; this . height = e . canvas . height || parseInt ( f . helpers . getStyle ( e . canvas ,
"height" ) ) || f . helpers . getMaximumHeight ( e . canvas ) ; this . aspectRatio = this . width / this . height ; if ( isNaN ( this . aspectRatio ) || ! 1 === isFinite ( this . aspectRatio ) ) this . aspectRatio = void 0 !== c . aspectRatio ? c . aspectRatio : 2 ; this . originalCanvasStyleWidth = e . canvas . style . width ; this . originalCanvasStyleHeight = e . canvas . style . height ; f . helpers . retinaScale ( this ) ; c && ( this . controller = new f . Controller ( this ) ) ; var a = this ; f . helpers . addResizeListener ( e . canvas . parentNode , function ( ) { a . controller && a . controller . config . options . responsive &&
a . controller . resize ( ) } ) ; return this . controller ? this . controller : this } ; f . defaults = { global : { responsive : ! 0 , responsiveAnimationDuration : 0 , maintainAspectRatio : ! 0 , events : [ "mousemove" , "mouseout" , "click" , "touchstart" , "touchmove" ] , hover : { onHover : null , mode : "single" , animationDuration : 400 } , onClick : null , defaultColor : "rgba(0,0,0,0.1)" , defaultFontColor : "#666" , defaultFontFamily : "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" , defaultFontSize : 12 , defaultFontStyle : "normal" , showLines : ! 0 , elements : { } , legendCallback : function ( e ) { var c =
[ ] ; c . push ( '<ul class="' + e . id + '-legend">' ) ; for ( var a = 0 ; a < e . data . datasets . length ; a ++ ) c . push ( '<li><span style="background-color:' + e . data . datasets [ a ] . backgroundColor + '"></span>' ) , e . data . datasets [ a ] . label && c . push ( e . data . datasets [ a ] . label ) , c . push ( "</li>" ) ; c . push ( "</ul>" ) ; return c . join ( "" ) } } } ; return f } } , { } ] , 27 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . layoutService = { defaults : { } , addBox : function ( c , a ) { c . boxes || ( c . boxes = [ ] ) ; c . boxes . push ( a ) } , removeBox : function ( c , a ) { c . boxes && c . boxes . splice ( c . boxes . indexOf ( a ) ,
1 ) } , update : function ( c , a , d ) { function h ( a ) { var c , d = a . isHorizontal ( ) ; d ? ( c = a . update ( a . options . fullWidth ? v : y , I ) , D -= c . height ) : ( c = a . update ( z , F ) , y -= c . width ) ; N . push ( { horizontal : d , minSize : c , box : a } ) } function k ( a ) { var c = e . findNextWhere ( N , function ( c ) { return c . box === a } ) ; c && ( a . isHorizontal ( ) ? a . update ( a . options . fullWidth ? v : y , A / 2 , { left : B , right : G , top : 0 , bottom : 0 } ) : a . update ( c . minSize . width , D ) ) } function f ( a ) { var c = e . findNextWhere ( N , function ( c ) { return c . box === a } ) , d = { left : 0 , right : 0 , top : C , bottom : H } ; c && a . update ( c . minSize . width ,
D , d ) } function q ( c ) { c . isHorizontal ( ) ? ( c . left = c . options . fullWidth ? 0 : B , c . right = c . options . fullWidth ? a - 0 : B + y , c . top = J , c . bottom = J + c . height , J = c . bottom ) : ( c . left = K , c . right = K + c . width , c . top = C , c . bottom = C + D , K = c . right ) } if ( c ) { var t = e . where ( c . boxes , function ( a ) { return "left" === a . options . position } ) , m = e . where ( c . boxes , function ( a ) { return "right" === a . options . position } ) , n = e . where ( c . boxes , function ( a ) { return "top" === a . options . position } ) , p = e . where ( c . boxes , function ( a ) { return "bottom" === a . options . position } ) , E = e . where ( c . boxes , function ( a ) { return "chartArea" ===
a . options . position } ) ; n . sort ( function ( a , c ) { return ( c . options . fullWidth ? 1 : 0 ) - ( a . options . fullWidth ? 1 : 0 ) } ) ; p . sort ( function ( a , c ) { return ( a . options . fullWidth ? 1 : 0 ) - ( c . options . fullWidth ? 1 : 0 ) } ) ; var v = a - 0 , A = d - 0 , F = A / 2 , z = ( a - v / 2 ) / ( t . length + m . length ) , I = ( d - F ) / ( n . length + p . length ) , y = v , D = A , N = [ ] ; e . each ( t . concat ( m , n , p ) , h ) ; var B = 0 , G = 0 , C = 0 , H = 0 ; e . each ( t . concat ( m ) , k ) ; e . each ( t , function ( a ) { B += a . width } ) ; e . each ( m , function ( a ) { G += a . width } ) ; e . each ( n . concat ( p ) , k ) ; e . each ( n , function ( a ) { C += a . height } ) ; e . each ( p , function ( a ) { H += a . height } ) ;
e . each ( t . concat ( m ) , f ) ; H = C = G = B = 0 ; e . each ( t , function ( a ) { B += a . width } ) ; e . each ( m , function ( a ) { G += a . width } ) ; e . each ( n , function ( a ) { C += a . height } ) ; e . each ( p , function ( a ) { H += a . height } ) ; var L = d - C - H , M = a - B - G ; if ( M !== y || L !== D ) e . each ( t , function ( a ) { a . height = L } ) , e . each ( m , function ( a ) { a . height = L } ) , e . each ( n , function ( a ) { a . width = M } ) , e . each ( p , function ( a ) { a . width = M } ) , D = L , y = M ; var K = 0 , J = 0 ; e . each ( t . concat ( n ) , q ) ; K += y ; J += D ; e . each ( m , q ) ; e . each ( p , q ) ; c . chartArea = { left : B , top : C , right : B + y , bottom : C + D } ; e . each ( E , function ( a ) { a . left = c . chartArea . left ;
a . top = c . chartArea . top ; a . right = c . chartArea . right ; a . bottom = c . chartArea . bottom ; a . update ( y , D ) } ) } } } } } , { } ] , 28 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . global . legend = { display : ! 0 , position : "top" , fullWidth : ! 0 , reverse : ! 1 , onClick : function ( c , a ) { var d = this . chart . data . datasets [ a . datasetIndex ] ; d . hidden = ! d . hidden ; this . chart . update ( ) } , labels : { boxWidth : 40 , padding : 10 , generateLabels : function ( c ) { return e . isArray ( c . datasets ) ? c . datasets . map ( function ( a , c ) { return { text : a . label , fillStyle : a . backgroundColor ,
hidden : a . hidden , lineCap : a . borderCapStyle , lineDash : a . borderDash , lineDashOffset : a . borderDashOffset , lineJoin : a . borderJoinStyle , lineWidth : a . borderWidth , strokeStyle : a . borderColor , datasetIndex : c } } , this ) : [ ] } } } ; f . Legend = f . Element . extend ( { initialize : function ( c ) { e . extend ( this , c ) ; this . legendHitBoxes = [ ] ; this . doughnutMode = ! 1 } , beforeUpdate : e . noop , update : function ( c , a , d ) { this . beforeUpdate ( ) ; this . maxWidth = c ; this . maxHeight = a ; this . margins = d ; this . beforeSetDimensions ( ) ; this . setDimensions ( ) ; this . afterSetDimensions ( ) ; this . beforeBuildLabels ( ) ;
this . buildLabels ( ) ; this . afterBuildLabels ( ) ; this . beforeFit ( ) ; this . fit ( ) ; this . afterFit ( ) ; this . afterUpdate ( ) ; return this . minSize } , afterUpdate : e . noop , beforeSetDimensions : e . noop , setDimensions : function ( ) { this . isHorizontal ( ) ? ( this . width = this . maxWidth , this . left = 0 , this . right = this . width ) : ( this . height = this . maxHeight , this . top = 0 , this . bottom = this . height ) ; this . paddingBottom = this . paddingRight = this . paddingTop = this . paddingLeft = 0 ; this . minSize = { width : 0 , height : 0 } } , afterSetDimensions : e . noop , beforeBuildLabels : e . noop , buildLabels : function ( ) { this . legendItems =
this . options . labels . generateLabels . call ( this , this . chart . data ) ; this . options . reverse && this . legendItems . reverse ( ) } , afterBuildLabels : e . noop , beforeFit : e . noop , fit : function ( ) { var c = this . ctx , a = e . getValueOrDefault ( this . options . labels . fontSize , f . defaults . global . defaultFontSize ) , d = e . getValueOrDefault ( this . options . labels . fontStyle , f . defaults . global . defaultFontStyle ) , h = e . getValueOrDefault ( this . options . labels . fontFamily , f . defaults . global . defaultFontFamily ) , d = e . fontString ( a , d , h ) ; this . legendHitBoxes = [ ] ; this . isHorizontal ( ) ?
