2015-07-28 15:31:48 -06:00
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2016-01-15 16:19:06 -07:00
CanvasJS HTML5 & JavaScript Charts - v1 . 8.0 GA - http : //canvasjs.com/
2015-07-28 15:31:48 -06:00
Copyright 2013 fenopix
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2016-01-15 16:19:06 -07:00
( function ( ) { function O ( a , b ) { a . prototype = Ca ( b . prototype ) ; a . prototype . constructor = a ; a . base = b . prototype } function Ca ( a ) { function b ( ) { } b . prototype = a ; return new b } function ta ( a , b , c ) { "millisecond" === c ? a . setMilliseconds ( a . getMilliseconds ( ) + 1 * b ) : "second" === c ? a . setSeconds ( a . getSeconds ( ) + 1 * b ) : "minute" === c ? a . setMinutes ( a . getMinutes ( ) + 1 * b ) : "hour" === c ? a . setHours ( a . getHours ( ) + 1 * b ) : "day" === c ? a . setDate ( a . getDate ( ) + 1 * b ) : "week" === c ? a . setDate ( a . getDate ( ) + 7 * b ) : "month" === c ? a . setMonth ( a . getMonth ( ) + 1 * b ) : "year" === c && a . setFullYear ( a . getFullYear ( ) +
1 * b ) ; return a } function L ( a , b ) { var c = ! 1 ; 0 > a && ( c = ! 0 , a *= - 1 ) ; a = "" + a ; for ( b = b ? b : 1 ; a . length < b ; ) a = "0" + a ; return c ? "-" + a : a } function $ ( a ) { if ( ! a ) return a ; a = a . replace ( /^\s\s*/ , "" ) ; for ( var b = /\s/ , c = a . length ; b . test ( a . charAt ( -- c ) ) ; ) ; return a . slice ( 0 , c + 1 ) } function Da ( a ) { a . roundRect = function ( a , c , d , e , f , g , k , p ) { k && ( this . fillStyle = k ) ; p && ( this . strokeStyle = p ) ; "undefined" === typeof f && ( f = 5 ) ; this . lineWidth = g ; this . beginPath ( ) ; this . moveTo ( a + f , c ) ; this . lineTo ( a + d - f , c ) ; this . quadraticCurveTo ( a + d , c , a + d , c + f ) ; this . lineTo ( a + d , c + e - f ) ;
this . quadraticCurveTo ( a + d , c + e , a + d - f , c + e ) ; this . lineTo ( a + f , c + e ) ; this . quadraticCurveTo ( a , c + e , a , c + e - f ) ; this . lineTo ( a , c + f ) ; this . quadraticCurveTo ( a , c , a + f , c ) ; this . closePath ( ) ; k && this . fill ( ) ; p && 0 < g && this . stroke ( ) } } function ua ( a , b ) { return a - b } function va ( a , b ) { return a . x - b . x } function B ( a ) { var b = ( ( a & 16711680 ) >> 16 ) . toString ( 16 ) , c = ( ( a & 65280 ) >> 8 ) . toString ( 16 ) ; a = ( ( a & 255 ) >> 0 ) . toString ( 16 ) ; b = 2 > b . length ? "0" + b : b ; c = 2 > c . length ? "0" + c : c ; a = 2 > a . length ? "0" + a : a ; return "#" + b + c + a } function Ea ( a , b ) { var c = this . length >>> 0 , d = Number ( b ) ||
0 , d = 0 > d ? Math . ceil ( d ) : Math . floor ( d ) ; for ( 0 > d && ( d += c ) ; d < c ; d ++ ) if ( d in this && this [ d ] === a ) return d ; return - 1 } function P ( a ) { return null === a || "undefined" === typeof a } function ea ( a , b , c ) { c = c || "normal" ; var d = a + "_" + b + "_" + c , e = wa [ d ] ; if ( isNaN ( e ) ) { try { a = "position:absolute; left:0px; top:-20000px; padding:0px;margin:0px;border:none;white-space:pre;line-height:normal;font-family:" + a + "; font-size:" + b + "px; font-weight:" + c + ";" ; if ( ! U ) { var f = document . body ; U = document . createElement ( "span" ) ; U . innerHTML = "" ; var g = document . createTextNode ( "Mpgyi" ) ;
U . appendChild ( g ) ; f . appendChild ( U ) } U . style . display = "" ; U . setAttribute ( "style" , a ) ; e = Math . round ( U . offsetHeight ) ; U . style . display = "none" } catch ( k ) { e = Math . ceil ( 1.1 * b ) } e = Math . max ( e , b ) ; wa [ d ] = e } return e } function M ( a , b ) { var c = [ ] ; lineDashTypeMap = { solid : [ ] , shortDash : [ 3 , 1 ] , shortDot : [ 1 , 1 ] , shortDashDot : [ 3 , 1 , 1 , 1 ] , shortDashDotDot : [ 3 , 1 , 1 , 1 , 1 , 1 ] , dot : [ 1 , 2 ] , dash : [ 4 , 2 ] , dashDot : [ 4 , 2 , 1 , 2 ] , longDash : [ 8 , 2 ] , longDashDot : [ 8 , 2 , 1 , 2 ] , longDashDotDot : [ 8 , 2 , 1 , 2 , 1 , 2 ] } ; if ( c = lineDashTypeMap [ a || "solid" ] ) for ( var d = 0 ; d < c . length ; d ++ ) c [ d ] *= b ;
else c = [ ] ; return c } function F ( a , b , c , d ) { if ( a . addEventListener ) a . addEventListener ( b , c , d || ! 1 ) ; else if ( a . attachEvent ) a . attachEvent ( "on" + b , function ( b ) { b = b || window . event ; b . preventDefault = b . preventDefault || function ( ) { b . returnValue = ! 1 } ; b . stopPropagation = b . stopPropagation || function ( ) { b . cancelBubble = ! 0 } ; c . call ( a , b ) } ) ; else return ! 1 } function xa ( a , b , c ) { a *= J ; b *= J ; a = c . getImageData ( a , b , 2 , 2 ) . data ; b = ! 0 ; for ( c = 0 ; 4 > c ; c ++ ) if ( a [ c ] !== a [ c + 4 ] | a [ c ] !== a [ c + 8 ] | a [ c ] !== a [ c + 12 ] ) { b = ! 1 ; break } return b ? a [ 0 ] << 16 | a [ 1 ] << 8 | a [ 2 ] : 0 } function N ( a ,
b , c ) { return a in b ? b [ a ] : c [ a ] } function fa ( a , b , c ) { if ( t && ya ) { var d = a . getContext ( "2d" ) ; ga = d . webkitBackingStorePixelRatio || d . mozBackingStorePixelRatio || d . msBackingStorePixelRatio || d . oBackingStorePixelRatio || d . backingStorePixelRatio || 1 ; J = oa / ga ; a . width = b * J ; a . height = c * J ; oa !== ga && ( a . style . width = b + "px" , a . style . height = c + "px" , d . scale ( J , J ) ) } else a . width = b , a . height = c } function V ( a , b ) { var c = document . createElement ( "canvas" ) ; c . setAttribute ( "class" , "canvasjs-chart-canvas" ) ; fa ( c , a , b ) ; t || "undefined" === typeof G _vmlCanvasManager ||
G _vmlCanvasManager . initElement ( c ) ; return c } function za ( a , b , c ) { if ( a && b && c ) { c = c + "." + b ; var d = "image/" + b ; a = a . toDataURL ( d ) ; var e = ! 1 , f = document . createElement ( "a" ) ; f . download = c ; f . href = a ; f . target = "_blank" ; if ( "undefined" !== typeof Blob && new Blob ) { for ( var g = a . replace ( /^data:[a-z/]*;base64,/ , "" ) , g = atob ( g ) , k = new ArrayBuffer ( g . length ) , k = new Uint8Array ( k ) , p = 0 ; p < g . length ; p ++ ) k [ p ] = g . charCodeAt ( p ) ; b = new Blob ( [ k . buffer ] , { type : "image/" + b } ) ; try { window . navigator . msSaveBlob ( b , c ) , e = ! 0 } catch ( h ) { f . dataset . downloadurl = [ d , f . download ,
f . href ] . join ( ":" ) , f . href = window . URL . createObjectURL ( b ) } } if ( ! e ) try { event = document . createEvent ( "MouseEvents" ) , event . initMouseEvent ( "click" , ! 0 , ! 1 , window , 0 , 0 , 0 , 0 , 0 , ! 1 , ! 1 , ! 1 , ! 1 , 0 , null ) , f . dispatchEvent ? f . dispatchEvent ( event ) : f . fireEvent && f . fireEvent ( "onclick" ) } catch ( l ) { b = window . open ( ) , b . document . write ( "<img src='" + a + "'></img><div>Please right click on the image and save it to your device</div>" ) , b . document . close ( ) } } } function Q ( a , b , c ) { b . getAttribute ( "state" ) !== c && ( b . setAttribute ( "state" , c ) , b . setAttribute ( "type" ,
"button" ) , b . style . position = "relative" , b . style . margin = "0px 0px 0px 0px" , b . style . padding = "3px 4px 0px 4px" , b . style . cssFloat = "left" , b . setAttribute ( "title" , a . _cultureInfo [ c + "Text" ] ) , b . innerHTML = "<img style='height:16px;' src='" + Fa [ c ] . image + "' alt='" + a . _cultureInfo [ c + "Text" ] + "' />" ) } function ha ( ) { for ( var a = null , b = 0 ; b < arguments . length ; b ++ ) a = arguments [ b ] , a . style && ( a . style . display = "inline" ) } function S ( ) { for ( var a = null , b = 0 ; b < arguments . length ; b ++ ) ( a = arguments [ b ] ) && a . style && ( a . style . display = "none" ) } function G ( a ,
b , c , d ) { this . _defaultsKey = a ; this . parent = d ; this . _eventListeners = [ ] ; d = { } ; c && ( Y [ c ] && Y [ c ] [ a ] ) && ( d = Y [ c ] [ a ] ) ; this . _options = b ? b : { } ; this . setOptions ( this . _options , d ) } function u ( a , b , c ) { this . _publicChartReference = c ; b = b || { } ; u . base . constructor . call ( this , "Chart" , b , b . theme ? b . theme : "theme1" ) ; var d = this ; this . _containerId = a ; this . _objectsInitialized = ! 1 ; this . overlaidCanvasCtx = this . ctx = null ; this . _indexLabels = [ ] ; this . _panTimerId = 0 ; this . _lastTouchEventType = "" ; this . _lastTouchData = null ; this . isAnimating = ! 1 ; this . renderCount =
0 ; this . panEnabled = this . disableToolTip = this . animatedRender = ! 1 ; this . _defaultCursor = "default" ; this . plotArea = { canvas : null , ctx : null , x1 : 0 , y1 : 0 , x2 : 0 , y2 : 0 , width : 0 , height : 0 } ; this . _dataInRenderedOrder = [ ] ; ( this . _container = "string" === typeof this . _containerId ? document . getElementById ( this . _containerId ) : this . _containerId ) ? ( this . _container . innerHTML = "" , b = a = 0 , a = this . _options . width ? this . width : 0 < this . _container . clientWidth ? this . _container . clientWidth : this . width , b = this . _options . height ? this . height : 0 < this . _container . clientHeight ?
this . _container . clientHeight : this . height , this . width = a , this . height = b , this . x1 = this . y1 = 0 , this . x2 = this . width , this . y2 = this . height , this . _selectedColorSet = "undefined" !== typeof W [ this . colorSet ] ? W [ this . colorSet ] : W . colorSet1 , this . _canvasJSContainer = document . createElement ( "div" ) , this . _canvasJSContainer . setAttribute ( "class" , "canvasjs-chart-container" ) , this . _canvasJSContainer . style . position = "relative" , this . _canvasJSContainer . style . textAlign = "left" , this . _canvasJSContainer . style . cursor = "auto" , t || ( this . _canvasJSContainer . style . height =
"0px" ) , this . _container . appendChild ( this . _canvasJSContainer ) , this . canvas = V ( a , b ) , this . canvas . style . position = "absolute" , this . canvas . getContext && ( this . _canvasJSContainer . appendChild ( this . canvas ) , this . ctx = this . canvas . getContext ( "2d" ) , this . ctx . textBaseline = "top" , Da ( this . ctx ) , t ? this . plotArea . ctx = this . ctx : ( this . plotArea . canvas = V ( a , b ) , this . plotArea . canvas . style . position = "absolute" , this . plotArea . canvas . setAttribute ( "class" , "plotAreaCanvas" ) , this . _canvasJSContainer . appendChild ( this . plotArea . canvas ) , this . plotArea . ctx =
this . plotArea . canvas . getContext ( "2d" ) ) , this . overlaidCanvas = V ( a , b ) , this . overlaidCanvas . style . position = "absolute" , this . _canvasJSContainer . appendChild ( this . overlaidCanvas ) , this . overlaidCanvasCtx = this . overlaidCanvas . getContext ( "2d" ) , this . overlaidCanvasCtx . textBaseline = "top" , this . _eventManager = new aa ( this ) , F ( window , "resize" , function ( ) { d . _updateSize ( ) && d . render ( ) } ) , this . _toolBar = document . createElement ( "div" ) , this . _toolBar . setAttribute ( "class" , "canvasjs-chart-toolbar" ) , this . _toolBar . style . cssText = "position: absolute; right: 1px; top: 1px;" ,
this . _canvasJSContainer . appendChild ( this . _toolBar ) , this . bounds = { x1 : 0 , y1 : 0 , x2 : this . width , y2 : this . height } , F ( this . overlaidCanvas , "click" , function ( a ) { d . _mouseEventHandler ( a ) } ) , F ( this . overlaidCanvas , "mousemove" , function ( a ) { d . _mouseEventHandler ( a ) } ) , F ( this . overlaidCanvas , "mouseup" , function ( a ) { d . _mouseEventHandler ( a ) } ) , F ( this . overlaidCanvas , "mousedown" , function ( a ) { d . _mouseEventHandler ( a ) ; S ( d . _dropdownMenu ) } ) , F ( this . overlaidCanvas , "mouseout" , function ( a ) { d . _mouseEventHandler ( a ) } ) , F ( this . overlaidCanvas , window . navigator . msPointerEnabled ?
"MSPointerDown" : "touchstart" , function ( a ) { d . _touchEventHandler ( a ) } ) , F ( this . overlaidCanvas , window . navigator . msPointerEnabled ? "MSPointerMove" : "touchmove" , function ( a ) { d . _touchEventHandler ( a ) } ) , F ( this . overlaidCanvas , window . navigator . msPointerEnabled ? "MSPointerUp" : "touchend" , function ( a ) { d . _touchEventHandler ( a ) } ) , F ( this . overlaidCanvas , window . navigator . msPointerEnabled ? "MSPointerCancel" : "touchcancel" , function ( a ) { d . _touchEventHandler ( a ) } ) , this . _creditLink || ( this . _creditLink = document . createElement ( "a" ) , this . _creditLink . setAttribute ( "class" ,
"canvasjs-chart-credit" ) , this . _creditLink . setAttribute ( "style" , "outline:none;margin:0px;position:absolute;right:3px;top:" + ( this . height - 14 ) + "px;color:dimgrey;text-decoration:none;font-size:10px;font-family:Lucida Grande, Lucida Sans Unicode, Arial, sans-serif" ) , this . _creditLink . setAttribute ( "tabIndex" , - 1 ) , this . _creditLink . setAttribute ( "target" , "_blank" ) ) , this . _toolTip = new R ( this , this . _options . toolTip , this . theme ) , this . axisY2 = this . axisY = this . axisX = this . data = null , this . sessionVariables = { axisX : { } , axisY : { } ,
axisY2 : { } } ) ) : window . console && window . console . log ( 'CanvasJS Error: Chart Container with id "' + this . _containerId + '" was not found' ) } function ia ( a , b ) { for ( var c = [ ] , d = 0 ; d < a . length ; d ++ ) if ( 0 == d ) c . push ( a [ 0 ] ) ; else { var e , f , g ; g = d - 1 ; e = 0 === g ? 0 : g - 1 ; f = g === a . length - 1 ? g : g + 1 ; c [ c . length ] = { x : a [ g ] . x + ( a [ f ] . x - a [ e ] . x ) / b / 3 , y : a [ g ] . y + ( a [ f ] . y - a [ e ] . y ) / b / 3 } ; g = d ; e = 0 === g ? 0 : g - 1 ; f = g === a . length - 1 ? g : g + 1 ; c [ c . length ] = { x : a [ g ] . x - ( a [ f ] . x - a [ e ] . x ) / b / 3 , y : a [ g ] . y - ( a [ f ] . y - a [ e ] . y ) / b / 3 } ; c [ c . length ] = a [ d ] } return c } function Aa ( a , b ) { if ( null === a || "undefined" ===
typeof a ) return b ; var c = parseFloat ( a . toString ( ) ) * ( 0 <= a . toString ( ) . indexOf ( "%" ) ? b / 100 : 1 ) ; return ! isNaN ( c ) && c <= b && 0 <= c ? c : b } function Z ( a , b , c , d , e ) { "undefined" === typeof e && ( e = 0 ) ; this . _padding = e ; this . _x1 = a ; this . _y1 = b ; this . _x2 = c ; this . _y2 = d ; this . _rightOccupied = this . _leftOccupied = this . _bottomOccupied = this . _topOccupied = this . _padding } function H ( a , b ) { H . base . constructor . call ( this , "TextBlock" , b ) ; this . ctx = a ; this . _isDirty = ! 0 ; this . _wrappedText = null ; this . _lineHeight = ea ( this . fontFamily , this . fontSize , this . fontWeight ) }
function ba ( a , b ) { ba . base . constructor . call ( this , "Title" , b , a . theme ) ; this . chart = a ; this . canvas = a . canvas ; this . ctx = this . chart . ctx ; "undefined" === typeof this . _options . fontSize && ( this . fontSize = this . chart . getAutoFontSize ( this . fontSize ) ) ; this . height = this . width = null ; this . bounds = { x1 : null , y1 : null , x2 : null , y2 : null } } function ja ( a , b ) { ja . base . constructor . call ( this , "Subtitle" , b , a . theme ) ; this . chart = a ; this . canvas = a . canvas ; this . ctx = this . chart . ctx ; "undefined" === typeof this . _options . fontSize && ( this . fontSize = this . chart . getAutoFontSize ( this . fontSize ) ) ;
this . height = this . width = null ; this . bounds = { x1 : null , y1 : null , x2 : null , y2 : null } } function ka ( a , b , c ) { ka . base . constructor . call ( this , "Legend" , b , c ) ; this . chart = a ; this . canvas = a . canvas ; this . ctx = this . chart . ctx ; this . ghostCtx = this . chart . _eventManager . ghostCtx ; this . items = [ ] ; this . height = this . width = 0 ; this . orientation = null ; this . dataSeries = [ ] ; this . bounds = { x1 : null , y1 : null , x2 : null , y2 : null } ; "undefined" === typeof this . _options . fontSize && ( this . fontSize = this . chart . getAutoFontSize ( this . fontSize ) ) ; this . lineHeight = ea ( this . fontFamily ,
this . fontSize , this . fontWeight ) ; this . horizontalSpacing = this . fontSize } function pa ( a , b ) { pa . base . constructor . call ( this , b ) ; this . chart = a ; this . canvas = a . canvas ; this . ctx = this . chart . ctx } function T ( a , b , c , d , e ) { T . base . constructor . call ( this , "DataSeries" , b , c ) ; this . chart = a ; this . canvas = a . canvas ; this . _ctx = a . canvas . ctx ; this . index = d ; this . noDataPointsInPlotArea = 0 ; this . id = e ; this . chart . _eventManager . objectMap [ e ] = { id : e , objectType : "dataSeries" , dataSeriesIndex : d } ; this . dataPointIds = [ ] ; this . plotUnit = [ ] ; this . axisY = this . axisX =
null ; null === this . fillOpacity && ( this . type . match ( /area/i ) ? this . fillOpacity = 0.7 : this . fillOpacity = 1 ) ; this . axisPlacement = this . getDefaultAxisPlacement ( ) ; "undefined" === typeof this . _options . indexLabelFontSize && ( this . indexLabelFontSize = this . chart . getAutoFontSize ( this . indexLabelFontSize ) ) } function C ( a , b , c , d ) { C . base . constructor . call ( this , "Axis" , b , a . theme ) ; this . chart = a ; this . canvas = a . canvas ; this . ctx = a . ctx ; this . intervalStartPosition = this . maxHeight = this . maxWidth = 0 ; this . labels = [ ] ; this . _labels = null ; this . dataInfo =
{ min : Infinity , max : - Infinity , viewPortMin : Infinity , viewPortMax : - Infinity , minDiff : Infinity } ; "axisX" === c ? ( this . sessionVariables = this . chart . sessionVariables [ c ] , this . _options . interval || ( this . intervalType = null ) ) : this . sessionVariables = "left" === d || "top" === d ? this . chart . sessionVariables . axisY : this . chart . sessionVariables . axisY2 ; "undefined" === typeof this . _options . titleFontSize && ( this . titleFontSize = this . chart . getAutoFontSize ( this . titleFontSize ) ) ; "undefined" === typeof this . _options . labelFontSize && ( this . labelFontSize =
this . chart . getAutoFontSize ( this . labelFontSize ) ) ; this . type = c ; "axisX" !== c || b && "undefined" !== typeof b . gridThickness || ( this . gridThickness = 0 ) ; this . _position = d ; this . lineCoordinates = { x1 : null , y1 : null , x2 : null , y2 : null , width : null } ; this . labelAngle = ( this . labelAngle % 360 + 360 ) % 360 ; 90 < this . labelAngle && 270 >= this . labelAngle ? this . labelAngle -= 180 : 180 < this . labelAngle && 270 >= this . labelAngle ? this . labelAngle -= 180 : 270 < this . labelAngle && 360 >= this . labelAngle && ( this . labelAngle -= 360 ) ; if ( this . _options . stripLines && 0 < this . _options . stripLines . length ) for ( this . stripLines =
[ ] , b = 0 ; b < this . _options . stripLines . length ; b ++ ) this . stripLines . push ( new la ( this . chart , this . _options . stripLines [ b ] , a . theme , ++ this . chart . _eventManager . lastObjectId , this ) ) ; this . _titleTextBlock = null ; this . hasOptionChanged ( "viewportMinimum" ) && null === this . viewportMinimum && ( this . _options . viewportMinimum = void 0 , this . sessionVariables . viewportMinimum = null ) ; this . hasOptionChanged ( "viewportMinimum" ) || isNaN ( this . sessionVariables . newViewportMinimum ) || null === this . sessionVariables . newViewportMinimum ? this . sessionVariables . newViewportMinimum =
null : this . viewportMinimum = this . sessionVariables . newViewportMinimum ; this . hasOptionChanged ( "viewportMaximum" ) && null === this . viewportMaximum && ( this . _options . viewportMaximum = void 0 , this . sessionVariables . viewportMaximum = null ) ; this . hasOptionChanged ( "viewportMaximum" ) || isNaN ( this . sessionVariables . newViewportMaximum ) || null === this . sessionVariables . newViewportMaximum ? this . sessionVariables . newViewportMaximum = null : this . viewportMaximum = this . sessionVariables . newViewportMaximum ; null !== this . minimum && null !== this . viewportMinimum &&
( this . viewportMinimum = Math . max ( this . viewportMinimum , this . minimum ) ) ; null !== this . maximum && null !== this . viewportMaximum && ( this . viewportMaximum = Math . min ( this . viewportMaximum , this . maximum ) ) ; this . trackChanges ( "viewportMinimum" ) ; this . trackChanges ( "viewportMaximum" ) } function la ( a , b , c , d , e ) { la . base . constructor . call ( this , "StripLine" , b , c , e ) ; this . id = d ; this . chart = a ; this . ctx = this . chart . ctx ; this . label = this . label ; this . _thicknessType = "pixel" ; null !== this . startValue && null !== this . endValue && ( this . value = ( ( this . startValue . getTime ?
this . startValue . getTime ( ) : this . startValue ) + ( this . endValue . getTime ? this . endValue . getTime ( ) : this . endValue ) ) / 2 , this . thickness = Math . max ( this . endValue - this . startValue ) , this . _thicknessType = "value" ) } function R ( a , b , c ) { R . base . constructor . call ( this , "ToolTip" , b , c ) ; this . chart = a ; this . canvas = a . canvas ; this . ctx = this . chart . ctx ; this . currentDataPointIndex = this . currentSeriesIndex = - 1 ; this . _timerId = 0 ; this . _prevY = this . _prevX = NaN ; this . _initialize ( ) } function aa ( a ) { this . chart = a ; this . lastObjectId = 0 ; this . objectMap = [ ] ; this . rectangularRegionEventSubscriptions =
[ ] ; this . previousDataPointEventObject = null ; this . ghostCanvas = V ( this . chart . width , this . chart . height ) ; this . ghostCtx = this . ghostCanvas . getContext ( "2d" ) ; this . mouseoveredObjectMaps = [ ] } function ca ( a ) { var b ; a && da [ a ] && ( b = da [ a ] ) ; ca . base . constructor . call ( this , "CultureInfo" , b ) } function qa ( a ) { this . chart = a ; this . ctx = this . chart . plotArea . ctx ; this . animations = [ ] ; this . animationRequestId = null } var t = ! ! document . createElement ( "canvas" ) . getContext , ma = { Chart : { width : 500 , height : 400 , zoomEnabled : ! 1 , zoomType : "x" , backgroundColor : "white" ,
theme : "theme1" , animationEnabled : ! 1 , animationDuration : 1200 , dataPointWidth : null , dataPointMinWidth : null , dataPointMaxWidth : null , colorSet : "colorSet1" , culture : "en" , creditText : "CanvasJS.com" , interactivityEnabled : ! 0 , exportEnabled : ! 1 , exportFileName : "Chart" , rangeChanging : null , rangeChanged : null } , Title : { padding : 0 , text : null , verticalAlign : "top" , horizontalAlign : "center" , fontSize : 20 , fontFamily : "Calibri" , fontWeight : "normal" , fontColor : "black" , fontStyle : "normal" , borderThickness : 0 , borderColor : "black" , cornerRadius : 0 ,
backgroundColor : null , margin : 5 , wrap : ! 0 , maxWidth : null , dockInsidePlotArea : ! 1 } , Subtitle : { padding : 0 , text : null , verticalAlign : "top" , horizontalAlign : "center" , fontSize : 14 , fontFamily : "Calibri" , fontWeight : "normal" , fontColor : "black" , fontStyle : "normal" , borderThickness : 0 , borderColor : "black" , cornerRadius : 0 , backgroundColor : null , margin : 2 , wrap : ! 0 , maxWidth : null , dockInsidePlotArea : ! 1 } , Legend : { name : null , verticalAlign : "center" , horizontalAlign : "right" , fontSize : 14 , fontFamily : "calibri" , fontWeight : "normal" , fontColor : "black" ,
fontStyle : "normal" , cursor : null , itemmouseover : null , itemmouseout : null , itemmousemove : null , itemclick : null , dockInsidePlotArea : ! 1 , reversed : ! 1 , maxWidth : null , maxHeight : null , itemMaxWidth : null , itemWidth : null , itemWrap : ! 0 , itemTextFormatter : null } , ToolTip : { enabled : ! 0 , shared : ! 1 , animationEnabled : ! 0 , content : null , contentFormatter : null , reversed : ! 1 , backgroundColor : null , borderColor : null , borderThickness : 2 , cornerRadius : 5 , fontSize : 14 , fontColor : null , fontFamily : "Calibri, Arial, Georgia, serif;" , fontWeight : "normal" , fontStyle : "italic" } ,
Axis : { minimum : null , maximum : null , viewportMinimum : null , viewportMaximum : null , interval : null , intervalType : null , title : null , titleFontColor : "black" , titleFontSize : 20 , titleFontFamily : "arial" , titleFontWeight : "normal" , titleFontStyle : "normal" , labelAngle : 0 , labelFontFamily : "arial" , labelFontColor : "black" , labelFontSize : 12 , labelFontWeight : "normal" , labelFontStyle : "normal" , labelAutoFit : ! 1 , labelWrap : ! 0 , labelMaxWidth : null , labelFormatter : null , prefix : "" , suffix : "" , includeZero : ! 0 , tickLength : 5 , tickColor : "black" , tickThickness : 1 ,
lineColor : "black" , lineThickness : 1 , lineDashType : "solid" , gridColor : "A0A0A0" , gridThickness : 0 , gridDashType : "solid" , interlacedColor : null , valueFormatString : null , margin : 2 , stripLines : [ ] } , StripLine : { value : null , startValue : null , endValue : null , color : "orange" , opacity : null , thickness : 2 , lineDashType : "solid" , label : "" , labelBackgroundColor : "#EEEEEE" , labelFontFamily : "arial" , labelFontColor : "orange" , labelFontSize : 12 , labelFontWeight : "normal" , labelFontStyle : "normal" , labelFormatter : null , showOnTop : ! 1 } , DataSeries : { name : null ,
dataPoints : null , label : "" , bevelEnabled : ! 1 , highlightEnabled : ! 0 , cursor : null , indexLabel : "" , indexLabelPlacement : "auto" , indexLabelOrientation : "horizontal" , indexLabelFontColor : "black" , indexLabelFontSize : 12 , indexLabelFontStyle : "normal" , indexLabelFontFamily : "Arial" , indexLabelFontWeight : "normal" , indexLabelBackgroundColor : null , indexLabelLineColor : null , indexLabelLineThickness : 1 , indexLabelLineDashType : "solid" , indexLabelMaxWidth : null , indexLabelWrap : ! 0 , indexLabelFormatter : null , lineThickness : 2 , lineDashType : "solid" ,
color : null , risingColor : "white" , fillOpacity : null , startAngle : 0 , radius : null , innerRadius : null , type : "column" , xValueType : "number" , axisYType : "primary" , xValueFormatString : null , yValueFormatString : null , zValueFormatString : null , percentFormatString : null , showInLegend : null , legendMarkerType : null , legendMarkerColor : null , legendText : null , legendMarkerBorderColor : null , legendMarkerBorderThickness : null , markerType : "circle" , markerColor : null , markerSize : null , markerBorderColor : null , markerBorderThickness : null , mouseover : null , mouseout : null ,
mousemove : null , click : null , toolTipContent : null , visible : ! 0 } , TextBlock : { x : 0 , y : 0 , width : null , height : null , maxWidth : null , maxHeight : null , padding : 0 , angle : 0 , text : "" , horizontalAlign : "center" , fontSize : 12 , fontFamily : "calibri" , fontWeight : "normal" , fontColor : "black" , fontStyle : "normal" , borderThickness : 0 , borderColor : "black" , cornerRadius : 0 , backgroundColor : null , textBaseline : "top" } , CultureInfo : { decimalSeparator : "." , digitGroupSeparator : "," , zoomText : "Zoom" , panText : "Pan" , resetText : "Reset" , menuText : "More Options" , saveJPGText : "Save as JPEG" ,
savePNGText : "Save as PNG" , days : "Sunday Monday Tuesday Wednesday Thursday Friday Saturday" . split ( " " ) , shortDays : "Sun Mon Tue Wed Thu Fri Sat" . split ( " " ) , 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 ( " " ) } } , da = { en : { } } , W = { colorSet1 : "#369EAD #C24642 #7F6084 #86B402 #A2D1CF #C8B631 #6DBCEB #52514E #4F81BC #A064A1 #F79647" . split ( " " ) , colorSet2 : "#4F81BC #C0504E #9BBB58 #23BFAA #8064A1 #4AACC5 #F79647 #33558B" . split ( " " ) ,
colorSet3 : "#8CA1BC #36845C #017E82 #8CB9D0 #708C98 #94838D #F08891 #0366A7 #008276 #EE7757 #E5BA3A #F2990B #03557B #782970" . split ( " " ) } , Y = { theme1 : { Chart : { colorSet : "colorSet1" } , Title : { fontFamily : t ? "Calibri, Optima, Candara, Verdana, Geneva, sans-serif" : "calibri" , fontSize : 33 , fontColor : "#3A3A3A" , fontWeight : "bold" , verticalAlign : "top" , margin : 5 } , Subtitle : { fontFamily : t ? "Calibri, Optima, Candara, Verdana, Geneva, sans-serif" : "calibri" , fontSize : 16 , fontColor : "#3A3A3A" , fontWeight : "bold" , verticalAlign : "top" ,
margin : 5 } , Axis : { titleFontSize : 26 , titleFontColor : "#666666" , titleFontFamily : t ? "Calibri, Optima, Candara, Verdana, Geneva, sans-serif" : "calibri" , labelFontFamily : t ? "Calibri, Optima, Candara, Verdana, Geneva, sans-serif" : "calibri" , labelFontSize : 18 , labelFontColor : "grey" , tickColor : "#BBBBBB" , tickThickness : 2 , gridThickness : 2 , gridColor : "#BBBBBB" , lineThickness : 2 , lineColor : "#BBBBBB" } , Legend : { verticalAlign : "bottom" , horizontalAlign : "center" , fontFamily : t ? "monospace, sans-serif,arial black" : "calibri" } , DataSeries : { indexLabelFontColor : "grey" ,
indexLabelFontFamily : t ? "Calibri, Optima, Candara, Verdana, Geneva, sans-serif" : "calibri" , indexLabelFontSize : 18 , indexLabelLineThickness : 1 } } , theme2 : { Chart : { colorSet : "colorSet2" } , Title : { fontFamily : "impact, charcoal, arial black, sans-serif" , fontSize : 32 , fontColor : "#333333" , verticalAlign : "top" , margin : 5 } , Subtitle : { fontFamily : "impact, charcoal, arial black, sans-serif" , fontSize : 14 , fontColor : "#333333" , verticalAlign : "top" , margin : 5 } , Axis : { titleFontSize : 22 , titleFontColor : "rgb(98,98,98)" , titleFontFamily : t ? "monospace, sans-serif,arial black" :
"arial" , titleFontWeight : "bold" , labelFontFamily : t ? "monospace, Courier New, Courier" : "arial" , labelFontSize : 16 , labelFontColor : "grey" , labelFontWeight : "bold" , tickColor : "grey" , tickThickness : 2 , gridThickness : 2 , gridColor : "grey" , lineColor : "grey" , lineThickness : 0 } , Legend : { verticalAlign : "bottom" , horizontalAlign : "center" , fontFamily : t ? "monospace, sans-serif,arial black" : "arial" } , DataSeries : { indexLabelFontColor : "grey" , indexLabelFontFamily : t ? "Courier New, Courier, monospace" : "arial" , indexLabelFontWeight : "bold" , indexLabelFontSize : 18 ,
indexLabelLineThickness : 1 } } , theme3 : { Chart : { colorSet : "colorSet1" } , Title : { fontFamily : t ? "Candara, Optima, Trebuchet MS, Helvetica Neue, Helvetica, Trebuchet MS, serif" : "calibri" , fontSize : 32 , fontColor : "#3A3A3A" , fontWeight : "bold" , verticalAlign : "top" , margin : 5 } , Subtitle : { fontFamily : t ? "Candara, Optima, Trebuchet MS, Helvetica Neue, Helvetica, Trebuchet MS, serif" : "calibri" , fontSize : 16 , fontColor : "#3A3A3A" , fontWeight : "bold" , verticalAlign : "top" , margin : 5 } , Axis : { titleFontSize : 22 , titleFontColor : "rgb(98,98,98)" ,
titleFontFamily : t ? "Verdana, Geneva, Calibri, sans-serif" : "calibri" , labelFontFamily : t ? "Calibri, Optima, Candara, Verdana, Geneva, sans-serif" : "calibri" , labelFontSize : 18 , labelFontColor : "grey" , tickColor : "grey" , tickThickness : 2 , gridThickness : 2 , gridColor : "grey" , lineThickness : 2 , lineColor : "grey" } , Legend : { verticalAlign : "bottom" , horizontalAlign : "center" , fontFamily : t ? "monospace, sans-serif,arial black" : "calibri" } , DataSeries : { bevelEnabled : ! 0 , indexLabelFontColor : "grey" , indexLabelFontFamily : t ? "Candara, Optima, Calibri, Verdana, Geneva, sans-serif" :
"calibri" , indexLabelFontSize : 18 , indexLabelLineColor : "lightgrey" , indexLabelLineThickness : 2 } } } , D = { numberDuration : 1 , yearDuration : 314496E5 , monthDuration : 2592E6 , weekDuration : 6048E5 , dayDuration : 864E5 , hourDuration : 36E5 , minuteDuration : 6E4 , secondDuration : 1E3 , millisecondDuration : 1 , dayOfWeekFromInt : "Sunday Monday Tuesday Wednesday Thursday Friday Saturday" . split ( " " ) } , wa = { } , U = null , ra = function ( ) { var a = /D{1,4}|M{1,4}|Y{1,4}|h{1,2}|H{1,2}|m{1,2}|s{1,2}|f{1,3}|t{1,2}|T{1,2}|K|z{1,3}|"[^"]*"|'[^']*'/g , b = "Sunday Monday Tuesday Wednesday Thursday Friday Saturday" . split ( " " ) ,
c = "Sun Mon Tue Wed Thu Fri Sat" . split ( " " ) , d = "January February March April May June July August September October November December" . split ( " " ) , e = "Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec" . split ( " " ) , f = /\b(?:[PMCEA][SDP]T|(?:Pacific|Mountain|Central|Eastern|Atlantic) (?:Standard|Daylight|Prevailing) Time|(?:GMT|UTC)(?:[-+]\d{4})?)\b/g , g = /[^-+\dA-Z]/g ; return function ( k , p , h ) { var l = h ? h . days : b , m = h ? h . months : d , n = h ? h . shortDays : c , q = h ? h . shortMonths : e ; h = "" ; var r = ! 1 ; k = k && k . getTime ? k : k ? new Date ( k ) : new Date ;
if ( isNaN ( k ) ) throw SyntaxError ( "invalid date" ) ; "UTC:" === p . slice ( 0 , 4 ) && ( p = p . slice ( 4 ) , r = ! 0 ) ; h = r ? "getUTC" : "get" ; var s = k [ h + "Date" ] ( ) , w = k [ h + "Day" ] ( ) , v = k [ h + "Month" ] ( ) , x = k [ h + "FullYear" ] ( ) , t = k [ h + "Hours" ] ( ) , y = k [ h + "Minutes" ] ( ) , z = k [ h + "Seconds" ] ( ) , u = k [ h + "Milliseconds" ] ( ) , A = r ? 0 : k . getTimezoneOffset ( ) ; return h = p . replace ( a , function ( a ) { switch ( a ) { case "D" : return s ; case "DD" : return L ( s , 2 ) ; case "DDD" : return n [ w ] ; case "DDDD" : return l [ w ] ; case "M" : return v + 1 ; case "MM" : return L ( v + 1 , 2 ) ; case "MMM" : return q [ v ] ; case "MMMM" : return m [ v ] ;
case "Y" : return parseInt ( String ( x ) . slice ( - 2 ) ) ; case "YY" : return L ( String ( x ) . slice ( - 2 ) , 2 ) ; case "YYY" : return L ( String ( x ) . slice ( - 3 ) , 3 ) ; case "YYYY" : return L ( x , 4 ) ; case "h" : return t % 12 || 12 ; case "hh" : return L ( t % 12 || 12 , 2 ) ; case "H" : return t ; case "HH" : return L ( t , 2 ) ; case "m" : return y ; case "mm" : return L ( y , 2 ) ; case "s" : return z ; case "ss" : return L ( z , 2 ) ; case "f" : return String ( u ) . slice ( 0 , 1 ) ; case "ff" : return L ( String ( u ) . slice ( 0 , 2 ) , 2 ) ; case "fff" : return L ( String ( u ) . slice ( 0 , 3 ) , 3 ) ; case "t" : return 12 > t ? "a" : "p" ; case "tt" : return 12 >
t ? "am" : "pm" ; case "T" : return 12 > t ? "A" : "P" ; case "TT" : return 12 > t ? "AM" : "PM" ; case "K" : return r ? "UTC" : ( String ( k ) . match ( f ) || [ "" ] ) . pop ( ) . replace ( g , "" ) ; case "z" : return ( 0 < A ? "-" : "+" ) + Math . floor ( Math . abs ( A ) / 60 ) ; case "zz" : return ( 0 < A ? "-" : "+" ) + L ( Math . floor ( Math . abs ( A ) / 60 ) , 2 ) ; case "zzz" : return ( 0 < A ? "-" : "+" ) + L ( Math . floor ( Math . abs ( A ) / 60 ) , 2 ) + L ( Math . abs ( A ) % 60 , 2 ) ; default : return a . slice ( 1 , a . length - 1 ) } } ) } } ( ) , X = function ( a , b , c ) { if ( null === a ) return "" ; a = Number ( a ) ; var d = 0 > a ? ! 0 : ! 1 ; d && ( a *= - 1 ) ; var e = c ? c . decimalSeparator : "." , f = c ?
