2016-08-09 06:42:21 +00:00
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Highcharts JS v4 . 0.1 ( 2014 - 04 - 24 )
Standalone Highcharts Framework
License : MIT License
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var HighchartsAdapter = function ( ) { function o ( c ) { function b ( b , a , d ) { b . removeEventListener ( a , d , ! 1 ) } function d ( b , a , d ) { d = b . HCProxiedMethods [ d . toString ( ) ] ; b . detachEvent ( "on" + a , d ) } function a ( a , c ) { var f = a . HCEvents , i , g , k , j ; if ( a . removeEventListener ) i = b ; else if ( a . attachEvent ) i = d ; else return ; c ? ( g = { } , g [ c ] = ! 0 ) : g = f ; for ( j in g ) if ( f [ j ] ) for ( k = f [ j ] . length ; k -- ; ) i ( a , j , f [ j ] [ k ] ) } c . HCExtended || Highcharts . extend ( c , { HCExtended : ! 0 , HCEvents : { } , bind : function ( b , a ) { var d = this , c = this . HCEvents , g ; if ( d . addEventListener ) d . addEventListener ( b ,
a , ! 1 ) ; else if ( d . attachEvent ) { g = function ( b ) { b . target = b . srcElement || window ; a . call ( d , b ) } ; if ( ! d . HCProxiedMethods ) d . HCProxiedMethods = { } ; d . HCProxiedMethods [ a . toString ( ) ] = g ; d . attachEvent ( "on" + b , g ) } c [ b ] === r && ( c [ b ] = [ ] ) ; c [ b ] . push ( a ) } , unbind : function ( c , h ) { var f , i ; c ? ( f = this . HCEvents [ c ] || [ ] , h ? ( i = HighchartsAdapter . inArray ( h , f ) , i > - 1 && ( f . splice ( i , 1 ) , this . HCEvents [ c ] = f ) , this . removeEventListener ? b ( this , c , h ) : this . attachEvent && d ( this , c , h ) ) : ( a ( this , c ) , this . HCEvents [ c ] = [ ] ) ) : ( a ( this ) , this . HCEvents = { } ) } , trigger : function ( b ,
a ) { var d = this . HCEvents [ b ] || [ ] , c = d . length , g , k , j ; k = function ( ) { a . defaultPrevented = ! 0 } ; for ( g = 0 ; g < c ; g ++ ) { j = d [ g ] ; if ( a . stopped ) break ; a . preventDefault = k ; a . target = this ; if ( ! a . type ) a . type = b ; j . call ( this , a ) === ! 1 && a . preventDefault ( ) } } } ) ; return c } var r , l = document , p = [ ] , m = [ ] , q , n ; Math . easeInOutSine = function ( c , b , d , a ) { return - d / 2 * ( Math . cos ( Math . PI * c / a ) - 1 ) + b } ; return { init : function ( c ) { if ( ! l . defaultView ) this . _getStyle = function ( b , d ) { var a ; return b . style [ d ] ? b . style [ d ] : ( d === "opacity" && ( d = "filter" ) , a = b . currentStyle [ d . replace ( /\-(\w)/g ,
function ( a , b ) { return b . toUpperCase ( ) } ) ] , d === "filter" && ( a = a . replace ( /alpha\(opacity=([0-9]+)\)/ , function ( b , a ) { return a / 100 } ) ) , a === "" ? 1 : a ) } , this . adapterRun = function ( b , d ) { var a = { width : "clientWidth" , height : "clientHeight" } [ d ] ; if ( a ) return b . style . zoom = 1 , b [ a ] - 2 * parseInt ( HighchartsAdapter . _getStyle ( b , "padding" ) , 10 ) } ; if ( ! Array . prototype . forEach ) this . each = function ( b , d ) { for ( var a = 0 , c = b . length ; a < c ; a ++ ) if ( d . call ( b [ a ] , b [ a ] , a , b ) === ! 1 ) return a } ; if ( ! Array . prototype . indexOf ) this . inArray = function ( b , d ) { var a , c = 0 ; if ( d ) for ( a =
d . length ; c < a ; c ++ ) if ( d [ c ] === b ) return c ; return - 1 } ; if ( ! Array . prototype . filter ) this . grep = function ( b , d ) { for ( var a = [ ] , c = 0 , h = b . length ; c < h ; c ++ ) d ( b [ c ] , c ) && a . push ( b [ c ] ) ; return a } ; n = function ( b , c , a ) { this . options = c ; this . elem = b ; this . prop = a } ; n . prototype = { update : function ( ) { var b ; b = this . paths ; var d = this . elem , a = d . element ; b && a ? d . attr ( "d" , c . step ( b [ 0 ] , b [ 1 ] , this . now , this . toD ) ) : d . attr ? a && d . attr ( this . prop , this . now ) : ( b = { } , b [ this . prop ] = this . now + this . unit , Highcharts . css ( d , b ) ) ; this . options . step && this . options . step . call ( this . elem ,
this . now , this ) } , custom : function ( b , c , a ) { var e = this , h = function ( a ) { return e . step ( a ) } , f ; this . startTime = + new Date ; this . start = b ; this . end = c ; this . unit = a ; this . now = this . start ; this . pos = this . state = 0 ; h . elem = this . elem ; h ( ) && m . push ( h ) === 1 && ( q = setInterval ( function ( ) { for ( f = 0 ; f < m . length ; f ++ ) m [ f ] ( ) || m . splice ( f -- , 1 ) ; m . length || clearInterval ( q ) } , 13 ) ) } , step : function ( b ) { var c = + new Date , a ; a = this . options ; var e = this . elem , h ; if ( e . stopAnimation || e . attr && ! e . element ) a = ! 1 ; else if ( b || c >= a . duration + this . startTime ) { this . now = this . end ;
this . pos = this . state = 1 ; this . update ( ) ; b = this . options . curAnim [ this . prop ] = ! 0 ; for ( h in a . curAnim ) a . curAnim [ h ] !== ! 0 && ( b = ! 1 ) ; b && a . complete && a . complete . call ( e ) ; a = ! 1 } else e = c - this . startTime , this . state = e / a . duration , this . pos = a . easing ( e , 0 , 1 , a . duration ) , this . now = this . start + ( this . end - this . start ) * this . pos , this . update ( ) , a = ! 0 ; return a } } ; this . animate = function ( b , d , a ) { var e , h = "" , f , i , g ; b . stopAnimation = ! 1 ; if ( typeof a !== "object" || a === null ) e = arguments , a = { duration : e [ 2 ] , easing : e [ 3 ] , complete : e [ 4 ] } ; if ( typeof a . duration !== "number" ) a . duration =
400 ; a . easing = Math [ a . easing ] || Math . easeInOutSine ; a . curAnim = Highcharts . extend ( { } , d ) ; for ( g in d ) i = new n ( b , a , g ) , f = null , g === "d" ? ( i . paths = c . init ( b , b . d , d . d ) , i . toD = d . d , e = 0 , f = 1 ) : b . attr ? e = b . attr ( g ) : ( e = parseFloat ( HighchartsAdapter . _getStyle ( b , g ) ) || 0 , g !== "opacity" && ( h = "px" ) ) , f || ( f = parseFloat ( d [ g ] ) ) , i . custom ( e , f , h ) } } , _getStyle : function ( c , b ) { return window . getComputedStyle ( c , void 0 ) . getPropertyValue ( b ) } , getScript : function ( c , b ) { var d = l . getElementsByTagName ( "head" ) [ 0 ] , a = l . createElement ( "script" ) ; a . type = "text/javascript" ;
a . src = c ; a . onload = b ; d . appendChild ( a ) } , inArray : function ( c , b ) { return b . indexOf ? b . indexOf ( c ) : p . indexOf . call ( b , c ) } , adapterRun : function ( c , b ) { return parseInt ( HighchartsAdapter . _getStyle ( c , b ) , 10 ) } , grep : function ( c , b ) { return p . filter . call ( c , b ) } , map : function ( c , b ) { for ( var d = [ ] , a = 0 , e = c . length ; a < e ; a ++ ) d [ a ] = b . call ( c [ a ] , c [ a ] , a , c ) ; return d } , offset : function ( c ) { var b = document . documentElement , c = c . getBoundingClientRect ( ) ; return { top : c . top + ( window . pageYOffset || b . scrollTop ) - ( b . clientTop || 0 ) , left : c . left + ( window . pageXOffset ||
b . scrollLeft ) - ( b . clientLeft || 0 ) } } , addEvent : function ( c , b , d ) { o ( c ) . bind ( b , d ) } , removeEvent : function ( c , b , d ) { o ( c ) . unbind ( b , d ) } , fireEvent : function ( c , b , d , a ) { var e ; l . createEvent && ( c . dispatchEvent || c . fireEvent ) ? ( e = l . createEvent ( "Events" ) , e . initEvent ( b , ! 0 , ! 0 ) , e . target = c , Highcharts . extend ( e , d ) , c . dispatchEvent ? c . dispatchEvent ( e ) : c . fireEvent ( b , e ) ) : c . HCExtended === ! 0 && ( d = d || { } , c . trigger ( b , d ) ) ; d && d . defaultPrevented && ( a = null ) ; a && a ( d ) } , washMouseEvent : function ( c ) { return c } , stop : function ( c ) { c . stopAnimation = ! 0 } , each : function ( c ,
b ) { return Array . prototype . forEach . call ( c , b ) } } } ( ) ;
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Highcharts JS v4 . 0.1 ( 2014 - 04 - 24 )
( c ) 2009 - 2014 Torstein Honsi
License : www . highcharts . com / license
* /
( function ( ) { function q ( a , b ) { var c ; a || ( a = { } ) ; for ( c in b ) a [ c ] = b [ c ] ; return a } function w ( ) { var a , b = arguments , c , d = { } , e = function ( a , b ) { var c , d ; typeof a !== "object" && ( a = { } ) ; for ( d in b ) b . hasOwnProperty ( d ) && ( c = b [ d ] , a [ d ] = c && typeof c === "object" && Object . prototype . toString . call ( c ) !== "[object Array]" && d !== "renderTo" && typeof c . nodeType !== "number" ? e ( a [ d ] || { } , c ) : b [ d ] ) ; return a } ; b [ 0 ] === ! 0 && ( d = b [ 1 ] , b = Array . prototype . slice . call ( b , 2 ) ) ; c = b . length ; for ( a = 0 ; a < c ; a ++ ) d = e ( d , b [ a ] ) ; return d } function z ( a , b ) { return parseInt ( a , b ||
10 ) } function Fa ( a ) { return typeof a === "string" } function ca ( a ) { return typeof a === "object" } function La ( a ) { return Object . prototype . toString . call ( a ) === "[object Array]" } function ha ( a ) { return typeof a === "number" } function za ( a ) { return U . log ( a ) / U . LN10 } function ia ( a ) { return U . pow ( 10 , a ) } function ja ( a , b ) { for ( var c = a . length ; c -- ; ) if ( a [ c ] === b ) { a . splice ( c , 1 ) ; break } } function r ( a ) { return a !== t && a !== null } function H ( a , b , c ) { var d , e ; if ( Fa ( b ) ) r ( c ) ? a . setAttribute ( b , c ) : a && a . getAttribute && ( e = a . getAttribute ( b ) ) ; else if ( r ( b ) &&
ca ( b ) ) for ( d in b ) a . setAttribute ( d , b [ d ] ) ; return e } function qa ( a ) { return La ( a ) ? a : [ a ] } function m ( ) { var a = arguments , b , c , d = a . length ; for ( b = 0 ; b < d ; b ++ ) if ( c = a [ b ] , typeof c !== "undefined" && c !== null ) return c } function G ( a , b ) { if ( Aa && ! aa && b && b . opacity !== t ) b . filter = "alpha(opacity=" + b . opacity * 100 + ")" ; q ( a . style , b ) } function Y ( a , b , c , d , e ) { a = y . createElement ( a ) ; b && q ( a , b ) ; e && G ( a , { padding : 0 , border : Q , margin : 0 } ) ; c && G ( a , c ) ; d && d . appendChild ( a ) ; return a } function ka ( a , b ) { var c = function ( ) { } ; c . prototype = new a ; q ( c . prototype , b ) ; return c }
function Ga ( a , b , c , d ) { var e = E . lang , a = + a || 0 , f = b === - 1 ? ( a . toString ( ) . split ( "." ) [ 1 ] || "" ) . length : isNaN ( b = M ( b ) ) ? 2 : b , b = c === void 0 ? e . decimalPoint : c , d = d === void 0 ? e . thousandsSep : d , e = a < 0 ? "-" : "" , c = String ( z ( a = M ( a ) . toFixed ( f ) ) ) , g = c . length > 3 ? c . length % 3 : 0 ; return e + ( g ? c . substr ( 0 , g ) + d : "" ) + c . substr ( g ) . replace ( /(\d{3})(?=\d)/g , "$1" + d ) + ( f ? b + M ( a - c ) . toFixed ( f ) . slice ( 2 ) : "" ) } function Ha ( a , b ) { return Array ( ( b || 2 ) + 1 - String ( a ) . length ) . join ( 0 ) + a } function Ma ( a , b , c ) { var d = a [ b ] ; a [ b ] = function ( ) { var a = Array . prototype . slice . call ( arguments ) ;
a . unshift ( d ) ; return c . apply ( this , a ) } } function Ia ( a , b ) { for ( var c = "{" , d = ! 1 , e , f , g , h , i , j = [ ] ; ( c = a . indexOf ( c ) ) !== - 1 ; ) { e = a . slice ( 0 , c ) ; if ( d ) { f = e . split ( ":" ) ; g = f . shift ( ) . split ( "." ) ; i = g . length ; e = b ; for ( h = 0 ; h < i ; h ++ ) e = e [ g [ h ] ] ; if ( f . length ) f = f . join ( ":" ) , g = /\.([0-9])/ , h = E . lang , i = void 0 , /f$/ . test ( f ) ? ( i = ( i = f . match ( g ) ) ? i [ 1 ] : - 1 , e !== null && ( e = Ga ( e , i , h . decimalPoint , f . indexOf ( "," ) > - 1 ? h . thousandsSep : "" ) ) ) : e = cb ( f , e ) } j . push ( e ) ; a = a . slice ( c + 1 ) ; c = ( d = ! d ) ? "}" : "{" } j . push ( a ) ; return j . join ( "" ) } function mb ( a ) { return U . pow ( 10 , T ( U . log ( a ) /
U . LN10 ) ) } function nb ( a , b , c , d ) { var e , c = m ( c , 1 ) ; e = a / c ; b || ( b = [ 1 , 2 , 2.5 , 5 , 10 ] , d && d . allowDecimals === ! 1 && ( c === 1 ? b = [ 1 , 2 , 5 , 10 ] : c <= 0.1 && ( b = [ 1 / c ] ) ) ) ; for ( d = 0 ; d < b . length ; d ++ ) if ( a = b [ d ] , e <= ( b [ d ] + ( b [ d + 1 ] || b [ d ] ) ) / 2 ) break ; a *= c ; return a } function Bb ( ) { this . symbol = this . color = 0 } function ob ( a , b ) { var c = a . length , d , e ; for ( e = 0 ; e < c ; e ++ ) a [ e ] . ss _i = e ; a . sort ( function ( a , c ) { d = b ( a , c ) ; return d === 0 ? a . ss _i - c . ss _i : d } ) ; for ( e = 0 ; e < c ; e ++ ) delete a [ e ] . ss _i } function Na ( a ) { for ( var b = a . length , c = a [ 0 ] ; b -- ; ) a [ b ] < c && ( c = a [ b ] ) ; return c } function Ba ( a ) { for ( var b =
a . length , c = a [ 0 ] ; b -- ; ) a [ b ] > c && ( c = a [ b ] ) ; return c } function Oa ( a , b ) { for ( var c in a ) a [ c ] && a [ c ] !== b && a [ c ] . destroy && a [ c ] . destroy ( ) , delete a [ c ] } function Pa ( a ) { db || ( db = Y ( Ja ) ) ; a && db . appendChild ( a ) ; db . innerHTML = "" } function ra ( a , b ) { var c = "Highcharts error #" + a + ": www.highcharts.com/errors/" + a ; if ( b ) throw c ; else I . console && console . log ( c ) } function da ( a ) { return parseFloat ( a . toPrecision ( 14 ) ) } function Qa ( a , b ) { va = m ( a , b . animation ) } function Cb ( ) { var a = E . global . useUTC , b = a ? "getUTC" : "get" , c = a ? "setUTC" : "set" ; Ra = ( a && E . global . timezoneOffset ||
0 ) * 6E4 ; eb = a ? Date . UTC : function ( a , b , c , g , h , i ) { return ( new Date ( a , b , m ( c , 1 ) , m ( g , 0 ) , m ( h , 0 ) , m ( i , 0 ) ) ) . getTime ( ) } ; pb = b + "Minutes" ; qb = b + "Hours" ; rb = b + "Day" ; Xa = b + "Date" ; fb = b + "Month" ; gb = b + "FullYear" ; Db = c + "Minutes" ; Eb = c + "Hours" ; sb = c + "Date" ; Fb = c + "Month" ; Gb = c + "FullYear" } function P ( ) { } function Sa ( a , b , c , d ) { this . axis = a ; this . pos = b ; this . type = c || "" ; this . isNew = ! 0 ; ! c && ! d && this . addLabel ( ) } function la ( ) { this . init . apply ( this , arguments ) } function Ya ( ) { this . init . apply ( this , arguments ) } function Hb ( a , b , c , d , e ) { var f = a . chart . inverted ;
this . axis = a ; this . isNegative = c ; this . options = b ; this . x = d ; this . total = null ; this . points = { } ; this . stack = e ; this . alignOptions = { align : b . align || ( f ? c ? "left" : "right" : "center" ) , verticalAlign : b . verticalAlign || ( f ? "middle" : c ? "bottom" : "top" ) , y : m ( b . y , f ? 4 : c ? 14 : - 6 ) , x : m ( b . x , f ? c ? - 6 : 6 : 0 ) } ; this . textAlign = b . textAlign || ( f ? c ? "right" : "left" : "center" ) } var t , y = document , I = window , U = Math , u = U . round , T = U . floor , Ka = U . ceil , v = U . max , C = U . min , M = U . abs , Z = U . cos , ea = U . sin , ma = U . PI , Ca = ma * 2 / 360 , wa = navigator . userAgent , Ib = I . opera , Aa = /msie/i . test ( wa ) &&
! Ib , hb = y . documentMode === 8 , ib = /AppleWebKit/ . test ( wa ) , Ta = /Firefox/ . test ( wa ) , Jb = /(Mobile|Android|Windows Phone)/ . test ( wa ) , xa = "http://www.w3.org/2000/svg" , aa = ! ! y . createElementNS && ! ! y . createElementNS ( xa , "svg" ) . createSVGRect , Nb = Ta && parseInt ( wa . split ( "Firefox/" ) [ 1 ] , 10 ) < 4 , fa = ! aa && ! Aa && ! ! y . createElement ( "canvas" ) . getContext , Za , $a , Kb = { } , tb = 0 , db , E , cb , va , ub , A , sa = function ( ) { } , V = [ ] , ab = 0 , Ja = "div" , Q = "none" , Ob = /^[0-9]+$/ , Pb = "stroke-width" , eb , Ra , pb , qb , rb , Xa , fb , gb , Db , Eb , sb , Fb , Gb , F = { } , R = I . Highcharts = I . Highcharts ? ra ( 16 ,
! 0 ) : { } ; cb = function ( a , b , c ) { if ( ! r ( b ) || isNaN ( b ) ) return "Invalid date" ; var a = m ( a , "%Y-%m-%d %H:%M:%S" ) , d = new Date ( b - Ra ) , e , f = d [ qb ] ( ) , g = d [ rb ] ( ) , h = d [ Xa ] ( ) , i = d [ fb ] ( ) , j = d [ gb ] ( ) , k = E . lang , l = k . weekdays , d = q ( { a : l [ g ] . substr ( 0 , 3 ) , A : l [ g ] , d : Ha ( h ) , e : h , b : k . shortMonths [ i ] , B : k . months [ i ] , m : Ha ( i + 1 ) , y : j . toString ( ) . substr ( 2 , 2 ) , Y : j , H : Ha ( f ) , I : Ha ( f % 12 || 12 ) , l : f % 12 || 12 , M : Ha ( d [ pb ] ( ) ) , p : f < 12 ? "AM" : "PM" , P : f < 12 ? "am" : "pm" , S : Ha ( d . getSeconds ( ) ) , L : Ha ( u ( b % 1E3 ) , 3 ) } , R . dateFormats ) ; for ( e in d ) for ( ; a . indexOf ( "%" + e ) !== - 1 ; ) a = a . replace ( "%" + e , typeof d [ e ] ===
"function" ? d [ e ] ( b ) : d [ e ] ) ; return c ? a . substr ( 0 , 1 ) . toUpperCase ( ) + a . substr ( 1 ) : a } ; Bb . prototype = { wrapColor : function ( a ) { if ( this . color >= a ) this . color = 0 } , wrapSymbol : function ( a ) { if ( this . symbol >= a ) this . symbol = 0 } } ; A = function ( ) { for ( var a = 0 , b = arguments , c = b . length , d = { } ; a < c ; a ++ ) d [ b [ a ++ ] ] = b [ a ] ; return d } ( "millisecond" , 1 , "second" , 1E3 , "minute" , 6E4 , "hour" , 36E5 , "day" , 864E5 , "week" , 6048E5 , "month" , 26784E5 , "year" , 31556952E3 ) ; ub = { init : function ( a , b , c ) { var b = b || "" , d = a . shift , e = b . indexOf ( "C" ) > - 1 , f = e ? 7 : 3 , g , b = b . split ( " " ) , c = [ ] . concat ( c ) ,
h , i , j = function ( a ) { for ( g = a . length ; g -- ; ) a [ g ] === "M" && a . splice ( g + 1 , 0 , a [ g + 1 ] , a [ g + 2 ] , a [ g + 1 ] , a [ g + 2 ] ) } ; e && ( j ( b ) , j ( c ) ) ; a . isArea && ( h = b . splice ( b . length - 6 , 6 ) , i = c . splice ( c . length - 6 , 6 ) ) ; if ( d <= c . length / f && b . length === c . length ) for ( ; d -- ; ) c = [ ] . concat ( c ) . splice ( 0 , f ) . concat ( c ) ; a . shift = 0 ; if ( b . length ) for ( a = c . length ; b . length < a ; ) d = [ ] . concat ( b ) . splice ( b . length - f , f ) , e && ( d [ f - 6 ] = d [ f - 2 ] , d [ f - 5 ] = d [ f - 1 ] ) , b = b . concat ( d ) ; h && ( b = b . concat ( h ) , c = c . concat ( i ) ) ; return [ b , c ] } , step : function ( a , b , c , d ) { var e = [ ] , f = a . length ; if ( c === 1 ) e = d ; else if ( f ===
b . length && c < 1 ) for ( ; f -- ; ) d = parseFloat ( a [ f ] ) , e [ f ] = isNaN ( d ) ? a [ f ] : c * parseFloat ( b [ f ] - d ) + d ; else e = b ; return e } } ; ( function ( a ) { I . HighchartsAdapter = I . HighchartsAdapter || a && { init : function ( b ) { var c = a . fx , d = c . step , e , f = a . Tween , g = f && f . propHooks ; e = a . cssHooks . opacity ; a . extend ( a . easing , { easeOutQuad : function ( a , b , c , d , e ) { return - d * ( b /= e ) * ( b - 2 ) + c } } ) ; a . each ( [ "cur" , "_default" , "width" , "height" , "opacity" ] , function ( a , b ) { var e = d , k ; b === "cur" ? e = c . prototype : b === "_default" && f && ( e = g [ b ] , b = "set" ) ; ( k = e [ b ] ) && ( e [ b ] = function ( c ) { var d , c =
a ? c : this ; if ( c . prop !== "align" ) return d = c . elem , d . attr ? d . attr ( c . prop , b === "cur" ? t : c . now ) : k . apply ( this , arguments ) } ) } ) ; Ma ( e , "get" , function ( a , b , c ) { return b . attr ? b . opacity || 0 : a . call ( this , b , c ) } ) ; e = function ( a ) { var c = a . elem , d ; if ( ! a . started ) d = b . init ( c , c . d , c . toD ) , a . start = d [ 0 ] , a . end = d [ 1 ] , a . started = ! 0 ; c . attr ( "d" , b . step ( a . start , a . end , a . pos , c . toD ) ) } ; f ? g . d = { set : e } : d . d = e ; this . each = Array . prototype . forEach ? function ( a , b ) { return Array . prototype . forEach . call ( a , b ) } : function ( a , b ) { for ( var c = 0 , d = a . length ; c < d ; c ++ ) if ( b . call ( a [ c ] ,
a [ c ] , c , a ) === ! 1 ) return c } ; a . fn . highcharts = function ( ) { var a = "Chart" , b = arguments , c , d ; if ( this [ 0 ] ) { Fa ( b [ 0 ] ) && ( a = b [ 0 ] , b = Array . prototype . slice . call ( b , 1 ) ) ; c = b [ 0 ] ; if ( c !== t ) c . chart = c . chart || { } , c . chart . renderTo = this [ 0 ] , new R [ a ] ( c , b [ 1 ] ) , d = this ; c === t && ( d = V [ H ( this [ 0 ] , "data-highcharts-chart" ) ] ) } return d } } , getScript : a . getScript , inArray : a . inArray , adapterRun : function ( b , c ) { return a ( b ) [ c ] ( ) } , grep : a . grep , map : function ( a , c ) { for ( var d = [ ] , e = 0 , f = a . length ; e < f ; e ++ ) d [ e ] = c . call ( a [ e ] , a [ e ] , e , a ) ; return d } , offset : function ( b ) { return a ( b ) . offset ( ) } ,
addEvent : function ( b , c , d ) { a ( b ) . bind ( c , d ) } , removeEvent : function ( b , c , d ) { var e = y . removeEventListener ? "removeEventListener" : "detachEvent" ; y [ e ] && b && ! b [ e ] && ( b [ e ] = function ( ) { } ) ; a ( b ) . unbind ( c , d ) } , fireEvent : function ( b , c , d , e ) { var f = a . Event ( c ) , g = "detached" + c , h ; ! Aa && d && ( delete d . layerX , delete d . layerY , delete d . returnValue ) ; q ( f , d ) ; b [ c ] && ( b [ g ] = b [ c ] , b [ c ] = null ) ; a . each ( [ "preventDefault" , "stopPropagation" ] , function ( a , b ) { var c = f [ b ] ; f [ b ] = function ( ) { try { c . call ( f ) } catch ( a ) { b === "preventDefault" && ( h = ! 0 ) } } } ) ; a ( b ) . trigger ( f ) ;
b [ g ] && ( b [ c ] = b [ g ] , b [ g ] = null ) ; e && ! f . isDefaultPrevented ( ) && ! h && e ( f ) } , washMouseEvent : function ( a ) { var c = a . originalEvent || a ; if ( c . pageX === t ) c . pageX = a . pageX , c . pageY = a . pageY ; return c } , animate : function ( b , c , d ) { var e = a ( b ) ; if ( ! b . style ) b . style = { } ; if ( c . d ) b . toD = c . d , c . d = 1 ; e . stop ( ) ; c . opacity !== t && b . attr && ( c . opacity += "px" ) ; e . animate ( c , d ) } , stop : function ( b ) { a ( b ) . stop ( ) } } } ) ( I . jQuery ) ; var S = I . HighchartsAdapter , N = S || { } ; S && S . init . call ( S , ub ) ; var jb = N . adapterRun , Qb = N . getScript , Da = N . inArray , p = N . each , vb = N . grep , Rb = N . offset , Ua =
N . map , K = N . addEvent , W = N . removeEvent , D = N . fireEvent , Sb = N . washMouseEvent , kb = N . animate , bb = N . stop , N = { enabled : ! 0 , x : 0 , y : 15 , style : { color : "#606060" , cursor : "default" , fontSize : "11px" } } ; E = { colors : "#7cb5ec,#434348,#90ed7d,#f7a35c,#8085e9,#f15c80,#e4d354,#8085e8,#8d4653,#91e8e1" . split ( "," ) , symbols : [ "circle" , "diamond" , "square" , "triangle" , "triangle-down" ] , lang : { loading : "Loading..." , months : "January,February,March,April,May,June,July,August,September,October,November,December" . split ( "," ) , shortMonths : "Jan,Feb,Mar,Apr,May,Jun,Jul,Aug,Sep,Oct,Nov,Dec" . split ( "," ) ,
weekdays : "Sunday,Monday,Tuesday,Wednesday,Thursday,Friday,Saturday" . split ( "," ) , decimalPoint : "." , numericSymbols : "k,M,G,T,P,E" . split ( "," ) , resetZoom : "Reset zoom" , resetZoomTitle : "Reset zoom level 1:1" , thousandsSep : "," } , global : { useUTC : ! 0 , canvasToolsURL : "http://code.highcharts.com/4.0.1/modules/canvas-tools.js" , VMLRadialGradientURL : "http://code.highcharts.com/4.0.1/gfx/vml-radial-gradient.png" } , chart : { borderColor : "#4572A7" , borderRadius : 0 , defaultSeriesType : "line" , ignoreHiddenSeries : ! 0 , spacing : [ 10 , 10 , 15 ,
10 ] , backgroundColor : "#FFFFFF" , plotBorderColor : "#C0C0C0" , resetZoomButton : { theme : { zIndex : 20 } , position : { align : "right" , x : - 10 , y : 10 } } } , title : { text : "Chart title" , align : "center" , margin : 15 , style : { color : "#333333" , fontSize : "18px" } } , subtitle : { text : "" , align : "center" , style : { color : "#555555" } } , plotOptions : { line : { allowPointSelect : ! 1 , showCheckbox : ! 1 , animation : { duration : 1E3 } , events : { } , lineWidth : 2 , marker : { lineWidth : 0 , radius : 4 , lineColor : "#FFFFFF" , states : { hover : { enabled : ! 0 } , select : { fillColor : "#FFFFFF" , lineColor : "#000000" ,
lineWidth : 2 } } } , point : { events : { } } , dataLabels : w ( N , { align : "center" , enabled : ! 1 , formatter : function ( ) { return this . y === null ? "" : Ga ( this . y , - 1 ) } , verticalAlign : "bottom" , y : 0 } ) , cropThreshold : 300 , pointRange : 0 , states : { hover : { marker : { } , halo : { size : 10 , opacity : 0.25 } } , select : { marker : { } } } , stickyTracking : ! 0 , turboThreshold : 1E3 } } , labels : { style : { position : "absolute" , color : "#3E576F" } } , legend : { enabled : ! 0 , align : "center" , layout : "horizontal" , labelFormatter : function ( ) { return this . name } , borderColor : "#909090" , borderRadius : 0 , navigation : { activeColor : "#274b6d" ,
inactiveColor : "#CCC" } , shadow : ! 1 , itemStyle : { color : "#333333" , fontSize : "12px" , fontWeight : "bold" } , itemHoverStyle : { color : "#000" } , itemHiddenStyle : { color : "#CCC" } , itemCheckboxStyle : { position : "absolute" , width : "13px" , height : "13px" } , symbolPadding : 5 , verticalAlign : "bottom" , x : 0 , y : 0 , title : { style : { fontWeight : "bold" } } } , loading : { labelStyle : { fontWeight : "bold" , position : "relative" , top : "1em" } , style : { position : "absolute" , backgroundColor : "white" , opacity : 0.5 , textAlign : "center" } } , tooltip : { enabled : ! 0 , animation : aa , backgroundColor : "rgba(249, 249, 249, .85)" ,
borderWidth : 1 , borderRadius : 3 , dateTimeLabelFormats : { millisecond : "%A, %b %e, %H:%M:%S.%L" , second : "%A, %b %e, %H:%M:%S" , minute : "%A, %b %e, %H:%M" , hour : "%A, %b %e, %H:%M" , day : "%A, %b %e, %Y" , week : "Week from %A, %b %e, %Y" , month : "%B %Y" , year : "%Y" } , headerFormat : '<span style="font-size: 10px">{point.key}</span><br/>' , pointFormat : '<span style="color:{series.color}">●</span> {series.name}: <b>{point.y}</b><br/>' , shadow : ! 0 , snap : Jb ? 25 : 10 , style : { color : "#333333" , cursor : "default" , fontSize : "12px" , padding : "8px" ,
whiteSpace : "nowrap" } } , credits : { enabled : 0 , text : "Highcharts.com" , href : "http://www.highcharts.com" , position : { align : "right" , x : - 10 , verticalAlign : "bottom" , y : - 5 } , style : { cursor : "pointer" , color : "#909090" , fontSize : "9px" } } } ; var ba = E . plotOptions , S = ba . line ; Cb ( ) ; var Tb = /rgba\(\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*,\s*([0-9]?(?:\.[0-9]+)?)\s*\)/ , Ub = /#([a-fA-F0-9]{2})([a-fA-F0-9]{2})([a-fA-F0-9]{2})/ , Vb = /rgb\(\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*\)/ , ya = function ( a ) { var b = [ ] , c ,
d ; ( function ( a ) { a && a . stops ? d = Ua ( a . stops , function ( a ) { return ya ( a [ 1 ] ) } ) : ( c = Tb . exec ( a ) ) ? b = [ z ( c [ 1 ] ) , z ( c [ 2 ] ) , z ( c [ 3 ] ) , parseFloat ( c [ 4 ] , 10 ) ] : ( c = Ub . exec ( a ) ) ? b = [ z ( c [ 1 ] , 16 ) , z ( c [ 2 ] , 16 ) , z ( c [ 3 ] , 16 ) , 1 ] : ( c = Vb . exec ( a ) ) && ( b = [ z ( c [ 1 ] ) , z ( c [ 2 ] ) , z ( c [ 3 ] ) , 1 ] ) } ) ( a ) ; return { get : function ( c ) { var f ; d ? ( f = w ( a ) , f . stops = [ ] . concat ( f . stops ) , p ( d , function ( a , b ) { f . stops [ b ] = [ f . stops [ b ] [ 0 ] , a . get ( c ) ] } ) ) : f = b && ! isNaN ( b [ 0 ] ) ? c === "rgb" ? "rgb(" + b [ 0 ] + "," + b [ 1 ] + "," + b [ 2 ] + ")" : c === "a" ? b [ 3 ] : "rgba(" + b . join ( "," ) + ")" : a ; return f } , brighten : function ( a ) { if ( d ) p ( d ,
function ( b ) { b . brighten ( a ) } ) ; else if ( ha ( a ) && a !== 0 ) { var c ; for ( c = 0 ; c < 3 ; c ++ ) b [ c ] += z ( a * 255 ) , b [ c ] < 0 && ( b [ c ] = 0 ) , b [ c ] > 255 && ( b [ c ] = 255 ) } return this } , rgba : b , setOpacity : function ( a ) { b [ 3 ] = a ; return this } } } ; P . prototype = { init : function ( a , b ) { this . element = b === "span" ? Y ( b ) : y . createElementNS ( xa , b ) ; this . renderer = a } , opacity : 1 , animate : function ( a , b , c ) { b = m ( b , va , ! 0 ) ; bb ( this ) ; if ( b ) { b = w ( b , { } ) ; if ( c ) b . complete = c ; kb ( this , a , b ) } else this . attr ( a ) , c && c ( ) } , colorGradient : function ( a , b , c ) { var d = this . renderer , e , f , g , h , i , j , k , l , o , n , s = [ ] ; a . linearGradient ?