this . minSize . width = this . maxWidth : this . minSize . width = this . options . display ? 10 : 0 ; this . isHorizontal ( ) ? this . minSize . height = this . options . display ? 10 : 0 : this . minSize . height = this . maxHeight ; if ( this . options . display && this . isHorizontal ( ) ) { this . lineWidths = [ 0 ] ; var k = this . legendItems . length ? a + this . options . labels . padding : 0 ; c . textAlign = "left" ; c . textBaseline = "top" ; c . font = d ; e . each ( this . legendItems , function ( d , e ) { var h = this . options . labels . boxWidth + a / 2 + c . measureText ( d . text ) . width ; this . lineWidths [ this . lineWidths . length - 1 ] +
h + this . options . labels . padding >= this . width && ( k += a + this . options . labels . padding , this . lineWidths [ this . lineWidths . length ] = this . left ) ; this . legendHitBoxes [ e ] = { left : 0 , top : 0 , width : h , height : a } ; this . lineWidths [ this . lineWidths . length - 1 ] += h + this . options . labels . padding } , this ) ; this . minSize . height += k } this . width = this . minSize . width ; this . height = this . minSize . height } , afterFit : e . noop , isHorizontal : function ( ) { return "top" === this . options . position || "bottom" === this . options . position } , draw : function ( ) { if ( this . options . display ) { var c =
this . ctx , a = this . left + ( this . width - this . lineWidths [ 0 ] ) / 2 , d = this . top + this . options . labels . padding , h = 0 , k = e . getValueOrDefault ( this . options . labels . fontColor , f . defaults . global . defaultFontColor ) , l = e . getValueOrDefault ( this . options . labels . fontSize , f . defaults . global . defaultFontSize ) , q = e . getValueOrDefault ( this . options . labels . fontStyle , f . defaults . global . defaultFontStyle ) , t = e . getValueOrDefault ( this . options . labels . fontFamily , f . defaults . global . defaultFontFamily ) , q = e . fontString ( l , q , t ) ; this . isHorizontal ( ) && ( c . textAlign =
"left" , c . textBaseline = "top" , c . lineWidth = . 5 , c . strokeStyle = k , c . fillStyle = k , c . font = q , e . each ( this . legendItems , function ( e , k ) { var q = c . measureText ( e . text ) . width , t = this . options . labels . boxWidth + l / 2 + q ; a + t >= this . width && ( d += l + this . options . labels . padding , h ++ , a = this . left + ( this . width - this . lineWidths [ h ] ) / 2 ) ; c . save ( ) ; var m = function ( a , c ) { return void 0 !== a ? a : c } ; c . fillStyle = m ( e . fillStyle , f . defaults . global . defaultColor ) ; c . lineCap = m ( e . lineCap , f . defaults . global . elements . line . borderCapStyle ) ; c . lineDashOffset = m ( e . lineDashOffset ,
f . defaults . global . elements . line . borderDashOffset ) ; c . lineJoin = m ( e . lineJoin , f . defaults . global . elements . line . borderJoinStyle ) ; c . lineWidth = m ( e . lineWidth , f . defaults . global . elements . line . borderWidth ) ; c . strokeStyle = m ( e . strokeStyle , f . defaults . global . defaultColor ) ; c . setLineDash && c . setLineDash ( m ( e . lineDash , f . defaults . global . elements . line . borderDash ) ) ; c . strokeRect ( a , d , this . options . labels . boxWidth , l ) ; c . fillRect ( a , d , this . options . labels . boxWidth , l ) ; c . restore ( ) ; this . legendHitBoxes [ k ] . left = a ; this . legendHitBoxes [ k ] . top =
d ; c . fillText ( e . text , this . options . labels . boxWidth + l / 2 + a , d ) ; e . hidden && ( c . beginPath ( ) , c . lineWidth = 2 , c . moveTo ( this . options . labels . boxWidth + l / 2 + a , d + l / 2 ) , c . lineTo ( this . options . labels . boxWidth + l / 2 + a + q , d + l / 2 ) , c . stroke ( ) ) ; a += t + this . options . labels . padding } , this ) ) } } , handleEvent : function ( c ) { var a = e . getRelativePosition ( c , this . chart . chart ) ; if ( a . x >= this . left && a . x <= this . right && a . y >= this . top && a . y <= this . bottom ) for ( var d = 0 ; d < this . legendHitBoxes . length ; ++ d ) { var h = this . legendHitBoxes [ d ] ; if ( a . x >= h . left && a . x <= h . left + h . width &&
a . y >= h . top && a . y <= h . top + h . height ) { this . options . onClick && this . options . onClick . call ( this , c , this . legendItems [ d ] ) ; break } } } } ) } } , { } ] , 29 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . scale = { display : ! 0 , gridLines : { display : ! 0 , color : "rgba(0, 0, 0, 0.1)" , lineWidth : 1 , drawOnChartArea : ! 0 , drawTicks : ! 0 , zeroLineWidth : 1 , zeroLineColor : "rgba(0,0,0,0.25)" , offsetGridLines : ! 1 } , scaleLabel : { labelString : "" , display : ! 1 } , ticks : { beginAtZero : ! 1 , maxRotation : 50 , mirror : ! 1 , padding : 10 , reverse : ! 1 , display : ! 0 , autoSkip : ! 0 ,
autoSkipPadding : 0 , callback : function ( c ) { return "" + c } } } ; f . Scale = f . Element . extend ( { beforeUpdate : function ( ) { e . callCallback ( this . options . beforeUpdate , [ this ] ) } , update : function ( c , a , d ) { this . beforeUpdate ( ) ; this . maxWidth = c ; this . maxHeight = a ; this . margins = e . extend ( { left : 0 , right : 0 , top : 0 , bottom : 0 } , d ) ; this . beforeSetDimensions ( ) ; this . setDimensions ( ) ; this . afterSetDimensions ( ) ; this . beforeDataLimits ( ) ; this . determineDataLimits ( ) ; this . afterDataLimits ( ) ; this . beforeBuildTicks ( ) ; this . buildTicks ( ) ; this . afterBuildTicks ( ) ; this . beforeTickToLabelConversion ( ) ;
this . convertTicksToLabels ( ) ; this . afterTickToLabelConversion ( ) ; this . beforeCalculateTickRotation ( ) ; this . calculateTickRotation ( ) ; this . afterCalculateTickRotation ( ) ; this . beforeFit ( ) ; this . fit ( ) ; this . afterFit ( ) ; this . afterUpdate ( ) ; return this . minSize } , afterUpdate : function ( ) { e . callCallback ( this . options . afterUpdate , [ this ] ) } , beforeSetDimensions : function ( ) { e . callCallback ( this . options . beforeSetDimensions , [ this ] ) } , setDimensions : function ( ) { this . isHorizontal ( ) ? ( this . width = this . maxWidth , this . left = 0 , this . right = this . width ) :
( this . height = this . maxHeight , this . top = 0 , this . bottom = this . height ) ; this . paddingBottom = this . paddingRight = this . paddingTop = this . paddingLeft = 0 } , afterSetDimensions : function ( ) { e . callCallback ( this . options . afterSetDimensions , [ this ] ) } , beforeDataLimits : function ( ) { e . callCallback ( this . options . beforeDataLimits , [ this ] ) } , determineDataLimits : e . noop , afterDataLimits : function ( ) { e . callCallback ( this . options . afterDataLimits , [ this ] ) } , beforeBuildTicks : function ( ) { e . callCallback ( this . options . beforeBuildTicks , [ this ] ) } , buildTicks : e . noop ,
afterBuildTicks : function ( ) { e . callCallback ( this . options . afterBuildTicks , [ this ] ) } , beforeTickToLabelConversion : function ( ) { e . callCallback ( this . options . beforeTickToLabelConversion , [ this ] ) } , convertTicksToLabels : function ( ) { this . ticks = this . ticks . map ( function ( c , a , d ) { return this . options . ticks . userCallback ? this . options . ticks . userCallback ( c , a , d ) : this . options . ticks . callback ( c , a , d ) } , this ) } , afterTickToLabelConversion : function ( ) { e . callCallback ( this . options . afterTickToLabelConversion , [ this ] ) } , beforeCalculateTickRotation : function ( ) { e . callCallback ( this . options . beforeCalculateTickRotation ,
[ this ] ) } , calculateTickRotation : function ( ) { var c = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) , a = e . getValueOrDefault ( this . options . ticks . fontStyle , f . defaults . global . defaultFontStyle ) , d = e . getValueOrDefault ( this . options . ticks . fontFamily , f . defaults . global . defaultFontFamily ) , d = e . fontString ( c , a , d ) ; this . ctx . font = d ; var a = this . ctx . measureText ( this . ticks [ 0 ] ) . width , h = this . ctx . measureText ( this . ticks [ this . ticks . length - 1 ] ) . width , k ; this . paddingLeft = this . paddingRight = this . labelRotation =
0 ; if ( this . options . display && this . isHorizontal ( ) ) { this . paddingRight = h / 2 + 3 ; this . paddingLeft = a / 2 + 3 ; this . longestTextCache || ( this . longestTextCache = { } ) ; k = d = e . longestText ( this . ctx , d , this . ticks , this . longestTextCache ) ; for ( var l , q , h = this . getPixelForTick ( 1 ) - this . getPixelForTick ( 0 ) - 6 ; k > h && this . labelRotation < this . options . ticks . maxRotation ; ) { l = Math . cos ( e . toRadians ( this . labelRotation ) ) ; q = Math . sin ( e . toRadians ( this . labelRotation ) ) ; k = l * a ; k + c / 2 > this . yLabelWidth && ( this . paddingLeft = k + c / 2 ) ; this . paddingRight = c / 2 ; if ( q * d >
this . maxHeight ) { this . labelRotation -- ; break } this . labelRotation ++ ; k = l * d } } this . margins && ( this . paddingLeft = Math . max ( this . paddingLeft - this . margins . left , 0 ) , this . paddingRight = Math . max ( this . paddingRight - this . margins . right , 0 ) ) } , afterCalculateTickRotation : function ( ) { e . callCallback ( this . options . afterCalculateTickRotation , [ this ] ) } , beforeFit : function ( ) { e . callCallback ( this . options . beforeFit , [ this ] ) } , fit : function ( ) { this . minSize = { width : 0 , height : 0 } ; var c = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) ,
a = e . getValueOrDefault ( this . options . ticks . fontStyle , f . defaults . global . defaultFontStyle ) , d = e . getValueOrDefault ( this . options . ticks . fontFamily , f . defaults . global . defaultFontFamily ) , a = e . fontString ( c , a , d ) , d = e . getValueOrDefault ( this . options . scaleLabel . fontSize , f . defaults . global . defaultFontSize ) , h = e . getValueOrDefault ( this . options . scaleLabel . fontStyle , f . defaults . global . defaultFontStyle ) , k = e . getValueOrDefault ( this . options . scaleLabel . fontFamily , f . defaults . global . defaultFontFamily ) ; e . fontString ( d , h , k ) ; this . isHorizontal ( ) ?
this . minSize . width = this . isFullWidth ( ) ? this . maxWidth - this . margins . left - this . margins . right : this . maxWidth : this . minSize . width = this . options . gridLines . display && this . options . display ? 10 : 0 ; this . isHorizontal ( ) ? this . minSize . height = this . options . gridLines . display && this . options . display ? 10 : 0 : this . minSize . height = this . maxHeight ; this . options . scaleLabel . display && ( this . isHorizontal ( ) ? this . minSize . height += 1.5 * d : this . minSize . width += 1.5 * d ) ; this . options . ticks . display && this . options . display && ( this . longestTextCache || ( this . longestTextCache =
{ } ) , d = e . longestText ( this . ctx , a , this . ticks , this . longestTextCache ) , this . isHorizontal ( ) ? ( this . longestLabelWidth = d , d = Math . sin ( e . toRadians ( this . labelRotation ) ) * this . longestLabelWidth + 1.5 * c , this . minSize . height = Math . min ( this . maxHeight , this . minSize . height + d ) , this . ctx . font = a , a = this . ctx . measureText ( this . ticks [ 0 ] ) . width , d = this . ctx . measureText ( this . ticks [ this . ticks . length - 1 ] ) . width , h = Math . cos ( e . toRadians ( this . labelRotation ) ) , k = Math . sin ( e . toRadians ( this . labelRotation ) ) , this . paddingLeft = 0 !== this . labelRotation ?
h * a + 3 : a / 2 + 3 , this . paddingRight = 0 !== this . labelRotation ? c / 2 * k + 3 : d / 2 + 3 ) : ( a = this . maxWidth - this . minSize . width , this . options . ticks . mirror || ( d += this . options . ticks . padding ) , this . minSize . width = d < a ? this . minSize . width + d : this . maxWidth , this . paddingTop = c / 2 , this . paddingBottom = c / 2 ) ) ; this . margins && ( this . paddingLeft = Math . max ( this . paddingLeft - this . margins . left , 0 ) , this . paddingTop = Math . max ( this . paddingTop - this . margins . top , 0 ) , this . paddingRight = Math . max ( this . paddingRight - this . margins . right , 0 ) , this . paddingBottom = Math . max ( this . paddingBottom -
this . margins . bottom , 0 ) ) ; this . width = this . minSize . width ; this . height = this . minSize . height } , afterFit : function ( ) { e . callCallback ( this . options . afterFit , [ this ] ) } , isHorizontal : function ( ) { return "top" === this . options . position || "bottom" === this . options . position } , isFullWidth : function ( ) { return this . options . fullWidth } , getRightValue : function a ( d ) { return null === d || "undefined" === typeof d || "number" === typeof d && isNaN ( d ) ? NaN : "object" !== typeof d || d instanceof Date ? d : a ( this . isHorizontal ( ) ? d . x : d . y ) } , getLabelForIndex : e . noop ,
getPixelForValue : e . noop , getPixelForTick : function ( a , d ) { if ( this . isHorizontal ( ) ) { var e = ( this . width - ( this . paddingLeft + this . paddingRight ) ) / Math . max ( this . ticks . length - ( this . options . gridLines . offsetGridLines ? 0 : 1 ) , 1 ) , k = e * a + this . paddingLeft ; d && ( k += e / 2 ) ; e = this . left + Math . round ( k ) ; return e += this . isFullWidth ( ) ? this . margins . left : 0 } return this . top + ( this . height - ( this . paddingTop + this . paddingBottom ) ) / ( this . ticks . length - 1 ) * a } , getPixelForDecimal : function ( a ) { return this . isHorizontal ( ) ? ( a = this . left + Math . round ( ( this . width -
( this . paddingLeft + this . paddingRight ) ) * a + this . paddingLeft ) , a += this . isFullWidth ( ) ? this . margins . left : 0 ) : this . top + a * this . height } , draw : function ( a ) { if ( this . options . display ) { var d , h = 0 !== this . labelRotation , k , l , q ; l = this . options . ticks . autoSkip ; this . options . ticks . maxTicksLimit && ( q = this . options . ticks . maxTicksLimit ) ; var m = e . getValueOrDefault ( this . options . ticks . fontColor , f . defaults . global . defaultFontColor ) , n = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) , p = e . getValueOrDefault ( this . options . ticks . fontStyle ,
f . defaults . global . defaultFontStyle ) , u = e . getValueOrDefault ( this . options . ticks . fontFamily , f . defaults . global . defaultFontFamily ) , E = e . fontString ( n , p , u ) , n = e . getValueOrDefault ( this . options . scaleLabel . fontColor , f . defaults . global . defaultFontColor ) , p = e . getValueOrDefault ( this . options . scaleLabel . fontSize , f . defaults . global . defaultFontSize ) , u = e . getValueOrDefault ( this . options . scaleLabel . fontStyle , f . defaults . global . defaultFontStyle ) , v = e . getValueOrDefault ( this . options . scaleLabel . fontFamily , f . defaults . global . defaultFontFamily ) ,
u = e . fontString ( p , u , v ) , v = Math . cos ( e . toRadians ( this . labelRotation ) ) ; e . toRadians ( this . labelRotation ) ; v *= this . longestLabelWidth ; this . ctx . fillStyle = m ; if ( this . isHorizontal ( ) ) { d = ! 0 ; var A = "bottom" === this . options . position ? this . top : this . bottom - 10 , F = "bottom" === this . options . position ? this . top + 10 : this . bottom ; k = ! 1 ; ( v / 2 + this . options . ticks . autoSkipPadding ) * this . ticks . length > this . width - ( this . paddingLeft + this . paddingRight ) && ( k = 1 + Math . floor ( ( v / 2 + this . options . ticks . autoSkipPadding ) * this . ticks . length / ( this . width - ( this . paddingLeft +
this . paddingRight ) ) ) ) ; if ( q && this . ticks . length > q ) for ( ; ! k || this . ticks . length / ( k || 1 ) > q ; ) k || ( k = 1 ) , k += 1 ; l || ( k = ! 1 ) ; e . each ( this . ticks , function ( f , l ) { var q = this . ticks . length === l + 1 ; if ( ( ! ( 1 < k && 0 < l % k || 0 === l % k && l + k > this . ticks . length ) || q ) && void 0 !== f && null !== f ) { var q = this . getPixelForTick ( l ) , m = this . getPixelForTick ( l , this . options . gridLines . offsetGridLines ) ; this . options . gridLines . display && ( l === ( "undefined" !== typeof this . zeroLineIndex ? this . zeroLineIndex : 0 ) ? ( this . ctx . lineWidth = this . options . gridLines . zeroLineWidth , this . ctx . strokeStyle =
this . options . gridLines . zeroLineColor , d = ! 0 ) : d && ( this . ctx . lineWidth = this . options . gridLines . lineWidth , this . ctx . strokeStyle = this . options . gridLines . color , d = ! 1 ) , q += e . aliasPixel ( this . ctx . lineWidth ) , this . ctx . beginPath ( ) , this . options . gridLines . drawTicks && ( this . ctx . moveTo ( q , A ) , this . ctx . lineTo ( q , F ) ) , this . options . gridLines . drawOnChartArea && ( this . ctx . moveTo ( q , a . top ) , this . ctx . lineTo ( q , a . bottom ) ) , this . ctx . stroke ( ) ) ; this . options . ticks . display && ( this . ctx . save ( ) , this . ctx . translate ( m , h ? this . top + 12 : "top" === this . options . position ?