c . digitGroupSeparator : "," , g = "" ; b = String ( b ) ; var g = 1 , k = c = "" , p = - 1 , h = [ ] , l = [ ] , m = 0 , n = 0 , q = 0 , r = ! 1 , s = 0 , k = b . match ( /"[^"]*"|'[^']*'|[eE][+-]*[0]+|[,]+[.]|\u2030|./g ) ; b = null ; for ( var w = 0 ; k && w < k . length ; w ++ ) if ( b = k [ w ] , "." === b && 0 > p ) p = w ; else { if ( "%" === b ) g *= 100 ; else if ( "\u2030" === b ) { g *= 1E3 ; continue } else if ( "," === b [ 0 ] && "." === b [ b . length - 1 ] ) { g /= Math . pow ( 1E3 , b . length - 1 ) ; p = w + b . length - 1 ; continue } else "E" !== b [ 0 ] && "e" !== b [ 0 ] || "0" !== b [ b . length - 1 ] || ( r = ! 0 ) ; 0 > p ? ( h . push ( b ) , "#" === b || "0" === b ? m ++ : "," === b && q ++ ) : ( l . push ( b ) , "#" !== b && "0" !==
b || n ++ ) } r && ( b = Math . floor ( a ) , s = ( 0 === b ? "" : String ( b ) ) . length - m , g /= Math . pow ( 10 , s ) ) ; 0 > p && ( p = w ) ; g = ( a * g ) . toFixed ( n ) ; b = g . split ( "." ) ; g = ( b [ 0 ] + "" ) . split ( "" ) ; a = ( b [ 1 ] + "" ) . split ( "" ) ; g && "0" === g [ 0 ] && g . shift ( ) ; for ( w = r = k = n = p = 0 ; 0 < h . length ; ) if ( b = h . pop ( ) , "#" === b || "0" === b ) if ( p ++ , p === m ) { var v = g , g = [ ] ; if ( "0" === b ) for ( b = m - n - ( v ? v . length : 0 ) ; 0 < b ; ) v . unshift ( "0" ) , b -- ; for ( ; 0 < v . length ; ) c = v . pop ( ) + c , w ++ , 0 === w % r && ( k === q && 0 < v . length ) && ( c = f + c ) ; d && ( c = "-" + c ) } else 0 < g . length ? ( c = g . pop ( ) + c , n ++ , w ++ ) : "0" === b && ( c = "0" + c , n ++ , w ++ ) , 0 === w % r && ( k ===
q && 0 < g . length ) && ( c = f + c ) ; else "E" !== b [ 0 ] && "e" !== b [ 0 ] || "0" !== b [ b . length - 1 ] || ! /[eE][+-]*[0]+/ . test ( b ) ? "," === b ? ( k ++ , r = w , w = 0 , 0 < g . length && ( c = f + c ) ) : c = 1 < b . length && ( '"' === b [ 0 ] && '"' === b [ b . length - 1 ] || "'" === b [ 0 ] && "'" === b [ b . length - 1 ] ) ? b . slice ( 1 , b . length - 1 ) + c : b + c : ( b = 0 > s ? b . replace ( "+" , "" ) . replace ( "-" , "" ) : b . replace ( "-" , "" ) , c += b . replace ( /[0]+/ , function ( a ) { return L ( s , a . length ) } ) ) ; d = "" ; for ( f = ! 1 ; 0 < l . length ; ) b = l . shift ( ) , "#" === b || "0" === b ? 0 < a . length && 0 !== Number ( a . join ( "" ) ) ? ( d += a . shift ( ) , f = ! 0 ) : "0" === b && ( d += "0" , f = ! 0 ) : 1 < b . length &&
( '"' === b [ 0 ] && '"' === b [ b . length - 1 ] || "'" === b [ 0 ] && "'" === b [ b . length - 1 ] ) ? d += b . slice ( 1 , b . length - 1 ) : "E" !== b [ 0 ] && "e" !== b [ 0 ] || "0" !== b [ b . length - 1 ] || ! /[eE][+-]*[0]+/ . test ( b ) ? d += b : ( b = 0 > s ? b . replace ( "+" , "" ) . replace ( "-" , "" ) : b . replace ( "-" , "" ) , d += b . replace ( /[0]+/ , function ( a ) { return L ( s , a . length ) } ) ) ; return c + ( ( f ? e : "" ) + d ) } , na = function ( a ) { var b = 0 , c = 0 ; a = a || window . event ; a . offsetX || 0 === a . offsetX ? ( b = a . offsetX , c = a . offsetY ) : a . layerX || 0 == a . layerX ? ( b = a . layerX , c = a . layerY ) : ( b = a . pageX - a . target . offsetLeft , c = a . pageY - a . target . offsetTop ) ;
return { x : b , y : c } } , ya = ! 0 , oa = window . devicePixelRatio || 1 , ga = 1 , J = ya ? oa / ga : 1 , Fa = { reset : { image : "data:image/png;base64,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" } ,
2015-07-28 15:31:48 -06:00
pan : { image : "data:image/png;base64,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" } ,
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2016-01-15 16:19:06 -07:00
menu : { image : "data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAgCAYAAAAbifjMAAAABHNCSVQICAgIfAhkiAAAAAlwSFlzAAAK6wAACusBgosNWgAAABx0RVh0U29mdHdhcmUAQWRvYmUgRmlyZXdvcmtzIENTNui8sowAAAAWdEVYdENyZWF0aW9uIFRpbWUAMDcvMTUvMTTPsvU0AAAAP0lEQVRIie2SMQoAIBDDUvH/X667g8sJJ9KOhYYOkW0qGaU1MPdC0vGSbV19EACo3YMPAFH5BUBUjsqfAPpVXtNgGDfxEDCtAAAAAElFTkSuQmCC" } } ; G . prototype . setOptions = function ( a , b ) { if ( ma [ this . _defaultsKey ] ) { var c = ma [ this . _defaultsKey ] , d ; for ( d in c ) c . hasOwnProperty ( d ) && ( this [ d ] = a && d in a ? a [ d ] : b && d in
b ? b [ d ] : c [ d ] ) } } ; G . prototype . updateOption = function ( a ) { var b = ma [ this . _defaultsKey ] , c = this . _options . theme ? this . _options . theme : this . chart && this . chart . _options . theme ? this . chart . _options . theme : "theme1" , d = { } , e = this [ a ] ; c && ( Y [ c ] && Y [ c ] [ this . _defaultsKey ] ) && ( d = Y [ c ] [ this . _defaultsKey ] ) ; a in b && ( e = a in this . _options ? this . _options [ a ] : d && a in d ? d [ a ] : b [ a ] ) ; if ( e === this [ a ] ) return ! 1 ; this [ a ] = e ; return ! 0 } ; G . prototype . trackChanges = function ( a ) { if ( ! this . sessionVariables ) throw "Session Variable Store not set" ; this . sessionVariables [ a ] =
this . _options [ a ] } ; G . prototype . isBeingTracked = function ( a ) { this . _options . _oldOptions || ( this . _options . _oldOptions = { } ) ; return this . _options . _oldOptions [ a ] ? ! 0 : ! 1 } ; G . prototype . hasOptionChanged = function ( a ) { if ( ! this . sessionVariables ) throw "Session Variable Store not set" ; return this . sessionVariables [ a ] !== this . _options [ a ] } ; G . prototype . addEventListener = function ( a , b , c ) { a && b && ( this . _eventListeners [ a ] = this . _eventListeners [ a ] || [ ] , this . _eventListeners [ a ] . push ( { context : c || this , eventHandler : b } ) ) } ; G . prototype . removeEventListener =
function ( a , b ) { if ( a && b && this . _eventListeners [ a ] ) for ( var c = this . _eventListeners [ a ] , d = 0 ; d < c . length ; d ++ ) if ( c [ d ] . eventHandler === b ) { c [ d ] . splice ( d , 1 ) ; break } } ; G . prototype . removeAllEventListeners = function ( ) { this . _eventListeners = [ ] } ; G . prototype . dispatchEvent = function ( a , b , c ) { if ( a && this . _eventListeners [ a ] ) { b = b || { } ; for ( var d = this . _eventListeners [ a ] , e = 0 ; e < d . length ; e ++ ) d [ e ] . eventHandler . call ( d [ e ] . context , b ) } "function" === typeof this [ a ] && this [ a ] . call ( c || this . chart . _publicChartReference , b ) } ; O ( u , G ) ; u . prototype . _updateOptions =
function ( ) { var a = this ; this . updateOption ( "width" ) ; this . updateOption ( "height" ) ; this . updateOption ( "dataPointWidth" ) ; this . updateOption ( "dataPointMinWidth" ) ; this . updateOption ( "dataPointMaxWidth" ) ; this . updateOption ( "interactivityEnabled" ) ; this . updateOption ( "theme" ) ; this . updateOption ( "colorSet" ) && ( this . _selectedColorSet = "undefined" !== typeof W [ this . colorSet ] ? W [ this . colorSet ] : W . colorSet1 ) ; this . updateOption ( "backgroundColor" ) ; this . backgroundColor || ( this . backgroundColor = "rgba(0,0,0,0)" ) ; this . updateOption ( "culture" ) ;
this . _cultureInfo = new ca ( this . _options . culture ) ; this . updateOption ( "animationEnabled" ) ; this . animationEnabled = this . animationEnabled && t ; this . updateOption ( "animationDuration" ) ; this . updateOption ( "rangeChanging" ) ; this . updateOption ( "rangeChanged" ) ; this . updateOption ( "exportEnabled" ) ; this . updateOption ( "exportFileName" ) ; this . updateOption ( "zoomType" ) ; this . _options . zoomEnabled ? ( this . _zoomButton || ( S ( this . _zoomButton = document . createElement ( "button" ) ) , Q ( this , this . _zoomButton , "pan" ) , this . _toolBar . appendChild ( this . _zoomButton ) ,
F ( this . _zoomButton , "click" , function ( ) { a . zoomEnabled ? ( a . zoomEnabled = ! 1 , a . panEnabled = ! 0 , Q ( a , a . _zoomButton , "zoom" ) ) : ( a . zoomEnabled = ! 0 , a . panEnabled = ! 1 , Q ( a , a . _zoomButton , "pan" ) ) ; a . render ( ) } ) ) , this . _resetButton || ( S ( this . _resetButton = document . createElement ( "button" ) ) , Q ( this , this . _resetButton , "reset" ) , this . _toolBar . appendChild ( this . _resetButton ) , F ( this . _resetButton , "click" , function ( ) { a . _toolTip . hide ( ) ; a . zoomEnabled || a . panEnabled ? ( a . zoomEnabled = ! 0 , a . panEnabled = ! 1 , Q ( a , a . _zoomButton , "pan" ) , a . _defaultCursor =
"default" , a . overlaidCanvas . style . cursor = a . _defaultCursor ) : ( a . zoomEnabled = ! 1 , a . panEnabled = ! 1 ) ; a . sessionVariables . axisX && ( a . sessionVariables . axisX . newViewportMinimum = null , a . sessionVariables . axisX . newViewportMaximum = null ) ; a . sessionVariables . axisY && ( a . sessionVariables . axisY . newViewportMinimum = null , a . sessionVariables . axisY . newViewportMaximum = null ) ; a . sessionVariables . axisY2 && ( a . sessionVariables . axisY2 . newViewportMinimum = null , a . sessionVariables . axisY2 . newViewportMaximum = null ) ; a . resetOverlayedCanvas ( ) ; S ( a . _zoomButton ,
a . _resetButton ) ; a . _dispatchRangeEvent ( "rangeChanging" , "reset" ) ; a . render ( ) ; a . _dispatchRangeEvent ( "rangeChanged" , "reset" ) } ) , this . overlaidCanvas . style . cursor = a . _defaultCursor ) , this . zoomEnabled || this . panEnabled || ( this . _zoomButton ? ( a . _zoomButton . getAttribute ( "state" ) === a . _cultureInfo . zoomText ? ( this . panEnabled = ! 0 , this . zoomEnabled = ! 1 ) : ( this . zoomEnabled = ! 0 , this . panEnabled = ! 1 ) , ha ( a . _zoomButton , a . _resetButton ) ) : ( this . zoomEnabled = ! 0 , this . panEnabled = ! 1 ) ) ) : this . panEnabled = this . zoomEnabled = ! 1 ; this . _menuButton ?
this . exportEnabled ? ha ( this . _menuButton ) : S ( this . _menuButton ) : this . exportEnabled && t && ( this . _menuButton = document . createElement ( "button" ) , Q ( this , this . _menuButton , "menu" ) , this . _toolBar . appendChild ( this . _menuButton ) , F ( this . _menuButton , "click" , function ( ) { "none" !== a . _dropdownMenu . style . display || a . _dropDownCloseTime && 500 >= ( new Date ) . getTime ( ) - a . _dropDownCloseTime . getTime ( ) || ( a . _dropdownMenu . style . display = "block" , a . _menuButton . blur ( ) , a . _dropdownMenu . focus ( ) ) } , ! 0 ) ) ; if ( ! this . _dropdownMenu && this . exportEnabled &&
t ) { this . _dropdownMenu = document . createElement ( "div" ) ; this . _dropdownMenu . setAttribute ( "tabindex" , - 1 ) ; this . _dropdownMenu . style . cssText = "position: absolute; -webkit-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; cursor: pointer;right: 1px;top: 25px;min-width: 120px;outline: 0;border: 1px solid silver;font-size: 14px;font-family: Calibri, Verdana, sans-serif;padding: 5px 0px 5px 0px;text-align: left;background-color: #fff;line-height: 20px;box-shadow: 2px 2px 10px #888888;" ;
a . _dropdownMenu . style . display = "none" ; this . _toolBar . appendChild ( this . _dropdownMenu ) ; F ( this . _dropdownMenu , "blur" , function ( ) { S ( a . _dropdownMenu ) ; a . _dropDownCloseTime = new Date } , ! 0 ) ; var b = document . createElement ( "div" ) ; b . style . cssText = "padding: 2px 15px 2px 10px" ; b . innerHTML = this . _cultureInfo . saveJPGText ; this . _dropdownMenu . appendChild ( b ) ; F ( b , "mouseover" , function ( ) { this . style . backgroundColor = "#EEEEEE" } , ! 0 ) ; F ( b , "mouseout" , function ( ) { this . style . backgroundColor = "transparent" } , ! 0 ) ; F ( b , "click" , function ( ) { za ( a . canvas ,
"jpeg" , a . exportFileName ) ; S ( a . _dropdownMenu ) } , ! 0 ) ; b = document . createElement ( "div" ) ; b . style . cssText = "padding: 2px 15px 2px 10px" ; b . innerHTML = this . _cultureInfo . savePNGText ; this . _dropdownMenu . appendChild ( b ) ; F ( b , "mouseover" , function ( ) { this . style . backgroundColor = "#EEEEEE" } , ! 0 ) ; F ( b , "mouseout" , function ( ) { this . style . backgroundColor = "transparent" } , ! 0 ) ; F ( b , "click" , function ( ) { za ( a . canvas , "png" , a . exportFileName ) ; S ( a . _dropdownMenu ) } , ! 0 ) } "none" !== this . _toolBar . style . display && this . _zoomButton && ( this . panEnabled ? Q ( a ,
a . _zoomButton , "zoom" ) : Q ( a , a . _zoomButton , "pan" ) , a . _resetButton . getAttribute ( "state" ) !== a . _cultureInfo . resetText && Q ( a , a . _resetButton , "reset" ) ) ; if ( "undefined" === typeof ma . Chart . creditHref ) this . creditHref = "http://canvasjs.com/" , this . creditText = "CanvasJS.com" ; else var c = this . updateOption ( "creditText" ) , d = this . updateOption ( "creditHref" ) ; if ( 0 === this . renderCount || c || d ) this . _creditLink . setAttribute ( "href" , this . creditHref ) , this . _creditLink . innerHTML = this . creditText ; this . creditHref && this . creditText ? this . _creditLink . parentElement ||
this . _canvasJSContainer . appendChild ( this . _creditLink ) : this . _creditLink . parentElement && this . _canvasJSContainer . removeChild ( this . _creditLink ) ; this . _options . toolTip && this . _toolTip . _options !== this . _options . toolTip && ( this . _toolTip . _options = this . _options . toolTip ) ; for ( var e in this . _toolTip . _options ) this . _toolTip . _options . hasOwnProperty ( e ) && this . _toolTip . updateOption ( e ) } ; u . prototype . _updateSize = function ( ) { var a = 0 , b = 0 ; this . _options . width ? a = this . width : this . width = a = 0 < this . _container . clientWidth ? this . _container . clientWidth :
this . width ; this . _options . height ? b = this . height : this . height = b = 0 < this . _container . clientHeight ? this . _container . clientHeight : this . height ; return this . canvas . width !== a * J || this . canvas . height !== b * J ? ( fa ( this . canvas , a , b ) , fa ( this . overlaidCanvas , a , b ) , fa ( this . _eventManager . ghostCanvas , a , b ) , ! 0 ) : ! 1 } ; u . prototype . _initialize = function ( ) { this . _animator ? this . _animator . cancelAllAnimations ( ) : this . _animator = new qa ( this ) ; this . removeAllEventListeners ( ) ; this . disableToolTip = ! 1 ; this . _axes = [ ] ; this . pieDoughnutClickHandler = null ;
this . animationRequestId && this . cancelRequestAnimFrame . call ( window , this . animationRequestId ) ; this . _updateOptions ( ) ; this . animatedRender = t && this . animationEnabled && 0 === this . renderCount ; this . _updateSize ( ) ; this . clearCanvas ( ) ; this . ctx . beginPath ( ) ; this . axisY2 = this . axisY = this . axisX = null ; this . _indexLabels = [ ] ; this . _dataInRenderedOrder = [ ] ; this . _events = [ ] ; this . _eventManager && this . _eventManager . reset ( ) ; this . plotInfo = { axisPlacement : null , axisXValueType : null , plotTypes : [ ] } ; this . layoutManager = new Z ( 0 , 0 , this . width , this . height ,
2 ) ; this . plotArea . layoutManager && this . plotArea . layoutManager . reset ( ) ; this . data = [ ] ; for ( var a = 0 , b = 0 ; b < this . _options . data . length ; b ++ ) if ( a ++ , ! this . _options . data [ b ] . type || 0 <= u . _supportedChartTypes . indexOf ( this . _options . data [ b ] . type ) ) { var c = new T ( this , this . _options . data [ b ] , this . theme , a - 1 , ++ this . _eventManager . lastObjectId ) ; null === c . name && ( c . name = "DataSeries " + a ) ; null === c . color ? 1 < this . _options . data . length ? ( c . _colorSet = [ this . _selectedColorSet [ c . index % this . _selectedColorSet . length ] ] , c . color = this . _selectedColorSet [ c . index %
this . _selectedColorSet . length ] ) : c . _colorSet = "line" === c . type || "stepLine" === c . type || "spline" === c . type || "area" === c . type || "stepArea" === c . type || "splineArea" === c . type || "stackedArea" === c . type || "stackedArea100" === c . type || "rangeArea" === c . type || "rangeSplineArea" === c . type || "candlestick" === c . type || "ohlc" === c . type ? [ this . _selectedColorSet [ 0 ] ] : this . _selectedColorSet : c . _colorSet = [ c . color ] ; null === c . markerSize && ( ( "line" === c . type || "stepLine" === c . type || "spline" === c . type ) && c . dataPoints && c . dataPoints . length < this . width /
16 || "scatter" === c . type ) && ( c . markerSize = 8 ) ; "bubble" !== c . type && "scatter" !== c . type || ! c . dataPoints || ( c . dataPoints . some ? c . dataPoints . some ( function ( a ) { return a . x } ) && c . dataPoints . sort ( va ) : c . dataPoints . sort ( va ) ) ; this . data . push ( c ) ; var d = c . axisPlacement , e ; "normal" === d ? "xySwapped" === this . plotInfo . axisPlacement ? e = 'You cannot combine "' + c . type + '" with bar chart' : "none" === this . plotInfo . axisPlacement ? e = 'You cannot combine "' + c . type + '" with pie chart' : null === this . plotInfo . axisPlacement && ( this . plotInfo . axisPlacement =
"normal" ) : "xySwapped" === d ? "normal" === this . plotInfo . axisPlacement ? e = 'You cannot combine "' + c . type + '" with line, area, column or pie chart' : "none" === this . plotInfo . axisPlacement ? e = 'You cannot combine "' + c . type + '" with pie chart' : null === this . plotInfo . axisPlacement && ( this . plotInfo . axisPlacement = "xySwapped" ) : "none" == d && ( "normal" === this . plotInfo . axisPlacement ? e = 'You cannot combine "' + c . type + '" with line, area, column or bar chart' : "xySwapped" === this . plotInfo . axisPlacement ? e = 'You cannot combine "' + c . type +
'" with bar chart' : null === this . plotInfo . axisPlacement && ( this . plotInfo . axisPlacement = "none" ) ) ; if ( e && window . console ) { window . console . log ( e ) ; return } } this . _objectsInitialized = ! 0 } ; u . _supportedChartTypes = function ( a ) { a . indexOf || ( a . indexOf = Ea ) ; return a } ( "line stepLine spline column area stepArea splineArea bar bubble scatter stackedColumn stackedColumn100 stackedBar stackedBar100 stackedArea stackedArea100 candlestick ohlc rangeColumn rangeBar rangeArea rangeSplineArea pie doughnut funnel" . split ( " " ) ) ; u . prototype . render =
function ( a ) { a && ( this . _options = a ) ; this . _initialize ( ) ; var b = [ ] ; for ( a = 0 ; a < this . data . length ; a ++ ) if ( "normal" === this . plotInfo . axisPlacement || "xySwapped" === this . plotInfo . axisPlacement ) this . data [ a ] . axisYType && "primary" !== this . data [ a ] . axisYType ? "secondary" === this . data [ a ] . axisYType && ( this . axisY2 || ( "normal" === this . plotInfo . axisPlacement ? this . _axes . push ( this . axisY2 = new C ( this , this . _options . axisY2 , "axisY" , "right" ) ) : "xySwapped" === this . plotInfo . axisPlacement && this . _axes . push ( this . axisY2 = new C ( this , this . _options . axisY2 ,
"axisY" , "top" ) ) ) , this . data [ a ] . axisY = this . axisY2 ) : ( this . axisY || ( "normal" === this . plotInfo . axisPlacement ? this . _axes . push ( this . axisY = new C ( this , this . _options . axisY , "axisY" , "left" ) ) : "xySwapped" === this . plotInfo . axisPlacement && this . _axes . push ( this . axisY = new C ( this , this . _options . axisY , "axisY" , "bottom" ) ) ) , this . data [ a ] . axisY = this . axisY ) , this . axisX || ( "normal" === this . plotInfo . axisPlacement ? this . _axes . push ( this . axisX = new C ( this , this . _options . axisX , "axisX" , "bottom" ) ) : "xySwapped" === this . plotInfo . axisPlacement &&
this . _axes . push ( this . axisX = new C ( this , this . _options . axisX , "axisX" , "left" ) ) ) , this . data [ a ] . axisX = this . axisX ; this . axisY && this . axisY2 && ( 0 < this . axisY . gridThickness && "undefined" === typeof this . axisY2 . _options . gridThickness ? this . axisY2 . gridThickness = 0 : 0 < this . axisY2 . gridThickness && "undefined" === typeof this . axisY . _options . gridThickness && ( this . axisY . gridThickness = 0 ) ) ; var c = ! 1 ; if ( 0 < this . _axes . length && ( this . zoomEnabled || this . panEnabled ) ) for ( a = 0 ; a < this . _axes . length ; a ++ ) if ( null !== this . _axes [ a ] . viewportMinimum ||
null !== this . _axes [ a ] . viewportMaximum ) { c = ! 0 ; break } c ? ha ( this . _zoomButton , this . _resetButton ) : ( S ( this . _zoomButton , this . _resetButton ) , this . _options . zoomEnabled && ( this . zoomEnabled = ! 0 , this . panEnabled = ! 1 ) ) ; this . _processData ( ) ; this . _options . title && ( this . _title = new ba ( this , this . _options . title ) , this . _title . dockInsidePlotArea ? b . push ( this . _title ) : this . _title . render ( ) ) ; if ( this . _options . subtitles ) for ( a = 0 ; a < this . _options . subtitles . length ; a ++ ) this . subtitles = [ ] , c = new ja ( this , this . _options . subtitles [ a ] ) , this . subtitles . push ( c ) ,
c . dockInsidePlotArea ? b . push ( c ) : c . render ( ) ; this . legend = new ka ( this , this . _options . legend , this . theme ) ; for ( a = 0 ; a < this . data . length ; a ++ ) ( this . data [ a ] . showInLegend || "pie" === this . data [ a ] . type || "doughnut" === this . data [ a ] . type ) && this . legend . dataSeries . push ( this . data [ a ] ) ; this . legend . dockInsidePlotArea ? b . push ( this . legend ) : this . legend . render ( ) ; if ( "normal" === this . plotInfo . axisPlacement || "xySwapped" === this . plotInfo . axisPlacement ) C . setLayoutAndRender ( this . axisX , this . axisY , this . axisY2 , this . plotInfo . axisPlacement , this . layoutManager . getFreeSpace ( ) ) ;
else if ( "none" === this . plotInfo . axisPlacement ) this . preparePlotArea ( ) ; else return ; for ( a = 0 ; a < b . length ; a ++ ) b [ a ] . render ( ) ; var d = [ ] ; if ( this . animatedRender ) { var e = V ( this . width , this . height ) ; e . getContext ( "2d" ) . drawImage ( this . canvas , 0 , 0 , this . width , this . height ) } for ( a = 0 ; a < this . plotInfo . plotTypes . length ; a ++ ) for ( b = this . plotInfo . plotTypes [ a ] , c = 0 ; c < b . plotUnits . length ; c ++ ) { var f = b . plotUnits [ c ] , g = null ; f . targetCanvas = null ; this . animatedRender && ( f . targetCanvas = V ( this . width , this . height ) , f . targetCanvasCtx = f . targetCanvas . getContext ( "2d" ) ) ;
"line" === f . type ? g = this . renderLine ( f ) : "stepLine" === f . type ? g = this . renderStepLine ( f ) : "spline" === f . type ? g = this . renderSpline ( f ) : "column" === f . type ? g = this . renderColumn ( f ) : "bar" === f . type ? g = this . renderBar ( f ) : "area" === f . type ? g = this . renderArea ( f ) : "stepArea" === f . type ? g = this . renderStepArea ( f ) : "splineArea" === f . type ? g = this . renderSplineArea ( f ) : "stackedColumn" === f . type ? g = this . renderStackedColumn ( f ) : "stackedColumn100" === f . type ? g = this . renderStackedColumn100 ( f ) : "stackedBar" === f . type ? g = this . renderStackedBar ( f ) : "stackedBar100" ===
f . type ? g = this . renderStackedBar100 ( f ) : "stackedArea" === f . type ? g = this . renderStackedArea ( f ) : "stackedArea100" === f . type ? g = this . renderStackedArea100 ( f ) : "bubble" === f . type ? g = g = this . renderBubble ( f ) : "scatter" === f . type ? g = this . renderScatter ( f ) : "pie" === f . type ? this . renderPie ( f ) : "doughnut" === f . type ? this . renderPie ( f ) : "candlestick" === f . type ? g = this . renderCandlestick ( f ) : "ohlc" === f . type ? g = this . renderCandlestick ( f ) : "rangeColumn" === f . type ? g = this . renderRangeColumn ( f ) : "rangeBar" === f . type ? g = this . renderRangeBar ( f ) : "rangeArea" ===
f . type ? g = this . renderRangeArea ( f ) : "rangeSplineArea" === f . type && ( g = this . renderRangeSplineArea ( f ) ) ; for ( var k = 0 ; k < f . dataSeriesIndexes . length ; k ++ ) this . _dataInRenderedOrder . push ( this . data [ f . dataSeriesIndexes [ k ] ] ) ; this . animatedRender && g && d . push ( g ) } this . animatedRender && 0 < this . _indexLabels . length && ( a = V ( this . width , this . height ) . getContext ( "2d" ) , d . push ( this . renderIndexLabels ( a ) ) ) ; var p = this ; 0 < d . length ? ( p . disableToolTip = ! 0 , p . _animator . animate ( 200 , p . animationDuration , function ( a ) { p . ctx . clearRect ( 0 , 0 , p . width , p . height ) ;
p . ctx . drawImage ( e , 0 , 0 , Math . floor ( p . width * J ) , Math . floor ( p . height * J ) , 0 , 0 , p . width , p . height ) ; for ( var c = 0 ; c < d . length ; c ++ ) g = d [ c ] , 1 > a && "undefined" !== typeof g . startTimePercent ? a >= g . startTimePercent && g . animationCallback ( g . easingFunction ( a - g . startTimePercent , 0 , 1 , 1 - g . startTimePercent ) , g ) : g . animationCallback ( g . easingFunction ( a , 0 , 1 , 1 ) , g ) ; p . dispatchEvent ( "dataAnimationIterationEnd" , { chart : p } ) } , function ( ) { d = [ ] ; for ( var a = 0 ; a < p . plotInfo . plotTypes . length ; a ++ ) for ( var c = p . plotInfo . plotTypes [ a ] , b = 0 ; b < c . plotUnits . length ; b ++ ) c . plotUnits [ b ] . targetCanvas =
null ; e = null ; p . disableToolTip = ! 1 } ) ) : ( 0 < p . _indexLabels . length && p . renderIndexLabels ( ) , p . dispatchEvent ( "dataAnimationIterationEnd" , { chart : p } ) ) ; this . attachPlotAreaEventHandlers ( ) ; this . zoomEnabled || ( this . panEnabled || ! this . _zoomButton || "none" === this . _zoomButton . style . display ) || S ( this . _zoomButton , this . _resetButton ) ; this . _toolTip . _updateToolTip ( ) ; this . renderCount ++ } ; u . prototype . attachPlotAreaEventHandlers = function ( ) { this . attachEvent ( { context : this , chart : this , mousedown : this . _plotAreaMouseDown , mouseup : this . _plotAreaMouseUp ,
mousemove : this . _plotAreaMouseMove , cursor : this . zoomEnabled ? "col-resize" : "move" , cursor : this . panEnabled ? "move" : "default" , capture : ! 0 , bounds : this . plotArea } ) } ; u . prototype . categoriseDataSeries = function ( ) { for ( var a = "" , b = 0 ; b < this . data . length ; b ++ ) if ( a = this . data [ b ] , a . dataPoints && ( 0 !== a . dataPoints . length && a . visible ) && 0 <= u . _supportedChartTypes . indexOf ( a . type ) ) { for ( var c = null , d = ! 1 , e = null , f = ! 1 , g = 0 ; g < this . plotInfo . plotTypes . length ; g ++ ) if ( this . plotInfo . plotTypes [ g ] . type === a . type ) { d = ! 0 ; c = this . plotInfo . plotTypes [ g ] ;
break } d || ( c = { type : a . type , totalDataSeries : 0 , plotUnits : [ ] } , this . plotInfo . plotTypes . push ( c ) ) ; for ( g = 0 ; g < c . plotUnits . length ; g ++ ) if ( c . plotUnits [ g ] . axisYType === a . axisYType ) { f = ! 0 ; e = c . plotUnits [ g ] ; break } f || ( e = { type : a . type , previousDataSeriesCount : 0 , index : c . plotUnits . length , plotType : c , axisYType : a . axisYType , axisY : "primary" === a . axisYType ? this . axisY : this . axisY2 , axisX : this . axisX , dataSeriesIndexes : [ ] , yTotals : [ ] } , c . plotUnits . push ( e ) ) ; c . totalDataSeries ++ ; e . dataSeriesIndexes . push ( b ) ; a . plotUnit = e } for ( b = 0 ; b < this . plotInfo . plotTypes . length ; b ++ ) for ( c =
this . plotInfo . plotTypes [ b ] , g = a = 0 ; g < c . plotUnits . length ; g ++ ) c . plotUnits [ g ] . previousDataSeriesCount = a , a += c . plotUnits [ g ] . dataSeriesIndexes . length } ; u . prototype . assignIdToDataPoints = function ( ) { for ( var a = 0 ; a < this . data . length ; a ++ ) { var b = this . data [ a ] ; if ( b . dataPoints ) for ( var c = b . dataPoints . length , d = 0 ; d < c ; d ++ ) b . dataPointIds [ d ] = ++ this . _eventManager . lastObjectId } } ; u . prototype . _processData = function ( ) { this . assignIdToDataPoints ( ) ; this . categoriseDataSeries ( ) ; for ( var a = 0 ; a < this . plotInfo . plotTypes . length ; a ++ ) for ( var b =
this . plotInfo . plotTypes [ a ] , c = 0 ; c < b . plotUnits . length ; c ++ ) { var d = b . plotUnits [ c ] ; "line" === d . type || "stepLine" === d . type || "spline" === d . type || "column" === d . type || "area" === d . type || "stepArea" === d . type || "splineArea" === d . type || "bar" === d . type || "bubble" === d . type || "scatter" === d . type ? this . _processMultiseriesPlotUnit ( d ) : "stackedColumn" === d . type || "stackedBar" === d . type || "stackedArea" === d . type ? this . _processStackedPlotUnit ( d ) : "stackedColumn100" === d . type || "stackedBar100" === d . type || "stackedArea100" === d . type ? this . _processStacked100PlotUnit ( d ) :
"candlestick" !== d . type && "ohlc" !== d . type && "rangeColumn" !== d . type && "rangeBar" !== d . type && "rangeArea" !== d . type && "rangeSplineArea" !== d . type || this . _processMultiYPlotUnit ( d ) } } ; u . prototype . _processMultiseriesPlotUnit = function ( a ) { if ( a . dataSeriesIndexes && ! ( 1 > a . dataSeriesIndexes . length ) ) for ( var b = a . axisY . dataInfo , c = a . axisX . dataInfo , d , e , f = ! 1 , g = 0 ; g < a . dataSeriesIndexes . length ; g ++ ) { var k = this . data [ a . dataSeriesIndexes [ g ] ] , p = 0 , h = ! 1 , l = ! 1 ; if ( "normal" === k . axisPlacement || "xySwapped" === k . axisPlacement ) var m = this . sessionVariables . axisX . newViewportMinimum ?
this . sessionVariables . axisX . newViewportMinimum : this . _options . axisX && this . _options . axisX . viewportMinimum ? this . _options . axisX . viewportMinimum : this . _options . axisX && this . _options . axisX . minimum ? this . _options . axisX . minimum : - Infinity , n = this . sessionVariables . axisX . newViewportMaximum ? this . sessionVariables . axisX . newViewportMaximum : this . _options . axisX && this . _options . axisX . viewportMaximum ? this . _options . axisX . viewportMaximum : this . _options . axisX && this . _options . axisX . maximum ? this . _options . axisX . maximum : Infinity ;
if ( k . dataPoints [ p ] . x && k . dataPoints [ p ] . x . getTime || "dateTime" === k . xValueType ) f = ! 0 ; for ( p = 0 ; p < k . dataPoints . length ; p ++ ) { "undefined" === typeof k . dataPoints [ p ] . x && ( k . dataPoints [ p ] . x = p ) ; k . dataPoints [ p ] . x . getTime ? ( f = ! 0 , d = k . dataPoints [ p ] . x . getTime ( ) ) : d = k . dataPoints [ p ] . x ; e = k . dataPoints [ p ] . y ; d < c . min && ( c . min = d ) ; d > c . max && ( c . max = d ) ; e < b . min && ( b . min = e ) ; e > b . max && ( b . max = e ) ; if ( 0 < p ) { var q = d - k . dataPoints [ p - 1 ] . x ; 0 > q && ( q *= - 1 ) ; c . minDiff > q && 0 !== q && ( c . minDiff = q ) ; null !== e && null !== k . dataPoints [ p - 1 ] . y && ( q = e - k . dataPoints [ p - 1 ] . y ,
0 > q && ( q *= - 1 ) , b . minDiff > q && 0 !== q && ( b . minDiff = q ) ) } if ( ! ( d < m ) || h ) { if ( ! h && ( h = ! 0 , 0 < p ) ) { p -= 2 ; continue } if ( d > n && ! l ) l = ! 0 ; else if ( d > n && l ) continue ; k . dataPoints [ p ] . label && ( a . axisX . labels [ d ] = k . dataPoints [ p ] . label ) ; d < c . viewPortMin && ( c . viewPortMin = d ) ; d > c . viewPortMax && ( c . viewPortMax = d ) ; null !== e && ( e < b . viewPortMin && ( b . viewPortMin = e ) , e > b . viewPortMax && ( b . viewPortMax = e ) ) } } this . plotInfo . axisXValueType = k . xValueType = f ? "dateTime" : "number" } } ; u . prototype . _processStackedPlotUnit = function ( a ) { if ( a . dataSeriesIndexes && ! ( 1 > a . dataSeriesIndexes . length ) ) { for ( var b =
a . axisY . dataInfo , c = a . axisX . dataInfo , d , e , f = ! 1 , g = [ ] , k = [ ] , p = Infinity , h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var l = this . data [ a . dataSeriesIndexes [ h ] ] , m = 0 , n = ! 1 , q = ! 1 ; if ( "normal" === l . axisPlacement || "xySwapped" === l . axisPlacement ) var r = this . sessionVariables . axisX . newViewportMinimum ? this . sessionVariables . axisX . newViewportMinimum : this . _options . axisX && this . _options . axisX . viewportMinimum ? this . _options . axisX . viewportMinimum : this . _options . axisX && this . _options . axisX . minimum ? this . _options . axisX . minimum : - Infinity , s =
this . sessionVariables . axisX . newViewportMaximum ? this . sessionVariables . axisX . newViewportMaximum : this . _options . axisX && this . _options . axisX . viewportMaximum ? this . _options . axisX . viewportMaximum : this . _options . axisX && this . _options . axisX . maximum ? this . _options . axisX . maximum : Infinity ; if ( l . dataPoints [ m ] . x && l . dataPoints [ m ] . x . getTime || "dateTime" === l . xValueType ) f = ! 0 ; for ( m = 0 ; m < l . dataPoints . length ; m ++ ) { "undefined" === typeof l . dataPoints [ m ] . x && ( l . dataPoints [ m ] . x = m ) ; l . dataPoints [ m ] . x . getTime ? ( f = ! 0 , d = l . dataPoints [ m ] . x . getTime ( ) ) :
d = l . dataPoints [ m ] . x ; P ( l . dataPoints [ m ] . y ) ? e = 0 : ( e = l . dataPoints [ m ] . y , 0 === h && ( p = Math . min ( e , p ) ) ) ; d < c . min && ( c . min = d ) ; d > c . max && ( c . max = d ) ; if ( 0 < m ) { var w = d - l . dataPoints [ m - 1 ] . x ; 0 > w && ( w *= - 1 ) ; c . minDiff > w && 0 !== w && ( c . minDiff = w ) ; null !== e && null !== l . dataPoints [ m - 1 ] . y && ( w = e - l . dataPoints [ m - 1 ] . y , 0 > w && ( w *= - 1 ) , b . minDiff > w && 0 !== w && ( b . minDiff = w ) ) } if ( ! ( d < r ) || n ) { if ( ! n && ( n = ! 0 , 0 < m ) ) { m -= 2 ; continue } if ( d > s && ! q ) q = ! 0 ; else if ( d > s && q ) continue ; l . dataPoints [ m ] . label && ( a . axisX . labels [ d ] = l . dataPoints [ m ] . label ) ; d < c . viewPortMin && ( c . viewPortMin =
d ) ; d > c . viewPortMax && ( c . viewPortMax = d ) ; null !== e && ( a . yTotals [ d ] = ( a . yTotals [ d ] ? a . yTotals [ d ] : 0 ) + Math . abs ( e ) , 0 <= e ? g [ d ] = g [ d ] ? g [ d ] + e : e : k [ d ] = k [ d ] ? k [ d ] + e : e ) } } this . plotInfo . axisXValueType = l . xValueType = f ? "dateTime" : "number" } for ( m in g ) g . hasOwnProperty ( m ) && ! isNaN ( m ) && ( a = g [ m ] , a < b . min && ( b . min = Math . min ( a , p ) ) , a > b . max && ( b . max = a ) , m < c . viewPortMin || m > c . viewPortMax || ( a < b . viewPortMin && ( b . viewPortMin = Math . min ( a , p ) ) , a > b . viewPortMax && ( b . viewPortMax = a ) ) ) ; for ( m in k ) k . hasOwnProperty ( m ) && ! isNaN ( m ) && ( a = k [ m ] , a < b . min && ( b . min = Math . min ( a ,
p ) ) , a > b . max && ( b . max = a ) , m < c . viewPortMin || m > c . viewPortMax || ( a < b . viewPortMin && ( b . viewPortMin = Math . min ( a , p ) ) , a > b . viewPortMax && ( b . viewPortMax = a ) ) ) } } ; u . prototype . _processStacked100PlotUnit = function ( a ) { if ( a . dataSeriesIndexes && ! ( 1 > a . dataSeriesIndexes . length ) ) { for ( var b = a . axisY . dataInfo , c = a . axisX . dataInfo , d , e , f = ! 1 , g = ! 1 , k = ! 1 , p = [ ] , h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var l = this . data [ a . dataSeriesIndexes [ h ] ] , m = 0 , n = ! 1 , q = ! 1 ; if ( "normal" === l . axisPlacement || "xySwapped" === l . axisPlacement ) var r = this . sessionVariables . axisX . newViewportMinimum ?
this . sessionVariables . axisX . newViewportMinimum : this . _options . axisX && this . _options . axisX . viewportMinimum ? this . _options . axisX . viewportMinimum : this . _options . axisX && this . _options . axisX . minimum ? this . _options . axisX . minimum : - Infinity , s = this . sessionVariables . axisX . newViewportMaximum ? this . sessionVariables . axisX . newViewportMaximum : this . _options . axisX && this . _options . axisX . viewportMaximum ? this . _options . axisX . viewportMaximum : this . _options . axisX && this . _options . axisX . maximum ? this . _options . axisX . maximum : Infinity ;
if ( l . dataPoints [ m ] . x && l . dataPoints [ m ] . x . getTime || "dateTime" === l . xValueType ) f = ! 0 ; for ( m = 0 ; m < l . dataPoints . length ; m ++ ) { "undefined" === typeof l . dataPoints [ m ] . x && ( l . dataPoints [ m ] . x = m ) ; l . dataPoints [ m ] . x . getTime ? ( f = ! 0 , d = l . dataPoints [ m ] . x . getTime ( ) ) : d = l . dataPoints [ m ] . x ; e = P ( l . dataPoints [ m ] . y ) ? null : l . dataPoints [ m ] . y ; d < c . min && ( c . min = d ) ; d > c . max && ( c . max = d ) ; if ( 0 < m ) { var w = d - l . dataPoints [ m - 1 ] . x ; 0 > w && ( w *= - 1 ) ; c . minDiff > w && 0 !== w && ( c . minDiff = w ) ; P ( e ) || null === l . dataPoints [ m - 1 ] . y || ( w = e - l . dataPoints [ m - 1 ] . y , 0 > w && ( w *= - 1 ) , b . minDiff >
w && 0 !== w && ( b . minDiff = w ) ) } if ( ! ( d < r ) || n ) { if ( ! n && ( n = ! 0 , 0 < m ) ) { m -= 2 ; continue } if ( d > s && ! q ) q = ! 0 ; else if ( d > s && q ) continue ; l . dataPoints [ m ] . label && ( a . axisX . labels [ d ] = l . dataPoints [ m ] . label ) ; d < c . viewPortMin && ( c . viewPortMin = d ) ; d > c . viewPortMax && ( c . viewPortMax = d ) ; null !== e && ( a . yTotals [ d ] = ( a . yTotals [ d ] ? a . yTotals [ d ] : 0 ) + Math . abs ( e ) , 0 <= e ? g = ! 0 : 0 > e && ( k = ! 0 ) , p [ d ] = p [ d ] ? p [ d ] + Math . abs ( e ) : Math . abs ( e ) ) } } this . plotInfo . axisXValueType = l . xValueType = f ? "dateTime" : "number" } g && ! k ? ( b . max = P ( b . viewPortMax ) ? 99 : Math . max ( b . viewPortMax , 99 ) , b . min =
P ( b . viewPortMin ) ? 1 : Math . min ( b . viewPortMin , 1 ) ) : g && k ? ( b . max = P ( b . viewPortMax ) ? 99 : Math . max ( b . viewPortMax , 99 ) , b . min = P ( b . viewPortMin ) ? - 99 : Math . min ( b . viewPortMin , - 99 ) ) : ! g && k && ( b . max = P ( b . viewPortMax ) ? - 1 : Math . max ( b . viewPortMax , - 1 ) , b . min = P ( b . viewPortMin ) ? - 99 : Math . min ( b . viewPortMin , - 99 ) ) ; b . viewPortMin = b . min ; b . viewPortMax = b . max ; a . dataPointYSums = p } } ; u . prototype . _processMultiYPlotUnit = function ( a ) { if ( a . dataSeriesIndexes && ! ( 1 > a . dataSeriesIndexes . length ) ) for ( var b = a . axisY . dataInfo , c = a . axisX . dataInfo , d , e , f , g , k = ! 1 ,
p = 0 ; p < a . dataSeriesIndexes . length ; p ++ ) { var h = this . data [ a . dataSeriesIndexes [ p ] ] , l = 0 , m = ! 1 , n = ! 1 ; if ( "normal" === h . axisPlacement || "xySwapped" === h . axisPlacement ) var q = this . sessionVariables . axisX . newViewportMinimum ? this . sessionVariables . axisX . newViewportMinimum : this . _options . axisX && this . _options . axisX . viewportMinimum ? this . _options . axisX . viewportMinimum : this . _options . axisX && this . _options . axisX . minimum ? this . _options . axisX . minimum : - Infinity , r = this . sessionVariables . axisX . newViewportMaximum ? this . sessionVariables . axisX . newViewportMaximum :
this . _options . axisX && this . _options . axisX . viewportMaximum ? this . _options . axisX . viewportMaximum : this . _options . axisX && this . _options . axisX . maximum ? this . _options . axisX . maximum : Infinity ; if ( h . dataPoints [ l ] . x && h . dataPoints [ l ] . x . getTime || "dateTime" === h . xValueType ) k = ! 0 ; for ( l = 0 ; l < h . dataPoints . length ; l ++ ) { "undefined" === typeof h . dataPoints [ l ] . x && ( h . dataPoints [ l ] . x = l ) ; h . dataPoints [ l ] . x . getTime ? ( k = ! 0 , d = h . dataPoints [ l ] . x . getTime ( ) ) : d = h . dataPoints [ l ] . x ; ( e = h . dataPoints [ l ] . y ) && e . length && ( f = Math . min . apply ( null , e ) , g = Math . max . apply ( null ,
e ) ) ; d < c . min && ( c . min = d ) ; d > c . max && ( c . max = d ) ; f < b . min && ( b . min = f ) ; g > b . max && ( b . max = g ) ; if ( 0 < l ) { var s = d - h . dataPoints [ l - 1 ] . x ; 0 > s && ( s *= - 1 ) ; c . minDiff > s && 0 !== s && ( c . minDiff = s ) ; null !== e [ 0 ] && null !== h . dataPoints [ l - 1 ] . y [ 0 ] && ( s = e [ 0 ] - h . dataPoints [ l - 1 ] . y [ 0 ] , 0 > s && ( s *= - 1 ) , b . minDiff > s && 0 !== s && ( b . minDiff = s ) ) } if ( ! ( d < q ) || m ) { if ( ! m && ( m = ! 0 , 0 < l ) ) { l -= 2 ; continue } if ( d > r && ! n ) n = ! 0 ; else if ( d > r && n ) continue ; h . dataPoints [ l ] . label && ( a . axisX . labels [ d ] = h . dataPoints [ l ] . label ) ; d < c . viewPortMin && ( c . viewPortMin = d ) ; d > c . viewPortMax && ( c . viewPortMax =
d ) ; null !== e && ( f < b . viewPortMin && ( b . viewPortMin = f ) , g > b . viewPortMax && ( b . viewPortMax = g ) ) } } this . plotInfo . axisXValueType = h . xValueType = k ? "dateTime" : "number" } } ; u . prototype . getDataPointAtXY = function ( a , b , c ) { c = c || ! 1 ; for ( var d = [ ] , e = this . _dataInRenderedOrder . length - 1 ; 0 <= e ; e -- ) { var f = null ; ( f = this . _dataInRenderedOrder [ e ] . getDataPointAtXY ( a , b , c ) ) && d . push ( f ) } a = null ; b = ! 1 ; for ( c = 0 ; c < d . length ; c ++ ) if ( "line" === d [ c ] . dataSeries . type || "stepLine" === d [ c ] . dataSeries . type || "area" === d [ c ] . dataSeries . type || "stepArea" === d [ c ] . dataSeries . type ) if ( e =
N ( "markerSize" , d [ c ] . dataPoint , d [ c ] . dataSeries ) || 8 , d [ c ] . distance <= e / 2 ) { b = ! 0 ; break } for ( c = 0 ; c < d . length ; c ++ ) b && "line" !== d [ c ] . dataSeries . type && "stepLine" !== d [ c ] . dataSeries . type && "area" !== d [ c ] . dataSeries . type && "stepArea" !== d [ c ] . dataSeries . type || ( a ? d [ c ] . distance <= a . distance && ( a = d [ c ] ) : a = d [ c ] ) ; return a } ; u . prototype . getObjectAtXY = function ( a , b , c ) { var d = null ; if ( c = this . getDataPointAtXY ( a , b , c || ! 1 ) ) d = c . dataSeries . dataPointIds [ c . dataPointIndex ] ; else if ( t ) d = xa ( a , b , this . _eventManager . ghostCtx ) ; else for ( c = 0 ; c < this . legend . items . length ; c ++ ) { var e =
this . legend . items [ c ] ; a >= e . x1 && ( a <= e . x2 && b >= e . y1 && b <= e . y2 ) && ( d = e . id ) } return d } ; u . prototype . getAutoFontSize = function ( a , b , c ) { a /= 400 ; return Math . round ( Math . min ( this . width , this . height ) * a ) } ; u . prototype . resetOverlayedCanvas = function ( ) { this . overlaidCanvasCtx . clearRect ( 0 , 0 , this . width , this . height ) } ; u . prototype . clearCanvas = function ( ) { this . ctx . clearRect ( 0 , 0 , this . width , this . height ) ; this . backgroundColor && ( this . ctx . fillStyle = this . backgroundColor , this . ctx . fillRect ( 0 , 0 , this . width , this . height ) ) } ; u . prototype . attachEvent =
function ( a ) { this . _events . push ( a ) } ; u . prototype . _touchEventHandler = function ( a ) { if ( a . changedTouches && this . interactivityEnabled ) { var b = [ ] , c = a . changedTouches , d = c ? c [ 0 ] : a , e = null ; switch ( a . type ) { case "touchstart" : case "MSPointerDown" : b = [ "mousemove" , "mousedown" ] ; this . _lastTouchData = na ( d ) ; this . _lastTouchData . time = new Date ; break ; case "touchmove" : case "MSPointerMove" : b = [ "mousemove" ] ; break ; case "touchend" : case "MSPointerUp" : b = "touchstart" === this . _lastTouchEventType || "MSPointerDown" === this . _lastTouchEventType ? [ "mouseup" ,
"click" ] : [ "mouseup" ] ; break ; default : return } if ( ! ( c && 1 < c . length ) ) { e = na ( d ) ; e . time = new Date ; try { var f = e . y - this . _lastTouchData . y , g = e . time - this . _lastTouchData . time ; if ( 15 < Math . abs ( f ) && ( this . _lastTouchData . scroll || 200 > g ) ) { this . _lastTouchData . scroll = ! 0 ; var k = window . parent || window ; k && k . scrollBy && k . scrollBy ( 0 , - f ) } } catch ( p ) { } this . _lastTouchEventType = a . type ; if ( this . _lastTouchData . scroll && this . zoomEnabled ) this . isDrag && this . resetOverlayedCanvas ( ) , this . isDrag = ! 1 ; else for ( c = 0 ; c < b . length ; c ++ ) e = b [ c ] , f = document . createEvent ( "MouseEvent" ) ,
f . initMouseEvent ( e , ! 0 , ! 0 , window , 1 , d . screenX , d . screenY , d . clientX , d . clientY , ! 1 , ! 1 , ! 1 , ! 1 , 0 , null ) , d . target . dispatchEvent ( f ) , a . preventManipulation && a . preventManipulation ( ) , a . preventDefault && a . preventDefault ( ) } } } ; u . prototype . _dispatchRangeEvent = function ( a , b ) { var c = { } ; c . chart = this . _publicChartReference ; c . type = a ; c . trigger = b ; var d = [ ] ; this . axisX && d . push ( "axisX" ) ; this . axisY && d . push ( "axisY" ) ; this . axisY2 && d . push ( "axisY2" ) ; for ( var e = 0 ; e < d . length ; e ++ ) c [ d [ e ] ] = { viewportMinimum : this [ d [ e ] ] . sessionVariables . newViewportMinimum ,
viewportMaximum : this [ d [ e ] ] . sessionVariables . newViewportMaximum } ; this . dispatchEvent ( a , c , this . _publicChartReference ) } ; u . prototype . _mouseEventHandler = function ( a ) { if ( this . interactivityEnabled ) if ( this . _ignoreNextEvent ) this . _ignoreNextEvent = ! 1 ; else { a . preventManipulation && a . preventManipulation ( ) ; a . preventDefault && a . preventDefault ( ) ; "undefined" === typeof a . target && a . srcElement && ( a . target = a . srcElement ) ; var b = na ( a ) , c = a . type , d , e ; a . which ? e = 3 == a . which : a . button && ( e = 2 == a . button ) ; if ( ! e ) { if ( u . capturedEventParam ) d =
u . capturedEventParam , "mouseup" === c && ( u . capturedEventParam = null , d . chart . overlaidCanvas . releaseCapture ? d . chart . overlaidCanvas . releaseCapture ( ) : document . body . removeEventListener ( "mouseup" , d . chart . _mouseEventHandler , ! 1 ) ) , d . hasOwnProperty ( c ) && d [ c ] . call ( d . context , b . x , b . y ) ; else if ( this . _events ) { for ( e = 0 ; e < this . _events . length ; e ++ ) if ( this . _events [ e ] . hasOwnProperty ( c ) ) { d = this . _events [ e ] ; var f = d . bounds ; if ( b . x >= f . x1 && b . x <= f . x2 && b . y >= f . y1 && b . y <= f . y2 ) { d [ c ] . call ( d . context , b . x , b . y ) ; "mousedown" === c && ! 0 === d . capture ?