f = "linearGradient" : a . radialGradient && ( f = "radialGradient" ) ; if ( f ) { g = a [ f ] ; h = d . gradients ; j = a . stops ; o = c . radialReference ; La ( g ) && ( a [ f ] = g = { x1 : g [ 0 ] , y1 : g [ 1 ] , x2 : g [ 2 ] , y2 : g [ 3 ] , gradientUnits : "userSpaceOnUse" } ) ; f === "radialGradient" && o && ! r ( g . gradientUnits ) && ( g = w ( g , { cx : o [ 0 ] - o [ 2 ] / 2 + g . cx * o [ 2 ] , cy : o [ 1 ] - o [ 2 ] / 2 + g . cy * o [ 2 ] , r : g . r * o [ 2 ] , gradientUnits : "userSpaceOnUse" } ) ) ; for ( n in g ) n !== "id" && s . push ( n , g [ n ] ) ; for ( n in j ) s . push ( j [ n ] ) ; s = s . join ( "," ) ; h [ s ] ? a = h [ s ] . attr ( "id" ) : ( g . id = a = "highcharts-" + tb ++ , h [ s ] = i = d . createElement ( f ) . attr ( g ) . add ( d . defs ) ,
i . stops = [ ] , p ( j , function ( a ) { a [ 1 ] . indexOf ( "rgba" ) === 0 ? ( e = ya ( a [ 1 ] ) , k = e . get ( "rgb" ) , l = e . get ( "a" ) ) : ( k = a [ 1 ] , l = 1 ) ; a = d . createElement ( "stop" ) . attr ( { offset : a [ 0 ] , "stop-color" : k , "stop-opacity" : l } ) . add ( i ) ; i . stops . push ( a ) } ) ) ; c . setAttribute ( b , "url(" + d . url + "#" + a + ")" ) } } , attr : function ( a , b ) { var c , d , e = this . element , f , g = this , h ; typeof a === "string" && b !== t && ( c = a , a = { } , a [ c ] = b ) ; if ( typeof a === "string" ) g = ( this [ a + "Getter" ] || this . _defaultGetter ) . call ( this , a , e ) ; else { for ( c in a ) { d = a [ c ] ; h = ! 1 ; this . symbolName && /^(x|y|width|height|r|start|end|innerR|anchorX|anchorY)/ . test ( c ) &&
( f || ( this . symbolAttr ( a ) , f = ! 0 ) , h = ! 0 ) ; if ( this . rotation && ( c === "x" || c === "y" ) ) this . doTransform = ! 0 ; h || ( this [ c + "Setter" ] || this . _defaultSetter ) . call ( this , d , c , e ) ; this . shadows && /^(width|height|visibility|x|y|d|transform|cx|cy|r)$/ . test ( c ) && this . updateShadows ( c , d ) } if ( this . doTransform ) this . updateTransform ( ) , this . doTransform = ! 1 } return g } , updateShadows : function ( a , b ) { for ( var c = this . shadows , d = c . length ; d -- ; ) c [ d ] . setAttribute ( a , a === "height" ? v ( b - ( c [ d ] . cutHeight || 0 ) , 0 ) : a === "d" ? this . d : b ) } , addClass : function ( a ) { var b = this . element ,
c = H ( b , "class" ) || "" ; c . indexOf ( a ) === - 1 && H ( b , "class" , c + " " + a ) ; return this } , symbolAttr : function ( a ) { var b = this ; p ( "x,y,r,start,end,width,height,innerR,anchorX,anchorY" . split ( "," ) , function ( c ) { b [ c ] = m ( a [ c ] , b [ c ] ) } ) ; b . attr ( { d : b . renderer . symbols [ b . symbolName ] ( b . x , b . y , b . width , b . height , b ) } ) } , clip : function ( a ) { return this . attr ( "clip-path" , a ? "url(" + this . renderer . url + "#" + a . id + ")" : Q ) } , crisp : function ( a ) { var b , c = { } , d , e = a . strokeWidth || this . strokeWidth || this . attr && this . attr ( "stroke-width" ) || 0 ; d = u ( e ) % 2 / 2 ; a . x = T ( a . x || this . x ||
0 ) + d ; a . y = T ( a . y || this . y || 0 ) + d ; a . width = T ( ( a . width || this . width || 0 ) - 2 * d ) ; a . height = T ( ( a . height || this . height || 0 ) - 2 * d ) ; a . strokeWidth = e ; for ( b in a ) this [ b ] !== a [ b ] && ( this [ b ] = c [ b ] = a [ b ] ) ; return c } , css : function ( a ) { var b = this . styles , c = { } , d = this . element , e , f , g = "" ; e = ! b ; if ( a && a . color ) a . fill = a . color ; if ( b ) for ( f in a ) a [ f ] !== b [ f ] && ( c [ f ] = a [ f ] , e = ! 0 ) ; if ( e ) { e = this . textWidth = a && a . width && d . nodeName . toLowerCase ( ) === "text" && z ( a . width ) ; b && ( a = q ( b , c ) ) ; this . styles = a ; e && ( fa || ! aa && this . renderer . forExport ) && delete a . width ; if ( Aa && ! aa ) G ( this . element ,
a ) ; else { b = function ( a , b ) { return "-" + b . toLowerCase ( ) } ; for ( f in a ) g += f . replace ( /([A-Z])/g , b ) + ":" + a [ f ] + ";" ; H ( d , "style" , g ) } e && this . added && this . renderer . buildText ( this ) } return this } , on : function ( a , b ) { var c = this , d = c . element ; $a && a === "click" ? ( d . ontouchstart = function ( a ) { c . touchEventFired = Date . now ( ) ; a . preventDefault ( ) ; b . call ( d , a ) } , d . onclick = function ( a ) { ( wa . indexOf ( "Android" ) === - 1 || Date . now ( ) - ( c . touchEventFired || 0 ) > 1100 ) && b . call ( d , a ) } ) : d [ "on" + a ] = b ; return this } , setRadialReference : function ( a ) { this . element . radialReference =
a ; return this } , translate : function ( a , b ) { return this . attr ( { translateX : a , translateY : b } ) } , invert : function ( ) { this . inverted = ! 0 ; this . updateTransform ( ) ; return this } , updateTransform : function ( ) { var a = this . translateX || 0 , b = this . translateY || 0 , c = this . scaleX , d = this . scaleY , e = this . inverted , f = this . rotation , g = this . element ; e && ( a += this . attr ( "width" ) , b += this . attr ( "height" ) ) ; a = [ "translate(" + a + "," + b + ")" ] ; e ? a . push ( "rotate(90) scale(-1,1)" ) : f && a . push ( "rotate(" + f + " " + ( g . getAttribute ( "x" ) || 0 ) + " " + ( g . getAttribute ( "y" ) || 0 ) + ")" ) ;
( r ( c ) || r ( d ) ) && a . push ( "scale(" + m ( c , 1 ) + " " + m ( d , 1 ) + ")" ) ; a . length && g . setAttribute ( "transform" , a . join ( " " ) ) } , toFront : function ( ) { var a = this . element ; a . parentNode . appendChild ( a ) ; return this } , align : function ( a , b , c ) { var d , e , f , g , h = { } ; e = this . renderer ; f = e . alignedObjects ; if ( a ) { if ( this . alignOptions = a , this . alignByTranslate = b , ! c || Fa ( c ) ) this . alignTo = d = c || "renderer" , ja ( f , this ) , f . push ( this ) , c = null } else a = this . alignOptions , b = this . alignByTranslate , d = this . alignTo ; c = m ( c , e [ d ] , e ) ; d = a . align ; e = a . verticalAlign ; f = ( c . x || 0 ) + ( a . x ||
0 ) ; g = ( c . y || 0 ) + ( a . y || 0 ) ; if ( d === "right" || d === "center" ) f += ( c . width - ( a . width || 0 ) ) / { right : 1 , center : 2 } [ d ] ; h [ b ? "translateX" : "x" ] = u ( f ) ; if ( e === "bottom" || e === "middle" ) g += ( c . height - ( a . height || 0 ) ) / ( { bottom : 1 , middle : 2 } [ e ] || 1 ) ; h [ b ? "translateY" : "y" ] = u ( g ) ; this [ this . placed ? "animate" : "attr" ] ( h ) ; this . placed = ! 0 ; this . alignAttr = h ; return this } , getBBox : function ( ) { var a = this . bBox , b = this . renderer , c , d , e = this . rotation ; c = this . element ; var f = this . styles , g = e * Ca ; d = this . textStr ; var h ; if ( d === "" || Ob . test ( d ) ) h = "num." + d . toString ( ) . length +
( f ? "|" + f . fontSize + "|" + f . fontFamily : "" ) ; h && ( a = b . cache [ h ] ) ; if ( ! a ) { if ( c . namespaceURI === xa || b . forExport ) { try { a = c . getBBox ? q ( { } , c . getBBox ( ) ) : { width : c . offsetWidth , height : c . offsetHeight } } catch ( i ) { } if ( ! a || a . width < 0 ) a = { width : 0 , height : 0 } } else a = this . htmlGetBBox ( ) ; if ( b . isSVG ) { c = a . width ; d = a . height ; if ( Aa && f && f . fontSize === "11px" && d . toPrecision ( 3 ) === "16.9" ) a . height = d = 14 ; if ( e ) a . width = M ( d * ea ( g ) ) + M ( c * Z ( g ) ) , a . height = M ( d * Z ( g ) ) + M ( c * ea ( g ) ) } this . bBox = a ; h && ( b . cache [ h ] = a ) } return a } , show : function ( a ) { return a && this . element . namespaceURI ===
xa ? ( this . element . removeAttribute ( "visibility" ) , this ) : this . attr ( { visibility : a ? "inherit" : "visible" } ) } , hide : function ( ) { return this . attr ( { visibility : "hidden" } ) } , fadeOut : function ( a ) { var b = this ; b . animate ( { opacity : 0 } , { duration : a || 150 , complete : function ( ) { b . hide ( ) } } ) } , add : function ( a ) { var b = this . renderer , c = a || b , d = c . element || b . box , e = this . element , f = this . zIndex , g , h ; if ( a ) this . parentGroup = a ; this . parentInverted = a && a . inverted ; this . textStr !== void 0 && b . buildText ( this ) ; if ( f ) c . handleZ = ! 0 , f = z ( f ) ; if ( c . handleZ ) { a = d . childNodes ;
for ( g = 0 ; g < a . length ; g ++ ) if ( b = a [ g ] , c = H ( b , "zIndex" ) , b !== e && ( z ( c ) > f || ! r ( f ) && r ( c ) ) ) { d . insertBefore ( e , b ) ; h = ! 0 ; break } } h || d . appendChild ( e ) ; this . added = ! 0 ; if ( this . onAdd ) this . onAdd ( ) ; return this } , safeRemoveChild : function ( a ) { var b = a . parentNode ; b && b . removeChild ( a ) } , destroy : function ( ) { var a = this , b = a . element || { } , c = a . shadows , d = a . renderer . isSVG && b . nodeName === "SPAN" && a . parentGroup , e , f ; b . onclick = b . onmouseout = b . onmouseover = b . onmousemove = b . point = null ; bb ( a ) ; if ( a . clipPath ) a . clipPath = a . clipPath . destroy ( ) ; if ( a . stops ) { for ( f =
0 ; f < a . stops . length ; f ++ ) a . stops [ f ] = a . stops [ f ] . destroy ( ) ; a . stops = null } a . safeRemoveChild ( b ) ; for ( c && p ( c , function ( b ) { a . safeRemoveChild ( b ) } ) ; d && d . div . childNodes . length === 0 ; ) b = d . parentGroup , a . safeRemoveChild ( d . div ) , delete d . div , d = b ; a . alignTo && ja ( a . renderer . alignedObjects , a ) ; for ( e in a ) delete a [ e ] ; return null } , shadow : function ( a , b , c ) { var d = [ ] , e , f , g = this . element , h , i , j , k ; if ( a ) { i = m ( a . width , 3 ) ; j = ( a . opacity || 0.15 ) / i ; k = this . parentInverted ? "(-1,-1)" : "(" + m ( a . offsetX , 1 ) + ", " + m ( a . offsetY , 1 ) + ")" ; for ( e = 1 ; e <= i ; e ++ ) { f =
g . cloneNode ( 0 ) ; h = i * 2 + 1 - 2 * e ; H ( f , { isShadow : "true" , stroke : a . color || "black" , "stroke-opacity" : j * e , "stroke-width" : h , transform : "translate" + k , fill : Q } ) ; if ( c ) H ( f , "height" , v ( H ( f , "height" ) - h , 0 ) ) , f . cutHeight = h ; b ? b . element . appendChild ( f ) : g . parentNode . insertBefore ( f , g ) ; d . push ( f ) } this . shadows = d } return this } , xGetter : function ( a ) { this . element . nodeName === "circle" && ( a = { x : "cx" , y : "cy" } [ a ] || a ) ; return this . _defaultGetter ( a ) } , _defaultGetter : function ( a ) { a = m ( this [ a ] , this . element ? this . element . getAttribute ( a ) : null , 0 ) ; /^[0-9\.]+$/ . test ( a ) &&
( a = parseFloat ( a ) ) ; return a } , dSetter : function ( a , b , c ) { a && a . join && ( a = a . join ( " " ) ) ; /(NaN| {2}|^$)/ . test ( a ) && ( a = "M 0 0" ) ; c . setAttribute ( b , a ) ; this [ b ] = a } , dashstyleSetter : function ( a ) { var b ; if ( a = a && a . toLowerCase ( ) ) { a = a . replace ( "shortdashdotdot" , "3,1,1,1,1,1," ) . replace ( "shortdashdot" , "3,1,1,1" ) . replace ( "shortdot" , "1,1," ) . replace ( "shortdash" , "3,1," ) . replace ( "longdash" , "8,3," ) . replace ( /dot/g , "1,3," ) . replace ( "dash" , "4,3," ) . replace ( /,$/ , "" ) . split ( "," ) ; for ( b = a . length ; b -- ; ) a [ b ] = z ( a [ b ] ) * this . element . getAttribute ( "stroke-width" ) ;
a = a . join ( "," ) ; this . element . setAttribute ( "stroke-dasharray" , a ) } } , alignSetter : function ( a ) { this . element . setAttribute ( "text-anchor" , { left : "start" , center : "middle" , right : "end" } [ a ] ) } , opacitySetter : function ( a , b , c ) { this [ b ] = a ; c . setAttribute ( b , a ) } , "stroke-widthSetter" : function ( a , b , c ) { a === 0 && ( a = 1.0 E - 5 ) ; this . strokeWidth = a ; c . setAttribute ( b , a ) } , titleSetter : function ( a ) { var b = this . element . getElementsByTagName ( "title" ) [ 0 ] ; b || ( b = y . createElementNS ( xa , "title" ) , this . element . appendChild ( b ) ) ; b . textContent = a } , textSetter : function ( a ) { if ( a !==
this . textStr ) delete this . bBox , this . textStr = a , this . added && this . renderer . buildText ( this ) } , fillSetter : function ( a , b , c ) { typeof a === "string" ? c . setAttribute ( b , a ) : a && this . colorGradient ( a , b , c ) } , zIndexSetter : function ( a , b , c ) { c . setAttribute ( b , a ) ; this [ b ] = a } , _defaultSetter : function ( a , b , c ) { c . setAttribute ( b , a ) } } ; P . prototype . yGetter = P . prototype . xGetter ; P . prototype . translateXSetter = P . prototype . translateYSetter = P . prototype . rotationSetter = P . prototype . verticalAlignSetter = P . prototype . scaleXSetter = P . prototype . scaleYSetter =
function ( a , b ) { this [ b ] = a ; this . doTransform = ! 0 } ; P . prototype . strokeSetter = P . prototype . fillSetter ; var ta = function ( ) { this . init . apply ( this , arguments ) } ; ta . prototype = { Element : P , init : function ( a , b , c , d , e ) { var f = location , g , d = this . createElement ( "svg" ) . attr ( { version : "1.1" } ) . css ( this . getStyle ( d ) ) ; g = d . element ; a . appendChild ( g ) ; a . innerHTML . indexOf ( "xmlns" ) === - 1 && H ( g , "xmlns" , xa ) ; this . isSVG = ! 0 ; this . box = g ; this . boxWrapper = d ; this . alignedObjects = [ ] ; this . url = ( Ta || ib ) && y . getElementsByTagName ( "base" ) . length ? f . href . replace ( /#.*?$/ ,
"" ) . replace ( /([\('\)])/g , "\\$1" ) . replace ( / /g , "%20" ) : "" ; this . createElement ( "desc" ) . add ( ) . element . appendChild ( y . createTextNode ( "Created with Highcharts 4.0.1" ) ) ; this . defs = this . createElement ( "defs" ) . add ( ) ; this . forExport = e ; this . gradients = { } ; this . cache = { } ; this . setSize ( b , c , ! 1 ) ; var h ; if ( Ta && a . getBoundingClientRect ) this . subPixelFix = b = function ( ) { G ( a , { left : 0 , top : 0 } ) ; h = a . getBoundingClientRect ( ) ; G ( a , { left : Ka ( h . left ) - h . left + "px" , top : Ka ( h . top ) - h . top + "px" } ) } , b ( ) , K ( I , "resize" , b ) } , getStyle : function ( a ) { return this . style =
q ( { fontFamily : '"Lucida Grande", "Lucida Sans Unicode", Arial, Helvetica, sans-serif' , fontSize : "12px" } , a ) } , isHidden : function ( ) { return ! this . boxWrapper . getBBox ( ) . width } , destroy : function ( ) { var a = this . defs ; this . box = null ; this . boxWrapper = this . boxWrapper . destroy ( ) ; Oa ( this . gradients || { } ) ; this . gradients = null ; if ( a ) this . defs = a . destroy ( ) ; this . subPixelFix && W ( I , "resize" , this . subPixelFix ) ; return this . alignedObjects = null } , createElement : function ( a ) { var b = new this . Element ; b . init ( this , a ) ; return b } , draw : function ( ) { } ,
buildText : function ( a ) { for ( var b = a . element , c = this , d = c . forExport , e = m ( a . textStr , "" ) . toString ( ) , f = e . indexOf ( "<" ) !== - 1 , g = b . childNodes , h , i , j = H ( b , "x" ) , k = a . styles , l = a . textWidth , o = k && k . lineHeight , n = g . length , s = function ( a ) { return o ? z ( o ) : c . fontMetrics ( /(px|em)$/ . test ( a && a . style . fontSize ) ? a . style . fontSize : k && k . fontSize || c . style . fontSize || 12 ) . h } ; n -- ; ) b . removeChild ( g [ n ] ) ; ! f && e . indexOf ( " " ) === - 1 ? b . appendChild ( y . createTextNode ( e ) ) : ( h = /<.*style="([^"]+)".*>/ , i = /<.*href="(http[^"]+)".*>/ , l && ! a . added && this . box . appendChild ( b ) ,
e = f ? e . replace ( /<(b|strong)>/g , '<span style="font-weight:bold">' ) . replace ( /<(i|em)>/g , '<span style="font-style:italic">' ) . replace ( /<a/g , "<span" ) . replace ( /<\/(b|strong|i|em|a)>/g , "</span>" ) . split ( /<br.*?>/g ) : [ e ] , e [ e . length - 1 ] === "" && e . pop ( ) , p ( e , function ( e , f ) { var g , n = 0 , e = e . replace ( /<span/g , "|||<span" ) . replace ( /<\/span>/g , "</span>|||" ) ; g = e . split ( "|||" ) ; p ( g , function ( e ) { if ( e !== "" || g . length === 1 ) { var o = { } , m = y . createElementNS ( xa , "tspan" ) , p ; h . test ( e ) && ( p = e . match ( h ) [ 1 ] . replace ( /(;| |^)color([ :])/ , "$1fill$2" ) ,
H ( m , "style" , p ) ) ; i . test ( e ) && ! d && ( H ( m , "onclick" , 'location.href="' + e . match ( i ) [ 1 ] + '"' ) , G ( m , { cursor : "pointer" } ) ) ; e = ( e . replace ( /<(.|\n)*?>/g , "" ) || " " ) . replace ( /</g , "<" ) . replace ( />/g , ">" ) ; if ( e !== " " ) { m . appendChild ( y . createTextNode ( e ) ) ; if ( n ) o . dx = 0 ; else if ( f && j !== null ) o . x = j ; H ( m , o ) ; ! n && f && ( ! aa && d && G ( m , { display : "block" } ) , H ( m , "dy" , s ( m ) , ib && m . offsetHeight ) ) ; b . appendChild ( m ) ; n ++ ; if ( l ) for ( var e = e . replace ( /([^\^])-/g , "$1- " ) . split ( " " ) , o = e . length > 1 && k . whiteSpace !== "nowrap" , $ , r , B = a . _clipHeight , q = [ ] , v = s ( ) , t =
1 ; o && ( e . length || q . length ) ; ) delete a . bBox , $ = a . getBBox ( ) , r = $ . width , ! aa && c . forExport && ( r = c . measureSpanWidth ( m . firstChild . data , a . styles ) ) , $ = r > l , ! $ || e . length === 1 ? ( e = q , q = [ ] , e . length && ( t ++ , B && t * v > B ? ( e = [ "..." ] , a . attr ( "title" , a . textStr ) ) : ( m = y . createElementNS ( xa , "tspan" ) , H ( m , { dy : v , x : j } ) , p && H ( m , "style" , p ) , b . appendChild ( m ) , r > l && ( l = r ) ) ) ) : ( m . removeChild ( m . firstChild ) , q . unshift ( e . pop ( ) ) ) , e . length && m . appendChild ( y . createTextNode ( e . join ( " " ) . replace ( /- /g , "-" ) ) ) } } } ) } ) ) } , button : function ( a , b , c , d , e , f , g , h , i ) { var j = this . label ( a ,
b , c , i , null , null , null , null , "button" ) , k = 0 , l , o , n , s , m , p , a = { x1 : 0 , y1 : 0 , x2 : 0 , y2 : 1 } , e = w ( { "stroke-width" : 1 , stroke : "#CCCCCC" , fill : { linearGradient : a , stops : [ [ 0 , "#FEFEFE" ] , [ 1 , "#F6F6F6" ] ] } , r : 2 , padding : 5 , style : { color : "black" } } , e ) ; n = e . style ; delete e . style ; f = w ( e , { stroke : "#68A" , fill : { linearGradient : a , stops : [ [ 0 , "#FFF" ] , [ 1 , "#ACF" ] ] } } , f ) ; s = f . style ; delete f . style ; g = w ( e , { stroke : "#68A" , fill : { linearGradient : a , stops : [ [ 0 , "#9BD" ] , [ 1 , "#CDF" ] ] } } , g ) ; m = g . style ; delete g . style ; h = w ( e , { style : { color : "#CCC" } } , h ) ; p = h . style ; delete h . style ;
K ( j . element , Aa ? "mouseover" : "mouseenter" , function ( ) { k !== 3 && j . attr ( f ) . css ( s ) } ) ; K ( j . element , Aa ? "mouseout" : "mouseleave" , function ( ) { k !== 3 && ( l = [ e , f , g ] [ k ] , o = [ n , s , m ] [ k ] , j . attr ( l ) . css ( o ) ) } ) ; j . setState = function ( a ) { ( j . state = k = a ) ? a === 2 ? j . attr ( g ) . css ( m ) : a === 3 && j . attr ( h ) . css ( p ) : j . attr ( e ) . css ( n ) } ; return j . on ( "click" , function ( ) { k !== 3 && d . call ( j ) } ) . attr ( e ) . css ( q ( { cursor : "default" } , n ) ) } , crispLine : function ( a , b ) { a [ 1 ] === a [ 4 ] && ( a [ 1 ] = a [ 4 ] = u ( a [ 1 ] ) - b % 2 / 2 ) ; a [ 2 ] === a [ 5 ] && ( a [ 2 ] = a [ 5 ] = u ( a [ 2 ] ) + b % 2 / 2 ) ; return a } , path : function ( a ) { var b =
{ fill : Q } ; La ( a ) ? b . d = a : ca ( a ) && q ( b , a ) ; return this . createElement ( "path" ) . attr ( b ) } , circle : function ( a , b , c ) { a = ca ( a ) ? a : { x : a , y : b , r : c } ; b = this . createElement ( "circle" ) ; b . xSetter = function ( a ) { this . element . setAttribute ( "cx" , a ) } ; b . ySetter = function ( a ) { this . element . setAttribute ( "cy" , a ) } ; return b . attr ( a ) } , arc : function ( a , b , c , d , e , f ) { if ( ca ( a ) ) b = a . y , c = a . r , d = a . innerR , e = a . start , f = a . end , a = a . x ; a = this . symbol ( "arc" , a || 0 , b || 0 , c || 0 , c || 0 , { innerR : d || 0 , start : e || 0 , end : f || 0 } ) ; a . r = c ; return a } , rect : function ( a , b , c , d , e , f ) { var e = ca ( a ) ? a . r :
e , g = this . createElement ( "rect" ) , a = ca ( a ) ? a : a === t ? { } : { x : a , y : b , width : v ( c , 0 ) , height : v ( d , 0 ) } ; if ( f !== t ) a . strokeWidth = f , a = g . crisp ( a ) ; if ( e ) a . r = e ; g . rSetter = function ( a ) { H ( this . element , { rx : a , ry : a } ) } ; return g . attr ( a ) } , setSize : function ( a , b , c ) { var d = this . alignedObjects , e = d . length ; this . width = a ; this . height = b ; for ( this . boxWrapper [ m ( c , ! 0 ) ? "animate" : "attr" ] ( { width : a , height : b } ) ; e -- ; ) d [ e ] . align ( ) } , g : function ( a ) { var b = this . createElement ( "g" ) ; return r ( a ) ? b . attr ( { "class" : "highcharts-" + a } ) : b } , image : function ( a , b , c , d , e ) { var f =
{ preserveAspectRatio : Q } ; arguments . length > 1 && q ( f , { x : b , y : c , width : d , height : e } ) ; f = this . createElement ( "image" ) . attr ( f ) ; f . element . setAttributeNS ? f . element . setAttributeNS ( "http://www.w3.org/1999/xlink" , "href" , a ) : f . element . setAttribute ( "hc-svg-href" , a ) ; return f } , symbol : function ( a , b , c , d , e , f ) { var g , h = this . symbols [ a ] , h = h && h ( u ( b ) , u ( c ) , d , e , f ) , i = /^url\((.*?)\)$/ , j , k ; if ( h ) g = this . path ( h ) , q ( g , { symbolName : a , x : b , y : c , width : d , height : e } ) , f && q ( g , f ) ; else if ( i . test ( a ) ) k = function ( a , b ) { a . element && ( a . attr ( { width : b [ 0 ] , height : b [ 1 ] } ) ,
a . alignByTranslate || a . translate ( u ( ( d - b [ 0 ] ) / 2 ) , u ( ( e - b [ 1 ] ) / 2 ) ) ) } , j = a . match ( i ) [ 1 ] , a = Kb [ j ] , g = this . image ( j ) . attr ( { x : b , y : c } ) , g . isImg = ! 0 , a ? k ( g , a ) : ( g . attr ( { width : 0 , height : 0 } ) , Y ( "img" , { onload : function ( ) { k ( g , Kb [ j ] = [ this . width , this . height ] ) } , src : j } ) ) ; return g } , symbols : { circle : function ( a , b , c , d ) { var e = 0.166 * c ; return [ "M" , a + c / 2 , b , "C" , a + c + e , b , a + c + e , b + d , a + c / 2 , b + d , "C" , a - e , b + d , a - e , b , a + c / 2 , b , "Z" ] } , square : function ( a , b , c , d ) { return [ "M" , a , b , "L" , a + c , b , a + c , b + d , a , b + d , "Z" ] } , triangle : function ( a , b , c , d ) { return [ "M" , a + c / 2 , b , "L" ,
a + c , b + d , a , b + d , "Z" ] } , "triangle-down" : function ( a , b , c , d ) { return [ "M" , a , b , "L" , a + c , b , a + c / 2 , b + d , "Z" ] } , diamond : function ( a , b , c , d ) { return [ "M" , a + c / 2 , b , "L" , a + c , b + d / 2 , a + c / 2 , b + d , a , b + d / 2 , "Z" ] } , arc : function ( a , b , c , d , e ) { var f = e . start , c = e . r || c || d , g = e . end - 0.001 , d = e . innerR , h = e . open , i = Z ( f ) , j = ea ( f ) , k = Z ( g ) , g = ea ( g ) , e = e . end - f < ma ? 0 : 1 ; return [ "M" , a + c * i , b + c * j , "A" , c , c , 0 , e , 1 , a + c * k , b + c * g , h ? "M" : "L" , a + d * k , b + d * g , "A" , d , d , 0 , e , 0 , a + d * i , b + d * j , h ? "" : "Z" ] } , callout : function ( a , b , c , d , e ) { var f = C ( e && e . r || 0 , c , d ) , g = f + 6 , h = e && e . anchorX , i = e && e . anchorY ,
e = u ( e . strokeWidth || 0 ) % 2 / 2 ; a += e ; b += e ; e = [ "M" , a + f , b , "L" , a + c - f , b , "C" , a + c , b , a + c , b , a + c , b + f , "L" , a + c , b + d - f , "C" , a + c , b + d , a + c , b + d , a + c - f , b + d , "L" , a + f , b + d , "C" , a , b + d , a , b + d , a , b + d - f , "L" , a , b + f , "C" , a , b , a , b , a + f , b ] ; h && h > c && i > b + g && i < b + d - g ? e . splice ( 13 , 3 , "L" , a + c , i - 6 , a + c + 6 , i , a + c , i + 6 , a + c , b + d - f ) : h && h < 0 && i > b + g && i < b + d - g ? e . splice ( 33 , 3 , "L" , a , i + 6 , a - 6 , i , a , i - 6 , a , b + f ) : i && i > d && h > a + g && h < a + c - g ? e . splice ( 23 , 3 , "L" , h + 6 , b + d , h , b + d + 6 , h - 6 , b + d , a + f , b + d ) : i && i < 0 && h > a + g && h < a + c - g && e . splice ( 3 , 3 , "L" , h - 6 , b , h , b - 6 , h + 6 , b , c - f , b ) ; return e } } , clipRect : function ( a ,
b , c , d ) { var e = "highcharts-" + tb ++ , f = this . createElement ( "clipPath" ) . attr ( { id : e } ) . add ( this . defs ) , a = this . rect ( a , b , c , d , 0 ) . add ( f ) ; a . id = e ; a . clipPath = f ; return a } , text : function ( a , b , c , d ) { var e = fa || ! aa && this . forExport , f = { } ; if ( d && ! this . forExport ) return this . html ( a , b , c ) ; f . x = Math . round ( b || 0 ) ; if ( c ) f . y = Math . round ( c ) ; if ( a || a === 0 ) f . text = a ; a = this . createElement ( "text" ) . attr ( f ) ; e && a . css ( { position : "absolute" } ) ; if ( ! d ) a . xSetter = function ( a , b , c ) { var d = c . childNodes , e , f ; for ( f = 1 ; f < d . length ; f ++ ) e = d [ f ] , e . getAttribute ( "x" ) === c . getAttribute ( "x" ) &&
e . setAttribute ( "x" , a ) ; c . setAttribute ( b , a ) } ; return a } , fontMetrics : function ( a ) { var a = a || this . style . fontSize , a = /px/ . test ( a ) ? z ( a ) : /em/ . test ( a ) ? parseFloat ( a ) * 12 : 12 , a = a < 24 ? a + 4 : u ( a * 1.2 ) , b = u ( a * 0.8 ) ; return { h : a , b : b } } , label : function ( a , b , c , d , e , f , g , h , i ) { function j ( ) { var a , b ; a = s . element . style ; J = ( Va === void 0 || wb === void 0 || n . styles . textAlign ) && s . textStr && s . getBBox ( ) ; n . width = ( Va || J . width || 0 ) + 2 * x + v ; n . height = ( wb || J . height || 0 ) + 2 * x ; na = x + o . fontMetrics ( a && a . fontSize ) . b ; if ( z ) { if ( ! m ) a = u ( - L * x ) , b = h ? - na : 0 , n . box = m = d ? o . symbol ( d ,
a , b , n . width , n . height , B ) : o . rect ( a , b , n . width , n . height , 0 , B [ Pb ] ) , m . attr ( "fill" , Q ) . add ( n ) ; m . isImg || m . attr ( q ( { width : u ( n . width ) , height : u ( n . height ) } , B ) ) ; B = null } } function k ( ) { var a = n . styles , a = a && a . textAlign , b = v + x * ( 1 - L ) , c ; c = h ? 0 : na ; if ( r ( Va ) && J && ( a === "center" || a === "right" ) ) b += { center : 0.5 , right : 1 } [ a ] * ( Va - J . width ) ; if ( b !== s . x || c !== s . y ) s . attr ( "x" , b ) , c !== t && s . attr ( "y" , c ) ; s . x = b ; s . y = c } function l ( a , b ) { m ? m . attr ( a , b ) : B [ a ] = b } var o = this , n = o . g ( i ) , s = o . text ( "" , 0 , 0 , g ) . attr ( { zIndex : 1 } ) , m , J , L = 0 , x = 3 , v = 0 , Va , wb , xb , yb , y = 0 , B = { } , na ,
z ; n . onAdd = function ( ) { s . add ( n ) ; n . attr ( { text : a || "" , x : b , y : c } ) ; m && r ( e ) && n . attr ( { anchorX : e , anchorY : f } ) } ; n . widthSetter = function ( a ) { Va = a } ; n . heightSetter = function ( a ) { wb = a } ; n . paddingSetter = function ( a ) { r ( a ) && a !== x && ( x = a , k ( ) ) } ; n . paddingLeftSetter = function ( a ) { r ( a ) && a !== v && ( v = a , k ( ) ) } ; n . alignSetter = function ( a ) { L = { left : 0 , center : 0.5 , right : 1 } [ a ] } ; n . textSetter = function ( a ) { a !== t && s . textSetter ( a ) ; j ( ) ; k ( ) } ; n [ "stroke-widthSetter" ] = function ( a , b ) { a && ( z = ! 0 ) ; y = a % 2 / 2 ; l ( b , a ) } ; n . strokeSetter = n . fillSetter = n . rSetter = function ( a ,
b ) { b === "fill" && a && ( z = ! 0 ) ; l ( b , a ) } ; n . anchorXSetter = function ( a , b ) { e = a ; l ( b , a + y - xb ) } ; n . anchorYSetter = function ( a , b ) { f = a ; l ( b , a - yb ) } ; n . xSetter = function ( a ) { n . x = a ; L && ( a -= L * ( ( Va || J . width ) + x ) ) ; xb = u ( a ) ; n . attr ( "translateX" , xb ) } ; n . ySetter = function ( a ) { yb = n . y = u ( a ) ; n . attr ( "translateY" , yb ) } ; var A = n . css ; return q ( n , { css : function ( a ) { if ( a ) { var b = { } , a = w ( a ) ; p ( "fontSize,fontWeight,fontFamily,color,lineHeight,width,textDecoration,textShadow" . split ( "," ) , function ( c ) { a [ c ] !== t && ( b [ c ] = a [ c ] , delete a [ c ] ) } ) ; s . css ( b ) } return A . call ( n ,
a ) } , getBBox : function ( ) { return { width : J . width + 2 * x , height : J . height + 2 * x , x : J . x - x , y : J . y - x } } , shadow : function ( a ) { m && m . shadow ( a ) ; return n } , destroy : function ( ) { W ( n . element , "mouseenter" ) ; W ( n . element , "mouseleave" ) ; s && ( s = s . destroy ( ) ) ; m && ( m = m . destroy ( ) ) ; P . prototype . destroy . call ( n ) ; n = o = j = k = l = null } } ) } } ; Za = ta ; q ( P . prototype , { htmlCss : function ( a ) { var b = this . element ; if ( b = a && b . tagName === "SPAN" && a . width ) delete a . width , this . textWidth = b , this . updateTransform ( ) ; this . styles = q ( this . styles , a ) ; G ( this . element , a ) ; return this } , htmlGetBBox : function ( ) { var a =
this . element , b = this . bBox ; if ( ! b ) { if ( a . nodeName === "text" ) a . style . position = "absolute" ; b = this . bBox = { x : a . offsetLeft , y : a . offsetTop , width : a . offsetWidth , height : a . offsetHeight } } return b } , htmlUpdateTransform : function ( ) { if ( this . added ) { var a = this . renderer , b = this . element , c = this . translateX || 0 , d = this . translateY || 0 , e = this . x || 0 , f = this . y || 0 , g = this . textAlign || "left" , h = { left : 0 , center : 0.5 , right : 1 } [ g ] , i = this . shadows ; G ( b , { marginLeft : c , marginTop : d } ) ; i && p ( i , function ( a ) { G ( a , { marginLeft : c + 1 , marginTop : d + 1 } ) } ) ; this . inverted &&
p ( b . childNodes , function ( c ) { a . invertChild ( c , b ) } ) ; if ( b . tagName === "SPAN" ) { var j = this . rotation , k , l = z ( this . textWidth ) , o = [ j , g , b . innerHTML , this . textWidth ] . join ( "," ) ; if ( o !== this . cTT ) { k = a . fontMetrics ( b . style . fontSize ) . b ; r ( j ) && this . setSpanRotation ( j , h , k ) ; i = m ( this . elemWidth , b . offsetWidth ) ; if ( i > l && /[ \-]/ . test ( b . textContent || b . innerText ) ) G ( b , { width : l + "px" , display : "block" , whiteSpace : "normal" } ) , i = l ; this . getSpanCorrection ( i , k , h , j , g ) } G ( b , { left : e + ( this . xCorr || 0 ) + "px" , top : f + ( this . yCorr || 0 ) + "px" } ) ; if ( ib ) k = b . offsetHeight ;
this . cTT = o } } else this . alignOnAdd = ! 0 } , setSpanRotation : function ( a , b , c ) { var d = { } , e = Aa ? "-ms-transform" : ib ? "-webkit-transform" : Ta ? "MozTransform" : Ib ? "-o-transform" : "" ; d [ e ] = d . transform = "rotate(" + a + "deg)" ; d [ e + ( Ta ? "Origin" : "-origin" ) ] = d . transformOrigin = b * 100 + "% " + c + "px" ; G ( this . element , d ) } , getSpanCorrection : function ( a , b , c ) { this . xCorr = - a * c ; this . yCorr = - b } } ) ; q ( ta . prototype , { html : function ( a , b , c ) { var d = this . createElement ( "span" ) , e = d . element , f = d . renderer ; d . textSetter = function ( a ) { a !== e . innerHTML && delete this . bBox ;
e . innerHTML = this . textStr = a } ; d . xSetter = d . ySetter = d . alignSetter = d . rotationSetter = function ( a , b ) { b === "align" && ( b = "textAlign" ) ; d [ b ] = a ; d . htmlUpdateTransform ( ) } ; d . attr ( { text : a , x : u ( b ) , y : u ( c ) } ) . css ( { position : "absolute" , whiteSpace : "nowrap" , fontFamily : this . style . fontFamily , fontSize : this . style . fontSize } ) ; d . css = d . htmlCss ; if ( f . isSVG ) d . add = function ( a ) { var b , c = f . box . parentNode , j = [ ] ; if ( this . parentGroup = a ) { if ( b = a . div , ! b ) { for ( ; a ; ) j . push ( a ) , a = a . parentGroup ; p ( j . reverse ( ) , function ( a ) { var d ; b = a . div = a . div || Y ( Ja , { className : H ( a . element ,
"class" ) } , { position : "absolute" , left : ( a . translateX || 0 ) + "px" , top : ( a . translateY || 0 ) + "px" } , b || c ) ; d = b . style ; q ( a , { translateXSetter : function ( b , c ) { d . left = b + "px" ; a [ c ] = b ; a . doTransform = ! 0 } , translateYSetter : function ( b , c ) { d . top = b + "px" ; a [ c ] = b ; a . doTransform = ! 0 } , visibilitySetter : function ( a , b ) { d [ b ] = a } } ) } ) } } else b = c ; b . appendChild ( e ) ; d . added = ! 0 ; d . alignOnAdd && d . htmlUpdateTransform ( ) ; return d } ; return d } } ) ; var X ; if ( ! aa && ! fa ) { R . VMLElement = X = { init : function ( a , b ) { var c = [ "<" , b , ' filled="f" stroked="f"' ] , d = [ "position: " , "absolute" ,
";" ] , e = b === Ja ; ( b === "shape" || e ) && d . push ( "left:0;top:0;width:1px;height:1px;" ) ; d . push ( "visibility: " , e ? "hidden" : "visible" ) ; c . push ( ' style="' , d . join ( "" ) , '"/>' ) ; if ( b ) c = e || b === "span" || b === "img" ? c . join ( "" ) : a . prepVML ( c ) , this . element = Y ( c ) ; this . renderer = a } , add : function ( a ) { var b = this . renderer , c = this . element , d = b . box , d = a ? a . element || a : d ; a && a . inverted && b . invertChild ( c , d ) ; d . appendChild ( c ) ; this . added = ! 0 ; this . alignOnAdd && ! this . deferUpdateTransform && this . updateTransform ( ) ; if ( this . onAdd ) this . onAdd ( ) ; return this } , updateTransform : P . prototype . htmlUpdateTransform ,
setSpanRotation : function ( ) { var a = this . rotation , b = Z ( a * Ca ) , c = ea ( a * Ca ) ; G ( this . element , { filter : a ? [ "progid:DXImageTransform.Microsoft.Matrix(M11=" , b , ", M12=" , - c , ", M21=" , c , ", M22=" , b , ", sizingMethod='auto expand')" ] . join ( "" ) : Q } ) } , getSpanCorrection : function ( a , b , c , d , e ) { var f = d ? Z ( d * Ca ) : 1 , g = d ? ea ( d * Ca ) : 0 , h = m ( this . elemHeight , this . element . offsetHeight ) , i ; this . xCorr = f < 0 && - a ; this . yCorr = g < 0 && - h ; i = f * g < 0 ; this . xCorr += g * b * ( i ? 1 - c : c ) ; this . yCorr -= f * b * ( d ? i ? c : 1 - c : 1 ) ; e && e !== "left" && ( this . xCorr -= a * c * ( f < 0 ? - 1 : 1 ) , d && ( this . yCorr -=
h * c * ( g < 0 ? - 1 : 1 ) ) , G ( this . element , { textAlign : e } ) ) } , pathToVML : function ( a ) { for ( var b = a . length , c = [ ] ; b -- ; ) if ( ha ( a [ b ] ) ) c [ b ] = u ( a [ b ] * 10 ) - 5 ; else if ( a [ b ] === "Z" ) c [ b ] = "x" ; else if ( c [ b ] = a [ b ] , a . isArc && ( a [ b ] === "wa" || a [ b ] === "at" ) ) c [ b + 5 ] === c [ b + 7 ] && ( c [ b + 7 ] += a [ b + 7 ] > a [ b + 5 ] ? 1 : - 1 ) , c [ b + 6 ] === c [ b + 8 ] && ( c [ b + 8 ] += a [ b + 8 ] > a [ b + 6 ] ? 1 : - 1 ) ; return c . join ( " " ) || "x" } , clip : function ( a ) { var b = this , c ; a ? ( c = a . members , ja ( c , b ) , c . push ( b ) , b . destroyClip = function ( ) { ja ( c , b ) } , a = a . getCSS ( b ) ) : ( b . destroyClip && b . destroyClip ( ) , a = { clip : hb ? "inherit" : "rect(auto)" } ) ;
return b . css ( a ) } , css : P . prototype . htmlCss , safeRemoveChild : function ( a ) { a . parentNode && Pa ( a ) } , destroy : function ( ) { this . destroyClip && this . destroyClip ( ) ; return P . prototype . destroy . apply ( this ) } , on : function ( a , b ) { this . element [ "on" + a ] = function ( ) { var a = I . event ; a . target = a . srcElement ; b ( a ) } ; return this } , cutOffPath : function ( a , b ) { var c , a = a . split ( /[ ,]/ ) ; c = a . length ; if ( c === 9 || c === 11 ) a [ c - 4 ] = a [ c - 2 ] = z ( a [ c - 2 ] ) - 10 * b ; return a . join ( " " ) } , shadow : function ( a , b , c ) { var d = [ ] , e , f = this . element , g = this . renderer , h , i = f . style , j , k = f . path ,
l , o , n , s ; k && typeof k . value !== "string" && ( k = "x" ) ; o = k ; if ( a ) { n = m ( a . width , 3 ) ; s = ( a . opacity || 0.15 ) / n ; for ( e = 1 ; e <= 3 ; e ++ ) { l = n * 2 + 1 - 2 * e ; c && ( o = this . cutOffPath ( k . value , l + 0.5 ) ) ; j = [ '<shape isShadow="true" strokeweight="' , l , '" filled="false" path="' , o , '" coordsize="10 10" style="' , f . style . cssText , '" />' ] ; h = Y ( g . prepVML ( j ) , null , { left : z ( i . left ) + m ( a . offsetX , 1 ) , top : z ( i . top ) + m ( a . offsetY , 1 ) } ) ; if ( c ) h . cutOff = l + 1 ; j = [ '<stroke color="' , a . color || "black" , '" opacity="' , s * e , '"/>' ] ; Y ( g . prepVML ( j ) , null , null , h ) ; b ? b . element . appendChild ( h ) :
f . parentNode . insertBefore ( h , f ) ; d . push ( h ) } this . shadows = d } return this } , updateShadows : sa , setAttr : function ( a , b ) { hb ? this . element [ a ] = b : this . element . setAttribute ( a , b ) } , classSetter : function ( a ) { this . element . className = a } , dashstyleSetter : function ( a , b , c ) { ( c . getElementsByTagName ( "stroke" ) [ 0 ] || Y ( this . renderer . prepVML ( [ "<stroke/>" ] ) , null , null , c ) ) [ b ] = a || "solid" ; this [ b ] = a } , dSetter : function ( a , b , c ) { var d = this . shadows , a = a || [ ] ; this . d = a . join ( " " ) ; c . path = a = this . pathToVML ( a ) ; if ( d ) for ( c = d . length ; c -- ; ) d [ c ] . path = d [ c ] . cutOff ?
this . cutOffPath ( a , d [ c ] . cutOff ) : a ; this . setAttr ( b , a ) } , fillSetter : function ( a , b , c ) { var d = c . nodeName ; if ( d === "SPAN" ) c . style . color = a ; else if ( d !== "IMG" ) c . filled = a !== Q , this . setAttr ( "fillcolor" , this . renderer . color ( a , c , b , this ) ) } , opacitySetter : sa , rotationSetter : function ( a , b , c ) { c = c . style ; this [ b ] = c [ b ] = a ; c . left = - u ( ea ( a * Ca ) + 1 ) + "px" ; c . top = u ( Z ( a * Ca ) ) + "px" } , strokeSetter : function ( a , b , c ) { this . setAttr ( "strokecolor" , this . renderer . color ( a , c , b ) ) } , "stroke-widthSetter" : function ( a , b , c ) { c . stroked = ! ! a ; this [ b ] = a ; ha ( a ) && ( a += "px" ) ;
this . setAttr ( "strokeweight" , a ) } , titleSetter : function ( a , b ) { this . setAttr ( b , a ) } , visibilitySetter : function ( a , b , c ) { a === "inherit" && ( a = "visible" ) ; this . shadows && p ( this . shadows , function ( c ) { c . style [ b ] = a } ) ; c . nodeName === "DIV" && ( a = a === "hidden" ? "-999em" : 0 , hb || ( c . style [ b ] = a ? "visible" : "hidden" ) , b = "top" ) ; c . style [ b ] = a } , xSetter : function ( a , b , c ) { this [ b ] = a ; b === "x" ? b = "left" : b === "y" && ( b = "top" ) ; this . updateClipping ? ( this [ b ] = a , this . updateClipping ( ) ) : c . style [ b ] = a } , zIndexSetter : function ( a , b , c ) { c . style [ b ] = a } } ; X = ka ( P , X ) ; X . prototype . ySetter =
X . prototype . widthSetter = X . prototype . heightSetter = X . prototype . xSetter ; var ga = { Element : X , isIE8 : wa . indexOf ( "MSIE 8.0" ) > - 1 , init : function ( a , b , c , d ) { var e ; this . alignedObjects = [ ] ; d = this . createElement ( Ja ) . css ( q ( this . getStyle ( d ) , { position : "relative" } ) ) ; e = d . element ; a . appendChild ( d . element ) ; this . isVML = ! 0 ; this . box = e ; this . boxWrapper = d ; this . cache = { } ; this . setSize ( b , c , ! 1 ) ; if ( ! y . namespaces . hcv ) { y . namespaces . add ( "hcv" , "urn:schemas-microsoft-com:vml" ) ; try { y . createStyleSheet ( ) . cssText = "hcv\\:fill, hcv\\:path, hcv\\:shape, hcv\\:stroke{ behavior:url(#default#VML); display: inline-block; } " } catch ( f ) { y . styleSheets [ 0 ] . cssText +=
"hcv\\:fill, hcv\\:path, hcv\\:shape, hcv\\:stroke{ behavior:url(#default#VML); display: inline-block; } " } } } , isHidden : function ( ) { return ! this . box . offsetWidth } , clipRect : function ( a , b , c , d ) { var e = this . createElement ( ) , f = ca ( a ) ; return q ( e , { members : [ ] , left : ( f ? a . x : a ) + 1 , top : ( f ? a . y : b ) + 1 , width : ( f ? a . width : c ) - 1 , height : ( f ? a . height : d ) - 1 , getCSS : function ( a ) { var b = a . element , c = b . nodeName , a = a . inverted , d = this . top - ( c === "shape" ? b . offsetTop : 0 ) , e = this . left , b = e + this . width , f = d + this . height , d = { clip : "rect(" + u ( a ? e : d ) + "px," + u ( a ?
f : b ) + "px," + u ( a ? b : f ) + "px," + u ( a ? d : e ) + "px)" } ; ! a && hb && c === "DIV" && q ( d , { width : b + "px" , height : f + "px" } ) ; return d } , updateClipping : function ( ) { p ( e . members , function ( a ) { a . element && a . css ( e . getCSS ( a ) ) } ) } } ) } , color : function ( a , b , c , d ) { var e = this , f , g = /^rgba/ , h , i , j = Q ; a && a . linearGradient ? i = "gradient" : a && a . radialGradient && ( i = "pattern" ) ; if ( i ) { var k , l , o = a . linearGradient || a . radialGradient , n , s , m , J , L , x = "" , a = a . stops , r , v = [ ] , q = function ( ) { h = [ '<fill colors="' + v . join ( "," ) + '" opacity="' , m , '" o:opacity2="' , s , '" type="' , i , '" ' , x , 'focus="100%" method="any" />' ] ;
Y ( e . prepVML ( h ) , null , null , b ) } ; n = a [ 0 ] ; r = a [ a . length - 1 ] ; n [ 0 ] > 0 && a . unshift ( [ 0 , n [ 1 ] ] ) ; r [ 0 ] < 1 && a . push ( [ 1 , r [ 1 ] ] ) ; p ( a , function ( a , b ) { g . test ( a [ 1 ] ) ? ( f = ya ( a [ 1 ] ) , k = f . get ( "rgb" ) , l = f . get ( "a" ) ) : ( k = a [ 1 ] , l = 1 ) ; v . push ( a [ 0 ] * 100 + "% " + k ) ; b ? ( m = l , J = k ) : ( s = l , L = k ) } ) ; if ( c === "fill" ) if ( i === "gradient" ) c = o . x1 || o [ 0 ] || 0 , a = o . y1 || o [ 1 ] || 0 , n = o . x2 || o [ 2 ] || 0 , o = o . y2 || o [ 3 ] || 0 , x = 'angle="' + ( 90 - U . atan ( ( o - a ) / ( n - c ) ) * 180 / ma ) + '"' , q ( ) ; else { var j = o . r , t = j * 2 , u = j * 2 , y = o . cx , B = o . cy , na = b . radialReference , w , j = function ( ) { na && ( w = d . getBBox ( ) , y += ( na [ 0 ] - w . x ) / w . width -
0.5 , B += ( na [ 1 ] - w . y ) / w . height - 0.5 , t *= na [ 2 ] / w . width , u *= na [ 2 ] / w . height ) ; x = 'src="' + E . global . VMLRadialGradientURL + '" size="' + t + "," + u + '" origin="0.5,0.5" position="' + y + "," + B + '" color2="' + L + '" ' ; q ( ) } ; d . added ? j ( ) : d . onAdd = j ; j = J } else j = k } else if ( g . test ( a ) && b . tagName !== "IMG" ) f = ya ( a ) , h = [ "<" , c , ' opacity="' , f . get ( "a" ) , '"/>' ] , Y ( this . prepVML ( h ) , null , null , b ) , j = f . get ( "rgb" ) ; else { j = b . getElementsByTagName ( c ) ; if ( j . length ) j [ 0 ] . opacity = 1 , j [ 0 ] . type = "solid" ; j = a } return j } , prepVML : function ( a ) { var b = this . isIE8 , a = a . join ( "" ) ; b ?