this . bottom - 10 : this . top + 10 ) , this . ctx . rotate ( - 1 * e . toRadians ( this . labelRotation ) ) , this . ctx . font = E , this . ctx . textAlign = h ? "right" : "center" , this . ctx . textBaseline = h ? "middle" : "top" === this . options . position ? "bottom" : "top" , this . ctx . fillText ( f , 0 , 0 ) , this . ctx . restore ( ) ) } } , this ) ; this . options . scaleLabel . display && ( this . ctx . textAlign = "center" , this . ctx . textBaseline = "middle" , this . ctx . fillStyle = n , this . ctx . font = u , l = this . left + ( this . right - this . left ) / 2 , q = "bottom" === this . options . position ? this . bottom - p / 2 : this . top + p / 2 , this . ctx . fillText ( this . options . scaleLabel . labelString ,
l , q ) ) } else { d = ! 0 ; var z = "right" === this . options . position ? this . left : this . right - 5 , I = "right" === this . options . position ? this . left + 5 : this . right ; e . each ( this . ticks , function ( h , k ) { if ( void 0 !== h && null !== h ) { var f = this . getPixelForTick ( k ) ; this . options . gridLines . display && ( k === ( "undefined" !== typeof this . zeroLineIndex ? this . zeroLineIndex : 0 ) ? ( this . ctx . lineWidth = this . options . gridLines . zeroLineWidth , this . ctx . strokeStyle = this . options . gridLines . zeroLineColor , d = ! 0 ) : d && ( this . ctx . lineWidth = this . options . gridLines . lineWidth , this . ctx . strokeStyle =
this . options . gridLines . color , d = ! 1 ) , f += e . aliasPixel ( this . ctx . lineWidth ) , this . ctx . beginPath ( ) , this . options . gridLines . drawTicks && ( this . ctx . moveTo ( z , f ) , this . ctx . lineTo ( I , f ) ) , this . options . gridLines . drawOnChartArea && ( this . ctx . moveTo ( a . left , f ) , this . ctx . lineTo ( a . right , f ) ) , this . ctx . stroke ( ) ) ; if ( this . options . ticks . display ) { var l = this . getPixelForTick ( k , this . options . gridLines . offsetGridLines ) ; this . ctx . save ( ) ; "left" === this . options . position ? this . options . ticks . mirror ? ( f = this . right + this . options . ticks . padding , this . ctx . textAlign =
"left" ) : ( f = this . right - this . options . ticks . padding , this . ctx . textAlign = "right" ) : this . options . ticks . mirror ? ( f = this . left - this . options . ticks . padding , this . ctx . textAlign = "right" ) : ( f = this . left + this . options . ticks . padding , this . ctx . textAlign = "left" ) ; this . ctx . translate ( f , l ) ; this . ctx . rotate ( - 1 * e . toRadians ( this . labelRotation ) ) ; this . ctx . font = E ; this . ctx . textBaseline = "middle" ; this . ctx . fillText ( h , 0 , 0 ) ; this . ctx . restore ( ) } } } , this ) ; this . options . scaleLabel . display && ( l = "left" === this . options . position ? this . left + p / 2 : this . right -
p / 2 , q = this . top + ( this . bottom - this . top ) / 2 , m = "left" === this . options . position ? - . 5 * Math . PI : . 5 * Math . PI , this . ctx . save ( ) , this . ctx . translate ( l , q ) , this . ctx . rotate ( m ) , this . ctx . textAlign = "center" , this . ctx . fillStyle = n , this . ctx . font = u , this . ctx . textBaseline = "middle" , this . ctx . fillText ( this . options . scaleLabel . labelString , 0 , 0 ) , this . ctx . restore ( ) ) } this . ctx . lineWidth = this . options . gridLines . lineWidth ; this . ctx . strokeStyle = this . options . gridLines . color ; l = this . left ; q = this . right ; m = this . top ; n = this . bottom ; this . isHorizontal ( ) ?
( m = n = "top" === this . options . position ? this . bottom : this . top , m += e . aliasPixel ( this . ctx . lineWidth ) , n += e . aliasPixel ( this . ctx . lineWidth ) ) : ( l = q = "left" === this . options . position ? this . right : this . left , l += e . aliasPixel ( this . ctx . lineWidth ) , q += e . aliasPixel ( this . ctx . lineWidth ) ) ; this . ctx . beginPath ( ) ; this . ctx . moveTo ( l , m ) ; this . ctx . lineTo ( q , n ) ; this . ctx . stroke ( ) } } } ) } } , { } ] , 30 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . scaleService = { constructors : { } , defaults : { } , registerScaleType : function ( c , a , d ) { this . constructors [ c ] =
a ; this . defaults [ c ] = e . clone ( d ) } , getScaleConstructor : function ( c ) { return this . constructors . hasOwnProperty ( c ) ? this . constructors [ c ] : void 0 } , getScaleDefaults : function ( c ) { return this . defaults . hasOwnProperty ( c ) ? e . scaleMerge ( f . defaults . scale , this . defaults [ c ] ) : { } } , addScalesToLayout : function ( c ) { e . each ( c . scales , function ( a ) { f . layoutService . addBox ( c , a ) } ) } } } } , { } ] , 31 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . global . title = { display : ! 1 , position : "top" , fullWidth : ! 0 , fontStyle : "bold" , padding : 10 ,
text : "" } ; f . Title = f . Element . extend ( { initialize : function ( c ) { e . extend ( this , c ) ; this . options = e . configMerge ( f . defaults . global . title , c . options ) ; this . legendHitBoxes = [ ] } , beforeUpdate : e . noop , update : function ( c , a , d ) { this . beforeUpdate ( ) ; this . maxWidth = c ; this . maxHeight = a ; this . margins = d ; this . beforeSetDimensions ( ) ; this . setDimensions ( ) ; this . afterSetDimensions ( ) ; this . beforeBuildLabels ( ) ; this . buildLabels ( ) ; this . afterBuildLabels ( ) ; this . beforeFit ( ) ; this . fit ( ) ; this . afterFit ( ) ; this . afterUpdate ( ) ; return this . minSize } , afterUpdate : e . noop ,
beforeSetDimensions : e . noop , setDimensions : function ( ) { this . isHorizontal ( ) ? ( this . width = this . maxWidth , this . left = 0 , this . right = this . width ) : ( this . height = this . maxHeight , this . top = 0 , this . bottom = this . height ) ; this . paddingBottom = this . paddingRight = this . paddingTop = this . paddingLeft = 0 ; this . minSize = { width : 0 , height : 0 } } , afterSetDimensions : e . noop , beforeBuildLabels : e . noop , buildLabels : e . noop , afterBuildLabels : e . noop , beforeFit : e . noop , fit : function ( ) { var c = e . getValueOrDefault ( this . options . fontSize , f . defaults . global . defaultFontSize ) ,
a = e . getValueOrDefault ( this . options . fontStyle , f . defaults . global . defaultFontStyle ) , d = e . getValueOrDefault ( this . options . fontFamily , f . defaults . global . defaultFontFamily ) ; e . fontString ( c , a , d ) ; this . isHorizontal ( ) ? this . minSize . width = this . maxWidth : this . minSize . width = 0 ; this . isHorizontal ( ) ? this . minSize . height = 0 : this . minSize . height = this . maxHeight ; this . isHorizontal ( ) ? this . options . display && ( this . minSize . height += c + 2 * this . options . padding ) : this . options . display && ( this . minSize . width += c + 2 * this . options . padding ) ; this . width =
this . minSize . width ; this . height = this . minSize . height } , afterFit : e . noop , isHorizontal : function ( ) { return "top" === this . options . position || "bottom" === this . options . position } , draw : function ( ) { if ( this . options . display ) { var c = this . ctx , a , d ; a = e . getValueOrDefault ( this . options . fontColor , f . defaults . global . defaultFontColor ) ; d = e . getValueOrDefault ( this . options . fontSize , f . defaults . global . defaultFontSize ) ; var h = e . getValueOrDefault ( this . options . fontStyle , f . defaults . global . defaultFontStyle ) , k = e . getValueOrDefault ( this . options . fontFamily ,
f . defaults . global . defaultFontFamily ) , h = e . fontString ( d , h , k ) ; c . fillStyle = a ; c . font = h ; this . isHorizontal ( ) ? ( c . textAlign = "center" , c . textBaseline = "middle" , a = this . left + ( this . right - this . left ) / 2 , d = this . top + ( this . bottom - this . top ) / 2 , c . fillText ( this . options . text , a , d ) ) : ( a = "left" === this . options . position ? this . left + d / 2 : this . right - d / 2 , d = this . top + ( this . bottom - this . top ) / 2 , h = "left" === this . options . position ? - . 5 * Math . PI : . 5 * Math . PI , c . save ( ) , c . translate ( a , d ) , c . rotate ( h ) , c . textAlign = "center" , c . textBaseline = "middle" , c . fillText ( this . options . text ,
0 , 0 ) , c . restore ( ) ) } } } ) } } , { } ] , 32 : [ function ( p , m , n ) { m . exports = function ( f ) { function e ( a , d ) { d && ( c . isArray ( d ) ? a = a . concat ( d ) : a . push ( d ) ) ; return a } var c = f . helpers ; f . defaults . global . tooltips = { enabled : ! 0 , custom : null , mode : "single" , backgroundColor : "rgba(0,0,0,0.8)" , titleFontStyle : "bold" , titleSpacing : 2 , titleMarginBottom : 6 , titleColor : "#fff" , titleAlign : "left" , bodySpacing : 2 , bodyColor : "#fff" , bodyAlign : "left" , footerFontStyle : "bold" , footerSpacing : 2 , footerMarginTop : 6 , footerColor : "#fff" , footerAlign : "left" , yPadding : 6 , xPadding : 6 ,
yAlign : "center" , xAlign : "center" , caretSize : 5 , cornerRadius : 6 , multiKeyBackground : "#fff" , callbacks : { beforeTitle : c . noop , title : function ( a , c ) { var e = "" ; 0 < a . length && ( a [ 0 ] . xLabel ? e = a [ 0 ] . xLabel : 0 < c . labels . length && a [ 0 ] . index < c . labels . length && ( e = c . labels [ a [ 0 ] . index ] ) ) ; return e } , afterTitle : c . noop , beforeBody : c . noop , beforeLabel : c . noop , label : function ( a , c ) { return ( c . datasets [ a . datasetIndex ] . label || "" ) + ": " + a . yLabel } , afterLabel : c . noop , afterBody : c . noop , beforeFooter : c . noop , footer : c . noop , afterFooter : c . noop } } ; f . Tooltip =
f . Element . extend ( { initialize : function ( ) { var a = this . _options ; c . extend ( this , { _model : { xPadding : a . tooltips . xPadding , yPadding : a . tooltips . yPadding , xAlign : a . tooltips . yAlign , yAlign : a . tooltips . xAlign , bodyColor : a . tooltips . bodyColor , _bodyFontFamily : c . getValueOrDefault ( a . tooltips . bodyFontFamily , f . defaults . global . defaultFontFamily ) , _bodyFontStyle : c . getValueOrDefault ( a . tooltips . bodyFontStyle , f . defaults . global . defaultFontStyle ) , _bodyAlign : a . tooltips . bodyAlign , bodyFontSize : c . getValueOrDefault ( a . tooltips . bodyFontSize ,
f . defaults . global . defaultFontSize ) , bodySpacing : a . tooltips . bodySpacing , titleColor : a . tooltips . titleColor , _titleFontFamily : c . getValueOrDefault ( a . tooltips . titleFontFamily , f . defaults . global . defaultFontFamily ) , _titleFontStyle : c . getValueOrDefault ( a . tooltips . titleFontStyle , f . defaults . global . defaultFontStyle ) , titleFontSize : c . getValueOrDefault ( a . tooltips . titleFontSize , f . defaults . global . defaultFontSize ) , _titleAlign : a . tooltips . titleAlign , titleSpacing : a . tooltips . titleSpacing , titleMarginBottom : a . tooltips . titleMarginBottom ,