( u . capturedEventParam = d , this . overlaidCanvas . setCapture ? this . overlaidCanvas . setCapture ( ) : document . body . addEventListener ( "mouseup" , this . _mouseEventHandler , ! 1 ) ) : "mouseup" === c && ( d . chart . overlaidCanvas . releaseCapture ? d . chart . overlaidCanvas . releaseCapture ( ) : document . body . removeEventListener ( "mouseup" , this . _mouseEventHandler , ! 1 ) ) ; break } else d = null } a . target . style . cursor = d && d . cursor ? d . cursor : this . _defaultCursor } this . _toolTip && this . _toolTip . enabled && ( c = this . plotArea , ( b . x < c . x1 || b . x > c . x2 || b . y < c . y1 || b . y > c . y2 ) &&
this . _toolTip . hide ( ) ) ; this . isDrag && this . zoomEnabled || ! this . _eventManager || this . _eventManager . mouseEventHandler ( a ) } } } ; u . prototype . _plotAreaMouseDown = function ( a , b ) { this . isDrag = ! 0 ; this . dragStartPoint = { x : a , y : b } } ; u . prototype . _plotAreaMouseUp = function ( a , b ) { if ( ( "normal" === this . plotInfo . axisPlacement || "xySwapped" === this . plotInfo . axisPlacement ) && this . isDrag ) { var c = b - this . dragStartPoint . y , d = a - this . dragStartPoint . x , e = 0 <= this . zoomType . indexOf ( "x" ) , f = 0 <= this . zoomType . indexOf ( "y" ) , g = ! 1 ; this . resetOverlayedCanvas ( ) ;
if ( "xySwapped" === this . plotInfo . axisPlacement ) var k = f , f = e , e = k ; if ( this . panEnabled || this . zoomEnabled ) { if ( this . panEnabled ) for ( e = f = 0 ; e < this . _axes . length ; e ++ ) c = this . _axes [ e ] , c . viewportMinimum < c . minimum ? ( f = c . minimum - c . viewportMinimum , c . sessionVariables . newViewportMinimum = c . viewportMinimum + f , c . sessionVariables . newViewportMaximum = c . viewportMaximum + f , g = ! 0 ) : c . viewportMaximum > c . maximum && ( f = c . viewportMaximum - c . maximum , c . sessionVariables . newViewportMinimum = c . viewportMinimum - f , c . sessionVariables . newViewportMaximum =
c . viewportMaximum - f , g = ! 0 ) ; else if ( ( ! e || 2 < Math . abs ( d ) ) && ( ! f || 2 < Math . abs ( c ) ) && this . zoomEnabled ) { if ( ! this . dragStartPoint ) return ; c = e ? this . dragStartPoint . x : this . plotArea . x1 ; d = f ? this . dragStartPoint . y : this . plotArea . y1 ; e = e ? a : this . plotArea . x2 ; f = f ? b : this . plotArea . y2 ; 2 < Math . abs ( c - e ) && 2 < Math . abs ( d - f ) && this . _zoomPanToSelectedRegion ( c , d , e , f ) && ( g = ! 0 ) } g && ( this . _ignoreNextEvent = ! 0 , this . _dispatchRangeEvent ( "rangeChanging" , "zoom" ) , this . render ( ) , this . _dispatchRangeEvent ( "rangeChanged" , "zoom" ) , g && ( this . zoomEnabled && "none" ===
this . _zoomButton . style . display ) && ( ha ( this . _zoomButton , this . _resetButton ) , Q ( this , this . _zoomButton , "pan" ) , Q ( this , this . _resetButton , "reset" ) ) ) } } this . isDrag = ! 1 } ; u . prototype . _plotAreaMouseMove = function ( a , b ) { if ( this . isDrag && "none" !== this . plotInfo . axisPlacement ) { var c = 0 , d = 0 , e = c = null , e = 0 <= this . zoomType . indexOf ( "x" ) , f = 0 <= this . zoomType . indexOf ( "y" ) ; "xySwapped" === this . plotInfo . axisPlacement && ( c = f , f = e , e = c ) ; c = this . dragStartPoint . x - a ; d = this . dragStartPoint . y - b ; 2 < Math . abs ( c ) && 8 > Math . abs ( c ) && ( this . panEnabled || this . zoomEnabled ) ?
this . _toolTip . hide ( ) : this . panEnabled || this . zoomEnabled || this . _toolTip . mouseMoveHandler ( a , b ) ; ( ! e || 2 < Math . abs ( c ) || ! f || 2 < Math . abs ( d ) ) && ( this . panEnabled || this . zoomEnabled ) && ( this . panEnabled ? ( e = { x1 : e ? this . plotArea . x1 + c : this . plotArea . x1 , y1 : f ? this . plotArea . y1 + d : this . plotArea . y1 , x2 : e ? this . plotArea . x2 + c : this . plotArea . x2 , y2 : f ? this . plotArea . y2 + d : this . plotArea . y2 } , this . _zoomPanToSelectedRegion ( e . x1 , e . y1 , e . x2 , e . y2 , ! 0 ) && ( this . _dispatchRangeEvent ( "rangeChanging" , "pan" ) , this . render ( ) , this . _dispatchRangeEvent ( "rangeChanged" ,
"pan" ) , this . dragStartPoint . x = a , this . dragStartPoint . y = b ) ) : this . zoomEnabled && ( this . resetOverlayedCanvas ( ) , c = this . overlaidCanvasCtx . globalAlpha , this . overlaidCanvasCtx . globalAlpha = 0.7 , this . overlaidCanvasCtx . fillStyle = "#A0ABB8" , this . overlaidCanvasCtx . fillRect ( e ? this . dragStartPoint . x : this . plotArea . x1 , f ? this . dragStartPoint . y : this . plotArea . y1 , e ? a - this . dragStartPoint . x : this . plotArea . x2 - this . plotArea . x1 , f ? b - this . dragStartPoint . y : this . plotArea . y2 - this . plotArea . y1 ) , this . overlaidCanvasCtx . globalAlpha = c ) ) } else this . _toolTip . mouseMoveHandler ( a ,
b ) } ; u . prototype . _zoomPanToSelectedRegion = function ( a , b , c , d , e ) { e = e || ! 1 ; var f = 0 <= this . zoomType . indexOf ( "x" ) , g = 0 <= this . zoomType . indexOf ( "y" ) , k = ! 1 , p = [ ] , h = [ ] ; this . axisX && f && p . push ( this . axisX ) ; this . axisY && g && p . push ( this . axisY ) ; this . axisY2 && g && p . push ( this . axisY2 ) ; f = [ ] ; for ( g = 0 ; g < p . length ; g ++ ) { var l = p [ g ] , m = l . convertPixelToValue ( { x : a , y : b } ) , n = l . convertPixelToValue ( { x : c , y : d } ) ; if ( m > n ) var q = n , n = m , m = q ; if ( isFinite ( l . dataInfo . minDiff ) ) if ( ! ( Math . abs ( n - m ) < 3 * Math . abs ( l . dataInfo . minDiff ) || m < l . minimum || n > l . maximum ) ) h . push ( l ) ,
f . push ( { val1 : m , val2 : n } ) , k = ! 0 ; else if ( ! e ) { k = ! 1 ; break } } if ( k ) for ( g = 0 ; g < h . length ; g ++ ) l = h [ g ] , a = f [ g ] , l . setViewPortRange ( a . val1 , a . val2 ) ; return k } ; u . prototype . preparePlotArea = function ( ) { var a = this . plotArea , b = this . axisY ? this . axisY : this . axisY2 ; ! t && ( 0 < a . x1 || 0 < a . y1 ) && a . ctx . translate ( a . x1 , a . y1 ) ; this . axisX && b ? ( a . x1 = this . axisX . lineCoordinates . x1 < this . axisX . lineCoordinates . x2 ? this . axisX . lineCoordinates . x1 : b . lineCoordinates . x1 , a . y1 = this . axisX . lineCoordinates . y1 < b . lineCoordinates . y1 ? this . axisX . lineCoordinates . y1 : b . lineCoordinates . y1 ,
a . x2 = this . axisX . lineCoordinates . x2 > b . lineCoordinates . x2 ? this . axisX . lineCoordinates . x2 : b . lineCoordinates . x2 , a . y2 = this . axisX . lineCoordinates . y2 > this . axisX . lineCoordinates . y1 ? this . axisX . lineCoordinates . y2 : b . lineCoordinates . y2 , a . width = a . x2 - a . x1 , a . height = a . y2 - a . y1 ) : ( b = this . layoutManager . getFreeSpace ( ) , a . x1 = b . x1 , a . x2 = b . x2 , a . y1 = b . y1 , a . y2 = b . y2 , a . width = b . width , a . height = b . height ) ; t || ( a . canvas . width = a . width , a . canvas . height = a . height , a . canvas . style . left = a . x1 + "px" , a . canvas . style . top = a . y1 + "px" , ( 0 < a . x1 || 0 < a . y1 ) &&
a . ctx . translate ( - a . x1 , - a . y1 ) ) ; a . layoutManager = new Z ( a . x1 , a . y1 , a . x2 , a . y2 , 2 ) } ; u . prototype . getPixelCoordinatesOnPlotArea = function ( a , b ) { return { x : this . axisX . getPixelCoordinatesOnAxis ( a ) . x , y : this . axisY . getPixelCoordinatesOnAxis ( b ) . y } } ; u . prototype . renderIndexLabels = function ( a ) { a = a || this . plotArea . ctx ; for ( var b = this . plotArea , c = 0 , d = 0 , e = 0 , f = 0 , g = 0 , k = d = f = e = 0 , p = 0 ; p < this . _indexLabels . length ; p ++ ) { var h = this . _indexLabels [ p ] , g = h . chartType . toLowerCase ( ) , l , m , n = N ( "indexLabelFontColor" , h . dataPoint , h . dataSeries ) , k = N ( "indexLabelFontSize" ,
h . dataPoint , h . dataSeries ) ; l = N ( "indexLabelFontFamily" , h . dataPoint , h . dataSeries ) ; m = N ( "indexLabelFontStyle" , h . dataPoint , h . dataSeries ) ; var f = N ( "indexLabelFontWeight" , h . dataPoint , h . dataSeries ) , d = N ( "indexLabelBackgroundColor" , h . dataPoint , h . dataSeries ) , e = N ( "indexLabelMaxWidth" , h . dataPoint , h . dataSeries ) , q = N ( "indexLabelWrap" , h . dataPoint , h . dataSeries ) , r = { percent : null , total : null } , s = null ; if ( 0 <= h . dataSeries . type . indexOf ( "stacked" ) || "pie" === h . dataSeries . type || "doughnut" === h . dataSeries . type ) r = this . getPercentAndTotal ( h . dataSeries ,
h . dataPoint ) ; if ( h . dataSeries . indexLabelFormatter || h . dataPoint . indexLabelFormatter ) s = { chart : this . _publicChartReference , dataSeries : h . dataSeries , dataPoint : h . dataPoint , index : h . indexKeyword , total : r . total , percent : r . percent } ; var w = h . dataPoint . indexLabelFormatter ? h . dataPoint . indexLabelFormatter ( s ) : h . dataPoint . indexLabel ? this . replaceKeywordsWithValue ( h . dataPoint . indexLabel , h . dataPoint , h . dataSeries , null , h . indexKeyword ) : h . dataSeries . indexLabelFormatter ? h . dataSeries . indexLabelFormatter ( s ) : h . dataSeries . indexLabel ?
this . replaceKeywordsWithValue ( h . dataSeries . indexLabel , h . dataPoint , h . dataSeries , null , h . indexKeyword ) : null ; if ( null !== w && "" !== w ) { var c = N ( "indexLabelPlacement" , h . dataPoint , h . dataSeries ) , r = N ( "indexLabelOrientation" , h . dataPoint , h . dataSeries ) , s = h . direction , v = h . dataSeries . axisX , x = h . dataSeries . axisY , n = new H ( a , { x : 0 , y : 0 , maxWidth : e ? e : 0.5 * this . width , maxHeight : q ? 5 * k : 1.5 * k , angle : "horizontal" === r ? 0 : - 90 , text : w , padding : 0 , backgroundColor : d , horizontalAlign : "left" , fontSize : k , fontFamily : l , fontWeight : f , fontColor : n , fontStyle : m ,
textBaseline : "top" } ) ; n . measureText ( ) ; if ( 0 <= g . indexOf ( "line" ) || 0 <= g . indexOf ( "area" ) || 0 <= g . indexOf ( "bubble" ) || 0 <= g . indexOf ( "scatter" ) ) { if ( h . dataPoint . x < v . viewportMinimum || h . dataPoint . x > v . viewportMaximum || h . dataPoint . y < x . viewportMinimum || h . dataPoint . y > x . viewportMaximum ) continue } else if ( 0 <= g . indexOf ( "column" ) ) { if ( h . dataPoint . x < v . viewportMinimum || h . dataPoint . x > v . viewportMaximum || h . bounds . y1 > b . y2 || h . bounds . y2 < b . y1 ) continue } else if ( 0 <= g . indexOf ( "bar" ) ) { if ( h . dataPoint . x < v . viewportMinimum || h . dataPoint . x > v . viewportMaximum ||
h . bounds . x1 > b . x2 || h . bounds . x2 < b . x1 ) continue } else if ( h . dataPoint . x < v . viewportMinimum || h . dataPoint . x > v . viewportMaximum ) continue ; e = f = 2 ; "horizontal" === r ? ( d = n . width , k = n . height ) : ( k = n . width , d = n . height ) ; if ( "normal" === this . plotInfo . axisPlacement ) { if ( 0 <= g . indexOf ( "line" ) || 0 <= g . indexOf ( "area" ) ) c = "auto" , f = 4 ; else if ( 0 <= g . indexOf ( "stacked" ) ) "auto" === c && ( c = "inside" ) ; else if ( "bubble" === g || "scatter" === g ) c = "inside" ; l = h . point . x - d / 2 ; "inside" !== c ? ( d = b . y1 , e = b . y2 , 0 < s ? ( m = h . point . y - k - f , m < d && ( m = "auto" === c ? Math . max ( h . point . y ,
d ) + f : d + f ) ) : ( m = h . point . y + f , m > e - k - f && ( m = "auto" === c ? Math . min ( h . point . y , e ) - k - f : e - k - f ) ) ) : ( d = Math . max ( h . bounds . y1 , b . y1 ) , e = Math . min ( h . bounds . y2 , b . y2 ) , c = 0 <= g . indexOf ( "range" ) ? 0 < s ? Math . max ( h . bounds . y1 , b . y1 ) + k / 2 + f : Math . min ( h . bounds . y2 , b . y2 ) - k / 2 - f : ( Math . max ( h . bounds . y1 , b . y1 ) + Math . min ( h . bounds . y2 , b . y2 ) ) / 2 , 0 < s ? ( m = Math . max ( h . point . y , c ) - k / 2 , m < d && ( "bubble" === g || "scatter" === g ) && ( m = Math . max ( h . point . y - k - f , b . y1 + f ) ) ) : ( m = Math . min ( h . point . y , c ) - k / 2 , m > e - k - f && ( "bubble" === g || "scatter" === g ) && ( m = Math . min ( h . point . y + f , b . y2 - k - f ) ) ) ,
m = Math . min ( m , e - k ) ) } else 0 <= g . indexOf ( "line" ) || 0 <= g . indexOf ( "area" ) || 0 <= g . indexOf ( "scatter" ) ? ( c = "auto" , e = 4 ) : 0 <= g . indexOf ( "stacked" ) ? "auto" === c && ( c = "inside" ) : "bubble" === g && ( c = "inside" ) , m = h . point . y - k / 2 , "inside" !== c ? ( f = b . x1 , g = b . x2 , 0 > s ? ( l = h . point . x - d - e , l < f && ( l = "auto" === c ? Math . max ( h . point . x , f ) + e : f + e ) ) : ( l = h . point . x + e , l > g - d - e && ( l = "auto" === c ? Math . min ( h . point . x , g ) - d - e : g - d - e ) ) ) : ( f = Math . max ( h . bounds . x1 , b . x1 ) , Math . min ( h . bounds . x2 , b . x2 ) , c = 0 <= g . indexOf ( "range" ) ? 0 > s ? Math . max ( h . bounds . x1 , b . x1 ) + d / 2 + e : Math . min ( h . bounds . x2 ,
b . x2 ) - d / 2 - e : ( Math . max ( h . bounds . x1 , b . x1 ) + Math . min ( h . bounds . x2 , b . x2 ) ) / 2 , l = 0 > s ? Math . max ( h . point . x , c ) - d / 2 : Math . min ( h . point . x , c ) - d / 2 , l = Math . max ( l , f ) ) ; "vertical" === r && ( m += k ) ; n . x = l ; n . y = m ; n . render ( ! 0 ) } } return { source : a , dest : this . plotArea . ctx , animationCallback : A . fadeInAnimation , easingFunction : A . easing . easeInQuad , animationBase : 0 , startTimePercent : 0.7 } } ; u . prototype . renderLine = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = this . _eventManager . ghostCtx ; b . save ( ) ;
var d = this . plotArea ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; for ( var d = [ ] , e = 0 ; e < a . dataSeriesIndexes . length ; e ++ ) { var f = a . dataSeriesIndexes [ e ] , g = this . data [ f ] ; b . lineWidth = g . lineThickness ; var k = g . dataPoints ; b . setLineDash && b . setLineDash ( M ( g . lineDashType , g . lineThickness ) ) ; var p = g . id ; this . _eventManager . objectMap [ p ] = { objectType : "dataSeries" , dataSeriesIndex : f } ; p = B ( p ) ; c . strokeStyle = p ; c . lineWidth = 0 < g . lineThickness ? Math . max ( g . lineThickness , 4 ) : 0 ; p = g . _colorSet [ 0 ] ; b . strokeStyle = p ; var h = ! 0 , l = 0 , m ,
n ; b . beginPath ( ) ; if ( 0 < k . length ) { for ( var q = ! 1 , l = 0 ; l < k . length ; l ++ ) if ( m = k [ l ] . x . getTime ? k [ l ] . x . getTime ( ) : k [ l ] . x , ! ( m < a . axisX . dataInfo . viewPortMin || m > a . axisX . dataInfo . viewPortMax ) ) if ( "number" !== typeof k [ l ] . y ) 0 < l && ( b . stroke ( ) , t && c . stroke ( ) ) , q = ! 0 ; else { m = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( m - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; n = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( k [ l ] . y - a . axisY . conversionParameters . minimum ) +
0.5 << 0 ; var r = g . dataPointIds [ l ] ; this . _eventManager . objectMap [ r ] = { id : r , objectType : "dataPoint" , dataSeriesIndex : f , dataPointIndex : l , x1 : m , y1 : n } ; h || q ? ( b . beginPath ( ) , b . moveTo ( m , n ) , t && ( c . beginPath ( ) , c . moveTo ( m , n ) ) , q = h = ! 1 ) : ( b . lineTo ( m , n ) , t && c . lineTo ( m , n ) , 0 == l % 500 && ( b . stroke ( ) , b . beginPath ( ) , b . moveTo ( m , n ) , t && ( c . stroke ( ) , c . beginPath ( ) , c . moveTo ( m , n ) ) ) ) ; if ( 0 < k [ l ] . markerSize || 0 < g . markerSize ) { var s = g . getMarkerProperties ( l , m , n , b ) ; d . push ( s ) ; r = B ( r ) ; t && d . push ( { x : m , y : n , ctx : c , type : s . type , size : s . size , color : r , borderColor : r ,
borderThickness : s . borderThickness } ) } ( k [ l ] . indexLabel || g . indexLabel || k [ l ] . indexLabelFormatter || g . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "line" , dataPoint : k [ l ] , dataSeries : g , point : { x : m , y : n } , direction : 0 <= k [ l ] . y ? 1 : - 1 , color : p } ) } b . stroke ( ) ; t && c . stroke ( ) } } K . drawMarkers ( d ) ; b . restore ( ) ; b . beginPath ( ) ; t && c . beginPath ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderStepLine = function ( a ) { var b = a . targetCanvasCtx ||
this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = this . _eventManager . ghostCtx ; b . save ( ) ; var d = this . plotArea ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; for ( var d = [ ] , e = 0 ; e < a . dataSeriesIndexes . length ; e ++ ) { var f = a . dataSeriesIndexes [ e ] , g = this . data [ f ] ; b . lineWidth = g . lineThickness ; var k = g . dataPoints ; b . setLineDash && b . setLineDash ( M ( g . lineDashType , g . lineThickness ) ) ; var p = g . id ; this . _eventManager . objectMap [ p ] = { objectType : "dataSeries" , dataSeriesIndex : f } ; p = B ( p ) ; c . strokeStyle = p ; c . lineWidth =
0 < g . lineThickness ? Math . max ( g . lineThickness , 4 ) : 0 ; p = g . _colorSet [ 0 ] ; b . strokeStyle = p ; var h = ! 0 , l = 0 , m , n ; b . beginPath ( ) ; if ( 0 < k . length ) { for ( var q = ! 1 , l = 0 ; l < k . length ; l ++ ) if ( m = k [ l ] . getTime ? k [ l ] . x . getTime ( ) : k [ l ] . x , ! ( m < a . axisX . dataInfo . viewPortMin || m > a . axisX . dataInfo . viewPortMax ) ) if ( "number" !== typeof k [ l ] . y ) 0 < l && ( b . stroke ( ) , t && c . stroke ( ) ) , q = ! 0 ; else { var r = n ; m = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( m - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; n = a . axisY . conversionParameters . reference +
a . axisY . conversionParameters . pixelPerUnit * ( k [ l ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var s = g . dataPointIds [ l ] ; this . _eventManager . objectMap [ s ] = { id : s , objectType : "dataPoint" , dataSeriesIndex : f , dataPointIndex : l , x1 : m , y1 : n } ; h || q ? ( b . beginPath ( ) , b . moveTo ( m , n ) , t && ( c . beginPath ( ) , c . moveTo ( m , n ) ) , q = h = ! 1 ) : ( b . lineTo ( m , r ) , t && c . lineTo ( m , r ) , b . lineTo ( m , n ) , t && c . lineTo ( m , n ) , 0 == l % 500 && ( b . stroke ( ) , b . beginPath ( ) , b . moveTo ( m , n ) , t && ( c . stroke ( ) , c . beginPath ( ) , c . moveTo ( m , n ) ) ) ) ; if ( 0 < k [ l ] . markerSize || 0 < g . markerSize ) r = g . getMarkerProperties ( l ,
m , n , b ) , d . push ( r ) , s = B ( s ) , t && d . push ( { x : m , y : n , ctx : c , type : r . type , size : r . size , color : s , borderColor : s , borderThickness : r . borderThickness } ) ; ( k [ l ] . indexLabel || g . indexLabel || k [ l ] . indexLabelFormatter || g . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stepLine" , dataPoint : k [ l ] , dataSeries : g , point : { x : m , y : n } , direction : 0 <= k [ l ] . y ? 1 : - 1 , color : p } ) } b . stroke ( ) ; t && c . stroke ( ) } } K . drawMarkers ( d ) ; b . restore ( ) ; b . beginPath ( ) ; t && c . beginPath ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear ,
animationBase : 0 } } } ; u . prototype . renderSpline = function ( a ) { function b ( a ) { a = ia ( a , 2 ) ; if ( 0 < a . length ) { c . beginPath ( ) ; t && d . beginPath ( ) ; c . moveTo ( a [ 0 ] . x , a [ 0 ] . y ) ; t && d . moveTo ( a [ 0 ] . x , a [ 0 ] . y ) ; for ( var b = 0 ; b < a . length - 3 ; b += 3 ) c . bezierCurveTo ( a [ b + 1 ] . x , a [ b + 1 ] . y , a [ b + 2 ] . x , a [ b + 2 ] . y , a [ b + 3 ] . x , a [ b + 3 ] . y ) , t && d . bezierCurveTo ( a [ b + 1 ] . x , a [ b + 1 ] . y , a [ b + 2 ] . x , a [ b + 2 ] . y , a [ b + 3 ] . x , a [ b + 3 ] . y ) , 0 < b && 0 === b % 3E3 && ( c . stroke ( ) , c . beginPath ( ) , c . moveTo ( a [ b + 3 ] . x , a [ b + 3 ] . y ) , t && ( d . stroke ( ) , d . beginPath ( ) , d . moveTo ( a [ b + 3 ] . x , a [ b + 3 ] . y ) ) ) ; c . stroke ( ) ; t && d . stroke ( ) } }
var c = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = this . _eventManager . ghostCtx ; c . save ( ) ; var e = this . plotArea ; c . beginPath ( ) ; c . rect ( e . x1 , e . y1 , e . width , e . height ) ; c . clip ( ) ; for ( var e = [ ] , f = 0 ; f < a . dataSeriesIndexes . length ; f ++ ) { var g = a . dataSeriesIndexes [ f ] , k = this . data [ g ] ; c . lineWidth = k . lineThickness ; var p = k . dataPoints ; c . setLineDash && c . setLineDash ( M ( k . lineDashType , k . lineThickness ) ) ; var h = k . id ; this . _eventManager . objectMap [ h ] = { objectType : "dataSeries" , dataSeriesIndex : g } ; h = B ( h ) ;
d . strokeStyle = h ; d . lineWidth = 0 < k . lineThickness ? Math . max ( k . lineThickness , 4 ) : 0 ; h = k . _colorSet [ 0 ] ; c . strokeStyle = h ; var l = 0 , m , n , q = [ ] ; c . beginPath ( ) ; if ( 0 < p . length ) for ( l = 0 ; l < p . length ; l ++ ) if ( m = p [ l ] . getTime ? p [ l ] . x . getTime ( ) : p [ l ] . x , ! ( m < a . axisX . dataInfo . viewPortMin || m > a . axisX . dataInfo . viewPortMax ) ) if ( "number" !== typeof p [ l ] . y ) 0 < l && ( b ( q ) , q = [ ] ) ; else { m = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( m - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; n = a . axisY . conversionParameters . reference +
a . axisY . conversionParameters . pixelPerUnit * ( p [ l ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var r = k . dataPointIds [ l ] ; this . _eventManager . objectMap [ r ] = { id : r , objectType : "dataPoint" , dataSeriesIndex : g , dataPointIndex : l , x1 : m , y1 : n } ; q [ q . length ] = { x : m , y : n } ; if ( 0 < p [ l ] . markerSize || 0 < k . markerSize ) { var s = k . getMarkerProperties ( l , m , n , c ) ; e . push ( s ) ; r = B ( r ) ; t && e . push ( { x : m , y : n , ctx : d , type : s . type , size : s . size , color : r , borderColor : r , borderThickness : s . borderThickness } ) } ( p [ l ] . indexLabel || k . indexLabel || p [ l ] . indexLabelFormatter ||
k . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "spline" , dataPoint : p [ l ] , dataSeries : k , point : { x : m , y : n } , direction : 0 <= p [ l ] . y ? 1 : - 1 , color : h } ) } b ( q ) } K . drawMarkers ( e ) ; c . restore ( ) ; c . beginPath ( ) ; t && d . beginPath ( ) ; return { source : c , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; var I = function ( a , b , c , d , e , f , g , k , p , h , l , m , n ) { "undefined" === typeof n && ( n = 1 ) ; g = g || 0 ; k = k || "black" ; var q = 15 < d - b && 15 < e - c ? 8 : 0.35 * Math . min ( d - b , e - c ) ; a . beginPath ( ) ; a . moveTo ( b , c ) ;
a . save ( ) ; a . fillStyle = f ; a . globalAlpha = n ; a . fillRect ( b , c , d - b , e - c ) ; a . globalAlpha = 1 ; 0 < g && ( n = 0 === g % 2 ? 0 : 0.5 , a . beginPath ( ) , a . lineWidth = g , a . strokeStyle = k , a . moveTo ( b , c ) , a . rect ( b - n , c - n , d - b + 2 * n , e - c + 2 * n ) , a . stroke ( ) ) ; a . restore ( ) ; ! 0 === p && ( a . save ( ) , a . beginPath ( ) , a . moveTo ( b , c ) , a . lineTo ( b + q , c + q ) , a . lineTo ( d - q , c + q ) , a . lineTo ( d , c ) , a . closePath ( ) , g = a . createLinearGradient ( ( d + b ) / 2 , c + q , ( d + b ) / 2 , c ) , g . addColorStop ( 0 , f ) , g . addColorStop ( 1 , "rgba(255, 255, 255, .4)" ) , a . fillStyle = g , a . fill ( ) , a . restore ( ) ) ; ! 0 === h && ( a . save ( ) , a . beginPath ( ) ,
a . moveTo ( b , e ) , a . lineTo ( b + q , e - q ) , a . lineTo ( d - q , e - q ) , a . lineTo ( d , e ) , a . closePath ( ) , g = a . createLinearGradient ( ( d + b ) / 2 , e - q , ( d + b ) / 2 , e ) , g . addColorStop ( 0 , f ) , g . addColorStop ( 1 , "rgba(255, 255, 255, .4)" ) , a . fillStyle = g , a . fill ( ) , a . restore ( ) ) ; ! 0 === l && ( a . save ( ) , a . beginPath ( ) , a . moveTo ( b , c ) , a . lineTo ( b + q , c + q ) , a . lineTo ( b + q , e - q ) , a . lineTo ( b , e ) , a . closePath ( ) , g = a . createLinearGradient ( b + q , ( e + c ) / 2 , b , ( e + c ) / 2 ) , g . addColorStop ( 0 , f ) , g . addColorStop ( 1 , "rgba(255, 255, 255, 0.1)" ) , a . fillStyle = g , a . fill ( ) , a . restore ( ) ) ; ! 0 === m && ( a . save ( ) ,
a . beginPath ( ) , a . moveTo ( d , c ) , a . lineTo ( d - q , c + q ) , a . lineTo ( d - q , e - q ) , a . lineTo ( d , e ) , g = a . createLinearGradient ( d - q , ( e + c ) / 2 , d , ( e + c ) / 2 ) , g . addColorStop ( 0 , f ) , g . addColorStop ( 1 , "rgba(255, 255, 255, 0.1)" ) , a . fillStyle = g , g . addColorStop ( 0 , f ) , g . addColorStop ( 1 , "rgba(255, 255, 255, 0.1)" ) , a . fillStyle = g , a . fill ( ) , a . closePath ( ) , a . restore ( ) ) } ; u . prototype . renderColumn = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = 0 , f , g , k , p = a . axisY . conversionParameters . reference +
a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) << 0 , e = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 , h = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : Math . min ( 0.15 * this . width , 0.9 * ( this . plotArea . width / a . plotType . totalDataSeries ) ) << 0 , l = a . axisX . dataInfo . minDiff ; isFinite ( l ) || ( l = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; l = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . width /
Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( l ) / a . plotType . totalDataSeries ) << 0 ; this . dataPointMaxWidth && e > h && ( e = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , h ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && h < e ) && ( h = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , e ) ) ; l < e && ( l = e ) ; l > h && ( l = h ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) ,
this . _eventManager . ghostCtx . clip ( ) ) ; for ( d = 0 ; d < a . dataSeriesIndexes . length ; d ++ ) { var h = a . dataSeriesIndexes [ d ] , m = this . data [ h ] , n = m . dataPoints ; if ( 0 < n . length ) for ( var q = 5 < l && m . bevelEnabled ? ! 0 : ! 1 , e = 0 ; e < n . length ; e ++ ) if ( n [ e ] . getTime ? k = n [ e ] . x . getTime ( ) : k = n [ e ] . x , ! ( k < a . axisX . dataInfo . viewPortMin || k > a . axisX . dataInfo . viewPortMax ) && "number" === typeof n [ e ] . y ) { f = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( k - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; g = a . axisY . conversionParameters . reference +
a . axisY . conversionParameters . pixelPerUnit * ( n [ e ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; f = f - a . plotType . totalDataSeries * l / 2 + ( a . previousDataSeriesCount + d ) * l << 0 ; var r = f + l << 0 , s ; 0 <= n [ e ] . y ? s = p : ( s = g , g = p ) ; g > s && ( s = g = s ) ; c = n [ e ] . color ? n [ e ] . color : m . _colorSet [ e % m . _colorSet . length ] ; I ( b , f , g , r , s , c , 0 , null , q && 0 <= n [ e ] . y , 0 > n [ e ] . y && q , ! 1 , ! 1 , m . fillOpacity ) ; c = m . dataPointIds [ e ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : h , dataPointIndex : e , x1 : f , y1 : g , x2 : r , y2 : s } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx ,
f , g , r , s , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; ( n [ e ] . indexLabel || m . indexLabel || n [ e ] . indexLabelFormatter || m . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "column" , dataPoint : n [ e ] , dataSeries : m , point : { x : f + ( r - f ) / 2 , y : 0 <= n [ e ] . y ? g : s } , direction : 0 <= n [ e ] . y ? 1 : - 1 , bounds : { x1 : f , y1 : Math . min ( g , s ) , x2 : r , y2 : Math . max ( g , s ) } , color : c } ) } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; a = Math . min ( p , a . axisY . boundingRect . y2 ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . yScaleAnimation , easingFunction : A . easing . easeOutQuart ,
animationBase : a } } } ; u . prototype . renderStackedColumn = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = [ ] , f = [ ] , g = 0 , k , p = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) << 0 , g = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 , h = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : 0.15 * this . width <<
0 , l = a . axisX . dataInfo . minDiff ; isFinite ( l ) || ( l = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; l = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( l ) / a . plotType . plotUnits . length ) << 0 ; this . dataPointMaxWidth && g > h && ( g = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , h ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && h < g ) && ( h = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , g ) ) ; l < g && ( l = g ) ; l > h && ( l = h ) ;
b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var m = a . dataSeriesIndexes [ h ] , n = this . data [ m ] , q = n . dataPoints ; if ( 0 < q . length ) { var r = 5 < l && n . bevelEnabled ? ! 0 : ! 1 ; b . strokeStyle = "#4572A7 " ; for ( g = 0 ; g < q . length ; g ++ ) if ( c = q [ g ] . x . getTime ? q [ g ] . x . getTime ( ) : q [ g ] . x , ! ( c < a . axisX . dataInfo . viewPortMin || c > a . axisX . dataInfo . viewPortMax ) &&
"number" === typeof q [ g ] . y ) { d = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( c - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; k = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( q [ g ] . y - a . axisY . conversionParameters . minimum ) ; var s = d - a . plotType . plotUnits . length * l / 2 + a . index * l << 0 , w = s + l << 0 , v ; if ( 0 <= q [ g ] . y ) { var x = e [ c ] ? e [ c ] : 0 ; k -= x ; v = p - x ; e [ c ] = x + ( v - k ) } else x = f [ c ] ? f [ c ] : 0 , v = k + x , k = p + x , f [ c ] = x + ( v - k ) ; c = q [ g ] . color ? q [ g ] . color : n . _colorSet [ g % n . _colorSet . length ] ;
I ( b , s , k , w , v , c , 0 , null , r && 0 <= q [ g ] . y , 0 > q [ g ] . y && r , ! 1 , ! 1 , n . fillOpacity ) ; c = n . dataPointIds [ g ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : m , dataPointIndex : g , x1 : s , y1 : k , x2 : w , y2 : v } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx , s , k , w , v , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; ( q [ g ] . indexLabel || n . indexLabel || q [ g ] . indexLabelFormatter || n . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stackedColumn" , dataPoint : q [ g ] , dataSeries : n , point : { x : d , y : 0 <= q [ g ] . y ? k : v } , direction : 0 <= q [ g ] . y ? 1 : - 1 , bounds : { x1 : s , y1 : Math . min ( k ,
v ) , x2 : w , y2 : Math . max ( k , v ) } , color : c } ) } } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; a = Math . min ( p , a . axisY . boundingRect . y2 ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . yScaleAnimation , easingFunction : A . easing . easeOutQuart , animationBase : a } } } ; u . prototype . renderStackedColumn100 = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = [ ] , f = [ ] , g = 0 , k , p = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit *
( 0 - a . axisY . conversionParameters . minimum ) << 0 , g = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 , h = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : 0.15 * this . width << 0 , l = a . axisX . dataInfo . minDiff ; isFinite ( l ) || ( l = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; l = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( l ) / a . plotType . plotUnits . length ) <<
0 ; this . dataPointMaxWidth && g > h && ( g = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , h ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && h < g ) && ( h = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , g ) ) ; l < g && ( l = g ) ; l > h && ( l = h ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var m = a . dataSeriesIndexes [ h ] ,
n = this . data [ m ] , q = n . dataPoints ; if ( 0 < q . length ) for ( var r = 5 < l && n . bevelEnabled ? ! 0 : ! 1 , g = 0 ; g < q . length ; g ++ ) if ( c = q [ g ] . x . getTime ? q [ g ] . x . getTime ( ) : q [ g ] . x , ! ( c < a . axisX . dataInfo . viewPortMin || c > a . axisX . dataInfo . viewPortMax ) && "number" === typeof q [ g ] . y ) { d = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( c - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; k = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( ( 0 !== a . dataPointYSums [ c ] ? 100 * ( q [ g ] . y / a . dataPointYSums [ c ] ) :
0 ) - a . axisY . conversionParameters . minimum ) ; var s = d - a . plotType . plotUnits . length * l / 2 + a . index * l << 0 , w = s + l << 0 , v ; if ( 0 <= q [ g ] . y ) { var x = e [ c ] ? e [ c ] : 0 ; k -= x ; v = p - x ; e [ c ] = x + ( v - k ) } else x = f [ c ] ? f [ c ] : 0 , v = k + x , k = p + x , f [ c ] = x + ( v - k ) ; c = q [ g ] . color ? q [ g ] . color : n . _colorSet [ g % n . _colorSet . length ] ; I ( b , s , k , w , v , c , 0 , null , r && 0 <= q [ g ] . y , 0 > q [ g ] . y && r , ! 1 , ! 1 , n . fillOpacity ) ; c = n . dataPointIds [ g ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : m , dataPointIndex : g , x1 : s , y1 : k , x2 : w , y2 : v } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx ,
s , k , w , v , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; ( q [ g ] . indexLabel || n . indexLabel || q [ g ] . indexLabelFormatter || n . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stackedColumn100" , dataPoint : q [ g ] , dataSeries : n , point : { x : d , y : 0 <= q [ g ] . y ? k : v } , direction : 0 <= q [ g ] . y ? 1 : - 1 , bounds : { x1 : s , y1 : Math . min ( k , v ) , x2 : w , y2 : Math . max ( k , v ) } , color : c } ) } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; a = Math . min ( p , a . axisY . boundingRect . y2 ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . yScaleAnimation , easingFunction : A . easing . easeOutQuart ,
animationBase : a } } } ; u . prototype . renderBar = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = 0 , f , g , k , p = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) << 0 , e = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 , h = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : Math . min ( 0.15 * this . height ,
0.9 * ( this . plotArea . height / a . plotType . totalDataSeries ) ) << 0 , l = a . axisX . dataInfo . minDiff ; isFinite ( l ) || ( l = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; l = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . height / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( l ) / a . plotType . totalDataSeries ) << 0 ; this . dataPointMaxWidth && e > h && ( e = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , h ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && h < e ) && ( h = Math . max ( this . dataPointWidth ?