( a = a . replace ( "/>" , ' xmlns="urn:schemas-microsoft-com:vml" />' ) , a = a . indexOf ( 'style="' ) === - 1 ? a . replace ( "/>" , ' style="display:inline-block;behavior:url(#default#VML);" />' ) : a . replace ( 'style="' , 'style="display:inline-block;behavior:url(#default#VML);' ) ) : a = a . replace ( "<" , "<hcv:" ) ; return a } , text : ta . prototype . html , path : function ( a ) { var b = { coordsize : "10 10" } ; La ( a ) ? b . d = a : ca ( a ) && q ( b , a ) ; return this . createElement ( "shape" ) . attr ( b ) } , circle : function ( a , b , c ) { var d = this . symbol ( "circle" ) ; if ( ca ( a ) ) c = a . r , b = a . y , a = a . x ; d . isCircle =
! 0 ; d . r = c ; return d . attr ( { x : a , y : b } ) } , g : function ( a ) { var b ; a && ( b = { className : "highcharts-" + a , "class" : "highcharts-" + a } ) ; return this . createElement ( Ja ) . attr ( b ) } , image : function ( a , b , c , d , e ) { var f = this . createElement ( "img" ) . attr ( { src : a } ) ; arguments . length > 1 && f . attr ( { x : b , y : c , width : d , height : e } ) ; return f } , createElement : function ( a ) { return a === "rect" ? this . symbol ( a ) : ta . prototype . createElement . call ( this , a ) } , invertChild : function ( a , b ) { var c = this , d = b . style , e = a . tagName === "IMG" && a . style ; G ( a , { flip : "x" , left : z ( d . width ) - ( e ? z ( e . top ) :
1 ) , top : z ( d . height ) - ( e ? z ( e . left ) : 1 ) , rotation : - 90 } ) ; p ( a . childNodes , function ( b ) { c . invertChild ( b , a ) } ) } , symbols : { arc : function ( a , b , c , d , e ) { var f = e . start , g = e . end , h = e . r || c || d , c = e . innerR , d = Z ( f ) , i = ea ( f ) , j = Z ( g ) , k = ea ( g ) ; if ( g - f === 0 ) return [ "x" ] ; f = [ "wa" , a - h , b - h , a + h , b + h , a + h * d , b + h * i , a + h * j , b + h * k ] ; e . open && ! c && f . push ( "e" , "M" , a , b ) ; f . push ( "at" , a - c , b - c , a + c , b + c , a + c * j , b + c * k , a + c * d , b + c * i , "x" , "e" ) ; f . isArc = ! 0 ; return f } , circle : function ( a , b , c , d , e ) { e && ( c = d = 2 * e . r ) ; e && e . isCircle && ( a -= c / 2 , b -= d / 2 ) ; return [ "wa" , a , b , a + c , b + d , a + c , b + d / 2 , a +
c , b + d / 2 , "e" ] } , rect : function ( a , b , c , d , e ) { return ta . prototype . symbols [ ! r ( e ) || ! e . r ? "square" : "callout" ] . call ( 0 , a , b , c , d , e ) } } } ; R . VMLRenderer = X = function ( ) { this . init . apply ( this , arguments ) } ; X . prototype = w ( ta . prototype , ga ) ; Za = X } ta . prototype . measureSpanWidth = function ( a , b ) { var c = y . createElement ( "span" ) , d ; d = y . createTextNode ( a ) ; c . appendChild ( d ) ; G ( c , b ) ; this . box . appendChild ( c ) ; d = c . offsetWidth ; Pa ( c ) ; return d } ; var Lb ; if ( fa ) R . CanVGRenderer = X = function ( ) { xa = "http://www.w3.org/1999/xhtml" } , X . prototype . symbols = { } , Lb = function ( ) { function a ( ) { var a =
b . length , d ; for ( d = 0 ; d < a ; d ++ ) b [ d ] ( ) ; b = [ ] } var b = [ ] ; return { push : function ( c , d ) { b . length === 0 && Qb ( d , a ) ; b . push ( c ) } } } ( ) , Za = X ; Sa . prototype = { addLabel : function ( ) { var a = this . axis , b = a . options , c = a . chart , d = a . horiz , e = a . categories , f = a . names , g = this . pos , h = b . labels , i = a . tickPositions , d = d && e && ! h . step && ! h . staggerLines && ! h . rotation && c . plotWidth / i . length || ! d && ( c . margin [ 3 ] || c . chartWidth * 0.33 ) , j = g === i [ 0 ] , k = g === i [ i . length - 1 ] , l , f = e ? m ( e [ g ] , f [ g ] , g ) : g , e = this . label , o = i . info ; a . isDatetimeAxis && o && ( l = b . dateTimeLabelFormats [ o . higherRanks [ g ] ||
o . unitName ] ) ; this . isFirst = j ; this . isLast = k ; b = a . labelFormatter . call ( { axis : a , chart : c , isFirst : j , isLast : k , dateTimeLabelFormat : l , value : a . isLog ? da ( ia ( f ) ) : f } ) ; g = d && { width : v ( 1 , u ( d - 2 * ( h . padding || 10 ) ) ) + "px" } ; g = q ( g , h . style ) ; if ( r ( e ) ) e && e . attr ( { text : b } ) . css ( g ) ; else { l = { align : a . labelAlign } ; if ( ha ( h . rotation ) ) l . rotation = h . rotation ; if ( d && h . ellipsis ) l . _clipHeight = a . len / i . length ; this . label = r ( b ) && h . enabled ? c . renderer . text ( b , 0 , 0 , h . useHTML ) . attr ( l ) . css ( g ) . add ( a . labelGroup ) : null } } , getLabelSize : function ( ) { var a = this . label ,
b = this . axis ; return a ? a . getBBox ( ) [ b . horiz ? "height" : "width" ] : 0 } , getLabelSides : function ( ) { var a = this . label . getBBox ( ) , b = this . axis , c = b . horiz , d = b . options . labels , a = c ? a . width : a . height , b = c ? d . x - a * { left : 0 , center : 0.5 , right : 1 } [ b . labelAlign ] : 0 ; return [ b , c ? a + b : a ] } , handleOverflow : function ( a , b ) { var c = ! 0 , d = this . axis , e = this . isFirst , f = this . isLast , g = d . horiz ? b . x : b . y , h = d . reversed , i = d . tickPositions , j = this . getLabelSides ( ) , k = j [ 0 ] , j = j [ 1 ] , l , o , n , s = this . label . line || 0 ; l = d . labelEdge ; o = d . justifyLabels && ( e || f ) ; l [ s ] === t || g + k > l [ s ] ? l [ s ] =
g + j : o || ( c = ! 1 ) ; if ( o ) { l = ( o = d . justifyToPlot ) ? d . pos : 0 ; o = o ? l + d . len : d . chart . chartWidth ; do a += e ? 1 : - 1 , n = d . ticks [ i [ a ] ] ; while ( i [ a ] && ( ! n || n . label . line !== s ) ) ; d = n && n . label . xy && n . label . xy . x + n . getLabelSides ( ) [ e ? 0 : 1 ] ; e && ! h || f && h ? g + k < l && ( g = l - k , n && g + j > d && ( c = ! 1 ) ) : g + j > o && ( g = o - j , n && g + k < d && ( c = ! 1 ) ) ; b . x = g } return c } , getPosition : function ( a , b , c , d ) { var e = this . axis , f = e . chart , g = d && f . oldChartHeight || f . chartHeight ; return { x : a ? e . translate ( b + c , null , null , d ) + e . transB : e . left + e . offset + ( e . opposite ? ( d && f . oldChartWidth || f . chartWidth ) - e . right -
e . left : 0 ) , y : a ? g - e . bottom + e . offset - ( e . opposite ? e . height : 0 ) : g - e . translate ( b + c , null , null , d ) - e . transB } } , getLabelPosition : function ( a , b , c , d , e , f , g , h ) { var i = this . axis , j = i . transA , k = i . reversed , l = i . staggerLines , o = i . chart . renderer . fontMetrics ( e . style . fontSize ) . b , n = e . rotation , a = a + e . x - ( f && d ? f * j * ( k ? - 1 : 1 ) : 0 ) , b = b + e . y - ( f && ! d ? f * j * ( k ? 1 : - 1 ) : 0 ) ; n && i . side === 2 && ( b -= o - o * Z ( n * Ca ) ) ; ! r ( e . y ) && ! n && ( b += o - c . getBBox ( ) . height / 2 ) ; if ( l ) c . line = g / ( h || 1 ) % l , b += c . line * ( i . labelOffset / l ) ; return { x : a , y : b } } , getMarkPath : function ( a , b , c , d , e , f ) { return f . crispLine ( [ "M" ,
a , b , "L" , a + ( e ? 0 : - c ) , b + ( e ? c : 0 ) ] , d ) } , render : function ( a , b , c ) { var d = this . axis , e = d . options , f = d . chart . renderer , g = d . horiz , h = this . type , i = this . label , j = this . pos , k = e . labels , l = this . gridLine , o = h ? h + "Grid" : "grid" , n = h ? h + "Tick" : "tick" , s = e [ o + "LineWidth" ] , p = e [ o + "LineColor" ] , J = e [ o + "LineDashStyle" ] , L = e [ n + "Length" ] , o = e [ n + "Width" ] || 0 , x = e [ n + "Color" ] , r = e [ n + "Position" ] , n = this . mark , v = k . step , q = ! 0 , u = d . tickmarkOffset , w = this . getPosition ( g , j , u , b ) , y = w . x , w = w . y , B = g && y === d . pos + d . len || ! g && w === d . pos ? - 1 : 1 ; this . isActive = ! 0 ; if ( s ) { j = d . getPlotLinePath ( j +
u , s * B , b , ! 0 ) ; if ( l === t ) { l = { stroke : p , "stroke-width" : s } ; if ( J ) l . dashstyle = J ; if ( ! h ) l . zIndex = 1 ; if ( b ) l . opacity = 0 ; this . gridLine = l = s ? f . path ( j ) . attr ( l ) . add ( d . gridGroup ) : null } if ( ! b && l && j ) l [ this . isNew ? "attr" : "animate" ] ( { d : j , opacity : c } ) } if ( o && L ) r === "inside" && ( L = - L ) , d . opposite && ( L = - L ) , h = this . getMarkPath ( y , w , L , o * B , g , f ) , n ? n . animate ( { d : h , opacity : c } ) : this . mark = f . path ( h ) . attr ( { stroke : x , "stroke-width" : o , opacity : c } ) . add ( d . axisGroup ) ; if ( i && ! isNaN ( y ) ) i . xy = w = this . getLabelPosition ( y , w , i , g , k , u , a , v ) , this . isFirst && ! this . isLast &&
! m ( e . showFirstLabel , 1 ) || this . isLast && ! this . isFirst && ! m ( e . showLastLabel , 1 ) ? q = ! 1 : ! d . isRadial && ! k . step && ! k . rotation && ! b && c !== 0 && ( q = this . handleOverflow ( a , w ) ) , v && a % v && ( q = ! 1 ) , q && ! isNaN ( w . y ) ? ( w . opacity = c , i [ this . isNew ? "attr" : "animate" ] ( w ) , this . isNew = ! 1 ) : i . attr ( "y" , - 9999 ) } , destroy : function ( ) { Oa ( this , this . axis ) } } ; R . PlotLineOrBand = function ( a , b ) { this . axis = a ; if ( b ) this . options = b , this . id = b . id } ; R . PlotLineOrBand . prototype = { render : function ( ) { var a = this , b = a . axis , c = b . horiz , d = ( b . pointRange || 0 ) / 2 , e = a . options , f = e . label ,
g = a . label , h = e . width , i = e . to , j = e . from , k = r ( j ) && r ( i ) , l = e . value , o = e . dashStyle , n = a . svgElem , s = [ ] , p , J = e . color , L = e . zIndex , x = e . events , q = { } , t = b . chart . renderer ; b . isLog && ( j = za ( j ) , i = za ( i ) , l = za ( l ) ) ; if ( h ) { if ( s = b . getPlotLinePath ( l , h ) , q = { stroke : J , "stroke-width" : h } , o ) q . dashstyle = o } else if ( k ) { j = v ( j , b . min - d ) ; i = C ( i , b . max + d ) ; s = b . getPlotBandPath ( j , i , e ) ; if ( J ) q . fill = J ; if ( e . borderWidth ) q . stroke = e . borderColor , q [ "stroke-width" ] = e . borderWidth } else return ; if ( r ( L ) ) q . zIndex = L ; if ( n ) if ( s ) n . animate ( { d : s } , null , n . onGetPath ) ; else { if ( n . hide ( ) ,
n . onGetPath = function ( ) { n . show ( ) } , g ) a . label = g = g . destroy ( ) } else if ( s && s . length && ( a . svgElem = n = t . path ( s ) . attr ( q ) . add ( ) , x ) ) for ( p in d = function ( b ) { n . on ( b , function ( c ) { x [ b ] . apply ( a , [ c ] ) } ) } , x ) d ( p ) ; if ( f && r ( f . text ) && s && s . length && b . width > 0 && b . height > 0 ) { f = w ( { align : c && k && "center" , x : c ? ! k && 4 : 10 , verticalAlign : ! c && k && "middle" , y : c ? k ? 16 : 10 : k ? 6 : - 4 , rotation : c && ! k && 90 } , f ) ; if ( ! g ) { q = { align : f . textAlign || f . align , rotation : f . rotation } ; if ( r ( L ) ) q . zIndex = L ; a . label = g = t . text ( f . text , 0 , 0 , f . useHTML ) . attr ( q ) . css ( f . style ) . add ( ) } b = [ s [ 1 ] ,
s [ 4 ] , m ( s [ 6 ] , s [ 1 ] ) ] ; s = [ s [ 2 ] , s [ 5 ] , m ( s [ 7 ] , s [ 2 ] ) ] ; c = Na ( b ) ; k = Na ( s ) ; g . align ( f , ! 1 , { x : c , y : k , width : Ba ( b ) - c , height : Ba ( s ) - k } ) ; g . show ( ) } else g && g . hide ( ) ; return a } , destroy : function ( ) { ja ( this . axis . plotLinesAndBands , this ) ; delete this . axis ; Oa ( this ) } } ; la . prototype = { defaultOptions : { dateTimeLabelFormats : { millisecond : "%H:%M:%S.%L" , second : "%H:%M:%S" , minute : "%H:%M" , hour : "%H:%M" , day : "%e. %b" , week : "%e. %b" , month : "%b '%y" , year : "%Y" } , endOnTick : ! 1 , gridLineColor : "#C0C0C0" , labels : N , lineColor : "#C0D0E0" , lineWidth : 1 , minPadding : 0.01 ,
maxPadding : 0.01 , minorGridLineColor : "#E0E0E0" , minorGridLineWidth : 1 , minorTickColor : "#A0A0A0" , minorTickLength : 2 , minorTickPosition : "outside" , startOfWeek : 1 , startOnTick : ! 1 , tickColor : "#C0D0E0" , tickLength : 10 , tickmarkPlacement : "between" , tickPixelInterval : 100 , tickPosition : "outside" , tickWidth : 1 , title : { align : "middle" , style : { color : "#707070" } } , type : "linear" } , defaultYAxisOptions : { endOnTick : ! 0 , gridLineWidth : 1 , tickPixelInterval : 72 , showLastLabel : ! 0 , labels : { x : - 8 , y : 3 } , lineWidth : 0 , maxPadding : 0.05 , minPadding : 0.05 , startOnTick : ! 0 ,
tickWidth : 0 , title : { rotation : 270 , text : "Values" } , stackLabels : { enabled : ! 1 , formatter : function ( ) { return Ga ( this . total , - 1 ) } , style : N . style } } , defaultLeftAxisOptions : { labels : { x : - 15 , y : null } , title : { rotation : 270 } } , defaultRightAxisOptions : { labels : { x : 15 , y : null } , title : { rotation : 90 } } , defaultBottomAxisOptions : { labels : { x : 0 , y : 20 } , title : { rotation : 0 } } , defaultTopAxisOptions : { labels : { x : 0 , y : - 15 } , title : { rotation : 0 } } , init : function ( a , b ) { var c = b . isX ; this . horiz = a . inverted ? ! c : c ; this . coll = ( this . isXAxis = c ) ? "xAxis" : "yAxis" ; this . opposite =
b . opposite ; this . side = b . side || ( this . horiz ? this . opposite ? 0 : 2 : this . opposite ? 1 : 3 ) ; this . setOptions ( b ) ; var d = this . options , e = d . type ; this . labelFormatter = d . labels . formatter || this . defaultLabelFormatter ; this . userOptions = b ; this . minPixelPadding = 0 ; this . chart = a ; this . reversed = d . reversed ; this . zoomEnabled = d . zoomEnabled !== ! 1 ; this . categories = d . categories || e === "category" ; this . names = [ ] ; this . isLog = e === "logarithmic" ; this . isDatetimeAxis = e === "datetime" ; this . isLinked = r ( d . linkedTo ) ; this . tickmarkOffset = this . categories && d . tickmarkPlacement ===
"between" ? 0.5 : 0 ; this . ticks = { } ; this . labelEdge = [ ] ; this . minorTicks = { } ; this . plotLinesAndBands = [ ] ; this . alternateBands = { } ; this . len = 0 ; this . minRange = this . userMinRange = d . minRange || d . maxZoom ; this . range = d . range ; this . offset = d . offset || 0 ; this . stacks = { } ; this . oldStacks = { } ; this . min = this . max = null ; this . crosshair = m ( d . crosshair , qa ( a . options . tooltip . crosshairs ) [ c ? 0 : 1 ] , ! 1 ) ; var f , d = this . options . events ; Da ( this , a . axes ) === - 1 && ( c && ! this . isColorAxis ? a . axes . splice ( a . xAxis . length , 0 , this ) : a . axes . push ( this ) , a [ this . coll ] . push ( this ) ) ;
this . series = this . series || [ ] ; if ( a . inverted && c && this . reversed === t ) this . reversed = ! 0 ; this . removePlotLine = this . removePlotBand = this . removePlotBandOrLine ; for ( f in d ) K ( this , f , d [ f ] ) ; if ( this . isLog ) this . val2lin = za , this . lin2val = ia } , setOptions : function ( a ) { this . options = w ( this . defaultOptions , this . isXAxis ? { } : this . defaultYAxisOptions , [ this . defaultTopAxisOptions , this . defaultRightAxisOptions , this . defaultBottomAxisOptions , this . defaultLeftAxisOptions ] [ this . side ] , w ( E [ this . coll ] , a ) ) } , defaultLabelFormatter : function ( ) { var a =
this . axis , b = this . value , c = a . categories , d = this . dateTimeLabelFormat , e = E . lang . numericSymbols , f = e && e . length , g , h = a . options . labels . format , a = a . isLog ? b : a . tickInterval ; if ( h ) g = Ia ( h , this ) ; else if ( c ) g = b ; else if ( d ) g = cb ( d , b ) ; else if ( f && a >= 1E3 ) for ( ; f -- && g === t ; ) c = Math . pow ( 1E3 , f + 1 ) , a >= c && e [ f ] !== null && ( g = Ga ( b / c , - 1 ) + e [ f ] ) ; g === t && ( g = M ( b ) >= 1E4 ? Ga ( b , 0 ) : Ga ( b , - 1 , t , "" ) ) ; return g } , getSeriesExtremes : function ( ) { var a = this , b = a . chart ; a . hasVisibleSeries = ! 1 ; a . dataMin = a . dataMax = null ; a . buildStacks && a . buildStacks ( ) ; p ( a . series , function ( c ) { if ( c . visible ||
! b . options . chart . ignoreHiddenSeries ) { var d ; d = c . options . threshold ; var e ; a . hasVisibleSeries = ! 0 ; a . isLog && d <= 0 && ( d = null ) ; if ( a . isXAxis ) { if ( d = c . xData , d . length ) a . dataMin = C ( m ( a . dataMin , d [ 0 ] ) , Na ( d ) ) , a . dataMax = v ( m ( a . dataMax , d [ 0 ] ) , Ba ( d ) ) } else { c . getExtremes ( ) ; e = c . dataMax ; c = c . dataMin ; if ( r ( c ) && r ( e ) ) a . dataMin = C ( m ( a . dataMin , c ) , c ) , a . dataMax = v ( m ( a . dataMax , e ) , e ) ; if ( r ( d ) ) if ( a . dataMin >= d ) a . dataMin = d , a . ignoreMinPadding = ! 0 ; else if ( a . dataMax < d ) a . dataMax = d , a . ignoreMaxPadding = ! 0 } } } ) } , translate : function ( a , b , c , d , e , f ) { var g =
1 , h = 0 , i = d ? this . oldTransA : this . transA , d = d ? this . oldMin : this . min , j = this . minPixelPadding , e = ( this . options . ordinal || this . isLog && e ) && this . lin2val ; if ( ! i ) i = this . transA ; if ( c ) g *= - 1 , h = this . len ; this . reversed && ( g *= - 1 , h -= g * ( this . sector || this . len ) ) ; b ? ( a = a * g + h , a -= j , a = a / i + d , e && ( a = this . lin2val ( a ) ) ) : ( e && ( a = this . val2lin ( a ) ) , f === "between" && ( f = 0.5 ) , a = g * ( a - d ) * i + h + g * j + ( ha ( f ) ? i * f * this . pointRange : 0 ) ) ; return a } , toPixels : function ( a , b ) { return this . translate ( a , ! 1 , ! this . horiz , null , ! 0 ) + ( b ? 0 : this . pos ) } , toValue : function ( a , b ) { return this . translate ( a -
( b ? 0 : this . pos ) , ! 0 , ! this . horiz , null , ! 0 ) } , getPlotLinePath : function ( a , b , c , d , e ) { var f = this . chart , g = this . left , h = this . top , i , j , k = c && f . oldChartHeight || f . chartHeight , l = c && f . oldChartWidth || f . chartWidth , o ; i = this . transB ; e = m ( e , this . translate ( a , null , null , c ) ) ; a = c = u ( e + i ) ; i = j = u ( k - e - i ) ; if ( isNaN ( e ) ) o = ! 0 ; else if ( this . horiz ) { if ( i = h , j = k - this . bottom , a < g || a > g + this . width ) o = ! 0 } else if ( a = g , c = l - this . right , i < h || i > h + this . height ) o = ! 0 ; return o && ! d ? null : f . renderer . crispLine ( [ "M" , a , i , "L" , c , j ] , b || 1 ) } , getLinearTickPositions : function ( a ,
b , c ) { var d , e = da ( T ( b / a ) * a ) , f = da ( Ka ( c / a ) * a ) , g = [ ] ; if ( b === c && ha ( b ) ) return [ b ] ; for ( b = e ; b <= f ; ) { g . push ( b ) ; b = da ( b + a ) ; if ( b === d ) break ; d = b } return g } , getMinorTickPositions : function ( ) { var a = this . options , b = this . tickPositions , c = this . minorTickInterval , d = [ ] , e ; if ( this . isLog ) { e = b . length ; for ( a = 1 ; a < e ; a ++ ) d = d . concat ( this . getLogTickPositions ( c , b [ a - 1 ] , b [ a ] , ! 0 ) ) } else if ( this . isDatetimeAxis && a . minorTickInterval === "auto" ) d = d . concat ( this . getTimeTicks ( this . normalizeTimeTickInterval ( c ) , this . min , this . max , a . startOfWeek ) ) , d [ 0 ] < this . min &&
d . shift ( ) ; else for ( b = this . min + ( b [ 0 ] - this . min ) % c ; b <= this . max ; b += c ) d . push ( b ) ; return d } , adjustForMinRange : function ( ) { var a = this . options , b = this . min , c = this . max , d , e = this . dataMax - this . dataMin >= this . minRange , f , g , h , i , j ; if ( this . isXAxis && this . minRange === t && ! this . isLog ) r ( a . min ) || r ( a . max ) ? this . minRange = null : ( p ( this . series , function ( a ) { i = a . xData ; for ( g = j = a . xIncrement ? 1 : i . length - 1 ; g > 0 ; g -- ) if ( h = i [ g ] - i [ g - 1 ] , f === t || h < f ) f = h } ) , this . minRange = C ( f * 5 , this . dataMax - this . dataMin ) ) ; if ( c - b < this . minRange ) { var k = this . minRange ; d =
( k - c + b ) / 2 ; d = [ b - d , m ( a . min , b - d ) ] ; if ( e ) d [ 2 ] = this . dataMin ; b = Ba ( d ) ; c = [ b + k , m ( a . max , b + k ) ] ; if ( e ) c [ 2 ] = this . dataMax ; c = Na ( c ) ; c - b < k && ( d [ 0 ] = c - k , d [ 1 ] = m ( a . min , c - k ) , b = Ba ( d ) ) } this . min = b ; this . max = c } , setAxisTranslation : function ( a ) { var b = this , c = b . max - b . min , d = b . axisPointRange || 0 , e , f = 0 , g = 0 , h = b . linkedParent , i = ! ! b . categories , j = b . transA ; if ( b . isXAxis || i || d ) h ? ( f = h . minPointOffset , g = h . pointRangePadding ) : p ( b . series , function ( a ) { var h = i ? 1 : b . isXAxis ? a . pointRange : b . axisPointRange || 0 , j = a . options . pointPlacement , n = a . closestPointRange ;
h > c && ( h = 0 ) ; d = v ( d , h ) ; f = v ( f , Fa ( j ) ? 0 : h / 2 ) ; g = v ( g , j === "on" ? 0 : h ) ; ! a . noSharedTooltip && r ( n ) && ( e = r ( e ) ? C ( e , n ) : n ) } ) , h = b . ordinalSlope && e ? b . ordinalSlope / e : 1 , b . minPointOffset = f *= h , b . pointRangePadding = g *= h , b . pointRange = C ( d , c ) , b . closestPointRange = e ; if ( a ) b . oldTransA = j ; b . translationSlope = b . transA = j = b . len / ( c + g || 1 ) ; b . transB = b . horiz ? b . left : b . bottom ; b . minPixelPadding = j * f } , setTickPositions : function ( a ) { var b = this , c = b . chart , d = b . options , e = b . isLog , f = b . isDatetimeAxis , g = b . isXAxis , h = b . isLinked , i = b . options . tickPositioner , j = d . maxPadding ,
k = d . minPadding , l = d . tickInterval , o = d . minTickInterval , n = d . tickPixelInterval , s , $ = b . categories ; h ? ( b . linkedParent = c [ b . coll ] [ d . linkedTo ] , c = b . linkedParent . getExtremes ( ) , b . min = m ( c . min , c . dataMin ) , b . max = m ( c . max , c . dataMax ) , d . type !== b . linkedParent . options . type && ra ( 11 , 1 ) ) : ( b . min = m ( b . userMin , d . min , b . dataMin ) , b . max = m ( b . userMax , d . max , b . dataMax ) ) ; if ( e ) ! a && C ( b . min , m ( b . dataMin , b . min ) ) <= 0 && ra ( 10 , 1 ) , b . min = da ( za ( b . min ) ) , b . max = da ( za ( b . max ) ) ; if ( b . range && r ( b . max ) ) b . userMin = b . min = v ( b . min , b . max - b . range ) , b . userMax = b . max , b . range =
null ; b . beforePadding && b . beforePadding ( ) ; b . adjustForMinRange ( ) ; if ( ! $ && ! b . axisPointRange && ! b . usePercentage && ! h && r ( b . min ) && r ( b . max ) && ( c = b . max - b . min ) ) { if ( ! r ( d . min ) && ! r ( b . userMin ) && k && ( b . dataMin < 0 || ! b . ignoreMinPadding ) ) b . min -= c * k ; if ( ! r ( d . max ) && ! r ( b . userMax ) && j && ( b . dataMax > 0 || ! b . ignoreMaxPadding ) ) b . max += c * j } if ( ha ( d . floor ) ) b . min = v ( b . min , d . floor ) ; if ( ha ( d . ceiling ) ) b . max = C ( b . max , d . ceiling ) ; b . min === b . max || b . min === void 0 || b . max === void 0 ? b . tickInterval = 1 : h && ! l && n === b . linkedParent . options . tickPixelInterval ? b . tickInterval =
b . linkedParent . tickInterval : ( b . tickInterval = m ( l , $ ? 1 : ( b . max - b . min ) * n / v ( b . len , n ) ) , ! r ( l ) && b . len < n && ! this . isRadial && ! this . isLog && ! $ && d . startOnTick && d . endOnTick && ( s = ! 0 , b . tickInterval /= 4 ) ) ; g && ! a && p ( b . series , function ( a ) { a . processData ( b . min !== b . oldMin || b . max !== b . oldMax ) } ) ; b . setAxisTranslation ( ! 0 ) ; b . beforeSetTickPositions && b . beforeSetTickPositions ( ) ; if ( b . postProcessTickInterval ) b . tickInterval = b . postProcessTickInterval ( b . tickInterval ) ; if ( b . pointRange ) b . tickInterval = v ( b . pointRange , b . tickInterval ) ; if ( ! l && b . tickInterval <
o ) b . tickInterval = o ; if ( ! f && ! e && ! l ) b . tickInterval = nb ( b . tickInterval , null , mb ( b . tickInterval ) , d ) ; b . minorTickInterval = d . minorTickInterval === "auto" && b . tickInterval ? b . tickInterval / 5 : d . minorTickInterval ; b . tickPositions = a = d . tickPositions ? [ ] . concat ( d . tickPositions ) : i && i . apply ( b , [ b . min , b . max ] ) ; if ( ! a ) ! b . ordinalPositions && ( b . max - b . min ) / b . tickInterval > v ( 2 * b . len , 200 ) && ra ( 19 , ! 0 ) , a = f ? b . getTimeTicks ( b . normalizeTimeTickInterval ( b . tickInterval , d . units ) , b . min , b . max , d . startOfWeek , b . ordinalPositions , b . closestPointRange ,
! 0 ) : e ? b . getLogTickPositions ( b . tickInterval , b . min , b . max ) : b . getLinearTickPositions ( b . tickInterval , b . min , b . max ) , s && a . splice ( 1 , a . length - 2 ) , b . tickPositions = a ; if ( ! h ) e = a [ 0 ] , f = a [ a . length - 1 ] , h = b . minPointOffset || 0 , d . startOnTick ? b . min = e : b . min - h > e && a . shift ( ) , d . endOnTick ? b . max = f : b . max + h < f && a . pop ( ) , a . length === 1 && ( d = M ( b . max ) > 1E13 ? 1 : 0.001 , b . min -= d , b . max += d ) } , setMaxTicks : function ( ) { var a = this . chart , b = a . maxTicks || { } , c = this . tickPositions , d = this . _maxTicksKey = [ this . coll , this . pos , this . len ] . join ( "-" ) ; if ( ! this . isLinked &&
! this . isDatetimeAxis && c && c . length > ( b [ d ] || 0 ) && this . options . alignTicks !== ! 1 ) b [ d ] = c . length ; a . maxTicks = b } , adjustTickAmount : function ( ) { var a = this . _maxTicksKey , b = this . tickPositions , c = this . chart . maxTicks ; if ( c && c [ a ] && ! this . isDatetimeAxis && ! this . categories && ! this . isLinked && this . options . alignTicks !== ! 1 && this . min !== t ) { var d = this . tickAmount , e = b . length ; this . tickAmount = a = c [ a ] ; if ( e < a ) { for ( ; b . length < a ; ) b . push ( da ( b [ b . length - 1 ] + this . tickInterval ) ) ; this . transA *= ( e - 1 ) / ( a - 1 ) ; this . max = b [ b . length - 1 ] } if ( r ( d ) && a !== d ) this . isDirty =
! 0 } } , setScale : function ( ) { var a = this . stacks , b , c , d , e ; this . oldMin = this . min ; this . oldMax = this . max ; this . oldAxisLength = this . len ; this . setAxisSize ( ) ; e = this . len !== this . oldAxisLength ; p ( this . series , function ( a ) { if ( a . isDirtyData || a . isDirty || a . xAxis . isDirty ) d = ! 0 } ) ; if ( e || d || this . isLinked || this . forceRedraw || this . userMin !== this . oldUserMin || this . userMax !== this . oldUserMax ) { if ( ! this . isXAxis ) for ( b in a ) for ( c in a [ b ] ) a [ b ] [ c ] . total = null , a [ b ] [ c ] . cum = 0 ; this . forceRedraw = ! 1 ; this . getSeriesExtremes ( ) ; this . setTickPositions ( ) ; this . oldUserMin =
this . userMin ; this . oldUserMax = this . userMax ; if ( ! this . isDirty ) this . isDirty = e || this . min !== this . oldMin || this . max !== this . oldMax } else if ( ! this . isXAxis ) { if ( this . oldStacks ) a = this . stacks = this . oldStacks ; for ( b in a ) for ( c in a [ b ] ) a [ b ] [ c ] . cum = a [ b ] [ c ] . total } this . setMaxTicks ( ) } , setExtremes : function ( a , b , c , d , e ) { var f = this , g = f . chart , c = m ( c , ! 0 ) , e = q ( e , { min : a , max : b } ) ; D ( f , "setExtremes" , e , function ( ) { f . userMin = a ; f . userMax = b ; f . eventArgs = e ; f . isDirtyExtremes = ! 0 ; c && g . redraw ( d ) } ) } , zoom : function ( a , b ) { var c = this . dataMin , d = this . dataMax ,
e = this . options ; this . allowZoomOutside || ( r ( c ) && a <= C ( c , m ( e . min , c ) ) && ( a = t ) , r ( d ) && b >= v ( d , m ( e . max , d ) ) && ( b = t ) ) ; this . displayBtn = a !== t || b !== t ; this . setExtremes ( a , b , ! 1 , t , { trigger : "zoom" } ) ; return ! 0 } , setAxisSize : function ( ) { var a = this . chart , b = this . options , c = b . offsetLeft || 0 , d = this . horiz , e = m ( b . width , a . plotWidth - c + ( b . offsetRight || 0 ) ) , f = m ( b . height , a . plotHeight ) , g = m ( b . top , a . plotTop ) , b = m ( b . left , a . plotLeft + c ) , c = /%$/ ; c . test ( f ) && ( f = parseInt ( f , 10 ) / 100 * a . plotHeight ) ; c . test ( g ) && ( g = parseInt ( g , 10 ) / 100 * a . plotHeight + a . plotTop ) ;
this . left = b ; this . top = g ; this . width = e ; this . height = f ; this . bottom = a . chartHeight - f - g ; this . right = a . chartWidth - e - b ; this . len = v ( d ? e : f , 0 ) ; this . pos = d ? b : g } , getExtremes : function ( ) { var a = this . isLog ; return { min : a ? da ( ia ( this . min ) ) : this . min , max : a ? da ( ia ( this . max ) ) : this . max , dataMin : this . dataMin , dataMax : this . dataMax , userMin : this . userMin , userMax : this . userMax } } , getThreshold : function ( a ) { var b = this . isLog , c = b ? ia ( this . min ) : this . min , b = b ? ia ( this . max ) : this . max ; c > a || a === null ? a = c : b < a && ( a = b ) ; return this . translate ( a , 0 , 1 , 0 , 1 ) } , autoLabelAlign : function ( a ) { a =
( m ( a , 0 ) - this . side * 90 + 720 ) % 360 ; return a > 15 && a < 165 ? "right" : a > 195 && a < 345 ? "left" : "center" } , getOffset : function ( ) { var a = this , b = a . chart , c = b . renderer , d = a . options , e = a . tickPositions , f = a . ticks , g = a . horiz , h = a . side , i = b . inverted ? [ 1 , 0 , 3 , 2 ] [ h ] : h , j , k = 0 , l , o = 0 , n = d . title , s = d . labels , $ = 0 , J = b . axisOffset , L = b . clipOffset , x = [ - 1 , 1 , 1 , - 1 ] [ h ] , q , u = 1 , w = m ( s . maxStaggerLines , 5 ) , y , z , A , B , na = h === 2 ? c . fontMetrics ( s . style . fontSize ) . b : 0 ; a . hasData = j = a . hasVisibleSeries || r ( a . min ) && r ( a . max ) && ! ! e ; a . showAxis = b = j || m ( d . showEmpty , ! 0 ) ; a . staggerLines =
a . horiz && s . staggerLines ; if ( ! a . axisGroup ) a . gridGroup = c . g ( "grid" ) . attr ( { zIndex : d . gridZIndex || 1 } ) . add ( ) , a . axisGroup = c . g ( "axis" ) . attr ( { zIndex : d . zIndex || 2 } ) . add ( ) , a . labelGroup = c . g ( "axis-labels" ) . attr ( { zIndex : s . zIndex || 7 } ) . addClass ( "highcharts-" + a . coll . toLowerCase ( ) + "-labels" ) . add ( ) ; if ( j || a . isLinked ) { a . labelAlign = m ( s . align || a . autoLabelAlign ( s . rotation ) ) ; p ( e , function ( b ) { f [ b ] ? f [ b ] . addLabel ( ) : f [ b ] = new Sa ( a , b ) } ) ; if ( a . horiz && ! a . staggerLines && w && ! s . rotation ) { for ( q = a . reversed ? [ ] . concat ( e ) . reverse ( ) : e ; u < w ; ) { j =
[ ] ; y = ! 1 ; for ( s = 0 ; s < q . length ; s ++ ) z = q [ s ] , A = ( A = f [ z ] . label && f [ z ] . label . getBBox ( ) ) ? A . width : 0 , B = s % u , A && ( z = a . translate ( z ) , j [ B ] !== t && z < j [ B ] && ( y = ! 0 ) , j [ B ] = z + A ) ; if ( y ) u ++ ; else break } if ( u > 1 ) a . staggerLines = u } p ( e , function ( b ) { if ( h === 0 || h === 2 || { 1 : "left" , 3 : "right" } [ h ] === a . labelAlign ) $ = v ( f [ b ] . getLabelSize ( ) , $ ) } ) ; if ( a . staggerLines ) $ *= a . staggerLines , a . labelOffset = $ } else for ( q in f ) f [ q ] . destroy ( ) , delete f [ q ] ; if ( n && n . text && n . enabled !== ! 1 ) { if ( ! a . axisTitle ) a . axisTitle = c . text ( n . text , 0 , 0 , n . useHTML ) . attr ( { zIndex : 7 , rotation : n . rotation ||
0 , align : n . textAlign || { low : "left" , middle : "center" , high : "right" } [ n . align ] } ) . addClass ( "highcharts-" + this . coll . toLowerCase ( ) + "-title" ) . css ( n . style ) . add ( a . axisGroup ) , a . axisTitle . isNew = ! 0 ; if ( b ) k = a . axisTitle . getBBox ( ) [ g ? "height" : "width" ] , o = m ( n . margin , g ? 5 : 10 ) , l = n . offset ; a . axisTitle [ b ? "show" : "hide" ] ( ) } a . offset = x * m ( d . offset , J [ h ] ) ; a . axisTitleMargin = m ( l , $ + o + ( $ && x * d . labels [ g ? "y" : "x" ] - na ) ) ; J [ h ] = v ( J [ h ] , a . axisTitleMargin + k + x * a . offset ) ; L [ i ] = v ( L [ i ] , T ( d . lineWidth / 2 ) * 2 ) } , getLinePath : function ( a ) { var b = this . chart , c = this . opposite ,
d = this . offset , e = this . horiz , f = this . left + ( c ? this . width : 0 ) + d , d = b . chartHeight - this . bottom - ( c ? this . height : 0 ) + d ; c && ( a *= - 1 ) ; return b . renderer . crispLine ( [ "M" , e ? this . left : f , e ? d : this . top , "L" , e ? b . chartWidth - this . right : f , e ? d : b . chartHeight - this . bottom ] , a ) } , getTitlePosition : function ( ) { var a = this . horiz , b = this . left , c = this . top , d = this . len , e = this . options . title , f = a ? b : c , g = this . opposite , h = this . offset , i = z ( e . style . fontSize || 12 ) , d = { low : f + ( a ? 0 : d ) , middle : f + d / 2 , high : f + ( a ? d : 0 ) } [ e . align ] , b = ( a ? c + this . height : b ) + ( a ? 1 : - 1 ) * ( g ? - 1 : 1 ) *
this . axisTitleMargin + ( this . side === 2 ? i : 0 ) ; return { x : a ? d : b + ( g ? this . width : 0 ) + h + ( e . x || 0 ) , y : a ? b - ( g ? this . height : 0 ) + h : d + ( e . y || 0 ) } } , render : function ( ) { var a = this , b = a . horiz , c = a . reversed , d = a . chart , e = d . renderer , f = a . options , g = a . isLog , h = a . isLinked , i = a . tickPositions , j , k = a . axisTitle , l = a . ticks , o = a . minorTicks , n = a . alternateBands , s = f . stackLabels , m = f . alternateGridColor , J = a . tickmarkOffset , L = f . lineWidth , x = d . hasRendered && r ( a . oldMin ) && ! isNaN ( a . oldMin ) , q = a . hasData , v = a . showAxis , u , w = f . labels . overflow , y = a . justifyLabels = b && w !==
! 1 , z ; a . labelEdge . length = 0 ; a . justifyToPlot = w === "justify" ; p ( [ l , o , n ] , function ( a ) { for ( var b in a ) a [ b ] . isActive = ! 1 } ) ; if ( q || h ) if ( a . minorTickInterval && ! a . categories && p ( a . getMinorTickPositions ( ) , function ( b ) { o [ b ] || ( o [ b ] = new Sa ( a , b , "minor" ) ) ; x && o [ b ] . isNew && o [ b ] . render ( null , ! 0 ) ; o [ b ] . render ( null , ! 1 , 1 ) } ) , i . length && ( j = i . slice ( ) , ( b && c || ! b && ! c ) && j . reverse ( ) , y && ( j = j . slice ( 1 ) . concat ( [ j [ 0 ] ] ) ) , p ( j , function ( b , c ) { y && ( c = c === j . length - 1 ? 0 : c + 1 ) ; if ( ! h || b >= a . min && b <= a . max ) l [ b ] || ( l [ b ] = new Sa ( a , b ) ) , x && l [ b ] . isNew && l [ b ] . render ( c ,
! 0 , 0.1 ) , l [ b ] . render ( c , ! 1 , 1 ) } ) , J && a . min === 0 && ( l [ - 1 ] || ( l [ - 1 ] = new Sa ( a , - 1 , null , ! 0 ) ) , l [ - 1 ] . render ( - 1 ) ) ) , m && p ( i , function ( b , c ) { if ( c % 2 === 0 && b < a . max ) n [ b ] || ( n [ b ] = new R . PlotLineOrBand ( a ) ) , u = b + J , z = i [ c + 1 ] !== t ? i [ c + 1 ] + J : a . max , n [ b ] . options = { from : g ? ia ( u ) : u , to : g ? ia ( z ) : z , color : m } , n [ b ] . render ( ) , n [ b ] . isActive = ! 0 } ) , ! a . _addedPlotLB ) p ( ( f . plotLines || [ ] ) . concat ( f . plotBands || [ ] ) , function ( b ) { a . addPlotBandOrLine ( b ) } ) , a . _addedPlotLB = ! 0 ; p ( [ l , o , n ] , function ( a ) { var b , c , e = [ ] , f = va ? va . duration || 500 : 0 , g = function ( ) { for ( c = e . length ; c -- ; ) a [ e [ c ] ] &&
! a [ e [ c ] ] . isActive && ( a [ e [ c ] ] . destroy ( ) , delete a [ e [ c ] ] ) } ; for ( b in a ) if ( ! a [ b ] . isActive ) a [ b ] . render ( b , ! 1 , 0 ) , a [ b ] . isActive = ! 1 , e . push ( b ) ; a === n || ! d . hasRendered || ! f ? g ( ) : f && setTimeout ( g , f ) } ) ; if ( L ) b = a . getLinePath ( L ) , a . axisLine ? a . axisLine . animate ( { d : b } ) : a . axisLine = e . path ( b ) . attr ( { stroke : f . lineColor , "stroke-width" : L , zIndex : 7 } ) . add ( a . axisGroup ) , a . axisLine [ v ? "show" : "hide" ] ( ) ; if ( k && v ) k [ k . isNew ? "attr" : "animate" ] ( a . getTitlePosition ( ) ) , k . isNew = ! 1 ; s && s . enabled && a . renderStackTotals ( ) ; a . isDirty = ! 1 } , redraw : function ( ) { var a =
this . chart . pointer ; a && a . reset ( ! 0 ) ; this . render ( ) ; p ( this . plotLinesAndBands , function ( a ) { a . render ( ) } ) ; p ( this . series , function ( a ) { a . isDirty = ! 0 } ) } , destroy : function ( a ) { var b = this , c = b . stacks , d , e = b . plotLinesAndBands ; a || W ( b ) ; for ( d in c ) Oa ( c [ d ] ) , c [ d ] = null ; p ( [ b . ticks , b . minorTicks , b . alternateBands ] , function ( a ) { Oa ( a ) } ) ; for ( a = e . length ; a -- ; ) e [ a ] . destroy ( ) ; p ( "stackTotalGroup,axisLine,axisTitle,axisGroup,cross,gridGroup,labelGroup" . split ( "," ) , function ( a ) { b [ a ] && ( b [ a ] = b [ a ] . destroy ( ) ) } ) ; this . cross && this . cross . destroy ( ) } ,
drawCrosshair : function ( a , b ) { if ( this . crosshair ) if ( ( r ( b ) || ! m ( this . crosshair . snap , ! 0 ) ) === ! 1 ) this . hideCrosshair ( ) ; else { var c , d = this . crosshair , e = d . animation ; m ( d . snap , ! 0 ) ? r ( b ) && ( c = this . chart . inverted != this . horiz ? b . plotX : this . len - b . plotY ) : c = this . horiz ? a . chartX - this . pos : this . len - a . chartY + this . pos ; c = this . isRadial ? this . getPlotLinePath ( this . isXAxis ? b . x : m ( b . stackY , b . y ) ) : this . getPlotLinePath ( null , null , null , null , c ) ; if ( c === null ) this . hideCrosshair ( ) ; else if ( this . cross ) this . cross . attr ( { visibility : "visible" } ) [ e ? "animate" :
"attr" ] ( { d : c } , e ) ; else { e = { "stroke-width" : d . width || 1 , stroke : d . color || "#C0C0C0" , zIndex : d . zIndex || 2 } ; if ( d . dashStyle ) e . dashstyle = d . dashStyle ; this . cross = this . chart . renderer . path ( c ) . attr ( e ) . add ( ) } } } , hideCrosshair : function ( ) { this . cross && this . cross . hide ( ) } } ; q ( la . prototype , { getPlotBandPath : function ( a , b ) { var c = this . getPlotLinePath ( b ) , d = this . getPlotLinePath ( a ) ; d && c ? d . push ( c [ 4 ] , c [ 5 ] , c [ 1 ] , c [ 2 ] ) : d = null ; return d } , addPlotBand : function ( a ) { this . addPlotBandOrLine ( a , "plotBands" ) } , addPlotLine : function ( a ) { this . addPlotBandOrLine ( a ,
"plotLines" ) } , addPlotBandOrLine : function ( a , b ) { var c = ( new R . PlotLineOrBand ( this , a ) ) . render ( ) , d = this . userOptions ; c && ( b && ( d [ b ] = d [ b ] || [ ] , d [ b ] . push ( a ) ) , this . plotLinesAndBands . push ( c ) ) ; return c } , removePlotBandOrLine : function ( a ) { for ( var b = this . plotLinesAndBands , c = this . options , d = this . userOptions , e = b . length ; e -- ; ) b [ e ] . id === a && b [ e ] . destroy ( ) ; p ( [ c . plotLines || [ ] , d . plotLines || [ ] , c . plotBands || [ ] , d . plotBands || [ ] ] , function ( b ) { for ( e = b . length ; e -- ; ) b [ e ] . id === a && ja ( b , b [ e ] ) } ) } } ) ; la . prototype . getTimeTicks = function ( a , b ,
c , d ) { var e = [ ] , f = { } , g = E . global . useUTC , h , i = new Date ( b - Ra ) , j = a . unitRange , k = a . count ; if ( r ( b ) ) { j >= A . second && ( i . setMilliseconds ( 0 ) , i . setSeconds ( j >= A . minute ? 0 : k * T ( i . getSeconds ( ) / k ) ) ) ; if ( j >= A . minute ) i [ Db ] ( j >= A . hour ? 0 : k * T ( i [ pb ] ( ) / k ) ) ; if ( j >= A . hour ) i [ Eb ] ( j >= A . day ? 0 : k * T ( i [ qb ] ( ) / k ) ) ; if ( j >= A . day ) i [ sb ] ( j >= A . month ? 1 : k * T ( i [ Xa ] ( ) / k ) ) ; j >= A . month && ( i [ Fb ] ( j >= A . year ? 0 : k * T ( i [ fb ] ( ) / k ) ) , h = i [ gb ] ( ) ) ; j >= A . year && ( h -= h % k , i [ Gb ] ( h ) ) ; if ( j === A . week ) i [ sb ] ( i [ Xa ] ( ) - i [ rb ] ( ) + m ( d , 1 ) ) ; b = 1 ; Ra && ( i = new Date ( i . getTime ( ) + Ra ) ) ; h = i [ gb ] ( ) ; for ( var d =
i . getTime ( ) , l = i [ fb ] ( ) , o = i [ Xa ] ( ) , n = g ? Ra : ( 864E5 + i . getTimezoneOffset ( ) * 6E4 ) % 864E5 ; d < c ; ) e . push ( d ) , j === A . year ? d = eb ( h + b * k , 0 ) : j === A . month ? d = eb ( h , l + b * k ) : ! g && ( j === A . day || j === A . week ) ? d = eb ( h , l , o + b * k * ( j === A . day ? 1 : 7 ) ) : d += j * k , b ++ ; e . push ( d ) ; p ( vb ( e , function ( a ) { return j <= A . hour && a % A . day === n } ) , function ( a ) { f [ a ] = "day" } ) } e . info = q ( a , { higherRanks : f , totalRange : j * k } ) ; return e } ; la . prototype . normalizeTimeTickInterval = function ( a , b ) { var c = b || [ [ "millisecond" , [ 1 , 2 , 5 , 10 , 20 , 25 , 50 , 100 , 200 , 500 ] ] , [ "second" , [ 1 , 2 , 5 , 10 , 15 , 30 ] ] , [ "minute" ,
[ 1 , 2 , 5 , 10 , 15 , 30 ] ] , [ "hour" , [ 1 , 2 , 3 , 4 , 6 , 8 , 12 ] ] , [ "day" , [ 1 , 2 ] ] , [ "week" , [ 1 , 2 ] ] , [ "month" , [ 1 , 2 , 3 , 4 , 6 ] ] , [ "year" , null ] ] , d = c [ c . length - 1 ] , e = A [ d [ 0 ] ] , f = d [ 1 ] , g ; for ( g = 0 ; g < c . length ; g ++ ) if ( d = c [ g ] , e = A [ d [ 0 ] ] , f = d [ 1 ] , c [ g + 1 ] && a <= ( e * f [ f . length - 1 ] + A [ c [ g + 1 ] [ 0 ] ] ) / 2 ) break ; e === A . year && a < 5 * e && ( f = [ 1 , 2 , 5 ] ) ; c = nb ( a / e , f , d [ 0 ] === "year" ? v ( mb ( a / e ) , 1 ) : 1 ) ; return { unitRange : e , count : c , unitName : d [ 0 ] } } ; la . prototype . getLogTickPositions = function ( a , b , c , d ) { var e = this . options , f = this . len , g = [ ] ; if ( ! d ) this . _minorAutoInterval = null ; if ( a >= 0.5 ) a = u ( a ) , g = this . getLinearTickPositions ( a ,
b , c ) ; else if ( a >= 0.08 ) for ( var f = T ( b ) , h , i , j , k , l , e = a > 0.3 ? [ 1 , 2 , 4 ] : a > 0.15 ? [ 1 , 2 , 4 , 6 , 8 ] : [ 1 , 2 , 3 , 4 , 5 , 6 , 7 , 8 , 9 ] ; f < c + 1 && ! l ; f ++ ) { i = e . length ; for ( h = 0 ; h < i && ! l ; h ++ ) j = za ( ia ( f ) * e [ h ] ) , j > b && ( ! d || k <= c ) && g . push ( k ) , k > c && ( l = ! 0 ) , k = j } else if ( b = ia ( b ) , c = ia ( c ) , a = e [ d ? "minorTickInterval" : "tickInterval" ] , a = m ( a === "auto" ? null : a , this . _minorAutoInterval , ( c - b ) * ( e . tickPixelInterval / ( d ? 5 : 1 ) ) / ( ( d ? f / this . tickPositions . length : f ) || 1 ) ) , a = nb ( a , null , mb ( a ) ) , g = Ua ( this . getLinearTickPositions ( a , b , c ) , za ) , ! d ) this . _minorAutoInterval = a / 5 ; if ( ! d ) this . tickInterval =
a ; return g } ; var Mb = R . Tooltip = function ( ) { this . init . apply ( this , arguments ) } ; Mb . prototype = { init : function ( a , b ) { var c = b . borderWidth , d = b . style , e = z ( d . padding ) ; this . chart = a ; this . options = b ; this . crosshairs = [ ] ; this . now = { x : 0 , y : 0 } ; this . isHidden = ! 0 ; this . label = a . renderer . label ( "" , 0 , 0 , b . shape || "callout" , null , null , b . useHTML , null , "tooltip" ) . attr ( { padding : e , fill : b . backgroundColor , "stroke-width" : c , r : b . borderRadius , zIndex : 8 } ) . css ( d ) . css ( { padding : 0 } ) . add ( ) . attr ( { y : - 9999 } ) ; fa || this . label . shadow ( b . shadow ) ; this . shared = b . shared } ,
destroy : function ( ) { if ( this . label ) this . label = this . label . destroy ( ) ; clearTimeout ( this . hideTimer ) ; clearTimeout ( this . tooltipTimeout ) } , move : function ( a , b , c , d ) { var e = this , f = e . now , g = e . options . animation !== ! 1 && ! e . isHidden , h = e . followPointer || e . len > 1 ; q ( f , { x : g ? ( 2 * f . x + a ) / 3 : a , y : g ? ( f . y + b ) / 2 : b , anchorX : h ? t : g ? ( 2 * f . anchorX + c ) / 3 : c , anchorY : h ? t : g ? ( f . anchorY + d ) / 2 : d } ) ; e . label . attr ( f ) ; if ( g && ( M ( a - f . x ) > 1 || M ( b - f . y ) > 1 ) ) clearTimeout ( this . tooltipTimeout ) , this . tooltipTimeout = setTimeout ( function ( ) { e && e . move ( a , b , c , d ) } , 32 ) } , hide : function ( ) { var a =
this , b ; clearTimeout ( this . hideTimer ) ; if ( ! this . isHidden ) b = this . chart . hoverPoints , this . hideTimer = setTimeout ( function ( ) { a . label . fadeOut ( ) ; a . isHidden = ! 0 } , m ( this . options . hideDelay , 500 ) ) , b && p ( b , function ( a ) { a . setState ( ) } ) , this . chart . hoverPoints = null } , getAnchor : function ( a , b ) { var c , d = this . chart , e = d . inverted , f = d . plotTop , g = 0 , h = 0 , i , a = qa ( a ) ; c = a [ 0 ] . tooltipPos ; this . followPointer && b && ( b . chartX === t && ( b = d . pointer . normalize ( b ) ) , c = [ b . chartX - d . plotLeft , b . chartY - f ] ) ; c || ( p ( a , function ( a ) { i = a . series . yAxis ; g += a . plotX ; h += ( a . plotLow ?