footerColor : a . tooltips . footerColor , _footerFontFamily : c . getValueOrDefault ( a . tooltips . footerFontFamily , f . defaults . global . defaultFontFamily ) , _footerFontStyle : c . getValueOrDefault ( a . tooltips . footerFontStyle , f . defaults . global . defaultFontStyle ) , footerFontSize : c . getValueOrDefault ( a . tooltips . footerFontSize , f . defaults . global . defaultFontSize ) , _footerAlign : a . tooltips . footerAlign , footerSpacing : a . tooltips . footerSpacing , footerMarginTop : a . tooltips . footerMarginTop , caretSize : a . tooltips . caretSize , cornerRadius : a . tooltips . cornerRadius ,
backgroundColor : a . tooltips . backgroundColor , opacity : 0 , legendColorBackground : a . tooltips . multiKeyBackground } } ) } , getTitle : function ( ) { var a = this . _options . tooltips . callbacks . beforeTitle . apply ( this , arguments ) , c = this . _options . tooltips . callbacks . title . apply ( this , arguments ) , h = this . _options . tooltips . callbacks . afterTitle . apply ( this , arguments ) , k = [ ] , k = e ( k , a ) , k = e ( k , c ) ; return k = e ( k , h ) } , getBeforeBody : function ( ) { var a = this . _options . tooltips . callbacks . beforeBody . apply ( this , arguments ) ; return c . isArray ( a ) ? a : void 0 !==
a ? [ a ] : [ ] } , getBody : function ( a , d ) { var e = [ ] ; c . each ( a , function ( a ) { c . pushAllIfDefined ( this . _options . tooltips . callbacks . beforeLabel . call ( this , a , d ) , e ) ; c . pushAllIfDefined ( this . _options . tooltips . callbacks . label . call ( this , a , d ) , e ) ; c . pushAllIfDefined ( this . _options . tooltips . callbacks . afterLabel . call ( this , a , d ) , e ) } , this ) ; return e } , getAfterBody : function ( ) { var a = this . _options . tooltips . callbacks . afterBody . apply ( this , arguments ) ; return c . isArray ( a ) ? a : void 0 !== a ? [ a ] : [ ] } , getFooter : function ( ) { var a = this . _options . tooltips . callbacks . beforeFooter . apply ( this ,
arguments ) , c = this . _options . tooltips . callbacks . footer . apply ( this , arguments ) , h = this . _options . tooltips . callbacks . afterFooter . apply ( this , arguments ) , k = [ ] , k = e ( k , a ) , k = e ( k , c ) ; return k = e ( k , h ) } , getAveragePosition : function ( a ) { if ( ! a . length ) return ! 1 ; var d = [ ] , e = [ ] ; c . each ( a , function ( a ) { a && ( a = a . tooltipPosition ( ) , d . push ( a . x ) , e . push ( a . y ) ) } ) ; for ( var k = a = 0 , f = 0 ; f < d . length ; f ++ ) a += d [ f ] , k += e [ f ] ; return { x : Math . round ( a / d . length ) , y : Math . round ( k / d . length ) } } , update : function ( a ) { if ( this . _active . length ) { this . _model . opacity = 1 ; var d =
this . _active [ 0 ] , e = [ ] , k , f = [ ] ; "single" === this . _options . tooltips . mode ? ( k = d . _yScale || d . _scale , f . push ( { xLabel : d . _xScale ? d . _xScale . getLabelForIndex ( d . _index , d . _datasetIndex ) : "" , yLabel : k ? k . getLabelForIndex ( d . _index , d . _datasetIndex ) : "" , index : d . _index , datasetIndex : d . _datasetIndex } ) , k = this . getAveragePosition ( this . _active ) ) : ( c . each ( this . _data . datasets , function ( a , e ) { if ( c . isDatasetVisible ( a ) ) { var h = a . metaData [ d . _index ] ; if ( h ) { var k = d . _yScale || d . _scale ; f . push ( { xLabel : h . _xScale ? h . _xScale . getLabelForIndex ( h . _index ,
h . _datasetIndex ) : "" , yLabel : k ? k . getLabelForIndex ( h . _index , h . _datasetIndex ) : "" , index : d . _index , datasetIndex : e } ) } } } , null , d . _yScale . options . stacked ) , c . each ( this . _active , function ( a ) { a && e . push ( { borderColor : a . _view . borderColor , backgroundColor : a . _view . backgroundColor } ) } , null , d . _yScale . options . stacked ) , k = this . getAveragePosition ( this . _active ) , k . y = this . _active [ 0 ] . _yScale . getPixelForDecimal ( . 5 ) ) ; c . extend ( this . _model , { title : this . getTitle ( f , this . _data ) , beforeBody : this . getBeforeBody ( f , this . _data ) , body : this . getBody ( f ,
this . _data ) , afterBody : this . getAfterBody ( f , this . _data ) , footer : this . getFooter ( f , this . _data ) } ) ; c . extend ( this . _model , { x : Math . round ( k . x ) , y : Math . round ( k . y ) , caretPadding : c . getValueOrDefault ( k . padding , 2 ) , labelColors : e } ) ; k = this . getTooltipSize ( this . _model ) ; this . determineAlignment ( k ) ; c . extend ( this . _model , this . getBackgroundPoint ( this . _model , k ) ) } else this . _model . opacity = 0 ; a && this . _options . tooltips . custom && this . _options . tooltips . custom . call ( this , this . _model ) ; return this } , getTooltipSize : function ( a ) { var d = this . _chart . ctx ,
e = { height : 2 * a . yPadding , width : 0 } , k = a . body . length + a . beforeBody . length + a . afterBody . length ; e . height += a . title . length * a . titleFontSize ; e . height += ( a . title . length - 1 ) * a . titleSpacing ; e . height += a . title . length ? a . titleMarginBottom : 0 ; e . height += k * a . bodyFontSize ; e . height += k ? ( k - 1 ) * a . bodySpacing : 0 ; e . height += a . footer . length ? a . footerMarginTop : 0 ; e . height += a . footer . length * a . footerFontSize ; e . height += a . footer . length ? ( a . footer . length - 1 ) * a . footerSpacing : 0 ; d . font = c . fontString ( a . titleFontSize , a . _titleFontStyle , a . _titleFontFamily ) ;
c . each ( a . title , function ( a ) { e . width = Math . max ( e . width , d . measureText ( a ) . width ) } ) ; d . font = c . fontString ( a . bodyFontSize , a . _bodyFontStyle , a . _bodyFontFamily ) ; c . each ( a . beforeBody . concat ( a . afterBody ) , function ( a ) { e . width = Math . max ( e . width , d . measureText ( a ) . width ) } ) ; c . each ( a . body , function ( c ) { e . width = Math . max ( e . width , d . measureText ( c ) . width + ( "single" !== this . _options . tooltips . mode ? a . bodyFontSize + 2 : 0 ) ) } , this ) ; d . font = c . fontString ( a . footerFontSize , a . _footerFontStyle , a . _footerFontFamily ) ; c . each ( a . footer , function ( a ) { e . width =
Math . max ( e . width , d . measureText ( a ) . width ) } ) ; e . width += 2 * a . xPadding ; return e } , determineAlignment : function ( a ) { this . _model . y < a . height ? this . _model . yAlign = "top" : this . _model . y > this . _chart . height - a . height && ( this . _model . yAlign = "bottom" ) ; var c , e , k , f , q , m = this , n = ( this . _chartInstance . chartArea . left + this . _chartInstance . chartArea . right ) / 2 , p = ( this . _chartInstance . chartArea . top + this . _chartInstance . chartArea . bottom ) / 2 ; "center" === this . _model . yAlign ? ( c = function ( a ) { return a <= n } , e = function ( a ) { return a > n } ) : ( c = function ( c ) { return c <=
a . width / 2 } , e = function ( c ) { return c >= m . _chart . width - a . width / 2 } ) ; k = function ( c ) { return c + a . width > m . _chart . width } ; f = function ( c ) { return 0 > c - a . width } ; q = function ( a ) { return a <= p ? "top" : "bottom" } ; c ( this . _model . x ) ? ( this . _model . xAlign = "left" , k ( this . _model . x ) && ( this . _model . xAlign = "center" , this . _model . yAlign = q ( this . _model . y ) ) ) : e ( this . _model . x ) && ( this . _model . xAlign = "right" , f ( this . _model . x ) && ( this . _model . xAlign = "center" , this . _model . yAlign = q ( this . _model . y ) ) ) } , getBackgroundPoint : function ( a , c ) { var e = { x : a . x , y : a . y } ; "right" ===
a . xAlign ? e . x -= c . width : "center" === a . xAlign && ( e . x -= c . width / 2 ) ; e . y = "top" === a . yAlign ? e . y + ( a . caretPadding + a . caretSize ) : "bottom" === a . yAlign ? e . y - ( c . height + a . caretPadding + a . caretSize ) : e . y - c . height / 2 ; "center" === a . yAlign ? "left" === a . xAlign ? e . x += a . caretPadding + a . caretSize : "right" === a . xAlign && ( e . x -= a . caretPadding + a . caretSize ) : "left" === a . xAlign ? e . x -= a . cornerRadius + a . caretPadding : "right" === a . xAlign && ( e . x += a . cornerRadius + a . caretPadding ) ; return e } , drawCaret : function ( a , d , e , k ) { var f = this . _view ; k = this . _chart . ctx ; var q ,
m , n , p ; "center" === f . yAlign ? ( "left" === f . xAlign ? ( q = a . x , m = q - f . caretSize ) : ( q = a . x + d . width , m = q + f . caretSize ) , n = q , d = a . y + d . height / 2 , a = d - f . caretSize , p = d + f . caretSize ) : ( "left" === f . xAlign ? ( q = a . x + f . cornerRadius , m = q + f . caretSize , n = m + f . caretSize ) : "right" === f . xAlign ? ( q = a . x + d . width - f . cornerRadius , m = q - f . caretSize , n = m - f . caretSize ) : ( m = a . x + d . width / 2 , q = m - f . caretSize , n = m + f . caretSize ) , "top" === f . yAlign ? ( a = a . y , d = a - f . caretSize ) : ( a = a . y + d . height , d = a + f . caretSize ) , p = a ) ; f = c . color ( f . backgroundColor ) ; k . fillStyle = f . alpha ( e * f . alpha ( ) ) . rgbString ( ) ;
k . beginPath ( ) ; k . moveTo ( q , a ) ; k . lineTo ( m , d ) ; k . lineTo ( n , p ) ; k . closePath ( ) ; k . fill ( ) } , drawTitle : function ( a , d , e , k ) { if ( d . title . length ) { e . textAlign = d . _titleAlign ; e . textBaseline = "top" ; var f = c . color ( d . titleColor ) ; e . fillStyle = f . alpha ( k * f . alpha ( ) ) . rgbString ( ) ; e . font = c . fontString ( d . titleFontSize , d . _titleFontStyle , d . _titleFontFamily ) ; c . each ( d . title , function ( c , k ) { e . fillText ( c , a . x , a . y ) ; a . y += d . titleFontSize + d . titleSpacing ; k + 1 === d . title . length && ( a . y += d . titleMarginBottom - d . titleSpacing ) } ) } } , drawBody : function ( a , d , e , k ) { e . textAlign =
d . _bodyAlign ; e . textBaseline = "top" ; var f = c . color ( d . bodyColor ) ; e . fillStyle = f . alpha ( k * f . alpha ( ) ) . rgbString ( ) ; e . font = c . fontString ( d . bodyFontSize , d . _bodyFontStyle , d . _bodyFontFamily ) ; c . each ( d . beforeBody , function ( c ) { e . fillText ( c , a . x , a . y ) ; a . y += d . bodyFontSize + d . bodySpacing } ) ; c . each ( d . body , function ( f , l ) { "single" !== this . _options . tooltips . mode && ( e . fillStyle = c . color ( d . legendColorBackground ) . alpha ( k ) . rgbaString ( ) , e . fillRect ( a . x , a . y , d . bodyFontSize , d . bodyFontSize ) , e . strokeStyle = c . color ( d . labelColors [ l ] . borderColor ) . alpha ( k ) . rgbaString ( ) ,