this . dataPointWidth : - Infinity , e ) ) ; l < e && ( l = e ) ; l > h && ( l = h ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( d = 0 ; d < a . dataSeriesIndexes . length ; d ++ ) { var h = a . dataSeriesIndexes [ d ] , m = this . data [ h ] , n = m . dataPoints ; if ( 0 < n . length ) { var q = 5 < l && m . bevelEnabled ? ! 0 : ! 1 ; b . strokeStyle = "#4572A7 " ; for ( e = 0 ; e < n . length ; e ++ ) if ( n [ e ] . getTime ? k = n [ e ] . x . getTime ( ) : k = n [ e ] . x ,
! ( k < a . axisX . dataInfo . viewPortMin || k > a . axisX . dataInfo . viewPortMax ) && "number" === typeof n [ e ] . y ) { g = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( k - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; f = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( n [ e ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; g = g - a . plotType . totalDataSeries * l / 2 + ( a . previousDataSeriesCount + d ) * l << 0 ; var r = g + l << 0 , s ; 0 <= n [ e ] . y ? s = p : ( s = f , f = p ) ; c = n [ e ] . color ? n [ e ] . color : m . _colorSet [ e %
m . _colorSet . length ] ; I ( b , s , g , f , r , c , 0 , null , q , ! 1 , ! 1 , ! 1 , m . fillOpacity ) ; c = m . dataPointIds [ e ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : h , dataPointIndex : e , x1 : s , y1 : g , x2 : f , y2 : r } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx , s , g , f , r , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; ( n [ e ] . indexLabel || m . indexLabel || n [ e ] . indexLabelFormatter || m . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "bar" , dataPoint : n [ e ] , dataSeries : m , point : { x : 0 <= n [ e ] . y ? f : s , y : g + ( r - g ) / 2 } , direction : 0 <= n [ e ] . y ? 1 : - 1 , bounds : { x1 : Math . min ( s ,
f ) , y1 : g , x2 : Math . max ( s , f ) , y2 : r } , color : c } ) } } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; a = Math . max ( p , a . axisX . boundingRect . x2 ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . xScaleAnimation , easingFunction : A . easing . easeOutQuart , animationBase : a } } } ; u . prototype . renderStackedBar = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = [ ] , f = [ ] , g = 0 , k , p = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit *
( 0 - a . axisY . conversionParameters . minimum ) << 0 , g = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 , h = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : 0.15 * this . height << 0 , l = a . axisX . dataInfo . minDiff ; isFinite ( l ) || ( l = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; l = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . height / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( l ) / a . plotType . plotUnits . length ) <<
0 ; this . dataPointMaxWidth && g > h && ( g = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , h ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && h < g ) && ( h = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , g ) ) ; l < g && ( l = g ) ; l > h && ( l = h ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var m = a . dataSeriesIndexes [ h ] ,
n = this . data [ m ] , q = n . dataPoints ; if ( 0 < q . length ) { var r = 5 < l && n . bevelEnabled ? ! 0 : ! 1 ; b . strokeStyle = "#4572A7 " ; for ( g = 0 ; g < q . length ; g ++ ) if ( c = q [ g ] . x . getTime ? q [ g ] . x . getTime ( ) : q [ g ] . x , ! ( c < a . axisX . dataInfo . viewPortMin || c > a . axisX . dataInfo . viewPortMax ) && "number" === typeof q [ g ] . y ) { d = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( c - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; k = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( q [ g ] . y - a . axisY . conversionParameters . minimum ) ;
var s = d - a . plotType . plotUnits . length * l / 2 + a . index * l << 0 , w = s + l << 0 , v ; if ( 0 <= q [ g ] . y ) { var x = e [ c ] ? e [ c ] : 0 ; v = p + x ; k += x ; e [ c ] = x + ( k - v ) } else x = f [ c ] ? f [ c ] : 0 , v = k - x , k = p - x , f [ c ] = x + ( k - v ) ; c = q [ g ] . color ? q [ g ] . color : n . _colorSet [ g % n . _colorSet . length ] ; I ( b , v , s , k , w , c , 0 , null , r , ! 1 , ! 1 , ! 1 , n . fillOpacity ) ; c = n . dataPointIds [ g ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : m , dataPointIndex : g , x1 : v , y1 : s , x2 : k , y2 : w } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx , v , s , k , w , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; ( q [ g ] . indexLabel || n . indexLabel ||
q [ g ] . indexLabelFormatter || n . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stackedBar" , dataPoint : q [ g ] , dataSeries : n , point : { x : 0 <= q [ g ] . y ? k : v , y : d } , direction : 0 <= q [ g ] . y ? 1 : - 1 , bounds : { x1 : Math . min ( v , k ) , y1 : s , x2 : Math . max ( v , k ) , y2 : w } , color : c } ) } } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; a = Math . max ( p , a . axisX . boundingRect . x2 ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . xScaleAnimation , easingFunction : A . easing . easeOutQuart , animationBase : a } } } ; u . prototype . renderStackedBar100 = function ( a ) { var b =
a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = [ ] , f = [ ] , g = 0 , k , p = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) << 0 , g = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 , h = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : 0.15 * this . height << 0 , l = a . axisX . dataInfo . minDiff ; isFinite ( l ) || ( l = 0.3 * Math . abs ( a . axisX . viewportMaximum -
a . axisX . viewportMinimum ) ) ; l = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . height / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( l ) / a . plotType . plotUnits . length ) << 0 ; this . dataPointMaxWidth && g > h && ( g = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , h ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && h < g ) && ( h = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , g ) ) ; l < g && ( l = g ) ; l > h && ( l = h ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width ,
d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var m = a . dataSeriesIndexes [ h ] , n = this . data [ m ] , q = n . dataPoints ; if ( 0 < q . length ) { var r = 5 < l && n . bevelEnabled ? ! 0 : ! 1 ; b . strokeStyle = "#4572A7 " ; for ( g = 0 ; g < q . length ; g ++ ) if ( c = q [ g ] . x . getTime ? q [ g ] . x . getTime ( ) : q [ g ] . x , ! ( c < a . axisX . dataInfo . viewPortMin || c > a . axisX . dataInfo . viewPortMax ) && "number" === typeof q [ g ] . y ) { d = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit *
( c - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; k = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( ( 0 !== a . dataPointYSums [ c ] ? 100 * ( q [ g ] . y / a . dataPointYSums [ c ] ) : 0 ) - a . axisY . conversionParameters . minimum ) ; var s = d - a . plotType . plotUnits . length * l / 2 + a . index * l << 0 , w = s + l << 0 , v ; if ( 0 <= q [ g ] . y ) { var x = e [ c ] ? e [ c ] : 0 ; v = p + x ; k += x ; e [ c ] = x + ( k - v ) } else x = f [ c ] ? f [ c ] : 0 , v = k - x , k = p - x , f [ c ] = x + ( k - v ) ; c = q [ g ] . color ? q [ g ] . color : n . _colorSet [ g % n . _colorSet . length ] ; I ( b , v , s , k , w , c , 0 , null , r , ! 1 , ! 1 , ! 1 , n . fillOpacity ) ; c =
n . dataPointIds [ g ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : m , dataPointIndex : g , x1 : v , y1 : s , x2 : k , y2 : w } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx , v , s , k , w , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; ( q [ g ] . indexLabel || n . indexLabel || q [ g ] . indexLabelFormatter || n . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stackedBar100" , dataPoint : q [ g ] , dataSeries : n , point : { x : 0 <= q [ g ] . y ? k : v , y : d } , direction : 0 <= q [ g ] . y ? 1 : - 1 , bounds : { x1 : Math . min ( v , k ) , y1 : s , x2 : Math . max ( v , k ) , y2 : w } , color : c } ) } } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ;
a = Math . max ( p , a . axisX . boundingRect . x2 ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . xScaleAnimation , easingFunction : A . easing . easeOutQuart , animationBase : a } } } ; u . prototype . renderArea = function ( a ) { function b ( ) { x && ( 0 < h . lineThickness && c . stroke ( ) , 0 >= a . axisY . viewportMinimum && 0 <= a . axisY . viewportMaximum ? v = w : 0 > a . axisY . viewportMaximum ? v = f . y1 : 0 < a . axisY . viewportMinimum && ( v = e . y2 ) , c . lineTo ( q , v ) , c . lineTo ( x . x , v ) , c . closePath ( ) , c . globalAlpha = h . fillOpacity , c . fill ( ) , c . globalAlpha = 1 , t && ( d . lineTo ( q , v ) , d . lineTo ( x . x ,
v ) , d . closePath ( ) , d . fill ( ) ) , c . beginPath ( ) , c . moveTo ( q , r ) , d . beginPath ( ) , d . moveTo ( q , r ) , x = { x : q , y : r } ) } var c = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = this . _eventManager . ghostCtx , e = a . axisX . lineCoordinates , f = a . axisY . lineCoordinates , g = [ ] , k = this . plotArea ; c . save ( ) ; t && d . save ( ) ; c . beginPath ( ) ; c . rect ( k . x1 , k . y1 , k . width , k . height ) ; c . clip ( ) ; t && ( d . beginPath ( ) , d . rect ( k . x1 , k . y1 , k . width , k . height ) , d . clip ( ) ) ; for ( k = 0 ; k < a . dataSeriesIndexes . length ; k ++ ) { var p = a . dataSeriesIndexes [ k ] , h = this . data [ p ] ,
l = h . dataPoints , g = h . id ; this . _eventManager . objectMap [ g ] = { objectType : "dataSeries" , dataSeriesIndex : p } ; g = B ( g ) ; d . fillStyle = g ; var g = [ ] , m = ! 0 , n = 0 , q , r , s , w = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) + 0.5 << 0 , v , x = null ; if ( 0 < l . length ) { var E = h . _colorSet [ n % h . _colorSet . length ] ; c . fillStyle = E ; c . strokeStyle = E ; c . lineWidth = h . lineThickness ; c . setLineDash && c . setLineDash ( M ( h . lineDashType , h . lineThickness ) ) ; for ( var y = ! 0 ; n < l . length ; n ++ ) if ( s = l [ n ] . x . getTime ?
l [ n ] . x . getTime ( ) : l [ n ] . x , ! ( s < a . axisX . dataInfo . viewPortMin || s > a . axisX . dataInfo . viewPortMax ) ) if ( "number" !== typeof l [ n ] . y ) b ( ) , y = ! 0 ; else { q = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( s - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; r = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( l [ n ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; m || y ? ( c . beginPath ( ) , c . moveTo ( q , r ) , x = { x : q , y : r } , t && ( d . beginPath ( ) , d . moveTo ( q , r ) ) , y = m = ! 1 ) : ( c . lineTo ( q , r ) ,
t && d . lineTo ( q , r ) , 0 == n % 250 && b ( ) ) ; var z = h . dataPointIds [ n ] ; this . _eventManager . objectMap [ z ] = { id : z , objectType : "dataPoint" , dataSeriesIndex : p , dataPointIndex : n , x1 : q , y1 : r } ; 0 !== l [ n ] . markerSize && ( 0 < l [ n ] . markerSize || 0 < h . markerSize ) && ( s = h . getMarkerProperties ( n , q , r , c ) , g . push ( s ) , z = B ( z ) , t && g . push ( { x : q , y : r , ctx : d , type : s . type , size : s . size , color : z , borderColor : z , borderThickness : s . borderThickness } ) ) ; ( l [ n ] . indexLabel || h . indexLabel || l [ n ] . indexLabelFormatter || h . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "area" ,
dataPoint : l [ n ] , dataSeries : h , point : { x : q , y : r } , direction : 0 <= l [ n ] . y ? 1 : - 1 , color : E } ) } b ( ) ; K . drawMarkers ( g ) } } c . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; return { source : c , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderSplineArea = function ( a ) { function b ( ) { var b = ia ( v , 2 ) ; if ( 0 < b . length ) { c . beginPath ( ) ; c . moveTo ( b [ 0 ] . x , b [ 0 ] . y ) ; t && ( d . beginPath ( ) , d . moveTo ( b [ 0 ] . x , b [ 0 ] . y ) ) ; for ( var g = 0 ; g < b . length - 3 ; g += 3 ) c . bezierCurveTo ( b [ g + 1 ] . x , b [ g +
1 ] . y , b [ g + 2 ] . x , b [ g + 2 ] . y , b [ g + 3 ] . x , b [ g + 3 ] . y ) , t && d . bezierCurveTo ( b [ g + 1 ] . x , b [ g + 1 ] . y , b [ g + 2 ] . x , b [ g + 2 ] . y , b [ g + 3 ] . x , b [ g + 3 ] . y ) ; 0 < h . lineThickness && c . stroke ( ) ; 0 >= a . axisY . viewportMinimum && 0 <= a . axisY . viewportMaximum ? s = r : 0 > a . axisY . viewportMaximum ? s = f . y1 : 0 < a . axisY . viewportMinimum && ( s = e . y2 ) ; w = { x : b [ 0 ] . x , y : b [ 0 ] . y } ; c . lineTo ( b [ b . length - 1 ] . x , s ) ; c . lineTo ( w . x , s ) ; c . closePath ( ) ; c . globalAlpha = h . fillOpacity ; c . fill ( ) ; c . globalAlpha = 1 ; t && ( d . lineTo ( b [ b . length - 1 ] . x , s ) , d . lineTo ( w . x , s ) , d . closePath ( ) , d . fill ( ) ) } } var c = a . targetCanvasCtx ||
this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = this . _eventManager . ghostCtx , e = a . axisX . lineCoordinates , f = a . axisY . lineCoordinates , g = [ ] , k = this . plotArea ; c . save ( ) ; t && d . save ( ) ; c . beginPath ( ) ; c . rect ( k . x1 , k . y1 , k . width , k . height ) ; c . clip ( ) ; t && ( d . beginPath ( ) , d . rect ( k . x1 , k . y1 , k . width , k . height ) , d . clip ( ) ) ; for ( k = 0 ; k < a . dataSeriesIndexes . length ; k ++ ) { var p = a . dataSeriesIndexes [ k ] , h = this . data [ p ] , l = h . dataPoints , g = h . id ; this . _eventManager . objectMap [ g ] = { objectType : "dataSeries" , dataSeriesIndex : p } ; g = B ( g ) ; d . fillStyle =
g ; var g = [ ] , m = 0 , n , q , r = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) + 0.5 << 0 , s , w = null , v = [ ] ; if ( 0 < l . length ) { color = h . _colorSet [ m % h . _colorSet . length ] ; c . fillStyle = color ; c . strokeStyle = color ; c . lineWidth = h . lineThickness ; for ( c . setLineDash && c . setLineDash ( M ( h . lineDashType , h . lineThickness ) ) ; m < l . length ; m ++ ) if ( n = l [ m ] . x . getTime ? l [ m ] . x . getTime ( ) : l [ m ] . x , ! ( n < a . axisX . dataInfo . viewPortMin || n > a . axisX . dataInfo . viewPortMax ) ) if ( "number" !== typeof l [ m ] . y ) 0 <
m && ( b ( ) , v = [ ] ) ; else { n = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( n - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; q = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( l [ m ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var x = h . dataPointIds [ m ] ; this . _eventManager . objectMap [ x ] = { id : x , objectType : "dataPoint" , dataSeriesIndex : p , dataPointIndex : m , x1 : n , y1 : q } ; v [ v . length ] = { x : n , y : q } ; if ( 0 !== l [ m ] . markerSize && ( 0 < l [ m ] . markerSize || 0 < h . markerSize ) ) { var E =
h . getMarkerProperties ( m , n , q , c ) ; g . push ( E ) ; x = B ( x ) ; t && g . push ( { x : n , y : q , ctx : d , type : E . type , size : E . size , color : x , borderColor : x , borderThickness : E . borderThickness } ) } ( l [ m ] . indexLabel || h . indexLabel || l [ m ] . indexLabelFormatter || h . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "splineArea" , dataPoint : l [ m ] , dataSeries : h , point : { x : n , y : q } , direction : 0 <= l [ m ] . y ? 1 : - 1 , color : color } ) } b ( ) ; K . drawMarkers ( g ) } } c . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; return { source : c , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation ,
easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderStepArea = function ( a ) { function b ( ) { x && ( 0 < h . lineThickness && c . stroke ( ) , 0 >= a . axisY . viewportMinimum && 0 <= a . axisY . viewportMaximum ? v = w : 0 > a . axisY . viewportMaximum ? v = f . y1 : 0 < a . axisY . viewportMinimum && ( v = e . y2 ) , c . lineTo ( q , v ) , c . lineTo ( x . x , v ) , c . closePath ( ) , c . globalAlpha = h . fillOpacity , c . fill ( ) , c . globalAlpha = 1 , t && ( d . lineTo ( q , v ) , d . lineTo ( x . x , v ) , d . closePath ( ) , d . fill ( ) ) , c . beginPath ( ) , c . moveTo ( q , r ) , d . beginPath ( ) , d . moveTo ( q , r ) , x = { x : q , y : r } ) } var c = a . targetCanvasCtx ||
this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = this . _eventManager . ghostCtx , e = a . axisX . lineCoordinates , f = a . axisY . lineCoordinates , g = [ ] , k = this . plotArea ; c . save ( ) ; t && d . save ( ) ; c . beginPath ( ) ; c . rect ( k . x1 , k . y1 , k . width , k . height ) ; c . clip ( ) ; t && ( d . beginPath ( ) , d . rect ( k . x1 , k . y1 , k . width , k . height ) , d . clip ( ) ) ; for ( k = 0 ; k < a . dataSeriesIndexes . length ; k ++ ) { var p = a . dataSeriesIndexes [ k ] , h = this . data [ p ] , l = h . dataPoints , g = h . id ; this . _eventManager . objectMap [ g ] = { objectType : "dataSeries" , dataSeriesIndex : p } ; g = B ( g ) ; d . fillStyle =
g ; var g = [ ] , m = ! 0 , n = 0 , q , r , s , w = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) + 0.5 << 0 , v , x = null , E = ! 1 ; if ( 0 < l . length ) { var y = h . _colorSet [ n % h . _colorSet . length ] ; c . fillStyle = y ; c . strokeStyle = y ; c . lineWidth = h . lineThickness ; for ( c . setLineDash && c . setLineDash ( M ( h . lineDashType , h . lineThickness ) ) ; n < l . length ; n ++ ) if ( s = l [ n ] . x . getTime ? l [ n ] . x . getTime ( ) : l [ n ] . x , ! ( s < a . axisX . dataInfo . viewPortMin || s > a . axisX . dataInfo . viewPortMax ) ) { var z = r ; "number" !== typeof l [ n ] . y ?
( b ( ) , E = ! 0 ) : ( q = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( s - a . axisX . conversionParameters . minimum ) + 0.5 << 0 , r = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( l [ n ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 , m || E ? ( c . beginPath ( ) , c . moveTo ( q , r ) , x = { x : q , y : r } , t && ( d . beginPath ( ) , d . moveTo ( q , r ) ) , E = m = ! 1 ) : ( c . lineTo ( q , z ) , t && d . lineTo ( q , z ) , c . lineTo ( q , r ) , t && d . lineTo ( q , r ) , 0 == n % 250 && b ( ) ) , z = h . dataPointIds [ n ] , this . _eventManager . objectMap [ z ] = { id : z ,
objectType : "dataPoint" , dataSeriesIndex : p , dataPointIndex : n , x1 : q , y1 : r } , 0 !== l [ n ] . markerSize && ( 0 < l [ n ] . markerSize || 0 < h . markerSize ) && ( s = h . getMarkerProperties ( n , q , r , c ) , g . push ( s ) , z = B ( z ) , t && g . push ( { x : q , y : r , ctx : d , type : s . type , size : s . size , color : z , borderColor : z , borderThickness : s . borderThickness } ) ) , ( l [ n ] . indexLabel || h . indexLabel || l [ n ] . indexLabelFormatter || h . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stepArea" , dataPoint : l [ n ] , dataSeries : h , point : { x : q , y : r } , direction : 0 <= l [ n ] . y ? 1 : - 1 , color : y } ) ) } b ( ) ; K . drawMarkers ( g ) } } c . restore ( ) ;
t && this . _eventManager . ghostCtx . restore ( ) ; return { source : c , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderStackedArea = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = [ ] , e = this . plotArea , f = [ ] , g = [ ] , k = 0 , p , h , l , m = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( 0 - a . axisY . conversionParameters . minimum ) << 0 , n = this . _eventManager . ghostCtx ; t && n . beginPath ( ) ;
b . save ( ) ; t && n . save ( ) ; b . beginPath ( ) ; b . rect ( e . x1 , e . y1 , e . width , e . height ) ; b . clip ( ) ; t && ( n . beginPath ( ) , n . rect ( e . x1 , e . y1 , e . width , e . height ) , n . clip ( ) ) ; xValuePresent = [ ] ; for ( e = 0 ; e < a . dataSeriesIndexes . length ; e ++ ) { var q = a . dataSeriesIndexes [ e ] , r = this . data [ q ] , s = r . dataPoints ; r . dataPointIndexes = [ ] ; for ( k = 0 ; k < s . length ; k ++ ) q = s [ k ] . x . getTime ? s [ k ] . x . getTime ( ) : s [ k ] . x , r . dataPointIndexes [ q ] = k , xValuePresent [ q ] || ( g . push ( q ) , xValuePresent [ q ] = ! 0 ) ; g . sort ( ua ) } for ( e = 0 ; e < a . dataSeriesIndexes . length ; e ++ ) { var q = a . dataSeriesIndexes [ e ] ,
r = this . data [ q ] , s = r . dataPoints , w = ! 0 , v = [ ] , k = r . id ; this . _eventManager . objectMap [ k ] = { objectType : "dataSeries" , dataSeriesIndex : q } ; k = B ( k ) ; n . fillStyle = k ; if ( 0 < g . length ) { c = r . _colorSet [ 0 ] ; b . fillStyle = c ; b . strokeStyle = c ; b . lineWidth = r . lineThickness ; b . setLineDash && b . setLineDash ( M ( r . lineDashType , r . lineThickness ) ) ; for ( k = 0 ; k < g . length ; k ++ ) { l = g [ k ] ; var x = null , x = 0 <= r . dataPointIndexes [ l ] ? s [ r . dataPointIndexes [ l ] ] : { x : l , y : 0 } ; if ( ! ( l < a . axisX . dataInfo . viewPortMin || l > a . axisX . dataInfo . viewPortMax ) && "number" === typeof x . y ) { p = a . axisX . conversionParameters . reference +
a . axisX . conversionParameters . pixelPerUnit * ( l - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; h = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( x . y - a . axisY . conversionParameters . minimum ) ; var E = f [ l ] ? f [ l ] : 0 ; h -= E ; v . push ( { x : p , y : m - E } ) ; f [ l ] = m - h ; if ( w ) b . beginPath ( ) , b . moveTo ( p , h ) , t && ( n . beginPath ( ) , n . moveTo ( p , h ) ) , w = ! 1 ; else if ( b . lineTo ( p , h ) , t && n . lineTo ( p , h ) , 0 == k % 250 ) { for ( 0 < r . lineThickness && b . stroke ( ) ; 0 < v . length ; ) { var y = v . pop ( ) ; b . lineTo ( y . x , y . y ) ; t && n . lineTo ( y . x , y . y ) } b . closePath ( ) ;
b . globalAlpha = r . fillOpacity ; b . fill ( ) ; b . globalAlpha = 1 ; b . beginPath ( ) ; b . moveTo ( p , h ) ; t && ( n . closePath ( ) , n . fill ( ) , n . beginPath ( ) , n . moveTo ( p , h ) ) ; v . push ( { x : p , y : m - E } ) } if ( 0 <= r . dataPointIndexes [ l ] ) { var z = r . dataPointIds [ r . dataPointIndexes [ l ] ] ; this . _eventManager . objectMap [ z ] = { id : z , objectType : "dataPoint" , dataSeriesIndex : q , dataPointIndex : r . dataPointIndexes [ l ] , x1 : p , y1 : h } } 0 <= r . dataPointIndexes [ l ] && 0 !== x . markerSize && ( 0 < x . markerSize || 0 < r . markerSize ) && ( l = r . getMarkerProperties ( k , p , h , b ) , d . push ( l ) , markerColor = B ( z ) , t && d . push ( { x : p ,
y : h , ctx : n , type : l . type , size : l . size , color : markerColor , borderColor : markerColor , borderThickness : l . borderThickness } ) ) ; ( x . indexLabel || r . indexLabel || x . indexLabelFormatter || r . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stackedArea" , dataPoint : x , dataSeries : r , point : { x : p , y : h } , direction : 0 <= s [ k ] . y ? 1 : - 1 , color : c } ) } } for ( 0 < r . lineThickness && b . stroke ( ) ; 0 < v . length ; ) y = v . pop ( ) , b . lineTo ( y . x , y . y ) , t && n . lineTo ( y . x , y . y ) ; b . closePath ( ) ; b . globalAlpha = r . fillOpacity ; b . fill ( ) ; b . globalAlpha = 1 ; b . beginPath ( ) ; b . moveTo ( p ,
h ) ; t && ( n . closePath ( ) , n . fill ( ) , n . beginPath ( ) , n . moveTo ( p , h ) ) } delete r . dataPointIndexes } K . drawMarkers ( d ) ; b . restore ( ) ; t && n . restore ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderStackedArea100 = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = [ ] , f = [ ] , g = [ ] , k = 0 , p , h , l , m = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit *
( 0 - a . axisY . conversionParameters . minimum ) << 0 , n = this . dataPointMaxWidth ? this . dataPointMaxWidth : 0.15 * this . width << 0 , q = a . axisX . dataInfo . minDiff , q = 0.9 * d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( q ) << 0 , r = this . _eventManager . ghostCtx ; b . save ( ) ; t && r . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( r . beginPath ( ) , r . rect ( d . x1 , d . y1 , d . width , d . height ) , r . clip ( ) ) ; xValuePresent = [ ] ; for ( d = 0 ; d < a . dataSeriesIndexes . length ; d ++ ) { var s = a . dataSeriesIndexes [ d ] , w = this . data [ s ] , v =
w . dataPoints ; w . dataPointIndexes = [ ] ; for ( k = 0 ; k < v . length ; k ++ ) s = v [ k ] . x . getTime ? v [ k ] . x . getTime ( ) : v [ k ] . x , w . dataPointIndexes [ s ] = k , xValuePresent [ s ] || ( g . push ( s ) , xValuePresent [ s ] = ! 0 ) ; g . sort ( ua ) } for ( d = 0 ; d < a . dataSeriesIndexes . length ; d ++ ) { var s = a . dataSeriesIndexes [ d ] , w = this . data [ s ] , v = w . dataPoints , x = ! 0 , c = w . id ; this . _eventManager . objectMap [ c ] = { objectType : "dataSeries" , dataSeriesIndex : s } ; c = B ( c ) ; r . fillStyle = c ; 1 == v . length && ( q = n ) ; 1 > q ? q = 1 : q > n && ( q = n ) ; var E = [ ] ; if ( 0 < g . length ) { c = w . _colorSet [ k % w . _colorSet . length ] ; b . fillStyle =
c ; b . strokeStyle = c ; b . lineWidth = w . lineThickness ; b . setLineDash && b . setLineDash ( M ( w . lineDashType , w . lineThickness ) ) ; for ( k = 0 ; k < g . length ; k ++ ) { l = g [ k ] ; var y = null , y = 0 <= w . dataPointIndexes [ l ] ? v [ w . dataPointIndexes [ l ] ] : { x : l , y : 0 } ; if ( ! ( l < a . axisX . dataInfo . viewPortMin || l > a . axisX . dataInfo . viewPortMax ) && "number" === typeof y . y ) { h = 0 !== a . dataPointYSums [ l ] ? 100 * ( y . y / a . dataPointYSums [ l ] ) : 0 ; p = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( l - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; h = a . axisY . conversionParameters . reference +
a . axisY . conversionParameters . pixelPerUnit * ( h - a . axisY . conversionParameters . minimum ) ; var z = f [ l ] ? f [ l ] : 0 ; h -= z ; E . push ( { x : p , y : m - z } ) ; f [ l ] = m - h ; if ( x ) b . beginPath ( ) , b . moveTo ( p , h ) , t && ( r . beginPath ( ) , r . moveTo ( p , h ) ) , x = ! 1 ; else if ( b . lineTo ( p , h ) , t && r . lineTo ( p , h ) , 0 == k % 250 ) { for ( 0 < w . lineThickness && b . stroke ( ) ; 0 < E . length ; ) { var u = E . pop ( ) ; b . lineTo ( u . x , u . y ) ; t && r . lineTo ( u . x , u . y ) } b . closePath ( ) ; b . globalAlpha = w . fillOpacity ; b . fill ( ) ; b . globalAlpha = 1 ; b . beginPath ( ) ; b . moveTo ( p , h ) ; t && ( r . closePath ( ) , r . fill ( ) , r . beginPath ( ) , r . moveTo ( p ,
h ) ) ; E . push ( { x : p , y : m - z } ) } if ( 0 <= w . dataPointIndexes [ l ] ) { var D = w . dataPointIds [ w . dataPointIndexes [ l ] ] ; this . _eventManager . objectMap [ D ] = { id : D , objectType : "dataPoint" , dataSeriesIndex : s , dataPointIndex : w . dataPointIndexes [ l ] , x1 : p , y1 : h } } 0 <= w . dataPointIndexes [ l ] && 0 !== y . markerSize && ( 0 < y . markerSize || 0 < w . markerSize ) && ( l = w . getMarkerProperties ( k , p , h , b ) , e . push ( l ) , markerColor = B ( D ) , t && e . push ( { x : p , y : h , ctx : r , type : l . type , size : l . size , color : markerColor , borderColor : markerColor , borderThickness : l . borderThickness } ) ) ; ( y . indexLabel ||
w . indexLabel || y . indexLabelFormatter || w . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "stackedArea100" , dataPoint : y , dataSeries : w , point : { x : p , y : h } , direction : 0 <= v [ k ] . y ? 1 : - 1 , color : c } ) } } for ( 0 < w . lineThickness && b . stroke ( ) ; 0 < E . length ; ) u = E . pop ( ) , b . lineTo ( u . x , u . y ) , t && r . lineTo ( u . x , u . y ) ; b . closePath ( ) ; b . globalAlpha = w . fillOpacity ; b . fill ( ) ; b . globalAlpha = 1 ; b . beginPath ( ) ; b . moveTo ( p , h ) ; t && ( r . closePath ( ) , r . fill ( ) , r . beginPath ( ) , r . moveTo ( p , h ) ) } delete w . dataPointIndexes } K . drawMarkers ( e ) ; b . restore ( ) ; t && r . restore ( ) ;
return { source : b , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderBubble = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx , c = a . dataSeriesIndexes . length ; if ( ! ( 0 >= c ) ) { var d = this . plotArea , e = 0 , f , g , k = this . dataPointMaxWidth ? this . dataPointMaxWidth : 0.15 * this . width << 0 , e = a . axisX . dataInfo . minDiff , c = 0.9 * ( d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( e ) / c ) << 0 ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ;
b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( var p = - Infinity , h = Infinity , l = 0 ; l < a . dataSeriesIndexes . length ; l ++ ) for ( var m = a . dataSeriesIndexes [ l ] , n = this . data [ m ] , q = n . dataPoints , r = 0 , e = 0 ; e < q . length ; e ++ ) f = q [ e ] . getTime ? f = q [ e ] . x . getTime ( ) : f = q [ e ] . x , f < a . axisX . dataInfo . viewPortMin || f > a . axisX . dataInfo . viewPortMax || "undefined" === typeof q [ e ] . z || ( r = q [ e ] . z , r > p && ( p = r ) , r < h && ( h = r ) ) ; for ( var s = 25 * Math . PI ,
d = Math . max ( Math . pow ( 0.25 * Math . min ( d . height , d . width ) / 2 , 2 ) * Math . PI , s ) , l = 0 ; l < a . dataSeriesIndexes . length ; l ++ ) if ( m = a . dataSeriesIndexes [ l ] , n = this . data [ m ] , q = n . dataPoints , 1 == q . length && ( c = k ) , 1 > c ? c = 1 : c > k && ( c = k ) , 0 < q . length ) for ( b . strokeStyle = "#4572A7 " , e = 0 ; e < q . length ; e ++ ) if ( f = q [ e ] . getTime ? f = q [ e ] . x . getTime ( ) : f = q [ e ] . x , ! ( f < a . axisX . dataInfo . viewPortMin || f > a . axisX . dataInfo . viewPortMax ) && "number" === typeof q [ e ] . y ) { f = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( f - a . axisX . conversionParameters . minimum ) +
0.5 << 0 ; g = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( q [ e ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var r = q [ e ] . z , w = 2 * Math . max ( Math . sqrt ( ( p === h ? d / 2 : s + ( d - s ) / ( p - h ) * ( r - h ) ) / Math . PI ) << 0 , 1 ) , r = n . getMarkerProperties ( e , b ) ; r . size = w ; b . globalAlpha = n . fillOpacity ; K . drawMarker ( f , g , b , r . type , r . size , r . color , r . borderColor , r . borderThickness ) ; b . globalAlpha = 1 ; var v = n . dataPointIds [ e ] ; this . _eventManager . objectMap [ v ] = { id : v , objectType : "dataPoint" , dataSeriesIndex : m , dataPointIndex : e ,
x1 : f , y1 : g , size : w } ; w = B ( v ) ; t && K . drawMarker ( f , g , this . _eventManager . ghostCtx , r . type , r . size , w , w , r . borderThickness ) ; ( q [ e ] . indexLabel || n . indexLabel || q [ e ] . indexLabelFormatter || n . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "bubble" , dataPoint : q [ e ] , dataSeries : n , point : { x : f , y : g } , direction : 1 , bounds : { x1 : f - r . size / 2 , y1 : g - r . size / 2 , x2 : f + r . size / 2 , y2 : g + r . size / 2 } , color : null } ) } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . fadeInAnimation , easingFunction : A . easing . easeInQuad ,
animationBase : 0 } } } ; u . prototype . renderScatter = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx , c = a . dataSeriesIndexes . length ; if ( ! ( 0 >= c ) ) { var d = this . plotArea , e = 0 , f , g , k = this . dataPointMaxWidth ? this . dataPointMaxWidth : 0.15 * this . width << 0 , e = a . axisX . dataInfo . minDiff , c = 0.9 * ( d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( e ) / c ) << 0 ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 ,
d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( var p = 0 ; p < a . dataSeriesIndexes . length ; p ++ ) { var h = a . dataSeriesIndexes [ p ] , l = this . data [ h ] , m = l . dataPoints ; 1 == m . length && ( c = k ) ; 1 > c ? c = 1 : c > k && ( c = k ) ; if ( 0 < m . length ) { b . strokeStyle = "#4572A7 " ; Math . pow ( 0.3 * Math . min ( d . height , d . width ) / 2 , 2 ) ; for ( var n = 0 , q = 0 , e = 0 ; e < m . length ; e ++ ) if ( f = m [ e ] . getTime ? f = m [ e ] . x . getTime ( ) : f = m [ e ] . x , ! ( f < a . axisX . dataInfo . viewPortMin || f > a . axisX . dataInfo . viewPortMax ) && "number" === typeof m [ e ] . y ) { f = a . axisX . conversionParameters . reference +
a . axisX . conversionParameters . pixelPerUnit * ( f - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; g = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( m [ e ] . y - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var r = l . getMarkerProperties ( e , f , g , b ) ; b . globalAlpha = l . fillOpacity ; K . drawMarker ( r . x , r . y , r . ctx , r . type , r . size , r . color , r . borderColor , r . borderThickness ) ; b . globalAlpha = 1 ; Math . sqrt ( ( n - f ) * ( n - f ) + ( q - g ) * ( q - g ) ) < Math . min ( r . size , 5 ) && m . length > Math . min ( this . plotArea . width , this . plotArea . height ) ||
( n = l . dataPointIds [ e ] , this . _eventManager . objectMap [ n ] = { id : n , objectType : "dataPoint" , dataSeriesIndex : h , dataPointIndex : e , x1 : f , y1 : g } , n = B ( n ) , t && K . drawMarker ( r . x , r . y , this . _eventManager . ghostCtx , r . type , r . size , n , n , r . borderThickness ) , ( m [ e ] . indexLabel || l . indexLabel || m [ e ] . indexLabelFormatter || l . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : "scatter" , dataPoint : m [ e ] , dataSeries : l , point : { x : f , y : g } , direction : 1 , bounds : { x1 : f - r . size / 2 , y1 : g - r . size / 2 , x2 : f + r . size / 2 , y2 : g + r . size / 2 } , color : null } ) , n = f , q = g ) } } } b . restore ( ) ;
t && this . _eventManager . ghostCtx . restore ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . fadeInAnimation , easingFunction : A . easing . easeInQuad , animationBase : 0 } } } ; u . prototype . renderCandlestick = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx , c = this . _eventManager . ghostCtx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = null , d = this . plotArea , e = 0 , f , g , k , p , h , l , e = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 ; f = this . dataPointMaxWidth ? this . dataPointMaxWidth :
this . dataPointWidth ? this . dataPointWidth : 0.015 * this . width ; var m = a . axisX . dataInfo . minDiff ; isFinite ( m ) || ( m = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; m = this . dataPointWidth ? this . dataPointWidth : 0.7 * d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( m ) << 0 ; this . dataPointMaxWidth && e > f && ( e = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , f ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth && f < e ) && ( f = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity ,
e ) ) ; m < e && ( m = e ) ; m > f && ( m = f ) ; b . save ( ) ; t && c . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( c . rect ( d . x1 , d . y1 , d . width , d . height ) , c . clip ( ) ) ; for ( var n = 0 ; n < a . dataSeriesIndexes . length ; n ++ ) { var q = a . dataSeriesIndexes [ n ] , r = this . data [ q ] , s = r . dataPoints ; if ( 0 < s . length ) for ( var w = 5 < m && r . bevelEnabled ? ! 0 : ! 1 , e = 0 ; e < s . length ; e ++ ) if ( s [ e ] . getTime ? l = s [ e ] . x . getTime ( ) : l = s [ e ] . x , ! ( l < a . axisX . dataInfo . viewPortMin || l > a . axisX . dataInfo . viewPortMax ) && null !== s [ e ] . y && s [ e ] . y . length && "number" === typeof s [ e ] . y [ 0 ] && "number" ===
typeof s [ e ] . y [ 1 ] && "number" === typeof s [ e ] . y [ 2 ] && "number" === typeof s [ e ] . y [ 3 ] ) { f = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( l - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; g = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( s [ e ] . y [ 0 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; k = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( s [ e ] . y [ 1 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; p = a . axisY . conversionParameters . reference +
a . axisY . conversionParameters . pixelPerUnit * ( s [ e ] . y [ 2 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; h = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( s [ e ] . y [ 3 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var v = f - m / 2 << 0 , x = v + m << 0 , d = s [ e ] . color ? s [ e ] . color : r . _colorSet [ 0 ] , E = Math . round ( Math . max ( 1 , 0.15 * m ) ) , u = 0 === E % 2 ? 0 : 0.5 , z = r . dataPointIds [ e ] ; this . _eventManager . objectMap [ z ] = { id : z , objectType : "dataPoint" , dataSeriesIndex : q , dataPointIndex : e , x1 : v , y1 : g , x2 : x , y2 : k , x3 : f , y3 : p , x4 : f , y4 : h ,
borderThickness : E , color : d } ; b . strokeStyle = d ; b . beginPath ( ) ; b . lineWidth = E ; c . lineWidth = Math . max ( E , 4 ) ; "candlestick" === r . type ? ( b . moveTo ( f - u , k ) , b . lineTo ( f - u , Math . min ( g , h ) ) , b . stroke ( ) , b . moveTo ( f - u , Math . max ( g , h ) ) , b . lineTo ( f - u , p ) , b . stroke ( ) , I ( b , v , Math . min ( g , h ) , x , Math . max ( g , h ) , s [ e ] . y [ 0 ] <= s [ e ] . y [ 3 ] ? r . risingColor : d , E , d , w , w , ! 1 , ! 1 , r . fillOpacity ) , t && ( d = B ( z ) , c . strokeStyle = d , c . moveTo ( f - u , k ) , c . lineTo ( f - u , Math . min ( g , h ) ) , c . stroke ( ) , c . moveTo ( f - u , Math . max ( g , h ) ) , c . lineTo ( f - u , p ) , c . stroke ( ) , I ( c , v , Math . min ( g , h ) , x , Math . max ( g ,
h ) , d , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ) ) : "ohlc" === r . type && ( b . moveTo ( f - u , k ) , b . lineTo ( f - u , p ) , b . stroke ( ) , b . beginPath ( ) , b . moveTo ( f , g ) , b . lineTo ( v , g ) , b . stroke ( ) , b . beginPath ( ) , b . moveTo ( f , h ) , b . lineTo ( x , h ) , b . stroke ( ) , t && ( d = B ( z ) , c . strokeStyle = d , c . moveTo ( f - u , k ) , c . lineTo ( f - u , p ) , c . stroke ( ) , c . beginPath ( ) , c . moveTo ( f , g ) , c . lineTo ( v , g ) , c . stroke ( ) , c . beginPath ( ) , c . moveTo ( f , h ) , c . lineTo ( x , h ) , c . stroke ( ) ) ) ; ( s [ e ] . indexLabel || r . indexLabel || s [ e ] . indexLabelFormatter || r . indexLabelFormatter ) && this . _indexLabels . push ( { chartType : r . type , dataPoint : s [ e ] ,
dataSeries : r , point : { x : v + ( x - v ) / 2 , y : k } , direction : 1 , bounds : { x1 : v , y1 : Math . min ( k , p ) , x2 : x , y2 : Math . max ( k , p ) } , color : d } ) } } b . restore ( ) ; t && c . restore ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . fadeInAnimation , easingFunction : A . easing . easeInQuad , animationBase : 0 } } } ; u . prototype . renderRangeColumn = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = 0 , f , g , e = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth :
1 ; f = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ? this . dataPointWidth : 0.03 * this . width ; var k = a . axisX . dataInfo . minDiff ; isFinite ( k ) || ( k = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; k = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . width / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( k ) / a . plotType . totalDataSeries ) << 0 ; this . dataPointMaxWidth && e > f && ( e = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , f ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth &&
f < e ) && ( f = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , e ) ) ; k < e && ( k = e ) ; k > f && ( k = f ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( var p = 0 ; p < a . dataSeriesIndexes . length ; p ++ ) { var h = a . dataSeriesIndexes [ p ] , l = this . data [ h ] , m = l . dataPoints ; if ( 0 < m . length ) for ( var n = 5 < k && l . bevelEnabled ? ! 0 : ! 1 , e = 0 ; e < m . length ; e ++ ) if ( m [ e ] . getTime ? g = m [ e ] . x . getTime ( ) :
g = m [ e ] . x , ! ( g < a . axisX . dataInfo . viewPortMin || g > a . axisX . dataInfo . viewPortMax ) && null !== m [ e ] . y && m [ e ] . y . length && "number" === typeof m [ e ] . y [ 0 ] && "number" === typeof m [ e ] . y [ 1 ] ) { c = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( g - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; d = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( m [ e ] . y [ 0 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; f = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit *
( m [ e ] . y [ 1 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var q = c - a . plotType . totalDataSeries * k / 2 + ( a . previousDataSeriesCount + p ) * k << 0 , r = q + k << 0 , c = m [ e ] . color ? m [ e ] . color : l . _colorSet [ e % l . _colorSet . length ] ; if ( d > f ) { var s = d , d = f ; f = s } s = l . dataPointIds [ e ] ; this . _eventManager . objectMap [ s ] = { id : s , objectType : "dataPoint" , dataSeriesIndex : h , dataPointIndex : e , x1 : q , y1 : d , x2 : r , y2 : f } ; I ( b , q , d , r , f , c , 0 , c , n , n , ! 1 , ! 1 , l . fillOpacity ) ; c = B ( s ) ; t && I ( this . _eventManager . ghostCtx , q , d , r , f , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ; if ( m [ e ] . indexLabel || l . indexLabel ||
m [ e ] . indexLabelFormatter || l . indexLabelFormatter ) this . _indexLabels . push ( { chartType : "rangeColumn" , dataPoint : m [ e ] , dataSeries : l , indexKeyword : 0 , point : { x : q + ( r - q ) / 2 , y : m [ e ] . y [ 1 ] >= m [ e ] . y [ 0 ] ? f : d } , direction : m [ e ] . y [ 1 ] >= m [ e ] . y [ 0 ] ? - 1 : 1 , bounds : { x1 : q , y1 : Math . min ( d , f ) , x2 : r , y2 : Math . max ( d , f ) } , color : c } ) , this . _indexLabels . push ( { chartType : "rangeColumn" , dataPoint : m [ e ] , dataSeries : l , indexKeyword : 1 , point : { x : q + ( r - q ) / 2 , y : m [ e ] . y [ 1 ] >= m [ e ] . y [ 0 ] ? d : f } , direction : m [ e ] . y [ 1 ] >= m [ e ] . y [ 0 ] ? 1 : - 1 , bounds : { x1 : q , y1 : Math . min ( d , f ) , x2 : r , y2 : Math . max ( d ,
f ) } , color : c } ) } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . fadeInAnimation , easingFunction : A . easing . easeInQuad , animationBase : 0 } } } ; u . prototype . renderRangeBar = function ( a ) { var b = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var c = null , d = this . plotArea , e = 0 , f , g , k , e = this . dataPointMinWidth ? this . dataPointMinWidth : this . dataPointWidth ? this . dataPointWidth : 1 ; f = this . dataPointMaxWidth ? this . dataPointMaxWidth : this . dataPointWidth ?
this . dataPointWidth : Math . min ( 0.15 * this . height , 0.9 * ( this . plotArea . height / a . plotType . totalDataSeries ) ) << 0 ; var p = a . axisX . dataInfo . minDiff ; isFinite ( p ) || ( p = 0.3 * Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) ) ; p = this . dataPointWidth ? this . dataPointWidth : 0.9 * ( d . height / Math . abs ( a . axisX . viewportMaximum - a . axisX . viewportMinimum ) * Math . abs ( p ) / a . plotType . totalDataSeries ) << 0 ; this . dataPointMaxWidth && e > f && ( e = Math . min ( this . dataPointWidth ? this . dataPointWidth : Infinity , f ) ) ; ! this . dataPointMaxWidth && ( this . dataPointMinWidth &&
f < e ) && ( f = Math . max ( this . dataPointWidth ? this . dataPointWidth : - Infinity , e ) ) ; p < e && ( p = e ) ; p > f && ( p = f ) ; b . save ( ) ; t && this . _eventManager . ghostCtx . save ( ) ; b . beginPath ( ) ; b . rect ( d . x1 , d . y1 , d . width , d . height ) ; b . clip ( ) ; t && ( this . _eventManager . ghostCtx . rect ( d . x1 , d . y1 , d . width , d . height ) , this . _eventManager . ghostCtx . clip ( ) ) ; for ( var h = 0 ; h < a . dataSeriesIndexes . length ; h ++ ) { var l = a . dataSeriesIndexes [ h ] , m = this . data [ l ] , n = m . dataPoints ; if ( 0 < n . length ) { var q = 5 < p && m . bevelEnabled ? ! 0 : ! 1 ; b . strokeStyle = "#4572A7 " ; for ( e = 0 ; e < n . length ; e ++ ) if ( n [ e ] . getTime ?