( a . plotLow + a . plotHigh ) / 2 : a . plotY ) + ( ! e && i ? i . top - f : 0 ) } ) , g /= a . length , h /= a . length , c = [ e ? d . plotWidth - h : g , this . shared && ! e && a . length > 1 && b ? b . chartY - f : e ? d . plotHeight - g : h ] ) ; return Ua ( c , u ) } , getPosition : function ( a , b , c ) { var d = this . chart , e = this . distance , f = { } , g , h = [ "y" , d . chartHeight , b , c . plotY + d . plotTop ] , i = [ "x" , d . chartWidth , a , c . plotX + d . plotLeft ] , j = c . ttBelow || d . inverted && ! c . negative || ! d . inverted && c . negative , k = function ( a , b , c , d ) { var g = c < d - e , b = d + e + c < b , c = d - e - c ; d += e ; if ( j && b ) f [ a ] = d ; else if ( ! j && g ) f [ a ] = c ; else if ( g ) f [ a ] = c ; else if ( b ) f [ a ] =
d ; else return ! 1 } , l = function ( a , b , c , d ) { if ( d < e || d > b - e ) return ! 1 ; else f [ a ] = d < c / 2 ? 1 : d > b - c / 2 ? b - c - 2 : d - c / 2 } , o = function ( a ) { var b = h ; h = i ; i = b ; g = a } , n = function ( ) { k . apply ( 0 , h ) !== ! 1 ? l . apply ( 0 , i ) === ! 1 && ! g && ( o ( ! 0 ) , n ( ) ) : g ? f . x = f . y = 0 : ( o ( ! 0 ) , n ( ) ) } ; ( d . inverted || this . len > 1 ) && o ( ) ; n ( ) ; return f } , defaultFormatter : function ( a ) { var b = this . points || qa ( this ) , c = b [ 0 ] . series , d ; d = [ a . tooltipHeaderFormatter ( b [ 0 ] ) ] ; p ( b , function ( a ) { c = a . series ; d . push ( c . tooltipFormatter && c . tooltipFormatter ( a ) || a . point . tooltipFormatter ( c . tooltipOptions . pointFormat ) ) } ) ;
d . push ( a . options . footerFormat || "" ) ; return d . join ( "" ) } , refresh : function ( a , b ) { var c = this . chart , d = this . label , e = this . options , f , g , h = { } , i , j = [ ] ; i = e . formatter || this . defaultFormatter ; var h = c . hoverPoints , k , l = this . shared ; clearTimeout ( this . hideTimer ) ; this . followPointer = qa ( a ) [ 0 ] . series . tooltipOptions . followPointer ; g = this . getAnchor ( a , b ) ; f = g [ 0 ] ; g = g [ 1 ] ; l && ( ! a . series || ! a . series . noSharedTooltip ) ? ( c . hoverPoints = a , h && p ( h , function ( a ) { a . setState ( ) } ) , p ( a , function ( a ) { a . setState ( "hover" ) ; j . push ( a . getLabelConfig ( ) ) } ) , h = { x : a [ 0 ] . category ,
y : a [ 0 ] . y } , h . points = j , this . len = j . length , a = a [ 0 ] ) : h = a . getLabelConfig ( ) ; i = i . call ( h , this ) ; h = a . series ; this . distance = m ( h . tooltipOptions . distance , 16 ) ; i === ! 1 ? this . hide ( ) : ( this . isHidden && ( bb ( d ) , d . attr ( "opacity" , 1 ) . show ( ) ) , d . attr ( { text : i } ) , k = e . borderColor || a . color || h . color || "#606060" , d . attr ( { stroke : k } ) , this . updatePosition ( { plotX : f , plotY : g , negative : a . negative , ttBelow : a . ttBelow } ) , this . isHidden = ! 1 ) ; D ( c , "tooltipRefresh" , { text : i , x : f + c . plotLeft , y : g + c . plotTop , borderColor : k } ) } , updatePosition : function ( a ) { var b = this . chart ,
c = this . label , c = ( this . options . positioner || this . getPosition ) . call ( this , c . width , c . height , a ) ; this . move ( u ( c . x ) , u ( c . y ) , a . plotX + b . plotLeft , a . plotY + b . plotTop ) } , tooltipHeaderFormatter : function ( a ) { var b = a . series , c = b . tooltipOptions , d = c . dateTimeLabelFormats , e = c . xDateFormat , f = b . xAxis , g = f && f . options . type === "datetime" && ha ( a . key ) , c = c . headerFormat , f = f && f . closestPointRange , h ; if ( g && ! e ) { if ( f ) for ( h in A ) { if ( A [ h ] >= f || A [ h ] <= A . day && a . key % A [ h ] > 0 ) { e = d [ h ] ; break } } else e = d . day ; e = e || d . year } g && e && ( c = c . replace ( "{point.key}" , "{point.key:" +
e + "}" ) ) ; return Ia ( c , { point : a , series : b } ) } } ; var oa ; $a = y . documentElement . ontouchstart !== t ; var Wa = R . Pointer = function ( a , b ) { this . init ( a , b ) } ; Wa . prototype = { init : function ( a , b ) { var c = b . chart , d = c . events , e = fa ? "" : c . zoomType , c = a . inverted , f ; this . options = b ; this . chart = a ; this . zoomX = f = /x/ . test ( e ) ; this . zoomY = e = /y/ . test ( e ) ; this . zoomHor = f && ! c || e && c ; this . zoomVert = e && ! c || f && c ; this . hasZoom = f || e ; this . runChartClick = d && ! ! d . click ; this . pinchDown = [ ] ; this . lastValidTouch = { } ; if ( R . Tooltip && b . tooltip . enabled ) a . tooltip = new Mb ( a , b . tooltip ) ,
this . followTouchMove = b . tooltip . followTouchMove ; this . setDOMEvents ( ) } , normalize : function ( a , b ) { var c , d , a = a || window . event , a = Sb ( a ) ; if ( ! a . target ) a . target = a . srcElement ; d = a . touches ? a . touches . length ? a . touches . item ( 0 ) : a . changedTouches [ 0 ] : a ; if ( ! b ) this . chartPosition = b = Rb ( this . chart . container ) ; d . pageX === t ? ( c = v ( a . x , a . clientX - b . left ) , d = a . y ) : ( c = d . pageX - b . left , d = d . pageY - b . top ) ; return q ( a , { chartX : u ( c ) , chartY : u ( d ) } ) } , getCoordinates : function ( a ) { var b = { xAxis : [ ] , yAxis : [ ] } ; p ( this . chart . axes , function ( c ) { b [ c . isXAxis ? "xAxis" :
"yAxis" ] . push ( { axis : c , value : c . toValue ( a [ c . horiz ? "chartX" : "chartY" ] ) } ) } ) ; return b } , getIndex : function ( a ) { var b = this . chart ; return b . inverted ? b . plotHeight + b . plotTop - a . chartY : a . chartX - b . plotLeft } , runPointActions : function ( a ) { var b = this . chart , c = b . series , d = b . tooltip , e , f , g = b . hoverPoint , h = b . hoverSeries , i , j , k = b . chartWidth , l = this . getIndex ( a ) ; if ( d && this . options . tooltip . shared && ( ! h || ! h . noSharedTooltip ) ) { f = [ ] ; i = c . length ; for ( j = 0 ; j < i ; j ++ ) if ( c [ j ] . visible && c [ j ] . options . enableMouseTracking !== ! 1 && ! c [ j ] . noSharedTooltip &&
c [ j ] . singularTooltips !== ! 0 && c [ j ] . tooltipPoints . length && ( e = c [ j ] . tooltipPoints [ l ] ) && e . series ) e . _dist = M ( l - e . clientX ) , k = C ( k , e . _dist ) , f . push ( e ) ; for ( i = f . length ; i -- ; ) f [ i ] . _dist > k && f . splice ( i , 1 ) ; if ( f . length && f [ 0 ] . clientX !== this . hoverX ) d . refresh ( f , a ) , this . hoverX = f [ 0 ] . clientX } c = h && h . tooltipOptions . followPointer ; if ( h && h . tracker && ! c ) { if ( ( e = h . tooltipPoints [ l ] ) && e !== g ) e . onMouseOver ( a ) } else d && c && ! d . isHidden && ( h = d . getAnchor ( [ { } ] , a ) , d . updatePosition ( { plotX : h [ 0 ] , plotY : h [ 1 ] } ) ) ; if ( d && ! this . _onDocumentMouseMove ) this . _onDocumentMouseMove =
function ( a ) { if ( V [ oa ] ) V [ oa ] . pointer . onDocumentMouseMove ( a ) } , K ( y , "mousemove" , this . _onDocumentMouseMove ) ; p ( b . axes , function ( b ) { b . drawCrosshair ( a , m ( e , g ) ) } ) } , reset : function ( a ) { var b = this . chart , c = b . hoverSeries , d = b . hoverPoint , e = b . tooltip , f = e && e . shared ? b . hoverPoints : d ; ( a = a && e && f ) && qa ( f ) [ 0 ] . plotX === t && ( a = ! 1 ) ; if ( a ) e . refresh ( f ) , d && d . setState ( d . state , ! 0 ) ; else { if ( d ) d . onMouseOut ( ) ; if ( c ) c . onMouseOut ( ) ; e && e . hide ( ) ; if ( this . _onDocumentMouseMove ) W ( y , "mousemove" , this . _onDocumentMouseMove ) , this . _onDocumentMouseMove = null ;
p ( b . axes , function ( a ) { a . hideCrosshair ( ) } ) ; this . hoverX = null } } , scaleGroups : function ( a , b ) { var c = this . chart , d ; p ( c . series , function ( e ) { d = a || e . getPlotBox ( ) ; e . xAxis && e . xAxis . zoomEnabled && ( e . group . attr ( d ) , e . markerGroup && ( e . markerGroup . attr ( d ) , e . markerGroup . clip ( b ? c . clipRect : null ) ) , e . dataLabelsGroup && e . dataLabelsGroup . attr ( d ) ) } ) ; c . clipRect . attr ( b || c . clipBox ) } , dragStart : function ( a ) { var b = this . chart ; b . mouseIsDown = a . type ; b . cancelClick = ! 1 ; b . mouseDownX = this . mouseDownX = a . chartX ; b . mouseDownY = this . mouseDownY = a . chartY } ,
drag : function ( a ) { var b = this . chart , c = b . options . chart , d = a . chartX , e = a . chartY , f = this . zoomHor , g = this . zoomVert , h = b . plotLeft , i = b . plotTop , j = b . plotWidth , k = b . plotHeight , l , o = this . mouseDownX , n = this . mouseDownY ; d < h ? d = h : d > h + j && ( d = h + j ) ; e < i ? e = i : e > i + k && ( e = i + k ) ; this . hasDragged = Math . sqrt ( Math . pow ( o - d , 2 ) + Math . pow ( n - e , 2 ) ) ; if ( this . hasDragged > 10 ) { l = b . isInsidePlot ( o - h , n - i ) ; if ( b . hasCartesianSeries && ( this . zoomX || this . zoomY ) && l && ! this . selectionMarker ) this . selectionMarker = b . renderer . rect ( h , i , f ? 1 : j , g ? 1 : k , 0 ) . attr ( { fill : c . selectionMarkerFill ||
"rgba(69,114,167,0.25)" , zIndex : 7 } ) . add ( ) ; this . selectionMarker && f && ( d -= o , this . selectionMarker . attr ( { width : M ( d ) , x : ( d > 0 ? 0 : d ) + o } ) ) ; this . selectionMarker && g && ( d = e - n , this . selectionMarker . attr ( { height : M ( d ) , y : ( d > 0 ? 0 : d ) + n } ) ) ; l && ! this . selectionMarker && c . panning && b . pan ( a , c . panning ) } } , drop : function ( a ) { var b = this . chart , c = this . hasPinched ; if ( this . selectionMarker ) { var d = { xAxis : [ ] , yAxis : [ ] , originalEvent : a . originalEvent || a } , a = this . selectionMarker , e = a . attr ? a . attr ( "x" ) : a . x , f = a . attr ? a . attr ( "y" ) : a . y , g = a . attr ? a . attr ( "width" ) :
a . width , h = a . attr ? a . attr ( "height" ) : a . height , i ; if ( this . hasDragged || c ) p ( b . axes , function ( a ) { if ( a . zoomEnabled ) { var b = a . horiz , c = a . toValue ( b ? e : f ) , b = a . toValue ( b ? e + g : f + h ) ; ! isNaN ( c ) && ! isNaN ( b ) && ( d [ a . coll ] . push ( { axis : a , min : C ( c , b ) , max : v ( c , b ) } ) , i = ! 0 ) } } ) , i && D ( b , "selection" , d , function ( a ) { b . zoom ( q ( a , c ? { animation : ! 1 } : null ) ) } ) ; this . selectionMarker = this . selectionMarker . destroy ( ) ; c && this . scaleGroups ( ) } if ( b ) G ( b . container , { cursor : b . _cursor } ) , b . cancelClick = this . hasDragged > 10 , b . mouseIsDown = this . hasDragged = this . hasPinched =
! 1 , this . pinchDown = [ ] } , onContainerMouseDown : function ( a ) { a = this . normalize ( a ) ; a . preventDefault && a . preventDefault ( ) ; this . dragStart ( a ) } , onDocumentMouseUp : function ( a ) { V [ oa ] && V [ oa ] . pointer . drop ( a ) } , onDocumentMouseMove : function ( a ) { var b = this . chart , c = this . chartPosition , d = b . hoverSeries , a = this . normalize ( a , c ) ; c && d && ! this . inClass ( a . target , "highcharts-tracker" ) && ! b . isInsidePlot ( a . chartX - b . plotLeft , a . chartY - b . plotTop ) && this . reset ( ) } , onContainerMouseLeave : function ( ) { var a = V [ oa ] ; if ( a ) a . pointer . reset ( ) , a . pointer . chartPosition =
null } , onContainerMouseMove : function ( a ) { var b = this . chart ; oa = b . index ; a = this . normalize ( a ) ; b . mouseIsDown === "mousedown" && this . drag ( a ) ; ( this . inClass ( a . target , "highcharts-tracker" ) || b . isInsidePlot ( a . chartX - b . plotLeft , a . chartY - b . plotTop ) ) && ! b . openMenu && this . runPointActions ( a ) } , inClass : function ( a , b ) { for ( var c ; a ; ) { if ( c = H ( a , "class" ) ) if ( c . indexOf ( b ) !== - 1 ) return ! 0 ; else if ( c . indexOf ( "highcharts-container" ) !== - 1 ) return ! 1 ; a = a . parentNode } } , onTrackerMouseOut : function ( a ) { var b = this . chart . hoverSeries , c = ( a = a . relatedTarget ||
a . toElement ) && a . point && a . point . series ; if ( b && ! b . options . stickyTracking && ! this . inClass ( a , "highcharts-tooltip" ) && c !== b ) b . onMouseOut ( ) } , onContainerClick : function ( a ) { var b = this . chart , c = b . hoverPoint , d = b . plotLeft , e = b . plotTop , a = this . normalize ( a ) ; a . cancelBubble = ! 0 ; b . cancelClick || ( c && this . inClass ( a . target , "highcharts-tracker" ) ? ( D ( c . series , "click" , q ( a , { point : c } ) ) , b . hoverPoint && c . firePointEvent ( "click" , a ) ) : ( q ( a , this . getCoordinates ( a ) ) , b . isInsidePlot ( a . chartX - d , a . chartY - e ) && D ( b , "click" , a ) ) ) } , setDOMEvents : function ( ) { var a =
this , b = a . chart . container ; b . onmousedown = function ( b ) { a . onContainerMouseDown ( b ) } ; b . onmousemove = function ( b ) { a . onContainerMouseMove ( b ) } ; b . onclick = function ( b ) { a . onContainerClick ( b ) } ; K ( b , "mouseleave" , a . onContainerMouseLeave ) ; ab === 1 && K ( y , "mouseup" , a . onDocumentMouseUp ) ; if ( $a ) b . ontouchstart = function ( b ) { a . onContainerTouchStart ( b ) } , b . ontouchmove = function ( b ) { a . onContainerTouchMove ( b ) } , ab === 1 && K ( y , "touchend" , a . onDocumentTouchEnd ) } , destroy : function ( ) { var a ; W ( this . chart . container , "mouseleave" , this . onContainerMouseLeave ) ;
ab || ( W ( y , "mouseup" , this . onDocumentMouseUp ) , W ( y , "touchend" , this . onDocumentTouchEnd ) ) ; clearInterval ( this . tooltipTimeout ) ; for ( a in this ) this [ a ] = null } } ; q ( R . Pointer . prototype , { pinchTranslate : function ( a , b , c , d , e , f ) { ( this . zoomHor || this . pinchHor ) && this . pinchTranslateDirection ( ! 0 , a , b , c , d , e , f ) ; ( this . zoomVert || this . pinchVert ) && this . pinchTranslateDirection ( ! 1 , a , b , c , d , e , f ) } , pinchTranslateDirection : function ( a , b , c , d , e , f , g , h ) { var i = this . chart , j = a ? "x" : "y" , k = a ? "X" : "Y" , l = "chart" + k , o = a ? "width" : "height" , n = i [ "plot" + ( a ?
"Left" : "Top" ) ] , s , m , p = h || 1 , q = i . inverted , x = i . bounds [ a ? "h" : "v" ] , r = b . length === 1 , v = b [ 0 ] [ l ] , u = c [ 0 ] [ l ] , t = ! r && b [ 1 ] [ l ] , w = ! r && c [ 1 ] [ l ] , y , c = function ( ) { ! r && M ( v - t ) > 20 && ( p = h || M ( u - w ) / M ( v - t ) ) ; m = ( n - u ) / p + v ; s = i [ "plot" + ( a ? "Width" : "Height" ) ] / p } ; c ( ) ; b = m ; b < x . min ? ( b = x . min , y = ! 0 ) : b + s > x . max && ( b = x . max - s , y = ! 0 ) ; y ? ( u -= 0.8 * ( u - g [ j ] [ 0 ] ) , r || ( w -= 0.8 * ( w - g [ j ] [ 1 ] ) ) , c ( ) ) : g [ j ] = [ u , w ] ; q || ( f [ j ] = m - n , f [ o ] = s ) ; f = q ? 1 / p : p ; e [ o ] = s ; e [ j ] = b ; d [ q ? a ? "scaleY" : "scaleX" : "scale" + k ] = p ; d [ "translate" + k ] = f * n + ( u - f * v ) } , pinch : function ( a ) { var b = this , c = b . chart , d = b . pinchDown ,
e = b . followTouchMove , f = a . touches , g = f . length , h = b . lastValidTouch , i = b . hasZoom , j = b . selectionMarker , k = { } , l = g === 1 && ( b . inClass ( a . target , "highcharts-tracker" ) && c . runTrackerClick || c . runChartClick ) , o = { } ; ( i || e ) && ! l && a . preventDefault ( ) ; Ua ( f , function ( a ) { return b . normalize ( a ) } ) ; if ( a . type === "touchstart" ) p ( f , function ( a , b ) { d [ b ] = { chartX : a . chartX , chartY : a . chartY } } ) , h . x = [ d [ 0 ] . chartX , d [ 1 ] && d [ 1 ] . chartX ] , h . y = [ d [ 0 ] . chartY , d [ 1 ] && d [ 1 ] . chartY ] , p ( c . axes , function ( a ) { if ( a . zoomEnabled ) { var b = c . bounds [ a . horiz ? "h" : "v" ] , d = a . minPixelPadding ,
e = a . toPixels ( a . dataMin ) , f = a . toPixels ( a . dataMax ) , g = C ( e , f ) , e = v ( e , f ) ; b . min = C ( a . pos , g - d ) ; b . max = v ( a . pos + a . len , e + d ) } } ) ; else if ( d . length ) { if ( ! j ) b . selectionMarker = j = q ( { destroy : sa } , c . plotBox ) ; b . pinchTranslate ( d , f , k , j , o , h ) ; b . hasPinched = i ; b . scaleGroups ( k , o ) ; ! i && e && g === 1 && this . runPointActions ( b . normalize ( a ) ) } } , onContainerTouchStart : function ( a ) { var b = this . chart ; oa = b . index ; a . touches . length === 1 ? ( a = this . normalize ( a ) , b . isInsidePlot ( a . chartX - b . plotLeft , a . chartY - b . plotTop ) ? ( this . runPointActions ( a ) , this . pinch ( a ) ) : this . reset ( ) ) :
a . touches . length === 2 && this . pinch ( a ) } , onContainerTouchMove : function ( a ) { ( a . touches . length === 1 || a . touches . length === 2 ) && this . pinch ( a ) } , onDocumentTouchEnd : function ( a ) { V [ oa ] && V [ oa ] . pointer . drop ( a ) } } ) ; if ( I . PointerEvent || I . MSPointerEvent ) { var ua = { } , zb = ! ! I . PointerEvent , Wb = function ( ) { var a , b = [ ] ; b . item = function ( a ) { return this [ a ] } ; for ( a in ua ) ua . hasOwnProperty ( a ) && b . push ( { pageX : ua [ a ] . pageX , pageY : ua [ a ] . pageY , target : ua [ a ] . target } ) ; return b } , Ab = function ( a , b , c , d ) { a = a . originalEvent || a ; if ( ( a . pointerType === "touch" ||
a . pointerType === a . MSPOINTER _TYPE _TOUCH ) && V [ oa ] ) d ( a ) , d = V [ oa ] . pointer , d [ b ] ( { type : c , target : a . currentTarget , preventDefault : sa , touches : Wb ( ) } ) } ; q ( Wa . prototype , { onContainerPointerDown : function ( a ) { Ab ( a , "onContainerTouchStart" , "touchstart" , function ( a ) { ua [ a . pointerId ] = { pageX : a . pageX , pageY : a . pageY , target : a . currentTarget } } ) } , onContainerPointerMove : function ( a ) { Ab ( a , "onContainerTouchMove" , "touchmove" , function ( a ) { ua [ a . pointerId ] = { pageX : a . pageX , pageY : a . pageY } ; if ( ! ua [ a . pointerId ] . target ) ua [ a . pointerId ] . target = a . currentTarget } ) } ,
onDocumentPointerUp : function ( a ) { Ab ( a , "onContainerTouchEnd" , "touchend" , function ( a ) { delete ua [ a . pointerId ] } ) } , batchMSEvents : function ( a ) { a ( this . chart . container , zb ? "pointerdown" : "MSPointerDown" , this . onContainerPointerDown ) ; a ( this . chart . container , zb ? "pointermove" : "MSPointerMove" , this . onContainerPointerMove ) ; a ( y , zb ? "pointerup" : "MSPointerUp" , this . onDocumentPointerUp ) } } ) ; Ma ( Wa . prototype , "init" , function ( a , b , c ) { a . call ( this , b , c ) ; ( this . hasZoom || this . followTouchMove ) && G ( b . container , { "-ms-touch-action" : Q , "touch-action" : Q } ) } ) ;
Ma ( Wa . prototype , "setDOMEvents" , function ( a ) { a . apply ( this ) ; ( this . hasZoom || this . followTouchMove ) && this . batchMSEvents ( K ) } ) ; Ma ( Wa . prototype , "destroy" , function ( a ) { this . batchMSEvents ( W ) ; a . call ( this ) } ) } var lb = R . Legend = function ( a , b ) { this . init ( a , b ) } ; lb . prototype = { init : function ( a , b ) { var c = this , d = b . itemStyle , e = m ( b . padding , 8 ) , f = b . itemMarginTop || 0 ; this . options = b ; if ( b . enabled ) c . baseline = z ( d . fontSize ) + 3 + f , c . itemStyle = d , c . itemHiddenStyle = w ( d , b . itemHiddenStyle ) , c . itemMarginTop = f , c . padding = e , c . initialItemX = e , c . initialItemY =
e - 5 , c . maxItemWidth = 0 , c . chart = a , c . itemHeight = 0 , c . lastLineHeight = 0 , c . symbolWidth = m ( b . symbolWidth , 16 ) , c . pages = [ ] , c . render ( ) , K ( c . chart , "endResize" , function ( ) { c . positionCheckboxes ( ) } ) } , colorizeItem : function ( a , b ) { var c = this . options , d = a . legendItem , e = a . legendLine , f = a . legendSymbol , g = this . itemHiddenStyle . color , c = b ? c . itemStyle . color : g , h = b ? a . legendColor || a . color || "#CCC" : g , g = a . options && a . options . marker , i = { fill : h } , j ; d && d . css ( { fill : c , color : c } ) ; e && e . attr ( { stroke : h } ) ; if ( f ) { if ( g && f . isMarker ) for ( j in i . stroke = h , g = a . convertAttribs ( g ) ,
g ) d = g [ j ] , d !== t && ( i [ j ] = d ) ; f . attr ( i ) } } , positionItem : function ( a ) { var b = this . options , c = b . symbolPadding , b = ! b . rtl , d = a . _legendItemPos , e = d [ 0 ] , d = d [ 1 ] , f = a . checkbox ; a . legendGroup && a . legendGroup . translate ( b ? e : this . legendWidth - e - 2 * c - 4 , d ) ; if ( f ) f . x = e , f . y = d } , destroyItem : function ( a ) { var b = a . checkbox ; p ( [ "legendItem" , "legendLine" , "legendSymbol" , "legendGroup" ] , function ( b ) { a [ b ] && ( a [ b ] = a [ b ] . destroy ( ) ) } ) ; b && Pa ( a . checkbox ) } , destroy : function ( ) { var a = this . group , b = this . box ; if ( b ) this . box = b . destroy ( ) ; if ( a ) this . group = a . destroy ( ) } ,
positionCheckboxes : function ( a ) { var b = this . group . alignAttr , c , d = this . clipHeight || this . legendHeight ; if ( b ) c = b . translateY , p ( this . allItems , function ( e ) { var f = e . checkbox , g ; f && ( g = c + f . y + ( a || 0 ) + 3 , G ( f , { left : b . translateX + e . checkboxOffset + f . x - 20 + "px" , top : g + "px" , display : g > c - 6 && g < c + d - 6 ? "" : Q } ) ) } ) } , renderTitle : function ( ) { var a = this . padding , b = this . options . title , c = 0 ; if ( b . text ) { if ( ! this . title ) this . title = this . chart . renderer . label ( b . text , a - 3 , a - 4 , null , null , null , null , null , "legend-title" ) . attr ( { zIndex : 1 } ) . css ( b . style ) . add ( this . group ) ;
a = this . title . getBBox ( ) ; c = a . height ; this . offsetWidth = a . width ; this . contentGroup . attr ( { translateY : c } ) } this . titleHeight = c } , renderItem : function ( a ) { var b = this . chart , c = b . renderer , d = this . options , e = d . layout === "horizontal" , f = this . symbolWidth , g = d . symbolPadding , h = this . itemStyle , i = this . itemHiddenStyle , j = this . padding , k = e ? m ( d . itemDistance , 20 ) : 0 , l = ! d . rtl , o = d . width , n = d . itemMarginBottom || 0 , s = this . itemMarginTop , p = this . initialItemX , q = a . legendItem , r = a . series && a . series . drawLegendSymbol ? a . series : a , x = r . options , x = this . createCheckboxForItem &&
x && x . showCheckbox , t = d . useHTML ; if ( ! q ) a . legendGroup = c . g ( "legend-item" ) . attr ( { zIndex : 1 } ) . add ( this . scrollGroup ) , r . drawLegendSymbol ( this , a ) , a . legendItem = q = c . text ( d . labelFormat ? Ia ( d . labelFormat , a ) : d . labelFormatter . call ( a ) , l ? f + g : - g , this . baseline , t ) . css ( w ( a . visible ? h : i ) ) . attr ( { align : l ? "left" : "right" , zIndex : 2 } ) . add ( a . legendGroup ) , this . setItemEvents && this . setItemEvents ( a , q , t , h , i ) , this . colorizeItem ( a , a . visible ) , x && this . createCheckboxForItem ( a ) ; c = q . getBBox ( ) ; f = a . checkboxOffset = d . itemWidth || a . legendItemWidth ||
f + g + c . width + k + ( x ? 20 : 0 ) ; this . itemHeight = g = u ( a . legendItemHeight || c . height ) ; if ( e && this . itemX - p + f > ( o || b . chartWidth - 2 * j - p - d . x ) ) this . itemX = p , this . itemY += s + this . lastLineHeight + n , this . lastLineHeight = 0 ; this . maxItemWidth = v ( this . maxItemWidth , f ) ; this . lastItemY = s + this . itemY + n ; this . lastLineHeight = v ( g , this . lastLineHeight ) ; a . _legendItemPos = [ this . itemX , this . itemY ] ; e ? this . itemX += f : ( this . itemY += s + g + n , this . lastLineHeight = g ) ; this . offsetWidth = o || v ( ( e ? this . itemX - p - k : f ) + j , this . offsetWidth ) } , getAllItems : function ( ) { var a =
[ ] ; p ( this . chart . series , function ( b ) { var c = b . options ; if ( m ( c . showInLegend , ! r ( c . linkedTo ) ? t : ! 1 , ! 0 ) ) a = a . concat ( b . legendItems || ( c . legendType === "point" ? b . data : b ) ) } ) ; return a } , render : function ( ) { var a = this , b = a . chart , c = b . renderer , d = a . group , e , f , g , h , i = a . box , j = a . options , k = a . padding , l = j . borderWidth , o = j . backgroundColor ; a . itemX = a . initialItemX ; a . itemY = a . initialItemY ; a . offsetWidth = 0 ; a . lastItemY = 0 ; if ( ! d ) a . group = d = c . g ( "legend" ) . attr ( { zIndex : 7 } ) . add ( ) , a . contentGroup = c . g ( ) . attr ( { zIndex : 1 } ) . add ( d ) , a . scrollGroup = c . g ( ) . add ( a . contentGroup ) ;
a . renderTitle ( ) ; e = a . getAllItems ( ) ; ob ( e , function ( a , b ) { return ( a . options && a . options . legendIndex || 0 ) - ( b . options && b . options . legendIndex || 0 ) } ) ; j . reversed && e . reverse ( ) ; a . allItems = e ; a . display = f = ! ! e . length ; p ( e , function ( b ) { a . renderItem ( b ) } ) ; g = j . width || a . offsetWidth ; h = a . lastItemY + a . lastLineHeight + a . titleHeight ; h = a . handleOverflow ( h ) ; if ( l || o ) { g += k ; h += k ; if ( i ) { if ( g > 0 && h > 0 ) i [ i . isNew ? "attr" : "animate" ] ( i . crisp ( { width : g , height : h } ) ) , i . isNew = ! 1 } else a . box = i = c . rect ( 0 , 0 , g , h , j . borderRadius , l || 0 ) . attr ( { stroke : j . borderColor ,
"stroke-width" : l || 0 , fill : o || Q } ) . add ( d ) . shadow ( j . shadow ) , i . isNew = ! 0 ; i [ f ? "show" : "hide" ] ( ) } a . legendWidth = g ; a . legendHeight = h ; p ( e , function ( b ) { a . positionItem ( b ) } ) ; f && d . align ( q ( { width : g , height : h } , j ) , ! 0 , "spacingBox" ) ; b . isResizing || this . positionCheckboxes ( ) } , handleOverflow : function ( a ) { var b = this , c = this . chart , d = c . renderer , e = this . options , f = e . y , f = c . spacingBox . height + ( e . verticalAlign === "top" ? - f : f ) - this . padding , g = e . maxHeight , h , i = this . clipRect , j = e . navigation , k = m ( j . animation , ! 0 ) , l = j . arrowSize || 12 , o = this . nav , n = this . pages ,
s , q = this . allItems ; e . layout === "horizontal" && ( f /= 2 ) ; g && ( f = C ( f , g ) ) ; n . length = 0 ; if ( a > f && ! e . useHTML ) { this . clipHeight = h = f - 20 - this . titleHeight - this . padding ; this . currentPage = m ( this . currentPage , 1 ) ; this . fullHeight = a ; p ( q , function ( a , b ) { var c = a . _legendItemPos [ 1 ] , d = u ( a . legendItem . getBBox ( ) . height ) , e = n . length ; if ( ! e || c - n [ e - 1 ] > h && ( s || c ) !== n [ e - 1 ] ) n . push ( s || c ) , e ++ ; b === q . length - 1 && c + d - n [ e - 1 ] > h && n . push ( c ) ; c !== s && ( s = c ) } ) ; if ( ! i ) i = b . clipRect = d . clipRect ( 0 , this . padding , 9999 , 0 ) , b . contentGroup . clip ( i ) ; i . attr ( { height : h } ) ; if ( ! o ) this . nav =
o = d . g ( ) . attr ( { zIndex : 1 } ) . add ( this . group ) , this . up = d . symbol ( "triangle" , 0 , 0 , l , l ) . on ( "click" , function ( ) { b . scroll ( - 1 , k ) } ) . add ( o ) , this . pager = d . text ( "" , 15 , 10 ) . css ( j . style ) . add ( o ) , this . down = d . symbol ( "triangle-down" , 0 , 0 , l , l ) . on ( "click" , function ( ) { b . scroll ( 1 , k ) } ) . add ( o ) ; b . scroll ( 0 ) ; a = f } else if ( o ) i . attr ( { height : c . chartHeight } ) , o . hide ( ) , this . scrollGroup . attr ( { translateY : 1 } ) , this . clipHeight = 0 ; return a } , scroll : function ( a , b ) { var c = this . pages , d = c . length , e = this . currentPage + a , f = this . clipHeight , g = this . options . navigation ,
h = g . activeColor , g = g . inactiveColor , i = this . pager , j = this . padding ; e > d && ( e = d ) ; if ( e > 0 ) b !== t && Qa ( b , this . chart ) , this . nav . attr ( { translateX : j , translateY : f + this . padding + 7 + this . titleHeight , visibility : "visible" } ) , this . up . attr ( { fill : e === 1 ? g : h } ) . css ( { cursor : e === 1 ? "default" : "pointer" } ) , i . attr ( { text : e + "/" + d } ) , this . down . attr ( { x : 18 + this . pager . getBBox ( ) . width , fill : e === d ? g : h } ) . css ( { cursor : e === d ? "default" : "pointer" } ) , c = - c [ e - 1 ] + this . initialItemY , this . scrollGroup . animate ( { translateY : c } ) , this . currentPage = e , this . positionCheckboxes ( c ) } } ;
N = R . LegendSymbolMixin = { drawRectangle : function ( a , b ) { var c = a . options . symbolHeight || 12 ; b . legendSymbol = this . chart . renderer . rect ( 0 , a . baseline - 5 - c / 2 , a . symbolWidth , c , a . options . symbolRadius || 0 ) . attr ( { zIndex : 3 } ) . add ( b . legendGroup ) } , drawLineMarker : function ( a ) { var b = this . options , c = b . marker , d ; d = a . symbolWidth ; var e = this . chart . renderer , f = this . legendGroup , a = a . baseline - u ( e . fontMetrics ( a . options . itemStyle . fontSize ) . b * 0.3 ) , g ; if ( b . lineWidth ) { g = { "stroke-width" : b . lineWidth } ; if ( b . dashStyle ) g . dashstyle = b . dashStyle ; this . legendLine =
e . path ( [ "M" , 0 , a , "L" , d , a ] ) . attr ( g ) . add ( f ) } if ( c && c . enabled !== ! 1 ) b = c . radius , this . legendSymbol = d = e . symbol ( this . symbol , d / 2 - b , a - b , 2 * b , 2 * b ) . add ( f ) , d . isMarker = ! 0 } } ; ( /Trident\/7\.0/ . test ( wa ) || Ta ) && Ma ( lb . prototype , "positionItem" , function ( a , b ) { var c = this , d = function ( ) { b . _legendItemPos && a . call ( c , b ) } ; d ( ) ; setTimeout ( d ) } ) ; Ya . prototype = { init : function ( a , b ) { var c , d = a . series ; a . series = null ; c = w ( E , a ) ; c . series = a . series = d ; this . userOptions = a ; d = c . chart ; this . margin = this . splashArray ( "margin" , d ) ; this . spacing = this . splashArray ( "spacing" ,
d ) ; var e = d . events ; this . bounds = { h : { } , v : { } } ; this . callback = b ; this . isResizing = 0 ; this . options = c ; this . axes = [ ] ; this . series = [ ] ; this . hasCartesianSeries = d . showAxes ; var f = this , g ; f . index = V . length ; V . push ( f ) ; ab ++ ; d . reflow !== ! 1 && K ( f , "load" , function ( ) { f . initReflow ( ) } ) ; if ( e ) for ( g in e ) K ( f , g , e [ g ] ) ; f . xAxis = [ ] ; f . yAxis = [ ] ; f . animation = fa ? ! 1 : m ( d . animation , ! 0 ) ; f . pointCount = 0 ; f . counters = new Bb ; f . firstRender ( ) } , initSeries : function ( a ) { var b = this . options . chart ; ( b = F [ a . type || b . type || b . defaultSeriesType ] ) || ra ( 17 , ! 0 ) ; b = new b ; b . init ( this ,
a ) ; return b } , isInsidePlot : function ( a , b , c ) { var d = c ? b : a , a = c ? a : b ; return d >= 0 && d <= this . plotWidth && a >= 0 && a <= this . plotHeight } , adjustTickAmounts : function ( ) { this . options . chart . alignTicks !== ! 1 && p ( this . axes , function ( a ) { a . adjustTickAmount ( ) } ) ; this . maxTicks = null } , redraw : function ( a ) { var b = this . axes , c = this . series , d = this . pointer , e = this . legend , f = this . isDirtyLegend , g , h , i = this . isDirtyBox , j = c . length , k = j , l = this . renderer , o = l . isHidden ( ) , n = [ ] ; Qa ( a , this ) ; o && this . cloneRenderTo ( ) ; for ( this . layOutTitles ( ) ; k -- ; ) if ( a = c [ k ] , a . options . stacking &&
( g = ! 0 , a . isDirty ) ) { h = ! 0 ; break } if ( h ) for ( k = j ; k -- ; ) if ( a = c [ k ] , a . options . stacking ) a . isDirty = ! 0 ; p ( c , function ( a ) { a . isDirty && a . options . legendType === "point" && ( f = ! 0 ) } ) ; if ( f && e . options . enabled ) e . render ( ) , this . isDirtyLegend = ! 1 ; g && this . getStacks ( ) ; if ( this . hasCartesianSeries ) { if ( ! this . isResizing ) this . maxTicks = null , p ( b , function ( a ) { a . setScale ( ) } ) ; this . adjustTickAmounts ( ) ; this . getMargins ( ) ; p ( b , function ( a ) { a . isDirty && ( i = ! 0 ) } ) ; p ( b , function ( a ) { if ( a . isDirtyExtremes ) a . isDirtyExtremes = ! 1 , n . push ( function ( ) { D ( a , "afterSetExtremes" ,
q ( a . eventArgs , a . getExtremes ( ) ) ) ; delete a . eventArgs } ) ; ( i || g ) && a . redraw ( ) } ) } i && this . drawChartBox ( ) ; p ( c , function ( a ) { a . isDirty && a . visible && ( ! a . isCartesian || a . xAxis ) && a . redraw ( ) } ) ; d && d . reset ( ! 0 ) ; l . draw ( ) ; D ( this , "redraw" ) ; o && this . cloneRenderTo ( ! 0 ) ; p ( n , function ( a ) { a . call ( ) } ) } , get : function ( a ) { var b = this . axes , c = this . series , d , e ; for ( d = 0 ; d < b . length ; d ++ ) if ( b [ d ] . options . id === a ) return b [ d ] ; for ( d = 0 ; d < c . length ; d ++ ) if ( c [ d ] . options . id === a ) return c [ d ] ; for ( d = 0 ; d < c . length ; d ++ ) { e = c [ d ] . points || [ ] ; for ( b = 0 ; b < e . length ; b ++ ) if ( e [ b ] . id ===
a ) return e [ b ] } return null } , getAxes : function ( ) { var a = this , b = this . options , c = b . xAxis = qa ( b . xAxis || { } ) , b = b . yAxis = qa ( b . yAxis || { } ) ; p ( c , function ( a , b ) { a . index = b ; a . isX = ! 0 } ) ; p ( b , function ( a , b ) { a . index = b } ) ; c = c . concat ( b ) ; p ( c , function ( b ) { new la ( a , b ) } ) ; a . adjustTickAmounts ( ) } , getSelectedPoints : function ( ) { var a = [ ] ; p ( this . series , function ( b ) { a = a . concat ( vb ( b . points || [ ] , function ( a ) { return a . selected } ) ) } ) ; return a } , getSelectedSeries : function ( ) { return vb ( this . series , function ( a ) { return a . selected } ) } , getStacks : function ( ) { var a =
this ; p ( a . yAxis , function ( a ) { if ( a . stacks && a . hasVisibleSeries ) a . oldStacks = a . stacks } ) ; p ( a . series , function ( b ) { if ( b . options . stacking && ( b . visible === ! 0 || a . options . chart . ignoreHiddenSeries === ! 1 ) ) b . stackKey = b . type + m ( b . options . stack , "" ) } ) } , setTitle : function ( a , b , c ) { var g ; var d = this , e = d . options , f ; f = e . title = w ( e . title , a ) ; g = e . subtitle = w ( e . subtitle , b ) , e = g ; p ( [ [ "title" , a , f ] , [ "subtitle" , b , e ] ] , function ( a ) { var b = a [ 0 ] , c = d [ b ] , e = a [ 1 ] , a = a [ 2 ] ; c && e && ( d [ b ] = c = c . destroy ( ) ) ; a && a . text && ! c && ( d [ b ] = d . renderer . text ( a . text , 0 , 0 , a . useHTML ) . attr ( { align : a . align ,
"class" : "highcharts-" + b , zIndex : a . zIndex || 4 } ) . css ( a . style ) . add ( ) ) } ) ; d . layOutTitles ( c ) } , layOutTitles : function ( a ) { var b = 0 , c = this . title , d = this . subtitle , e = this . options , f = e . title , e = e . subtitle , g = this . spacingBox . width - 44 ; if ( c && ( c . css ( { width : ( f . width || g ) + "px" } ) . align ( q ( { y : 15 } , f ) , ! 1 , "spacingBox" ) , ! f . floating && ! f . verticalAlign ) ) b = c . getBBox ( ) . height ; d && ( d . css ( { width : ( e . width || g ) + "px" } ) . align ( q ( { y : b + f . margin } , e ) , ! 1 , "spacingBox" ) , ! e . floating && ! e . verticalAlign && ( b = Ka ( b + d . getBBox ( ) . height ) ) ) ; c = this . titleOffset !==
b ; this . titleOffset = b ; if ( ! this . isDirtyBox && c ) this . isDirtyBox = c , this . hasRendered && m ( a , ! 0 ) && this . isDirtyBox && this . redraw ( ) } , getChartSize : function ( ) { var a = this . options . chart , b = a . width , a = a . height , c = this . renderToClone || this . renderTo ; if ( ! r ( b ) ) this . containerWidth = jb ( c , "width" ) ; if ( ! r ( a ) ) this . containerHeight = jb ( c , "height" ) ; this . chartWidth = v ( 0 , b || this . containerWidth || 600 ) ; this . chartHeight = v ( 0 , m ( a , this . containerHeight > 19 ? this . containerHeight : 400 ) ) } , cloneRenderTo : function ( a ) { var b = this . renderToClone , c = this . container ;
a ? b && ( this . renderTo . appendChild ( c ) , Pa ( b ) , delete this . renderToClone ) : ( c && c . parentNode === this . renderTo && this . renderTo . removeChild ( c ) , this . renderToClone = b = this . renderTo . cloneNode ( 0 ) , G ( b , { position : "absolute" , top : "-9999px" , display : "block" } ) , b . style . setProperty && b . style . setProperty ( "display" , "block" , "important" ) , y . body . appendChild ( b ) , c && b . appendChild ( c ) ) } , getContainer : function ( ) { var a , b = this . options . chart , c , d , e ; this . renderTo = a = b . renderTo ; e = "highcharts-" + tb ++ ; if ( Fa ( a ) ) this . renderTo = a = y . getElementById ( a ) ;
a || ra ( 13 , ! 0 ) ; c = z ( H ( a , "data-highcharts-chart" ) ) ; ! isNaN ( c ) && V [ c ] && V [ c ] . hasRendered && V [ c ] . destroy ( ) ; H ( a , "data-highcharts-chart" , this . index ) ; a . innerHTML = "" ; ! b . skipClone && ! a . offsetWidth && this . cloneRenderTo ( ) ; this . getChartSize ( ) ; c = this . chartWidth ; d = this . chartHeight ; this . container = a = Y ( Ja , { className : "highcharts-container" + ( b . className ? " " + b . className : "" ) , id : e } , q ( { position : "relative" , overflow : "hidden" , width : c + "px" , height : d + "px" , textAlign : "left" , lineHeight : "normal" , zIndex : 0 , "-webkit-tap-highlight-color" : "rgba(0,0,0,0)" } ,
b . style ) , this . renderToClone || a ) ; this . _cursor = a . style . cursor ; this . renderer = b . forExport ? new ta ( a , c , d , b . style , ! 0 ) : new Za ( a , c , d , b . style ) ; fa && this . renderer . create ( this , a , c , d ) } , getMargins : function ( ) { var a = this . spacing , b , c = this . legend , d = this . margin , e = this . options . legend , f = m ( e . margin , 20 ) , g = e . x , h = e . y , i = e . align , j = e . verticalAlign , k = this . titleOffset ; this . resetMargins ( ) ; b = this . axisOffset ; if ( k && ! r ( d [ 0 ] ) ) this . plotTop = v ( this . plotTop , k + this . options . title . margin + a [ 0 ] ) ; if ( c . display && ! e . floating ) if ( i === "right" ) { if ( ! r ( d [ 1 ] ) ) this . marginRight =