e . strokeRect ( a . x , a . y , d . bodyFontSize , d . bodyFontSize ) , e . fillStyle = c . color ( d . labelColors [ l ] . backgroundColor ) . alpha ( k ) . rgbaString ( ) , e . fillRect ( a . x + 1 , a . y + 1 , d . bodyFontSize - 2 , d . bodyFontSize - 2 ) , e . fillStyle = c . color ( d . bodyColor ) . alpha ( k ) . rgbaString ( ) ) ; e . fillText ( f , a . x + ( "single" !== this . _options . tooltips . mode ? d . bodyFontSize + 2 : 0 ) , a . y ) ; a . y += d . bodyFontSize + d . bodySpacing } , this ) ; c . each ( d . afterBody , function ( c ) { e . fillText ( c , a . x , a . y ) ; a . y += d . bodyFontSize } ) ; a . y -= d . bodySpacing } , drawFooter : function ( a , d , e , k ) { if ( d . footer . length ) { a . y +=
d . footerMarginTop ; e . textAlign = d . _footerAlign ; e . textBaseline = "top" ; var f = c . color ( d . footerColor ) ; e . fillStyle = f . alpha ( k * f . alpha ( ) ) . rgbString ( ) ; e . font = c . fontString ( d . footerFontSize , d . _footerFontStyle , d . _footerFontFamily ) ; c . each ( d . footer , function ( c ) { e . fillText ( c , a . x , a . y ) ; a . y += d . footerFontSize + d . footerSpacing } ) } } , draw : function ( ) { var a = this . _chart . ctx , d = this . _view ; if ( 0 !== d . opacity ) { var e = d . caretPadding , k = this . getTooltipSize ( d ) , f = { x : d . x , y : d . y } , q = Math . abs ( . 001 > d . opacity ) ? 0 : d . opacity ; if ( this . _options . tooltips . enabled ) { var m =
c . color ( d . backgroundColor ) ; a . fillStyle = m . alpha ( q * m . alpha ( ) ) . rgbString ( ) ; c . drawRoundedRectangle ( a , f . x , f . y , k . width , k . height , d . cornerRadius ) ; a . fill ( ) ; this . drawCaret ( f , k , q , e ) ; f . x += d . xPadding ; f . y += d . yPadding ; this . drawTitle ( f , d , a , q ) ; this . drawBody ( f , d , a , q ) ; this . drawFooter ( f , d , a , q ) } } } } ) } } , { } ] , 33 : [ function ( p , m , n ) { m . exports = function ( f , e ) { var c = f . helpers ; f . defaults . global . elements . arc = { backgroundColor : f . defaults . global . defaultColor , borderColor : "#fff" , borderWidth : 2 } ; f . elements . Arc = f . Element . extend ( { inLabelRange : function ( a ) { var c =
this . _view ; return c ? Math . pow ( a - c . x , 2 ) < Math . pow ( c . radius + c . hoverRadius , 2 ) : ! 1 } , inRange : function ( a , d ) { var e = this . _view ; if ( e ) { for ( var f = c . getAngleFromPoint ( e , { x : a , y : d } ) , l = e . startAngle , q = e . endAngle ; q < l ; ) q += 2 * Math . PI ; for ( ; f . angle > q ; ) f . angle -= 2 * Math . PI ; for ( ; f . angle < l ; ) f . angle += 2 * Math . PI ; e = f . distance >= e . innerRadius && f . distance <= e . outerRadius ; return f . angle >= l && f . angle <= q && e } return ! 1 } , tooltipPosition : function ( ) { var a = this . _view , c = a . startAngle + ( a . endAngle - a . startAngle ) / 2 , e = ( a . outerRadius - a . innerRadius ) / 2 + a . innerRadius ;
return { x : a . x + Math . cos ( c ) * e , y : a . y + Math . sin ( c ) * e } } , draw : function ( ) { var a = this . _chart . ctx , c = this . _view ; a . beginPath ( ) ; a . arc ( c . x , c . y , c . outerRadius , c . startAngle , c . endAngle ) ; a . arc ( c . x , c . y , c . innerRadius , c . endAngle , c . startAngle , ! 0 ) ; a . closePath ( ) ; a . strokeStyle = c . borderColor ; a . lineWidth = c . borderWidth ; a . fillStyle = c . backgroundColor ; a . fill ( ) ; a . lineJoin = "bevel" ; c . borderWidth && a . stroke ( ) } } ) } } , { } ] , 34 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers ; f . defaults . global . elements . line = { tension : . 4 , backgroundColor : f . defaults . global . defaultColor ,
borderWidth : 3 , borderColor : f . defaults . global . defaultColor , borderCapStyle : "butt" , borderDash : [ ] , borderDashOffset : 0 , borderJoinStyle : "miter" , fill : ! 0 } ; f . elements . Line = f . Element . extend ( { lineToNextPoint : function ( c , a , d , e , f ) { var l = this . _chart . ctx ; a . _view . skip ? e . call ( this , c , a , d ) : c . _view . skip ? f . call ( this , c , a , d ) : 0 === a . _view . tension ? l . lineTo ( a . _view . x , a . _view . y ) : l . bezierCurveTo ( c . _view . controlPointNextX , c . _view . controlPointNextY , a . _view . controlPointPreviousX , a . _view . controlPointPreviousY , a . _view . x , a . _view . y ) } ,
draw : function ( ) { function c ( c ) { k . _view . skip || l . _view . skip ? c && h . lineTo ( a . _view . scaleZero . x , a . _view . scaleZero . y ) : h . bezierCurveTo ( l . _view . controlPointNextX , l . _view . controlPointNextY , k . _view . controlPointPreviousX , k . _view . controlPointPreviousY , k . _view . x , k . _view . y ) } var a = this , d = this . _view , h = this . _chart . ctx , k = this . _children [ 0 ] , l = this . _children [ this . _children . length - 1 ] ; h . save ( ) ; 0 < this . _children . length && d . fill && ( h . beginPath ( ) , e . each ( this . _children , function ( a , c ) { var f = e . previousItem ( this . _children , c ) , k = e . nextItem ( this . _children ,
c ) ; 0 === c ? ( this . _loop ? h . moveTo ( d . scaleZero . x , d . scaleZero . y ) : h . moveTo ( a . _view . x , d . scaleZero ) , a . _view . skip ? this . _loop || h . moveTo ( k . _view . x , this . _view . scaleZero ) : h . lineTo ( a . _view . x , a . _view . y ) ) : this . lineToNextPoint ( f , a , k , function ( a , c , d ) { this . _loop ? h . lineTo ( this . _view . scaleZero . x , this . _view . scaleZero . y ) : ( h . lineTo ( a . _view . x , this . _view . scaleZero ) , h . moveTo ( d . _view . x , this . _view . scaleZero ) ) } , function ( a , c ) { h . lineTo ( c . _view . x , c . _view . y ) } ) } , this ) , this . _loop ? c ( ! 0 ) : ( h . lineTo ( this . _children [ this . _children . length - 1 ] . _view . x ,
d . scaleZero ) , h . lineTo ( this . _children [ 0 ] . _view . x , d . scaleZero ) ) , h . fillStyle = d . backgroundColor || f . defaults . global . defaultColor , h . closePath ( ) , h . fill ( ) ) ; h . lineCap = d . borderCapStyle || f . defaults . global . elements . line . borderCapStyle ; h . setLineDash && h . setLineDash ( d . borderDash || f . defaults . global . elements . line . borderDash ) ; h . lineDashOffset = d . borderDashOffset || f . defaults . global . elements . line . borderDashOffset ; h . lineJoin = d . borderJoinStyle || f . defaults . global . elements . line . borderJoinStyle ; h . lineWidth = d . borderWidth ||
f . defaults . global . elements . line . borderWidth ; h . strokeStyle = d . borderColor || f . defaults . global . defaultColor ; h . beginPath ( ) ; e . each ( this . _children , function ( a , c ) { var d = e . previousItem ( this . _children , c ) , f = e . nextItem ( this . _children , c ) ; 0 === c ? h . moveTo ( a . _view . x , a . _view . y ) : this . lineToNextPoint ( d , a , f , function ( a , c , d ) { h . moveTo ( d . _view . x , d . _view . y ) } , function ( a , c ) { h . moveTo ( c . _view . x , c . _view . y ) } ) } , this ) ; this . _loop && 0 < this . _children . length && c ( ) ; h . stroke ( ) ; h . restore ( ) } } ) } } , { } ] , 35 : [ function ( p , m , n ) { m . exports = function ( f ) { var e =
f . helpers ; f . defaults . global . elements . point = { radius : 3 , pointStyle : "circle" , backgroundColor : f . defaults . global . defaultColor , borderWidth : 1 , borderColor : f . defaults . global . defaultColor , hitRadius : 1 , hoverRadius : 4 , hoverBorderWidth : 1 } ; f . elements . Point = f . Element . extend ( { inRange : function ( c , a ) { var d = this . _view ; return d ? Math . pow ( c - d . x , 2 ) + Math . pow ( a - d . y , 2 ) < Math . pow ( d . hitRadius + d . radius , 2 ) : ! 1 } , inLabelRange : function ( c ) { var a = this . _view ; return a ? Math . pow ( c - a . x , 2 ) < Math . pow ( a . radius + a . hitRadius , 2 ) : ! 1 } , tooltipPosition : function ( ) { var c =
this . _view ; return { x : c . x , y : c . y , padding : c . radius + c . borderWidth } } , draw : function ( ) { var c = this . _view , a = this . _chart . ctx ; if ( ! c . skip ) if ( "object" === typeof c . pointStyle && ( "[object HTMLImageElement]" === c . pointStyle . toString ( ) || "[object HTMLCanvasElement]" === c . pointStyle . toString ( ) ) ) a . drawImage ( c . pointStyle , c . x - c . pointStyle . width / 2 , c . y - c . pointStyle . height / 2 ) ; else if ( ! isNaN ( c . radius ) && 0 < c . radius ) { a . strokeStyle = c . borderColor || f . defaults . global . defaultColor ; a . lineWidth = e . getValueOrDefault ( c . borderWidth , f . defaults . global . elements . point . borderWidth ) ;
a . fillStyle = c . backgroundColor || f . defaults . global . defaultColor ; var d = c . radius , h ; switch ( c . pointStyle ) { default : a . beginPath ( ) ; a . arc ( c . x , c . y , d , 0 , 2 * Math . PI ) ; a . closePath ( ) ; a . fill ( ) ; break ; case "triangle" : a . beginPath ( ) ; h = 3 * d / Math . sqrt ( 3 ) ; d = h * Math . sqrt ( 3 ) / 2 ; a . moveTo ( c . x - h / 2 , c . y + d / 3 ) ; a . lineTo ( c . x + h / 2 , c . y + d / 3 ) ; a . lineTo ( c . x , c . y - 2 * d / 3 ) ; a . closePath ( ) ; a . fill ( ) ; break ; case "rect" : a . fillRect ( c . x - 1 / Math . SQRT2 * d , c . y - 1 / Math . SQRT2 * d , 2 / Math . SQRT2 * d , 2 / Math . SQRT2 * d ) ; a . strokeRect ( c . x - 1 / Math . SQRT2 * d , c . y - 1 / Math . SQRT2 * d , 2 / Math . SQRT2 *
d , 2 / Math . SQRT2 * d ) ; break ; case "rectRot" : a . translate ( c . x , c . y ) ; a . rotate ( Math . PI / 4 ) ; a . fillRect ( - 1 / Math . SQRT2 * d , - 1 / Math . SQRT2 * d , 2 / Math . SQRT2 * d , 2 / Math . SQRT2 * d ) ; a . strokeRect ( - 1 / Math . SQRT2 * d , - 1 / Math . SQRT2 * d , 2 / Math . SQRT2 * d , 2 / Math . SQRT2 * d ) ; a . setTransform ( 1 , 0 , 0 , 1 , 0 , 0 ) ; break ; case "cross" : a . beginPath ( ) ; a . moveTo ( c . x , c . y + d ) ; a . lineTo ( c . x , c . y - d ) ; a . moveTo ( c . x - d , c . y ) ; a . lineTo ( c . x + d , c . y ) ; a . closePath ( ) ; break ; case "crossRot" : a . beginPath ( ) ; h = Math . cos ( Math . PI / 4 ) * d ; d *= Math . sin ( Math . PI / 4 ) ; a . moveTo ( c . x - h , c . y - d ) ; a . lineTo ( c . x +