k = n [ e ] . x . getTime ( ) : k = n [ e ] . x , ! ( k < a . axisX . dataInfo . viewPortMin || k > a . axisX . dataInfo . viewPortMax ) && null !== n [ e ] . y && n [ e ] . y . length && "number" === typeof n [ e ] . y [ 0 ] && "number" === typeof n [ e ] . y [ 1 ] ) { d = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( n [ e ] . y [ 0 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; f = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( n [ e ] . y [ 1 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; g = a . axisX . conversionParameters . reference +
a . axisX . conversionParameters . pixelPerUnit * ( k - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; g = g - a . plotType . totalDataSeries * p / 2 + ( a . previousDataSeriesCount + h ) * p << 0 ; var r = g + p << 0 ; d > f && ( c = d , d = f , f = c ) ; c = n [ e ] . color ? n [ e ] . color : m . _colorSet [ e % m . _colorSet . length ] ; I ( b , d , g , f , r , c , 0 , null , q , ! 1 , ! 1 , ! 1 , m . fillOpacity ) ; c = m . dataPointIds [ e ] ; this . _eventManager . objectMap [ c ] = { id : c , objectType : "dataPoint" , dataSeriesIndex : l , dataPointIndex : e , x1 : d , y1 : g , x2 : f , y2 : r } ; c = B ( c ) ; t && I ( this . _eventManager . ghostCtx , d , g , f , r , c , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 ) ;
if ( n [ e ] . indexLabel || m . indexLabel || n [ e ] . indexLabelFormatter || m . indexLabelFormatter ) this . _indexLabels . push ( { chartType : "rangeBar" , dataPoint : n [ e ] , dataSeries : m , indexKeyword : 0 , point : { x : n [ e ] . y [ 1 ] >= n [ e ] . y [ 0 ] ? d : f , y : g + ( r - g ) / 2 } , direction : n [ e ] . y [ 1 ] >= n [ e ] . y [ 0 ] ? - 1 : 1 , bounds : { x1 : Math . min ( d , f ) , y1 : g , x2 : Math . max ( d , f ) , y2 : r } , color : c } ) , this . _indexLabels . push ( { chartType : "rangeBar" , dataPoint : n [ e ] , dataSeries : m , indexKeyword : 1 , point : { x : n [ e ] . y [ 1 ] >= n [ e ] . y [ 0 ] ? f : d , y : g + ( r - g ) / 2 } , direction : n [ e ] . y [ 1 ] >= n [ e ] . y [ 0 ] ? 1 : - 1 , bounds : { x1 : Math . min ( d ,
f ) , y1 : g , x2 : Math . max ( d , f ) , y2 : r } , color : c } ) } } } b . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; return { source : b , dest : this . plotArea . ctx , animationCallback : A . fadeInAnimation , easingFunction : A . easing . easeInQuad , animationBase : 0 } } } ; u . prototype . renderRangeArea = function ( a ) { function b ( ) { if ( w ) { var a = null ; 0 < p . lineThickness && c . stroke ( ) ; for ( var b = g . length - 1 ; 0 <= b ; b -- ) a = g [ b ] , c . lineTo ( a . x , a . y ) , d . lineTo ( a . x , a . y ) ; c . closePath ( ) ; c . globalAlpha = p . fillOpacity ; c . fill ( ) ; c . globalAlpha = 1 ; d . fill ( ) ; if ( 0 < p . lineThickness ) { c . beginPath ( ) ;
c . moveTo ( a . x , a . y ) ; for ( b = 0 ; b < g . length ; b ++ ) a = g [ b ] , c . lineTo ( a . x , a . y ) ; c . stroke ( ) } c . beginPath ( ) ; c . moveTo ( n , q ) ; d . beginPath ( ) ; d . moveTo ( n , q ) ; w = { x : n , y : q } ; g = [ ] ; g . push ( { x : n , y : r } ) } } var c = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = this . _eventManager . ghostCtx , e = [ ] , f = this . plotArea ; c . save ( ) ; t && d . save ( ) ; c . beginPath ( ) ; c . rect ( f . x1 , f . y1 , f . width , f . height ) ; c . clip ( ) ; t && ( d . beginPath ( ) , d . rect ( f . x1 , f . y1 , f . width , f . height ) , d . clip ( ) ) ; for ( f = 0 ; f < a . dataSeriesIndexes . length ; f ++ ) { var g = [ ] , k = a . dataSeriesIndexes [ f ] ,
p = this . data [ k ] , h = p . dataPoints , e = p . id ; this . _eventManager . objectMap [ e ] = { objectType : "dataSeries" , dataSeriesIndex : k } ; e = B ( e ) ; d . fillStyle = e ; var e = [ ] , l = ! 0 , m = 0 , n , q , r , s , w = null ; if ( 0 < h . length ) { var v = p . _colorSet [ m % p . _colorSet . length ] ; c . fillStyle = v ; c . strokeStyle = v ; c . lineWidth = p . lineThickness ; c . setLineDash && c . setLineDash ( M ( p . lineDashType , p . lineThickness ) ) ; for ( var x = ! 0 ; m < h . length ; m ++ ) if ( s = h [ m ] . x . getTime ? h [ m ] . x . getTime ( ) : h [ m ] . x , ! ( s < a . axisX . dataInfo . viewPortMin || s > a . axisX . dataInfo . viewPortMax ) ) if ( null !== h [ m ] . y && h [ m ] . y . length &&
"number" === typeof h [ m ] . y [ 0 ] && "number" === typeof h [ m ] . y [ 1 ] ) { n = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( s - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; q = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( h [ m ] . y [ 0 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; r = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( h [ m ] . y [ 1 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; l || x ? ( c . beginPath ( ) , c . moveTo ( n , q ) ,
w = { x : n , y : q } , g = [ ] , g . push ( { x : n , y : r } ) , t && ( d . beginPath ( ) , d . moveTo ( n , q ) ) , x = l = ! 1 ) : ( c . lineTo ( n , q ) , g . push ( { x : n , y : r } ) , t && d . lineTo ( n , q ) , 0 == m % 250 && b ( ) ) ; s = p . dataPointIds [ m ] ; this . _eventManager . objectMap [ s ] = { id : s , objectType : "dataPoint" , dataSeriesIndex : k , dataPointIndex : m , x1 : n , y1 : q , y2 : r } ; if ( 0 !== h [ m ] . markerSize && ( 0 < h [ m ] . markerSize || 0 < p . markerSize ) ) { var u = p . getMarkerProperties ( m , n , r , c ) ; e . push ( u ) ; var y = B ( s ) ; t && e . push ( { x : n , y : r , ctx : d , type : u . type , size : u . size , color : y , borderColor : y , borderThickness : u . borderThickness } ) ; u =
p . getMarkerProperties ( m , n , q , c ) ; e . push ( u ) ; y = B ( s ) ; t && e . push ( { x : n , y : q , ctx : d , type : u . type , size : u . size , color : y , borderColor : y , borderThickness : u . borderThickness } ) } if ( h [ m ] . indexLabel || p . indexLabel || h [ m ] . indexLabelFormatter || p . indexLabelFormatter ) this . _indexLabels . push ( { chartType : "rangeArea" , dataPoint : h [ m ] , dataSeries : p , indexKeyword : 0 , point : { x : n , y : q } , direction : h [ m ] . y [ 0 ] <= h [ m ] . y [ 1 ] ? - 1 : 1 , color : v } ) , this . _indexLabels . push ( { chartType : "rangeArea" , dataPoint : h [ m ] , dataSeries : p , indexKeyword : 1 , point : { x : n , y : r } , direction : h [ m ] . y [ 0 ] <=
h [ m ] . y [ 1 ] ? 1 : - 1 , color : v } ) } else b ( ) , x = ! 0 ; b ( ) ; K . drawMarkers ( e ) } } c . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ; return { source : c , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; u . prototype . renderRangeSplineArea = function ( a ) { function b ( ) { var a = ia ( q , 2 ) ; if ( 0 < a . length ) { c . beginPath ( ) ; c . moveTo ( a [ 0 ] . x , a [ 0 ] . y ) ; t && ( d . beginPath ( ) , d . moveTo ( a [ 0 ] . x , a [ 0 ] . y ) ) ; for ( var b = 0 ; b < a . length - 3 ; b += 3 ) c . bezierCurveTo ( a [ b + 1 ] . x , a [ b + 1 ] . y , a [ b + 2 ] . x , a [ b + 2 ] . y , a [ b + 3 ] . x , a [ b +
3 ] . y ) , t && d . bezierCurveTo ( a [ b + 1 ] . x , a [ b + 1 ] . y , a [ b + 2 ] . x , a [ b + 2 ] . y , a [ b + 3 ] . x , a [ b + 3 ] . y ) ; 0 < k . lineThickness && c . stroke ( ) ; a = ia ( r , 2 ) ; c . lineTo ( r [ r . length - 1 ] . x , r [ r . length - 1 ] . y ) ; for ( b = a . length - 1 ; 2 < b ; b -= 3 ) c . bezierCurveTo ( a [ b - 1 ] . x , a [ b - 1 ] . y , a [ b - 2 ] . x , a [ b - 2 ] . y , a [ b - 3 ] . x , a [ b - 3 ] . y ) , t && d . bezierCurveTo ( a [ b - 1 ] . x , a [ b - 1 ] . y , a [ b - 2 ] . x , a [ b - 2 ] . y , a [ b - 3 ] . x , a [ b - 3 ] . y ) ; c . closePath ( ) ; c . globalAlpha = k . fillOpacity ; c . fill ( ) ; c . globalAlpha = 1 ; if ( 0 < k . lineThickness ) { c . beginPath ( ) ; c . moveTo ( r [ r . length - 1 ] . x , r [ r . length - 1 ] . y ) ; for ( b = a . length - 1 ; 2 < b ; b -=
3 ) c . bezierCurveTo ( a [ b - 1 ] . x , a [ b - 1 ] . y , a [ b - 2 ] . x , a [ b - 2 ] . y , a [ b - 3 ] . x , a [ b - 3 ] . y ) , t && d . bezierCurveTo ( a [ b - 1 ] . x , a [ b - 1 ] . y , a [ b - 2 ] . x , a [ b - 2 ] . y , a [ b - 3 ] . x , a [ b - 3 ] . y ) ; c . stroke ( ) } c . beginPath ( ) ; t && ( d . closePath ( ) , d . fill ( ) ) } } var c = a . targetCanvasCtx || this . plotArea . ctx ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var d = this . _eventManager . ghostCtx , e = [ ] , f = this . plotArea ; c . save ( ) ; t && d . save ( ) ; c . beginPath ( ) ; c . rect ( f . x1 , f . y1 , f . width , f . height ) ; c . clip ( ) ; t && ( d . beginPath ( ) , d . rect ( f . x1 , f . y1 , f . width , f . height ) , d . clip ( ) ) ; for ( f = 0 ; f < a . dataSeriesIndexes . length ; f ++ ) { var g =
a . dataSeriesIndexes [ f ] , k = this . data [ g ] , p = k . dataPoints , e = k . id ; this . _eventManager . objectMap [ e ] = { objectType : "dataSeries" , dataSeriesIndex : g } ; e = B ( e ) ; d . fillStyle = e ; var e = [ ] , h = 0 , l , m , n , q = [ ] , r = [ ] ; if ( 0 < p . length ) { color = k . _colorSet [ h % k . _colorSet . length ] ; c . fillStyle = color ; c . strokeStyle = color ; c . lineWidth = k . lineThickness ; for ( c . setLineDash && c . setLineDash ( M ( k . lineDashType , k . lineThickness ) ) ; h < p . length ; h ++ ) if ( l = p [ h ] . x . getTime ? p [ h ] . x . getTime ( ) : p [ h ] . x , ! ( l < a . axisX . dataInfo . viewPortMin || l > a . axisX . dataInfo . viewPortMax ) ) if ( null !==
p [ h ] . y && p [ h ] . y . length && "number" === typeof p [ h ] . y [ 0 ] && "number" === typeof p [ h ] . y [ 1 ] ) { l = a . axisX . conversionParameters . reference + a . axisX . conversionParameters . pixelPerUnit * ( l - a . axisX . conversionParameters . minimum ) + 0.5 << 0 ; m = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( p [ h ] . y [ 0 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; n = a . axisY . conversionParameters . reference + a . axisY . conversionParameters . pixelPerUnit * ( p [ h ] . y [ 1 ] - a . axisY . conversionParameters . minimum ) + 0.5 << 0 ; var s = k . dataPointIds [ h ] ;
this . _eventManager . objectMap [ s ] = { id : s , objectType : "dataPoint" , dataSeriesIndex : g , dataPointIndex : h , x1 : l , y1 : m , y2 : n } ; q [ q . length ] = { x : l , y : m } ; r [ r . length ] = { x : l , y : n } ; if ( 0 !== p [ h ] . markerSize && ( 0 < p [ h ] . markerSize || 0 < k . markerSize ) ) { var w = k . getMarkerProperties ( h , l , m , c ) ; e . push ( w ) ; var v = B ( s ) ; t && e . push ( { x : l , y : m , ctx : d , type : w . type , size : w . size , color : v , borderColor : v , borderThickness : w . borderThickness } ) ; w = k . getMarkerProperties ( h , l , n , c ) ; e . push ( w ) ; v = B ( s ) ; t && e . push ( { x : l , y : n , ctx : d , type : w . type , size : w . size , color : v , borderColor : v ,
borderThickness : w . borderThickness } ) } if ( p [ h ] . indexLabel || k . indexLabel || p [ h ] . indexLabelFormatter || k . indexLabelFormatter ) this . _indexLabels . push ( { chartType : "splineArea" , dataPoint : p [ h ] , dataSeries : k , indexKeyword : 0 , point : { x : l , y : m } , direction : p [ h ] . y [ 0 ] <= p [ h ] . y [ 1 ] ? - 1 : 1 , color : color } ) , this . _indexLabels . push ( { chartType : "splineArea" , dataPoint : p [ h ] , dataSeries : k , indexKeyword : 1 , point : { x : l , y : n } , direction : p [ h ] . y [ 0 ] <= p [ h ] . y [ 1 ] ? 1 : - 1 , color : color } ) } else 0 < h && ( b ( ) , q = [ ] , r = [ ] ) ; b ( ) ; K . drawMarkers ( e ) } } c . restore ( ) ; t && this . _eventManager . ghostCtx . restore ( ) ;
return { source : c , dest : this . plotArea . ctx , animationCallback : A . xClipAnimation , easingFunction : A . easing . linear , animationBase : 0 } } } ; var sa = function ( a , b , c , d , e , f , g , k , p ) { "undefined" === typeof k && ( k = 1 ) ; if ( ! t ) { var h = Number ( ( g % ( 2 * Math . PI ) ) . toFixed ( 8 ) ) ; Number ( ( f % ( 2 * Math . PI ) ) . toFixed ( 8 ) ) === h && ( g -= 1E-4 ) } a . save ( ) ; a . globalAlpha = k ; "pie" === e ? ( a . beginPath ( ) , a . moveTo ( b . x , b . y ) , a . arc ( b . x , b . y , c , f , g , ! 1 ) , a . fillStyle = d , a . strokeStyle = "white" , a . lineWidth = 2 , a . closePath ( ) , a . fill ( ) ) : "doughnut" === e && ( a . beginPath ( ) , a . arc ( b . x , b . y , c , f ,
g , ! 1 ) , a . arc ( b . x , b . y , p * c , g , f , ! 0 ) , a . closePath ( ) , a . fillStyle = d , a . strokeStyle = "white" , a . lineWidth = 2 , a . fill ( ) ) ; a . globalAlpha = 1 ; a . restore ( ) } ; u . prototype . renderPie = function ( a ) { function b ( ) { if ( h && l ) { var a = 0 , b = 0 , c = 0 , d = 0 ; for ( y = 0 ; y < l . length ; y ++ ) { var e = l [ y ] , f = h . dataPointIds [ y ] , g = { id : f , objectType : "dataPoint" , dataPointIndex : y , dataSeriesIndex : 0 } ; q . push ( g ) ; var k = { percent : null , total : null } , m = null , k = p . getPercentAndTotal ( h , e ) ; if ( h . indexLabelFormatter || e . indexLabelFormatter ) m = { chart : p . _options , dataSeries : h , dataPoint : e ,
total : k . total , percent : k . percent } ; k = e . indexLabelFormatter ? e . indexLabelFormatter ( m ) : e . indexLabel ? p . replaceKeywordsWithValue ( e . indexLabel , e , h , y ) : h . indexLabelFormatter ? h . indexLabelFormatter ( m ) : h . indexLabel ? p . replaceKeywordsWithValue ( h . indexLabel , e , h , y ) : e . label ? e . label : "" ; p . _eventManager . objectMap [ f ] = g ; g . center = { x : x . x , y : x . y } ; g . y = e . y ; g . radius = z ; g . percentInnerRadius = D ; g . indexLabelText = k ; g . indexLabelPlacement = h . indexLabelPlacement ; g . indexLabelLineColor = e . indexLabelLineColor ? e . indexLabelLineColor : h . indexLabelLineColor ?
h . indexLabelLineColor : e . color ? e . color : h . _colorSet [ y % h . _colorSet . length ] ; g . indexLabelLineThickness = P ( e . indexLabelLineThickness ) ? h . indexLabelLineThickness : e . indexLabelLineThickness ; g . indexLabelLineDashType = e . indexLabelLineDashType ? e . indexLabelLineDashType : h . indexLabelLineDashType ; g . indexLabelFontColor = e . indexLabelFontColor ? e . indexLabelFontColor : h . indexLabelFontColor ; g . indexLabelFontStyle = e . indexLabelFontStyle ? e . indexLabelFontStyle : h . indexLabelFontStyle ; g . indexLabelFontWeight = e . indexLabelFontWeight ?
e . indexLabelFontWeight : h . indexLabelFontWeight ; g . indexLabelFontSize = e . indexLabelFontSize ? e . indexLabelFontSize : h . indexLabelFontSize ; g . indexLabelFontFamily = e . indexLabelFontFamily ? e . indexLabelFontFamily : h . indexLabelFontFamily ; g . indexLabelBackgroundColor = e . indexLabelBackgroundColor ? e . indexLabelBackgroundColor : h . indexLabelBackgroundColor ? h . indexLabelBackgroundColor : null ; g . indexLabelMaxWidth = e . indexLabelMaxWidth ? e . indexLabelMaxWidth : h . indexLabelMaxWidth ? h . indexLabelMaxWidth : 0.33 * n . width ; g . indexLabelWrap =
"undefined" !== typeof e . indexLabelWrap ? e . indexLabelWrap : h . indexLabelWrap ; g . startAngle = 0 === y ? h . startAngle ? h . startAngle / 180 * Math . PI : 0 : q [ y - 1 ] . endAngle ; g . startAngle = ( g . startAngle + 2 * Math . PI ) % ( 2 * Math . PI ) ; g . endAngle = g . startAngle + 2 * Math . PI / u * Math . abs ( e . y ) ; e = ( g . endAngle + g . startAngle ) / 2 ; e = ( e + 2 * Math . PI ) % ( 2 * Math . PI ) ; g . midAngle = e ; if ( g . midAngle > Math . PI / 2 - t && g . midAngle < Math . PI / 2 + t ) { if ( 0 === a || q [ c ] . midAngle > g . midAngle ) c = y ; a ++ } else if ( g . midAngle > 3 * Math . PI / 2 - t && g . midAngle < 3 * Math . PI / 2 + t ) { if ( 0 === b || q [ d ] . midAngle > g . midAngle ) d =
y ; b ++ } g . hemisphere = e > Math . PI / 2 && e <= 3 * Math . PI / 2 ? "left" : "right" ; g . indexLabelTextBlock = new H ( p . plotArea . ctx , { fontSize : g . indexLabelFontSize , fontFamily : g . indexLabelFontFamily , fontColor : g . indexLabelFontColor , fontStyle : g . indexLabelFontStyle , fontWeight : g . indexLabelFontWeight , horizontalAlign : "left" , backgroundColor : g . indexLabelBackgroundColor , maxWidth : g . indexLabelMaxWidth , maxHeight : g . indexLabelWrap ? 5 * g . indexLabelFontSize : 1.5 * g . indexLabelFontSize , text : g . indexLabelText , padding : 0 , textBaseline : "top" } ) ; g . indexLabelTextBlock . measureText ( ) } f =
e = 0 ; k = ! 1 ; for ( y = 0 ; y < l . length ; y ++ ) g = q [ ( c + y ) % l . length ] , 1 < a && ( g . midAngle > Math . PI / 2 - t && g . midAngle < Math . PI / 2 + t ) && ( e <= a / 2 && ! k ? ( g . hemisphere = "right" , e ++ ) : ( g . hemisphere = "left" , k = ! 0 ) ) ; k = ! 1 ; for ( y = 0 ; y < l . length ; y ++ ) g = q [ ( d + y ) % l . length ] , 1 < b && ( g . midAngle > 3 * Math . PI / 2 - t && g . midAngle < 3 * Math . PI / 2 + t ) && ( f <= b / 2 && ! k ? ( g . hemisphere = "left" , f ++ ) : ( g . hemisphere = "right" , k = ! 0 ) ) } } function c ( a ) { var b = p . plotArea . ctx ; b . clearRect ( n . x1 , n . y1 , n . width , n . height ) ; b . fillStyle = p . backgroundColor ; b . fillRect ( n . x1 , n . y1 , n . width , n . height ) ; for ( b = 0 ; b <
l . length ; b ++ ) { var c = q [ b ] . startAngle , d = q [ b ] . endAngle ; if ( d > c ) { var e = 0.07 * z * Math . cos ( q [ b ] . midAngle ) , f = 0.07 * z * Math . sin ( q [ b ] . midAngle ) , g = ! 1 ; if ( l [ b ] . exploded ) { if ( 1E-9 < Math . abs ( q [ b ] . center . x - ( x . x + e ) ) || 1E-9 < Math . abs ( q [ b ] . center . y - ( x . y + f ) ) ) q [ b ] . center . x = x . x + e * a , q [ b ] . center . y = x . y + f * a , g = ! 0 } else if ( 0 < Math . abs ( q [ b ] . center . x - x . x ) || 0 < Math . abs ( q [ b ] . center . y - x . y ) ) q [ b ] . center . x = x . x + e * ( 1 - a ) , q [ b ] . center . y = x . y + f * ( 1 - a ) , g = ! 0 ; g && ( e = { } , e . dataSeries = h , e . dataPoint = h . dataPoints [ b ] , e . index = b , p . _toolTip . highlightObjects ( [ e ] ) ) ;
sa ( p . plotArea . ctx , q [ b ] . center , q [ b ] . radius , l [ b ] . color ? l [ b ] . color : h . _colorSet [ b % h . _colorSet . length ] , h . type , c , d , h . fillOpacity , q [ b ] . percentInnerRadius ) } } a = p . plotArea . ctx ; a . save ( ) ; a . fillStyle = "black" ; a . strokeStyle = "grey" ; a . textBaseline = "middle" ; a . lineJoin = "round" ; for ( b = b = 0 ; b < l . length ; b ++ ) c = q [ b ] , c . indexLabelText && ( c . indexLabelTextBlock . y -= c . indexLabelTextBlock . height / 2 , d = 0 , d = "left" === c . hemisphere ? "inside" !== h . indexLabelPlacement ? - ( c . indexLabelTextBlock . width + m ) : - c . indexLabelTextBlock . width / 2 : "inside" !==
h . indexLabelPlacement ? m : - c . indexLabelTextBlock . width / 2 , c . indexLabelTextBlock . x += d , c . indexLabelTextBlock . render ( ! 0 ) , c . indexLabelTextBlock . x -= d , c . indexLabelTextBlock . y += c . indexLabelTextBlock . height / 2 , "inside" !== c . indexLabelPlacement && 0 < c . indexLabelLineThickness && ( d = c . center . x + z * Math . cos ( c . midAngle ) , e = c . center . y + z * Math . sin ( c . midAngle ) , a . strokeStyle = c . indexLabelLineColor , a . lineWidth = c . indexLabelLineThickness , a . setLineDash && a . setLineDash ( M ( c . indexLabelLineDashType , c . indexLabelLineThickness ) ) , a . beginPath ( ) ,
a . moveTo ( d , e ) , a . lineTo ( c . indexLabelTextBlock . x , c . indexLabelTextBlock . y ) , a . lineTo ( c . indexLabelTextBlock . x + ( "left" === c . hemisphere ? - m : m ) , c . indexLabelTextBlock . y ) , a . stroke ( ) ) , a . lineJoin = "miter" ) ; a . save ( ) } function d ( a , b ) { var c = 0 , c = a . indexLabelTextBlock . y - a . indexLabelTextBlock . height / 2 , d = a . indexLabelTextBlock . y + a . indexLabelTextBlock . height / 2 , e = b . indexLabelTextBlock . y - b . indexLabelTextBlock . height / 2 , f = b . indexLabelTextBlock . y + b . indexLabelTextBlock . height / 2 ; return c = b . indexLabelTextBlock . y > a . indexLabelTextBlock . y ?
e - d : c - f } function e ( a ) { for ( var b = null , c = 1 ; c < l . length ; c ++ ) if ( b = ( a + c + q . length ) % q . length , q [ b ] . hemisphere !== q [ a ] . hemisphere ) { b = null ; break } else if ( q [ b ] . indexLabelText && b !== a && ( 0 > d ( q [ b ] , q [ a ] ) || ( "right" === q [ a ] . hemisphere ? q [ b ] . indexLabelTextBlock . y >= q [ a ] . indexLabelTextBlock . y : q [ b ] . indexLabelTextBlock . y <= q [ a ] . indexLabelTextBlock . y ) ) ) break ; else b = null ; return b } function f ( a , b , c ) { c = ( c || 0 ) + 1 ; if ( 1E3 < c ) return 0 ; b = b || 0 ; var g = 0 , h = x . y - 1 * indexLabelRadius , k = x . y + 1 * indexLabelRadius ; if ( 0 <= a && a < l . length ) { var m = q [ a ] ; if ( 0 >
b && m . indexLabelTextBlock . y < h || 0 < b && m . indexLabelTextBlock . y > k ) return 0 ; var n = 0 , p = 0 , p = n = n = 0 ; 0 > b ? m . indexLabelTextBlock . y - m . indexLabelTextBlock . height / 2 > h && m . indexLabelTextBlock . y - m . indexLabelTextBlock . height / 2 + b < h && ( b = - ( h - ( m . indexLabelTextBlock . y - m . indexLabelTextBlock . height / 2 + b ) ) ) : m . indexLabelTextBlock . y + m . indexLabelTextBlock . height / 2 < h && m . indexLabelTextBlock . y + m . indexLabelTextBlock . height / 2 + b > k && ( b = m . indexLabelTextBlock . y + m . indexLabelTextBlock . height / 2 + b - k ) ; b = m . indexLabelTextBlock . y + b ; h = 0 ; h = "right" ===
m . hemisphere ? x . x + Math . sqrt ( Math . pow ( indexLabelRadius , 2 ) - Math . pow ( b - x . y , 2 ) ) : x . x - Math . sqrt ( Math . pow ( indexLabelRadius , 2 ) - Math . pow ( b - x . y , 2 ) ) ; p = x . x + z * Math . cos ( m . midAngle ) ; n = x . y + z * Math . sin ( m . midAngle ) ; n = Math . sqrt ( Math . pow ( h - p , 2 ) + Math . pow ( b - n , 2 ) ) ; p = Math . acos ( z / indexLabelRadius ) ; n = Math . acos ( ( indexLabelRadius * indexLabelRadius + z * z - n * n ) / ( 2 * z * indexLabelRadius ) ) ; b = n < p ? b - m . indexLabelTextBlock . y : 0 ; h = null ; for ( k = 1 ; k < l . length ; k ++ ) if ( h = ( a - k + q . length ) % q . length , q [ h ] . hemisphere !== q [ a ] . hemisphere ) { h = null ; break } else if ( q [ h ] . indexLabelText &&
q [ h ] . hemisphere === q [ a ] . hemisphere && h !== a && ( 0 > d ( q [ h ] , q [ a ] ) || ( "right" === q [ a ] . hemisphere ? q [ h ] . indexLabelTextBlock . y <= q [ a ] . indexLabelTextBlock . y : q [ h ] . indexLabelTextBlock . y >= q [ a ] . indexLabelTextBlock . y ) ) ) break ; else h = null ; p = h ; n = e ( a ) ; k = h = 0 ; 0 > b ? ( k = "right" === m . hemisphere ? p : n , g = b , null !== k && ( p = - b , b = m . indexLabelTextBlock . y - m . indexLabelTextBlock . height / 2 - ( q [ k ] . indexLabelTextBlock . y + q [ k ] . indexLabelTextBlock . height / 2 ) , b - p < r && ( h = - p , k = f ( k , h , c + 1 ) , + k . toFixed ( v ) > + h . toFixed ( v ) && ( g = b > r ? - ( b - r ) : - ( p - ( k - h ) ) ) ) ) ) : 0 < b && ( k = "right" ===
m . hemisphere ? n : p , g = b , null !== k && ( p = b , b = q [ k ] . indexLabelTextBlock . y - q [ k ] . indexLabelTextBlock . height / 2 - ( m . indexLabelTextBlock . y + m . indexLabelTextBlock . height / 2 ) , b - p < r && ( h = p , k = f ( k , h , c + 1 ) , + k . toFixed ( v ) < + h . toFixed ( v ) && ( g = b > r ? b - r : p - ( h - k ) ) ) ) ) ; g && ( c = m . indexLabelTextBlock . y + g , b = 0 , b = "right" === m . hemisphere ? x . x + Math . sqrt ( Math . pow ( indexLabelRadius , 2 ) - Math . pow ( c - x . y , 2 ) ) : x . x - Math . sqrt ( Math . pow ( indexLabelRadius , 2 ) - Math . pow ( c - x . y , 2 ) ) , m . midAngle > Math . PI / 2 - t && m . midAngle < Math . PI / 2 + t ? ( h = ( a - 1 + q . length ) % q . length , h = q [ h ] , a =
q [ ( a + 1 + q . length ) % q . length ] , "left" === m . hemisphere && "right" === h . hemisphere && b > h . indexLabelTextBlock . x ? b = h . indexLabelTextBlock . x - 15 : "right" === m . hemisphere && ( "left" === a . hemisphere && b < a . indexLabelTextBlock . x ) && ( b = a . indexLabelTextBlock . x + 15 ) ) : m . midAngle > 3 * Math . PI / 2 - t && m . midAngle < 3 * Math . PI / 2 + t && ( h = ( a - 1 + q . length ) % q . length , h = q [ h ] , a = q [ ( a + 1 + q . length ) % q . length ] , "right" === m . hemisphere && "left" === h . hemisphere && b < h . indexLabelTextBlock . x ? b = h . indexLabelTextBlock . x + 15 : "left" === m . hemisphere && ( "right" === a . hemisphere &&
b > a . indexLabelTextBlock . x ) && ( b = a . indexLabelTextBlock . x - 15 ) ) , m . indexLabelTextBlock . y = c , m . indexLabelTextBlock . x = b , m . indexLabelAngle = Math . atan2 ( m . indexLabelTextBlock . y - x . y , m . indexLabelTextBlock . x - x . x ) ) } return g } function g ( ) { var a = p . plotArea . ctx ; a . fillStyle = "grey" ; a . strokeStyle = "grey" ; a . font = "16px Arial" ; a . textBaseline = "middle" ; for ( var b = a = 0 , c = 0 , g = ! 0 , b = 0 ; 10 > b && ( 1 > b || 0 < c ) ; b ++ ) { if ( h . radius || ! h . radius && "undefined" !== typeof h . innerRadius && null !== h . innerRadius && z - c <= A ) g = ! 1 ; g && ( z -= c ) ; c = 0 ; if ( "inside" !== h . indexLabelPlacement ) { indexLabelRadius =
z * s ; for ( a = 0 ; a < l . length ; a ++ ) { var k = q [ a ] ; k . indexLabelTextBlock . x = x . x + indexLabelRadius * Math . cos ( k . midAngle ) ; k . indexLabelTextBlock . y = x . y + indexLabelRadius * Math . sin ( k . midAngle ) ; k . indexLabelAngle = k . midAngle ; k . radius = z ; k . percentInnerRadius = D } for ( var t , w , a = 0 ; a < l . length ; a ++ ) { var k = q [ a ] , u = e ( a ) ; if ( null !== u ) { t = q [ a ] ; w = q [ u ] ; var y = 0 , y = d ( t , w ) - r ; if ( 0 > y ) { for ( var B = w = 0 , C = 0 ; C < l . length ; C ++ ) C !== a && q [ C ] . hemisphere === k . hemisphere && ( q [ C ] . indexLabelTextBlock . y < k . indexLabelTextBlock . y ? w ++ : B ++ ) ; w = y / ( w + B || 1 ) * B ; var B = - 1 * ( y - w ) ,
E = C = 0 ; "right" === k . hemisphere ? ( C = f ( a , w ) , B = - 1 * ( y - C ) , E = f ( u , B ) , + E . toFixed ( v ) < + B . toFixed ( v ) && + C . toFixed ( v ) <= + w . toFixed ( v ) && f ( a , - ( B - E ) ) ) : ( C = f ( u , w ) , B = - 1 * ( y - C ) , E = f ( a , B ) , + E . toFixed ( v ) < + B . toFixed ( v ) && + C . toFixed ( v ) <= + w . toFixed ( v ) && f ( u , - ( B - E ) ) ) } } } } else for ( a = 0 ; a < l . length ; a ++ ) k = q [ a ] , indexLabelRadius = "pie" === h . type ? 0.7 * z : 0.8 * z , u = x . x + indexLabelRadius * Math . cos ( k . midAngle ) , w = x . y + indexLabelRadius * Math . sin ( k . midAngle ) , k . indexLabelTextBlock . x = u , k . indexLabelTextBlock . y = w ; for ( a = 0 ; a < l . length ; a ++ ) if ( k = q [ a ] , u = k . indexLabelTextBlock . measureText ( ) ,
0 !== u . height && 0 !== u . width ) u = u = 0 , "right" === k . hemisphere ? ( u = n . x2 - ( k . indexLabelTextBlock . x + k . indexLabelTextBlock . width + m ) , u *= - 1 ) : u = n . x1 - ( k . indexLabelTextBlock . x - k . indexLabelTextBlock . width - m ) , 0 < u && ( ! g && k . indexLabelText && ( w = "right" === k . hemisphere ? n . x2 - k . indexLabelTextBlock . x : k . indexLabelTextBlock . x - n . x1 , 0.3 * k . indexLabelTextBlock . maxWidth > w ? k . indexLabelText = "" : k . indexLabelTextBlock . maxWidth = 0.85 * w , 0.3 * k . indexLabelTextBlock . maxWidth < w && ( k . indexLabelTextBlock . x -= "right" === k . hemisphere ? 2 : - 2 ) ) , Math . abs ( k . indexLabelTextBlock . y -
k . indexLabelTextBlock . height / 2 - x . y ) < z || Math . abs ( k . indexLabelTextBlock . y + k . indexLabelTextBlock . height / 2 - x . y ) < z ) && ( u /= Math . abs ( Math . cos ( k . indexLabelAngle ) ) , 9 < u && ( u *= 0.3 ) , u > c && ( c = u ) ) , u = u = 0 , 0 < k . indexLabelAngle && k . indexLabelAngle < Math . PI ? ( u = n . y2 - ( k . indexLabelTextBlock . y + k . indexLabelTextBlock . height / 2 + 5 ) , u *= - 1 ) : u = n . y1 - ( k . indexLabelTextBlock . y - k . indexLabelTextBlock . height / 2 - 5 ) , 0 < u && ( ! g && k . indexLabelText && ( w = 0 < k . indexLabelAngle && k . indexLabelAngle < Math . PI ? - 1 : 1 , 0 === f ( a , u * w ) && f ( a , 2 * w ) ) , Math . abs ( k . indexLabelTextBlock . x -
x . x ) < z && ( u /= Math . abs ( Math . sin ( k . indexLabelAngle ) ) , 9 < u && ( u *= 0.3 ) , u > c && ( c = u ) ) ) ; var F = function ( a , b , c ) { for ( var d = [ ] , e = 0 ; d . push ( q [ b ] ) , b !== c ; b = ( b + 1 + l . length ) % l . length ) ; d . sort ( function ( a , b ) { return a . y - b . y } ) ; for ( b = 0 ; b < d . length ; b ++ ) if ( c = d [ b ] , e < 0.7 * a ) e += c . indexLabelTextBlock . height , c . indexLabelTextBlock . text = "" , c . indexLabelText = "" , c . indexLabelTextBlock . measureText ( ) ; else break } ; ( function ( ) { for ( var a = - 1 , b = - 1 , c = 0 , f = ! 1 , g = 0 ; g < l . length ; g ++ ) if ( f = ! 1 , t = q [ g ] , t . indexLabelText ) { var h = e ( g ) ; if ( null !== h ) { var k = q [ h ] ; y = 0 ;
y = d ( t , k ) ; var n ; if ( n = 0 > y ) { n = t . indexLabelTextBlock . x ; var p = t . indexLabelTextBlock . y - t . indexLabelTextBlock . height / 2 , r = t . indexLabelTextBlock . y + t . indexLabelTextBlock . height / 2 , s = k . indexLabelTextBlock . y - k . indexLabelTextBlock . height / 2 , w = k . indexLabelTextBlock . x + k . indexLabelTextBlock . width , v = k . indexLabelTextBlock . y + k . indexLabelTextBlock . height / 2 ; n = t . indexLabelTextBlock . x + t . indexLabelTextBlock . width < k . indexLabelTextBlock . x - m || n > w + m || p > v + m || r < s - m ? ! 1 : ! 0 } n ? ( 0 > a && ( a = g ) , h !== a && ( b = h , c += - y ) , 0 === g % Math . max ( l . length /
10 , 3 ) && ( f = ! 0 ) ) : f = ! 0 ; f && ( 0 < c && 0 <= a && 0 <= b ) && ( F ( c , a , b ) , b = a = - 1 , c = 0 ) } } 0 < c && F ( c , a , b ) } ) ( ) } } function k ( ) { p . plotArea . layoutManager . reset ( ) ; p . _title && ( p . _title . dockInsidePlotArea || "center" === p . _title . horizontalAlign && "center" === p . _title . verticalAlign ) && p . _title . render ( ) ; if ( p . subtitles ) for ( var a = 0 ; a < p . subtitles . length ; a ++ ) { var b = p . subtitles [ a ] ; ( b . dockInsidePlotArea || "center" === b . horizontalAlign && "center" === b . verticalAlign ) && b . render ( ) } p . legend && ( p . legend . dockInsidePlotArea || "center" === p . legend . horizontalAlign &&
"center" === p . legend . verticalAlign ) && p . legend . render ( ) } var p = this ; if ( ! ( 0 >= a . dataSeriesIndexes . length ) ) { var h = this . data [ a . dataSeriesIndexes [ 0 ] ] , l = h . dataPoints , m = 10 , n = this . plotArea , q = [ ] , r = 2 , s = 1.3 , t = 20 / 180 * Math . PI , v = 6 , x = { x : ( n . x2 + n . x1 ) / 2 , y : ( n . y2 + n . y1 ) / 2 } , u = 0 ; a = ! 1 ; for ( var y = 0 ; y < l . length ; y ++ ) u += Math . abs ( l [ y ] . y ) , ! a && ( "undefined" !== typeof l [ y ] . indexLabel && null !== l [ y ] . indexLabel && 0 < l [ y ] . indexLabel . toString ( ) . length ) && ( a = ! 0 ) , ! a && ( "undefined" !== typeof l [ y ] . label && null !== l [ y ] . label && 0 < l [ y ] . label . toString ( ) . length ) &&
( a = ! 0 ) ; if ( 0 !== u ) { a = a || "undefined" !== typeof h . indexLabel && null !== h . indexLabel && 0 < h . indexLabel . toString ( ) . length ; var z = "inside" !== h . indexLabelPlacement && a ? 0.75 * Math . min ( n . width , n . height ) / 2 : 0.92 * Math . min ( n . width , n . height ) / 2 ; h . radius && ( z = Aa ( h . radius , z ) ) ; var A = "undefined" !== typeof h . innerRadius && null !== h . innerRadius ? Aa ( h . innerRadius , z ) : 0.7 * z , D = Math . min ( A / z , ( z - 1 ) / z ) ; this . pieDoughnutClickHandler = function ( a ) { p . isAnimating || ( a = a . dataPoint , a . exploded = a . exploded ? ! 1 : ! 0 , 1 < this . dataPoints . length && p . _animator . animate ( 0 ,
500 , function ( a ) { c ( a ) ; k ( ) } ) ) } ; b ( ) ; g ( ) ; g ( ) ; g ( ) ; g ( ) ; this . disableToolTip = ! 0 ; this . _animator . animate ( 0 , this . animatedRender ? this . animationDuration : 0 , function ( a ) { var b = p . plotArea . ctx ; b . clearRect ( n . x1 , n . y1 , n . width , n . height ) ; b . fillStyle = p . backgroundColor ; b . fillRect ( n . x1 , n . y1 , n . width , n . height ) ; a = q [ 0 ] . startAngle + 2 * Math . PI * a ; for ( b = 0 ; b < l . length ; b ++ ) { var c = 0 === b ? q [ b ] . startAngle : d , d = c + ( q [ b ] . endAngle - q [ b ] . startAngle ) , e = ! 1 ; d > a && ( d = a , e = ! 0 ) ; var f = l [ b ] . color ? l [ b ] . color : h . _colorSet [ b % h . _colorSet . length ] ; d > c && sa ( p . plotArea . ctx ,
q [ b ] . center , q [ b ] . radius , f , h . type , c , d , h . fillOpacity , q [ b ] . percentInnerRadius ) ; if ( e ) break } k ( ) } , function ( ) { p . disableToolTip = ! 1 ; p . _animator . animate ( 0 , p . animatedRender ? 500 : 0 , function ( a ) { c ( a ) ; k ( ) } ) } ) } } } ; u . prototype . animationRequestId = null ; u . prototype . requestAnimFrame = function ( ) { return window . requestAnimationFrame || window . webkitRequestAnimationFrame || window . mozRequestAnimationFrame || window . oRequestAnimationFrame || window . msRequestAnimationFrame || function ( a ) { window . setTimeout ( a , 1E3 / 60 ) } } ( ) ; u . prototype . cancelRequestAnimFrame =
window . cancelAnimationFrame || window . webkitCancelRequestAnimationFrame || window . mozCancelRequestAnimationFrame || window . oCancelRequestAnimationFrame || window . msCancelRequestAnimationFrame || clearTimeout ; Z . prototype . registerSpace = function ( a , b ) { "top" === a ? this . _topOccupied += b . height : "bottom" === a ? this . _bottomOccupied += b . height : "left" === a ? this . _leftOccupied += b . width : "right" === a && ( this . _rightOccupied += b . width ) } ; Z . prototype . unRegisterSpace = function ( a , b ) { "top" === a ? this . _topOccupied -= b . height : "bottom" === a ? this . _bottomOccupied -=
b . height : "left" === a ? this . _leftOccupied -= b . width : "right" === a && ( this . _rightOccupied -= b . width ) } ; Z . prototype . getFreeSpace = function ( ) { return { x1 : this . _x1 + this . _leftOccupied , y1 : this . _y1 + this . _topOccupied , x2 : this . _x2 - this . _rightOccupied , y2 : this . _y2 - this . _bottomOccupied , width : this . _x2 - this . _x1 - this . _rightOccupied - this . _leftOccupied , height : this . _y2 - this . _y1 - this . _bottomOccupied - this . _topOccupied } } ; Z . prototype . reset = function ( ) { this . _rightOccupied = this . _leftOccupied = this . _bottomOccupied = this . _topOccupied = this . _padding } ;
O ( H , G ) ; H . prototype . render = function ( a ) { a && this . ctx . save ( ) ; var b = this . ctx . font ; this . ctx . textBaseline = this . textBaseline ; var c = 0 ; this . _isDirty && this . measureText ( this . ctx ) ; this . ctx . translate ( this . x , this . y + c ) ; "middle" === this . textBaseline && ( c = - this . _lineHeight / 2 ) ; this . ctx . font = this . _getFontString ( ) ; this . ctx . rotate ( Math . PI / 180 * this . angle ) ; var d = 0 , e = this . padding , f = null ; ( 0 < this . borderThickness && this . borderColor || this . backgroundColor ) && this . ctx . roundRect ( 0 , c , this . width , this . height , this . cornerRadius , this . borderThickness ,
this . backgroundColor , this . borderColor ) ; this . ctx . fillStyle = this . fontColor ; for ( c = 0 ; c < this . _wrappedText . lines . length ; c ++ ) f = this . _wrappedText . lines [ c ] , "right" === this . horizontalAlign ? d = this . width - f . width - this . padding : "left" === this . horizontalAlign ? d = this . padding : "center" === this . horizontalAlign && ( d = ( this . width - 2 * this . padding ) / 2 - f . width / 2 + this . padding ) , this . ctx . fillText ( f . text , d , e ) , e += f . height ; this . ctx . font = b ; a && this . ctx . restore ( ) } ; H . prototype . setText = function ( a ) { this . text = a ; this . _isDirty = ! 0 ; this . _wrappedText =
null } ; H . prototype . measureText = function ( ) { if ( null === this . maxWidth ) throw "Please set maxWidth and height for TextBlock" ; this . _wrapText ( this . ctx ) ; this . _isDirty = ! 1 ; return { width : this . width , height : this . height } } ; H . prototype . _getLineWithWidth = function ( a , b , c ) { a = String ( a ) ; if ( ! a ) return { text : "" , width : 0 } ; var d = c = 0 , e = a . length - 1 , f = Infinity ; for ( this . ctx . font = this . _getFontString ( ) ; d <= e ; ) { var f = Math . floor ( ( d + e ) / 2 ) , g = a . substr ( 0 , f + 1 ) ; c = this . ctx . measureText ( g ) . width ; if ( c < b ) d = f + 1 ; else if ( c > b ) e = f - 1 ; else break } c > b && 1 < g . length &&
( g = g . substr ( 0 , g . length - 1 ) , c = this . ctx . measureText ( g ) . width ) ; b = ! 0 ; if ( g . length === a . length || " " === a [ g . length ] ) b = ! 1 ; b && ( a = g . split ( " " ) , 1 < a . length && a . pop ( ) , g = a . join ( " " ) , c = this . ctx . measureText ( g ) . width ) ; return { text : g , width : c } } ; H . prototype . _wrapText = function ( ) { var a = new String ( $ ( String ( this . text ) ) ) , b = [ ] , c = this . ctx . font , d = 0 , e = 0 ; for ( this . ctx . font = this . _getFontString ( ) ; 0 < a . length ; ) { var f = this . maxHeight - 2 * this . padding , g = this . _getLineWithWidth ( a , this . maxWidth - 2 * this . padding , ! 1 ) ; g . height = this . _lineHeight ; b . push ( g ) ;
e = Math . max ( e , g . width ) ; d += g . height ; a = $ ( a . slice ( g . text . length , a . length ) ) ; f && d > f && ( g = b . pop ( ) , d -= g . height ) } this . _wrappedText = { lines : b , width : e , height : d } ; this . width = e + 2 * this . padding ; this . height = d + 2 * this . padding ; this . ctx . font = c } ; H . prototype . _getFontString = function ( ) { var a ; a = "" + ( this . fontStyle ? this . fontStyle + " " : "" ) ; a += this . fontWeight ? this . fontWeight + " " : "" ; a += this . fontSize ? this . fontSize + "px " : "" ; var b = this . fontFamily ? this . fontFamily + "" : "" ; ! t && b && ( b = b . split ( "," ) [ 0 ] , "'" !== b [ 0 ] && '"' !== b [ 0 ] && ( b = "'" + b + "'" ) ) ;
return a += b } ; O ( ba , G ) ; ba . prototype . render = function ( ) { if ( this . text ) { var a = this . dockInsidePlotArea ? this . chart . plotArea : this . chart , b = a . layoutManager . getFreeSpace ( ) , c = b . x1 , d = b . y1 , e = 0 , f = 0 , g = this . chart . _menuButton && this . chart . exportEnabled && "top" === this . verticalAlign ? 22 : 0 , k , p ; "top" === this . verticalAlign || "bottom" === this . verticalAlign ? ( null === this . maxWidth && ( this . maxWidth = b . width - 4 - g * ( "center" === this . horizontalAlign ? 2 : 1 ) ) , f = 0.5 * b . height - this . margin - 2 , e = 0 ) : "center" === this . verticalAlign && ( "left" === this . horizontalAlign ||
"right" === this . horizontalAlign ? ( null === this . maxWidth && ( this . maxWidth = b . height - 4 ) , f = 0.5 * b . width - this . margin - 2 ) : "center" === this . horizontalAlign && ( null === this . maxWidth && ( this . maxWidth = b . width - 4 ) , f = 0.5 * b . height - 4 ) ) ; this . wrap || ( f = Math . min ( f , Math . max ( 1.5 * this . fontSize , this . fontSize + 2.5 * this . padding ) ) ) ; var f = new H ( this . ctx , { fontSize : this . fontSize , fontFamily : this . fontFamily , fontColor : this . fontColor , fontStyle : this . fontStyle , fontWeight : this . fontWeight , horizontalAlign : this . horizontalAlign , verticalAlign : this . verticalAlign ,
borderColor : this . borderColor , borderThickness : this . borderThickness , backgroundColor : this . backgroundColor , maxWidth : this . maxWidth , maxHeight : f , cornerRadius : this . cornerRadius , text : this . text , padding : this . padding , textBaseline : "top" } ) , h = f . measureText ( ) ; "top" === this . verticalAlign || "bottom" === this . verticalAlign ? ( "top" === this . verticalAlign ? ( d = b . y1 + 2 , p = "top" ) : "bottom" === this . verticalAlign && ( d = b . y2 - 2 - h . height , p = "bottom" ) , "left" === this . horizontalAlign ? c = b . x1 + 2 : "center" === this . horizontalAlign ? c = b . x1 + b . width / 2 - h . width /
2 : "right" === this . horizontalAlign && ( c = b . x2 - 2 - h . width - g ) , k = this . horizontalAlign , this . width = h . width , this . height = h . height ) : "center" === this . verticalAlign && ( "left" === this . horizontalAlign ? ( c = b . x1 + 2 , d = b . y2 - 2 - ( this . maxWidth / 2 - h . width / 2 ) , e = - 90 , p = "left" , this . width = h . height , this . height = h . width ) : "right" === this . horizontalAlign ? ( c = b . x2 - 2 , d = b . y1 + 2 + ( this . maxWidth / 2 - h . width / 2 ) , e = 90 , p = "right" , this . width = h . height , this . height = h . width ) : "center" === this . horizontalAlign && ( d = a . y1 + ( a . height / 2 - h . height / 2 ) , c = a . x1 + ( a . width / 2 -
h . width / 2 ) , p = "center" , this . width = h . width , this . height = h . height ) , k = "center" ) ; f . x = c ; f . y = d ; f . angle = e ; f . horizontalAlign = k ; f . render ( ! 0 ) ; a . layoutManager . registerSpace ( p , { width : this . width + ( "left" === p || "right" === p ? this . margin + 2 : 0 ) , height : this . height + ( "top" === p || "bottom" === p ? this . margin + 2 : 0 ) } ) ; this . bounds = { x1 : c , y1 : d , x2 : c + this . width , y2 : d + this . height } ; this . ctx . textBaseline = "top" } } ; O ( ja , G ) ; ja . prototype . render = ba . prototype . render ; O ( ka , G ) ; ka . prototype . render = function ( ) { var a = this . dockInsidePlotArea ? this . chart . plotArea :
this . chart , b = a . layoutManager . getFreeSpace ( ) , c = null , d = 0 , e = 0 , f = 0 , g = 0 , k = [ ] , p = [ ] ; "top" === this . verticalAlign || "bottom" === this . verticalAlign ? ( this . orientation = "horizontal" , c = this . verticalAlign , f = null !== this . maxWidth ? this . maxWidth : 0.7 * b . width , g = null !== this . maxHeight ? this . maxHeight : 0.5 * b . height ) : "center" === this . verticalAlign && ( this . orientation = "vertical" , c = this . horizontalAlign , f = null !== this . maxWidth ? this . maxWidth : 0.5 * b . width , g = null !== this . maxHeight ? this . maxHeight : 0.7 * b . height ) ; for ( var h = 0 ; h < this . dataSeries . length ; h ++ ) { var l =
this . dataSeries [ h ] ; if ( "pie" !== l . type && "doughnut" !== l . type && "funnel" !== l . type ) { var m = l . legendMarkerType ? l . legendMarkerType : "line" !== l . type && "stepLine" !== l . type && "spline" !== l . type && "scatter" !== l . type && "bubble" !== l . type || ! l . markerType ? T . getDefaultLegendMarker ( l . type ) : l . markerType , n = l . legendText ? l . legendText : this . itemTextFormatter ? this . itemTextFormatter ( { chart : this . chart . _publicChartReference , legend : this . _options , dataSeries : l , dataPoint : null } ) : l . name , q = l . legendMarkerColor ? l . legendMarkerColor : l . markerColor ?