v ( this . marginRight , c . legendWidth - g + f + a [ 1 ] ) } else if ( i === "left" ) { if ( ! r ( d [ 3 ] ) ) this . plotLeft = v ( this . plotLeft , c . legendWidth + g + f + a [ 3 ] ) } else if ( j === "top" ) { if ( ! r ( d [ 0 ] ) ) this . plotTop = v ( this . plotTop , c . legendHeight + h + f + a [ 0 ] ) } else if ( j === "bottom" && ! r ( d [ 2 ] ) ) this . marginBottom = v ( this . marginBottom , c . legendHeight - h + f + a [ 2 ] ) ; this . extraBottomMargin && ( this . marginBottom += this . extraBottomMargin ) ; this . extraTopMargin && ( this . plotTop += this . extraTopMargin ) ; this . hasCartesianSeries && p ( this . axes , function ( a ) { a . getOffset ( ) } ) ; r ( d [ 3 ] ) ||
( this . plotLeft += b [ 3 ] ) ; r ( d [ 0 ] ) || ( this . plotTop += b [ 0 ] ) ; r ( d [ 2 ] ) || ( this . marginBottom += b [ 2 ] ) ; r ( d [ 1 ] ) || ( this . marginRight += b [ 1 ] ) ; this . setChartSize ( ) } , reflow : function ( a ) { var b = this , c = b . options . chart , d = b . renderTo , e = c . width || jb ( d , "width" ) , f = c . height || jb ( d , "height" ) , c = a ? a . target : I , d = function ( ) { if ( b . container ) b . setSize ( e , f , ! 1 ) , b . hasUserSize = null } ; if ( ! b . hasUserSize && e && f && ( c === I || c === y ) ) { if ( e !== b . containerWidth || f !== b . containerHeight ) clearTimeout ( b . reflowTimeout ) , a ? b . reflowTimeout = setTimeout ( d , 100 ) : d ( ) ; b . containerWidth =
e ; b . containerHeight = f } } , initReflow : function ( ) { var a = this , b = function ( b ) { a . reflow ( b ) } ; K ( I , "resize" , b ) ; K ( a , "destroy" , function ( ) { W ( I , "resize" , b ) } ) } , setSize : function ( a , b , c ) { var d = this , e , f , g ; d . isResizing += 1 ; g = function ( ) { d && D ( d , "endResize" , null , function ( ) { d . isResizing -= 1 } ) } ; Qa ( c , d ) ; d . oldChartHeight = d . chartHeight ; d . oldChartWidth = d . chartWidth ; if ( r ( a ) ) d . chartWidth = e = v ( 0 , u ( a ) ) , d . hasUserSize = ! ! e ; if ( r ( b ) ) d . chartHeight = f = v ( 0 , u ( b ) ) ; ( va ? kb : G ) ( d . container , { width : e + "px" , height : f + "px" } , va ) ; d . setChartSize ( ! 0 ) ; d . renderer . setSize ( e ,
f , c ) ; d . maxTicks = null ; p ( d . axes , function ( a ) { a . isDirty = ! 0 ; a . setScale ( ) } ) ; p ( d . series , function ( a ) { a . isDirty = ! 0 } ) ; d . isDirtyLegend = ! 0 ; d . isDirtyBox = ! 0 ; d . layOutTitles ( ) ; d . getMargins ( ) ; d . redraw ( c ) ; d . oldChartHeight = null ; D ( d , "resize" ) ; va === ! 1 ? g ( ) : setTimeout ( g , va && va . duration || 500 ) } , setChartSize : function ( a ) { var b = this . inverted , c = this . renderer , d = this . chartWidth , e = this . chartHeight , f = this . options . chart , g = this . spacing , h = this . clipOffset , i , j , k , l ; this . plotLeft = i = u ( this . plotLeft ) ; this . plotTop = j = u ( this . plotTop ) ; this . plotWidth =
k = v ( 0 , u ( d - i - this . marginRight ) ) ; this . plotHeight = l = v ( 0 , u ( e - j - this . marginBottom ) ) ; this . plotSizeX = b ? l : k ; this . plotSizeY = b ? k : l ; this . plotBorderWidth = f . plotBorderWidth || 0 ; this . spacingBox = c . spacingBox = { x : g [ 3 ] , y : g [ 0 ] , width : d - g [ 3 ] - g [ 1 ] , height : e - g [ 0 ] - g [ 2 ] } ; this . plotBox = c . plotBox = { x : i , y : j , width : k , height : l } ; d = 2 * T ( this . plotBorderWidth / 2 ) ; b = Ka ( v ( d , h [ 3 ] ) / 2 ) ; c = Ka ( v ( d , h [ 0 ] ) / 2 ) ; this . clipBox = { x : b , y : c , width : T ( this . plotSizeX - v ( d , h [ 1 ] ) / 2 - b ) , height : T ( this . plotSizeY - v ( d , h [ 2 ] ) / 2 - c ) } ; a || p ( this . axes , function ( a ) { a . setAxisSize ( ) ;
a . setAxisTranslation ( ) } ) } , resetMargins : function ( ) { var a = this . spacing , b = this . margin ; this . plotTop = m ( b [ 0 ] , a [ 0 ] ) ; this . marginRight = m ( b [ 1 ] , a [ 1 ] ) ; this . marginBottom = m ( b [ 2 ] , a [ 2 ] ) ; this . plotLeft = m ( b [ 3 ] , a [ 3 ] ) ; this . axisOffset = [ 0 , 0 , 0 , 0 ] ; this . clipOffset = [ 0 , 0 , 0 , 0 ] } , drawChartBox : function ( ) { var a = this . options . chart , b = this . renderer , c = this . chartWidth , d = this . chartHeight , e = this . chartBackground , f = this . plotBackground , g = this . plotBorder , h = this . plotBGImage , i = a . borderWidth || 0 , j = a . backgroundColor , k = a . plotBackgroundColor , l = a . plotBackgroundImage ,
o = a . plotBorderWidth || 0 , n , s = this . plotLeft , m = this . plotTop , p = this . plotWidth , q = this . plotHeight , r = this . plotBox , v = this . clipRect , u = this . clipBox ; n = i + ( a . shadow ? 8 : 0 ) ; if ( i || j ) if ( e ) e . animate ( e . crisp ( { width : c - n , height : d - n } ) ) ; else { e = { fill : j || Q } ; if ( i ) e . stroke = a . borderColor , e [ "stroke-width" ] = i ; this . chartBackground = b . rect ( n / 2 , n / 2 , c - n , d - n , a . borderRadius , i ) . attr ( e ) . addClass ( "highcharts-background" ) . add ( ) . shadow ( a . shadow ) } if ( k ) f ? f . animate ( r ) : this . plotBackground = b . rect ( s , m , p , q , 0 ) . attr ( { fill : k } ) . add ( ) . shadow ( a . plotShadow ) ;
if ( l ) h ? h . animate ( r ) : this . plotBGImage = b . image ( l , s , m , p , q ) . add ( ) ; v ? v . animate ( { width : u . width , height : u . height } ) : this . clipRect = b . clipRect ( u ) ; if ( o ) g ? g . animate ( g . crisp ( { x : s , y : m , width : p , height : q } ) ) : this . plotBorder = b . rect ( s , m , p , q , 0 , - o ) . attr ( { stroke : a . plotBorderColor , "stroke-width" : o , fill : Q , zIndex : 1 } ) . add ( ) ; this . isDirtyBox = ! 1 } , propFromSeries : function ( ) { var a = this , b = a . options . chart , c , d = a . options . series , e , f ; p ( [ "inverted" , "angular" , "polar" ] , function ( g ) { c = F [ b . type || b . defaultSeriesType ] ; f = a [ g ] || b [ g ] || c && c . prototype [ g ] ;
for ( e = d && d . length ; ! f && e -- ; ) ( c = F [ d [ e ] . type ] ) && c . prototype [ g ] && ( f = ! 0 ) ; a [ g ] = f } ) } , linkSeries : function ( ) { var a = this , b = a . series ; p ( b , function ( a ) { a . linkedSeries . length = 0 } ) ; p ( b , function ( b ) { var d = b . options . linkedTo ; if ( Fa ( d ) && ( d = d === ":previous" ? a . series [ b . index - 1 ] : a . get ( d ) ) ) d . linkedSeries . push ( b ) , b . linkedParent = d } ) } , renderSeries : function ( ) { p ( this . series , function ( a ) { a . translate ( ) ; a . setTooltipPoints && a . setTooltipPoints ( ) ; a . render ( ) } ) } , render : function ( ) { var a = this , b = a . axes , c = a . renderer , d = a . options , e = d . labels , f =
d . credits , g ; a . setTitle ( ) ; a . legend = new lb ( a , d . legend ) ; a . getStacks ( ) ; p ( b , function ( a ) { a . setScale ( ) } ) ; a . getMargins ( ) ; a . maxTicks = null ; p ( b , function ( a ) { a . setTickPositions ( ! 0 ) ; a . setMaxTicks ( ) } ) ; a . adjustTickAmounts ( ) ; a . getMargins ( ) ; a . drawChartBox ( ) ; a . hasCartesianSeries && p ( b , function ( a ) { a . render ( ) } ) ; if ( ! a . seriesGroup ) a . seriesGroup = c . g ( "series-group" ) . attr ( { zIndex : 3 } ) . add ( ) ; a . renderSeries ( ) ; e . items && p ( e . items , function ( b ) { var d = q ( e . style , b . style ) , f = z ( d . left ) + a . plotLeft , g = z ( d . top ) + a . plotTop + 12 ; delete d . left ; delete d . top ;
c . text ( b . html , f , g ) . attr ( { zIndex : 2 } ) . css ( d ) . add ( ) } ) ; if ( f . enabled && ! a . credits ) g = f . href , a . credits = c . text ( f . text , 0 , 0 ) . on ( "click" , function ( ) { if ( g ) location . href = g } ) . attr ( { align : f . position . align , zIndex : 8 } ) . css ( f . style ) . add ( ) . align ( f . position ) ; a . hasRendered = ! 0 } , destroy : function ( ) { var a = this , b = a . axes , c = a . series , d = a . container , e , f = d && d . parentNode ; D ( a , "destroy" ) ; V [ a . index ] = t ; ab -- ; a . renderTo . removeAttribute ( "data-highcharts-chart" ) ; W ( a ) ; for ( e = b . length ; e -- ; ) b [ e ] = b [ e ] . destroy ( ) ; for ( e = c . length ; e -- ; ) c [ e ] = c [ e ] . destroy ( ) ;
p ( "title,subtitle,chartBackground,plotBackground,plotBGImage,plotBorder,seriesGroup,clipRect,credits,pointer,scroller,rangeSelector,legend,resetZoomButton,tooltip,renderer" . split ( "," ) , function ( b ) { var c = a [ b ] ; c && c . destroy && ( a [ b ] = c . destroy ( ) ) } ) ; if ( d ) d . innerHTML = "" , W ( d ) , f && Pa ( d ) ; for ( e in a ) delete a [ e ] } , isReadyToRender : function ( ) { var a = this ; return ! aa && I == I . top && y . readyState !== "complete" || fa && ! I . canvg ? ( fa ? Lb . push ( function ( ) { a . firstRender ( ) } , a . options . global . canvasToolsURL ) : y . attachEvent ( "onreadystatechange" ,
function ( ) { y . detachEvent ( "onreadystatechange" , a . firstRender ) ; y . readyState === "complete" && a . firstRender ( ) } ) , ! 1 ) : ! 0 } , firstRender : function ( ) { var a = this , b = a . options , c = a . callback ; if ( a . isReadyToRender ( ) ) { a . getContainer ( ) ; D ( a , "init" ) ; a . resetMargins ( ) ; a . setChartSize ( ) ; a . propFromSeries ( ) ; a . getAxes ( ) ; p ( b . series || [ ] , function ( b ) { a . initSeries ( b ) } ) ; a . linkSeries ( ) ; D ( a , "beforeRender" ) ; if ( R . Pointer ) a . pointer = new Wa ( a , b ) ; a . render ( ) ; a . renderer . draw ( ) ; c && c . apply ( a , [ a ] ) ; p ( a . callbacks , function ( b ) { b . apply ( a , [ a ] ) } ) ; a . cloneRenderTo ( ! 0 ) ;
D ( a , "load" ) } } , splashArray : function ( a , b ) { var c = b [ a ] , c = ca ( c ) ? c : [ c , c , c , c ] ; return [ m ( b [ a + "Top" ] , c [ 0 ] ) , m ( b [ a + "Right" ] , c [ 1 ] ) , m ( b [ a + "Bottom" ] , c [ 2 ] ) , m ( b [ a + "Left" ] , c [ 3 ] ) ] } } ; Ya . prototype . callbacks = [ ] ; X = R . CenteredSeriesMixin = { getCenter : function ( ) { var a = this . options , b = this . chart , c = 2 * ( a . slicedOffset || 0 ) , d , e = b . plotWidth - 2 * c , f = b . plotHeight - 2 * c , b = a . center , a = [ m ( b [ 0 ] , "50%" ) , m ( b [ 1 ] , "50%" ) , a . size || "100%" , a . innerSize || 0 ] , g = C ( e , f ) , h ; return Ua ( a , function ( a , b ) { h = /%$/ . test ( a ) ; d = b < 2 || b === 2 && h ; return ( h ? [ e , f , g , g ] [ b ] * z ( a ) / 100 :
a ) + ( d ? c : 0 ) } ) } } ; var Ea = function ( ) { } ; Ea . prototype = { init : function ( a , b , c ) { this . series = a ; this . applyOptions ( b , c ) ; this . pointAttr = { } ; if ( a . options . colorByPoint && ( b = a . options . colors || a . chart . options . colors , this . color = this . color || b [ a . colorCounter ++ ] , a . colorCounter === b . length ) ) a . colorCounter = 0 ; a . chart . pointCount ++ ; return this } , applyOptions : function ( a , b ) { var c = this . series , d = c . pointValKey , a = Ea . prototype . optionsToObject . call ( this , a ) ; q ( this , a ) ; this . options = this . options ? q ( this . options , a ) : a ; if ( d ) this . y = this [ d ] ; if ( this . x ===
t && c ) this . x = b === t ? c . autoIncrement ( ) : b ; return this } , optionsToObject : function ( a ) { var b = { } , c = this . series , d = c . pointArrayMap || [ "y" ] , e = d . length , f = 0 , g = 0 ; if ( typeof a === "number" || a === null ) b [ d [ 0 ] ] = a ; else if ( La ( a ) ) { if ( a . length > e ) { c = typeof a [ 0 ] ; if ( c === "string" ) b . name = a [ 0 ] ; else if ( c === "number" ) b . x = a [ 0 ] ; f ++ } for ( ; g < e ; ) b [ d [ g ++ ] ] = a [ f ++ ] } else if ( typeof a === "object" ) { b = a ; if ( a . dataLabels ) c . _hasPointLabels = ! 0 ; if ( a . marker ) c . _hasPointMarkers = ! 0 } return b } , destroy : function ( ) { var a = this . series . chart , b = a . hoverPoints , c ; a . pointCount -- ;
if ( b && ( this . setState ( ) , ja ( b , this ) , ! b . length ) ) a . hoverPoints = null ; if ( this === a . hoverPoint ) this . onMouseOut ( ) ; if ( this . graphic || this . dataLabel ) W ( this ) , this . destroyElements ( ) ; this . legendItem && a . legend . destroyItem ( this ) ; for ( c in this ) this [ c ] = null } , destroyElements : function ( ) { for ( var a = "graphic,dataLabel,dataLabelUpper,group,connector,shadowGroup" . split ( "," ) , b , c = 6 ; c -- ; ) b = a [ c ] , this [ b ] && ( this [ b ] = this [ b ] . destroy ( ) ) } , getLabelConfig : function ( ) { return { x : this . category , y : this . y , key : this . name || this . category , series : this . series ,
point : this , percentage : this . percentage , total : this . total || this . stackTotal } } , tooltipFormatter : function ( a ) { var b = this . series , c = b . tooltipOptions , d = m ( c . valueDecimals , "" ) , e = c . valuePrefix || "" , f = c . valueSuffix || "" ; p ( b . pointArrayMap || [ "y" ] , function ( b ) { b = "{point." + b ; if ( e || f ) a = a . replace ( b + "}" , e + b + "}" + f ) ; a = a . replace ( b + "}" , b + ":,." + d + "f}" ) } ) ; return Ia ( a , { point : this , series : this . series } ) } , firePointEvent : function ( a , b , c ) { var d = this , e = this . series . options ; ( e . point . events [ a ] || d . options && d . options . events && d . options . events [ a ] ) &&
this . importEvents ( ) ; a === "click" && e . allowPointSelect && ( c = function ( a ) { d . select ( null , a . ctrlKey || a . metaKey || a . shiftKey ) } ) ; D ( this , a , b , c ) } } ; var O = function ( ) { } ; O . prototype = { isCartesian : ! 0 , type : "line" , pointClass : Ea , sorted : ! 0 , requireSorting : ! 0 , pointAttrToOptions : { stroke : "lineColor" , "stroke-width" : "lineWidth" , fill : "fillColor" , r : "radius" } , axisTypes : [ "xAxis" , "yAxis" ] , colorCounter : 0 , parallelArrays : [ "x" , "y" ] , init : function ( a , b ) { var c = this , d , e , f = a . series , g = function ( a , b ) { return m ( a . options . index , a . _i ) - m ( b . options . index ,
b . _i ) } ; c . chart = a ; c . options = b = c . setOptions ( b ) ; c . linkedSeries = [ ] ; c . bindAxes ( ) ; q ( c , { name : b . name , state : "" , pointAttr : { } , visible : b . visible !== ! 1 , selected : b . selected === ! 0 } ) ; if ( fa ) b . animation = ! 1 ; e = b . events ; for ( d in e ) K ( c , d , e [ d ] ) ; if ( e && e . click || b . point && b . point . events && b . point . events . click || b . allowPointSelect ) a . runTrackerClick = ! 0 ; c . getColor ( ) ; c . getSymbol ( ) ; p ( c . parallelArrays , function ( a ) { c [ a + "Data" ] = [ ] } ) ; c . setData ( b . data , ! 1 ) ; if ( c . isCartesian ) a . hasCartesianSeries = ! 0 ; f . push ( c ) ; c . _i = f . length - 1 ; ob ( f , g ) ; this . yAxis &&
ob ( this . yAxis . series , g ) ; p ( f , function ( a , b ) { a . index = b ; a . name = a . name || "Series " + ( b + 1 ) } ) } , bindAxes : function ( ) { var a = this , b = a . options , c = a . chart , d ; p ( a . axisTypes || [ ] , function ( e ) { p ( c [ e ] , function ( c ) { d = c . options ; if ( b [ e ] === d . index || b [ e ] !== t && b [ e ] === d . id || b [ e ] === t && d . index === 0 ) c . series . push ( a ) , a [ e ] = c , c . isDirty = ! 0 } ) ; ! a [ e ] && a . optionalAxis !== e && ra ( 18 , ! 0 ) } ) } , updateParallelArrays : function ( a , b ) { var c = a . series , d = arguments ; p ( c . parallelArrays , typeof b === "number" ? function ( d ) { var f = d === "y" && c . toYData ? c . toYData ( a ) : a [ d ] ;
c [ d + "Data" ] [ b ] = f } : function ( a ) { Array . prototype [ b ] . apply ( c [ a + "Data" ] , Array . prototype . slice . call ( d , 2 ) ) } ) } , autoIncrement : function ( ) { var a = this . options , b = this . xIncrement , b = m ( b , a . pointStart , 0 ) ; this . pointInterval = m ( this . pointInterval , a . pointInterval , 1 ) ; this . xIncrement = b + this . pointInterval ; return b } , getSegments : function ( ) { var a = - 1 , b = [ ] , c , d = this . points , e = d . length ; if ( e ) if ( this . options . connectNulls ) { for ( c = e ; c -- ; ) d [ c ] . y === null && d . splice ( c , 1 ) ; d . length && ( b = [ d ] ) } else p ( d , function ( c , g ) { c . y === null ? ( g > a + 1 && b . push ( d . slice ( a +
1 , g ) ) , a = g ) : g === e - 1 && b . push ( d . slice ( a + 1 , g + 1 ) ) } ) ; this . segments = b } , setOptions : function ( a ) { var b = this . chart , c = b . options . plotOptions , b = b . userOptions || { } , d = b . plotOptions || { } , e = c [ this . type ] ; this . userOptions = a ; c = w ( e , c . series , a ) ; this . tooltipOptions = w ( E . tooltip , E . plotOptions [ this . type ] . tooltip , b . tooltip , d . series && d . series . tooltip , d [ this . type ] && d [ this . type ] . tooltip , a . tooltip ) ; e . marker === null && delete c . marker ; return c } , getColor : function ( ) { var a = this . options , b = this . userOptions , c = this . chart . options . colors , d = this . chart . counters ,
e ; e = a . color || ba [ this . type ] . color ; if ( ! e && ! a . colorByPoint ) r ( b . _colorIndex ) ? a = b . _colorIndex : ( b . _colorIndex = d . color , a = d . color ++ ) , e = c [ a ] ; this . color = e ; d . wrapColor ( c . length ) } , getSymbol : function ( ) { var a = this . userOptions , b = this . options . marker , c = this . chart , d = c . options . symbols , c = c . counters ; this . symbol = b . symbol ; if ( ! this . symbol ) r ( a . _symbolIndex ) ? a = a . _symbolIndex : ( a . _symbolIndex = c . symbol , a = c . symbol ++ ) , this . symbol = d [ a ] ; if ( /^url/ . test ( this . symbol ) ) b . radius = 0 ; c . wrapSymbol ( d . length ) } , drawLegendSymbol : N . drawLineMarker ,
setData : function ( a , b , c , d ) { var e = this , f = e . points , g = f && f . length || 0 , h , i = e . options , j = e . chart , k = null , l = e . xAxis , o = l && ! ! l . categories , n = e . tooltipPoints , s = i . turboThreshold , q = this . xData , r = this . yData , v = ( h = e . pointArrayMap ) && h . length , a = a || [ ] ; h = a . length ; b = m ( b , ! 0 ) ; if ( d !== ! 1 && h && g === h && ! e . cropped && ! e . hasGroupedData ) p ( a , function ( a , b ) { f [ b ] . update ( a , ! 1 ) } ) ; else { e . xIncrement = null ; e . pointRange = o ? 1 : i . pointRange ; e . colorCounter = 0 ; p ( this . parallelArrays , function ( a ) { e [ a + "Data" ] . length = 0 } ) ; if ( s && h > s ) { for ( c = 0 ; k === null && c < h ; ) k =
a [ c ] , c ++ ; if ( ha ( k ) ) { o = m ( i . pointStart , 0 ) ; i = m ( i . pointInterval , 1 ) ; for ( c = 0 ; c < h ; c ++ ) q [ c ] = o , r [ c ] = a [ c ] , o += i ; e . xIncrement = o } else if ( La ( k ) ) if ( v ) for ( c = 0 ; c < h ; c ++ ) i = a [ c ] , q [ c ] = i [ 0 ] , r [ c ] = i . slice ( 1 , v + 1 ) ; else for ( c = 0 ; c < h ; c ++ ) i = a [ c ] , q [ c ] = i [ 0 ] , r [ c ] = i [ 1 ] ; else ra ( 12 ) } else for ( c = 0 ; c < h ; c ++ ) if ( a [ c ] !== t && ( i = { series : e } , e . pointClass . prototype . applyOptions . apply ( i , [ a [ c ] ] ) , e . updateParallelArrays ( i , c ) , o && i . name ) ) l . names [ i . x ] = i . name ; Fa ( r [ 0 ] ) && ra ( 14 , ! 0 ) ; e . data = [ ] ; e . options . data = a ; for ( c = g ; c -- ; ) f [ c ] && f [ c ] . destroy && f [ c ] . destroy ( ) ;
if ( n ) n . length = 0 ; if ( l ) l . minRange = l . userMinRange ; e . isDirty = e . isDirtyData = j . isDirtyBox = ! 0 ; c = ! 1 } b && j . redraw ( c ) } , processData : function ( a ) { var b = this . xData , c = this . yData , d = b . length , e ; e = 0 ; var f , g , h = this . xAxis , i = this . options , j = i . cropThreshold , k = 0 , l = this . isCartesian , o , n ; if ( l && ! this . isDirty && ! h . isDirty && ! this . yAxis . isDirty && ! a ) return ! 1 ; if ( l && this . sorted && ( ! j || d > j || this . forceCrop ) ) if ( o = h . min , n = h . max , b [ d - 1 ] < o || b [ 0 ] > n ) b = [ ] , c = [ ] ; else if ( b [ 0 ] < o || b [ d - 1 ] > n ) e = this . cropData ( this . xData , this . yData , o , n ) , b = e . xData , c = e . yData ,
e = e . start , f = ! 0 , k = b . length ; for ( d = b . length - 1 ; d >= 0 ; d -- ) a = b [ d ] - b [ d - 1 ] , ! f && b [ d ] > o && b [ d ] < n && k ++ , a > 0 && ( g === t || a < g ) ? g = a : a < 0 && this . requireSorting && ra ( 15 ) ; this . cropped = f ; this . cropStart = e ; this . processedXData = b ; this . processedYData = c ; this . activePointCount = k ; if ( i . pointRange === null ) this . pointRange = g || 1 ; this . closestPointRange = g } , cropData : function ( a , b , c , d ) { var e = a . length , f = 0 , g = e , h = m ( this . cropShoulder , 1 ) , i ; for ( i = 0 ; i < e ; i ++ ) if ( a [ i ] >= c ) { f = v ( 0 , i - h ) ; break } for ( ; i < e ; i ++ ) if ( a [ i ] > d ) { g = i + h ; break } return { xData : a . slice ( f , g ) , yData : b . slice ( f ,
g ) , start : f , end : g } } , generatePoints : function ( ) { var a = this . options . data , b = this . data , c , d = this . processedXData , e = this . processedYData , f = this . pointClass , g = d . length , h = this . cropStart || 0 , i , j = this . hasGroupedData , k , l = [ ] , o ; if ( ! b && ! j ) b = [ ] , b . length = a . length , b = this . data = b ; for ( o = 0 ; o < g ; o ++ ) i = h + o , j ? l [ o ] = ( new f ) . init ( this , [ d [ o ] ] . concat ( qa ( e [ o ] ) ) ) : ( b [ i ] ? k = b [ i ] : a [ i ] !== t && ( b [ i ] = k = ( new f ) . init ( this , a [ i ] , d [ o ] ) ) , l [ o ] = k ) ; if ( b && ( g !== ( c = b . length ) || j ) ) for ( o = 0 ; o < c ; o ++ ) if ( o === h && ! j && ( o += g ) , b [ o ] ) b [ o ] . destroyElements ( ) , b [ o ] . plotX =
t ; this . data = b ; this . points = l } , getExtremes : function ( a ) { var b = this . yAxis , c = this . processedXData , d , e = [ ] , f = 0 ; d = this . xAxis . getExtremes ( ) ; var g = d . min , h = d . max , i , j , k , l , a = a || this . stackedYData || this . processedYData ; d = a . length ; for ( l = 0 ; l < d ; l ++ ) if ( j = c [ l ] , k = a [ l ] , i = k !== null && k !== t && ( ! b . isLog || k . length || k > 0 ) , j = this . getExtremesFromAll || this . cropped || ( c [ l + 1 ] || j ) >= g && ( c [ l - 1 ] || j ) <= h , i && j ) if ( i = k . length ) for ( ; i -- ; ) k [ i ] !== null && ( e [ f ++ ] = k [ i ] ) ; else e [ f ++ ] = k ; this . dataMin = m ( void 0 , Na ( e ) ) ; this . dataMax = m ( void 0 , Ba ( e ) ) } , translate : function ( ) { this . processedXData ||
this . processData ( ) ; this . generatePoints ( ) ; for ( var a = this . options , b = a . stacking , c = this . xAxis , d = c . categories , e = this . yAxis , f = this . points , g = f . length , h = ! ! this . modifyValue , i = a . pointPlacement , j = i === "between" || ha ( i ) , k = a . threshold , a = 0 ; a < g ; a ++ ) { var l = f [ a ] , o = l . x , n = l . y , s = l . low , p = b && e . stacks [ ( this . negStacks && n < k ? "-" : "" ) + this . stackKey ] ; if ( e . isLog && n <= 0 ) l . y = n = null ; l . plotX = c . translate ( o , 0 , 0 , 0 , 1 , i , this . type === "flags" ) ; if ( b && this . visible && p && p [ o ] ) p = p [ o ] , n = p . points [ this . index + "," + a ] , s = n [ 0 ] , n = n [ 1 ] , s === 0 && ( s = m ( k , e . min ) ) ,
e . isLog && s <= 0 && ( s = null ) , l . total = l . stackTotal = p . total , l . percentage = p . total && l . y / p . total * 100 , l . stackY = n , p . setOffset ( this . pointXOffset || 0 , this . barW || 0 ) ; l . yBottom = r ( s ) ? e . translate ( s , 0 , 1 , 0 , 1 ) : null ; h && ( n = this . modifyValue ( n , l ) ) ; l . plotY = typeof n === "number" && n !== Infinity ? e . translate ( n , 0 , 1 , 0 , 1 ) : t ; l . clientX = j ? c . translate ( o , 0 , 0 , 0 , 1 ) : l . plotX ; l . negative = l . y < ( k || 0 ) ; l . category = d && d [ l . x ] !== t ? d [ l . x ] : l . x } this . getSegments ( ) } , animate : function ( a ) { var b = this . chart , c = b . renderer , d ; d = this . options . animation ; var e = this . clipBox ||
b . clipBox , f = b . inverted , g ; if ( d && ! ca ( d ) ) d = ba [ this . type ] . animation ; g = [ "_sharedClip" , d . duration , d . easing , e . height ] . join ( "," ) ; a ? ( a = b [ g ] , d = b [ g + "m" ] , a || ( b [ g ] = a = c . clipRect ( q ( e , { width : 0 } ) ) , b [ g + "m" ] = d = c . clipRect ( - 99 , f ? - b . plotLeft : - b . plotTop , 99 , f ? b . chartWidth : b . chartHeight ) ) , this . group . clip ( a ) , this . markerGroup . clip ( d ) , this . sharedClipKey = g ) : ( ( a = b [ g ] ) && a . animate ( { width : b . plotSizeX } , d ) , b [ g + "m" ] && b [ g + "m" ] . animate ( { width : b . plotSizeX + 99 } , d ) , this . animate = null ) } , afterAnimate : function ( ) { var a = this . chart , b = this . sharedClipKey ,
c = this . group , d = this . clipBox ; if ( c && this . options . clip !== ! 1 ) { if ( ! b || ! d ) c . clip ( d ? a . renderer . clipRect ( d ) : a . clipRect ) ; this . markerGroup . clip ( ) } D ( this , "afterAnimate" ) ; setTimeout ( function ( ) { b && a [ b ] && ( d || ( a [ b ] = a [ b ] . destroy ( ) ) , a [ b + "m" ] && ( a [ b + "m" ] = a [ b + "m" ] . destroy ( ) ) ) } , 100 ) } , drawPoints : function ( ) { var a , b = this . points , c = this . chart , d , e , f , g , h , i , j , k ; d = this . options . marker ; var l = this . pointAttr [ "" ] , o , n = this . markerGroup , s = m ( d . enabled , this . activePointCount < 0.5 * this . xAxis . len / d . radius ) ; if ( d . enabled !== ! 1 || this . _hasPointMarkers ) for ( f =
b . length ; f -- ; ) if ( g = b [ f ] , d = T ( g . plotX ) , e = g . plotY , k = g . graphic , i = g . marker || { } , a = s && i . enabled === t || i . enabled , o = c . isInsidePlot ( u ( d ) , e , c . inverted ) , a && e !== t && ! isNaN ( e ) && g . y !== null ) if ( a = g . pointAttr [ g . selected ? "select" : "" ] || l , h = a . r , i = m ( i . symbol , this . symbol ) , j = i . indexOf ( "url" ) === 0 , k ) k [ o ? "show" : "hide" ] ( ! 0 ) . animate ( q ( { x : d - h , y : e - h } , k . symbolName ? { width : 2 * h , height : 2 * h } : { } ) ) ; else { if ( o && ( h > 0 || j ) ) g . graphic = c . renderer . symbol ( i , d - h , e - h , 2 * h , 2 * h ) . attr ( a ) . add ( n ) } else if ( k ) g . graphic = k . destroy ( ) } , convertAttribs : function ( a ,
b , c , d ) { var e = this . pointAttrToOptions , f , g , h = { } , a = a || { } , b = b || { } , c = c || { } , d = d || { } ; for ( f in e ) g = e [ f ] , h [ f ] = m ( a [ g ] , b [ f ] , c [ f ] , d [ f ] ) ; return h } , getAttribs : function ( ) { var a = this , b = a . options , c = ba [ a . type ] . marker ? b . marker : b , d = c . states , e = d . hover , f , g = a . color ; f = { stroke : g , fill : g } ; var h = a . points || [ ] , i , j = [ ] , k , l = a . pointAttrToOptions ; k = a . hasPointSpecificOptions ; var o = b . negativeColor , n = c . lineColor , s = c . fillColor ; i = b . turboThreshold ; var m ; b . marker ? ( e . radius = e . radius || c . radius + 2 , e . lineWidth = e . lineWidth || c . lineWidth + 1 ) : e . color =
e . color || ya ( e . color || g ) . brighten ( e . brightness ) . get ( ) ; j [ "" ] = a . convertAttribs ( c , f ) ; p ( [ "hover" , "select" ] , function ( b ) { j [ b ] = a . convertAttribs ( d [ b ] , j [ "" ] ) } ) ; a . pointAttr = j ; g = h . length ; if ( ! i || g < i || k ) for ( ; g -- ; ) { i = h [ g ] ; if ( ( c = i . options && i . options . marker || i . options ) && c . enabled === ! 1 ) c . radius = 0 ; if ( i . negative && o ) i . color = i . fillColor = o ; k = b . colorByPoint || i . color ; if ( i . options ) for ( m in l ) r ( c [ l [ m ] ] ) && ( k = ! 0 ) ; if ( k ) { c = c || { } ; k = [ ] ; d = c . states || { } ; f = d . hover = d . hover || { } ; if ( ! b . marker ) f . color = f . color || ! i . options . color && e . color ||
ya ( i . color ) . brighten ( f . brightness || e . brightness ) . get ( ) ; f = { color : i . color } ; if ( ! s ) f . fillColor = i . color ; if ( ! n ) f . lineColor = i . color ; k [ "" ] = a . convertAttribs ( q ( f , c ) , j [ "" ] ) ; k . hover = a . convertAttribs ( d . hover , j . hover , k [ "" ] ) ; k . select = a . convertAttribs ( d . select , j . select , k [ "" ] ) } else k = j ; i . pointAttr = k } } , destroy : function ( ) { var a = this , b = a . chart , c = /AppleWebKit\/533/ . test ( wa ) , d , e , f = a . data || [ ] , g , h , i ; D ( a , "destroy" ) ; W ( a ) ; p ( a . axisTypes || [ ] , function ( b ) { if ( i = a [ b ] ) ja ( i . series , a ) , i . isDirty = i . forceRedraw = ! 0 } ) ; a . legendItem && a . chart . legend . destroyItem ( a ) ;
for ( e = f . length ; e -- ; ) ( g = f [ e ] ) && g . destroy && g . destroy ( ) ; a . points = null ; clearTimeout ( a . animationTimeout ) ; p ( "area,graph,dataLabelsGroup,group,markerGroup,tracker,graphNeg,areaNeg,posClip,negClip" . split ( "," ) , function ( b ) { a [ b ] && ( d = c && b === "group" ? "hide" : "destroy" , a [ b ] [ d ] ( ) ) } ) ; if ( b . hoverSeries === a ) b . hoverSeries = null ; ja ( b . series , a ) ; for ( h in a ) delete a [ h ] } , getSegmentPath : function ( a ) { var b = this , c = [ ] , d = b . options . step ; p ( a , function ( e , f ) { var g = e . plotX , h = e . plotY , i ; b . getPointSpline ? c . push . apply ( c , b . getPointSpline ( a ,
e , f ) ) : ( c . push ( f ? "L" : "M" ) , d && f && ( i = a [ f - 1 ] , d === "right" ? c . push ( i . plotX , h ) : d === "center" ? c . push ( ( i . plotX + g ) / 2 , i . plotY , ( i . plotX + g ) / 2 , h ) : c . push ( g , i . plotY ) ) , c . push ( e . plotX , e . plotY ) ) } ) ; return c } , getGraphPath : function ( ) { var a = this , b = [ ] , c , d = [ ] ; p ( a . segments , function ( e ) { c = a . getSegmentPath ( e ) ; e . length > 1 ? b = b . concat ( c ) : d . push ( e [ 0 ] ) } ) ; a . singlePoints = d ; return a . graphPath = b } , drawGraph : function ( ) { var a = this , b = this . options , c = [ [ "graph" , b . lineColor || this . color ] ] , d = b . lineWidth , e = b . dashStyle , f = b . linecap !== "square" , g = this . getGraphPath ( ) ,
h = b . negativeColor ; h && c . push ( [ "graphNeg" , h ] ) ; p ( c , function ( c , h ) { var k = c [ 0 ] , l = a [ k ] ; if ( l ) bb ( l ) , l . animate ( { d : g } ) ; else if ( d && g . length ) l = { stroke : c [ 1 ] , "stroke-width" : d , fill : Q , zIndex : 1 } , e ? l . dashstyle = e : f && ( l [ "stroke-linecap" ] = l [ "stroke-linejoin" ] = "round" ) , a [ k ] = a . chart . renderer . path ( g ) . attr ( l ) . add ( a . group ) . shadow ( ! h && b . shadow ) } ) } , clipNeg : function ( ) { var a = this . options , b = this . chart , c = b . renderer , d = a . negativeColor || a . negativeFillColor , e , f = this . graph , g = this . area , h = this . posClip , i = this . negClip ; e = b . chartWidth ; var j =
b . chartHeight , k = v ( e , j ) , l = this . yAxis ; if ( d && ( f || g ) ) { d = u ( l . toPixels ( a . threshold || 0 , ! 0 ) ) ; d < 0 && ( k -= d ) ; a = { x : 0 , y : 0 , width : k , height : d } ; k = { x : 0 , y : d , width : k , height : k } ; if ( b . inverted ) a . height = k . y = b . plotWidth - d , c . isVML && ( a = { x : b . plotWidth - d - b . plotLeft , y : 0 , width : e , height : j } , k = { x : d + b . plotLeft - e , y : 0 , width : b . plotLeft + d , height : e } ) ; l . reversed ? ( b = k , e = a ) : ( b = a , e = k ) ; h ? ( h . animate ( b ) , i . animate ( e ) ) : ( this . posClip = h = c . clipRect ( b ) , this . negClip = i = c . clipRect ( e ) , f && this . graphNeg && ( f . clip ( h ) , this . graphNeg . clip ( i ) ) , g && ( g . clip ( h ) , this . areaNeg . clip ( i ) ) ) } } ,
invertGroups : function ( ) { function a ( ) { var a = { width : b . yAxis . len , height : b . xAxis . len } ; p ( [ "group" , "markerGroup" ] , function ( c ) { b [ c ] && b [ c ] . attr ( a ) . invert ( ) } ) } var b = this , c = b . chart ; if ( b . xAxis ) K ( c , "resize" , a ) , K ( b , "destroy" , function ( ) { W ( c , "resize" , a ) } ) , a ( ) , b . invertGroups = a } , plotGroup : function ( a , b , c , d , e ) { var f = this [ a ] , g = ! f ; g && ( this [ a ] = f = this . chart . renderer . g ( b ) . attr ( { visibility : c , zIndex : d || 0.1 } ) . add ( e ) ) ; f [ g ? "attr" : "animate" ] ( this . getPlotBox ( ) ) ; return f } , getPlotBox : function ( ) { var a = this . chart , b = this . xAxis , c = this . yAxis ;
if ( a . inverted ) b = c , c = this . xAxis ; return { translateX : b ? b . left : a . plotLeft , translateY : c ? c . top : a . plotTop , scaleX : 1 , scaleY : 1 } } , render : function ( ) { var a = this , b = a . chart , c , d = a . options , e = ( c = d . animation ) && ! ! a . animate && b . renderer . isSVG && m ( c . duration , 500 ) || 0 , f = a . visible ? "visible" : "hidden" , g = d . zIndex , h = a . hasRendered , i = b . seriesGroup ; c = a . plotGroup ( "group" , "series" , f , g , i ) ; a . markerGroup = a . plotGroup ( "markerGroup" , "markers" , f , g , i ) ; e && a . animate ( ! 0 ) ; a . getAttribs ( ) ; c . inverted = a . isCartesian ? b . inverted : ! 1 ; a . drawGraph && ( a . drawGraph ( ) ,
a . clipNeg ( ) ) ; a . drawDataLabels && a . drawDataLabels ( ) ; a . visible && a . drawPoints ( ) ; a . drawTracker && a . options . enableMouseTracking !== ! 1 && a . drawTracker ( ) ; b . inverted && a . invertGroups ( ) ; d . clip !== ! 1 && ! a . sharedClipKey && ! h && c . clip ( b . clipRect ) ; e && a . animate ( ) ; if ( ! h ) e ? a . animationTimeout = setTimeout ( function ( ) { a . afterAnimate ( ) } , e ) : a . afterAnimate ( ) ; a . isDirty = a . isDirtyData = ! 1 ; a . hasRendered = ! 0 } , redraw : function ( ) { var a = this . chart , b = this . isDirtyData , c = this . group , d = this . xAxis , e = this . yAxis ; c && ( a . inverted && c . attr ( { width : a . plotWidth ,
height : a . plotHeight } ) , c . animate ( { translateX : m ( d && d . left , a . plotLeft ) , translateY : m ( e && e . top , a . plotTop ) } ) ) ; this . translate ( ) ; this . setTooltipPoints && this . setTooltipPoints ( ! 0 ) ; this . render ( ) ; b && D ( this , "updatedData" ) } } ; Hb . prototype = { destroy : function ( ) { Oa ( this , this . axis ) } , render : function ( a ) { var b = this . options , c = b . format , c = c ? Ia ( c , this ) : b . formatter . call ( this ) ; this . label ? this . label . attr ( { text : c , visibility : "hidden" } ) : this . label = this . axis . chart . renderer . text ( c , null , null , b . useHTML ) . css ( b . style ) . attr ( { align : this . textAlign ,
rotation : b . rotation , visibility : "hidden" } ) . add ( a ) } , setOffset : function ( a , b ) { var c = this . axis , d = c . chart , e = d . inverted , f = this . isNegative , g = c . translate ( c . usePercentage ? 100 : this . total , 0 , 0 , 0 , 1 ) , c = c . translate ( 0 ) , c = M ( g - c ) , h = d . xAxis [ 0 ] . translate ( this . x ) + a , i = d . plotHeight , f = { x : e ? f ? g : g - c : h , y : e ? i - h - b : f ? i - g - c : i - g , width : e ? c : b , height : e ? b : c } ; if ( e = this . label ) e . align ( this . alignOptions , null , f ) , f = e . alignAttr , e [ this . options . crop === ! 1 || d . isInsidePlot ( f . x , f . y ) ? "show" : "hide" ] ( ! 0 ) } } ; la . prototype . buildStacks = function ( ) { var a =
this . series , b = m ( this . options . reversedStacks , ! 0 ) , c = a . length ; if ( ! this . isXAxis ) { for ( this . usePercentage = ! 1 ; c -- ; ) a [ b ? c : a . length - c - 1 ] . setStackedPoints ( ) ; if ( this . usePercentage ) for ( c = 0 ; c < a . length ; c ++ ) a [ c ] . setPercentStacks ( ) } } ; la . prototype . renderStackTotals = function ( ) { var a = this . chart , b = a . renderer , c = this . stacks , d , e , f = this . stackTotalGroup ; if ( ! f ) this . stackTotalGroup = f = b . g ( "stack-labels" ) . attr ( { visibility : "visible" , zIndex : 6 } ) . add ( ) ; f . translate ( a . plotLeft , a . plotTop ) ; for ( d in c ) for ( e in a = c [ d ] , a ) a [ e ] . render ( f ) } ;
O . prototype . setStackedPoints = function ( ) { if ( this . options . stacking && ! ( this . visible !== ! 0 && this . chart . options . chart . ignoreHiddenSeries !== ! 1 ) ) { var a = this . processedXData , b = this . processedYData , c = [ ] , d = b . length , e = this . options , f = e . threshold , g = e . stack , e = e . stacking , h = this . stackKey , i = "-" + h , j = this . negStacks , k = this . yAxis , l = k . stacks , o = k . oldStacks , n , m , p , q , r , u ; for ( q = 0 ; q < d ; q ++ ) { r = a [ q ] ; u = b [ q ] ; p = this . index + "," + q ; m = ( n = j && u < f ) ? i : h ; l [ m ] || ( l [ m ] = { } ) ; if ( ! l [ m ] [ r ] ) o [ m ] && o [ m ] [ r ] ? ( l [ m ] [ r ] = o [ m ] [ r ] , l [ m ] [ r ] . total = null ) : l [ m ] [ r ] = new Hb ( k ,
k . options . stackLabels , n , r , g ) ; m = l [ m ] [ r ] ; m . points [ p ] = [ m . cum || 0 ] ; e === "percent" ? ( n = n ? h : i , j && l [ n ] && l [ n ] [ r ] ? ( n = l [ n ] [ r ] , m . total = n . total = v ( n . total , m . total ) + M ( u ) || 0 ) : m . total = da ( m . total + ( M ( u ) || 0 ) ) ) : m . total = da ( m . total + ( u || 0 ) ) ; m . cum = ( m . cum || 0 ) + ( u || 0 ) ; m . points [ p ] . push ( m . cum ) ; c [ q ] = m . cum } if ( e === "percent" ) k . usePercentage = ! 0 ; this . stackedYData = c ; k . oldStacks = { } } } ; O . prototype . setPercentStacks = function ( ) { var a = this , b = a . stackKey , c = a . yAxis . stacks , d = a . processedXData ; p ( [ b , "-" + b ] , function ( b ) { var e ; for ( var f = d . length , g , h ; f -- ; ) if ( g =