h , c . y + d ) ; a . moveTo ( c . x - h , c . y + d ) ; a . lineTo ( c . x + h , c . y - d ) ; a . closePath ( ) ; break ; case "star" : a . beginPath ( ) ; a . moveTo ( c . x , c . y + d ) ; a . lineTo ( c . x , c . y - d ) ; a . moveTo ( c . x - d , c . y ) ; a . lineTo ( c . x + d , c . y ) ; h = Math . cos ( Math . PI / 4 ) * d ; d *= Math . sin ( Math . PI / 4 ) ; a . moveTo ( c . x - h , c . y - d ) ; a . lineTo ( c . x + h , c . y + d ) ; a . moveTo ( c . x - h , c . y + d ) ; a . lineTo ( c . x + h , c . y - d ) ; a . closePath ( ) ; break ; case "line" : a . beginPath ( ) ; a . moveTo ( c . x - d , c . y ) ; a . lineTo ( c . x + d , c . y ) ; a . closePath ( ) ; break ; case "dash" : a . beginPath ( ) , a . moveTo ( c . x , c . y ) , a . lineTo ( c . x + d , c . y ) , a . closePath ( ) } a . stroke ( ) } } } ) } } ,
{ } ] , 36 : [ function ( p , m , n ) { m . exports = function ( f ) { f . defaults . global . elements . rectangle = { backgroundColor : f . defaults . global . defaultColor , borderWidth : 0 , borderColor : f . defaults . global . defaultColor , borderSkipped : "bottom" } ; f . elements . Rectangle = f . Element . extend ( { draw : function ( ) { var e = this . _chart . ctx , c = this . _view , a = c . width / 2 , d = c . x - a , a = c . x + a , h = c . base - ( c . base - c . y ) , f = c . borderWidth / 2 ; c . borderWidth && ( d += f , a -= f , h += f ) ; e . beginPath ( ) ; e . fillStyle = c . backgroundColor ; e . strokeStyle = c . borderColor ; e . lineWidth = c . borderWidth ; d =
[ [ d , c . base ] , [ d , h ] , [ a , h ] , [ a , c . base ] ] ; a = [ "bottom" , "left" , "top" , "right" ] . indexOf ( c . borderSkipped , 0 ) ; - 1 === a && ( a = 0 ) ; e . moveTo . apply ( e , d [ ( a + 0 ) % 4 ] ) ; for ( h = 1 ; 4 > h ; h ++ ) e . lineTo . apply ( e , d [ ( a + h ) % 4 ] ) ; e . fill ( ) ; c . borderWidth && e . stroke ( ) } , height : function ( ) { var e = this . _view ; return e . base - e . y } , inRange : function ( e , c ) { var a = this . _view , d = ! 1 ; a && ( d = a . y < a . base ? e >= a . x - a . width / 2 && e <= a . x + a . width / 2 && c >= a . y && c <= a . base : e >= a . x - a . width / 2 && e <= a . x + a . width / 2 && c >= a . base && c <= a . y ) ; return d } , inLabelRange : function ( e ) { var c = this . _view ; return c ?
e >= c . x - c . width / 2 && e <= c . x + c . width / 2 : ! 1 } , tooltipPosition : function ( ) { var e = this . _view ; return { x : e . x , y : e . y } } } ) } } , { } ] , 37 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers , c = f . Scale . extend ( { buildTicks : function ( a ) { this . startIndex = 0 ; this . endIndex = this . chart . data . labels . length ; void 0 !== this . options . ticks . min && ( a = e . indexOf ( this . chart . data . labels , this . options . ticks . min ) , this . startIndex = - 1 !== a ? a : this . startIndex ) ; void 0 !== this . options . ticks . max && ( a = e . indexOf ( this . chart . data . labels , this . options . ticks . max ) ,
this . endIndex = - 1 !== a ? a : this . endIndex ) ; this . ticks = 0 === this . startIndex && this . endIndex === this . chart . data . labels . length ? this . chart . data . labels : this . chart . data . labels . slice ( this . startIndex , this . endIndex + 1 ) } , getLabelForIndex : function ( a , c ) { return this . ticks [ a ] } , getPixelForValue : function ( a , c , e , f ) { a = Math . max ( this . ticks . length - ( this . options . gridLines . offsetGridLines ? 0 : 1 ) , 1 ) ; if ( this . isHorizontal ( ) ) return a = ( this . width - ( this . paddingLeft + this . paddingRight ) ) / a , c = a * ( c - this . startIndex ) + this . paddingLeft , this . options . gridLines . offsetGridLines &&
f && ( c += a / 2 ) , this . left + Math . round ( c ) ; a = ( this . height - ( this . paddingTop + this . paddingBottom ) ) / a ; c = a * ( c - this . startIndex ) + this . paddingTop ; this . options . gridLines . offsetGridLines && f && ( c += a / 2 ) ; return this . top + Math . round ( c ) } , getPixelForTick : function ( a , c ) { return this . getPixelForValue ( this . ticks [ a ] , a + this . startIndex , null , c ) } } ) ; f . scaleService . registerScaleType ( "category" , c , { position : "bottom" } ) } } , { } ] , 38 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers , c = f . Scale . extend ( { determineDataLimits : function ( ) { this . max =
this . min = null ; if ( this . options . stacked ) { var a = { } ; e . each ( this . chart . data . datasets , function ( c ) { void 0 === a [ c . type ] && ( a [ c . type ] = { positiveValues : [ ] , negativeValues : [ ] } ) ; var d = a [ c . type ] . positiveValues , h = a [ c . type ] . negativeValues ; e . isDatasetVisible ( c ) && ( this . isHorizontal ( ) ? c . xAxisID === this . id : c . yAxisID === this . id ) && e . each ( c . data , function ( a , c ) { var e = + this . getRightValue ( a ) ; isNaN ( e ) || ( d [ c ] = d [ c ] || 0 , h [ c ] = h [ c ] || 0 , this . options . relativePoints ? d [ c ] = 100 : 0 > e ? h [ c ] += e : d [ c ] += e ) } , this ) } , this ) ; e . each ( a , function ( a ) { var c = a . positiveValues . concat ( a . negativeValues ) ;
a = e . min ( c ) ; c = e . max ( c ) ; this . min = null === this . min ? a : Math . min ( this . min , a ) ; this . max = null === this . max ? c : Math . max ( this . max , c ) } , this ) } else e . each ( this . chart . data . datasets , function ( a ) { e . isDatasetVisible ( a ) && ( this . isHorizontal ( ) ? a . xAxisID === this . id : a . yAxisID === this . id ) && e . each ( a . data , function ( a , c ) { var d = + this . getRightValue ( a ) ; isNaN ( d ) || ( null === this . min ? this . min = d : d < this . min && ( this . min = d ) , null === this . max ? this . max = d : d > this . max && ( this . max = d ) ) } , this ) } , this ) ; if ( this . options . ticks . beginAtZero ) { var c = e . sign ( this . min ) ,
h = e . sign ( this . max ) ; 0 > c && 0 > h ? this . max = 0 : 0 < c && 0 < h && ( this . min = 0 ) } void 0 !== this . options . ticks . min ? this . min = this . options . ticks . min : void 0 !== this . options . ticks . suggestedMin && ( this . min = Math . min ( this . min , this . options . ticks . suggestedMin ) ) ; void 0 !== this . options . ticks . max ? this . max = this . options . ticks . max : void 0 !== this . options . ticks . suggestedMax && ( this . max = Math . max ( this . max , this . options . ticks . suggestedMax ) ) ; this . min === this . max && ( this . min -- , this . max ++ ) } , buildTicks : function ( ) { this . ticks = [ ] ; var a ; this . isHorizontal ( ) ?
a = Math . min ( this . options . ticks . maxTicksLimit ? this . options . ticks . maxTicksLimit : 11 , Math . ceil ( this . width / 50 ) ) : ( a = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) , a = Math . min ( this . options . ticks . maxTicksLimit ? this . options . ticks . maxTicksLimit : 11 , Math . ceil ( this . height / ( 2 * a ) ) ) ) ; a = Math . max ( 2 , a ) ; if ( this . options . ticks . fixedStepSize && 0 < this . options . ticks . fixedStepSize || this . options . ticks . stepSize && 0 < this . options . ticks . stepSize ) a = e . getValueOrDefault ( this . options . ticks . fixedStepSize ,
this . options . ticks . stepSize ) ; else { var c = e . niceNum ( this . max - this . min , ! 1 ) ; a = e . niceNum ( c / ( a - 1 ) , ! 0 ) } var c = Math . floor ( this . min / a ) * a , h = Math . ceil ( this . max / a ) * a , k = ( h - c ) / a , k = e . almostEquals ( k , Math . round ( k ) , a / 1E3 ) ? Math . round ( k ) : Math . ceil ( k ) ; this . ticks . push ( void 0 !== this . options . ticks . min ? this . options . ticks . min : c ) ; for ( var l = 1 ; l < k ; ++ l ) this . ticks . push ( c + l * a ) ; this . ticks . push ( void 0 !== this . options . ticks . max ? this . options . ticks . max : h ) ; "left" !== this . options . position && "right" !== this . options . position || this . ticks . reverse ( ) ;
this . max = e . max ( this . ticks ) ; this . min = e . min ( this . ticks ) ; this . options . ticks . reverse ? ( this . ticks . reverse ( ) , this . start = this . max , this . end = this . min ) : ( this . start = this . min , this . end = this . max ) } , getLabelForIndex : function ( a , c ) { return + this . getRightValue ( this . chart . data . datasets [ c ] . data [ a ] ) } , convertTicksToLabels : function ( ) { this . ticksAsNumbers = this . ticks . slice ( ) ; this . zeroLineIndex = this . ticks . indexOf ( 0 ) ; f . Scale . prototype . convertTicksToLabels . call ( this ) } , getPixelForValue : function ( a , c , e , f ) { a = + this . getRightValue ( a ) ;
c = this . end - this . start ; if ( this . isHorizontal ( ) ) return a = this . left + ( this . width - ( this . paddingLeft + this . paddingRight ) ) / c * ( a - this . start ) , Math . round ( a + this . paddingLeft ) ; a = this . bottom - this . paddingBottom - ( this . height - ( this . paddingTop + this . paddingBottom ) ) / c * ( a - this . start ) ; return Math . round ( a ) } , getPixelForTick : function ( a , c ) { return this . getPixelForValue ( this . ticksAsNumbers [ a ] , null , null , c ) } } ) ; f . scaleService . registerScaleType ( "linear" , c , { position : "left" , ticks : { callback : function ( a , c , h ) { c = h [ 1 ] - h [ 0 ] ; 1 < Math . abs ( c ) &&
a !== Math . floor ( a ) && ( c = a - Math . floor ( a ) ) ; c = e . log10 ( Math . abs ( c ) ) ; h = "" ; 0 !== a ? ( c = - 1 * Math . floor ( c ) , c = Math . max ( Math . min ( c , 20 ) , 0 ) , h = a . toFixed ( c ) ) : h = "0" ; return h } } } ) } } , { } ] , 39 : [ function ( p , m , n ) { m . exports = function ( f ) { var e = f . helpers , c = f . Scale . extend ( { determineDataLimits : function ( ) { this . max = this . min = null ; if ( this . options . stacked ) { var a = { } ; e . each ( this . chart . data . datasets , function ( c ) { e . isDatasetVisible ( c ) && ( this . isHorizontal ( ) ? c . xAxisID === this . id : c . yAxisID === this . id ) && ( void 0 === a [ c . type ] && ( a [ c . type ] = [ ] ) , e . each ( c . data ,
function ( e , f ) { var l = a [ c . type ] , q = + this . getRightValue ( e ) ; isNaN ( q ) || ( l [ f ] = l [ f ] || 0 , l [ f ] = this . options . relativePoints ? 100 : l [ f ] + q ) } , this ) ) } , this ) ; e . each ( a , function ( a ) { var c = e . min ( a ) ; a = e . max ( a ) ; this . min = null === this . min ? c : Math . min ( this . min , c ) ; this . max = null === this . max ? a : Math . max ( this . max , a ) } , this ) } else e . each ( this . chart . data . datasets , function ( a ) { e . isDatasetVisible ( a ) && ( this . isHorizontal ( ) ? a . xAxisID === this . id : a . yAxisID === this . id ) && e . each ( a . data , function ( a , c ) { var d = + this . getRightValue ( a ) ; isNaN ( d ) || ( null === this . min ?