l . markerColor : l . _colorSet [ 0 ] , r = l . markerSize || "line" !== l . type && "stepLine" !== l . type && "spline" !== l . type ? 0.6 * this . lineHeight : 0 , s = l . legendMarkerBorderColor ? l . legendMarkerBorderColor : l . markerBorderColor , t = l . legendMarkerBorderThickness ? l . legendMarkerBorderThickness : l . markerBorderThickness ? Math . max ( 1 , Math . round ( 0.2 * r ) ) : 0 , n = this . chart . replaceKeywordsWithValue ( n , l . dataPoints [ 0 ] , l , h ) , m = { markerType : m , markerColor : q , text : n , textBlock : null , chartType : l . type , markerSize : r , lineColor : l . _colorSet [ 0 ] , dataSeriesIndex : l . index ,
dataPointIndex : null , markerBorderColor : s , markerBorderThickness : t } ; k . push ( m ) } else for ( var v = 0 ; v < l . dataPoints . length ; v ++ ) { var u = l . dataPoints [ v ] , m = u . legendMarkerType ? u . legendMarkerType : l . legendMarkerType ? l . legendMarkerType : T . getDefaultLegendMarker ( l . type ) , n = u . legendText ? u . legendText : l . legendText ? l . legendText : this . itemTextFormatter ? this . itemTextFormatter ( { chart : this . chart . _publicChartReference , legend : this . _options , dataSeries : l , dataPoint : u } ) : u . name ? u . name : "DataPoint: " + ( v + 1 ) , q = u . legendMarkerColor ? u . legendMarkerColor :
l . legendMarkerColor ? l . legendMarkerColor : u . color ? u . color : l . color ? l . color : l . _colorSet [ v % l . _colorSet . length ] , r = 0.6 * this . lineHeight , s = u . legendMarkerBorderColor ? u . legendMarkerBorderColor : l . legendMarkerBorderColor ? l . legendMarkerBorderColor : u . markerBorderColor ? u . markerBorderColor : l . markerBorderColor , t = u . legendMarkerBorderThickness ? u . legendMarkerBorderThickness : l . legendMarkerBorderThickness ? l . legendMarkerBorderThickness : u . markerBorderThickness || l . markerBorderThickness ? Math . max ( 1 , Math . round ( 0.2 * r ) ) : 0 , n = this . chart . replaceKeywordsWithValue ( n ,
u , l , v ) , m = { markerType : m , markerColor : q , text : n , textBlock : null , chartType : l . type , markerSize : r , dataSeriesIndex : h , dataPointIndex : v , markerBorderColor : s , markerBorderThickness : t } ; ( u . showInLegend || l . showInLegend && ! 1 !== u . showInLegend ) && k . push ( m ) } } ! 0 === this . reversed && k . reverse ( ) ; if ( 0 < k . length ) { l = null ; v = n = u = 0 ; n = null !== this . itemWidth ? null !== this . itemMaxWidth ? Math . min ( this . itemWidth , this . itemMaxWidth , f ) : Math . min ( this . itemWidth , f ) : null !== this . itemMaxWidth ? Math . min ( this . itemMaxWidth , f ) : f ; r = 0 === r ? 0.6 * this . lineHeight :
r ; n -= r + 0.1 * this . horizontalSpacing ; for ( h = 0 ; h < k . length ; h ++ ) { m = k [ h ] ; if ( "line" === m . chartType || "spline" === m . chartType || "stepLine" === m . chartType ) n -= 2 * 0.1 * this . lineHeight ; if ( ! ( 0 >= g || "undefined" === typeof g || 0 >= n || "undefined" === typeof n ) ) { if ( "horizontal" === this . orientation ) { m . textBlock = new H ( this . ctx , { x : 0 , y : 0 , maxWidth : n , maxHeight : this . itemWrap ? g : this . lineHeight , angle : 0 , text : m . text , horizontalAlign : "left" , fontSize : this . fontSize , fontFamily : this . fontFamily , fontWeight : this . fontWeight , fontColor : this . fontColor , fontStyle : this . fontStyle ,
textBaseline : "top" } ) ; m . textBlock . measureText ( ) ; null !== this . itemWidth && ( m . textBlock . width = this . itemWidth - ( r + 0.1 * this . horizontalSpacing + ( "line" === m . chartType || "spline" === m . chartType || "stepLine" === m . chartType ? 2 * 0.1 * this . lineHeight : 0 ) ) ) ; if ( ! l || l . width + Math . round ( m . textBlock . width + 0.1 * this . horizontalSpacing + r + ( 0 === l . width ? 0 : this . horizontalSpacing ) + ( "line" === m . chartType || "spline" === m . chartType || "stepLine" === m . chartType ? 2 * 0.1 * this . lineHeight : 0 ) ) > f ) l = { items : [ ] , width : 0 } , p . push ( l ) , this . height += v , v = 0 ; v = Math . max ( v ,
m . textBlock . height ) } else m . textBlock = new H ( this . ctx , { x : 0 , y : 0 , maxWidth : n , maxHeight : ! 0 === this . itemWrap ? g : 1.5 * this . fontSize , angle : 0 , text : m . text , horizontalAlign : "left" , fontSize : this . fontSize , fontFamily : this . fontFamily , fontWeight : this . fontWeight , fontColor : this . fontColor , fontStyle : this . fontStyle , textBaseline : "top" } ) , m . textBlock . measureText ( ) , null !== this . itemWidth && ( m . textBlock . width = this . itemWidth - ( r + 0.1 * this . horizontalSpacing + ( "line" === m . chartType || "spline" === m . chartType || "stepLine" === m . chartType ? 2 * 0.1 *
this . lineHeight : 0 ) ) ) , this . height <= g ? ( l = { items : [ ] , width : 0 } , p . push ( l ) ) : ( l = p [ u ] , u = ( u + 1 ) % p . length ) , this . height += m . textBlock . height ; m . textBlock . x = l . width ; m . textBlock . y = 0 ; l . width += Math . round ( m . textBlock . width + 0.1 * this . horizontalSpacing + r + ( 0 === l . width ? 0 : this . horizontalSpacing ) + ( "line" === m . chartType || "spline" === m . chartType || "stepLine" === m . chartType ? 2 * 0.1 * this . lineHeight : 0 ) ) ; l . items . push ( m ) ; this . width = Math . max ( l . width , this . width ) } } this . height = ! 1 === this . itemWrap ? p . length * this . lineHeight : this . height + v ; this . height =
Math . min ( g , this . height ) ; this . width = Math . min ( f , this . width ) } "top" === this . verticalAlign ? ( e = "left" === this . horizontalAlign ? b . x1 : "right" === this . horizontalAlign ? b . x2 - this . width : b . x1 + b . width / 2 - this . width / 2 , d = b . y1 ) : "center" === this . verticalAlign ? ( e = "left" === this . horizontalAlign ? b . x1 : "right" === this . horizontalAlign ? b . x2 - this . width : b . x1 + b . width / 2 - this . width / 2 , d = b . y1 + b . height / 2 - this . height / 2 ) : "bottom" === this . verticalAlign && ( e = "left" === this . horizontalAlign ? b . x1 : "right" === this . horizontalAlign ? b . x2 - this . width : b . x1 +
b . width / 2 - this . width / 2 , d = b . y2 - this . height ) ; this . items = k ; for ( h = 0 ; h < this . items . length ; h ++ ) m = k [ h ] , m . id = ++ this . chart . _eventManager . lastObjectId , this . chart . _eventManager . objectMap [ m . id ] = { id : m . id , objectType : "legendItem" , legendItemIndex : h , dataSeriesIndex : m . dataSeriesIndex , dataPointIndex : m . dataPointIndex } ; for ( h = b = 0 ; h < p . length ; h ++ ) { l = p [ h ] ; for ( k = v = 0 ; k < l . items . length ; k ++ ) { m = l . items [ k ] ; n = m . textBlock . x + e + ( 0 === k ? 0.2 * r : this . horizontalSpacing ) ; q = d + b ; u = n ; this . chart . data [ m . dataSeriesIndex ] . visible || ( this . ctx . globalAlpha =
0.5 ) ; this . ctx . save ( ) ; this . ctx . rect ( e , d , f , g ) ; this . ctx . clip ( ) ; if ( "line" === m . chartType || "stepLine" === m . chartType || "spline" === m . chartType ) this . ctx . strokeStyle = m . lineColor , this . ctx . lineWidth = Math . ceil ( this . lineHeight / 8 ) , this . ctx . beginPath ( ) , this . ctx . moveTo ( n - 0.1 * this . lineHeight , q + this . lineHeight / 2 ) , this . ctx . lineTo ( n + 0.7 * this . lineHeight , q + this . lineHeight / 2 ) , this . ctx . stroke ( ) , u -= 0.1 * this . lineHeight ; K . drawMarker ( n + r / 2 , q + this . lineHeight / 2 , this . ctx , m . markerType , m . markerSize , m . markerColor , m . markerBorderColor ,
m . markerBorderThickness ) ; m . textBlock . x = n + 0.1 * this . horizontalSpacing + r ; if ( "line" === m . chartType || "stepLine" === m . chartType || "spline" === m . chartType ) m . textBlock . x += 0.1 * this . lineHeight ; m . textBlock . y = q ; m . textBlock . render ( ! 0 ) ; this . ctx . restore ( ) ; v = 0 < k ? Math . max ( v , m . textBlock . height ) : m . textBlock . height ; this . chart . data [ m . dataSeriesIndex ] . visible || ( this . ctx . globalAlpha = 1 ) ; n = B ( m . id ) ; this . ghostCtx . fillStyle = n ; this . ghostCtx . beginPath ( ) ; this . ghostCtx . fillRect ( u , m . textBlock . y , m . textBlock . x + m . textBlock . width - u , m . textBlock . height ) ;
m . x1 = this . chart . _eventManager . objectMap [ m . id ] . x1 = u ; m . y1 = this . chart . _eventManager . objectMap [ m . id ] . y1 = m . textBlock . y ; m . x2 = this . chart . _eventManager . objectMap [ m . id ] . x2 = m . textBlock . x + m . textBlock . width ; m . y2 = this . chart . _eventManager . objectMap [ m . id ] . y2 = m . textBlock . y + m . textBlock . height } b += v } a . layoutManager . registerSpace ( c , { width : this . width + 2 + 2 , height : this . height + 5 + 5 } ) ; this . bounds = { x1 : e , y1 : d , x2 : e + this . width , y2 : d + this . height } } ; O ( pa , G ) ; pa . prototype . render = function ( ) { var a = this . chart . layoutManager . getFreeSpace ( ) ;
this . ctx . fillStyle = "red" ; this . ctx . fillRect ( a . x1 , a . y1 , a . x2 , a . y2 ) } ; O ( T , G ) ; T . prototype . getDefaultAxisPlacement = function ( ) { var a = this . type ; if ( "column" === a || "line" === a || "stepLine" === a || "spline" === a || "area" === a || "stepArea" === a || "splineArea" === a || "stackedColumn" === a || "stackedLine" === a || "bubble" === a || "scatter" === a || "stackedArea" === a || "stackedColumn100" === a || "stackedLine100" === a || "stackedArea100" === a || "candlestick" === a || "ohlc" === a || "rangeColumn" === a || "rangeArea" === a || "rangeSplineArea" === a ) return "normal" ; if ( "bar" ===
a || "stackedBar" === a || "stackedBar100" === a || "rangeBar" === a ) return "xySwapped" ; if ( "pie" === a || "doughnut" === a || "funnel" === a ) return "none" ; window . console . log ( "Unknown Chart Type: " + a ) ; return null } ; T . getDefaultLegendMarker = function ( a ) { if ( "column" === a || "stackedColumn" === a || "stackedLine" === a || "bar" === a || "stackedBar" === a || "stackedBar100" === a || "bubble" === a || "scatter" === a || "stackedColumn100" === a || "stackedLine100" === a || "stepArea" === a || "candlestick" === a || "ohlc" === a || "rangeColumn" === a || "rangeBar" === a || "rangeArea" ===
a || "rangeSplineArea" === a ) return "square" ; if ( "line" === a || "stepLine" === a || "spline" === a || "pie" === a || "doughnut" === a || "funnel" === a ) return "circle" ; if ( "area" === a || "splineArea" === a || "stackedArea" === a || "stackedArea100" === a ) return "triangle" ; window . console . log ( "Unknown Chart Type: " + a ) ; return null } ; T . prototype . getDataPointAtX = function ( a , b ) { if ( ! this . dataPoints || 0 === this . dataPoints . length ) return null ; var c = { dataPoint : null , distance : Infinity , index : NaN } , d = null , e = 0 , f = 0 , g = 1 , k = Infinity , p = 0 , h = 0 , l = 0 ; "none" !== this . chart . plotInfo . axisPlacement &&
( l = this . dataPoints [ this . dataPoints . length - 1 ] . x - this . dataPoints [ 0 ] . x , l = 0 < l ? Math . min ( Math . max ( ( this . dataPoints . length - 1 ) / l * ( a - this . dataPoints [ 0 ] . x ) >> 0 , 0 ) , this . dataPoints . length ) : 0 ) ; for ( ; ; ) { f = 0 < g ? l + e : l - e ; if ( 0 <= f && f < this . dataPoints . length ) { var d = this . dataPoints [ f ] , m = Math . abs ( d . x - a ) ; m < c . distance && ( c . dataPoint = d , c . distance = m , c . index = f ) ; d = Math . abs ( d . x - a ) ; d <= k ? k = d : 0 < g ? p ++ : h ++ ; if ( 1E3 < p && 1E3 < h ) break } else if ( 0 > l - e && l + e >= this . dataPoints . length ) break ; - 1 === g ? ( e ++ , g = 1 ) : g = - 1 } return b || c . dataPoint . x !== a ? b && null !==
c . dataPoint ? c : null : c } ; T . prototype . getDataPointAtXY = function ( a , b , c ) { if ( ! this . dataPoints || 0 === this . dataPoints . length || a < this . chart . plotArea . x1 || a > this . chart . plotArea . x2 || b < this . chart . plotArea . y1 || b > this . chart . plotArea . y2 ) return null ; c = c || ! 1 ; var d = [ ] , e = 0 , f = 0 , g = 1 , k = ! 1 , p = Infinity , h = 0 , l = 0 , m = 0 ; "none" !== this . chart . plotInfo . axisPlacement && ( m = this . chart . axisX . getXValueAt ( { x : a , y : b } ) , f = this . dataPoints [ this . dataPoints . length - 1 ] . x - this . dataPoints [ 0 ] . x , m = 0 < f ? Math . min ( Math . max ( ( this . dataPoints . length - 1 ) / f * ( m - this . dataPoints [ 0 ] . x ) >>
0 , 0 ) , this . dataPoints . length ) : 0 ) ; for ( ; ; ) { f = 0 < g ? m + e : m - e ; if ( 0 <= f && f < this . dataPoints . length ) { var n = this . chart . _eventManager . objectMap [ this . dataPointIds [ f ] ] , q = this . dataPoints [ f ] , r = null ; if ( n ) { switch ( this . type ) { case "column" : case "stackedColumn" : case "stackedColumn100" : case "bar" : case "stackedBar" : case "stackedBar100" : case "rangeColumn" : case "rangeBar" : a >= n . x1 && ( a <= n . x2 && b >= n . y1 && b <= n . y2 ) && ( d . push ( { dataPoint : q , dataPointIndex : f , dataSeries : this , distance : Math . min ( Math . abs ( n . x1 - a ) , Math . abs ( n . x2 - a ) , Math . abs ( n . y1 -
b ) , Math . abs ( n . y2 - b ) ) } ) , k = ! 0 ) ; break ; case "line" : case "stepLine" : case "spline" : case "area" : case "stepArea" : case "stackedArea" : case "stackedArea100" : case "splineArea" : case "scatter" : var s = N ( "markerSize" , q , this ) || 4 , t = c ? 20 : s , r = Math . sqrt ( Math . pow ( n . x1 - a , 2 ) + Math . pow ( n . y1 - b , 2 ) ) ; r <= t && d . push ( { dataPoint : q , dataPointIndex : f , dataSeries : this , distance : r } ) ; f = Math . abs ( n . x1 - a ) ; f <= p ? p = f : 0 < g ? h ++ : l ++ ; r <= s / 2 && ( k = ! 0 ) ; break ; case "rangeArea" : case "rangeSplineArea" : s = N ( "markerSize" , q , this ) || 4 ; t = c ? 20 : s ; r = Math . min ( Math . sqrt ( Math . pow ( n . x1 -
a , 2 ) + Math . pow ( n . y1 - b , 2 ) ) , Math . sqrt ( Math . pow ( n . x1 - a , 2 ) + Math . pow ( n . y2 - b , 2 ) ) ) ; r <= t && d . push ( { dataPoint : q , dataPointIndex : f , dataSeries : this , distance : r } ) ; f = Math . abs ( n . x1 - a ) ; f <= p ? p = f : 0 < g ? h ++ : l ++ ; r <= s / 2 && ( k = ! 0 ) ; break ; case "bubble" : s = n . size ; r = Math . sqrt ( Math . pow ( n . x1 - a , 2 ) + Math . pow ( n . y1 - b , 2 ) ) ; r <= s / 2 && ( d . push ( { dataPoint : q , dataPointIndex : f , dataSeries : this , distance : r } ) , k = ! 0 ) ; break ; case "pie" : case "doughnut" : s = n . center ; t = "doughnut" === this . type ? n . percentInnerRadius * n . radius : 0 ; r = Math . sqrt ( Math . pow ( s . x - a , 2 ) + Math . pow ( s . y -
b , 2 ) ) ; r < n . radius && r > t && ( r = Math . atan2 ( b - s . y , a - s . x ) , 0 > r && ( r += 2 * Math . PI ) , r = Number ( ( ( 180 * ( r / Math . PI ) % 360 + 360 ) % 360 ) . toFixed ( 12 ) ) , s = Number ( ( ( 180 * ( n . startAngle / Math . PI ) % 360 + 360 ) % 360 ) . toFixed ( 12 ) ) , t = Number ( ( ( 180 * ( n . endAngle / Math . PI ) % 360 + 360 ) % 360 ) . toFixed ( 12 ) ) , 0 === t && 1 < n . endAngle && ( t = 360 ) , s >= t && 0 !== q . y && ( t += 360 , r < s && ( r += 360 ) ) , r > s && r < t && ( d . push ( { dataPoint : q , dataPointIndex : f , dataSeries : this , distance : 0 } ) , k = ! 0 ) ) ; break ; case "candlestick" : if ( a >= n . x1 - n . borderThickness / 2 && a <= n . x2 + n . borderThickness / 2 && b >= n . y2 - n . borderThickness /
2 && b <= n . y3 + n . borderThickness / 2 || Math . abs ( n . x2 - a + n . x1 - a ) < n . borderThickness && b >= n . y1 && b <= n . y4 ) d . push ( { dataPoint : q , dataPointIndex : f , dataSeries : this , distance : Math . min ( Math . abs ( n . x1 - a ) , Math . abs ( n . x2 - a ) , Math . abs ( n . y2 - b ) , Math . abs ( n . y3 - b ) ) } ) , k = ! 0 ; break ; case "ohlc" : if ( Math . abs ( n . x2 - a + n . x1 - a ) < n . borderThickness && b >= n . y2 && b <= n . y3 || a >= n . x1 && a <= ( n . x2 + n . x1 ) / 2 && b >= n . y1 - n . borderThickness / 2 && b <= n . y1 + n . borderThickness / 2 || a >= ( n . x1 + n . x2 ) / 2 && a <= n . x2 && b >= n . y4 - n . borderThickness / 2 && b <= n . y4 + n . borderThickness / 2 ) d . push ( { dataPoint : q ,
dataPointIndex : f , dataSeries : this , distance : Math . min ( Math . abs ( n . x1 - a ) , Math . abs ( n . x2 - a ) , Math . abs ( n . y2 - b ) , Math . abs ( n . y3 - b ) ) } ) , k = ! 0 } if ( k || 1E3 < h && 1E3 < l ) break } } else if ( 0 > m - e && m + e >= this . dataPoints . length ) break ; - 1 === g ? ( e ++ , g = 1 ) : g = - 1 } a = null ; for ( b = 0 ; b < d . length ; b ++ ) a ? d [ b ] . distance <= a . distance && ( a = d [ b ] ) : a = d [ b ] ; return a } ; T . prototype . getMarkerProperties = function ( a , b , c , d ) { var e = this . dataPoints ; return { x : b , y : c , ctx : d , type : e [ a ] . markerType ? e [ a ] . markerType : this . markerType , size : e [ a ] . markerSize ? e [ a ] . markerSize : this . markerSize ,
color : e [ a ] . markerColor ? e [ a ] . markerColor : this . markerColor ? this . markerColor : e [ a ] . color ? e [ a ] . color : this . color ? this . color : this . _colorSet [ a % this . _colorSet . length ] , borderColor : e [ a ] . markerBorderColor ? e [ a ] . markerBorderColor : this . markerBorderColor ? this . markerBorderColor : null , borderThickness : e [ a ] . markerBorderThickness ? e [ a ] . markerBorderThickness : this . markerBorderThickness ? this . markerBorderThickness : null } } ; O ( C , G ) ; C . prototype . createLabels = function ( ) { var a , b = 0 , c , d = 0 , e = 0 , b = 0 ; if ( "bottom" === this . _position || "top" ===
this . _position ) b = this . lineCoordinates . width / Math . abs ( this . viewportMaximum - this . viewportMinimum ) * this . interval , d = this . labelAutoFit ? "undefined" === typeof this . _options . labelMaxWidth ? 0.9 * b >> 0 : this . labelMaxWidth : "undefined" === typeof this . _options . labelMaxWidth ? 0.7 * this . chart . width >> 0 : this . labelMaxWidth , e = "undefined" === typeof this . _options . labelWrap || this . labelWrap ? 0.5 * this . chart . height >> 0 : 1.5 * this . labelFontSize ; else if ( "left" === this . _position || "right" === this . _position ) b = this . lineCoordinates . height / Math . abs ( this . viewportMaximum -
this . viewportMinimum ) * this . interval , d = this . labelAutoFit ? "undefined" === typeof this . _options . labelMaxWidth ? 0.3 * this . chart . width >> 0 : this . labelMaxWidth : "undefined" === typeof this . _options . labelMaxWidth ? 0.5 * this . chart . width >> 0 : this . labelMaxWidth , e = "undefined" === typeof this . _options . labelWrap || this . labelWrap ? 2 * b >> 0 : 1.5 * this . labelFontSize ; if ( "axisX" === this . type && "dateTime" === this . chart . plotInfo . axisXValueType ) for ( c = ta ( new Date ( this . viewportMaximum ) , this . interval , this . intervalType ) , b = this . intervalStartPosition ; b <
c ; ta ( b , this . interval , this . intervalType ) ) a = b . getTime ( ) , a = this . labelFormatter ? this . labelFormatter ( { chart : this . chart . _publicChartReference , axis : this . _options , value : b , label : this . labels [ b ] ? this . labels [ b ] : null } ) : "axisX" === this . type && this . labels [ a ] ? this . labels [ a ] : ra ( b , this . valueFormatString , this . chart . _cultureInfo ) , a = new H ( this . ctx , { x : 0 , y : 0 , maxWidth : d , maxHeight : e , angle : this . labelAngle , text : this . prefix + a + this . suffix , horizontalAlign : "left" , fontSize : this . labelFontSize , fontFamily : this . labelFontFamily , fontWeight : this . labelFontWeight ,
fontColor : this . labelFontColor , fontStyle : this . labelFontStyle , textBaseline : "middle" } ) , this . _labels . push ( { position : b . getTime ( ) , textBlock : a , effectiveHeight : null } ) ; else { c = this . viewportMaximum ; if ( this . labels && this . labels . length ) { a = Math . ceil ( this . interval ) ; for ( var f = Math . ceil ( this . intervalStartPosition ) , g = ! 1 , b = f ; b < this . viewportMaximum ; b += a ) if ( this . labels [ b ] ) g = ! 0 ; else { g = ! 1 ; break } g && ( this . interval = a , this . intervalStartPosition = f ) } for ( b = this . intervalStartPosition ; b <= c ; b = parseFloat ( ( b + this . interval ) . toFixed ( 14 ) ) ) a =
this . labelFormatter ? this . labelFormatter ( { chart : this . chart . _publicChartReference , axis : this . _options , value : b , label : this . labels [ b ] ? this . labels [ b ] : null } ) : "axisX" === this . type && this . labels [ b ] ? this . labels [ b ] : X ( b , this . valueFormatString , this . chart . _cultureInfo ) , a = new H ( this . ctx , { x : 0 , y : 0 , maxWidth : d , maxHeight : e , angle : this . labelAngle , text : this . prefix + a + this . suffix , horizontalAlign : "left" , fontSize : this . labelFontSize , fontFamily : this . labelFontFamily , fontWeight : this . labelFontWeight , fontColor : this . labelFontColor , fontStyle : this . labelFontStyle ,
textBaseline : "middle" , borderThickness : 0 } ) , this . _labels . push ( { position : b , textBlock : a , effectiveHeight : null } ) } for ( b = 0 ; b < this . stripLines . length ; b ++ ) c = this . stripLines [ b ] , a = new H ( this . ctx , { x : 0 , y : 0 , backgroundColor : c . labelBackgroundColor , maxWidth : d , maxHeight : e , angle : this . labelAngle , text : c . labelFormatter ? c . labelFormatter ( { chart : this . chart . _publicChartReference , axis : this , stripLine : c } ) : c . label , horizontalAlign : "left" , fontSize : c . labelFontSize , fontFamily : c . labelFontFamily , fontWeight : c . labelFontWeight , fontColor : c . _options . labelFontColor ||
c . color , fontStyle : c . labelFontStyle , textBaseline : "middle" , borderThickness : 0 } ) , this . _labels . push ( { position : c . value , textBlock : a , effectiveHeight : null , stripLine : c } ) } ; C . prototype . createLabelsAndCalculateWidth = function ( ) { var a = 0 ; this . _labels = [ ] ; if ( "left" === this . _position || "right" === this . _position ) for ( this . createLabels ( ) , i = 0 ; i < this . _labels . length ; i ++ ) { var b = this . _labels [ i ] . textBlock . measureText ( ) , c = 0 , c = 0 === this . labelAngle ? b . width : b . width * Math . cos ( Math . PI / 180 * Math . abs ( this . labelAngle ) ) + b . height / 2 * Math . sin ( Math . PI /
180 * Math . abs ( this . labelAngle ) ) ; a < c && ( a = c ) ; this . _labels [ i ] . effectiveWidth = c } return ( this . title ? ea ( this . titleFontFamily , this . titleFontSize , this . titleFontWeight ) + 2 : 0 ) + a + this . tickLength + 5 } ; C . prototype . createLabelsAndCalculateHeight = function ( ) { var a = 0 ; this . _labels = [ ] ; var b , c = 0 ; this . createLabels ( ) ; if ( "bottom" === this . _position || "top" === this . _position ) for ( c = 0 ; c < this . _labels . length ; c ++ ) { b = this . _labels [ c ] . textBlock ; b = b . measureText ( ) ; var d = 0 , d = 0 === this . labelAngle ? b . height : b . width * Math . sin ( Math . PI / 180 * Math . abs ( this . labelAngle ) ) +
b . height / 2 * Math . cos ( Math . PI / 180 * Math . abs ( this . labelAngle ) ) ; a < d && ( a = d ) ; this . _labels [ c ] . effectiveHeight = d } return ( this . title ? ea ( this . titleFontFamily , this . titleFontSize , this . titleFontWeight ) + 2 : 0 ) + a + this . tickLength + 5 } ; C . setLayoutAndRender = function ( a , b , c , d , e ) { var f , g , k , p = a . chart , h = p . ctx ; a . calculateAxisParameters ( ) ; b && b . calculateAxisParameters ( ) ; c && c . calculateAxisParameters ( ) ; var l = b ? b . margin : 0 ; g = c ? c . margin : 0 ; if ( "normal" === d ) { a . lineCoordinates = { } ; var m = Math . ceil ( b ? b . createLabelsAndCalculateWidth ( ) : 0 ) ; f =
Math . round ( e . x1 + m + l ) ; a . lineCoordinates . x1 = f ; l = Math . ceil ( c ? c . createLabelsAndCalculateWidth ( ) : 0 ) ; k = Math . round ( e . x2 - l - g > a . chart . width - 10 ? a . chart . width - 10 : e . x2 - l - g ) ; a . lineCoordinates . x2 = k ; a . lineCoordinates . width = Math . abs ( k - f ) ; var n = Math . ceil ( a . createLabelsAndCalculateHeight ( ) ) ; g = Math . round ( e . y2 - n - a . margin ) ; d = Math . round ( e . y2 - a . margin ) ; a . lineCoordinates . y1 = g ; a . lineCoordinates . y2 = g ; a . boundingRect = { x1 : f , y1 : g , x2 : k , y2 : d , width : k - f , height : d - g } ; b && ( f = Math . round ( e . x1 + b . margin ) , g = Math . round ( 10 > e . y1 ? 10 : e . y1 ) , k = Math . round ( e . x1 +
m + b . margin ) , d = Math . round ( e . y2 - n - a . margin ) , b . lineCoordinates = { x1 : k , y1 : g , x2 : k , y2 : d , height : Math . abs ( d - g ) } , b . boundingRect = { x1 : f , y1 : g , x2 : k , y2 : d , width : k - f , height : d - g } ) ; c && ( f = Math . round ( a . lineCoordinates . x2 ) , g = Math . round ( 10 > e . y1 ? 10 : e . y1 ) , k = Math . round ( f + l ) , d = Math . round ( e . y2 - n - a . margin ) , c . lineCoordinates = { x1 : f , y1 : g , x2 : f , y2 : d , height : Math . abs ( d - g ) } , c . boundingRect = { x1 : f , y1 : g , x2 : k , y2 : d , width : k - f , height : d - g } ) ; a . calculateValueToPixelConversionParameters ( ) ; b && b . calculateValueToPixelConversionParameters ( ) ; c && c . calculateValueToPixelConversionParameters ( ) ;
h . save ( ) ; h . rect ( 5 , a . boundingRect . y1 , a . chart . width - 10 , a . boundingRect . height ) ; h . clip ( ) ; a . renderLabelsTicksAndTitle ( ) ; h . restore ( ) ; b && b . renderLabelsTicksAndTitle ( ) ; c && c . renderLabelsTicksAndTitle ( ) } else { m = Math . ceil ( a . createLabelsAndCalculateWidth ( ) ) ; b && ( b . lineCoordinates = { } , f = Math . round ( e . x1 + m + a . margin ) , k = Math . round ( e . x2 > b . chart . width - 10 ? b . chart . width - 10 : e . x2 ) , b . lineCoordinates . x1 = f , b . lineCoordinates . x2 = k , b . lineCoordinates . width = Math . abs ( k - f ) ) ; c && ( c . lineCoordinates = { } , f = Math . round ( e . x1 + m + a . margin ) , k = Math . round ( e . x2 >
c . chart . width - 10 ? c . chart . width - 10 : e . x2 ) , c . lineCoordinates . x1 = f , c . lineCoordinates . x2 = k , c . lineCoordinates . width = Math . abs ( k - f ) ) ; var n = Math . ceil ( b ? b . createLabelsAndCalculateHeight ( ) : 0 ) , q = Math . ceil ( c ? c . createLabelsAndCalculateHeight ( ) : 0 ) ; b && ( g = Math . round ( e . y2 - n - b . margin ) , d = Math . round ( e . y2 - l > b . chart . height - 10 ? b . chart . height - 10 : e . y2 - l ) , b . lineCoordinates . y1 = g , b . lineCoordinates . y2 = g , b . boundingRect = { x1 : f , y1 : g , x2 : k , y2 : d , width : k - f , height : n } ) ; c && ( g = Math . round ( e . y1 + c . margin ) , d = e . y1 + c . margin + q , c . lineCoordinates . y1 =
d , c . lineCoordinates . y2 = d , c . boundingRect = { x1 : f , y1 : g , x2 : k , y2 : d , width : k - f , height : q } ) ; f = Math . round ( e . x1 + a . margin ) ; g = Math . round ( c ? c . lineCoordinates . y2 : 10 > e . y1 ? 10 : e . y1 ) ; k = Math . round ( e . x1 + m + a . margin ) ; d = Math . round ( b ? b . lineCoordinates . y1 : e . y2 - l > a . chart . height - 10 ? a . chart . height - 10 : e . y2 - l ) ; a . lineCoordinates = { x1 : k , y1 : g , x2 : k , y2 : d , height : Math . abs ( d - g ) } ; a . boundingRect = { x1 : f , y1 : g , x2 : k , y2 : d , width : k - f , height : d - g } ; a . calculateValueToPixelConversionParameters ( ) ; b && b . calculateValueToPixelConversionParameters ( ) ; c && c . calculateValueToPixelConversionParameters ( ) ;
b && b . renderLabelsTicksAndTitle ( ) ; c && c . renderLabelsTicksAndTitle ( ) ; a . renderLabelsTicksAndTitle ( ) } p . preparePlotArea ( ) ; e = a . chart . plotArea ; h . save ( ) ; h . rect ( e . x1 , e . y1 , Math . abs ( e . x2 - e . x1 ) , Math . abs ( e . y2 - e . y1 ) ) ; h . clip ( ) ; a . renderStripLinesOfThicknessType ( "value" ) ; b && b . renderStripLinesOfThicknessType ( "value" ) ; c && c . renderStripLinesOfThicknessType ( "value" ) ; a . renderInterlacedColors ( ) ; b && b . renderInterlacedColors ( ) ; c && c . renderInterlacedColors ( ) ; h . restore ( ) ; a . renderGrid ( ) ; b && b . renderGrid ( ) ; c && c . renderGrid ( ) ; a . renderAxisLine ( ) ;
b && b . renderAxisLine ( ) ; c && c . renderAxisLine ( ) ; a . renderStripLinesOfThicknessType ( "pixel" ) ; b && b . renderStripLinesOfThicknessType ( "pixel" ) ; c && c . renderStripLinesOfThicknessType ( "pixel" ) } ; C . prototype . renderLabelsTicksAndTitle = function ( ) { var a = ! 1 , b = 0 , c = 1 , d = 0 ; 0 !== this . labelAngle && 360 !== this . labelAngle && ( c = 1.2 ) ; if ( "undefined" === typeof this . _options . interval ) { if ( "bottom" === this . _position || "top" === this . _position ) { for ( e = 0 ; e < this . _labels . length ; e ++ ) f = this . _labels [ e ] , f . position < this . viewportMinimum || f . stripLine ||
( f = f . textBlock . width * Math . cos ( Math . PI / 180 * this . labelAngle ) + f . textBlock . height * Math . sin ( Math . PI / 180 * this . labelAngle ) , b += f ) ; b > this . lineCoordinates . width * c && ( a = ! 0 ) } if ( "left" === this . _position || "right" === this . _position ) { for ( e = 0 ; e < this . _labels . length ; e ++ ) f = this . _labels [ e ] , f . position < this . viewportMinimum || f . stripLine || ( f = f . textBlock . height * Math . cos ( Math . PI / 180 * this . labelAngle ) + f . textBlock . width * Math . sin ( Math . PI / 180 * this . labelAngle ) , b += f ) ; b > this . lineCoordinates . height * c && ( a = ! 0 ) } } if ( "bottom" === this . _position ) { for ( var e =
0 , f , e = 0 ; e < this . _labels . length ; e ++ ) if ( f = this . _labels [ e ] , ! ( f . position < this . viewportMinimum || f . position > this . viewportMaximum ) ) { b = this . getPixelCoordinatesOnAxis ( f . position ) ; if ( this . tickThickness && ! this . _labels [ e ] . stripLine || this . _labels [ e ] . stripLine && "pixel" === this . _labels [ e ] . stripLine . _thicknessType ) this . _labels [ e ] . stripLine ? ( c = this . _labels [ e ] . stripLine , this . ctx . lineWidth = c . thickness , this . ctx . strokeStyle = c . color ) : ( this . ctx . lineWidth = this . tickThickness , this . ctx . strokeStyle = this . tickColor ) , c = 1 === this . ctx . lineWidth %
2 ? ( b . x << 0 ) + 0.5 : b . x << 0 , this . ctx . beginPath ( ) , this . ctx . moveTo ( c , b . y << 0 ) , this . ctx . lineTo ( c , b . y + this . tickLength << 0 ) , this . ctx . stroke ( ) ; if ( ! a || 0 === d ++ % 2 || this . _labels [ e ] . stripLine ) 0 === f . textBlock . angle ? ( b . x -= f . textBlock . width / 2 , b . y += this . tickLength + f . textBlock . fontSize / 2 ) : ( b . x -= 0 > this . labelAngle ? f . textBlock . width * Math . cos ( Math . PI / 180 * this . labelAngle ) : 0 , b . y += this . tickLength + Math . abs ( 0 > this . labelAngle ? f . textBlock . width * Math . sin ( Math . PI / 180 * this . labelAngle ) - 5 : 5 ) ) , f . textBlock . x = b . x , f . textBlock . y = b . y , f . textBlock . render ( ! 0 ) } this . title &&
( this . _titleTextBlock = new H ( this . ctx , { x : this . lineCoordinates . x1 , y : this . boundingRect . y2 - this . titleFontSize - 5 , maxWidth : this . lineCoordinates . width , maxHeight : 1.5 * this . titleFontSize , angle : 0 , text : this . title , horizontalAlign : "center" , fontSize : this . titleFontSize , fontFamily : this . titleFontFamily , fontWeight : this . titleFontWeight , fontColor : this . titleFontColor , fontStyle : this . titleFontStyle , textBaseline : "top" } ) , this . _titleTextBlock . measureText ( ) , this . _titleTextBlock . x = this . lineCoordinates . x1 + this . lineCoordinates . width /
2 - this . _titleTextBlock . width / 2 , this . _titleTextBlock . y = this . boundingRect . y2 - this . _titleTextBlock . height - 3 , this . _titleTextBlock . render ( ! 0 ) ) } else if ( "top" === this . _position ) { for ( e = 0 ; e < this . _labels . length ; e ++ ) if ( f = this . _labels [ e ] , ! ( f . position < this . viewportMinimum || f . position > this . viewportMaximum ) ) { b = this . getPixelCoordinatesOnAxis ( f . position ) ; if ( this . tickThickness && ! this . _labels [ e ] . stripLine || this . _labels [ e ] . stripLine && "pixel" === this . _labels [ e ] . stripLine . _thicknessType ) this . _labels [ e ] . stripLine ? ( c = this . _labels [ e ] . stripLine ,
this . ctx . lineWidth = c . thickness , this . ctx . strokeStyle = c . color ) : ( this . ctx . lineWidth = this . tickThickness , this . ctx . strokeStyle = this . tickColor ) , c = 1 === this . ctx . lineWidth % 2 ? ( b . x << 0 ) + 0.5 : b . x << 0 , this . ctx . beginPath ( ) , this . ctx . moveTo ( c , b . y << 0 ) , this . ctx . lineTo ( c , b . y - this . tickLength << 0 ) , this . ctx . stroke ( ) ; if ( ! a || 0 === d ++ % 2 || this . _labels [ e ] . stripLine ) 0 === f . textBlock . angle ? ( b . x -= f . textBlock . width / 2 , b . y -= this . tickLength + f . textBlock . height / 2 ) : ( b . x -= 0 < this . labelAngle ? f . textBlock . width * Math . cos ( Math . PI / 180 * this . labelAngle ) :
0 , b . y -= this . tickLength + Math . abs ( 0 < this . labelAngle ? f . textBlock . width * Math . sin ( Math . PI / 180 * this . labelAngle ) + 5 : 5 ) ) , f . textBlock . x = b . x , f . textBlock . y = b . y , f . textBlock . render ( ! 0 ) } this . title && ( this . _titleTextBlock = new H ( this . ctx , { x : this . lineCoordinates . x1 , y : this . boundingRect . y1 + 1 , maxWidth : this . lineCoordinates . width , maxHeight : 1.5 * this . titleFontSize , angle : 0 , text : this . title , horizontalAlign : "center" , fontSize : this . titleFontSize , fontFamily : this . titleFontFamily , fontWeight : this . titleFontWeight , fontColor : this . titleFontColor ,
fontStyle : this . titleFontStyle , textBaseline : "top" } ) , this . _titleTextBlock . measureText ( ) , this . _titleTextBlock . x = this . lineCoordinates . x1 + this . lineCoordinates . width / 2 - this . _titleTextBlock . width / 2 , this . _titleTextBlock . render ( ! 0 ) ) } else if ( "left" === this . _position ) { for ( e = 0 ; e < this . _labels . length ; e ++ ) if ( f = this . _labels [ e ] , ! ( f . position < this . viewportMinimum || f . position > this . viewportMaximum ) ) { b = this . getPixelCoordinatesOnAxis ( f . position ) ; if ( this . tickThickness && ! this . _labels [ e ] . stripLine || this . _labels [ e ] . stripLine &&
"pixel" === this . _labels [ e ] . stripLine . _thicknessType ) this . _labels [ e ] . stripLine ? ( c = this . _labels [ e ] . stripLine , this . ctx . lineWidth = c . thickness , this . ctx . strokeStyle = c . color ) : ( this . ctx . lineWidth = this . tickThickness , this . ctx . strokeStyle = this . tickColor ) , c = 1 === this . ctx . lineWidth % 2 ? ( b . y << 0 ) + 0.5 : b . y << 0 , this . ctx . beginPath ( ) , this . ctx . moveTo ( b . x << 0 , c ) , this . ctx . lineTo ( b . x - this . tickLength << 0 , c ) , this . ctx . stroke ( ) ; if ( ! a || 0 === d ++ % 2 || this . _labels [ e ] . stripLine ) f . textBlock . x = b . x - f . textBlock . width * Math . cos ( Math . PI / 180 * this . labelAngle ) -
this . tickLength - 5 , f . textBlock . y = 0 === this . labelAngle ? b . y : b . y - f . textBlock . width * Math . sin ( Math . PI / 180 * this . labelAngle ) , f . textBlock . render ( ! 0 ) } this . title && ( this . _titleTextBlock = new H ( this . ctx , { x : this . boundingRect . x1 + 1 , y : this . lineCoordinates . y2 , maxWidth : this . lineCoordinates . height , maxHeight : 1.5 * this . titleFontSize , angle : - 90 , text : this . title , horizontalAlign : "center" , fontSize : this . titleFontSize , fontFamily : this . titleFontFamily , fontWeight : this . titleFontWeight , fontColor : this . titleFontColor , fontStyle : this . titleFontStyle ,
textBaseline : "top" } ) , this . _titleTextBlock . measureText ( ) , this . _titleTextBlock . y = this . lineCoordinates . height / 2 + this . _titleTextBlock . width / 2 + this . lineCoordinates . y1 , this . _titleTextBlock . render ( ! 0 ) ) } else if ( "right" === this . _position ) { for ( e = 0 ; e < this . _labels . length ; e ++ ) if ( f = this . _labels [ e ] , ! ( f . position < this . viewportMinimum || f . position > this . viewportMaximum ) ) { b = this . getPixelCoordinatesOnAxis ( f . position ) ; if ( this . tickThickness && ! this . _labels [ e ] . stripLine || this . _labels [ e ] . stripLine && "pixel" === this . _labels [ e ] . stripLine . _thicknessType ) this . _labels [ e ] . stripLine ?