d [ f ] , e = ( h = c [ b ] && c [ b ] [ g ] ) && h . points [ a . index + "," + f ] , g = e ) h = h . total ? 100 / h . total : 0 , g [ 0 ] = da ( g [ 0 ] * h ) , g [ 1 ] = da ( g [ 1 ] * h ) , a . stackedYData [ f ] = g [ 1 ] } ) } ; q ( Ya . prototype , { addSeries : function ( a , b , c ) { var d , e = this ; a && ( b = m ( b , ! 0 ) , D ( e , "addSeries" , { options : a } , function ( ) { d = e . initSeries ( a ) ; e . isDirtyLegend = ! 0 ; e . linkSeries ( ) ; b && e . redraw ( c ) } ) ) ; return d } , addAxis : function ( a , b , c , d ) { var e = b ? "xAxis" : "yAxis" , f = this . options ; new la ( this , w ( a , { index : this [ e ] . length , isX : b } ) ) ; f [ e ] = qa ( f [ e ] || { } ) ; f [ e ] . push ( a ) ; m ( c , ! 0 ) && this . redraw ( d ) } , showLoading : function ( a ) { var b =
this . options , c = this . loadingDiv , d = b . loading ; if ( ! c ) this . loadingDiv = c = Y ( Ja , { className : "highcharts-loading" } , q ( d . style , { zIndex : 10 , display : Q } ) , this . container ) , this . loadingSpan = Y ( "span" , null , d . labelStyle , c ) ; this . loadingSpan . innerHTML = a || b . lang . loading ; if ( ! this . loadingShown ) G ( c , { opacity : 0 , display : "" , left : this . plotLeft + "px" , top : this . plotTop + "px" , width : this . plotWidth + "px" , height : this . plotHeight + "px" } ) , kb ( c , { opacity : d . style . opacity } , { duration : d . showDuration || 0 } ) , this . loadingShown = ! 0 } , hideLoading : function ( ) { var a =
this . options , b = this . loadingDiv ; b && kb ( b , { opacity : 0 } , { duration : a . loading . hideDuration || 100 , complete : function ( ) { G ( b , { display : Q } ) } } ) ; this . loadingShown = ! 1 } } ) ; q ( Ea . prototype , { update : function ( a , b , c ) { var d = this , e = d . series , f = d . graphic , g , h = e . data , i = e . chart , j = e . options , b = m ( b , ! 0 ) ; d . firePointEvent ( "update" , { options : a } , function ( ) { d . applyOptions ( a ) ; if ( ca ( a ) ) { e . getAttribs ( ) ; if ( f ) a && a . marker && a . marker . symbol ? d . graphic = f . destroy ( ) : f . attr ( d . pointAttr [ d . state || "" ] ) ; if ( a && a . dataLabels && d . dataLabel ) d . dataLabel = d . dataLabel . destroy ( ) } g =
Da ( d , h ) ; e . updateParallelArrays ( d , g ) ; j . data [ g ] = d . options ; e . isDirty = e . isDirtyData = ! 0 ; if ( ! e . fixedBox && e . hasCartesianSeries ) i . isDirtyBox = ! 0 ; j . legendType === "point" && i . legend . destroyItem ( d ) ; b && i . redraw ( c ) } ) } , remove : function ( a , b ) { var c = this , d = c . series , e = d . points , f = d . chart , g , h = d . data ; Qa ( b , f ) ; a = m ( a , ! 0 ) ; c . firePointEvent ( "remove" , null , function ( ) { g = Da ( c , h ) ; h . length === e . length && e . splice ( g , 1 ) ; h . splice ( g , 1 ) ; d . options . data . splice ( g , 1 ) ; d . updateParallelArrays ( c , "splice" , g , 1 ) ; c . destroy ( ) ; d . isDirty = ! 0 ; d . isDirtyData =
! 0 ; a && f . redraw ( ) } ) } } ) ; q ( O . prototype , { addPoint : function ( a , b , c , d ) { var e = this . options , f = this . data , g = this . graph , h = this . area , i = this . chart , j = this . xAxis && this . xAxis . names , k = g && g . shift || 0 , l = e . data , o , n = this . xData ; Qa ( d , i ) ; c && p ( [ g , h , this . graphNeg , this . areaNeg ] , function ( a ) { if ( a ) a . shift = k + 1 } ) ; if ( h ) h . isArea = ! 0 ; b = m ( b , ! 0 ) ; d = { series : this } ; this . pointClass . prototype . applyOptions . apply ( d , [ a ] ) ; g = d . x ; h = n . length ; if ( this . requireSorting && g < n [ h - 1 ] ) for ( o = ! 0 ; h && n [ h - 1 ] > g ; ) h -- ; this . updateParallelArrays ( d , "splice" , h , 0 , 0 ) ; this . updateParallelArrays ( d ,
h ) ; if ( j ) j [ g ] = d . name ; l . splice ( h , 0 , a ) ; o && ( this . data . splice ( h , 0 , null ) , this . processData ( ) ) ; e . legendType === "point" && this . generatePoints ( ) ; c && ( f [ 0 ] && f [ 0 ] . remove ? f [ 0 ] . remove ( ! 1 ) : ( f . shift ( ) , this . updateParallelArrays ( d , "shift" ) , l . shift ( ) ) ) ; this . isDirtyData = this . isDirty = ! 0 ; b && ( this . getAttribs ( ) , i . redraw ( ) ) } , remove : function ( a , b ) { var c = this , d = c . chart , a = m ( a , ! 0 ) ; if ( ! c . isRemoving ) c . isRemoving = ! 0 , D ( c , "remove" , null , function ( ) { c . destroy ( ) ; d . isDirtyLegend = d . isDirtyBox = ! 0 ; d . linkSeries ( ) ; a && d . redraw ( b ) } ) ; c . isRemoving =
! 1 } , update : function ( a , b ) { var c = this . chart , d = this . type , e = F [ d ] . prototype , f , a = w ( this . userOptions , { animation : ! 1 , index : this . index , pointStart : this . xData [ 0 ] } , { data : this . options . data } , a ) ; this . remove ( ! 1 ) ; for ( f in e ) e . hasOwnProperty ( f ) && ( this [ f ] = t ) ; q ( this , F [ a . type || d ] . prototype ) ; this . init ( c , a ) ; m ( b , ! 0 ) && c . redraw ( ! 1 ) } } ) ; q ( la . prototype , { update : function ( a , b ) { var c = this . chart , a = c . options [ this . coll ] [ this . options . index ] = w ( this . userOptions , a ) ; this . destroy ( ! 0 ) ; this . _addedPlotLB = t ; this . init ( c , q ( a , { events : t } ) ) ; c . isDirtyBox =
! 0 ; m ( b , ! 0 ) && c . redraw ( ) } , remove : function ( a ) { for ( var b = this . chart , c = this . coll , d = this . series , e = d . length ; e -- ; ) d [ e ] && d [ e ] . remove ( ! 1 ) ; ja ( b . axes , this ) ; ja ( b [ c ] , this ) ; b . options [ c ] . splice ( this . options . index , 1 ) ; p ( b [ c ] , function ( a , b ) { a . options . index = b } ) ; this . destroy ( ) ; b . isDirtyBox = ! 0 ; m ( a , ! 0 ) && b . redraw ( ) } , setTitle : function ( a , b ) { this . update ( { title : a } , b ) } , setCategories : function ( a , b ) { this . update ( { categories : a } , b ) } } ) ; ga = ka ( O ) ; F . line = ga ; ba . area = w ( S , { threshold : 0 } ) ; var pa = ka ( O , { type : "area" , getSegments : function ( ) { var a =
[ ] , b = [ ] , c = [ ] , d = this . xAxis , e = this . yAxis , f = e . stacks [ this . stackKey ] , g = { } , h , i , j = this . points , k = this . options . connectNulls , l , o , n ; if ( this . options . stacking && ! this . cropped ) { for ( o = 0 ; o < j . length ; o ++ ) g [ j [ o ] . x ] = j [ o ] ; for ( n in f ) f [ n ] . total !== null && c . push ( + n ) ; c . sort ( function ( a , b ) { return a - b } ) ; p ( c , function ( a ) { if ( ! k || g [ a ] && g [ a ] . y !== null ) g [ a ] ? b . push ( g [ a ] ) : ( h = d . translate ( a ) , l = f [ a ] . percent ? f [ a ] . total ? f [ a ] . cum * 100 / f [ a ] . total : 0 : f [ a ] . cum , i = e . toPixels ( l , ! 0 ) , b . push ( { y : null , plotX : h , clientX : h , plotY : i , yBottom : i , onMouseOver : sa } ) ) } ) ;
b . length && a . push ( b ) } else O . prototype . getSegments . call ( this ) , a = this . segments ; this . segments = a } , getSegmentPath : function ( a ) { var b = O . prototype . getSegmentPath . call ( this , a ) , c = [ ] . concat ( b ) , d , e = this . options ; d = b . length ; var f = this . yAxis . getThreshold ( e . threshold ) , g ; d === 3 && c . push ( "L" , b [ 1 ] , b [ 2 ] ) ; if ( e . stacking && ! this . closedStacks ) for ( d = a . length - 1 ; d >= 0 ; d -- ) g = m ( a [ d ] . yBottom , f ) , d < a . length - 1 && e . step && c . push ( a [ d + 1 ] . plotX , g ) , c . push ( a [ d ] . plotX , g ) ; else this . closeSegment ( c , a , f ) ; this . areaPath = this . areaPath . concat ( c ) ; return b } ,
closeSegment : function ( a , b , c ) { a . push ( "L" , b [ b . length - 1 ] . plotX , c , "L" , b [ 0 ] . plotX , c ) } , drawGraph : function ( ) { this . areaPath = [ ] ; O . prototype . drawGraph . apply ( this ) ; var a = this , b = this . areaPath , c = this . options , d = c . negativeColor , e = c . negativeFillColor , f = [ [ "area" , this . color , c . fillColor ] ] ; ( d || e ) && f . push ( [ "areaNeg" , d , e ] ) ; p ( f , function ( d ) { var e = d [ 0 ] , f = a [ e ] ; f ? f . animate ( { d : b } ) : a [ e ] = a . chart . renderer . path ( b ) . attr ( { fill : m ( d [ 2 ] , ya ( d [ 1 ] ) . setOpacity ( m ( c . fillOpacity , 0.75 ) ) . get ( ) ) , zIndex : 0 } ) . add ( a . group ) } ) } , drawLegendSymbol : N . drawRectangle } ) ;
F . area = pa ; ba . spline = w ( S ) ; ga = ka ( O , { type : "spline" , getPointSpline : function ( a , b , c ) { var d = b . plotX , e = b . plotY , f = a [ c - 1 ] , g = a [ c + 1 ] , h , i , j , k ; if ( f && g ) { a = f . plotY ; j = g . plotX ; var g = g . plotY , l ; h = ( 1.5 * d + f . plotX ) / 2.5 ; i = ( 1.5 * e + a ) / 2.5 ; j = ( 1.5 * d + j ) / 2.5 ; k = ( 1.5 * e + g ) / 2.5 ; l = ( k - i ) * ( j - d ) / ( j - h ) + e - k ; i += l ; k += l ; i > a && i > e ? ( i = v ( a , e ) , k = 2 * e - i ) : i < a && i < e && ( i = C ( a , e ) , k = 2 * e - i ) ; k > g && k > e ? ( k = v ( g , e ) , i = 2 * e - k ) : k < g && k < e && ( k = C ( g , e ) , i = 2 * e - k ) ; b . rightContX = j ; b . rightContY = k } c ? ( b = [ "C" , f . rightContX || f . plotX , f . rightContY || f . plotY , h || d , i || e , d , e ] , f . rightContX =
f . rightContY = null ) : b = [ "M" , d , e ] ; return b } } ) ; F . spline = ga ; ba . areaspline = w ( ba . area ) ; pa = pa . prototype ; ga = ka ( ga , { type : "areaspline" , closedStacks : ! 0 , getSegmentPath : pa . getSegmentPath , closeSegment : pa . closeSegment , drawGraph : pa . drawGraph , drawLegendSymbol : N . drawRectangle } ) ; F . areaspline = ga ; ba . column = w ( S , { borderColor : "#FFFFFF" , borderRadius : 0 , groupPadding : 0.2 , marker : null , pointPadding : 0.1 , minPointLength : 0 , cropThreshold : 50 , pointRange : null , states : { hover : { brightness : 0.1 , shadow : ! 1 , halo : ! 1 } , select : { color : "#C0C0C0" , borderColor : "#000000" ,
shadow : ! 1 } } , dataLabels : { align : null , verticalAlign : null , y : null } , stickyTracking : ! 1 , tooltip : { distance : 6 } , threshold : 0 } ) ; ga = ka ( O , { type : "column" , pointAttrToOptions : { stroke : "borderColor" , fill : "color" , r : "borderRadius" } , cropShoulder : 0 , trackerGroups : [ "group" , "dataLabelsGroup" ] , negStacks : ! 0 , init : function ( ) { O . prototype . init . apply ( this , arguments ) ; var a = this , b = a . chart ; b . hasRendered && p ( b . series , function ( b ) { if ( b . type === a . type ) b . isDirty = ! 0 } ) } , getColumnMetrics : function ( ) { var a = this , b = a . options , c = a . xAxis , d = a . yAxis , e =
c . reversed , f , g = { } , h , i = 0 ; b . grouping === ! 1 ? i = 1 : p ( a . chart . series , function ( b ) { var c = b . options , e = b . yAxis ; if ( b . type === a . type && b . visible && d . len === e . len && d . pos === e . pos ) c . stacking ? ( f = b . stackKey , g [ f ] === t && ( g [ f ] = i ++ ) , h = g [ f ] ) : c . grouping !== ! 1 && ( h = i ++ ) , b . columnIndex = h } ) ; var c = C ( M ( c . transA ) * ( c . ordinalSlope || b . pointRange || c . closestPointRange || c . tickInterval || 1 ) , c . len ) , j = c * b . groupPadding , k = ( c - 2 * j ) / i , l = b . pointWidth , b = r ( l ) ? ( k - l ) / 2 : k * b . pointPadding , l = m ( l , k - 2 * b ) ; return a . columnMetrics = { width : l , offset : b + ( j + ( ( e ? i - ( a . columnIndex ||
0 ) : a . columnIndex ) || 0 ) * k - c / 2 ) * ( e ? - 1 : 1 ) } } , translate : function ( ) { var a = this , b = a . chart , c = a . options , d = a . borderWidth = m ( c . borderWidth , a . activePointCount > 0.5 * a . xAxis . len ? 0 : 1 ) , e = a . yAxis , f = a . translatedThreshold = e . getThreshold ( c . threshold ) , g = m ( c . minPointLength , 5 ) , c = a . getColumnMetrics ( ) , h = c . width , i = a . barW = Ka ( v ( h , 1 + 2 * d ) ) , j = a . pointXOffset = c . offset , k = - ( d % 2 ? 0.5 : 0 ) , l = d % 2 ? 0.5 : 1 ; b . renderer . isVML && b . inverted && ( l += 1 ) ; O . prototype . translate . apply ( a ) ; p ( a . points , function ( c ) { var d = m ( c . yBottom , f ) , p = C ( v ( - 999 - d , c . plotY ) , e . len +
999 + d ) , q = c . plotX + j , r = i , t = C ( p , d ) , x ; x = v ( p , d ) - t ; M ( x ) < g && g && ( x = g , t = u ( M ( t - f ) > g ? d - g : f - ( e . translate ( c . y , 0 , 1 , 0 , 1 ) <= f ? g : 0 ) ) ) ; c . barX = q ; c . pointWidth = h ; c . tooltipPos = b . inverted ? [ e . len - p , a . xAxis . len - q - r / 2 ] : [ q + r / 2 , p ] ; d = M ( q ) < 0.5 ; r = u ( q + r ) + k ; q = u ( q ) + k ; r -= q ; p = M ( t ) < 0.5 ; x = u ( t + x ) + l ; t = u ( t ) + l ; x -= t ; d && ( q += 1 , r -= 1 ) ; p && ( t -= 1 , x += 1 ) ; c . shapeType = "rect" ; c . shapeArgs = { x : q , y : t , width : r , height : x } } ) } , getSymbol : sa , drawLegendSymbol : N . drawRectangle , drawGraph : sa , drawPoints : function ( ) { var a = this , b = this . chart , c = a . options , d = b . renderer , e = c . animationLimit ||
250 , f , g , h ; p ( a . points , function ( i ) { var j = i . plotY , k = i . graphic ; if ( j !== t && ! isNaN ( j ) && i . y !== null ) f = i . shapeArgs , h = r ( a . borderWidth ) ? { "stroke-width" : a . borderWidth } : { } , g = i . pointAttr [ i . selected ? "select" : "" ] || a . pointAttr [ "" ] , k ? ( bb ( k ) , k . attr ( h ) [ b . pointCount < e ? "animate" : "attr" ] ( w ( f ) ) ) : i . graphic = d [ i . shapeType ] ( f ) . attr ( g ) . attr ( h ) . add ( a . group ) . shadow ( c . shadow , null , c . stacking && ! c . borderRadius ) ; else if ( k ) i . graphic = k . destroy ( ) } ) } , animate : function ( a ) { var b = this . yAxis , c = this . options , d = this . chart . inverted , e = { } ; if ( aa ) a ?
( e . scaleY = 0.001 , a = C ( b . pos + b . len , v ( b . pos , b . toPixels ( c . threshold ) ) ) , d ? e . translateX = a - b . len : e . translateY = a , this . group . attr ( e ) ) : ( e . scaleY = 1 , e [ d ? "translateX" : "translateY" ] = b . pos , this . group . animate ( e , this . options . animation ) , this . animate = null ) } , remove : function ( ) { var a = this , b = a . chart ; b . hasRendered && p ( b . series , function ( b ) { if ( b . type === a . type ) b . isDirty = ! 0 } ) ; O . prototype . remove . apply ( a , arguments ) } } ) ; F . column = ga ; ba . bar = w ( ba . column ) ; pa = ka ( ga , { type : "bar" , inverted : ! 0 } ) ; F . bar = pa ; ba . scatter = w ( S , { lineWidth : 0 , tooltip : { headerFormat : '<span style="color:{series.color}">●</span> <span style="font-size: 10px;"> {series.name}</span><br/>' ,
pointFormat : "x: <b>{point.x}</b><br/>y: <b>{point.y}</b><br/>" } , stickyTracking : ! 1 } ) ; pa = ka ( O , { type : "scatter" , sorted : ! 1 , requireSorting : ! 1 , noSharedTooltip : ! 0 , trackerGroups : [ "markerGroup" ] , takeOrdinalPosition : ! 1 , singularTooltips : ! 0 , drawGraph : function ( ) { this . options . lineWidth && O . prototype . drawGraph . call ( this ) } } ) ; F . scatter = pa ; ba . pie = w ( S , { borderColor : "#FFFFFF" , borderWidth : 1 , center : [ null , null ] , clip : ! 1 , colorByPoint : ! 0 , dataLabels : { distance : 30 , enabled : ! 0 , formatter : function ( ) { return this . point . name } } , ignoreHiddenPoint : ! 0 ,
legendType : "point" , marker : null , size : null , showInLegend : ! 1 , slicedOffset : 10 , states : { hover : { brightness : 0.1 , shadow : ! 1 } } , stickyTracking : ! 1 , tooltip : { followPointer : ! 0 } } ) ; S = { type : "pie" , isCartesian : ! 1 , pointClass : ka ( Ea , { init : function ( ) { Ea . prototype . init . apply ( this , arguments ) ; var a = this , b ; if ( a . y < 0 ) a . y = null ; q ( a , { visible : a . visible !== ! 1 , name : m ( a . name , "Slice" ) } ) ; b = function ( b ) { a . slice ( b . type === "select" ) } ; K ( a , "select" , b ) ; K ( a , "unselect" , b ) ; return a } , setVisible : function ( a ) { var b = this , c = b . series , d = c . chart ; b . visible = b . options . visible =
a = a === t ? ! b . visible : a ; c . options . data [ Da ( b , c . data ) ] = b . options ; p ( [ "graphic" , "dataLabel" , "connector" , "shadowGroup" ] , function ( c ) { if ( b [ c ] ) b [ c ] [ a ? "show" : "hide" ] ( ! 0 ) } ) ; b . legendItem && d . legend . colorizeItem ( b , a ) ; if ( ! c . isDirty && c . options . ignoreHiddenPoint ) c . isDirty = ! 0 , d . redraw ( ) } , slice : function ( a , b , c ) { var d = this . series ; Qa ( c , d . chart ) ; m ( b , ! 0 ) ; this . sliced = this . options . sliced = a = r ( a ) ? a : ! this . sliced ; d . options . data [ Da ( this , d . data ) ] = this . options ; a = a ? this . slicedTranslation : { translateX : 0 , translateY : 0 } ; this . graphic . animate ( a ) ;
this . shadowGroup && this . shadowGroup . animate ( a ) } , haloPath : function ( a ) { var b = this . shapeArgs , c = this . series . chart ; return this . series . chart . renderer . symbols . arc ( c . plotLeft + b . x , c . plotTop + b . y , b . r + a , b . r + a , { innerR : this . shapeArgs . r , start : b . start , end : b . end } ) } } ) , requireSorting : ! 1 , noSharedTooltip : ! 0 , trackerGroups : [ "group" , "dataLabelsGroup" ] , axisTypes : [ ] , pointAttrToOptions : { stroke : "borderColor" , "stroke-width" : "borderWidth" , fill : "color" } , singularTooltips : ! 0 , getColor : sa , animate : function ( a ) { var b = this , c = b . points , d =
b . startAngleRad ; if ( ! a ) p ( c , function ( a ) { var c = a . graphic , a = a . shapeArgs ; c && ( c . attr ( { r : b . center [ 3 ] / 2 , start : d , end : d } ) , c . animate ( { r : a . r , start : a . start , end : a . end } , b . options . animation ) ) } ) , b . animate = null } , setData : function ( a , b , c , d ) { O . prototype . setData . call ( this , a , ! 1 , c , d ) ; this . processData ( ) ; this . generatePoints ( ) ; m ( b , ! 0 ) && this . chart . redraw ( c ) } , generatePoints : function ( ) { var a , b = 0 , c , d , e , f = this . options . ignoreHiddenPoint ; O . prototype . generatePoints . call ( this ) ; c = this . points ; d = c . length ; for ( a = 0 ; a < d ; a ++ ) e = c [ a ] , b += f && ! e . visible ?
0 : e . y ; this . total = b ; for ( a = 0 ; a < d ; a ++ ) e = c [ a ] , e . percentage = b > 0 ? e . y / b * 100 : 0 , e . total = b } , translate : function ( a ) { this . generatePoints ( ) ; var b = 0 , c = this . options , d = c . slicedOffset , e = d + c . borderWidth , f , g , h , i = c . startAngle || 0 , j = this . startAngleRad = ma / 180 * ( i - 90 ) , i = ( this . endAngleRad = ma / 180 * ( m ( c . endAngle , i + 360 ) - 90 ) ) - j , k = this . points , l = c . dataLabels . distance , c = c . ignoreHiddenPoint , o , n = k . length , p ; if ( ! a ) this . center = a = this . getCenter ( ) ; this . getX = function ( b , c ) { h = U . asin ( C ( ( b - a [ 1 ] ) / ( a [ 2 ] / 2 + l ) , 1 ) ) ; return a [ 0 ] + ( c ? - 1 : 1 ) * Z ( h ) * ( a [ 2 ] /
2 + l ) } ; for ( o = 0 ; o < n ; o ++ ) { p = k [ o ] ; f = j + b * i ; if ( ! c || p . visible ) b += p . percentage / 100 ; g = j + b * i ; p . shapeType = "arc" ; p . shapeArgs = { x : a [ 0 ] , y : a [ 1 ] , r : a [ 2 ] / 2 , innerR : a [ 3 ] / 2 , start : u ( f * 1E3 ) / 1E3 , end : u ( g * 1E3 ) / 1E3 } ; h = ( g + f ) / 2 ; h > 1.5 * ma ? h -= 2 * ma : h < - ma / 2 && ( h += 2 * ma ) ; p . slicedTranslation = { translateX : u ( Z ( h ) * d ) , translateY : u ( ea ( h ) * d ) } ; f = Z ( h ) * a [ 2 ] / 2 ; g = ea ( h ) * a [ 2 ] / 2 ; p . tooltipPos = [ a [ 0 ] + f * 0.7 , a [ 1 ] + g * 0.7 ] ; p . half = h < - ma / 2 || h > ma / 2 ? 1 : 0 ; p . angle = h ; e = C ( e , l / 2 ) ; p . labelPos = [ a [ 0 ] + f + Z ( h ) * l , a [ 1 ] + g + ea ( h ) * l , a [ 0 ] + f + Z ( h ) * e , a [ 1 ] + g + ea ( h ) * e , a [ 0 ] + f , a [ 1 ] + g , l < 0 ?
"center" : p . half ? "right" : "left" , h ] } } , drawGraph : null , drawPoints : function ( ) { var a = this , b = a . chart . renderer , c , d , e = a . options . shadow , f , g ; if ( e && ! a . shadowGroup ) a . shadowGroup = b . g ( "shadow" ) . add ( a . group ) ; p ( a . points , function ( h ) { d = h . graphic ; g = h . shapeArgs ; f = h . shadowGroup ; if ( e && ! f ) f = h . shadowGroup = b . g ( "shadow" ) . add ( a . shadowGroup ) ; c = h . sliced ? h . slicedTranslation : { translateX : 0 , translateY : 0 } ; f && f . attr ( c ) ; d ? d . animate ( q ( g , c ) ) : h . graphic = d = b [ h . shapeType ] ( g ) . setRadialReference ( a . center ) . attr ( h . pointAttr [ h . selected ? "select" :
"" ] ) . attr ( { "stroke-linejoin" : "round" } ) . attr ( c ) . add ( a . group ) . shadow ( e , f ) ; h . visible !== void 0 && h . setVisible ( h . visible ) } ) } , sortByAngle : function ( a , b ) { a . sort ( function ( a , d ) { return a . angle !== void 0 && ( d . angle - a . angle ) * b } ) } , drawLegendSymbol : N . drawRectangle , getCenter : X . getCenter , getSymbol : sa } ; S = ka ( O , S ) ; F . pie = S ; O . prototype . drawDataLabels = function ( ) { var a = this , b = a . options , c = b . cursor , d = b . dataLabels , e = a . points , f , g , h , i ; if ( d . enabled || a . _hasPointLabels ) a . dlProcessOptions && a . dlProcessOptions ( d ) , i = a . plotGroup ( "dataLabelsGroup" ,
"data-labels" , "hidden" , d . zIndex || 6 ) , ! a . hasRendered && m ( d . defer , ! 0 ) && ( i . attr ( { opacity : 0 } ) , K ( a , "afterAnimate" , function ( ) { a . dataLabelsGroup . show ( ) [ b . animation ? "animate" : "attr" ] ( { opacity : 1 } , { duration : 200 } ) } ) ) , g = d , p ( e , function ( b ) { var e , l = b . dataLabel , o , n , p = b . connector , u = ! 0 ; f = b . options && b . options . dataLabels ; e = m ( f && f . enabled , g . enabled ) ; if ( l && ! e ) b . dataLabel = l . destroy ( ) ; else if ( e ) { d = w ( g , f ) ; e = d . rotation ; o = b . getLabelConfig ( ) ; h = d . format ? Ia ( d . format , o ) : d . formatter . call ( o , d ) ; d . style . color = m ( d . color , d . style . color ,
a . color , "black" ) ; if ( l ) if ( r ( h ) ) l . attr ( { text : h } ) , u = ! 1 ; else { if ( b . dataLabel = l = l . destroy ( ) , p ) b . connector = p . destroy ( ) } else if ( r ( h ) ) { l = { fill : d . backgroundColor , stroke : d . borderColor , "stroke-width" : d . borderWidth , r : d . borderRadius || 0 , rotation : e , padding : d . padding , zIndex : 1 } ; for ( n in l ) l [ n ] === t && delete l [ n ] ; l = b . dataLabel = a . chart . renderer [ e ? "text" : "label" ] ( h , 0 , - 999 , null , null , null , d . useHTML ) . attr ( l ) . css ( q ( d . style , c && { cursor : c } ) ) . add ( i ) . shadow ( d . shadow ) } l && a . alignDataLabel ( b , l , d , null , u ) } } ) } ; O . prototype . alignDataLabel =
function ( a , b , c , d , e ) { var f = this . chart , g = f . inverted , h = m ( a . plotX , - 999 ) , i = m ( a . plotY , - 999 ) , j = b . getBBox ( ) ; if ( a = this . visible && ( a . series . forceDL || f . isInsidePlot ( h , u ( i ) , g ) || d && f . isInsidePlot ( h , g ? d . x + 1 : d . y + d . height - 1 , g ) ) ) d = q ( { x : g ? f . plotWidth - i : h , y : u ( g ? f . plotHeight - h : i ) , width : 0 , height : 0 } , d ) , q ( c , { width : j . width , height : j . height } ) , c . rotation ? ( g = { align : c . align , x : d . x + c . x + d . width / 2 , y : d . y + c . y + d . height / 2 } , b [ e ? "attr" : "animate" ] ( g ) ) : ( b . align ( c , null , d ) , g = b . alignAttr , m ( c . overflow , "justify" ) === "justify" ? this . justifyDataLabel ( b ,
c , g , j , d , e ) : m ( c . crop , ! 0 ) && ( a = f . isInsidePlot ( g . x , g . y ) && f . isInsidePlot ( g . x + j . width , g . y + j . height ) ) ) ; if ( ! a ) b . attr ( { y : - 999 } ) , b . placed = ! 1 } ; O . prototype . justifyDataLabel = function ( a , b , c , d , e , f ) { var g = this . chart , h = b . align , i = b . verticalAlign , j , k ; j = c . x ; if ( j < 0 ) h === "right" ? b . align = "left" : b . x = - j , k = ! 0 ; j = c . x + d . width ; if ( j > g . plotWidth ) h === "left" ? b . align = "right" : b . x = g . plotWidth - j , k = ! 0 ; j = c . y ; if ( j < 0 ) i === "bottom" ? b . verticalAlign = "top" : b . y = - j , k = ! 0 ; j = c . y + d . height ; if ( j > g . plotHeight ) i === "top" ? b . verticalAlign = "bottom" : b . y = g . plotHeight -
j , k = ! 0 ; if ( k ) a . placed = ! f , a . align ( b , null , e ) } ; if ( F . pie ) F . pie . prototype . drawDataLabels = function ( ) { var a = this , b = a . data , c , d = a . chart , e = a . options . dataLabels , f = m ( e . connectorPadding , 10 ) , g = m ( e . connectorWidth , 1 ) , h = d . plotWidth , d = d . plotHeight , i , j , k = m ( e . softConnector , ! 0 ) , l = e . distance , o = a . center , n = o [ 2 ] / 2 , q = o [ 1 ] , r = l > 0 , t , w , x , y , z = [ [ ] , [ ] ] , A , C , G , D , B , F = [ 0 , 0 , 0 , 0 ] , N = function ( a , b ) { return b . y - a . y } ; if ( a . visible && ( e . enabled || a . _hasPointLabels ) ) { O . prototype . drawDataLabels . apply ( a ) ; p ( b , function ( a ) { a . dataLabel && a . visible && z [ a . half ] . push ( a ) } ) ;
for ( D = 0 ; ! y && b [ D ] ; ) y = b [ D ] && b [ D ] . dataLabel && ( b [ D ] . dataLabel . getBBox ( ) . height || 21 ) , D ++ ; for ( D = 2 ; D -- ; ) { var b = [ ] , K = [ ] , H = z [ D ] , I = H . length , E ; a . sortByAngle ( H , D - 0.5 ) ; if ( l > 0 ) { for ( B = q - n - l ; B <= q + n + l ; B += y ) b . push ( B ) ; w = b . length ; if ( I > w ) { c = [ ] . concat ( H ) ; c . sort ( N ) ; for ( B = I ; B -- ; ) c [ B ] . rank = B ; for ( B = I ; B -- ; ) H [ B ] . rank >= w && H . splice ( B , 1 ) ; I = H . length } for ( B = 0 ; B < I ; B ++ ) { c = H [ B ] ; x = c . labelPos ; c = 9999 ; var Q , P ; for ( P = 0 ; P < w ; P ++ ) Q = M ( b [ P ] - x [ 1 ] ) , Q < c && ( c = Q , E = P ) ; if ( E < B && b [ B ] !== null ) E = B ; else for ( w < I - B + E && b [ B ] !== null && ( E = w - I + B ) ; b [ E ] === null ; ) E ++ ; K . push ( { i : E ,
y : b [ E ] } ) ; b [ E ] = null } K . sort ( N ) } for ( B = 0 ; B < I ; B ++ ) { c = H [ B ] ; x = c . labelPos ; t = c . dataLabel ; G = c . visible === ! 1 ? "hidden" : "visible" ; c = x [ 1 ] ; if ( l > 0 ) { if ( w = K . pop ( ) , E = w . i , C = w . y , c > C && b [ E + 1 ] !== null || c < C && b [ E - 1 ] !== null ) C = c } else C = c ; A = e . justify ? o [ 0 ] + ( D ? - 1 : 1 ) * ( n + l ) : a . getX ( E === 0 || E === b . length - 1 ? c : C , D ) ; t . _attr = { visibility : G , align : x [ 6 ] } ; t . _pos = { x : A + e . x + ( { left : f , right : - f } [ x [ 6 ] ] || 0 ) , y : C + e . y - 10 } ; t . connX = A ; t . connY = C ; if ( this . options . size === null ) w = t . width , A - w < f ? F [ 3 ] = v ( u ( w - A + f ) , F [ 3 ] ) : A + w > h - f && ( F [ 1 ] = v ( u ( A + w - h + f ) , F [ 1 ] ) ) , C - y / 2 < 0 ? F [ 0 ] =
v ( u ( - C + y / 2 ) , F [ 0 ] ) : C + y / 2 > d && ( F [ 2 ] = v ( u ( C + y / 2 - d ) , F [ 2 ] ) ) } } if ( Ba ( F ) === 0 || this . verifyDataLabelOverflow ( F ) ) this . placeDataLabels ( ) , r && g && p ( this . points , function ( b ) { i = b . connector ; x = b . labelPos ; if ( ( t = b . dataLabel ) && t . _pos ) G = t . _attr . visibility , A = t . connX , C = t . connY , j = k ? [ "M" , A + ( x [ 6 ] === "left" ? 5 : - 5 ) , C , "C" , A , C , 2 * x [ 2 ] - x [ 4 ] , 2 * x [ 3 ] - x [ 5 ] , x [ 2 ] , x [ 3 ] , "L" , x [ 4 ] , x [ 5 ] ] : [ "M" , A + ( x [ 6 ] === "left" ? 5 : - 5 ) , C , "L" , x [ 2 ] , x [ 3 ] , "L" , x [ 4 ] , x [ 5 ] ] , i ? ( i . animate ( { d : j } ) , i . attr ( "visibility" , G ) ) : b . connector = i = a . chart . renderer . path ( j ) . attr ( { "stroke-width" : g ,
stroke : e . connectorColor || b . color || "#606060" , visibility : G } ) . add ( a . dataLabelsGroup ) ; else if ( i ) b . connector = i . destroy ( ) } ) } } , F . pie . prototype . placeDataLabels = function ( ) { p ( this . points , function ( a ) { var a = a . dataLabel , b ; if ( a ) ( b = a . _pos ) ? ( a . attr ( a . _attr ) , a [ a . moved ? "animate" : "attr" ] ( b ) , a . moved = ! 0 ) : a && a . attr ( { y : - 999 } ) } ) } , F . pie . prototype . alignDataLabel = sa , F . pie . prototype . verifyDataLabelOverflow = function ( a ) { var b = this . center , c = this . options , d = c . center , e = c = c . minSize || 80 , f ; d [ 0 ] !== null ? e = v ( b [ 2 ] - v ( a [ 1 ] , a [ 3 ] ) , c ) : ( e = v ( b [ 2 ] -
a [ 1 ] - a [ 3 ] , c ) , b [ 0 ] += ( a [ 3 ] - a [ 1 ] ) / 2 ) ; d [ 1 ] !== null ? e = v ( C ( e , b [ 2 ] - v ( a [ 0 ] , a [ 2 ] ) ) , c ) : ( e = v ( C ( e , b [ 2 ] - a [ 0 ] - a [ 2 ] ) , c ) , b [ 1 ] += ( a [ 0 ] - a [ 2 ] ) / 2 ) ; e < b [ 2 ] ? ( b [ 2 ] = e , this . translate ( b ) , p ( this . points , function ( a ) { if ( a . dataLabel ) a . dataLabel . _pos = null } ) , this . drawDataLabels && this . drawDataLabels ( ) ) : f = ! 0 ; return f } ; if ( F . column ) F . column . prototype . alignDataLabel = function ( a , b , c , d , e ) { var f = this . chart , g = f . inverted , h = a . dlBox || a . shapeArgs , i = a . below || a . plotY > m ( this . translatedThreshold , f . plotSizeY ) , j = m ( c . inside , ! ! this . options . stacking ) ; if ( h &&
( d = w ( h ) , g && ( d = { x : f . plotWidth - d . y - d . height , y : f . plotHeight - d . x - d . width , width : d . height , height : d . width } ) , ! j ) ) g ? ( d . x += i ? 0 : d . width , d . width = 0 ) : ( d . y += i ? d . height : 0 , d . height = 0 ) ; c . align = m ( c . align , ! g || j ? "center" : i ? "right" : "left" ) ; c . verticalAlign = m ( c . verticalAlign , g || j ? "middle" : i ? "top" : "bottom" ) ; O . prototype . alignDataLabel . call ( this , a , b , c , d , e ) } ; S = R . TrackerMixin = { drawTrackerPoint : function ( ) { var a = this , b = a . chart , c = b . pointer , d = a . options . cursor , e = d && { cursor : d } , f = function ( c ) { var d = c . target , e ; if ( b . hoverSeries !== a ) a . onMouseOver ( ) ;
for ( ; d && ! e ; ) e = d . point , d = d . parentNode ; if ( e !== t && e !== b . hoverPoint ) e . onMouseOver ( c ) } ; p ( a . points , function ( a ) { if ( a . graphic ) a . graphic . element . point = a ; if ( a . dataLabel ) a . dataLabel . element . point = a } ) ; if ( ! a . _hasTracking ) p ( a . trackerGroups , function ( b ) { if ( a [ b ] && ( a [ b ] . addClass ( "highcharts-tracker" ) . on ( "mouseover" , f ) . on ( "mouseout" , function ( a ) { c . onTrackerMouseOut ( a ) } ) . css ( e ) , $a ) ) a [ b ] . on ( "touchstart" , f ) } ) , a . _hasTracking = ! 0 } , drawTrackerGraph : function ( ) { var a = this , b = a . options , c = b . trackByArea , d = [ ] . concat ( c ? a . areaPath :
a . graphPath ) , e = d . length , f = a . chart , g = f . pointer , h = f . renderer , i = f . options . tooltip . snap , j = a . tracker , k = b . cursor , l = k && { cursor : k } , k = a . singlePoints , m , n = function ( ) { if ( f . hoverSeries !== a ) a . onMouseOver ( ) } , q = "rgba(192,192,192," + ( aa ? 1.0 E - 4 : 0.002 ) + ")" ; if ( e && ! c ) for ( m = e + 1 ; m -- ; ) d [ m ] === "M" && d . splice ( m + 1 , 0 , d [ m + 1 ] - i , d [ m + 2 ] , "L" ) , ( m && d [ m ] === "M" || m === e ) && d . splice ( m , 0 , "L" , d [ m - 2 ] + i , d [ m - 1 ] ) ; for ( m = 0 ; m < k . length ; m ++ ) e = k [ m ] , d . push ( "M" , e . plotX - i , e . plotY , "L" , e . plotX + i , e . plotY ) ; j ? j . attr ( { d : d } ) : ( a . tracker = h . path ( d ) . attr ( { "stroke-linejoin" : "round" ,
visibility : a . visible ? "visible" : "hidden" , stroke : q , fill : c ? q : Q , "stroke-width" : b . lineWidth + ( c ? 0 : 2 * i ) , zIndex : 2 } ) . add ( a . group ) , p ( [ a . tracker , a . markerGroup ] , function ( a ) { a . addClass ( "highcharts-tracker" ) . on ( "mouseover" , n ) . on ( "mouseout" , function ( a ) { g . onTrackerMouseOut ( a ) } ) . css ( l ) ; if ( $a ) a . on ( "touchstart" , n ) } ) ) } } ; if ( F . column ) ga . prototype . drawTracker = S . drawTrackerPoint ; if ( F . pie ) F . pie . prototype . drawTracker = S . drawTrackerPoint ; if ( F . scatter ) pa . prototype . drawTracker = S . drawTrackerPoint ; q ( lb . prototype , { setItemEvents : function ( a ,
b , c , d , e ) { var f = this ; ( c ? b : a . legendGroup ) . on ( "mouseover" , function ( ) { a . setState ( "hover" ) ; b . css ( f . options . itemHoverStyle ) } ) . on ( "mouseout" , function ( ) { b . css ( a . visible ? d : e ) ; a . setState ( ) } ) . on ( "click" , function ( b ) { var c = function ( ) { a . setVisible ( ) } , b = { browserEvent : b } ; a . firePointEvent ? a . firePointEvent ( "legendItemClick" , b , c ) : D ( a , "legendItemClick" , b , c ) } ) } , createCheckboxForItem : function ( a ) { a . checkbox = Y ( "input" , { type : "checkbox" , checked : a . selected , defaultChecked : a . selected } , this . options . itemCheckboxStyle , this . chart . container ) ;
K ( a . checkbox , "click" , function ( b ) { D ( a , "checkboxClick" , { checked : b . target . checked } , function ( ) { a . select ( ) } ) } ) } } ) ; E . legend . itemStyle . cursor = "pointer" ; q ( Ya . prototype , { showResetZoom : function ( ) { var a = this , b = E . lang , c = a . options . chart . resetZoomButton , d = c . theme , e = d . states , f = c . relativeTo === "chart" ? null : "plotBox" ; this . resetZoomButton = a . renderer . button ( b . resetZoom , null , null , function ( ) { a . zoomOut ( ) } , d , e && e . hover ) . attr ( { align : c . position . align , title : b . resetZoomTitle } ) . add ( ) . align ( c . position , ! 1 , f ) } , zoomOut : function ( ) { var a =
this ; D ( a , "selection" , { resetSelection : ! 0 } , function ( ) { a . zoom ( ) } ) } , zoom : function ( a ) { var b , c = this . pointer , d = ! 1 , e ; ! a || a . resetSelection ? p ( this . axes , function ( a ) { b = a . zoom ( ) } ) : p ( a . xAxis . concat ( a . yAxis ) , function ( a ) { var e = a . axis , h = e . isXAxis ; if ( c [ h ? "zoomX" : "zoomY" ] || c [ h ? "pinchX" : "pinchY" ] ) b = e . zoom ( a . min , a . max ) , e . displayBtn && ( d = ! 0 ) } ) ; e = this . resetZoomButton ; if ( d && ! e ) this . showResetZoom ( ) ; else if ( ! d && ca ( e ) ) this . resetZoomButton = e . destroy ( ) ; b && this . redraw ( m ( this . options . chart . animation , a && a . animation , this . pointCount <
100 ) ) } , pan : function ( a , b ) { var c = this , d = c . hoverPoints , e ; d && p ( d , function ( a ) { a . setState ( ) } ) ; p ( b === "xy" ? [ 1 , 0 ] : [ 1 ] , function ( b ) { var d = a [ b ? "chartX" : "chartY" ] , h = c [ b ? "xAxis" : "yAxis" ] [ 0 ] , i = c [ b ? "mouseDownX" : "mouseDownY" ] , j = ( h . pointRange || 0 ) / 2 , k = h . getExtremes ( ) , l = h . toValue ( i - d , ! 0 ) + j , i = h . toValue ( i + c [ b ? "plotWidth" : "plotHeight" ] - d , ! 0 ) - j ; h . series . length && l > C ( k . dataMin , k . min ) && i < v ( k . dataMax , k . max ) && ( h . setExtremes ( l , i , ! 1 , ! 1 , { trigger : "pan" } ) , e = ! 0 ) ; c [ b ? "mouseDownX" : "mouseDownY" ] = d } ) ; e && c . redraw ( ! 1 ) ; G ( c . container , { cursor : "move" } ) } } ) ;
q ( Ea . prototype , { select : function ( a , b ) { var c = this , d = c . series , e = d . chart , a = m ( a , ! c . selected ) ; c . firePointEvent ( a ? "select" : "unselect" , { accumulate : b } , function ( ) { c . selected = c . options . selected = a ; d . options . data [ Da ( c , d . data ) ] = c . options ; c . setState ( a && "select" ) ; b || p ( e . getSelectedPoints ( ) , function ( a ) { if ( a . selected && a !== c ) a . selected = a . options . selected = ! 1 , d . options . data [ Da ( a , d . data ) ] = a . options , a . setState ( "" ) , a . firePointEvent ( "unselect" ) } ) } ) } , onMouseOver : function ( a ) { var b = this . series , c = b . chart , d = c . tooltip , e = c . hoverPoint ;
if ( e && e !== this ) e . onMouseOut ( ) ; this . firePointEvent ( "mouseOver" ) ; d && ( ! d . shared || b . noSharedTooltip ) && d . refresh ( this , a ) ; this . setState ( "hover" ) ; c . hoverPoint = this } , onMouseOut : function ( ) { var a = this . series . chart , b = a . hoverPoints ; if ( ! b || Da ( this , b ) === - 1 ) this . firePointEvent ( "mouseOut" ) , this . setState ( ) , a . hoverPoint = null } , importEvents : function ( ) { if ( ! this . hasImportedEvents ) { var a = w ( this . series . options . point , this . options ) . events , b ; this . events = a ; for ( b in a ) K ( this , b , a [ b ] ) ; this . hasImportedEvents = ! 0 } } , setState : function ( a ,
b ) { var c = this . plotX , d = this . plotY , e = this . series , f = e . options . states , g = ba [ e . type ] . marker && e . options . marker , h = g && ! g . enabled , i = g && g . states [ a ] , j = i && i . enabled === ! 1 , k = e . stateMarkerGraphic , l = this . marker || { } , m = e . chart , n = e . halo , p , a = a || "" ; p = this . pointAttr [ a ] || e . pointAttr [ a ] ; if ( ! ( a === this . state && ! b || this . selected && a !== "select" || f [ a ] && f [ a ] . enabled === ! 1 || a && ( j || h && i . enabled === ! 1 ) || a && l . states && l . states [ a ] && l . states [ a ] . enabled === ! 1 ) ) { if ( this . graphic ) g = g && this . graphic . symbolName && p . r , this . graphic . attr ( w ( p , g ? { x : c -
g , y : d - g , width : 2 * g , height : 2 * g } : { } ) ) , k && k . hide ( ) ; else { if ( a && i ) if ( g = i . radius , l = l . symbol || e . symbol , k && k . currentSymbol !== l && ( k = k . destroy ( ) ) , k ) k [ b ? "animate" : "attr" ] ( { x : c - g , y : d - g } ) ; else if ( l ) e . stateMarkerGraphic = k = m . renderer . symbol ( l , c - g , d - g , 2 * g , 2 * g ) . attr ( p ) . add ( e . markerGroup ) , k . currentSymbol = l ; if ( k ) k [ a && m . isInsidePlot ( c , d , m . inverted ) ? "show" : "hide" ] ( ) } if ( ( c = f [ a ] && f [ a ] . halo ) && c . size ) { if ( ! n ) e . halo = n = m . renderer . path ( ) . add ( e . seriesGroup ) ; n . attr ( q ( { fill : ya ( this . color || e . color ) . setOpacity ( c . opacity ) . get ( ) } , c . attributes ) ) [ b ?