this . min = d : d < this . min && ( this . min = d ) , null === this . max ? this . max = d : d > this . max && ( this . max = d ) ) } , this ) } , this ) ; this . min = void 0 !== this . options . ticks . min ? this . options . ticks . min : this . min ; this . max = void 0 !== this . options . ticks . max ? this . options . ticks . max : this . max ; this . min === this . max && ( 0 !== this . min && null !== this . min ? ( this . min = Math . pow ( 10 , Math . floor ( e . log10 ( this . min ) ) - 1 ) , this . max = Math . pow ( 10 , Math . floor ( e . log10 ( this . max ) ) + 1 ) ) : ( this . min = 1 , this . max = 10 ) ) } , buildTicks : function ( ) { this . ticks = [ ] ; for ( var a = void 0 !== this . options . ticks . min ?
this . options . ticks . min : Math . pow ( 10 , Math . floor ( e . log10 ( this . min ) ) ) ; a < this . max ; ) { this . ticks . push ( a ) ; var c = Math . floor ( e . log10 ( a ) ) , a = Math . floor ( a / Math . pow ( 10 , c ) ) + 1 ; 10 === a && ( a = 1 , ++ c ) ; a *= Math . pow ( 10 , c ) } this . ticks . push ( void 0 !== this . options . ticks . max ? this . options . ticks . max : a ) ; "left" !== this . options . position && "right" !== this . options . position || this . ticks . reverse ( ) ; this . max = e . max ( this . ticks ) ; this . min = e . min ( this . ticks ) ; this . options . ticks . reverse ? ( this . ticks . reverse ( ) , this . start = this . max , this . end = this . min ) : ( this . start =
this . min , this . end = this . max ) } , convertTicksToLabels : function ( ) { this . tickValues = this . ticks . slice ( ) ; f . Scale . prototype . convertTicksToLabels . call ( this ) } , getLabelForIndex : function ( a , c ) { return + this . getRightValue ( this . chart . data . datasets [ c ] . data [ a ] ) } , getPixelForTick : function ( a , c ) { return this . getPixelForValue ( this . tickValues [ a ] , null , null , c ) } , getPixelForValue : function ( a , c , h , f ) { a = + this . getRightValue ( a ) ; c = e . log10 ( this . end ) - e . log10 ( this . start ) ; this . isHorizontal ( ) ? 0 === a ? a = this . left + this . paddingLeft : ( a = this . left +
( this . width - ( this . paddingLeft + this . paddingRight ) ) / c * ( e . log10 ( a ) - e . log10 ( this . start ) ) , a += this . paddingLeft ) : a = 0 === a ? this . top + this . paddingTop : this . bottom - this . paddingBottom - ( this . height - ( this . paddingTop + this . paddingBottom ) ) / c * ( e . log10 ( a ) - e . log10 ( this . start ) ) ; return a } } ) ; f . scaleService . registerScaleType ( "logarithmic" , c , { position : "left" , ticks : { callback : function ( a , c , e ) { var k = a / Math . pow ( 10 , Math . floor ( f . helpers . log10 ( a ) ) ) ; return 1 === k || 2 === k || 5 === k || 0 === c || c === e . length - 1 ? a . toExponential ( ) : "" } } } ) } } , { } ] , 40 : [ function ( p ,
m , n ) { m . exports = function ( f ) { var e = f . helpers , c = f . Scale . extend ( { getValueCount : function ( ) { return this . chart . data . labels . length } , setDimensions : function ( ) { this . width = this . maxWidth ; this . height = this . maxHeight ; this . xCenter = Math . round ( this . width / 2 ) ; this . yCenter = Math . round ( this . height / 2 ) ; var a = e . min ( [ this . height , this . width ] ) , c = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) ; this . drawingArea = this . options . display ? a / 2 - ( c / 2 + this . options . ticks . backdropPaddingY ) : a / 2 } , determineDataLimits : function ( ) { this . max =
this . min = null ; e . each ( this . chart . data . datasets , function ( a ) { e . isDatasetVisible ( a ) && e . each ( a . data , function ( a , c ) { var d = + this . getRightValue ( a ) ; isNaN ( d ) || ( null === this . min ? this . min = d : d < this . min && ( this . min = d ) , null === this . max ? this . max = d : d > this . max && ( this . max = d ) ) } , this ) } , this ) ; if ( this . options . ticks . beginAtZero ) { var a = e . sign ( this . min ) , c = e . sign ( this . max ) ; 0 > a && 0 > c ? this . max = 0 : 0 < a && 0 < c && ( this . min = 0 ) } void 0 !== this . options . ticks . min ? this . min = this . options . ticks . min : void 0 !== this . options . ticks . suggestedMin && ( this . min =
Math . min ( this . min , this . options . ticks . suggestedMin ) ) ; void 0 !== this . options . ticks . max ? this . max = this . options . ticks . max : void 0 !== this . options . ticks . suggestedMax && ( this . max = Math . max ( this . max , this . options . ticks . suggestedMax ) ) ; this . min === this . max && ( this . min -- , this . max ++ ) } , buildTicks : function ( ) { this . ticks = [ ] ; var a = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) , a = Math . min ( this . options . ticks . maxTicksLimit ? this . options . ticks . maxTicksLimit : 11 , Math . ceil ( this . drawingArea / ( 1.5 *
a ) ) ) , a = Math . max ( 2 , a ) , c = e . niceNum ( this . max - this . min , ! 1 ) , a = e . niceNum ( c / ( a - 1 ) , ! 0 ) , c = Math . floor ( this . min / a ) * a , h = Math . ceil ( this . max / a ) * a , k = Math . ceil ( ( h - c ) / a ) ; this . ticks . push ( void 0 !== this . options . ticks . min ? this . options . ticks . min : c ) ; for ( var l = 1 ; l < k ; ++ l ) this . ticks . push ( c + l * a ) ; this . ticks . push ( void 0 !== this . options . ticks . max ? this . options . ticks . max : h ) ; this . max = e . max ( this . ticks ) ; this . min = e . min ( this . ticks ) ; this . options . ticks . reverse ? ( this . ticks . reverse ( ) , this . start = this . max , this . end = this . min ) : ( this . start = this . min ,
this . end = this . max ) ; this . zeroLineIndex = this . ticks . indexOf ( 0 ) } , convertTicksToLabels : function ( ) { f . Scale . prototype . convertTicksToLabels . call ( this ) ; this . pointLabels = this . chart . data . labels . map ( this . options . pointLabels . callback , this ) } , getLabelForIndex : function ( a , c ) { return + this . getRightValue ( this . chart . data . datasets [ c ] . data [ a ] ) } , fit : function ( ) { var a = e . getValueOrDefault ( this . options . pointLabels . fontSize , f . defaults . global . defaultFontSize ) , c = e . getValueOrDefault ( this . options . pointLabels . fontStyle , f . defaults . global . defaultFontStyle ) ,
h = e . getValueOrDefault ( this . options . pointLabels . fontFamily , f . defaults . global . defaultFontFamily ) , k = e . fontString ( a , c , h ) , a = e . min ( [ this . height / 2 - a - 5 , this . width / 2 ] ) , l , m , c = this . width , n , h = 0 , p ; this . ctx . font = k ; for ( l = 0 ; l < this . getValueCount ( ) ; l ++ ) k = this . getPointPosition ( l , a ) , m = this . ctx . measureText ( this . pointLabels [ l ] ? this . pointLabels [ l ] : "" ) . width + 5 , 0 === l || l === this . getValueCount ( ) / 2 ? ( m /= 2 , k . x + m > c && ( c = k . x + m , n = l ) , k . x - m < h && ( h = k . x - m , p = l ) ) : l < this . getValueCount ( ) / 2 ? k . x + m > c && ( c = k . x + m , n = l ) : l > this . getValueCount ( ) / 2 && k . x -
m < h && ( h = k . x - m , p = l ) ; c = Math . ceil ( c - this . width ) ; n = this . getIndexAngle ( n ) ; p = this . getIndexAngle ( p ) ; n = c / Math . sin ( n + Math . PI / 2 ) ; p = h / Math . sin ( p + Math . PI / 2 ) ; n = e . isNumber ( n ) ? n : 0 ; p = e . isNumber ( p ) ? p : 0 ; this . drawingArea = Math . round ( a - ( p + n ) / 2 ) ; this . setCenterPoint ( p , n ) } , setCenterPoint : function ( a , c ) { this . xCenter = Math . round ( ( a + this . drawingArea + ( this . width - c - this . drawingArea ) ) / 2 + this . left ) ; this . yCenter = Math . round ( this . height / 2 + this . top ) } , getIndexAngle : function ( a ) { var c = 2 * Math . PI / this . getValueCount ( ) ; return a * c - Math . PI / 2 } ,
getDistanceFromCenterForValue : function ( a ) { if ( null === a ) return 0 ; var c = this . drawingArea / ( this . max - this . min ) ; return this . options . reverse ? ( this . max - a ) * c : ( a - this . min ) * c } , getPointPosition : function ( a , c ) { var e = this . getIndexAngle ( a ) ; return { x : Math . round ( Math . cos ( e ) * c ) + this . xCenter , y : Math . round ( Math . sin ( e ) * c ) + this . yCenter } } , getPointPositionForValue : function ( a , c ) { return this . getPointPosition ( a , this . getDistanceFromCenterForValue ( c ) ) } , draw : function ( ) { if ( this . options . display ) { var a = this . ctx ; e . each ( this . ticks , function ( c ,
d ) { if ( 0 < d || this . options . reverse ) { var h = this . getDistanceFromCenterForValue ( this . ticks [ d ] ) , k = this . yCenter - h ; if ( this . options . gridLines . display ) { a . strokeStyle = this . options . gridLines . color ; a . lineWidth = this . options . gridLines . lineWidth ; if ( this . options . lineArc ) a . beginPath ( ) , a . arc ( this . xCenter , this . yCenter , h , 0 , 2 * Math . PI ) ; else for ( a . beginPath ( ) , h = 0 ; h < this . getValueCount ( ) ; h ++ ) { var l = this . getPointPosition ( h , this . getDistanceFromCenterForValue ( this . ticks [ d ] ) ) ; 0 === h ? a . moveTo ( l . x , l . y ) : a . lineTo ( l . x , l . y ) } a . closePath ( ) ;
a . stroke ( ) } if ( this . options . ticks . display ) { var h = e . getValueOrDefault ( this . options . ticks . fontColor , f . defaults . global . defaultFontColor ) , l = e . getValueOrDefault ( this . options . ticks . fontSize , f . defaults . global . defaultFontSize ) , m = e . getValueOrDefault ( this . options . ticks . fontStyle , f . defaults . global . defaultFontStyle ) , n = e . getValueOrDefault ( this . options . ticks . fontFamily , f . defaults . global . defaultFontFamily ) , m = e . fontString ( l , m , n ) ; a . font = m ; this . options . ticks . showLabelBackdrop && ( m = a . measureText ( c ) . width , a . fillStyle =
this . options . ticks . backdropColor , a . fillRect ( this . xCenter - m / 2 - this . options . ticks . backdropPaddingX , k - l / 2 - this . options . ticks . backdropPaddingY , m + 2 * this . options . ticks . backdropPaddingX , l + 2 * this . options . ticks . backdropPaddingY ) ) ; a . textAlign = "center" ; a . textBaseline = "middle" ; a . fillStyle = h ; a . fillText ( c , this . xCenter , k ) } } } , this ) ; if ( ! this . options . lineArc ) { a . lineWidth = this . options . angleLines . lineWidth ; a . strokeStyle = this . options . angleLines . color ; for ( var c = this . getValueCount ( ) - 1 ; 0 <= c ; c -- ) { if ( this . options . angleLines . display ) { var h =