( c = this . _labels [ e ] . stripLine , this . ctx . lineWidth = c . thickness , this . ctx . strokeStyle = c . color ) : ( this . ctx . lineWidth = this . tickThickness , this . ctx . strokeStyle = this . tickColor ) , c = 1 === this . ctx . lineWidth % 2 ? ( b . y << 0 ) + 0.5 : b . y << 0 , this . ctx . beginPath ( ) , this . ctx . moveTo ( b . x << 0 , c ) , this . ctx . lineTo ( b . x + this . tickLength << 0 , c ) , this . ctx . stroke ( ) ; if ( ! a || 0 === d ++ % 2 || this . _labels [ e ] . stripLine ) f . textBlock . x = b . x + this . tickLength + 5 , f . textBlock . y = b . y , f . textBlock . render ( ! 0 ) } this . title && ( this . _titleTextBlock = new H ( this . ctx , { x : this . boundingRect . x2 -
1 , y : this . lineCoordinates . y2 , maxWidth : this . lineCoordinates . height , maxHeight : 1.5 * this . titleFontSize , angle : 90 , text : this . title , horizontalAlign : "center" , fontSize : this . titleFontSize , fontFamily : this . titleFontFamily , fontWeight : this . titleFontWeight , fontColor : this . titleFontColor , fontStyle : this . titleFontStyle , textBaseline : "top" } ) , this . _titleTextBlock . measureText ( ) , this . _titleTextBlock . y = this . lineCoordinates . height / 2 - this . _titleTextBlock . width / 2 + this . lineCoordinates . y1 , this . _titleTextBlock . render ( ! 0 ) ) } } ; C . prototype . renderInterlacedColors =
function ( ) { var a = this . chart . plotArea . ctx , b , c , d = this . chart . plotArea , e = 0 ; b = ! 0 ; if ( ( "bottom" === this . _position || "top" === this . _position ) && this . interlacedColor ) for ( a . fillStyle = this . interlacedColor , e = 0 ; e < this . _labels . length ; e ++ ) this . _labels [ e ] . stripLine || ( b ? ( b = this . getPixelCoordinatesOnAxis ( this . _labels [ e ] . position ) , c = e + 1 >= this . _labels . length - 1 ? this . getPixelCoordinatesOnAxis ( this . viewportMaximum ) : this . getPixelCoordinatesOnAxis ( this . _labels [ e + 1 ] . position ) , a . fillRect ( b . x , d . y1 , Math . abs ( c . x - b . x ) , Math . abs ( d . y1 -
d . y2 ) ) , b = ! 1 ) : b = ! 0 ) ; else if ( ( "left" === this . _position || "right" === this . _position ) && this . interlacedColor ) for ( a . fillStyle = this . interlacedColor , e = 0 ; e < this . _labels . length ; e ++ ) this . _labels [ e ] . stripLine || ( b ? ( c = this . getPixelCoordinatesOnAxis ( this . _labels [ e ] . position ) , b = e + 1 >= this . _labels . length - 1 ? this . getPixelCoordinatesOnAxis ( this . viewportMaximum ) : this . getPixelCoordinatesOnAxis ( this . _labels [ e + 1 ] . position ) , a . fillRect ( d . x1 , b . y , Math . abs ( d . x1 - d . x2 ) , Math . abs ( b . y - c . y ) ) , b = ! 1 ) : b = ! 0 ) ; a . beginPath ( ) } ; C . prototype . renderStripLinesOfThicknessType =
function ( a ) { if ( this . stripLines && 0 < this . stripLines . length && a ) for ( var b = 0 , b = 0 ; b < this . stripLines . length ; b ++ ) { var c = this . stripLines [ b ] ; c . _thicknessType === a && ( "pixel" === a && ( c . value < this . viewportMinimum || c . value > this . viewportMaximum ) || ( c . showOnTop ? this . chart . addEventListener ( "dataAnimationIterationEnd" , c . render , c ) : c . render ( ) ) ) } } ; C . prototype . renderGrid = function ( ) { if ( this . gridThickness && 0 < this . gridThickness ) { var a = this . chart . ctx ; a . save ( ) ; var b , c = this . chart . plotArea ; a . lineWidth = this . gridThickness ; a . strokeStyle =
this . gridColor ; a . setLineDash && a . setLineDash ( M ( this . gridDashType , this . gridThickness ) ) ; if ( "bottom" === this . _position || "top" === this . _position ) for ( d = 0 ; d < this . _labels . length && ! this . _labels [ d ] . stripLine ; d ++ ) this . _labels [ d ] . position < this . viewportMinimum || this . _labels [ d ] . position > this . viewportMaximum || ( a . beginPath ( ) , b = this . getPixelCoordinatesOnAxis ( this . _labels [ d ] . position ) , b = 1 === a . lineWidth % 2 ? ( b . x << 0 ) + 0.5 : b . x << 0 , a . moveTo ( b , c . y1 << 0 ) , a . lineTo ( b , c . y2 << 0 ) , a . stroke ( ) ) ; else if ( "left" === this . _position || "right" ===
this . _position ) for ( var d = 0 ; d < this . _labels . length && ! this . _labels [ d ] . stripLine ; d ++ ) 0 === d && "axisY" === this . type && this . chart . axisX && this . chart . axisX . lineThickness || ( this . _labels [ d ] . position < this . viewportMinimum || this . _labels [ d ] . position > this . viewportMaximum ) || ( a . beginPath ( ) , b = this . getPixelCoordinatesOnAxis ( this . _labels [ d ] . position ) , b = 1 === a . lineWidth % 2 ? ( b . y << 0 ) + 0.5 : b . y << 0 , a . moveTo ( c . x1 << 0 , b ) , a . lineTo ( c . x2 << 0 , b ) , a . stroke ( ) ) ; a . restore ( ) } } ; C . prototype . renderAxisLine = function ( ) { var a = this . chart . ctx ; a . save ( ) ;
if ( "bottom" === this . _position || "top" === this . _position ) { if ( this . lineThickness ) { a . lineWidth = this . lineThickness ; a . strokeStyle = this . lineColor ? this . lineColor : "black" ; a . setLineDash && a . setLineDash ( M ( this . lineDashType , this . lineThickness ) ) ; var b = 1 === this . lineThickness % 2 ? ( this . lineCoordinates . y1 << 0 ) + 0.5 : this . lineCoordinates . y1 << 0 ; a . beginPath ( ) ; a . moveTo ( this . lineCoordinates . x1 , b ) ; a . lineTo ( this . lineCoordinates . x2 , b ) ; a . stroke ( ) } } else "left" !== this . _position && "right" !== this . _position || ! this . lineThickness || ( a . lineWidth =
this . lineThickness , a . strokeStyle = this . lineColor , a . setLineDash && a . setLineDash ( M ( this . lineDashType , this . lineThickness ) ) , b = 1 === this . lineThickness % 2 ? ( this . lineCoordinates . x1 << 0 ) + 0.5 : this . lineCoordinates . x1 << 0 , a . beginPath ( ) , a . moveTo ( b , this . lineCoordinates . y1 ) , a . lineTo ( b , this . lineCoordinates . y2 ) , a . stroke ( ) ) ; a . restore ( ) } ; C . prototype . getPixelCoordinatesOnAxis = function ( a ) { var b = { } ; if ( "bottom" === this . _position || "top" === this . _position ) { var c = this . conversionParameters . pixelPerUnit ; b . x = this . conversionParameters . reference +
c * ( a - this . viewportMinimum ) ; b . y = this . lineCoordinates . y1 } if ( "left" === this . _position || "right" === this . _position ) c = - this . conversionParameters . pixelPerUnit , b . y = this . conversionParameters . reference - c * ( a - this . viewportMinimum ) , b . x = this . lineCoordinates . x2 ; return b } ; C . prototype . convertPixelToValue = function ( a ) { if ( ! a ) return null ; var b = 0 ; return b = this . conversionParameters . minimum + ( ( "left" === this . _position || "right" === this . _position ? a . y : a . x ) - this . conversionParameters . reference ) / this . conversionParameters . pixelPerUnit } ;
C . prototype . setViewPortRange = function ( a , b ) { this . sessionVariables . newViewportMinimum = this . viewportMinimum = Math . min ( a , b ) ; this . sessionVariables . newViewportMaximum = this . viewportMaximum = Math . max ( a , b ) } ; C . prototype . getXValueAt = function ( a ) { if ( ! a ) return null ; var b = null ; "left" === this . _position ? b = ( this . chart . axisX . viewportMaximum - this . chart . axisX . viewportMinimum ) / this . chart . axisX . lineCoordinates . height * ( this . chart . axisX . lineCoordinates . y2 - a . y ) + this . chart . axisX . viewportMinimum : "bottom" === this . _position && ( b = ( this . chart . axisX . viewportMaximum -
this . chart . axisX . viewportMinimum ) / this . chart . axisX . lineCoordinates . width * ( a . x - this . chart . axisX . lineCoordinates . x1 ) + this . chart . axisX . viewportMinimum ) ; return b } ; C . prototype . calculateValueToPixelConversionParameters = function ( a ) { this . reversed = ! 1 ; a = { pixelPerUnit : null , minimum : null , reference : null } ; var b = this . lineCoordinates . width , c = this . lineCoordinates . height ; a . minimum = this . viewportMinimum ; if ( "bottom" === this . _position || "top" === this . _position ) a . pixelPerUnit = ( this . reversed ? - 1 : 1 ) * b / Math . abs ( this . viewportMaximum -
this . viewportMinimum ) , a . reference = this . reversed ? this . lineCoordinates . x2 : this . lineCoordinates . x1 ; if ( "left" === this . _position || "right" === this . _position ) a . pixelPerUnit = ( this . reversed ? 1 : - 1 ) * c / Math . abs ( this . viewportMaximum - this . viewportMinimum ) , a . reference = this . reversed ? this . lineCoordinates . y1 : this . lineCoordinates . y2 ; this . conversionParameters = a } ; C . prototype . calculateAxisParameters = function ( ) { var a = this . chart . layoutManager . getFreeSpace ( ) , b = ! 1 ; "bottom" === this . _position || "top" === this . _position ? ( this . maxWidth =
a . width , this . maxHeight = a . height ) : ( this . maxWidth = a . height , this . maxHeight = a . width ) ; var a = "axisX" === this . type ? 500 > this . maxWidth ? 8 : Math . max ( 6 , Math . floor ( this . maxWidth / 62 ) ) : Math . max ( Math . floor ( this . maxWidth / 40 ) , 2 ) , c , d , e , f ; f = 0 ; if ( null === this . viewportMinimum || isNaN ( this . viewportMinimum ) ) this . viewportMinimum = this . minimum ; if ( null === this . viewportMaximum || isNaN ( this . viewportMaximum ) ) this . viewportMaximum = this . maximum ; "axisX" === this . type ? ( c = null !== this . viewportMinimum ? this . viewportMinimum : this . dataInfo . viewPortMin ,
d = null !== this . viewportMaximum ? this . viewportMaximum : this . dataInfo . viewPortMax , 0 === d - c && ( f = "undefined" === typeof this . _options . interval ? 0.4 : this . _options . interval , d += f , c -= f ) , Infinity !== this . dataInfo . minDiff ? e = this . dataInfo . minDiff : 1 < d - c ? e = 0.5 * Math . abs ( d - c ) : ( e = 1 , "dateTime" === this . chart . plotInfo . axisXValueType && ( b = ! 0 ) ) ) : "axisY" === this . type && ( c = null !== this . viewportMinimum ? this . viewportMinimum : this . dataInfo . viewPortMin , d = null !== this . viewportMaximum ? this . viewportMaximum : this . dataInfo . viewPortMax , isFinite ( c ) ||
isFinite ( d ) ? isFinite ( c ) ? isFinite ( d ) || ( d = c ) : c = d : ( d = "undefined" === typeof this . _options . interval ? - Infinity : this . _options . interval , c = 0 ) , 0 === c && 0 === d ? ( d += 9 , c = 0 ) : 0 === d - c ? ( f = Math . min ( Math . abs ( 0.01 * Math . abs ( d ) ) , 5 ) , d += f , c -= f ) : c > d ? ( f = Math . min ( Math . abs ( 0.01 * Math . abs ( d - c ) ) , 5 ) , 0 <= d ? c = d - f : d = c + f ) : ( f = Math . min ( Math . abs ( 0.01 * Math . abs ( d - c ) ) , 0.05 ) , 0 !== d && ( d += f ) , 0 !== c && ( c -= f ) ) , e = Infinity !== this . dataInfo . minDiff ? this . dataInfo . minDiff : 1 < d - c ? 0.5 * Math . abs ( d - c ) : 1 , this . includeZero && ( null === this . viewportMinimum || isNaN ( this . viewportMinimum ) ) &&
0 < c && ( c = 0 ) , this . includeZero && ( null === this . viewportMaximum || isNaN ( this . viewportMaximum ) ) && 0 > d && ( d = 0 ) ) ; f = ( isNaN ( this . viewportMaximum ) || null === this . viewportMaximum ? d : this . viewportMaximum ) - ( isNaN ( this . viewportMinimum ) || null === this . viewportMinimum ? c : this . viewportMinimum ) ; if ( "axisX" === this . type && "dateTime" === this . chart . plotInfo . axisXValueType ) { this . intervalType || ( f / 1 <= a ? ( this . interval = 1 , this . intervalType = "millisecond" ) : f / 2 <= a ? ( this . interval = 2 , this . intervalType = "millisecond" ) : f / 5 <= a ? ( this . interval = 5 , this . intervalType =
"millisecond" ) : f / 10 <= a ? ( this . interval = 10 , this . intervalType = "millisecond" ) : f / 20 <= a ? ( this . interval = 20 , this . intervalType = "millisecond" ) : f / 50 <= a ? ( this . interval = 50 , this . intervalType = "millisecond" ) : f / 100 <= a ? ( this . interval = 100 , this . intervalType = "millisecond" ) : f / 200 <= a ? ( this . interval = 200 , this . intervalType = "millisecond" ) : f / 250 <= a ? ( this . interval = 250 , this . intervalType = "millisecond" ) : f / 300 <= a ? ( this . interval = 300 , this . intervalType = "millisecond" ) : f / 400 <= a ? ( this . interval = 400 , this . intervalType = "millisecond" ) : f / 500 <=
a ? ( this . interval = 500 , this . intervalType = "millisecond" ) : f / ( 1 * D . secondDuration ) <= a ? ( this . interval = 1 , this . intervalType = "second" ) : f / ( 2 * D . secondDuration ) <= a ? ( this . interval = 2 , this . intervalType = "second" ) : f / ( 5 * D . secondDuration ) <= a ? ( this . interval = 5 , this . intervalType = "second" ) : f / ( 10 * D . secondDuration ) <= a ? ( this . interval = 10 , this . intervalType = "second" ) : f / ( 15 * D . secondDuration ) <= a ? ( this . interval = 15 , this . intervalType = "second" ) : f / ( 20 * D . secondDuration ) <= a ? ( this . interval = 20 , this . intervalType = "second" ) : f / ( 30 * D . secondDuration ) <=
a ? ( this . interval = 30 , this . intervalType = "second" ) : f / ( 1 * D . minuteDuration ) <= a ? ( this . interval = 1 , this . intervalType = "minute" ) : f / ( 2 * D . minuteDuration ) <= a ? ( this . interval = 2 , this . intervalType = "minute" ) : f / ( 5 * D . minuteDuration ) <= a ? ( this . interval = 5 , this . intervalType = "minute" ) : f / ( 10 * D . minuteDuration ) <= a ? ( this . interval = 10 , this . intervalType = "minute" ) : f / ( 15 * D . minuteDuration ) <= a ? ( this . interval = 15 , this . intervalType = "minute" ) : f / ( 20 * D . minuteDuration ) <= a ? ( this . interval = 20 , this . intervalType = "minute" ) : f / ( 30 * D . minuteDuration ) <=
a ? ( this . interval = 30 , this . intervalType = "minute" ) : f / ( 1 * D . hourDuration ) <= a ? ( this . interval = 1 , this . intervalType = "hour" ) : f / ( 2 * D . hourDuration ) <= a ? ( this . interval = 2 , this . intervalType = "hour" ) : f / ( 3 * D . hourDuration ) <= a ? ( this . interval = 3 , this . intervalType = "hour" ) : f / ( 6 * D . hourDuration ) <= a ? ( this . interval = 6 , this . intervalType = "hour" ) : f / ( 1 * D . dayDuration ) <= a ? ( this . interval = 1 , this . intervalType = "day" ) : f / ( 2 * D . dayDuration ) <= a ? ( this . interval = 2 , this . intervalType = "day" ) : f / ( 4 * D . dayDuration ) <= a ? ( this . interval = 4 , this . intervalType =
"day" ) : f / ( 1 * D . weekDuration ) <= a ? ( this . interval = 1 , this . intervalType = "week" ) : f / ( 2 * D . weekDuration ) <= a ? ( this . interval = 2 , this . intervalType = "week" ) : f / ( 3 * D . weekDuration ) <= a ? ( this . interval = 3 , this . intervalType = "week" ) : f / ( 1 * D . monthDuration ) <= a ? ( this . interval = 1 , this . intervalType = "month" ) : f / ( 2 * D . monthDuration ) <= a ? ( this . interval = 2 , this . intervalType = "month" ) : f / ( 3 * D . monthDuration ) <= a ? ( this . interval = 3 , this . intervalType = "month" ) : f / ( 6 * D . monthDuration ) <= a ? ( this . interval = 6 , this . intervalType = "month" ) : ( this . interval = f /
( 1 * D . yearDuration ) <= a ? 1 : f / ( 2 * D . yearDuration ) <= a ? 2 : f / ( 4 * D . yearDuration ) <= a ? 4 : Math . floor ( C . getNiceNumber ( f / ( a - 1 ) , ! 0 ) / D . yearDuration ) , this . intervalType = "year" ) ) ; if ( null === this . viewportMinimum || isNaN ( this . viewportMinimum ) ) this . viewportMinimum = c - e / 2 ; if ( null === this . viewportMaximum || isNaN ( this . viewportMaximum ) ) this . viewportMaximum = d + e / 2 ; b ? this . autoValueFormatString = "MMM DD YYYY HH:mm" : "year" === this . intervalType ? this . autoValueFormatString = "YYYY" : "month" === this . intervalType ? this . autoValueFormatString = "MMM YYYY" :
"week" === this . intervalType ? this . autoValueFormatString = "MMM DD YYYY" : "day" === this . intervalType ? this . autoValueFormatString = "MMM DD YYYY" : "hour" === this . intervalType ? this . autoValueFormatString = "hh:mm TT" : "minute" === this . intervalType ? this . autoValueFormatString = "hh:mm TT" : "second" === this . intervalType ? this . autoValueFormatString = "hh:mm:ss TT" : "millisecond" === this . intervalType && ( this . autoValueFormatString = "fff'ms'" ) ; this . valueFormatString || ( this . valueFormatString = this . autoValueFormatString ) } else { this . intervalType =
"number" ; f = C . getNiceNumber ( f , ! 1 ) ; this . interval = this . _options && 0 < this . _options . interval ? this . _options . interval : C . getNiceNumber ( f / ( a - 1 ) , ! 0 ) ; if ( null === this . viewportMinimum || isNaN ( this . viewportMinimum ) ) this . viewportMinimum = "axisX" === this . type ? c - e / 2 : Math . floor ( c / this . interval ) * this . interval ; if ( null === this . viewportMaximum || isNaN ( this . viewportMaximum ) ) this . viewportMaximum = "axisX" === this . type ? d + e / 2 : Math . ceil ( d / this . interval ) * this . interval ; 0 === this . viewportMaximum && 0 === this . viewportMinimum && ( 0 === this . _options . viewportMinimum ?
this . viewportMaximum += 10 : 0 === this . _options . viewportMaximum && ( this . viewportMinimum -= 10 ) , this . _options && "undefined" === typeof this . _options . interval && ( this . interval = C . getNiceNumber ( ( this . viewportMaximum - this . viewportMinimum ) / ( a - 1 ) , ! 0 ) ) ) } if ( null === this . minimum || null === this . maximum ) if ( "axisX" === this . type ? ( c = null !== this . minimum ? this . minimum : this . dataInfo . min , d = null !== this . maximum ? this . maximum : this . dataInfo . max , 0 === d - c && ( f = "undefined" === typeof this . _options . interval ? 0.4 : this . _options . interval , d += f , c -= f ) ,
e = Infinity !== this . dataInfo . minDiff ? this . dataInfo . minDiff : 1 < d - c ? 0.5 * Math . abs ( d - c ) : 1 ) : "axisY" === this . type && ( c = null !== this . minimum ? this . minimum : this . dataInfo . min , d = null !== this . maximum ? this . maximum : this . dataInfo . max , isFinite ( c ) || isFinite ( d ) ? 0 === c && 0 === d ? ( d += 9 , c = 0 ) : 0 === d - c ? ( f = Math . min ( Math . abs ( 0.01 * Math . abs ( d ) ) , 5 ) , d += f , c -= f ) : c > d ? ( f = Math . min ( Math . abs ( 0.01 * Math . abs ( d - c ) ) , 5 ) , 0 <= d ? c = d - f : d = c + f ) : ( f = Math . min ( Math . abs ( 0.01 * Math . abs ( d - c ) ) , 0.05 ) , 0 !== d && ( d += f ) , 0 !== c && ( c -= f ) ) : ( d = "undefined" === typeof this . _options . interval ?
- Infinity : this . _options . interval , c = 0 ) , e = Infinity !== this . dataInfo . minDiff ? this . dataInfo . minDiff : 1 < d - c ? 0.5 * Math . abs ( d - c ) : 1 , this . includeZero && ( null === this . minimum || isNaN ( this . minimum ) ) && 0 < c && ( c = 0 ) , this . includeZero && ( null === this . maximum || isNaN ( this . maximum ) ) && 0 > d && ( d = 0 ) ) , "axisX" === this . type && "dateTime" === this . chart . plotInfo . axisXValueType ) { if ( null === this . minimum || isNaN ( this . minimum ) ) this . minimum = c - e / 2 ; if ( null === this . maximum || isNaN ( this . maximum ) ) this . maximum = d + e / 2 } else this . intervalType = "number" , null ===
this . minimum && ( this . minimum = "axisX" === this . type ? c - e / 2 : Math . floor ( c / this . interval ) * this . interval , this . minimum = Math . min ( this . minimum , null === this . sessionVariables . viewportMinimum || isNaN ( this . sessionVariables . viewportMinimum ) ? Infinity : this . sessionVariables . viewportMinimum ) ) , null === this . maximum && ( this . maximum = "axisX" === this . type ? d + e / 2 : Math . ceil ( d / this . interval ) * this . interval , this . maximum = Math . max ( this . maximum , null === this . sessionVariables . viewportMaximum || isNaN ( this . sessionVariables . viewportMaximum ) ? - Infinity :
this . sessionVariables . viewportMaximum ) ) , 0 === this . maximum && 0 === this . minimum && ( 0 === this . _options . minimum ? this . maximum += 10 : 0 === this . _options . maximum && ( this . minimum -= 10 ) ) ; this . viewportMinimum = Math . max ( this . viewportMinimum , this . minimum ) ; this . viewportMaximum = Math . min ( this . viewportMaximum , this . maximum ) ; this . intervalStartPosition = "axisX" === this . type && "dateTime" === this . chart . plotInfo . axisXValueType ? this . getLabelStartPoint ( new Date ( this . viewportMinimum ) , this . intervalType , this . interval ) : Math . floor ( ( this . viewportMinimum +
0.2 * this . interval ) / this . interval ) * this . interval ; if ( ! this . valueFormatString && ( this . valueFormatString = "#,##0.##" , f = Math . abs ( this . viewportMaximum - this . viewportMinimum ) , 1 > f ) ) { b = Math . floor ( Math . abs ( Math . log ( f ) / Math . LN10 ) ) + 2 ; if ( isNaN ( b ) || ! isFinite ( b ) ) b = 2 ; if ( 2 < b ) for ( c = 0 ; c < b - 2 ; c ++ ) this . valueFormatString += "#" } } ; C . getNiceNumber = function ( a , b ) { var c = Math . floor ( Math . log ( a ) / Math . LN10 ) , d = a / Math . pow ( 10 , c ) ; return Number ( ( ( b ? 1.5 > d ? 1 : 3 > d ? 2 : 7 > d ? 5 : 10 : 1 >= d ? 1 : 2 >= d ? 2 : 5 >= d ? 5 : 10 ) * Math . pow ( 10 , c ) ) . toFixed ( 20 ) ) } ; C . prototype . getLabelStartPoint =
function ( ) { var a = D [ this . intervalType + "Duration" ] * this . interval , a = new Date ( Math . floor ( this . viewportMinimum / a ) * a ) ; if ( "millisecond" !== this . intervalType ) if ( "second" === this . intervalType ) 0 < a . getMilliseconds ( ) && ( a . setSeconds ( a . getSeconds ( ) + 1 ) , a . setMilliseconds ( 0 ) ) ; else if ( "minute" === this . intervalType ) { if ( 0 < a . getSeconds ( ) || 0 < a . getMilliseconds ( ) ) a . setMinutes ( a . getMinutes ( ) + 1 ) , a . setSeconds ( 0 ) , a . setMilliseconds ( 0 ) } else if ( "hour" === this . intervalType ) { if ( 0 < a . getMinutes ( ) || 0 < a . getSeconds ( ) || 0 < a . getMilliseconds ( ) ) a . setHours ( a . getHours ( ) +
1 ) , a . setMinutes ( 0 ) , a . setSeconds ( 0 ) , a . setMilliseconds ( 0 ) } else if ( "day" === this . intervalType ) { if ( 0 < a . getHours ( ) || 0 < a . getMinutes ( ) || 0 < a . getSeconds ( ) || 0 < a . getMilliseconds ( ) ) a . setDate ( a . getDate ( ) + 1 ) , a . setHours ( 0 ) , a . setMinutes ( 0 ) , a . setSeconds ( 0 ) , a . setMilliseconds ( 0 ) } else if ( "week" === this . intervalType ) { if ( 0 < a . getDay ( ) || 0 < a . getHours ( ) || 0 < a . getMinutes ( ) || 0 < a . getSeconds ( ) || 0 < a . getMilliseconds ( ) ) a . setDate ( a . getDate ( ) + ( 7 - a . getDay ( ) ) ) , a . setHours ( 0 ) , a . setMinutes ( 0 ) , a . setSeconds ( 0 ) , a . setMilliseconds ( 0 ) } else if ( "month" ===
this . intervalType ) { if ( 1 < a . getDate ( ) || 0 < a . getHours ( ) || 0 < a . getMinutes ( ) || 0 < a . getSeconds ( ) || 0 < a . getMilliseconds ( ) ) a . setMonth ( a . getMonth ( ) + 1 ) , a . setDate ( 1 ) , a . setHours ( 0 ) , a . setMinutes ( 0 ) , a . setSeconds ( 0 ) , a . setMilliseconds ( 0 ) } else "year" === this . intervalType && ( 0 < a . getMonth ( ) || 1 < a . getDate ( ) || 0 < a . getHours ( ) || 0 < a . getMinutes ( ) || 0 < a . getSeconds ( ) || 0 < a . getMilliseconds ( ) ) && ( a . setFullYear ( a . getFullYear ( ) + 1 ) , a . setMonth ( 0 ) , a . setDate ( 1 ) , a . setHours ( 0 ) , a . setMinutes ( 0 ) , a . setSeconds ( 0 ) , a . setMilliseconds ( 0 ) ) ; return a } ; O ( la ,
G ) ; la . prototype . render = function ( ) { this . ctx . save ( ) ; var a = this . parent . getPixelCoordinatesOnAxis ( this . value ) , b = Math . abs ( "pixel" === this . _thicknessType ? this . thickness : this . parent . conversionParameters . pixelPerUnit * this . thickness ) ; if ( 0 < b ) { var c = null === this . opacity ? 1 : this . opacity ; this . ctx . strokeStyle = this . color ; this . ctx . beginPath ( ) ; var d = this . ctx . globalAlpha ; this . ctx . globalAlpha = c ; B ( this . id ) ; var e , f , g , k ; this . ctx . lineWidth = b ; this . ctx . setLineDash && this . ctx . setLineDash ( M ( this . lineDashType , b ) ) ; if ( "bottom" ===
this . parent . _position || "top" === this . parent . _position ) e = f = 1 === this . ctx . lineWidth % 2 ? ( a . x << 0 ) + 0.5 : a . x << 0 , g = this . chart . plotArea . y1 , k = this . chart . plotArea . y2 ; else if ( "left" === this . parent . _position || "right" === this . parent . _position ) g = k = 1 === this . ctx . lineWidth % 2 ? ( a . y << 0 ) + 0.5 : a . y << 0 , e = this . chart . plotArea . x1 , f = this . chart . plotArea . x2 ; this . ctx . moveTo ( e , g ) ; this . ctx . lineTo ( f , k ) ; this . ctx . stroke ( ) ; this . ctx . globalAlpha = d } this . ctx . restore ( ) } ; O ( R , G ) ; R . prototype . _initialize = function ( ) { if ( this . enabled ) { this . container = document . createElement ( "div" ) ;
this . container . setAttribute ( "class" , "canvasjs-chart-tooltip" ) ; this . container . style . position = "absolute" ; this . container . style . height = "auto" ; this . container . style . boxShadow = "1px 1px 2px 2px rgba(0,0,0,0.1)" ; this . container . style . zIndex = "1000" ; this . container . style . display = "none" ; var a ; a = '<div style=" width: auto;height: auto;min-width: 50px;' ; a += "line-height: auto;" ; a += "margin: 0px 0px 0px 0px;" ; a += "padding: 5px;" ; a += "font-family: Calibri, Arial, Georgia, serif;" ; a += "font-weight: normal;" ; a += "font-style: " +
( t ? "italic;" : "normal;" ) ; a += "font-size: 14px;" ; a += "color: #000000;" ; a += "text-shadow: 1px 1px 1px rgba(0, 0, 0, 0.1);" ; a += "text-align: left;" ; a += "border: 2px solid gray;" ; a += t ? "background: rgba(255,255,255,.9);" : "background: rgb(255,255,255);" ; a += "text-indent: 0px;" ; a += "white-space: nowrap;" ; a += "border-radius: 5px;" ; a += "-moz-user-select:none;" ; a += "-khtml-user-select: none;" ; a += "-webkit-user-select: none;" ; a += "-ms-user-select: none;" ; a += "user-select: none;" ; t || ( a += "filter: alpha(opacity = 90);" , a += "filter: progid:DXImageTransform.Microsoft.Shadow(Strength=3, Direction=135, Color='#666666');" ) ;
a += '} "> Sample Tooltip</div>' ; this . container . innerHTML = a ; this . contentDiv = this . container . firstChild ; this . container . style . borderRadius = this . contentDiv . style . borderRadius ; this . chart . _canvasJSContainer . appendChild ( this . container ) } } ; R . prototype . mouseMoveHandler = function ( a , b ) { this . _lastUpdated && 40 > ( new Date ) . getTime ( ) - this . _lastUpdated || ( this . _lastUpdated = ( new Date ) . getTime ( ) , this . _updateToolTip ( a , b ) ) } ; R . prototype . _updateToolTip = function ( a , b ) { if ( ! this . chart . disableToolTip ) { if ( "undefined" === typeof a || "undefined" ===
typeof b ) { if ( isNaN ( this . _prevX ) || isNaN ( this . _prevY ) ) return ; a = this . _prevX ; b = this . _prevY } else this . _prevX = a , this . _prevY = b ; var c = null , d = null , e = [ ] , f = 0 ; if ( this . shared && this . enabled && "none" !== this . chart . plotInfo . axisPlacement ) { f = "xySwapped" === this . chart . plotInfo . axisPlacement ? ( this . chart . axisX . viewportMaximum - this . chart . axisX . viewportMinimum ) / this . chart . axisX . lineCoordinates . height * ( this . chart . axisX . lineCoordinates . y2 - b ) + this . chart . axisX . viewportMinimum : ( this . chart . axisX . viewportMaximum - this . chart . axisX . viewportMinimum ) /
this . chart . axisX . lineCoordinates . width * ( a - this . chart . axisX . lineCoordinates . x1 ) + this . chart . axisX . viewportMinimum ; d = [ ] ; for ( c = 0 ; c < this . chart . data . length ; c ++ ) { var g = this . chart . data [ c ] . getDataPointAtX ( f , ! 0 ) ; g && 0 <= g . index && ( g . dataSeries = this . chart . data [ c ] , null !== g . dataPoint . y && d . push ( g ) ) } if ( 0 === d . length ) return ; d . sort ( function ( a , b ) { return a . distance - b . distance } ) ; f = d [ 0 ] ; for ( c = 0 ; c < d . length ; c ++ ) d [ c ] . dataPoint . x . valueOf ( ) === f . dataPoint . x . valueOf ( ) && e . push ( d [ c ] ) ; d = null } else { if ( g = this . chart . getDataPointAtXY ( a ,
b , ! 0 ) ) this . currentDataPointIndex = g . dataPointIndex , this . currentSeriesIndex = g . dataSeries . index ; else if ( t ) if ( g = xa ( a , b , this . chart . _eventManager . ghostCtx ) , 0 < g && "undefined" !== typeof this . chart . _eventManager . objectMap [ g ] ) { eventObject = this . chart . _eventManager . objectMap [ g ] ; if ( "legendItem" === eventObject . objectType ) return ; this . currentSeriesIndex = eventObject . dataSeriesIndex ; this . currentDataPointIndex = 0 <= eventObject . dataPointIndex ? eventObject . dataPointIndex : - 1 } else this . currentDataPointIndex = - 1 ; else this . currentDataPointIndex =
- 1 ; if ( 0 <= this . currentSeriesIndex ) { d = this . chart . data [ this . currentSeriesIndex ] ; g = { } ; if ( 0 <= this . currentDataPointIndex ) c = d . dataPoints [ this . currentDataPointIndex ] , g . dataSeries = d , g . dataPoint = c , g . index = this . currentDataPointIndex , g . distance = Math . abs ( c . x - f ) ; else { if ( ! this . enabled || "line" !== d . type && "stepLine" !== d . type && "spline" !== d . type && "area" !== d . type && "stepArea" !== d . type && "splineArea" !== d . type && "stackedArea" !== d . type && "stackedArea100" !== d . type && "rangeArea" !== d . type && "rangeSplineArea" !== d . type && "candlestick" !==
d . type && "ohlc" !== d . type ) return ; f = d . axisX . conversionParameters . minimum + ( a - d . axisX . conversionParameters . reference ) / d . axisX . conversionParameters . pixelPerUnit ; g = d . getDataPointAtX ( f , ! 0 ) ; g . dataSeries = d ; this . currentDataPointIndex = g . index ; c = g . dataPoint } if ( ! P ( g . dataPoint . y ) ) if ( g . dataSeries . axisY ) if ( 0 < g . dataPoint . y . length ) { for ( c = f = 0 ; c < g . dataPoint . y . length ; c ++ ) g . dataPoint . y [ c ] < g . dataSeries . axisY . viewportMinimum ? f -- : g . dataPoint . y [ c ] > g . dataSeries . axisY . viewportMaximum && f ++ ; f < g . dataPoint . y . length && f > - g . dataPoint . y . length &&
e . push ( g ) } else "column" === d . type || "bar" === d . type ? 0 > g . dataPoint . y ? 0 > g . dataSeries . axisY . viewportMinimum && g . dataSeries . axisY . viewportMaximum >= g . dataPoint . y && e . push ( g ) : g . dataSeries . axisY . viewportMinimum <= g . dataPoint . y && 0 <= g . dataSeries . axisY . viewportMaximum && e . push ( g ) : "bubble" === d . type ? ( f = this . chart . _eventManager . objectMap [ d . dataPointIds [ g . index ] ] . size / 2 , g . dataPoint . y >= g . dataSeries . axisY . viewportMinimum - f && g . dataPoint . y <= g . dataSeries . axisY . viewportMaximum + f && e . push ( g ) ) : ( 0 <= g . dataSeries . type . indexOf ( "100" ) ||
"stackedColumn" === d . type || "stackedBar" === d . type || g . dataPoint . y >= g . dataSeries . axisY . viewportMinimum && g . dataPoint . y <= g . dataSeries . axisY . viewportMaximum ) && e . push ( g ) ; else e . push ( g ) } } if ( 0 < e . length && ( this . highlightObjects ( e ) , this . enabled ) ) if ( f = "" , f = this . getToolTipInnerHTML ( { entries : e } ) , null !== f ) { this . contentDiv . innerHTML = f ; this . contentDiv . innerHTML = f ; f = ! 1 ; "none" === this . container . style . display && ( f = ! 0 , this . container . style . display = "block" ) ; try { this . contentDiv . style . background = this . backgroundColor ? this . backgroundColor :
t ? "rgba(255,255,255,.9)" : "rgb(255,255,255)" , this . contentDiv . style . borderRightColor = this . contentDiv . style . borderLeftColor = this . contentDiv . style . borderColor = this . borderColor ? this . borderColor : e [ 0 ] . dataPoint . color ? e [ 0 ] . dataPoint . color : e [ 0 ] . dataSeries . color ? e [ 0 ] . dataSeries . color : e [ 0 ] . dataSeries . _colorSet [ e [ 0 ] . index % e [ 0 ] . dataSeries . _colorSet . length ] , this . contentDiv . style . borderWidth = this . borderThickness || 0 === this . borderThickness ? this . borderThickness + "px" : "2px" , this . contentDiv . style . borderRadius = this . cornerRadius ||
0 === this . cornerRadius ? this . cornerRadius + "px" : "5px" , this . container . style . borderRadius = this . contentDiv . style . borderRadius , this . contentDiv . style . fontSize = this . fontSize || 0 === this . fontSize ? this . fontSize + "px" : "14px" , this . contentDiv . style . color = this . fontColor ? this . fontColor : "#000000" , this . contentDiv . style . fontFamily = this . fontFamily ? this . fontFamily : "Calibri, Arial, Georgia, serif;" , this . contentDiv . style . fontWeight = this . fontWeight ? this . fontWeight : "normal" , this . contentDiv . style . fontStyle = this . fontStyle ? this . fontStyle :
t ? "italic" : "normal" } catch ( k ) { } "pie" === e [ 0 ] . dataSeries . type || "doughnut" === e [ 0 ] . dataSeries . type || "funnel" === e [ 0 ] . dataSeries . type || "bar" === e [ 0 ] . dataSeries . type || "rangeBar" === e [ 0 ] . dataSeries . type || "stackedBar" === e [ 0 ] . dataSeries . type || "stackedBar100" === e [ 0 ] . dataSeries . type ? toolTipLeft = a - 10 - this . container . clientWidth : ( toolTipLeft = e [ 0 ] . dataSeries . axisX . conversionParameters . reference + e [ 0 ] . dataSeries . axisX . conversionParameters . pixelPerUnit * ( e [ 0 ] . dataPoint . x - e [ 0 ] . dataSeries . axisX . conversionParameters . minimum ) -
this . container . clientWidth << 0 , toolTipLeft -= 10 ) ; 0 > toolTipLeft && ( toolTipLeft += this . container . clientWidth + 20 ) ; toolTipLeft + this . container . clientWidth > Math . max ( this . chart . _container . clientWidth , this . chart . width ) && ( toolTipLeft = Math . max ( 0 , Math . max ( this . chart . _container . clientWidth , this . chart . width ) - this . container . clientWidth ) ) ; toolTipLeft += "px" ; e = 1 !== e . length || this . shared || "line" !== e [ 0 ] . dataSeries . type && "stepLine" !== e [ 0 ] . dataSeries . type && "spline" !== e [ 0 ] . dataSeries . type && "area" !== e [ 0 ] . dataSeries . type && "stepArea" !==
e [ 0 ] . dataSeries . type && "splineArea" !== e [ 0 ] . dataSeries . type && "stackedArea" !== e [ 0 ] . dataSeries . type && "stackedArea100" !== e [ 0 ] . dataSeries . type ? "bar" === e [ 0 ] . dataSeries . type || "rangeBar" === e [ 0 ] . dataSeries . type || "stackedBar" === e [ 0 ] . dataSeries . type || "stackedBar100" === e [ 0 ] . dataSeries . type ? e [ 0 ] . dataSeries . axisX . conversionParameters . reference + e [ 0 ] . dataSeries . axisX . conversionParameters . pixelPerUnit * ( e [ 0 ] . dataPoint . x - e [ 0 ] . dataSeries . axisX . viewportMinimum ) + 0.5 << 0 : b : e [ 0 ] . dataSeries . axisY . conversionParameters . reference +
e [ 0 ] . dataSeries . axisY . conversionParameters . pixelPerUnit * ( e [ 0 ] . dataPoint . y - e [ 0 ] . dataSeries . axisY . viewportMinimum ) + 0.5 << 0 ; e = - e + 10 ; 0 < e + this . container . clientHeight + 5 && ( e -= e + this . container . clientHeight + 5 - 0 ) ; this . container . style . left = toolTipLeft ; this . container . style . bottom = e + "px" ; ! this . animationEnabled || f ? this . disableAnimation ( ) : this . enableAnimation ( ) } else this . hide ( ! 1 ) } } ; R . prototype . highlightObjects = function ( a ) { var b = this . chart . overlaidCanvasCtx ; this . chart . resetOverlayedCanvas ( ) ; b . clearRect ( 0 , 0 , this . chart . width ,
this . chart . height ) ; b . save ( ) ; var c = this . chart . plotArea , d = 0 ; b . rect ( c . x1 , c . y1 , c . x2 - c . x1 , c . y2 - c . y1 ) ; b . clip ( ) ; for ( c = 0 ; c < a . length ; c ++ ) { var e = a [ c ] ; if ( ( e = this . chart . _eventManager . objectMap [ e . dataSeries . dataPointIds [ e . index ] ] ) && e . objectType && "dataPoint" === e . objectType ) { var d = this . chart . data [ e . dataSeriesIndex ] , f = d . dataPoints [ e . dataPointIndex ] , g = e . dataPointIndex ; ! 1 === f . highlightEnabled || ! 0 !== d . highlightEnabled && ! 0 !== f . highlightEnabled || ( "line" === d . type || "stepLine" === d . type || "spline" === d . type || "scatter" === d . type ||
"area" === d . type || "stepArea" === d . type || "splineArea" === d . type || "stackedArea" === d . type || "stackedArea100" === d . type || "rangeArea" === d . type || "rangeSplineArea" === d . type ? ( f = d . getMarkerProperties ( g , e . x1 , e . y1 , this . chart . overlaidCanvasCtx ) , f . size = Math . max ( 1.5 * f . size << 0 , 10 ) , f . borderColor = f . borderColor || "#FFFFFF" , f . borderThickness = f . borderThickness || Math . ceil ( 0.1 * f . size ) , K . drawMarkers ( [ f ] ) , "undefined" !== typeof e . y2 && ( f = d . getMarkerProperties ( g , e . x1 , e . y2 , this . chart . overlaidCanvasCtx ) , f . size = Math . max ( 1.5 * f . size <<
0 , 10 ) , f . borderColor = f . borderColor || "#FFFFFF" , f . borderThickness = f . borderThickness || Math . ceil ( 0.1 * f . size ) , K . drawMarkers ( [ f ] ) ) ) : "bubble" === d . type ? ( f = d . getMarkerProperties ( g , e . x1 , e . y1 , this . chart . overlaidCanvasCtx ) , f . size = e . size , f . color = "white" , f . borderColor = "white" , b . globalAlpha = 0.3 , K . drawMarkers ( [ f ] ) , b . globalAlpha = 1 ) : "column" === d . type || "stackedColumn" === d . type || "stackedColumn100" === d . type || "bar" === d . type || "rangeBar" === d . type || "stackedBar" === d . type || "stackedBar100" === d . type || "rangeColumn" === d . type ? I ( b ,
e . x1 , e . y1 , e . x2 , e . y2 , "white" , 0 , null , ! 1 , ! 1 , ! 1 , ! 1 , 0.3 ) : "pie" === d . type || "doughnut" === d . type ? sa ( b , e . center , e . radius , "white" , d . type , e . startAngle , e . endAngle , 0.3 , e . percentInnerRadius ) : "candlestick" === d . type ? ( b . globalAlpha = 1 , b . strokeStyle = e . color , b . lineWidth = 2 * e . borderThickness , d = 0 === b . lineWidth % 2 ? 0 : 0.5 , b . beginPath ( ) , b . moveTo ( e . x3 - d , e . y2 ) , b . lineTo ( e . x3 - d , Math . min ( e . y1 , e . y4 ) ) , b . stroke ( ) , b . beginPath ( ) , b . moveTo ( e . x3 - d , Math . max ( e . y1 , e . y4 ) ) , b . lineTo ( e . x3 - d , e . y3 ) , b . stroke ( ) , I ( b , e . x1 , Math . min ( e . y1 , e . y4 ) , e . x2 , Math . max ( e . y1 ,
e . y4 ) , "transparent" , 2 * e . borderThickness , e . color , ! 1 , ! 1 , ! 1 , ! 1 ) , b . globalAlpha = 1 ) : "ohlc" === d . type && ( b . globalAlpha = 1 , b . strokeStyle = e . color , b . lineWidth = 2 * e . borderThickness , d = 0 === b . lineWidth % 2 ? 0 : 0.5 , b . beginPath ( ) , b . moveTo ( e . x3 - d , e . y2 ) , b . lineTo ( e . x3 - d , e . y3 ) , b . stroke ( ) , b . beginPath ( ) , b . moveTo ( e . x3 , e . y1 ) , b . lineTo ( e . x1 , e . y1 ) , b . stroke ( ) , b . beginPath ( ) , b . moveTo ( e . x3 , e . y4 ) , b . lineTo ( e . x2 , e . y4 ) , b . stroke ( ) , b . globalAlpha = 1 ) ) } } b . restore ( ) ; b . globalAlpha = 1 ; b . beginPath ( ) } ; R . prototype . getToolTipInnerHTML = function ( a ) { a = a . entries ;
for ( var b = null , c = null , d = null , e = 0 , f = "" , g = ! 0 , k = 0 ; k < a . length ; k ++ ) if ( a [ k ] . dataSeries . toolTipContent || a [ k ] . dataPoint . toolTipContent ) { g = ! 1 ; break } if ( g && ( this . content && "function" === typeof this . content || this . contentFormatter ) ) a = { chart : this . chart . _publicChartReference , toolTip : this . _options , entries : a } , b = this . contentFormatter ? this . contentFormatter ( a ) : this . content ( a ) ; else if ( this . shared && "none" !== this . chart . plotInfo . axisPlacement ) { for ( var p = "" , k = 0 ; k < a . length ; k ++ ) if ( c = a [ k ] . dataSeries , d = a [ k ] . dataPoint , e = a [ k ] . index ,
f = "" , 0 === k && ( g && ! this . content ) && ( p += "undefined" !== typeof this . chart . axisX . labels [ d . x ] ? this . chart . axisX . labels [ d . x ] : "{x}" , p += "</br>" , p = this . chart . replaceKeywordsWithValue ( p , d , c , e ) ) , null !== d . toolTipContent && ( "undefined" !== typeof d . toolTipContent || null !== c . _options . toolTipContent ) ) { if ( "line" === c . type || "stepLine" === c . type || "spline" === c . type || "area" === c . type || "stepArea" === c . type || "splineArea" === c . type || "column" === c . type || "bar" === c . type || "scatter" === c . type || "stackedColumn" === c . type || "stackedColumn100" ===
c . type || "stackedBar" === c . type || "stackedBar100" === c . type || "stackedArea" === c . type || "stackedArea100" === c . type ) f += d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>{name}:</span> {y}" ; else if ( "bubble" === c . type ) f += d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" +
( this . fontColor ? "" : "'color:{color};'" ) + "\"'>{name}:</span> {y}, {z}" ; else if ( "rangeColumn" === c . type || "rangeBar" === c . type || "rangeArea" === c . type || "rangeSplineArea" === c . type ) f += d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>{name}:</span> {y[0]}, {y[1]}" ; else if ( "candlestick" === c . type || "ohlc" === c . type ) f += d . toolTipContent ?