"animate" : "attr" ] ( { d : this . haloPath ( c . size ) } ) } else n && n . attr ( { d : [ ] } ) ; this . state = a } } , haloPath : function ( a ) { var b = this . series , c = b . chart , d = b . getPlotBox ( ) , e = c . inverted ; return c . renderer . symbols . circle ( d . translateX + ( e ? b . yAxis . len - this . plotY : this . plotX ) - a , d . translateY + ( e ? b . xAxis . len - this . plotX : this . plotY ) - a , a * 2 , a * 2 ) } } ) ; q ( O . prototype , { onMouseOver : function ( ) { var a = this . chart , b = a . hoverSeries ; if ( b && b !== this ) b . onMouseOut ( ) ; this . options . events . mouseOver && D ( this , "mouseOver" ) ; this . setState ( "hover" ) ; a . hoverSeries =
this } , onMouseOut : function ( ) { var a = this . options , b = this . chart , c = b . tooltip , d = b . hoverPoint ; if ( d ) d . onMouseOut ( ) ; this && a . events . mouseOut && D ( this , "mouseOut" ) ; c && ! a . stickyTracking && ( ! c . shared || this . noSharedTooltip ) && c . hide ( ) ; this . setState ( ) ; b . hoverSeries = null } , setState : function ( a ) { var b = this . options , c = this . graph , d = this . graphNeg , e = b . states , b = b . lineWidth , a = a || "" ; if ( this . state !== a ) this . state = a , e [ a ] && e [ a ] . enabled === ! 1 || ( a && ( b = e [ a ] . lineWidth || b + 1 ) , c && ! c . dashstyle && ( a = { "stroke-width" : b } , c . attr ( a ) , d && d . attr ( a ) ) ) } ,
setVisible : function ( a , b ) { var c = this , d = c . chart , e = c . legendItem , f , g = d . options . chart . ignoreHiddenSeries , h = c . visible ; f = ( c . visible = a = c . userOptions . visible = a === t ? ! h : a ) ? "show" : "hide" ; p ( [ "group" , "dataLabelsGroup" , "markerGroup" , "tracker" ] , function ( a ) { if ( c [ a ] ) c [ a ] [ f ] ( ) } ) ; if ( d . hoverSeries === c ) c . onMouseOut ( ) ; e && d . legend . colorizeItem ( c , a ) ; c . isDirty = ! 0 ; c . options . stacking && p ( d . series , function ( a ) { if ( a . options . stacking && a . visible ) a . isDirty = ! 0 } ) ; p ( c . linkedSeries , function ( b ) { b . setVisible ( a , ! 1 ) } ) ; if ( g ) d . isDirtyBox = ! 0 ;
b !== ! 1 && d . redraw ( ) ; D ( c , f ) } , setTooltipPoints : function ( a ) { var b = [ ] , c , d , e = this . xAxis , f = e && e . getExtremes ( ) , g = e ? e . tooltipLen || e . len : this . chart . plotSizeX , h , i , j = [ ] ; if ( ! ( this . options . enableMouseTracking === ! 1 || this . singularTooltips ) ) { if ( a ) this . tooltipPoints = null ; p ( this . segments || this . points , function ( a ) { b = b . concat ( a ) } ) ; e && e . reversed && ( b = b . reverse ( ) ) ; this . orderTooltipPoints && this . orderTooltipPoints ( b ) ; a = b . length ; for ( i = 0 ; i < a ; i ++ ) if ( e = b [ i ] , c = e . x , c >= f . min && c <= f . max ) { h = b [ i + 1 ] ; c = d === t ? 0 : d + 1 ; for ( d = b [ i + 1 ] ? C ( v ( 0 , T ( ( e . clientX +
( h ? h . wrappedClientX || h . clientX : g ) ) / 2 ) ) , g ) : g ; c >= 0 && c <= d ; ) j [ c ++ ] = e } this . tooltipPoints = j } } , show : function ( ) { this . setVisible ( ! 0 ) } , hide : function ( ) { this . setVisible ( ! 1 ) } , select : function ( a ) { this . selected = a = a === t ? ! this . selected : a ; if ( this . checkbox ) this . checkbox . checked = a ; D ( this , a ? "select" : "unselect" ) } , drawTracker : S . drawTrackerGraph } ) ; q ( R , { Axis : la , Chart : Ya , Color : ya , Point : Ea , Tick : Sa , Renderer : Za , Series : O , SVGElement : P , SVGRenderer : ta , arrayMin : Na , arrayMax : Ba , charts : V , dateFormat : cb , format : Ia , pathAnim : ub , getOptions : function ( ) { return E } ,
hasBidiBug : Nb , isTouchDevice : Jb , numberFormat : Ga , seriesTypes : F , setOptions : function ( a ) { E = w ( ! 0 , E , a ) ; Cb ( ) ; return E } , addEvent : K , removeEvent : W , createElement : Y , discardElement : Pa , css : G , each : p , extend : q , map : Ua , merge : w , pick : m , splat : qa , extendClass : ka , pInt : z , wrap : Ma , svg : aa , canvas : fa , vml : ! aa && ! fa , product : "Highcharts" , version : "4.0.1" } ) } ) ( ) ;
/ *
Highcharts JS v4 . 0.1 ( 2014 - 04 - 24 )
( c ) 2009 - 2014 Torstein Honsi
License : www . highcharts . com / license
* /
( function ( m , C ) { function K ( a , b , c ) { this . init . call ( this , a , b , c ) } var O = m . arrayMin , P = m . arrayMax , s = m . each , F = m . extend , o = m . merge , Q = m . map , q = m . pick , x = m . pInt , p = m . getOptions ( ) . plotOptions , h = m . seriesTypes , u = m . extendClass , L = m . splat , r = m . wrap , M = m . Axis , y = m . Tick , H = m . Point , R = m . Pointer , S = m . CenteredSeriesMixin , z = m . TrackerMixin , t = m . Series , v = Math , D = v . round , A = v . floor , T = v . max , U = m . Color , w = function ( ) { } ; F ( K . prototype , { init : function ( a , b , c ) { var d = this , e = d . defaultOptions ; d . chart = b ; if ( b . angular ) e . background = { } ; d . options = a = o ( e , a ) ;
( a = a . background ) && s ( [ ] . concat ( L ( a ) ) . reverse ( ) , function ( a ) { var g = a . backgroundColor , a = o ( d . defaultBackgroundOptions , a ) ; if ( g ) a . backgroundColor = g ; a . color = a . backgroundColor ; c . options . plotBands . unshift ( a ) } ) } , defaultOptions : { center : [ "50%" , "50%" ] , size : "85%" , startAngle : 0 } , defaultBackgroundOptions : { shape : "circle" , borderWidth : 1 , borderColor : "silver" , backgroundColor : { linearGradient : { x1 : 0 , y1 : 0 , x2 : 0 , y2 : 1 } , stops : [ [ 0 , "#FFF" ] , [ 1 , "#DDD" ] ] } , from : Number . MIN _VALUE , innerRadius : 0 , to : Number . MAX _VALUE , outerRadius : "105%" } } ) ;
var G = M . prototype , y = y . prototype , V = { getOffset : w , redraw : function ( ) { this . isDirty = ! 1 } , render : function ( ) { this . isDirty = ! 1 } , setScale : w , setCategories : w , setTitle : w } , N = { isRadial : ! 0 , defaultRadialGaugeOptions : { labels : { align : "center" , x : 0 , y : null } , minorGridLineWidth : 0 , minorTickInterval : "auto" , minorTickLength : 10 , minorTickPosition : "inside" , minorTickWidth : 1 , tickLength : 10 , tickPosition : "inside" , tickWidth : 2 , title : { rotation : 0 } , zIndex : 2 } , defaultRadialXOptions : { gridLineWidth : 1 , labels : { align : null , distance : 15 , x : 0 , y : null } ,
maxPadding : 0 , minPadding : 0 , showLastLabel : ! 1 , tickLength : 0 } , defaultRadialYOptions : { gridLineInterpolation : "circle" , labels : { align : "right" , x : - 3 , y : - 2 } , showLastLabel : ! 1 , title : { x : 4 , text : null , rotation : 90 } } , setOptions : function ( a ) { a = this . options = o ( this . defaultOptions , this . defaultRadialOptions , a ) ; if ( ! a . plotBands ) a . plotBands = [ ] } , getOffset : function ( ) { G . getOffset . call ( this ) ; this . chart . axisOffset [ this . side ] = 0 ; this . center = this . pane . center = S . getCenter . call ( this . pane ) } , getLinePath : function ( a , b ) { var c = this . center , b = q ( b ,
c [ 2 ] / 2 - this . offset ) ; return this . chart . renderer . symbols . arc ( this . left + c [ 0 ] , this . top + c [ 1 ] , b , b , { start : this . startAngleRad , end : this . endAngleRad , open : ! 0 , innerR : 0 } ) } , setAxisTranslation : function ( ) { G . setAxisTranslation . call ( this ) ; if ( this . center ) this . transA = this . isCircular ? ( this . endAngleRad - this . startAngleRad ) / ( this . max - this . min || 1 ) : this . center [ 2 ] / 2 / ( this . max - this . min || 1 ) , this . minPixelPadding = this . isXAxis ? this . transA * this . minPointOffset : 0 } , beforeSetTickPositions : function ( ) { this . autoConnect && ( this . max += this . categories &&
1 || this . pointRange || this . closestPointRange || 0 ) } , setAxisSize : function ( ) { G . setAxisSize . call ( this ) ; if ( this . isRadial ) { this . center = this . pane . center = m . CenteredSeriesMixin . getCenter . call ( this . pane ) ; if ( this . isCircular ) this . sector = this . endAngleRad - this . startAngleRad ; this . len = this . width = this . height = this . center [ 2 ] * q ( this . sector , 1 ) / 2 } } , getPosition : function ( a , b ) { return this . postTranslate ( this . isCircular ? this . translate ( a ) : 0 , q ( this . isCircular ? b : this . translate ( a ) , this . center [ 2 ] / 2 ) - this . offset ) } , postTranslate : function ( a ,
b ) { var c = this . chart , d = this . center , a = this . startAngleRad + a ; return { x : c . plotLeft + d [ 0 ] + Math . cos ( a ) * b , y : c . plotTop + d [ 1 ] + Math . sin ( a ) * b } } , getPlotBandPath : function ( a , b , c ) { var d = this . center , e = this . startAngleRad , f = d [ 2 ] / 2 , g = [ q ( c . outerRadius , "100%" ) , c . innerRadius , q ( c . thickness , 10 ) ] , k = /%$/ , l , n = this . isCircular ; this . options . gridLineInterpolation === "polygon" ? d = this . getPlotLinePath ( a ) . concat ( this . getPlotLinePath ( b , ! 0 ) ) : ( n || ( g [ 0 ] = this . translate ( a ) , g [ 1 ] = this . translate ( b ) ) , g = Q ( g , function ( a ) { k . test ( a ) && ( a = x ( a , 10 ) * f / 100 ) ;
return a } ) , c . shape === "circle" || ! n ? ( a = - Math . PI / 2 , b = Math . PI * 1.5 , l = ! 0 ) : ( a = e + this . translate ( a ) , b = e + this . translate ( b ) ) , d = this . chart . renderer . symbols . arc ( this . left + d [ 0 ] , this . top + d [ 1 ] , g [ 0 ] , g [ 0 ] , { start : a , end : b , innerR : q ( g [ 1 ] , g [ 0 ] - g [ 2 ] ) , open : l } ) ) ; return d } , getPlotLinePath : function ( a , b ) { var c = this , d = c . center , e = c . chart , f = c . getPosition ( a ) , g , k , l ; c . isCircular ? l = [ "M" , d [ 0 ] + e . plotLeft , d [ 1 ] + e . plotTop , "L" , f . x , f . y ] : c . options . gridLineInterpolation === "circle" ? ( a = c . translate ( a ) ) && ( l = c . getLinePath ( 0 , a ) ) : ( s ( e . xAxis , function ( a ) { a . pane ===
c . pane && ( g = a ) } ) , l = [ ] , a = c . translate ( a ) , d = g . tickPositions , g . autoConnect && ( d = d . concat ( [ d [ 0 ] ] ) ) , b && ( d = [ ] . concat ( d ) . reverse ( ) ) , s ( d , function ( f , c ) { k = g . getPosition ( f , a ) ; l . push ( c ? "L" : "M" , k . x , k . y ) } ) ) ; return l } , getTitlePosition : function ( ) { var a = this . center , b = this . chart , c = this . options . title ; return { x : b . plotLeft + a [ 0 ] + ( c . x || 0 ) , y : b . plotTop + a [ 1 ] - { high : 0.5 , middle : 0.25 , low : 0 } [ c . align ] * a [ 2 ] + ( c . y || 0 ) } } } ; r ( G , "init" , function ( a , b , c ) { var i ; var d = b . angular , e = b . polar , f = c . isX , g = d && f , k , l ; l = b . options ; var n = c . pane || 0 ; if ( d ) { if ( F ( this ,
g ? V : N ) , k = ! f ) this . defaultRadialOptions = this . defaultRadialGaugeOptions } else if ( e ) F ( this , N ) , this . defaultRadialOptions = ( k = f ) ? this . defaultRadialXOptions : o ( this . defaultYAxisOptions , this . defaultRadialYOptions ) ; a . call ( this , b , c ) ; if ( ! g && ( d || e ) ) { a = this . options ; if ( ! b . panes ) b . panes = [ ] ; this . pane = ( i = b . panes [ n ] = b . panes [ n ] || new K ( L ( l . pane ) [ n ] , b , this ) , n = i ) ; n = n . options ; b . inverted = ! 1 ; l . chart . zoomType = null ; this . startAngleRad = b = ( n . startAngle - 90 ) * Math . PI / 180 ; this . endAngleRad = l = ( q ( n . endAngle , n . startAngle + 360 ) - 90 ) * Math . PI /
180 ; this . offset = a . offset || 0 ; if ( ( this . isCircular = k ) && c . max === C && l - b === 2 * Math . PI ) this . autoConnect = ! 0 } } ) ; r ( y , "getPosition" , function ( a , b , c , d , e ) { var f = this . axis ; return f . getPosition ? f . getPosition ( c ) : a . call ( this , b , c , d , e ) } ) ; r ( y , "getLabelPosition" , function ( a , b , c , d , e , f , g , k , l ) { var n = this . axis , j = f . y , i = f . align , h = ( n . translate ( this . pos ) + n . startAngleRad + Math . PI / 2 ) / Math . PI * 180 % 360 ; n . isRadial ? ( a = n . getPosition ( this . pos , n . center [ 2 ] / 2 + q ( f . distance , - 25 ) ) , f . rotation === "auto" ? d . attr ( { rotation : h } ) : j === null && ( j = n . chart . renderer . fontMetrics ( d . styles . fontSize ) . b -
d . getBBox ( ) . height / 2 ) , i === null && ( i = n . isCircular ? h > 20 && h < 160 ? "left" : h > 200 && h < 340 ? "right" : "center" : "center" , d . attr ( { align : i } ) ) , a . x += f . x , a . y += j ) : a = a . call ( this , b , c , d , e , f , g , k , l ) ; return a } ) ; r ( y , "getMarkPath" , function ( a , b , c , d , e , f , g ) { var k = this . axis ; k . isRadial ? ( a = k . getPosition ( this . pos , k . center [ 2 ] / 2 + d ) , b = [ "M" , b , c , "L" , a . x , a . y ] ) : b = a . call ( this , b , c , d , e , f , g ) ; return b } ) ; p . arearange = o ( p . area , { lineWidth : 1 , marker : null , threshold : null , tooltip : { pointFormat : '<span style="color:{series.color}">●</span> {series.name}: <b>{point.low}</b> - <b>{point.high}</b><br/>' } ,
trackByArea : ! 0 , dataLabels : { verticalAlign : null , xLow : 0 , xHigh : 0 , yLow : 0 , yHigh : 0 } , states : { hover : { halo : ! 1 } } } ) ; h . arearange = u ( h . area , { type : "arearange" , pointArrayMap : [ "low" , "high" ] , toYData : function ( a ) { return [ a . low , a . high ] } , pointValKey : "low" , getSegments : function ( ) { var a = this ; s ( a . points , function ( b ) { if ( ! a . options . connectNulls && ( b . low === null || b . high === null ) ) b . y = null ; else if ( b . low === null && b . high !== null ) b . y = b . high } ) ; t . prototype . getSegments . call ( this ) } , translate : function ( ) { var a = this . yAxis ; h . area . prototype . translate . apply ( this ) ;
s ( this . points , function ( b ) { var c = b . low , d = b . high , e = b . plotY ; d === null && c === null ? b . y = null : c === null ? ( b . plotLow = b . plotY = null , b . plotHigh = a . translate ( d , 0 , 1 , 0 , 1 ) ) : d === null ? ( b . plotLow = e , b . plotHigh = null ) : ( b . plotLow = e , b . plotHigh = a . translate ( d , 0 , 1 , 0 , 1 ) ) } ) } , getSegmentPath : function ( a ) { var b , c = [ ] , d = a . length , e = t . prototype . getSegmentPath , f , g ; g = this . options ; var k = g . step ; for ( b = HighchartsAdapter . grep ( a , function ( a ) { return a . plotLow !== null } ) ; d -- ; ) f = a [ d ] , f . plotHigh !== null && c . push ( { plotX : f . plotX , plotY : f . plotHigh } ) ; a = e . call ( this ,
b ) ; if ( k ) k === ! 0 && ( k = "left" ) , g . step = { left : "right" , center : "center" , right : "left" } [ k ] ; c = e . call ( this , c ) ; g . step = k ; g = [ ] . concat ( a , c ) ; c [ 0 ] = "L" ; this . areaPath = this . areaPath . concat ( a , c ) ; return g } , drawDataLabels : function ( ) { var a = this . data , b = a . length , c , d = [ ] , e = t . prototype , f = this . options . dataLabels , g , k = this . chart . inverted ; if ( f . enabled || this . _hasPointLabels ) { for ( c = b ; c -- ; ) g = a [ c ] , g . y = g . high , g . _plotY = g . plotY , g . plotY = g . plotHigh , d [ c ] = g . dataLabel , g . dataLabel = g . dataLabelUpper , g . below = ! 1 , k ? ( f . align = "left" , f . x = f . xHigh ) : f . y =
f . yHigh ; e . drawDataLabels && e . drawDataLabels . apply ( this , arguments ) ; for ( c = b ; c -- ; ) g = a [ c ] , g . dataLabelUpper = g . dataLabel , g . dataLabel = d [ c ] , g . y = g . low , g . plotY = g . _plotY , g . below = ! 0 , k ? ( f . align = "right" , f . x = f . xLow ) : f . y = f . yLow ; e . drawDataLabels && e . drawDataLabels . apply ( this , arguments ) } } , alignDataLabel : function ( ) { h . column . prototype . alignDataLabel . apply ( this , arguments ) } , getSymbol : h . column . prototype . getSymbol , drawPoints : w } ) ; p . areasplinerange = o ( p . arearange ) ; h . areasplinerange = u ( h . arearange , { type : "areasplinerange" , getPointSpline : h . spline . prototype . getPointSpline } ) ;
( function ( ) { var a = h . column . prototype ; p . columnrange = o ( p . column , p . arearange , { lineWidth : 1 , pointRange : null } ) ; h . columnrange = u ( h . arearange , { type : "columnrange" , translate : function ( ) { var b = this , c = b . yAxis , d ; a . translate . apply ( b ) ; s ( b . points , function ( a ) { var f = a . shapeArgs , g = b . options . minPointLength , k ; a . tooltipPos = null ; a . plotHigh = d = c . translate ( a . high , 0 , 1 , 0 , 1 ) ; a . plotLow = a . plotY ; k = d ; a = a . plotY - d ; a < g && ( g -= a , a += g , k -= g / 2 ) ; f . height = a ; f . y = k } ) } , trackerGroups : [ "group" , "dataLabels" ] , drawGraph : w , pointAttrToOptions : a . pointAttrToOptions ,
drawPoints : a . drawPoints , drawTracker : a . drawTracker , animate : a . animate , getColumnMetrics : a . getColumnMetrics } ) } ) ( ) ; p . gauge = o ( p . line , { dataLabels : { enabled : ! 0 , defer : ! 1 , y : 15 , borderWidth : 1 , borderColor : "silver" , borderRadius : 3 , crop : ! 1 , style : { fontWeight : "bold" } , verticalAlign : "top" , zIndex : 2 } , dial : { } , pivot : { } , tooltip : { headerFormat : "" } , showInLegend : ! 1 } ) ; z = { type : "gauge" , pointClass : u ( H , { setState : function ( a ) { this . state = a } } ) , angular : ! 0 , drawGraph : w , fixedBox : ! 0 , forceDL : ! 0 , trackerGroups : [ "group" , "dataLabels" ] , translate : function ( ) { var a =
this . yAxis , b = this . options , c = a . center ; this . generatePoints ( ) ; s ( this . points , function ( d ) { var e = o ( b . dial , d . dial ) , f = x ( q ( e . radius , 80 ) ) * c [ 2 ] / 200 , g = x ( q ( e . baseLength , 70 ) ) * f / 100 , k = x ( q ( e . rearLength , 10 ) ) * f / 100 , l = e . baseWidth || 3 , n = e . topWidth || 1 , j = b . overshoot , i = a . startAngleRad + a . translate ( d . y , null , null , null , ! 0 ) ; j && typeof j === "number" ? ( j = j / 180 * Math . PI , i = Math . max ( a . startAngleRad - j , Math . min ( a . endAngleRad + j , i ) ) ) : b . wrap === ! 1 && ( i = Math . max ( a . startAngleRad , Math . min ( a . endAngleRad , i ) ) ) ; i = i * 180 / Math . PI ; d . shapeType = "path" ; d . shapeArgs =
{ d : e . path || [ "M" , - k , - l / 2 , "L" , g , - l / 2 , f , - n / 2 , f , n / 2 , g , l / 2 , - k , l / 2 , "z" ] , translateX : c [ 0 ] , translateY : c [ 1 ] , rotation : i } ; d . plotX = c [ 0 ] ; d . plotY = c [ 1 ] } ) } , drawPoints : function ( ) { var a = this , b = a . yAxis . center , c = a . pivot , d = a . options , e = d . pivot , f = a . chart . renderer ; s ( a . points , function ( c ) { var b = c . graphic , l = c . shapeArgs , e = l . d , j = o ( d . dial , c . dial ) ; b ? ( b . animate ( l ) , l . d = e ) : c . graphic = f [ c . shapeType ] ( l ) . attr ( { stroke : j . borderColor || "none" , "stroke-width" : j . borderWidth || 0 , fill : j . backgroundColor || "black" , rotation : l . rotation } ) . add ( a . group ) } ) ;
c ? c . animate ( { translateX : b [ 0 ] , translateY : b [ 1 ] } ) : a . pivot = f . circle ( 0 , 0 , q ( e . radius , 5 ) ) . attr ( { "stroke-width" : e . borderWidth || 0 , stroke : e . borderColor || "silver" , fill : e . backgroundColor || "black" } ) . translate ( b [ 0 ] , b [ 1 ] ) . add ( a . group ) } , animate : function ( a ) { var b = this ; if ( ! a ) s ( b . points , function ( a ) { var d = a . graphic ; d && ( d . attr ( { rotation : b . yAxis . startAngleRad * 180 / Math . PI } ) , d . animate ( { rotation : a . shapeArgs . rotation } , b . options . animation ) ) } ) , b . animate = null } , render : function ( ) { this . group = this . plotGroup ( "group" , "series" , this . visible ?
"visible" : "hidden" , this . options . zIndex , this . chart . seriesGroup ) ; t . prototype . render . call ( this ) ; this . group . clip ( this . chart . clipRect ) } , setData : function ( a , b ) { t . prototype . setData . call ( this , a , ! 1 ) ; this . processData ( ) ; this . generatePoints ( ) ; q ( b , ! 0 ) && this . chart . redraw ( ) } , drawTracker : z && z . drawTrackerPoint } ; h . gauge = u ( h . line , z ) ; p . boxplot = o ( p . column , { fillColor : "#FFFFFF" , lineWidth : 1 , medianWidth : 2 , states : { hover : { brightness : - 0.3 } } , threshold : null , tooltip : { pointFormat : '<span style="color:{series.color}">●</span> <b> {series.name}</b><br/>Maximum: {point.high}<br/>Upper quartile: {point.q3}<br/>Median: {point.median}<br/>Lower quartile: {point.q1}<br/>Minimum: {point.low}<br/>' } ,
whiskerLength : "50%" , whiskerWidth : 2 } ) ; h . boxplot = u ( h . column , { type : "boxplot" , pointArrayMap : [ "low" , "q1" , "median" , "q3" , "high" ] , toYData : function ( a ) { return [ a . low , a . q1 , a . median , a . q3 , a . high ] } , pointValKey : "high" , pointAttrToOptions : { fill : "fillColor" , stroke : "color" , "stroke-width" : "lineWidth" } , drawDataLabels : w , translate : function ( ) { var a = this . yAxis , b = this . pointArrayMap ; h . column . prototype . translate . apply ( this ) ; s ( this . points , function ( c ) { s ( b , function ( b ) { c [ b ] !== null && ( c [ b + "Plot" ] = a . translate ( c [ b ] , 0 , 1 , 0 , 1 ) ) } ) } ) } , drawPoints : function ( ) { var a =
this , b = a . points , c = a . options , d = a . chart . renderer , e , f , g , k , l , n , j , i , h , m , p , I , r , o , J , u , w , t , v , x , z , y , E = a . doQuartiles !== ! 1 , B = parseInt ( a . options . whiskerLength , 10 ) / 100 ; s ( b , function ( b ) { h = b . graphic ; z = b . shapeArgs ; p = { } ; o = { } ; u = { } ; y = b . color || a . color ; if ( b . plotY !== C ) if ( e = b . pointAttr [ b . selected ? "selected" : "" ] , w = z . width , t = A ( z . x ) , v = t + w , x = D ( w / 2 ) , f = A ( E ? b . q1Plot : b . lowPlot ) , g = A ( E ? b . q3Plot : b . lowPlot ) , k = A ( b . highPlot ) , l = A ( b . lowPlot ) , p . stroke = b . stemColor || c . stemColor || y , p [ "stroke-width" ] = q ( b . stemWidth , c . stemWidth , c . lineWidth ) , p . dashstyle =
b . stemDashStyle || c . stemDashStyle , o . stroke = b . whiskerColor || c . whiskerColor || y , o [ "stroke-width" ] = q ( b . whiskerWidth , c . whiskerWidth , c . lineWidth ) , u . stroke = b . medianColor || c . medianColor || y , u [ "stroke-width" ] = q ( b . medianWidth , c . medianWidth , c . lineWidth ) , u [ "stroke-linecap" ] = "round" , j = p [ "stroke-width" ] % 2 / 2 , i = t + x + j , m = [ "M" , i , g , "L" , i , k , "M" , i , f , "L" , i , l ] , E && ( j = e [ "stroke-width" ] % 2 / 2 , i = A ( i ) + j , f = A ( f ) + j , g = A ( g ) + j , t += j , v += j , I = [ "M" , t , g , "L" , t , f , "L" , v , f , "L" , v , g , "L" , t , g , "z" ] ) , B && ( j = o [ "stroke-width" ] % 2 / 2 , k += j , l += j , r = [ "M" , i - x * B ,
k , "L" , i + x * B , k , "M" , i - x * B , l , "L" , i + x * B , l ] ) , j = u [ "stroke-width" ] % 2 / 2 , n = D ( b . medianPlot ) + j , J = [ "M" , t , n , "L" , v , n ] , h ) b . stem . animate ( { d : m } ) , B && b . whiskers . animate ( { d : r } ) , E && b . box . animate ( { d : I } ) , b . medianShape . animate ( { d : J } ) ; else { b . graphic = h = d . g ( ) . add ( a . group ) ; b . stem = d . path ( m ) . attr ( p ) . add ( h ) ; if ( B ) b . whiskers = d . path ( r ) . attr ( o ) . add ( h ) ; if ( E ) b . box = d . path ( I ) . attr ( e ) . add ( h ) ; b . medianShape = d . path ( J ) . attr ( u ) . add ( h ) } } ) } } ) ; p . errorbar = o ( p . boxplot , { color : "#000000" , grouping : ! 1 , linkedTo : ":previous" , tooltip : { pointFormat : '<span style="color:{series.color}">●</span> {series.name}: <b>{point.low}</b> - <b>{point.high}</b><br/>' } ,
whiskerWidth : null } ) ; h . errorbar = u ( h . boxplot , { type : "errorbar" , pointArrayMap : [ "low" , "high" ] , toYData : function ( a ) { return [ a . low , a . high ] } , pointValKey : "high" , doQuartiles : ! 1 , drawDataLabels : h . arearange ? h . arearange . prototype . drawDataLabels : w , getColumnMetrics : function ( ) { return this . linkedParent && this . linkedParent . columnMetrics || h . column . prototype . getColumnMetrics . call ( this ) } } ) ; p . waterfall = o ( p . column , { lineWidth : 1 , lineColor : "#333" , dashStyle : "dot" , borderColor : "#333" } ) ; h . waterfall = u ( h . column , { type : "waterfall" , upColorProp : "fill" ,
pointArrayMap : [ "low" , "y" ] , pointValKey : "y" , init : function ( a , b ) { b . stacking = ! 0 ; h . column . prototype . init . call ( this , a , b ) } , translate : function ( ) { var a = this . yAxis , b , c , d , e , f , g , k , l , n ; b = this . options . threshold ; h . column . prototype . translate . apply ( this ) ; l = b ; d = this . points ; for ( c = 0 , b = d . length ; c < b ; c ++ ) { e = d [ c ] ; f = e . shapeArgs ; g = this . getStack ( c ) ; n = g . points [ this . index + "," + c ] ; if ( isNaN ( e . y ) ) e . y = this . yData [ c ] ; k = T ( l , l + e . y ) + n [ 0 ] ; f . y = a . translate ( k , 0 , 1 ) ; e . isSum || e . isIntermediateSum ? ( f . y = a . translate ( n [ 1 ] , 0 , 1 ) , f . height = a . translate ( n [ 0 ] ,
0 , 1 ) - f . y ) : l += g . total ; f . height < 0 && ( f . y += f . height , f . height *= - 1 ) ; e . plotY = f . y = D ( f . y ) - this . borderWidth % 2 / 2 ; f . height = D ( f . height ) ; e . yBottom = f . y + f . height } } , processData : function ( a ) { var b = this . yData , c = this . points , d , e = b . length , f = this . options . threshold || 0 , g , k , l , n , j , i ; k = g = l = n = f ; for ( i = 0 ; i < e ; i ++ ) j = b [ i ] , d = c && c [ i ] ? c [ i ] : { } , j === "sum" || d . isSum ? b [ i ] = k : j === "intermediateSum" || d . isIntermediateSum ? ( b [ i ] = g , g = f ) : ( k += j , g += j ) , l = Math . min ( k , l ) , n = Math . max ( k , n ) ; t . prototype . processData . call ( this , a ) ; this . dataMin = l ; this . dataMax = n } ,
toYData : function ( a ) { if ( a . isSum ) return "sum" ; else if ( a . isIntermediateSum ) return "intermediateSum" ; return a . y } , getAttribs : function ( ) { h . column . prototype . getAttribs . apply ( this , arguments ) ; var a = this . options , b = a . states , c = a . upColor || this . color , a = m . Color ( c ) . brighten ( 0.1 ) . get ( ) , d = o ( this . pointAttr ) , e = this . upColorProp ; d [ "" ] [ e ] = c ; d . hover [ e ] = b . hover . upColor || a ; d . select [ e ] = b . select . upColor || c ; s ( this . points , function ( a ) { if ( a . y > 0 && ! a . color ) a . pointAttr = d , a . color = c } ) } , getGraphPath : function ( ) { var a = this . data , b = a . length ,
c = D ( this . options . lineWidth + this . borderWidth ) % 2 / 2 , d = [ ] , e , f , g ; for ( g = 1 ; g < b ; g ++ ) f = a [ g ] . shapeArgs , e = a [ g - 1 ] . shapeArgs , f = [ "M" , e . x + e . width , e . y + c , "L" , f . x , e . y + c ] , a [ g - 1 ] . y < 0 && ( f [ 2 ] += e . height , f [ 5 ] += e . height ) , d = d . concat ( f ) ; return d } , getExtremes : w , getStack : function ( a ) { var b = this . yAxis . stacks , c = this . stackKey ; this . processedYData [ a ] < this . options . threshold && ( c = "-" + c ) ; return b [ c ] [ a ] } , drawGraph : t . prototype . drawGraph } ) ; p . bubble = o ( p . scatter , { dataLabels : { format : "{point.z}" , inside : ! 0 , style : { color : "white" , textShadow : "0px 0px 3px black" } ,
verticalAlign : "middle" } , marker : { lineColor : null , lineWidth : 1 } , minSize : 8 , maxSize : "20%" , states : { hover : { halo : { size : 5 } } } , tooltip : { pointFormat : "({point.x}, {point.y}), Size: {point.z}" } , turboThreshold : 0 , zThreshold : 0 } ) ; z = u ( H , { haloPath : function ( ) { return H . prototype . haloPath . call ( this , this . shapeArgs . r + this . series . options . states . hover . halo . size ) } } ) ; h . bubble = u ( h . scatter , { type : "bubble" , pointClass : z , pointArrayMap : [ "y" , "z" ] , parallelArrays : [ "x" , "y" , "z" ] , trackerGroups : [ "group" , "dataLabelsGroup" ] , bubblePadding : ! 0 ,
pointAttrToOptions : { stroke : "lineColor" , "stroke-width" : "lineWidth" , fill : "fillColor" } , applyOpacity : function ( a ) { var b = this . options . marker , c = q ( b . fillOpacity , 0.5 ) , a = a || b . fillColor || this . color ; c !== 1 && ( a = U ( a ) . setOpacity ( c ) . get ( "rgba" ) ) ; return a } , convertAttribs : function ( ) { var a = t . prototype . convertAttribs . apply ( this , arguments ) ; a . fill = this . applyOpacity ( a . fill ) ; return a } , getRadii : function ( a , b , c , d ) { var e , f , g , k = this . zData , l = [ ] , n = this . options . sizeBy !== "width" ; for ( f = 0 , e = k . length ; f < e ; f ++ ) g = b - a , g = g > 0 ? ( k [ f ] - a ) / ( b -
a ) : 0.5 , n && g >= 0 && ( g = Math . sqrt ( g ) ) , l . push ( v . ceil ( c + g * ( d - c ) ) / 2 ) ; this . radii = l } , animate : function ( a ) { var b = this . options . animation ; if ( ! a ) s ( this . points , function ( a ) { var d = a . graphic , a = a . shapeArgs ; d && a && ( d . attr ( "r" , 1 ) , d . animate ( { r : a . r } , b ) ) } ) , this . animate = null } , translate : function ( ) { var a , b = this . data , c , d , e = this . radii ; h . scatter . prototype . translate . call ( this ) ; for ( a = b . length ; a -- ; ) c = b [ a ] , d = e ? e [ a ] : 0 , c . negative = c . z < ( this . options . zThreshold || 0 ) , d >= this . minPxSize / 2 ? ( c . shapeType = "circle" , c . shapeArgs = { x : c . plotX , y : c . plotY ,
r : d } , c . dlBox = { x : c . plotX - d , y : c . plotY - d , width : 2 * d , height : 2 * d } ) : c . shapeArgs = c . plotY = c . dlBox = C } , drawLegendSymbol : function ( a , b ) { var c = x ( a . itemStyle . fontSize ) / 2 ; b . legendSymbol = this . chart . renderer . circle ( c , a . baseline - c , c ) . attr ( { zIndex : 3 } ) . add ( b . legendGroup ) ; b . legendSymbol . isMarker = ! 0 } , drawPoints : h . column . prototype . drawPoints , alignDataLabel : h . column . prototype . alignDataLabel } ) ; M . prototype . beforePadding = function ( ) { var a = this , b = this . len , c = this . chart , d = 0 , e = b , f = this . isXAxis , g = f ? "xData" : "yData" , k = this . min , l = { } ,
n = v . min ( c . plotWidth , c . plotHeight ) , j = Number . MAX _VALUE , i = - Number . MAX _VALUE , h = this . max - k , m = b / h , p = [ ] ; this . tickPositions && ( s ( this . series , function ( b ) { var g = b . options ; if ( b . bubblePadding && ( b . visible || ! c . options . chart . ignoreHiddenSeries ) ) if ( a . allowZoomOutside = ! 0 , p . push ( b ) , f ) s ( [ "minSize" , "maxSize" ] , function ( a ) { var b = g [ a ] , f = /%$/ . test ( b ) , b = x ( b ) ; l [ a ] = f ? n * b / 100 : b } ) , b . minPxSize = l . minSize , b = b . zData , b . length && ( j = v . min ( j , v . max ( O ( b ) , g . displayNegative === ! 1 ? g . zThreshold : - Number . MAX _VALUE ) ) , i = v . max ( i , P ( b ) ) ) } ) , s ( p , function ( a ) { var b =
a [ g ] , c = b . length , n ; f && a . getRadii ( j , i , l . minSize , l . maxSize ) ; if ( h > 0 ) for ( ; c -- ; ) typeof b [ c ] === "number" && ( n = a . radii [ c ] , d = Math . min ( ( b [ c ] - k ) * m - n , d ) , e = Math . max ( ( b [ c ] - k ) * m + n , e ) ) } ) , p . length && h > 0 && q ( this . options . min , this . userMin ) === C && q ( this . options . max , this . userMax ) === C && ( e -= b , m *= ( b + d - e ) / b , this . min += d / m , this . max += e / m ) ) } ; ( function ( ) { function a ( a , b , c ) { a . call ( this , b , c ) ; if ( this . chart . polar ) this . closeSegment = function ( a ) { var b = this . xAxis . center ; a . push ( "L" , b [ 0 ] , b [ 1 ] ) } , this . closedStacks = ! 0 } function b ( a , b ) { var c = this . chart ,
d = this . options . animation , e = this . group , j = this . markerGroup , i = this . xAxis . center , h = c . plotLeft , m = c . plotTop ; if ( c . polar ) { if ( c . renderer . isSVG ) d === ! 0 && ( d = { } ) , b ? ( c = { translateX : i [ 0 ] + h , translateY : i [ 1 ] + m , scaleX : 0.001 , scaleY : 0.001 } , e . attr ( c ) , j && j . attr ( c ) ) : ( c = { translateX : h , translateY : m , scaleX : 1 , scaleY : 1 } , e . animate ( c , d ) , j && j . animate ( c , d ) , this . animate = null ) } else a . call ( this , b ) } var c = t . prototype , d = R . prototype , e ; c . toXY = function ( a ) { var b , c = this . chart , d = a . plotX ; b = a . plotY ; a . rectPlotX = d ; a . rectPlotY = b ; d = ( d / Math . PI * 180 + this . xAxis . pane . options . startAngle ) %
360 ; d < 0 && ( d += 360 ) ; a . clientX = d ; b = this . xAxis . postTranslate ( a . plotX , this . yAxis . len - b ) ; a . plotX = a . polarPlotX = b . x - c . plotLeft ; a . plotY = a . polarPlotY = b . y - c . plotTop } ; c . orderTooltipPoints = function ( a ) { if ( this . chart . polar && ( a . sort ( function ( a , b ) { return a . clientX - b . clientX } ) , a [ 0 ] ) ) a [ 0 ] . wrappedClientX = a [ 0 ] . clientX + 360 , a . push ( a [ 0 ] ) } ; h . area && r ( h . area . prototype , "init" , a ) ; h . areaspline && r ( h . areaspline . prototype , "init" , a ) ; h . spline && r ( h . spline . prototype , "getPointSpline" , function ( a , b , c , d ) { var e , j , i , h , m , p , o ; if ( this . chart . polar ) { e =
c . plotX ; j = c . plotY ; a = b [ d - 1 ] ; i = b [ d + 1 ] ; this . connectEnds && ( a || ( a = b [ b . length - 2 ] ) , i || ( i = b [ 1 ] ) ) ; if ( a && i ) h = a . plotX , m = a . plotY , b = i . plotX , p = i . plotY , h = ( 1.5 * e + h ) / 2.5 , m = ( 1.5 * j + m ) / 2.5 , i = ( 1.5 * e + b ) / 2.5 , o = ( 1.5 * j + p ) / 2.5 , b = Math . sqrt ( Math . pow ( h - e , 2 ) + Math . pow ( m - j , 2 ) ) , p = Math . sqrt ( Math . pow ( i - e , 2 ) + Math . pow ( o - j , 2 ) ) , h = Math . atan2 ( m - j , h - e ) , m = Math . atan2 ( o - j , i - e ) , o = Math . PI / 2 + ( h + m ) / 2 , Math . abs ( h - o ) > Math . PI / 2 && ( o -= Math . PI ) , h = e + Math . cos ( o ) * b , m = j + Math . sin ( o ) * b , i = e + Math . cos ( Math . PI + o ) * p , o = j + Math . sin ( Math . PI + o ) * p , c . rightContX = i , c . rightContY =
o ; d ? ( c = [ "C" , a . rightContX || a . plotX , a . rightContY || a . plotY , h || e , m || j , e , j ] , a . rightContX = a . rightContY = null ) : c = [ "M" , e , j ] } else c = a . call ( this , b , c , d ) ; return c } ) ; r ( c , "translate" , function ( a ) { a . call ( this ) ; if ( this . chart . polar && ! this . preventPostTranslate ) for ( var a = this . points , b = a . length ; b -- ; ) this . toXY ( a [ b ] ) } ) ; r ( c , "getSegmentPath" , function ( a , b ) { var c = this . points ; if ( this . chart . polar && this . options . connectEnds !== ! 1 && b [ b . length - 1 ] === c [ c . length - 1 ] && c [ 0 ] . y !== null ) this . connectEnds = ! 0 , b = [ ] . concat ( b , [ c [ 0 ] ] ) ; return a . call ( this ,
b ) } ) ; r ( c , "animate" , b ) ; r ( c , "setTooltipPoints" , function ( a , b ) { this . chart . polar && F ( this . xAxis , { tooltipLen : 360 } ) ; return a . call ( this , b ) } ) ; if ( h . column ) e = h . column . prototype , r ( e , "animate" , b ) , r ( e , "translate" , function ( a ) { var b = this . xAxis , c = this . yAxis . len , d = b . center , e = b . startAngleRad , h = this . chart . renderer , i , m ; this . preventPostTranslate = ! 0 ; a . call ( this ) ; if ( b . isRadial ) { b = this . points ; for ( m = b . length ; m -- ; ) i = b [ m ] , a = i . barX + e , i . shapeType = "path" , i . shapeArgs = { d : h . symbols . arc ( d [ 0 ] , d [ 1 ] , c - i . plotY , null , { start : a , end : a + i . pointWidth ,
innerR : c - q ( i . yBottom , c ) } ) } , this . toXY ( i ) , i . tooltipPos = [ i . plotX , i . plotY ] , i . ttBelow = i . plotY > d [ 1 ] } } ) , r ( e , "alignDataLabel" , function ( a , b , d , e , h , j ) { if ( this . chart . polar ) { a = b . rectPlotX / Math . PI * 180 ; if ( e . align === null ) e . align = a > 20 && a < 160 ? "left" : a > 200 && a < 340 ? "right" : "center" ; if ( e . verticalAlign === null ) e . verticalAlign = a < 45 || a > 315 ? "bottom" : a > 135 && a < 225 ? "top" : "middle" ; c . alignDataLabel . call ( this , b , d , e , h , j ) } else a . call ( this , b , d , e , h , j ) } ) ; r ( d , "getIndex" , function ( a , b ) { var c , d = this . chart , e ; d . polar ? ( e = d . xAxis [ 0 ] . center , c =
b . chartX - e [ 0 ] - d . plotLeft , d = b . chartY - e [ 1 ] - d . plotTop , c = 180 - Math . round ( Math . atan2 ( c , d ) / Math . PI * 180 ) ) : c = a . call ( this , b ) ; return c } ) ; r ( d , "getCoordinates" , function ( a , b ) { var c = this . chart , d = { xAxis : [ ] , yAxis : [ ] } ; c . polar ? s ( c . axes , function ( a ) { var e = a . isXAxis , f = a . center , h = b . chartX - f [ 0 ] - c . plotLeft , f = b . chartY - f [ 1 ] - c . plotTop ; d [ e ? "xAxis" : "yAxis" ] . push ( { axis : a , value : a . translate ( e ? Math . PI - Math . atan2 ( h , f ) : Math . sqrt ( Math . pow ( h , 2 ) + Math . pow ( f , 2 ) ) , ! 0 ) } ) } ) : d = a . call ( this , b ) ; return d } ) } ) ( ) } ) ( Highcharts ) ;
/ *
Highcharts JS v4 . 0.1 ( 2014 - 04 - 24 )
( c ) 2009 - 2013 Torstein Hønsi
License : www . highcharts . com / license
* /
( function ( c ) { function x ( e , a , b , d ) { var f , g , h ; b *= n ; a *= n ; var i = [ ] , j , o , t ; b *= - 1 ; j = d . x ; o = d . y ; t = ( d . z === 0 ? 1.0 E - 4 : d . z ) * ( d . vd || 25 ) ; var y = k ( b ) , v = l ( b ) , m = k ( a ) , q = l ( a ) , r , u , s ; c . each ( e , function ( a ) { r = a . x - j ; u = a . y - o ; s = a . z || 0 ; f = v * r - y * s ; g = - y * m * r - v * m * s + q * u ; h = y * q * r + v * q * s + m * u ; f = f * ( ( t - h ) / t ) + j ; g = g * ( ( t - h ) / t ) + o ; i . push ( { x : C ( f ) , y : C ( g ) , z : C ( h ) } ) } ) ; return i } function z ( e , a , b , d , f , c , h , i ) { var j = [ ] ; return c > f && c - f > m / 2 + 1.0 E - 4 ? ( j = j . concat ( z ( e , a , b , d , f , f + m / 2 , h , i ) ) , j = j . concat ( z ( e , a , b , d , f + m / 2 , c , h , i ) ) ) : c < f && f - c > m / 2 + 1.0 E - 4 ? ( j = j . concat ( z ( e , a , b ,
d , f , f - m / 2 , h , i ) ) , j = j . concat ( z ( e , a , b , d , f - m / 2 , c , h , i ) ) ) : ( j = c - f , [ "C" , e + b * l ( f ) - b * D * j * k ( f ) + h , a + d * k ( f ) + d * D * j * l ( f ) + i , e + b * l ( c ) + b * D * j * k ( c ) + h , a + d * k ( c ) - d * D * j * l ( c ) + i , e + b * l ( c ) + h , a + d * k ( c ) + i ] ) } function F ( e ) { if ( this . chart . is3d ( ) ) { var a = this . chart . options . plotOptions . column . grouping ; a !== void 0 && ! a && this . group . zIndex !== void 0 && this . group . attr ( { zIndex : this . group . zIndex * 10 } ) ; if ( this . userOptions . borderColor === void 0 ) this . options . borderColor = this . color ; c . each ( this . data , function ( a ) { var d = a . options . borderColor || a . color || a . series . userOptions . borderColor ;
a . options . borderColor = d ; a . borderColor = d ; a . pointAttr [ "" ] . stroke = d ; a . pointAttr . hover . stroke = d ; a . pointAttr . select . stroke = d } ) } e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } var m = Math . PI , n = m / 180 , k = Math . sin , l = Math . cos , C = Math . round , D = 4 * ( Math . sqrt ( 2 ) - 1 ) / 3 / ( m / 2 ) ; c . SVGRenderer . prototype . toLinePath = function ( e , a ) { var b = [ ] ; c . each ( e , function ( a ) { b . push ( "L" , a . x , a . y ) } ) ; b [ 0 ] = "M" ; a && b . push ( "Z" ) ; return b } ; c . SVGRenderer . prototype . cuboid = function ( e ) { var a = this . g ( ) , e = this . cuboidPath ( e ) ; a . front = this . path ( e [ 0 ] ) . attr ( { zIndex : e [ 3 ] ,
"stroke-linejoin" : "round" } ) . add ( a ) ; a . top = this . path ( e [ 1 ] ) . attr ( { zIndex : e [ 4 ] , "stroke-linejoin" : "round" } ) . add ( a ) ; a . side = this . path ( e [ 2 ] ) . attr ( { zIndex : e [ 5 ] , "stroke-linejoin" : "round" } ) . add ( a ) ; a . fillSetter = function ( a ) { var d = c . Color ( a ) . brighten ( 0.1 ) . get ( ) , e = c . Color ( a ) . brighten ( - 0.1 ) . get ( ) ; this . front . attr ( { fill : a } ) ; this . top . attr ( { fill : d } ) ; this . side . attr ( { fill : e } ) ; this . color = a ; return this } ; a . opacitySetter = function ( a ) { this . front . attr ( { opacity : a } ) ; this . top . attr ( { opacity : a } ) ; this . side . attr ( { opacity : a } ) ; return this } ;
a . attr = function ( a ) { a . shapeArgs || a . x ? ( a = this . renderer . cuboidPath ( a . shapeArgs || a ) , this . front . attr ( { d : a [ 0 ] , zIndex : a [ 3 ] } ) , this . top . attr ( { d : a [ 1 ] , zIndex : a [ 4 ] } ) , this . side . attr ( { d : a [ 2 ] , zIndex : a [ 5 ] } ) ) : c . SVGElement . prototype . attr . call ( this , a ) ; return this } ; a . animate = function ( a , d , e ) { a . x && a . y ? ( a = this . renderer . cuboidPath ( a ) , this . front . attr ( { zIndex : a [ 3 ] } ) . animate ( { d : a [ 0 ] } , d , e ) , this . top . attr ( { zIndex : a [ 4 ] } ) . animate ( { d : a [ 1 ] } , d , e ) , this . side . attr ( { zIndex : a [ 5 ] } ) . animate ( { d : a [ 2 ] } , d , e ) ) : a . opacity ? ( this . front . animate ( a ,
d , e ) , this . top . animate ( a , d , e ) , this . side . animate ( a , d , e ) ) : c . SVGElement . prototype . animate . call ( this , a , d , e ) ; return this } ; a . destroy = function ( ) { this . front . destroy ( ) ; this . top . destroy ( ) ; this . side . destroy ( ) ; return null } ; a . attr ( { zIndex : - e [ 3 ] } ) ; return a } ; c . SVGRenderer . prototype . cuboidPath = function ( e ) { var a = e . x , b = e . y , d = e . z , c = e . height , g = e . width , h = e . depth , i = e . alpha , j = e . beta , a = [ { x : a , y : b , z : d } , { x : a + g , y : b , z : d } , { x : a + g , y : b + c , z : d } , { x : a , y : b + c , z : d } , { x : a , y : b + c , z : d + h } , { x : a + g , y : b + c , z : d + h } , { x : a + g , y : b , z : d + h } , { x : a , y : b , z : d + h } ] ,
a = x ( a , i , j , e . origin ) , e = [ "M" , a [ 0 ] . x , a [ 0 ] . y , "L" , a [ 7 ] . x , a [ 7 ] . y , "L" , a [ 6 ] . x , a [ 6 ] . y , "L" , a [ 1 ] . x , a [ 1 ] . y , "Z" ] , b = [ "M" , a [ 3 ] . x , a [ 3 ] . y , "L" , a [ 2 ] . x , a [ 2 ] . y , "L" , a [ 5 ] . x , a [ 5 ] . y , "L" , a [ 4 ] . x , a [ 4 ] . y , "Z" ] , d = [ "M" , a [ 1 ] . x , a [ 1 ] . y , "L" , a [ 2 ] . x , a [ 2 ] . y , "L" , a [ 5 ] . x , a [ 5 ] . y , "L" , a [ 6 ] . x , a [ 6 ] . y , "Z" ] , c = [ "M" , a [ 0 ] . x , a [ 0 ] . y , "L" , a [ 7 ] . x , a [ 7 ] . y , "L" , a [ 4 ] . x , a [ 4 ] . y , "L" , a [ 3 ] . x , a [ 3 ] . y , "Z" ] ; return [ [ "M" , a [ 0 ] . x , a [ 0 ] . y , "L" , a [ 1 ] . x , a [ 1 ] . y , "L" , a [ 2 ] . x , a [ 2 ] . y , "L" , a [ 3 ] . x , a [ 3 ] . y , "Z" ] , a [ 7 ] . y < a [ 1 ] . y ? e : a [ 4 ] . y > a [ 2 ] . y ? b : [ ] , a [ 6 ] . x > a [ 1 ] . x ? d : a [ 7 ] . x < a [ 0 ] . x ? c : [ ] , ( a [ 0 ] . z +
a [ 1 ] . z + a [ 2 ] . z + a [ 3 ] . z ) / 4 , j > 0 ? ( a [ 0 ] . z + a [ 7 ] . z + a [ 6 ] . z + a [ 1 ] . z ) / 4 : ( a [ 3 ] . z + a [ 2 ] . z + a [ 5 ] . z + a [ 4 ] . z ) / 4 , i > 0 ? ( a [ 1 ] . z + a [ 2 ] . z + a [ 5 ] . z + a [ 6 ] . z ) / 4 : ( a [ 0 ] . z + a [ 7 ] . z + a [ 4 ] . z + a [ 3 ] . z ) / 4 ] } ; c . SVGRenderer . prototype . arc3d = function ( e ) { e . alpha *= n ; e . beta *= n ; var a = this . g ( ) , b = this . arc3dPath ( e ) , d = a . renderer , f = b . zAll * 100 ; a . shapeArgs = e ; a . side1 = d . path ( b . side2 ) . attr ( { zIndex : b . zSide2 } ) . add ( a ) ; a . side2 = d . path ( b . side1 ) . attr ( { zIndex : b . zSide1 } ) . add ( a ) ; a . inn = d . path ( b . inn ) . attr ( { zIndex : b . zInn } ) . add ( a ) ; a . out = d . path ( b . out ) . attr ( { zIndex : b . zOut } ) . add ( a ) ;
a . top = d . path ( b . top ) . attr ( { zIndex : b . zTop } ) . add ( a ) ; a . fillSetter = function ( a ) { this . color = a ; var b = c . Color ( a ) . brighten ( - 0.1 ) . get ( ) ; this . side1 . attr ( { fill : b } ) ; this . side2 . attr ( { fill : b } ) ; this . inn . attr ( { fill : b } ) ; this . out . attr ( { fill : b } ) ; this . top . attr ( { fill : a } ) ; return this } ; a . animate = function ( a , b , d ) { c . SVGElement . prototype . animate . call ( this , a , b , d ) ; if ( a . x && a . y ) b = this . renderer , a = c . splat ( a ) [ 0 ] , a . alpha *= n , a . beta *= n , b = b . arc3dPath ( a ) , this . shapeArgs = a , this . inn . attr ( { d : b . inn , zIndex : b . zInn } ) , this . out . attr ( { d : b . out , zIndex : b . zOut } ) ,
this . side1 . attr ( { d : b . side1 , zIndex : b . zSide2 } ) , this . side2 . attr ( { d : b . side2 , zIndex : b . zSide1 } ) , this . top . attr ( { d : b . top , zIndex : b . zTop } ) , this . attr ( { fill : this . color } ) , this . attr ( { zIndex : b . zAll * 100 } ) ; return this } ; a . zIndex = f ; a . attr ( { zIndex : f } ) ; return a } ; c . SVGRenderer . prototype . arc3dPath = function ( e ) { var a = e . x , b = e . y , d = e . start , c = e . end - 1.0 E - 5 , g = e . r , h = e . innerR , i = e . depth , j = e . alpha , o = e . beta , t = l ( d ) , y = k ( d ) , v = l ( c ) , n = k ( c ) , q = g * l ( o ) , r = g * l ( j ) , u = h * l ( o ) , s = h * l ( j ) , A = i * k ( o ) , B = i * k ( j ) , i = [ "M" , a + q * t , b + r * y ] , i = i . concat ( z ( a , b , q , r , d , c ,
0 , 0 ) ) , i = i . concat ( [ "L" , a + u * v , b + s * n ] ) , i = i . concat ( z ( a , b , u , s , c , d , 0 , 0 ) ) , i = i . concat ( [ "Z" ] ) , e = ( e . start + e . end ) / 2 , e = k ( o ) * l ( e ) + k ( - j ) * k ( - e ) , p = o > 0 ? m / 2 : 0 , w = j > 0 ? 0 : m / 2 , p = d > - p ? d : c > - p ? - p : d , x = c < m - w ? c : d < m - w ? m - w : c , w = [ "M" , a + q * l ( p ) , b + r * k ( p ) ] , w = w . concat ( z ( a , b , q , r , p , x , 0 , 0 ) ) , w = w . concat ( [ "L" , a + q * l ( x ) + A , b + r * k ( x ) + B ] ) , w = w . concat ( z ( a , b , q , r , x , p , A , B ) ) , w = w . concat ( [ "Z" ] ) , p = [ "M" , a + u * t , b + s * y ] , p = p . concat ( z ( a , b , u , s , d , c , 0 , 0 ) ) , p = p . concat ( [ "L" , a + u * l ( c ) + A , b + s * k ( c ) + B ] ) , p = p . concat ( z ( a , b , u , s , c , d , A , B ) ) , p = p . concat ( [ "Z" ] ) , t = [ "M" , a + q * t , b + r * y , "L" ,
a + q * t + A , b + r * y + B , "L" , a + u * t + A , b + s * y + B , "L" , a + u * t , b + s * y , "Z" ] , a = [ "M" , a + q * v , b + r * n , "L" , a + q * v + A , b + r * n + B , "L" , a + u * v + A , b + s * n + B , "L" , a + u * v , b + s * n , "Z" ] , v = h + ( g - h ) / 2 , b = Math . abs ( e * 2 * v ) ; g *= e ; h *= e ; d = ( k ( o ) * l ( d ) + k ( - j ) * k ( - d ) ) * v ; c = ( k ( o ) * l ( c ) + k ( - j ) * k ( - c ) ) * v ; return { top : i , zTop : b * 100 , out : w , zOut : g * 100 , inn : p , zInn : h * 100 , side1 : t , zSide1 : d * 100 , side2 : a , zSide2 : c * 100 , zAll : e } } ; c . Chart . prototype . is3d = function ( ) { return this . options . chart . options3d && this . options . chart . options3d . enabled } ; c . wrap ( c . Chart . prototype , "isInsidePlot" , function ( c ) { return this . is3d ( ) ?