this . getPointPosition ( c , this . getDistanceFromCenterForValue ( this . options . reverse ? this . min : this . max ) ) ; a . beginPath ( ) ; a . moveTo ( this . xCenter , this . yCenter ) ; a . lineTo ( h . x , h . y ) ; a . stroke ( ) ; a . closePath ( ) } var h = this . getPointPosition ( c , this . getDistanceFromCenterForValue ( this . options . reverse ? this . min : this . max ) + 5 ) , k = e . getValueOrDefault ( this . options . pointLabels . fontColor , f . defaults . global . defaultFontColor ) , l = e . getValueOrDefault ( this . options . pointLabels . fontSize , f . defaults . global . defaultFontSize ) , m = e . getValueOrDefault ( this . options . pointLabels . fontStyle ,
f . defaults . global . defaultFontStyle ) , n = e . getValueOrDefault ( this . options . pointLabels . fontFamily , f . defaults . global . defaultFontFamily ) , l = e . fontString ( l , m , n ) ; a . font = l ; a . fillStyle = k ; m = this . pointLabels . length ; k = this . pointLabels . length / 2 ; n = k / 2 ; l = c < n || c > m - n ; m = c === n || c === m - n ; a . textAlign = 0 === c ? "center" : c === k ? "center" : c < k ? "left" : "right" ; a . textBaseline = m ? "middle" : l ? "bottom" : "top" ; a . fillText ( this . pointLabels [ c ] ? this . pointLabels [ c ] : "" , h . x , h . y ) } } } } } ) ; f . scaleService . registerScaleType ( "radialLinear" , c , { display : ! 0 ,
animate : ! 0 , lineArc : ! 1 , position : "chartArea" , angleLines : { display : ! 0 , color : "rgba(0, 0, 0, 0.1)" , lineWidth : 1 } , ticks : { showLabelBackdrop : ! 0 , backdropColor : "rgba(255,255,255,0.75)" , backdropPaddingY : 2 , backdropPaddingX : 2 } , pointLabels : { fontSize : 10 , callback : function ( a ) { return a } } } ) } } , { } ] , 41 : [ function ( p , m , n ) { var f = p ( "moment" ) , f = "function" === typeof f ? f : window . moment ; m . exports = function ( e ) { var c = e . helpers , a = [ { name : "millisecond" , steps : [ 1 , 2 , 5 , 10 , 20 , 50 , 100 , 250 , 500 ] } , { name : "second" , steps : [ 1 , 2 , 5 , 10 , 30 ] } , { name : "minute" ,
steps : [ 1 , 2 , 5 , 10 , 30 ] } , { name : "hour" , steps : [ 1 , 2 , 3 , 6 , 12 ] } , { name : "day" , steps : [ 1 , 2 , 5 ] } , { name : "week" , maxStep : 4 } , { name : "month" , maxStep : 3 } , { name : "quarter" , maxStep : 4 } , { name : "year" , maxStep : ! 1 } ] , d = e . Scale . extend ( { initialize : function ( ) { if ( ! f ) throw Error ( "Chart.js - Moment.js could not be found! You must include it before Chart.js to use the time scale. Download at https://momentjs.com" ) ; e . Scale . prototype . initialize . call ( this ) } , getLabelMoment : function ( a , c ) { return this . labelMoments [ a ] [ c ] } , determineDataLimits : function ( ) { this . labelMoments =
[ ] ; var a = [ ] ; this . chart . data . labels && 0 < this . chart . data . labels . length ? ( c . each ( this . chart . data . labels , function ( c , d ) { var e = this . parseTime ( c ) ; this . options . time . round && e . startOf ( this . options . time . round ) ; a . push ( e ) } , this ) , this . firstTick = f . min . call ( this , a ) , this . lastTick = f . max . call ( this , a ) ) : this . lastTick = this . firstTick = null ; c . each ( this . chart . data . datasets , function ( d , e ) { var m = [ ] ; "object" === typeof d . data [ 0 ] ? c . each ( d . data , function ( a , c ) { var d = this . parseTime ( this . getRightValue ( a ) ) ; this . options . time . round && d . startOf ( this . options . time . round ) ;
m . push ( d ) ; this . firstTick = null !== this . firstTick ? f . min ( this . firstTick , d ) : d ; this . lastTick = null !== this . lastTick ? f . max ( this . lastTick , d ) : d } , this ) : m = a ; this . labelMoments . push ( m ) } , this ) ; this . options . time . min && ( this . firstTick = this . parseTime ( this . options . time . min ) ) ; this . options . time . max && ( this . lastTick = this . parseTime ( this . options . time . max ) ) ; this . firstTick = ( this . firstTick || f ( ) ) . clone ( ) ; this . lastTick = ( this . lastTick || f ( ) ) . clone ( ) } , buildTicks : function ( d ) { this . ctx . save ( ) ; d = c . getValueOrDefault ( this . options . ticks . fontSize ,
e . defaults . global . defaultFontSize ) ; var f = c . getValueOrDefault ( this . options . ticks . fontStyle , e . defaults . global . defaultFontStyle ) , l = c . getValueOrDefault ( this . options . ticks . fontFamily , e . defaults . global . defaultFontFamily ) , f = c . fontString ( d , f , l ) ; this . ctx . font = f ; this . ticks = [ ] ; this . unitScale = 1 ; this . scaleSizeInUnits = 0 ; if ( this . options . time . unit ) this . tickUnit = this . options . time . unit || "day" , this . displayFormat = this . options . time . displayFormats [ this . tickUnit ] , this . scaleSizeInUnits = this . lastTick . diff ( this . firstTick ,
this . tickUnit , ! 0 ) , this . unitScale = c . getValueOrDefault ( this . options . time . unitStepSize , 1 ) ; else { var f = this . isHorizontal ( ) ? this . width - ( this . paddingLeft + this . paddingRight ) : this . height - ( this . paddingTop + this . paddingBottom ) , l = this . tickFormatFunction ( this . firstTick , 0 , [ ] ) , l = this . ctx . measureText ( l ) . width , m = Math . cos ( c . toRadians ( this . options . ticks . maxRotation ) ) , n = Math . sin ( c . toRadians ( this . options . ticks . maxRotation ) ) ; d = f / ( l * m + d * n ) ; this . tickUnit = "millisecond" ; this . scaleSizeInUnits = this . lastTick . diff ( this . firstTick ,
this . tickUnit , ! 0 ) ; this . displayFormat = this . options . time . displayFormats [ this . tickUnit ] ; l = 0 ; for ( f = a [ l ] ; l < a . length ; ) if ( this . unitScale = 1 , c . isArray ( f . steps ) && Math . ceil ( this . scaleSizeInUnits / d ) < c . max ( f . steps ) ) { for ( l = 0 ; l < f . steps . length ; ++ l ) if ( f . steps [ l ] >= Math . ceil ( this . scaleSizeInUnits / d ) ) { this . unitScale = c . getValueOrDefault ( this . options . time . unitStepSize , f . steps [ l ] ) ; break } break } else if ( ! 1 === f . maxStep || Math . ceil ( this . scaleSizeInUnits / d ) < f . maxStep ) { this . unitScale = c . getValueOrDefault ( this . options . time . unitStepSize ,
Math . ceil ( this . scaleSizeInUnits / d ) ) ; break } else ++ l , f = a [ l ] , this . tickUnit = f . name , this . scaleSizeInUnits = this . lastTick . diff ( this . firstTick , this . tickUnit , ! 0 ) , this . displayFormat = this . options . time . displayFormats [ f . name ] } this . options . time . min ? d = this . firstTick . clone ( ) . startOf ( this . tickUnit ) : ( this . firstTick . startOf ( this . tickUnit ) , d = this . firstTick ) ; this . options . time . max || this . lastTick . endOf ( this . tickUnit ) ; this . smallestLabelSeparation = this . width ; c . each ( this . chart . data . datasets , function ( a , c ) { for ( var d = 1 ; d < this . labelMoments [ c ] . length ; d ++ ) this . smallestLabelSeparation =
Math . min ( this . smallestLabelSeparation , this . labelMoments [ c ] [ d ] . diff ( this . labelMoments [ c ] [ d - 1 ] , this . tickUnit , ! 0 ) ) } , this ) ; this . options . time . displayFormat && ( this . displayFormat = this . options . time . displayFormat ) ; this . ticks . push ( this . firstTick . clone ( ) ) ; for ( f = 1 ; f < this . scaleSizeInUnits ; ++ f ) { l = d . clone ( ) . add ( f , this . tickUnit ) ; if ( this . options . time . max && 0 <= l . diff ( this . lastTick , this . tickUnit , ! 0 ) ) break ; 0 === f % this . unitScale && this . ticks . push ( l ) } if ( 0 !== this . ticks [ this . ticks . length - 1 ] . diff ( this . lastTick , this . tickUnit ) ||
0 === this . scaleSizeInUnits ) this . options . time . max ? ( this . ticks . push ( this . lastTick . clone ( ) ) , this . scaleSizeInUnits = this . lastTick . diff ( this . ticks [ 0 ] , this . tickUnit , ! 0 ) ) : ( this . scaleSizeInUnits = Math . ceil ( this . scaleSizeInUnits / this . unitScale ) * this . unitScale , this . ticks . push ( this . firstTick . clone ( ) . add ( this . scaleSizeInUnits , this . tickUnit ) ) , this . lastTick = this . ticks [ this . ticks . length - 1 ] . clone ( ) ) ; this . ctx . restore ( ) } , getLabelForIndex : function ( a , c ) { var d = this . chart . data . labels && a < this . chart . data . labels . length ? this . chart . data . labels [ a ] :
"" ; "object" === typeof this . chart . data . datasets [ c ] . data [ 0 ] && ( d = this . getRightValue ( this . chart . data . datasets [ c ] . data [ a ] ) ) ; this . options . time . tooltipFormat && ( d = this . parseTime ( d ) . format ( this . options . time . tooltipFormat ) ) ; return d } , tickFormatFunction : function ( a , c , d ) { a = a . format ( this . displayFormat ) ; return this . options . ticks . userCallback ? this . options . ticks . userCallback ( a , c , d ) : a } , convertTicksToLabels : function ( ) { this . ticks = this . ticks . map ( this . tickFormatFunction , this ) } , getPixelForValue : function ( a , c , d , e ) { if ( a = this . getLabelMoment ( d ,
c ) ) return a = a . diff ( this . firstTick , this . tickUnit , ! 0 ) / this . scaleSizeInUnits , this . isHorizontal ( ) ? this . left + Math . round ( ( this . width - ( this . paddingLeft + this . paddingRight ) ) * a + this . paddingLeft ) : this . top + Math . round ( ( this . height - ( this . paddingTop + this . paddingBottom ) ) * a + this . paddingTop ) } , parseTime : function ( a ) { return "string" === typeof this . options . time . parser ? f ( a , this . options . time . parser ) : "function" === typeof this . options . time . parser ? this . options . time . parser ( a ) : "function" === typeof a . getMonth || "number" === typeof a ?
f ( a ) : a . isValid && a . isValid ( ) ? a : "string" !== typeof this . options . time . format && this . options . time . format . call ? ( console . warn ( "options.time.format is deprecated and replaced by options.time.parser. See http://nnnick.github.io/Chart.js/docs-v2/#scales-time-scale" ) , this . options . time . format ( a ) ) : f ( a , this . options . time . format ) } } ) ; e . scaleService . registerScaleType ( "time" , d , { position : "bottom" , time : { parser : ! 1 , format : ! 1 , unit : ! 1 , round : ! 1 , displayFormat : ! 1 , displayFormats : { millisecond : "h:mm:ss.SSS a" , second : "h:mm:ss a" ,
minute : "h:mm:ss a" , hour : "MMM D, hA" , day : "ll" , week : "ll" , month : "MMM YYYY" , quarter : "[Q]Q - YYYY" , year : "YYYY" } } , ticks : { autoSkip : ! 1 } } ) } } , { moment : 1 } ] } , { } , [ 7 ] ) ;