! 0 : c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } ) ; c . wrap ( c . Chart . prototype , "init" , function ( e ) { var a = arguments ; a [ 1 ] = c . merge ( { chart : { options3d : { enabled : ! 1 , alpha : 0 , beta : 0 , depth : 100 , viewDistance : 25 , frame : { bottom : { size : 1 , color : "rgba(255,255,255,0)" } , side : { size : 1 , color : "rgba(255,255,255,0)" } , back : { size : 1 , color : "rgba(255,255,255,0)" } } } } } , a [ 1 ] ) ; e . apply ( this , [ ] . slice . call ( a , 1 ) ) } ) ; c . wrap ( c . Chart . prototype , "setChartSize" , function ( c ) { c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . is3d ( ) ) { var a = this . inverted , b =
this . clipBox , d = this . margin ; b [ a ? "y" : "x" ] = - ( d [ 3 ] || 0 ) ; b [ a ? "x" : "y" ] = - ( d [ 0 ] || 0 ) ; b [ a ? "height" : "width" ] = this . chartWidth + ( d [ 3 ] || 0 ) + ( d [ 1 ] || 0 ) ; b [ a ? "width" : "height" ] = this . chartHeight + ( d [ 0 ] || 0 ) + ( d [ 2 ] || 0 ) } } ) ; c . wrap ( c . Chart . prototype , "redraw" , function ( c ) { if ( this . is3d ( ) ) this . isDirtyBox = ! 0 ; c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } ) ; c . Chart . prototype . retrieveStacks = function ( ) { var e = { } , a = this . options . plotOptions [ this . options . chart . type ] , b = a . stacking , d = 1 ; if ( a . grouping || ! b ) return this . series ; c . each ( this . series , function ( a ) { e [ a . options . stack ||
0 ] ? e [ a . options . stack || 0 ] . series . push ( a ) : ( e [ a . options . stack || 0 ] = { series : [ a ] , position : d } , d ++ ) } ) ; e . totalStacks = d + 1 ; return e } ; c . wrap ( c . Axis . prototype , "init" , function ( e ) { var a = arguments ; if ( a [ 1 ] . is3d ( ) ) a [ 2 ] . tickWidth = c . pick ( a [ 2 ] . tickWidth , 0 ) , a [ 2 ] . gridLineWidth = c . pick ( a [ 2 ] . gridLineWidth , 1 ) ; e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } ) ; c . wrap ( c . Axis . prototype , "render" , function ( c ) { c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) { var a = this . chart , b = a . renderer , d = a . options . chart . options3d , f = d . alpha ,
g = d . beta * ( a . yAxis [ 0 ] . opposite ? - 1 : 1 ) , h = d . frame , i = h . bottom , j = h . back , h = h . side , o = d . depth , k = this . height , l = this . width , m = this . left , n = this . top , d = { x : a . plotLeft + a . plotWidth / 2 , y : a . plotTop + a . plotHeight / 2 , z : o , vd : d . viewDistance } ; if ( this . horiz ) this . axisLine && this . axisLine . hide ( ) , g = { x : m , y : n + ( a . yAxis [ 0 ] . reversed ? - i . size : k ) , z : 0 , width : l , height : i . size , depth : o , alpha : f , beta : g , origin : d } , this . bottomFrame ? this . bottomFrame . animate ( g ) : this . bottomFrame = b . cuboid ( g ) . attr ( { fill : i . color , zIndex : a . yAxis [ 0 ] . reversed && f > 0 ? 4 : - 1 } ) . css ( { stroke : i . color } ) . add ( ) ;
else { var q = { x : m , y : n , z : o + 1 , width : l , height : k + i . size , depth : j . size , alpha : f , beta : g , origin : d } ; this . backFrame ? this . backFrame . animate ( q ) : this . backFrame = b . cuboid ( q ) . attr ( { fill : j . color , zIndex : - 3 } ) . css ( { stroke : j . color } ) . add ( ) ; this . axisLine && this . axisLine . hide ( ) ; a = { x : ( a . yAxis [ 0 ] . opposite ? l : 0 ) + m - h . size , y : n , z : 0 , width : h . size , height : k + i . size , depth : o + j . size , alpha : f , beta : g , origin : d } ; this . sideFrame ? this . sideFrame . animate ( a ) : this . sideFrame = b . cuboid ( a ) . attr ( { fill : h . color , zIndex : - 2 } ) . css ( { stroke : h . color } ) . add ( ) } } } ) ; c . wrap ( c . Axis . prototype ,
"getPlotLinePath" , function ( c ) { var a = c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( ! this . chart . is3d ( ) ) return a ; if ( a === null ) return a ; var b = this . chart , d = b . options . chart . options3d , f = d . depth ; d . origin = { x : b . plotLeft + b . plotWidth / 2 , y : b . plotTop + b . plotHeight / 2 , z : f , vd : d . viewDistance } ; var a = [ { x : a [ 1 ] , y : a [ 2 ] , z : this . horiz || this . opposite ? f : 0 } , { x : a [ 1 ] , y : a [ 2 ] , z : f } , { x : a [ 4 ] , y : a [ 5 ] , z : f } , { x : a [ 4 ] , y : a [ 5 ] , z : this . horiz || this . opposite ? 0 : f } ] , f = b . options . inverted ? d . beta : d . alpha , g = b . options . inverted ? d . alpha : d . beta ; g *= b . yAxis [ 0 ] . opposite ?
- 1 : 1 ; a = x ( a , f , g , d . origin ) ; return a = this . chart . renderer . toLinePath ( a , ! 1 ) } ) ; c . wrap ( c . Tick . prototype , "getMarkPath" , function ( c ) { var a = c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( ! this . axis . chart . is3d ( ) ) return a ; var b = this . axis . chart , d = b . options . chart . options3d , f = { x : b . plotLeft + b . plotWidth / 2 , y : b . plotTop + b . plotHeight / 2 , z : d . depth , vd : d . viewDistance } , a = [ { x : a [ 1 ] , y : a [ 2 ] , z : 0 } , { x : a [ 4 ] , y : a [ 5 ] , z : 0 } ] , g = b . inverted ? d . beta : d . alpha , d = b . inverted ? d . alpha : d . beta ; d *= b . yAxis [ 0 ] . opposite ? - 1 : 1 ; a = x ( a , g , d , f ) ; return a = [ "M" , a [ 0 ] . x ,
a [ 0 ] . y , "L" , a [ 1 ] . x , a [ 1 ] . y ] } ) ; c . wrap ( c . Tick . prototype , "getLabelPosition" , function ( c ) { var a = c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( ! this . axis . chart . is3d ( ) ) return a ; var b = this . axis . chart , d = b . options . chart . options3d , f = { x : b . plotLeft + b . plotWidth / 2 , y : b . plotTop + b . plotHeight / 2 , z : d . depth , vd : d . viewDistance } , g = b . inverted ? d . beta : d . alpha , d = b . inverted ? d . alpha : d . beta ; d *= b . yAxis [ 0 ] . opposite ? - 1 : 1 ; return a = x ( [ { x : a . x , y : a . y , z : 0 } ] , g , d , f ) [ 0 ] } ) ; c . wrap ( c . Axis . prototype , "drawCrosshair" , function ( c ) { var a = arguments ; this . chart . is3d ( ) &&
a [ 2 ] && ( a [ 2 ] = { plotX : a [ 2 ] . plotXold || a [ 2 ] . plotX , plotY : a [ 2 ] . plotYold || a [ 2 ] . plotY } ) ; c . apply ( this , [ ] . slice . call ( a , 1 ) ) } ) ; c . wrap ( c . seriesTypes . column . prototype , "translate" , function ( e ) { e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) { var a = this . chart , b = a . options , d = b . plotOptions [ this . chart . options . chart . type ] , b = b . chart . options3d , f = d . depth || 25 , g = { x : a . plotWidth / 2 , y : a . plotHeight / 2 , z : b . depth , vd : b . viewDistance } , h = b . alpha , i = b . beta * ( a . yAxis [ 0 ] . opposite ? - 1 : 1 ) , j = ( d . stacking ? this . options . stack || 0 : this . _i ) *
( f + ( d . groupZPadding || 1 ) ) ; d . grouping !== ! 1 && ( j = 0 ) ; j += d . groupZPadding || 1 ; c . each ( this . data , function ( a ) { var b = a . shapeArgs , c = a . tooltipPos ; a . shapeType = "cuboid" ; b . alpha = h ; b . beta = i ; b . z = j ; b . origin = g ; b . depth = f ; c = x ( [ { x : c [ 0 ] , y : c [ 1 ] , z : j } ] , h , i , g ) [ 0 ] ; a . tooltipPos = [ c . x , c . y ] } ) } } ) ; c . wrap ( c . seriesTypes . column . prototype , "animate" , function ( e ) { if ( this . chart . is3d ( ) ) { var a = arguments [ 1 ] , b = this . yAxis , d = this , f = this . yAxis . reversed ; if ( c . svg ) a ? c . each ( d . data , function ( a ) { a . height = a . shapeArgs . height ; a . shapeArgs . height = 1 ; if ( ! f ) a . shapeArgs . y =
a . stackY ? a . plotY + b . translate ( a . stackY ) : a . plotY + ( a . negative ? - a . height : a . height ) } ) : ( c . each ( d . data , function ( a ) { a . shapeArgs . height = a . height ; if ( ! f ) a . shapeArgs . y = a . plotY - ( a . negative ? a . height : 0 ) ; a . graphic && a . graphic . animate ( a . shapeArgs , d . options . animation ) } ) , d . animate = null ) } else e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } ) ; c . wrap ( c . seriesTypes . column . prototype , "init" , function ( c ) { c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) { var a = this . chart . options . plotOptions . column . grouping , b = this . chart . options . plotOptions . column . stacking ,
d = this . options . zIndex ; if ( ! d && ( a === void 0 || a ) && b ) { a = this . chart . retrieveStacks ( ) ; b = this . options . stack || 0 ; for ( d = 0 ; d < a [ b ] . series . length ; d ++ ) if ( a [ b ] . series [ d ] === this ) break ; d = a . totalStacks * 10 - 10 * ( a . totalStacks - a [ b ] . position ) - d ; this . options . zIndex = d } } } ) ; c . seriesTypes . columnrange && c . wrap ( c . seriesTypes . columnrange . prototype , "drawPoints" , F ) ; c . wrap ( c . seriesTypes . column . prototype , "drawPoints" , F ) ; var E = c . getOptions ( ) ; E . plotOptions . cylinder = c . merge ( E . plotOptions . column ) ; E = c . extendClass ( c . seriesTypes . column , { type : "cylinder" } ) ;
c . seriesTypes . cylinder = E ; c . wrap ( c . seriesTypes . cylinder . prototype , "translate" , function ( e ) { e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) { var a = this . chart , b = a . options , d = b . plotOptions . cylinder , b = b . chart . options3d , f = d . depth || 0 , g = { x : a . inverted ? a . plotHeight / 2 : a . plotWidth / 2 , y : a . inverted ? a . plotWidth / 2 : a . plotHeight / 2 , z : b . depth , vd : b . viewDistance } , h = b . alpha , i = d . stacking ? ( this . options . stack || 0 ) * f : this . _i * f ; i += f / 2 ; d . grouping !== ! 1 && ( i = 0 ) ; c . each ( this . data , function ( a ) { var b = a . shapeArgs ; a . shapeType =
"arc3d" ; b . x += f / 2 ; b . z = i ; b . start = 0 ; b . end = 2 * m ; b . r = f * 0.95 ; b . innerR = 0 ; b . depth = b . height * ( 1 / k ( ( 90 - h ) * n ) ) - i ; b . alpha = 90 - h ; b . beta = 0 ; b . origin = g } ) } } ) ; c . wrap ( c . seriesTypes . pie . prototype , "translate" , function ( e ) { e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) { var a = this , b = a . chart , d = b . options , f = d . plotOptions . pie , g = f . depth || 0 , d = d . chart . options3d , h = { x : b . plotWidth / 2 , y : b . plotHeight / 2 , z : d . depth } , i = d . alpha , j = d . beta , o = f . stacking ? ( this . options . stack || 0 ) * g : a . _i * g ; o += g / 2 ; f . grouping !== ! 1 && ( o = 0 ) ; c . each ( a . data ,
function ( b ) { b . shapeType = "arc3d" ; var c = b . shapeArgs ; c . z = o ; c . depth = g * 0.75 ; c . origin = h ; c . alpha = i ; c . beta = j ; c = ( c . end + c . start ) / 2 ; b . slicedTranslation = { translateX : C ( l ( c ) * a . options . slicedOffset * l ( i * n ) ) , translateY : C ( k ( c ) * a . options . slicedOffset * l ( i * n ) ) } } ) } } ) ; c . wrap ( c . seriesTypes . pie . prototype . pointClass . prototype , "haloPath" , function ( c ) { return this . series . chart . is3d ( ) ? [ ] : c . call ( this ) } ) ; c . wrap ( c . seriesTypes . pie . prototype , "drawPoints" , function ( e ) { this . chart . is3d ( ) && c . each ( this . data , function ( a ) { var b = a . options . borderColor ||
a . color || a . series . userOptions . borderColor || a . series . color ; a . options . borderColor = b ; a . borderColor = b ; a . pointAttr [ "" ] . stroke = b ; a . pointAttr . hover . stroke = b ; a . pointAttr . select . stroke = b } ) ; e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } ) ; c . wrap ( c . seriesTypes . pie . prototype , "drawDataLabels" , function ( e ) { e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; this . chart . is3d ( ) && c . each ( this . data , function ( a ) { var b = a . shapeArgs , c = b . r , e = b . depth , g = b . alpha * n , h = b . beta * n , b = ( b . start + b . end ) / 2 ; a . connector && a . connector . translate ( - c * ( 1 - l ( h ) ) * l ( b ) +
( l ( b ) > 0 ? k ( h ) * e : 0 ) , - c * ( 1 - l ( g ) ) * k ( b ) + ( k ( b ) > 0 ? k ( g ) * e : 0 ) ) ; a . dataLabel && a . dataLabel . attr ( { x : a . dataLabel . connX + - c * ( 1 - l ( h ) ) * l ( b ) + ( l ( b ) > 0 ? l ( h ) * e : 0 ) - a . dataLabel . width / 2 , y : a . dataLabel . connY + - c * ( 1 - l ( g ) ) * k ( b ) + ( k ( b ) > 0 ? k ( g ) * e : 0 ) - a . dataLabel . height / 2 } ) } ) } ) ; c . wrap ( c . seriesTypes . pie . prototype , "addPoint" , function ( c ) { c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; this . chart . is3d ( ) && this . update ( ) } ) ; c . wrap ( c . seriesTypes . pie . prototype , "animate" , function ( e ) { if ( this . chart . is3d ( ) ) { var a = arguments [ 1 ] , b = this . options . animation , d =
this . center , f = this . group , g = this . markerGroup ; if ( c . svg ) if ( b === ! 0 && ( b = { } ) , a ) { if ( this . oldtranslateX = f . translateX , this . oldtranslateY = f . translateY , a = { translateX : d [ 0 ] , translateY : d [ 1 ] , scaleX : 0.001 , scaleY : 0.001 } , f . attr ( a ) , g ) g . attrSetters = f . attrSetters , g . attr ( a ) } else a = { translateX : this . oldtranslateX , translateY : this . oldtranslateY , scaleX : 1 , scaleY : 1 } , f . animate ( a , b ) , g && g . animate ( a , b ) , this . animate = null } else e . apply ( this , [ ] . slice . call ( arguments , 1 ) ) } ) ; c . wrap ( c . seriesTypes . scatter . prototype , "translate" , function ( e ) { e . apply ( this ,
[ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) { var a = this . chart , b = this . chart . options . chart . options3d , d = b . alpha , f = b . beta , g = { x : a . inverted ? a . plotHeight / 2 : a . plotWidth / 2 , y : a . inverted ? a . plotWidth / 2 : a . plotHeight / 2 , z : b . depth , vd : b . viewDistance } , b = b . depth , h = a . options . zAxis || { min : 0 , max : b } , i = b / ( h . max - h . min ) ; c . each ( this . data , function ( a ) { var b = { x : a . plotX , y : a . plotY , z : ( a . z - h . min ) * i } , b = x ( [ b ] , d , f , g ) [ 0 ] ; a . plotXold = a . plotX ; a . plotYold = a . plotY ; a . plotX = b . x ; a . plotY = b . y ; a . plotZ = b . z } ) } } ) ; c . wrap ( c . seriesTypes . scatter . prototype ,
"init" , function ( c ) { var a = c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; if ( this . chart . is3d ( ) ) this . pointArrayMap = [ "x" , "y" , "z" ] , this . tooltipOptions . pointFormat = this . userOptions . tooltip ? this . userOptions . tooltip . pointFormat || "x: <b>{point.x}</b><br/>y: <b>{point.y}</b><br/>z: <b>{point.z}</b><br/>" : "x: <b>{point.x}</b><br/>y: <b>{point.y}</b><br/>z: <b>{point.z}</b><br/>" ; return a } ) ; if ( c . VMLRenderer ) c . setOptions ( { animate : ! 1 } ) , c . VMLRenderer . prototype . cuboid = c . SVGRenderer . prototype . cuboid , c . VMLRenderer . prototype . cuboidPath =
c . SVGRenderer . prototype . cuboidPath , c . VMLRenderer . prototype . toLinePath = c . SVGRenderer . prototype . toLinePath , c . VMLRenderer . prototype . createElement3D = c . SVGRenderer . prototype . createElement3D , c . VMLRenderer . prototype . arc3d = function ( e ) { e = c . SVGRenderer . prototype . arc3d . call ( this , e ) ; e . css ( { zIndex : e . zIndex } ) ; return e } , c . VMLRenderer . prototype . arc3dPath = c . SVGRenderer . prototype . arc3dPath , c . Chart . prototype . renderSeries = function ( ) { for ( var c , a = this . series . length ; a -- ; ) c = this . series [ a ] , c . translate ( ) , c . setTooltipPoints &&
c . setTooltipPoints ( ) , c . render ( ) } , c . wrap ( c . Axis . prototype , "render" , function ( c ) { c . apply ( this , [ ] . slice . call ( arguments , 1 ) ) ; this . sideFrame && ( this . sideFrame . css ( { zIndex : 0 } ) , this . sideFrame . front . attr ( { fill : this . sideFrame . color } ) ) ; this . bottomFrame && ( this . bottomFrame . css ( { zIndex : 1 } ) , this . bottomFrame . front . attr ( { fill : this . bottomFrame . color } ) ) ; this . backFrame && ( this . backFrame . css ( { zIndex : 0 } ) , this . backFrame . front . attr ( { fill : this . backFrame . color } ) ) } ) } ) ( Highcharts ) ;
/ *
Highcharts JS v4 . 0.1 ( 2014 - 04 - 24 )
Exporting module
( c ) 2010 - 2014 Torstein Honsi
License : www . highcharts . com / license
* /
( function ( f ) { var A = f . Chart , t = f . addEvent , B = f . removeEvent , l = f . createElement , o = f . discardElement , v = f . css , k = f . merge , r = f . each , p = f . extend , D = Math . max , j = document , C = window , E = f . isTouchDevice , F = f . Renderer . prototype . symbols , s = f . getOptions ( ) , y ; p ( s . lang , { printChart : "Print chart" , downloadPNG : "Download PNG image" , downloadJPEG : "Download JPEG image" , downloadPDF : "Download PDF document" , downloadSVG : "Download SVG vector image" , contextButtonTitle : "Chart context menu" } ) ; s . navigation = { menuStyle : { border : "1px solid #A0A0A0" ,
background : "#FFFFFF" , padding : "5px 0" } , menuItemStyle : { padding : "0 10px" , background : "none" , color : "#303030" , fontSize : E ? "14px" : "11px" } , menuItemHoverStyle : { background : "#4572A5" , color : "#FFFFFF" } , buttonOptions : { symbolFill : "#E0E0E0" , symbolSize : 14 , symbolStroke : "#666" , symbolStrokeWidth : 3 , symbolX : 12.5 , symbolY : 10.5 , align : "right" , buttonSpacing : 3 , height : 22 , theme : { fill : "white" , stroke : "none" } , verticalAlign : "top" , width : 24 } } ; s . exporting = { type : "image/png" , url : "http://export.highcharts.com/" , buttons : { contextButton : { menuClassName : "highcharts-contextmenu" ,
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symbol : "menu" , _titleKey : "contextButtonTitle" , menuItems : [ { textKey : "printChart" , onclick : function ( ) { this . print ( ) } } , { separator : ! 0 } , { textKey : "downloadPNG" , onclick : function ( ) { this . exportChart ( ) } } , { textKey : "downloadJPEG" , onclick : function ( ) { this . exportChart ( { type : "image/jpeg" } ) } } , { textKey : "downloadPDF" , onclick : function ( ) { this . exportChart ( { type : "applications/pdf" } ) } } , { textKey : "downloadSVG" , onclick : function ( ) { this . exportChart ( { type : "image/svg+xml" } ) } } ] } } } ; f . post = function ( b , a , d ) { var c , b = l ( "form" , k ( { method : "post" ,
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action : b , enctype : "multipart/form-data" } , d ) , { display : "none" } , j . body ) ; for ( c in a ) l ( "input" , { type : "hidden" , name : c , value : a [ c ] } , null , b ) ; b . submit ( ) ; o ( b ) } ; p ( A . prototype , { getSVG : function ( b ) { var a = this , d , c , z , h , g = k ( a . options , b ) ; if ( ! j . createElementNS ) j . createElementNS = function ( a , b ) { return j . createElement ( b ) } ; b = l ( "div" , null , { position : "absolute" , top : "-9999em" , width : a . chartWidth + "px" , height : a . chartHeight + "px" } , j . body ) ; c = a . renderTo . style . width ; h = a . renderTo . style . height ; c = g . exporting . sourceWidth || g . chart . width ||
/px$/ . test ( c ) && parseInt ( c , 10 ) || 600 ; h = g . exporting . sourceHeight || g . chart . height || /px$/ . test ( h ) && parseInt ( h , 10 ) || 400 ; p ( g . chart , { animation : ! 1 , renderTo : b , forExport : ! 0 , width : c , height : h } ) ; g . exporting . enabled = ! 1 ; g . series = [ ] ; r ( a . series , function ( a ) { z = k ( a . options , { animation : ! 1 , showCheckbox : ! 1 , visible : a . visible } ) ; z . isInternal || g . series . push ( z ) } ) ; d = new f . Chart ( g , a . callback ) ; r ( [ "xAxis" , "yAxis" ] , function ( b ) { r ( a [ b ] , function ( a , c ) { var g = d [ b ] [ c ] , f = a . getExtremes ( ) , h = f . userMin , f = f . userMax ; g && ( h !== void 0 || f !== void 0 ) &&
g . setExtremes ( h , f , ! 0 , ! 1 ) } ) } ) ; c = d . container . innerHTML ; g = null ; d . destroy ( ) ; o ( b ) ; c = c . replace ( /zIndex="[^"]+"/g , "" ) . replace ( /isShadow="[^"]+"/g , "" ) . replace ( /symbolName="[^"]+"/g , "" ) . replace ( /jQuery[0-9]+="[^"]+"/g , "" ) . replace ( /url\([^#]+#/g , "url(#" ) . replace ( /<svg / , '<svg xmlns:xlink="http://www.w3.org/1999/xlink" ' ) . replace ( / href=/g , " xlink:href=" ) . replace ( /\n/ , " " ) . replace ( /<\/svg>.*?$/ , "</svg>" ) . replace ( / /g , " ) . replace ( /­/g , " ) . replace ( /<IMG /g , "<image " ) . replace ( /height=([^" ]+)/g , 'height="$1"' ) . replace ( /width=([^" ]+)/g ,
'width="$1"' ) . replace ( /hc-svg-href="([^"]+)">/g , 'xlink:href="$1"/>' ) . replace ( /id=([^" >]+)/g , 'id="$1"' ) . replace ( /class=([^" >]+)/g , 'class="$1"' ) . replace ( / transform /g , " " ) . replace ( /:(path|rect)/g , "$1" ) . replace ( /style="([^"]+)"/g , function ( a ) { return a . toLowerCase ( ) } ) ; return c = c . replace ( /(url\(#highcharts-[0-9]+)"/g , "$1" ) . replace ( /"/g , "'" ) } , exportChart : function ( b , a ) { var b = b || { } , d = this . options . exporting , d = this . getSVG ( k ( { chart : { borderRadius : 0 } } , d . chartOptions , a , { exporting : { sourceWidth : b . sourceWidth ||
d . sourceWidth , sourceHeight : b . sourceHeight || d . sourceHeight } } ) ) , b = k ( this . options . exporting , b ) ; f . post ( b . url , { filename : b . filename || "chart" , type : b . type , width : b . width || 0 , scale : b . scale || 2 , svg : d } , b . formAttributes ) } , print : function ( ) { var b = this , a = b . container , d = [ ] , c = a . parentNode , f = j . body , h = f . childNodes ; if ( ! b . isPrinting ) b . isPrinting = ! 0 , r ( h , function ( a , b ) { if ( a . nodeType === 1 ) d [ b ] = a . style . display , a . style . display = "none" } ) , f . appendChild ( a ) , C . focus ( ) , C . print ( ) , setTimeout ( function ( ) { c . appendChild ( a ) ; r ( h , function ( a , b ) { if ( a . nodeType ===
1 ) a . style . display = d [ b ] } ) ; b . isPrinting = ! 1 } , 1E3 ) } , contextMenu : function ( b , a , d , c , f , h , g ) { var e = this , k = e . options . navigation , q = k . menuItemStyle , m = e . chartWidth , n = e . chartHeight , j = "cache-" + b , i = e [ j ] , u = D ( f , h ) , w , x , o , s = function ( a ) { e . pointer . inClass ( a . target , b ) || x ( ) } ; if ( ! i ) e [ j ] = i = l ( "div" , { className : b } , { position : "absolute" , zIndex : 1E3 , padding : u + "px" } , e . container ) , w = l ( "div" , null , p ( { MozBoxShadow : "3px 3px 10px #888" , WebkitBoxShadow : "3px 3px 10px #888" , boxShadow : "3px 3px 10px #888" } , k . menuStyle ) , i ) , x = function ( ) { v ( i , { display : "none" } ) ;
g && g . setState ( 0 ) ; e . openMenu = ! 1 } , t ( i , "mouseleave" , function ( ) { o = setTimeout ( x , 500 ) } ) , t ( i , "mouseenter" , function ( ) { clearTimeout ( o ) } ) , t ( document , "mouseup" , s ) , t ( e , "destroy" , function ( ) { B ( document , "mouseup" , s ) } ) , r ( a , function ( a ) { if ( a ) { var b = a . separator ? l ( "hr" , null , null , w ) : l ( "div" , { onmouseover : function ( ) { v ( this , k . menuItemHoverStyle ) } , onmouseout : function ( ) { v ( this , q ) } , onclick : function ( ) { x ( ) ; a . onclick . apply ( e , arguments ) } , innerHTML : a . text || e . options . lang [ a . textKey ] } , p ( { cursor : "pointer" } , q ) , w ) ; e . exportDivElements . push ( b ) } } ) ,
e . exportDivElements . push ( w , i ) , e . exportMenuWidth = i . offsetWidth , e . exportMenuHeight = i . offsetHeight ; a = { display : "block" } ; d + e . exportMenuWidth > m ? a . right = m - d - f - u + "px" : a . left = d - u + "px" ; c + h + e . exportMenuHeight > n && g . alignOptions . verticalAlign !== "top" ? a . bottom = n - c - u + "px" : a . top = c + h - u + "px" ; v ( i , a ) ; e . openMenu = ! 0 } , addButton : function ( b ) { var a = this , d = a . renderer , c = k ( a . options . navigation . buttonOptions , b ) , j = c . onclick , h = c . menuItems , g , e , l = { stroke : c . symbolStroke , fill : c . symbolFill } , q = c . symbolSize || 12 ; if ( ! a . btnCount ) a . btnCount =
0 ; if ( ! a . exportDivElements ) a . exportDivElements = [ ] , a . exportSVGElements = [ ] ; if ( c . enabled !== ! 1 ) { var m = c . theme , n = m . states , o = n && n . hover , n = n && n . select , i ; delete m . states ; j ? i = function ( ) { j . apply ( a , arguments ) } : h && ( i = function ( ) { a . contextMenu ( e . menuClassName , h , e . translateX , e . translateY , e . width , e . height , e ) ; e . setState ( 2 ) } ) ; c . text && c . symbol ? m . paddingLeft = f . pick ( m . paddingLeft , 25 ) : c . text || p ( m , { width : c . width , height : c . height , padding : 0 } ) ; e = d . button ( c . text , 0 , 0 , i , m , o , n ) . attr ( { title : a . options . lang [ c . _titleKey ] , "stroke-linecap" : "round" } ) ;
e . menuClassName = b . menuClassName || "highcharts-menu-" + a . btnCount ++ ; c . symbol && ( g = d . symbol ( c . symbol , c . symbolX - q / 2 , c . symbolY - q / 2 , q , q ) . attr ( p ( l , { "stroke-width" : c . symbolStrokeWidth || 1 , zIndex : 1 } ) ) . add ( e ) ) ; e . add ( ) . align ( p ( c , { width : e . width , x : f . pick ( c . x , y ) } ) , ! 0 , "spacingBox" ) ; y += ( e . width + c . buttonSpacing ) * ( c . align === "right" ? - 1 : 1 ) ; a . exportSVGElements . push ( e , g ) } } , destroyExport : function ( b ) { var b = b . target , a , d ; for ( a = 0 ; a < b . exportSVGElements . length ; a ++ ) if ( d = b . exportSVGElements [ a ] ) d . onclick = d . ontouchstart = null , b . exportSVGElements [ a ] =
d . destroy ( ) ; for ( a = 0 ; a < b . exportDivElements . length ; a ++ ) d = b . exportDivElements [ a ] , B ( d , "mouseleave" ) , b . exportDivElements [ a ] = d . onmouseout = d . onmouseover = d . ontouchstart = d . onclick = null , o ( d ) } } ) ; F . menu = function ( b , a , d , c ) { return [ "M" , b , a + 2.5 , "L" , b + d , a + 2.5 , "M" , b , a + c / 2 + 0.5 , "L" , b + d , a + c / 2 + 0.5 , "M" , b , a + c - 1.5 , "L" , b + d , a + c - 1.5 ] } ; A . prototype . callbacks . push ( function ( b ) { var a , d = b . options . exporting , c = d . buttons ; y = 0 ; if ( d . enabled !== ! 1 ) { for ( a in c ) b . addButton ( c [ a ] ) ; t ( b , "destroy" , b . destroyExport ) } } ) } ) ( Highcharts ) ;
/ *
Data plugin for Highcharts
( c ) 2012 - 2014 Torstein Honsi
License : www . highcharts . com / license
* /
( function ( j ) { var m = j . each , n = function ( a , b ) { this . init ( a , b ) } ; j . extend ( n . prototype , { init : function ( a , b ) { this . options = a ; this . chartOptions = b ; this . columns = a . columns || this . rowsToColumns ( a . rows ) || [ ] ; this . columns . length ? this . dataFound ( ) : ( this . parseCSV ( ) , this . parseTable ( ) , this . parseGoogleSpreadsheet ( ) ) } , getColumnDistribution : function ( ) { var a = this . chartOptions , b = a && a . chart && a . chart . type , c = [ ] ; m ( a && a . series || [ ] , function ( a ) { c . push ( ( j . seriesTypes [ a . type || b || "line" ] . prototype . pointArrayMap || [ 0 ] ) . length ) } ) ; this . valueCount =
{ global : ( j . seriesTypes [ b || "line" ] . prototype . pointArrayMap || [ 0 ] ) . length , individual : c } } , dataFound : function ( ) { if ( this . options . switchRowsAndColumns ) this . columns = this . rowsToColumns ( this . columns ) ; this . parseTypes ( ) ; this . findHeaderRow ( ) ; this . parsed ( ) ; this . complete ( ) } , parseCSV : function ( ) { var a = this , b = this . options , c = b . csv , d = this . columns , e = b . startRow || 0 , h = b . endRow || Number . MAX _VALUE , i = b . startColumn || 0 , g = b . endColumn || Number . MAX _VALUE , f , k , o = 0 ; c && ( k = c . replace ( /\r\n/g , "\n" ) . replace ( /\r/g , "\n" ) . split ( b . lineDelimiter ||
"\n" ) , f = b . itemDelimiter || ( c . indexOf ( "\t" ) !== - 1 ? "\t" : "," ) , m ( k , function ( b , c ) { var k = a . trim ( b ) , j = k . indexOf ( "#" ) === 0 ; c >= e && c <= h && ! j && k !== "" && ( k = b . split ( f ) , m ( k , function ( b , a ) { a >= i && a <= g && ( d [ a - i ] || ( d [ a - i ] = [ ] ) , d [ a - i ] [ o ] = b ) } ) , o += 1 ) } ) , this . dataFound ( ) ) } , parseTable : function ( ) { var a = this . options , b = a . table , c = this . columns , d = a . startRow || 0 , e = a . endRow || Number . MAX _VALUE , h = a . startColumn || 0 , i = a . endColumn || Number . MAX _VALUE ; b && ( typeof b === "string" && ( b = document . getElementById ( b ) ) , m ( b . getElementsByTagName ( "tr" ) , function ( a ,
b ) { b >= d && b <= e && m ( a . children , function ( a , e ) { if ( ( a . tagName === "TD" || a . tagName === "TH" ) && e >= h && e <= i ) c [ e - h ] || ( c [ e - h ] = [ ] ) , c [ e - h ] [ b - d ] = a . innerHTML } ) } ) , this . dataFound ( ) ) } , parseGoogleSpreadsheet : function ( ) { var a = this , b = this . options , c = b . googleSpreadsheetKey , d = this . columns , e = b . startRow || 0 , h = b . endRow || Number . MAX _VALUE , i = b . startColumn || 0 , g = b . endColumn || Number . MAX _VALUE , f , k ; c && jQuery . ajax ( { dataType : "json" , url : "https://spreadsheets.google.com/feeds/cells/" + c + "/" + ( b . googleSpreadsheetWorksheet || "od6" ) + "/public/values?alt=json-in-script&callback=?" ,
error : b . error , success : function ( b ) { var b = b . feed . entry , c , j = b . length , m = 0 , n = 0 , l ; for ( l = 0 ; l < j ; l ++ ) c = b [ l ] , m = Math . max ( m , c . gs$cell . col ) , n = Math . max ( n , c . gs$cell . row ) ; for ( l = 0 ; l < m ; l ++ ) if ( l >= i && l <= g ) d [ l - i ] = [ ] , d [ l - i ] . length = Math . min ( n , h - e ) ; for ( l = 0 ; l < j ; l ++ ) if ( c = b [ l ] , f = c . gs$cell . row - 1 , k = c . gs$cell . col - 1 , k >= i && k <= g && f >= e && f <= h ) d [ k - i ] [ f - e ] = c . content . $t ; a . dataFound ( ) } } ) } , findHeaderRow : function ( ) { m ( this . columns , function ( ) { } ) ; this . headerRow = 0 } , trim : function ( a ) { return typeof a === "string" ? a . replace ( /^\s+|\s+$/g , "" ) : a } , parseTypes : function ( ) { for ( var a =
this . columns , b = a . length , c , d , e , h ; b -- ; ) for ( c = a [ b ] . length ; c -- ; ) d = a [ b ] [ c ] , e = parseFloat ( d ) , h = this . trim ( d ) , h == e ? ( a [ b ] [ c ] = e , e > 31536E6 ? a [ b ] . isDatetime = ! 0 : a [ b ] . isNumeric = ! 0 ) : ( d = this . parseDate ( d ) , b === 0 && typeof d === "number" && ! isNaN ( d ) ? ( a [ b ] [ c ] = d , a [ b ] . isDatetime = ! 0 ) : a [ b ] [ c ] = h === "" ? null : h ) } , dateFormats : { "YYYY-mm-dd" : { regex : "^([0-9]{4})-([0-9]{2})-([0-9]{2})$" , parser : function ( a ) { return Date . UTC ( + a [ 1 ] , a [ 2 ] - 1 , + a [ 3 ] ) } } } , parseDate : function ( a ) { var b = this . options . parseDate , c , d , e ; b && ( c = b ( a ) ) ; if ( typeof a === "string" ) for ( d in this . dateFormats ) b =
this . dateFormats [ d ] , ( e = a . match ( b . regex ) ) && ( c = b . parser ( e ) ) ; return c } , rowsToColumns : function ( a ) { var b , c , d , e , h ; if ( a ) { h = [ ] ; c = a . length ; for ( b = 0 ; b < c ; b ++ ) { e = a [ b ] . length ; for ( d = 0 ; d < e ; d ++ ) h [ d ] || ( h [ d ] = [ ] ) , h [ d ] [ b ] = a [ b ] [ d ] } } return h } , parsed : function ( ) { this . options . parsed && this . options . parsed . call ( this , this . columns ) } , complete : function ( ) { var a = this . columns , b , c , d = this . options , e , h , i , g , f , k ; if ( d . complete ) { this . getColumnDistribution ( ) ; a . length > 1 && ( b = a . shift ( ) , this . headerRow === 0 && b . shift ( ) , b . isDatetime ? c = "datetime" : b . isNumeric ||
( c = "category" ) ) ; for ( g = 0 ; g < a . length ; g ++ ) if ( this . headerRow === 0 ) a [ g ] . name = a [ g ] . shift ( ) ; h = [ ] ; for ( g = 0 , k = 0 ; g < a . length ; k ++ ) { e = j . pick ( this . valueCount . individual [ k ] , this . valueCount . global ) ; i = [ ] ; if ( g + e <= a . length ) for ( f = 0 ; f < a [ g ] . length ; f ++ ) i [ f ] = [ b [ f ] , a [ g ] [ f ] !== void 0 ? a [ g ] [ f ] : null ] , e > 1 && i [ f ] . push ( a [ g + 1 ] [ f ] !== void 0 ? a [ g + 1 ] [ f ] : null ) , e > 2 && i [ f ] . push ( a [ g + 2 ] [ f ] !== void 0 ? a [ g + 2 ] [ f ] : null ) , e > 3 && i [ f ] . push ( a [ g + 3 ] [ f ] !== void 0 ? a [ g + 3 ] [ f ] : null ) , e > 4 && i [ f ] . push ( a [ g + 4 ] [ f ] !== void 0 ? a [ g + 4 ] [ f ] : null ) ; h [ k ] = { name : a [ g ] . name , data : i } ; g +=
e } d . complete ( { xAxis : { type : c } , series : h } ) } } } ) ; j . Data = n ; j . data = function ( a , b ) { return new n ( a , b ) } ; j . wrap ( j . Chart . prototype , "init" , function ( a , b , c ) { var d = this ; b && b . data ? j . data ( j . extend ( b . data , { complete : function ( e ) { b . hasOwnProperty ( "series" ) && ( typeof b . series === "object" ? m ( b . series , function ( a , c ) { b . series [ c ] = j . merge ( a , e . series [ c ] ) } ) : delete b . series ) ; b = j . merge ( e , b ) ; a . call ( d , b , c ) } } ) , b ) : a . call ( d , b , c ) } ) } ) ( Highcharts ) ;