d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>{name}:</span><br/>Open: {y[0]}<br/>High: {y[1]}<br/>Low: {y[2]}<br/>Close: {y[3]}" ; null === b && ( b = "" ) ; ! 0 === this . reversed ? ( b = this . chart . replaceKeywordsWithValue ( f , d , c , e ) + b , k < a . length - 1 && ( b = "</br>" + b ) ) : ( b += this . chart . replaceKeywordsWithValue ( f , d , c , e ) , k < a . length - 1 && ( b += "</br>" ) ) } null !==
b && ( b = p + b ) } else { c = a [ 0 ] . dataSeries ; d = a [ 0 ] . dataPoint ; e = a [ 0 ] . index ; if ( null === d . toolTipContent || "undefined" === typeof d . toolTipContent && null === c . _options . toolTipContent ) return null ; if ( "line" === c . type || "stepLine" === c . type || "spline" === c . type || "area" === c . type || "stepArea" === c . type || "splineArea" === c . type || "column" === c . type || "bar" === c . type || "scatter" === c . type || "stackedColumn" === c . type || "stackedColumn100" === c . type || "stackedBar" === c . type || "stackedBar100" === c . type || "stackedArea" === c . type || "stackedArea100" === c . type ) f =
d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>" + ( d . label ? "{label}" : "{x}" ) + ":</span> {y}" ; else if ( "bubble" === c . type ) f = d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>" + ( d . label ? "{label}" : "{x}" ) + ":</span> {y}, {z}" ;
else if ( "pie" === c . type || "doughnut" === c . type || "funnel" === c . type ) f = d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>" + ( d . name ? "{name}:</span> " : d . label ? "{label}:</span> " : "</span>" ) + "{y}" ; else if ( "rangeColumn" === c . type || "rangeBar" === c . type || "rangeArea" === c . type || "rangeSplineArea" === c . type ) f = d . toolTipContent ? d . toolTipContent : c . toolTipContent ?
c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>" + ( d . label ? "{label}" : "{x}" ) + " :</span> {y[0]}, {y[1]}" ; else if ( "candlestick" === c . type || "ohlc" === c . type ) f = d . toolTipContent ? d . toolTipContent : c . toolTipContent ? c . toolTipContent : this . content && "function" !== typeof this . content ? this . content : "<span style='\"" + ( this . fontColor ? "" : "'color:{color};'" ) + "\"'>" + ( d . label ? "{label}" : "{x}" ) + "</span><br/>Open: {y[0]}<br/>High: {y[1]}<br/>Low: {y[2]}<br/>Close: {y[3]}" ;
null === b && ( b = "" ) ; b += this . chart . replaceKeywordsWithValue ( f , d , c , e ) } return b } ; R . prototype . enableAnimation = function ( ) { this . container . style . WebkitTransition || ( this . container . style . WebkitTransition = "left .2s ease-out, bottom .2s ease-out" , this . container . style . MozTransition = "left .2s ease-out, bottom .2s ease-out" , this . container . style . MsTransition = "left .2s ease-out, bottom .2s ease-out" , this . container . style . transition = "left .2s ease-out, bottom .2s ease-out" ) } ; R . prototype . disableAnimation = function ( ) { this . container . style . WebkitTransition &&
( this . container . style . WebkitTransition = "" , this . container . style . MozTransition = "" , this . container . style . MsTransition = "" , this . container . style . transition = "" ) } ; R . prototype . hide = function ( a ) { this . enabled && ( this . container . style . display = "none" , this . currentSeriesIndex = - 1 , this . _prevY = this . _prevX = NaN , ( "undefined" === typeof a || a ) && this . chart . resetOverlayedCanvas ( ) ) } ; u . prototype . getPercentAndTotal = function ( a , b ) { var c = null , d = null , e = null ; if ( 0 <= a . type . indexOf ( "stacked" ) ) d = 0 , c = b . x . getTime ? b . x . getTime ( ) : b . x , c in a . plotUnit . yTotals &&
( d = a . plotUnit . yTotals [ c ] , e = isNaN ( b . y ) ? 0 : 0 === d ? 0 : 100 * ( b . y / d ) ) ; else if ( "pie" === a . type || "doughnut" === a . type ) { for ( i = d = 0 ; i < a . dataPoints . length ; i ++ ) isNaN ( a . dataPoints [ i ] . y ) || ( d += a . dataPoints [ i ] . y ) ; e = isNaN ( b . y ) ? 0 : 100 * ( b . y / d ) } return { percent : e , total : d } } ; u . prototype . replaceKeywordsWithValue = function ( a , b , c , d , e ) { var f = this ; e = "undefined" === typeof e ? 0 : e ; if ( ( 0 <= c . type . indexOf ( "stacked" ) || "pie" === c . type || "doughnut" === c . type ) && ( 0 <= a . indexOf ( "#percent" ) || 0 <= a . indexOf ( "#total" ) ) ) { var g = "#percent" , k = "#total" , p = this . getPercentAndTotal ( c ,
b ) , k = isNaN ( p . total ) ? k : p . total , g = isNaN ( p . percent ) ? g : p . percent ; do { p = "" ; if ( c . percentFormatString ) p = c . percentFormatString ; else { var p = "#,##0." , h = Math . max ( Math . ceil ( Math . log ( 1 / Math . abs ( g ) ) / Math . LN10 ) , 2 ) ; if ( isNaN ( h ) || ! isFinite ( h ) ) h = 2 ; for ( var l = 0 ; l < h ; l ++ ) p += "#" } a = a . replace ( "#percent" , X ( g , p , f . _cultureInfo ) ) ; a = a . replace ( "#total" , X ( k , c . yValueFormatString ? c . yValueFormatString : "#,##0.########" ) ) } while ( 0 <= a . indexOf ( "#percent" ) || 0 <= a . indexOf ( "#total" ) ) } return a . replace ( /\{.*?\}|"[^"]*"|'[^']*'/g , function ( a ) { if ( '"' ===
a [ 0 ] && '"' === a [ a . length - 1 ] || "'" === a [ 0 ] && "'" === a [ a . length - 1 ] ) return a . slice ( 1 , a . length - 1 ) ; a = $ ( a . slice ( 1 , a . length - 1 ) ) ; a = a . replace ( "#index" , e ) ; var g = null ; try { var h = a . match ( /(.*?)\s*\[\s*(.*?)\s*\]/ ) ; h && 0 < h . length && ( g = $ ( h [ 2 ] ) , a = $ ( h [ 1 ] ) ) } catch ( k ) { } h = null ; if ( "color" === a ) return b . color ? b . color : c . color ? c . color : c . _colorSet [ d % c . _colorSet . length ] ; if ( b . hasOwnProperty ( a ) ) h = b ; else if ( c . hasOwnProperty ( a ) ) h = c ; else return "" ; h = h [ a ] ; null !== g && ( h = h [ g ] ) ; return "x" === a ? "dateTime" === f . plotInfo . axisXValueType || "dateTime" ===
c . xValueType || b . x && b . x . getTime ? ra ( h , b . xValueFormatString ? b . xValueFormatString : c . xValueFormatString ? c . xValueFormatString : f . axisX && f . axisX . autoValueFormatString ? f . axisX . autoValueFormatString : "DD MMM YY" , f . _cultureInfo ) : X ( h , b . xValueFormatString ? b . xValueFormatString : c . xValueFormatString ? c . xValueFormatString : "#,##0.########" , f . _cultureInfo ) : "y" === a ? X ( h , b . yValueFormatString ? b . yValueFormatString : c . yValueFormatString ? c . yValueFormatString : "#,##0.########" , f . _cultureInfo ) : "z" === a ? X ( h , b . zValueFormatString ? b . zValueFormatString :
c . zValueFormatString ? c . zValueFormatString : "#,##0.########" , f . _cultureInfo ) : h } ) } ; aa . prototype . reset = function ( ) { this . lastObjectId = 0 ; this . objectMap = [ ] ; this . rectangularRegionEventSubscriptions = [ ] ; this . previousDataPointEventObject = null ; this . eventObjects = [ ] ; t && ( this . ghostCtx . clearRect ( 0 , 0 , this . chart . width , this . chart . height ) , this . ghostCtx . beginPath ( ) ) } ; aa . prototype . getNewObjectTrackingId = function ( ) { return ++ this . lastObjectId } ; aa . prototype . mouseEventHandler = function ( a ) { if ( "mousemove" === a . type || "click" === a . type ) { var b =
[ ] , c = na ( a ) , d = null ; if ( ( d = this . chart . getObjectAtXY ( c . x , c . y , ! 1 ) ) && "undefined" !== typeof this . objectMap [ d ] ) if ( d = this . objectMap [ d ] , "dataPoint" === d . objectType ) { var e = this . chart . data [ d . dataSeriesIndex ] , f = e . dataPoints [ d . dataPointIndex ] , g = d . dataPointIndex ; d . eventParameter = { x : c . x , y : c . y , dataPoint : f , dataSeries : e . _options , dataPointIndex : g , dataSeriesIndex : e . index , chart : this . chart . _publicChartReference } ; d . eventContext = { context : f , userContext : f , mouseover : "mouseover" , mousemove : "mousemove" , mouseout : "mouseout" , click : "click" } ;
b . push ( d ) ; d = this . objectMap [ e . id ] ; d . eventParameter = { x : c . x , y : c . y , dataPoint : f , dataSeries : e . _options , dataPointIndex : g , dataSeriesIndex : e . index , chart : this . chart . _publicChartReference } ; d . eventContext = { context : e , userContext : e . _options , mouseover : "mouseover" , mousemove : "mousemove" , mouseout : "mouseout" , click : "click" } ; b . push ( this . objectMap [ e . id ] ) } else "legendItem" === d . objectType && ( e = this . chart . data [ d . dataSeriesIndex ] , f = null !== d . dataPointIndex ? e . dataPoints [ d . dataPointIndex ] : null , d . eventParameter = { x : c . x , y : c . y , dataSeries : e . _options ,
dataPoint : f , dataPointIndex : d . dataPointIndex , dataSeriesIndex : d . dataSeriesIndex , chart : this . chart . _publicChartReference } , d . eventContext = { context : this . chart . legend , userContext : this . chart . legend . _options , mouseover : "itemmouseover" , mousemove : "itemmousemove" , mouseout : "itemmouseout" , click : "itemclick" } , b . push ( d ) ) ; e = [ ] ; for ( c = 0 ; c < this . mouseoveredObjectMaps . length ; c ++ ) { f = ! 0 ; for ( d = 0 ; d < b . length ; d ++ ) if ( b [ d ] . id === this . mouseoveredObjectMaps [ c ] . id ) { f = ! 1 ; break } f ? this . fireEvent ( this . mouseoveredObjectMaps [ c ] , "mouseout" ,
a ) : e . push ( this . mouseoveredObjectMaps [ c ] ) } this . mouseoveredObjectMaps = e ; for ( c = 0 ; c < b . length ; c ++ ) { e = ! 1 ; for ( d = 0 ; d < this . mouseoveredObjectMaps . length ; d ++ ) if ( b [ c ] . id === this . mouseoveredObjectMaps [ d ] . id ) { e = ! 0 ; break } e || ( this . fireEvent ( b [ c ] , "mouseover" , a ) , this . mouseoveredObjectMaps . push ( b [ c ] ) ) ; "click" === a . type ? this . fireEvent ( b [ c ] , "click" , a ) : "mousemove" === a . type && this . fireEvent ( b [ c ] , "mousemove" , a ) } } } ; aa . prototype . fireEvent = function ( a , b , c ) { if ( a && b ) { var d = a . eventParameter , e = a . eventContext , f = a . eventContext . userContext ;
f && ( e && f [ e [ b ] ] ) && f [ e [ b ] ] . call ( f , d ) ; "mouseout" !== b ? f . cursor && f . cursor !== c . target . style . cursor && ( c . target . style . cursor = f . cursor ) : ( c . target . style . cursor = this . chart . _defaultCursor , delete a . eventParameter , delete a . eventContext ) ; "click" === b && ( "dataPoint" === a . objectType && this . chart . pieDoughnutClickHandler ) && this . chart . pieDoughnutClickHandler . call ( this . chart . data [ a . dataSeriesIndex ] , d ) } } ; O ( ca , G ) ; qa . prototype . animate = function ( a , b , c , d , e ) { var f = this ; this . chart . isAnimating = ! 0 ; e = e || A . easing . linear ; c && this . animations . push ( { startTime : ( new Date ) . getTime ( ) +
( a ? a : 0 ) , duration : b , animationCallback : c , onComplete : d } ) ; for ( a = [ ] ; 0 < this . animations . length ; ) if ( b = this . animations . shift ( ) , c = ( new Date ) . getTime ( ) , d = 0 , b . startTime <= c && ( d = e ( Math . min ( c - b . startTime , b . duration ) , 0 , 1 , b . duration ) , d = Math . min ( d , 1 ) , isNaN ( d ) || ! isFinite ( d ) ) && ( d = 1 ) , 1 > d && a . push ( b ) , b . animationCallback ( d ) , 1 <= d && b . onComplete ) b . onComplete ( ) ; this . animations = a ; 0 < this . animations . length ? this . animationRequestId = this . chart . requestAnimFrame . call ( window , function ( ) { f . animate . call ( f ) } ) : this . chart . isAnimating = ! 1 } ;
qa . prototype . cancelAllAnimations = function ( ) { this . animations = [ ] ; this . animationRequestId && this . chart . cancelRequestAnimFrame . call ( window , this . animationRequestId ) ; this . animationRequestId = null ; this . chart . isAnimating = ! 1 } ; var A = { yScaleAnimation : function ( a , b ) { if ( 0 !== a ) { var c = b . dest , d = b . source . canvas , e = b . animationBase ; c . drawImage ( d , 0 , 0 , d . width , d . height , 0 , e - e * a , c . canvas . width / J , a * c . canvas . height / J ) } } , xScaleAnimation : function ( a , b ) { if ( 0 !== a ) { var c = b . dest , d = b . source . canvas , e = b . animationBase ; c . drawImage ( d , 0 , 0 ,
d . width , d . height , e - e * a , 0 , a * c . canvas . width / J , c . canvas . height / J ) } } , xClipAnimation : function ( a , b ) { if ( 0 !== a ) { var c = b . dest , d = b . source . canvas ; c . save ( ) ; 0 < a && c . drawImage ( d , 0 , 0 , d . width * a , d . height , 0 , 0 , d . width * a / J , d . height / J ) ; c . restore ( ) } } , fadeInAnimation : function ( a , b ) { if ( 0 !== a ) { var c = b . dest , d = b . source . canvas ; c . save ( ) ; c . globalAlpha = a ; c . drawImage ( d , 0 , 0 , d . width , d . height , 0 , 0 , c . canvas . width / J , c . canvas . height / J ) ; c . restore ( ) } } , easing : { linear : function ( a , b , c , d ) { return c * a / d + b } , easeOutQuad : function ( a , b , c , d ) { return - c *
( a /= d ) * ( a - 2 ) + b } , easeOutQuart : function ( a , b , c , d ) { return - c * ( ( a = a / d - 1 ) * a * a * a - 1 ) + b } , easeInQuad : function ( a , b , c , d ) { return c * ( a /= d ) * a + b } , easeInQuart : function ( a , b , c , d ) { return c * ( a /= d ) * a * a * a + b } } } , K = { drawMarker : function ( a , b , c , d , e , f , g , k ) { if ( c ) { var p = 1 ; c . fillStyle = f ? f : "#000000" ; c . strokeStyle = g ? g : "#000000" ; c . lineWidth = k ? k : 0 ; "circle" === d ? ( c . moveTo ( a , b ) , c . beginPath ( ) , c . arc ( a , b , e / 2 , 0 , 2 * Math . PI , ! 1 ) , f && c . fill ( ) , k && ( g ? c . stroke ( ) : ( p = c . globalAlpha , c . globalAlpha = 0.15 , c . strokeStyle = "black" , c . stroke ( ) , c . globalAlpha = p ) ) ) :
"square" === d ? ( c . beginPath ( ) , c . rect ( a - e / 2 , b - e / 2 , e , e ) , f && c . fill ( ) , k && ( g ? c . stroke ( ) : ( p = c . globalAlpha , c . globalAlpha = 0.15 , c . strokeStyle = "black" , c . stroke ( ) , c . globalAlpha = p ) ) ) : "triangle" === d ? ( c . beginPath ( ) , c . moveTo ( a - e / 2 , b + e / 2 ) , c . lineTo ( a + e / 2 , b + e / 2 ) , c . lineTo ( a , b - e / 2 ) , c . closePath ( ) , f && c . fill ( ) , k && ( g ? c . stroke ( ) : ( p = c . globalAlpha , c . globalAlpha = 0.15 , c . strokeStyle = "black" , c . stroke ( ) , c . globalAlpha = p ) ) , c . beginPath ( ) ) : "cross" === d && ( c . strokeStyle = f , c . lineWidth = e / 4 , c . beginPath ( ) , c . moveTo ( a - e / 2 , b - e / 2 ) , c . lineTo ( a + e /
2 , b + e / 2 ) , c . stroke ( ) , c . moveTo ( a + e / 2 , b - e / 2 ) , c . lineTo ( a - e / 2 , b + e / 2 ) , c . stroke ( ) ) } } , drawMarkers : function ( a ) { for ( var b = 0 ; b < a . length ; b ++ ) { var c = a [ b ] ; K . drawMarker ( c . x , c . y , c . ctx , c . type , c . size , c . color , c . borderColor , c . borderThickness ) } } } , Ba = { Chart : function ( a , b ) { var c = new u ( a , b , this ) ; this . render = function ( ) { c . render ( this . options ) } ; this . options = c . _options } , addColorSet : function ( a , b ) { W [ a ] = b } , addCultureInfo : function ( a , b ) { da [ a ] = b } , formatNumber : function ( a , b , c ) { c = c || "en" ; if ( da [ c ] ) return X ( a , b || "#,##0.##" , new ca ( c ) ) ; throw "Unknown Culture Name" ;
} , formatDate : function ( a , b , c ) { c = c || "en" ; if ( da [ c ] ) return ra ( a , b || "DD MMM YYYY" , new ca ( c ) ) ; throw "Unknown Culture Name" ; } } ; Ba . Chart . version = "v1.8.0 GA" ; window . CanvasJS = Ba } ) ( ) ;
2015-07-28 15:31:48 -06:00
/ *
excanvas is used to support IE678 which do not implement HTML5 Canvas Element . You can safely remove the following excanvas code if you don ' t need to support older browsers .
Copyright 2006 Google Inc . https : //code.google.com/p/explorercanvas/
Licensed under the Apache License , Version 2.0
* /
document . createElement ( "canvas" ) . getContext || function ( ) { function V ( ) { return this . context _ || ( this . context _ = new C ( this ) ) } function W ( a , b , c ) { var g = M . call ( arguments , 2 ) ; return function ( ) { return a . apply ( b , g . concat ( M . call ( arguments ) ) ) } } function N ( a ) { return String ( a ) . replace ( /&/g , "&" ) . replace ( /"/g , """ ) } function O ( a ) { a . namespaces . g _vml _ || a . namespaces . add ( "g_vml_" , "urn:schemas-microsoft-com:vml" , "#default#VML" ) ; a . namespaces . g _o _ || a . namespaces . add ( "g_o_" , "urn:schemas-microsoft-com:office:office" , "#default#VML" ) ;
a . styleSheets . ex _canvas _ || ( a = a . createStyleSheet ( ) , a . owningElement . id = "ex_canvas_" , a . cssText = "canvas{display:inline-block;overflow:hidden;text-align:left;width:300px;height:150px}" ) } function X ( a ) { var b = a . srcElement ; switch ( a . propertyName ) { case "width" : b . getContext ( ) . clearRect ( ) ; b . style . width = b . attributes . width . nodeValue + "px" ; b . firstChild . style . width = b . clientWidth + "px" ; break ; case "height" : b . getContext ( ) . clearRect ( ) , b . style . height = b . attributes . height . nodeValue + "px" , b . firstChild . style . height = b . clientHeight +
"px" } } function Y ( a ) { a = a . srcElement ; a . firstChild && ( a . firstChild . style . width = a . clientWidth + "px" , a . firstChild . style . height = a . clientHeight + "px" ) } function D ( ) { return [ [ 1 , 0 , 0 ] , [ 0 , 1 , 0 ] , [ 0 , 0 , 1 ] ] } function t ( a , b ) { for ( var c = D ( ) , g = 0 ; 3 > g ; g ++ ) for ( var e = 0 ; 3 > e ; e ++ ) { for ( var f = 0 , d = 0 ; 3 > d ; d ++ ) f += a [ g ] [ d ] * b [ d ] [ e ] ; c [ g ] [ e ] = f } return c } function P ( a , b ) { b . fillStyle = a . fillStyle ; b . lineCap = a . lineCap ; b . lineJoin = a . lineJoin ; b . lineWidth = a . lineWidth ; b . miterLimit = a . miterLimit ; b . shadowBlur = a . shadowBlur ; b . shadowColor = a . shadowColor ; b . shadowOffsetX =
a . shadowOffsetX ; b . shadowOffsetY = a . shadowOffsetY ; b . strokeStyle = a . strokeStyle ; b . globalAlpha = a . globalAlpha ; b . font = a . font ; b . textAlign = a . textAlign ; b . textBaseline = a . textBaseline ; b . arcScaleX _ = a . arcScaleX _ ; b . arcScaleY _ = a . arcScaleY _ ; b . lineScale _ = a . lineScale _ } function Q ( a ) { var b = a . indexOf ( "(" , 3 ) , c = a . indexOf ( ")" , b + 1 ) , b = a . substring ( b + 1 , c ) . split ( "," ) ; if ( 4 != b . length || "a" != a . charAt ( 3 ) ) b [ 3 ] = 1 ; return b } function E ( a , b , c ) { return Math . min ( c , Math . max ( b , a ) ) } function F ( a , b , c ) { 0 > c && c ++ ; 1 < c && c -- ; return 1 > 6 * c ? a + 6 * ( b - a ) * c :
1 > 2 * c ? b : 2 > 3 * c ? a + 6 * ( b - a ) * ( 2 / 3 - c ) : a } function G ( a ) { if ( a in H ) return H [ a ] ; var b , c = 1 ; a = String ( a ) ; if ( "#" == a . charAt ( 0 ) ) b = a ; else if ( /^rgb/ . test ( a ) ) { c = Q ( a ) ; b = "#" ; for ( var g , e = 0 ; 3 > e ; e ++ ) g = - 1 != c [ e ] . indexOf ( "%" ) ? Math . floor ( 255 * ( parseFloat ( c [ e ] ) / 100 ) ) : + c [ e ] , b += v [ E ( g , 0 , 255 ) ] ; c = + c [ 3 ] } else if ( /^hsl/ . test ( a ) ) { e = c = Q ( a ) ; b = parseFloat ( e [ 0 ] ) / 360 % 360 ; 0 > b && b ++ ; g = E ( parseFloat ( e [ 1 ] ) / 100 , 0 , 1 ) ; e = E ( parseFloat ( e [ 2 ] ) / 100 , 0 , 1 ) ; if ( 0 == g ) g = e = b = e ; else { var f = 0.5 > e ? e * ( 1 + g ) : e + g - e * g , d = 2 * e - f ; g = F ( d , f , b + 1 / 3 ) ; e = F ( d , f , b ) ; b = F ( d , f , b - 1 / 3 ) } b = "#" +
v [ Math . floor ( 255 * g ) ] + v [ Math . floor ( 255 * e ) ] + v [ Math . floor ( 255 * b ) ] ; c = c [ 3 ] } else b = Z [ a ] || a ; return H [ a ] = { color : b , alpha : c } } function C ( a ) { this . m _ = D ( ) ; this . mStack _ = [ ] ; this . aStack _ = [ ] ; this . currentPath _ = [ ] ; this . fillStyle = this . strokeStyle = "#000" ; this . lineWidth = 1 ; this . lineJoin = "miter" ; this . lineCap = "butt" ; this . miterLimit = 1 * q ; this . globalAlpha = 1 ; this . font = "10px sans-serif" ; this . textAlign = "left" ; this . textBaseline = "alphabetic" ; this . canvas = a ; var b = "width:" + a . clientWidth + "px;height:" + a . clientHeight + "px;overflow:hidden;position:absolute" ,
c = a . ownerDocument . createElement ( "div" ) ; c . style . cssText = b ; a . appendChild ( c ) ; b = c . cloneNode ( ! 1 ) ; b . style . backgroundColor = "red" ; b . style . filter = "alpha(opacity=0)" ; a . appendChild ( b ) ; this . element _ = c ; this . lineScale _ = this . arcScaleY _ = this . arcScaleX _ = 1 } function R ( a , b , c , g ) { a . currentPath _ . push ( { type : "bezierCurveTo" , cp1x : b . x , cp1y : b . y , cp2x : c . x , cp2y : c . y , x : g . x , y : g . y } ) ; a . currentX _ = g . x ; a . currentY _ = g . y } function S ( a , b ) { var c = G ( a . strokeStyle ) , g = c . color , c = c . alpha * a . globalAlpha , e = a . lineScale _ * a . lineWidth ; 1 > e && ( c *= e ) ; b . push ( "<g_vml_:stroke" ,
' opacity="' , c , '"' , ' joinstyle="' , a . lineJoin , '"' , ' miterlimit="' , a . miterLimit , '"' , ' endcap="' , $ [ a . lineCap ] || "square" , '"' , ' weight="' , e , 'px"' , ' color="' , g , '" />' ) } function T ( a , b , c , g ) { var e = a . fillStyle , f = a . arcScaleX _ , d = a . arcScaleY _ , k = g . x - c . x , n = g . y - c . y ; if ( e instanceof w ) { var h = 0 , l = g = 0 , u = 0 , m = 1 ; if ( "gradient" == e . type _ ) { h = e . x1 _ / f ; c = e . y1 _ / d ; var p = s ( a , e . x0 _ / f , e . y0 _ / d ) , h = s ( a , h , c ) , h = 180 * Math . atan2 ( h . x - p . x , h . y - p . y ) / Math . PI ; 0 > h && ( h += 360 ) ; 1E-6 > h && ( h = 0 ) } else p = s ( a , e . x0 _ , e . y0 _ ) , g = ( p . x - c . x ) / k , l = ( p . y - c . y ) / n , k /= f * q ,
n /= d * q , m = x . max ( k , n ) , u = 2 * e . r0 _ / m , m = 2 * e . r1 _ / m - u ; f = e . colors _ ; f . sort ( function ( a , b ) { return a . offset - b . offset } ) ; d = f . length ; p = f [ 0 ] . color ; c = f [ d - 1 ] . color ; k = f [ 0 ] . alpha * a . globalAlpha ; a = f [ d - 1 ] . alpha * a . globalAlpha ; for ( var n = [ ] , r = 0 ; r < d ; r ++ ) { var t = f [ r ] ; n . push ( t . offset * m + u + " " + t . color ) } b . push ( '<g_vml_:fill type="' , e . type _ , '"' , ' method="none" focus="100%"' , ' color="' , p , '"' , ' color2="' , c , '"' , ' colors="' , n . join ( "," ) , '"' , ' opacity="' , a , '"' , ' g_o_:opacity2="' , k , '"' , ' angle="' , h , '"' , ' focusposition="' , g , "," , l , '" />' ) } else e instanceof
I ? k && n && b . push ( "<g_vml_:fill" , ' position="' , - c . x / k * f * f , "," , - c . y / n * d * d , '"' , ' type="tile"' , ' src="' , e . src _ , '" />' ) : ( e = G ( a . fillStyle ) , b . push ( '<g_vml_:fill color="' , e . color , '" opacity="' , e . alpha * a . globalAlpha , '" />' ) ) } function s ( a , b , c ) { a = a . m _ ; return { x : q * ( b * a [ 0 ] [ 0 ] + c * a [ 1 ] [ 0 ] + a [ 2 ] [ 0 ] ) - r , y : q * ( b * a [ 0 ] [ 1 ] + c * a [ 1 ] [ 1 ] + a [ 2 ] [ 1 ] ) - r } } function z ( a , b , c ) { isFinite ( b [ 0 ] [ 0 ] ) && ( isFinite ( b [ 0 ] [ 1 ] ) && isFinite ( b [ 1 ] [ 0 ] ) && isFinite ( b [ 1 ] [ 1 ] ) && isFinite ( b [ 2 ] [ 0 ] ) && isFinite ( b [ 2 ] [ 1 ] ) ) && ( a . m _ = b , c && ( a . lineScale _ = aa ( ba ( b [ 0 ] [ 0 ] * b [ 1 ] [ 1 ] - b [ 0 ] [ 1 ] *
b [ 1 ] [ 0 ] ) ) ) ) } function w ( a ) { this . type _ = a ; this . r1 _ = this . y1 _ = this . x1 _ = this . r0 _ = this . y0 _ = this . x0 _ = 0 ; this . colors _ = [ ] } function I ( a , b ) { if ( ! a || 1 != a . nodeType || "IMG" != a . tagName ) throw new A ( "TYPE_MISMATCH_ERR" ) ; if ( "complete" != a . readyState ) throw new A ( "INVALID_STATE_ERR" ) ; switch ( b ) { case "repeat" : case null : case "" : this . repetition _ = "repeat" ; break ; case "repeat-x" : case "repeat-y" : case "no-repeat" : this . repetition _ = b ; break ; default : throw new A ( "SYNTAX_ERR" ) ; } this . src _ = a . src ; this . width _ = a . width ; this . height _ = a . height }
function A ( a ) { this . code = this [ a ] ; this . message = a + ": DOM Exception " + this . code } var x = Math , k = x . round , J = x . sin , K = x . cos , ba = x . abs , aa = x . sqrt , q = 10 , r = q / 2 ; navigator . userAgent . match ( /MSIE ([\d.]+)?/ ) ; var M = Array . prototype . slice ; O ( document ) ; var U = { init : function ( a ) { a = a || document ; a . createElement ( "canvas" ) ; a . attachEvent ( "onreadystatechange" , W ( this . init _ , this , a ) ) } , init _ : function ( a ) { a = a . getElementsByTagName ( "canvas" ) ; for ( var b = 0 ; b < a . length ; b ++ ) this . initElement ( a [ b ] ) } , initElement : function ( a ) { if ( ! a . getContext ) { a . getContext =
V ; O ( a . ownerDocument ) ; a . innerHTML = "" ; a . attachEvent ( "onpropertychange" , X ) ; a . attachEvent ( "onresize" , Y ) ; var b = a . attributes ; b . width && b . width . specified ? a . style . width = b . width . nodeValue + "px" : a . width = a . clientWidth ; b . height && b . height . specified ? a . style . height = b . height . nodeValue + "px" : a . height = a . clientHeight } return a } } ; U . init ( ) ; for ( var v = [ ] , d = 0 ; 16 > d ; d ++ ) for ( var B = 0 ; 16 > B ; B ++ ) v [ 16 * d + B ] = d . toString ( 16 ) + B . toString ( 16 ) ; var Z = { aliceblue : "#F0F8FF" , antiquewhite : "#FAEBD7" , aquamarine : "#7FFFD4" , azure : "#F0FFFF" , beige : "#F5F5DC" ,
bisque : "#FFE4C4" , black : "#000000" , blanchedalmond : "#FFEBCD" , blueviolet : "#8A2BE2" , brown : "#A52A2A" , burlywood : "#DEB887" , cadetblue : "#5F9EA0" , chartreuse : "#7FFF00" , chocolate : "#D2691E" , coral : "#FF7F50" , cornflowerblue : "#6495ED" , cornsilk : "#FFF8DC" , crimson : "#DC143C" , cyan : "#00FFFF" , darkblue : "#00008B" , darkcyan : "#008B8B" , darkgoldenrod : "#B8860B" , darkgray : "#A9A9A9" , darkgreen : "#006400" , darkgrey : "#A9A9A9" , darkkhaki : "#BDB76B" , darkmagenta : "#8B008B" , darkolivegreen : "#556B2F" , darkorange : "#FF8C00" , darkorchid : "#9932CC" , darkred : "#8B0000" ,
darksalmon : "#E9967A" , darkseagreen : "#8FBC8F" , darkslateblue : "#483D8B" , darkslategray : "#2F4F4F" , darkslategrey : "#2F4F4F" , darkturquoise : "#00CED1" , darkviolet : "#9400D3" , deeppink : "#FF1493" , deepskyblue : "#00BFFF" , dimgray : "#696969" , dimgrey : "#696969" , dodgerblue : "#1E90FF" , firebrick : "#B22222" , floralwhite : "#FFFAF0" , forestgreen : "#228B22" , gainsboro : "#DCDCDC" , ghostwhite : "#F8F8FF" , gold : "#FFD700" , goldenrod : "#DAA520" , grey : "#808080" , greenyellow : "#ADFF2F" , honeydew : "#F0FFF0" , hotpink : "#FF69B4" , indianred : "#CD5C5C" , indigo : "#4B0082" ,
ivory : "#FFFFF0" , khaki : "#F0E68C" , lavender : "#E6E6FA" , lavenderblush : "#FFF0F5" , lawngreen : "#7CFC00" , lemonchiffon : "#FFFACD" , lightblue : "#ADD8E6" , lightcoral : "#F08080" , lightcyan : "#E0FFFF" , lightgoldenrodyellow : "#FAFAD2" , lightgreen : "#90EE90" , lightgrey : "#D3D3D3" , lightpink : "#FFB6C1" , lightsalmon : "#FFA07A" , lightseagreen : "#20B2AA" , lightskyblue : "#87CEFA" , lightslategray : "#778899" , lightslategrey : "#778899" , lightsteelblue : "#B0C4DE" , lightyellow : "#FFFFE0" , limegreen : "#32CD32" , linen : "#FAF0E6" , magenta : "#FF00FF" , mediumaquamarine : "#66CDAA" ,
mediumblue : "#0000CD" , mediumorchid : "#BA55D3" , mediumpurple : "#9370DB" , mediumseagreen : "#3CB371" , mediumslateblue : "#7B68EE" , mediumspringgreen : "#00FA9A" , mediumturquoise : "#48D1CC" , mediumvioletred : "#C71585" , midnightblue : "#191970" , mintcream : "#F5FFFA" , mistyrose : "#FFE4E1" , moccasin : "#FFE4B5" , navajowhite : "#FFDEAD" , oldlace : "#FDF5E6" , olivedrab : "#6B8E23" , orange : "#FFA500" , orangered : "#FF4500" , orchid : "#DA70D6" , palegoldenrod : "#EEE8AA" , palegreen : "#98FB98" , paleturquoise : "#AFEEEE" , palevioletred : "#DB7093" , papayawhip : "#FFEFD5" ,
peachpuff : "#FFDAB9" , peru : "#CD853F" , pink : "#FFC0CB" , plum : "#DDA0DD" , powderblue : "#B0E0E6" , rosybrown : "#BC8F8F" , royalblue : "#4169E1" , saddlebrown : "#8B4513" , salmon : "#FA8072" , sandybrown : "#F4A460" , seagreen : "#2E8B57" , seashell : "#FFF5EE" , sienna : "#A0522D" , skyblue : "#87CEEB" , slateblue : "#6A5ACD" , slategray : "#708090" , slategrey : "#708090" , snow : "#FFFAFA" , springgreen : "#00FF7F" , steelblue : "#4682B4" , tan : "#D2B48C" , thistle : "#D8BFD8" , tomato : "#FF6347" , turquoise : "#40E0D0" , violet : "#EE82EE" , wheat : "#F5DEB3" , whitesmoke : "#F5F5F5" , yellowgreen : "#9ACD32" } ,
H = { } , L = { } , $ = { butt : "flat" , round : "round" } , d = C . prototype ; d . clearRect = function ( ) { this . textMeasureEl _ && ( this . textMeasureEl _ . removeNode ( ! 0 ) , this . textMeasureEl _ = null ) ; this . element _ . innerHTML = "" } ; d . beginPath = function ( ) { this . currentPath _ = [ ] } ; d . moveTo = function ( a , b ) { var c = s ( this , a , b ) ; this . currentPath _ . push ( { type : "moveTo" , x : c . x , y : c . y } ) ; this . currentX _ = c . x ; this . currentY _ = c . y } ; d . lineTo = function ( a , b ) { var c = s ( this , a , b ) ; this . currentPath _ . push ( { type : "lineTo" , x : c . x , y : c . y } ) ; this . currentX _ = c . x ; this . currentY _ = c . y } ; d . bezierCurveTo =
function ( a , b , c , g , e , f ) { e = s ( this , e , f ) ; a = s ( this , a , b ) ; c = s ( this , c , g ) ; R ( this , a , c , e ) } ; d . quadraticCurveTo = function ( a , b , c , g ) { a = s ( this , a , b ) ; c = s ( this , c , g ) ; g = { x : this . currentX _ + 2 / 3 * ( a . x - this . currentX _ ) , y : this . currentY _ + 2 / 3 * ( a . y - this . currentY _ ) } ; R ( this , g , { x : g . x + ( c . x - this . currentX _ ) / 3 , y : g . y + ( c . y - this . currentY _ ) / 3 } , c ) } ; d . arc = function ( a , b , c , g , e , f ) { c *= q ; var d = f ? "at" : "wa" , k = a + K ( g ) * c - r , n = b + J ( g ) * c - r ; g = a + K ( e ) * c - r ; e = b + J ( e ) * c - r ; k != g || f || ( k += 0.125 ) ; a = s ( this , a , b ) ; k = s ( this , k , n ) ; g = s ( this , g , e ) ; this . currentPath _ . push ( { type : d ,
x : a . x , y : a . y , radius : c , xStart : k . x , yStart : k . y , xEnd : g . x , yEnd : g . y } ) } ; d . rect = function ( a , b , c , g ) { this . moveTo ( a , b ) ; this . lineTo ( a + c , b ) ; this . lineTo ( a + c , b + g ) ; this . lineTo ( a , b + g ) ; this . closePath ( ) } ; d . strokeRect = function ( a , b , c , g ) { var e = this . currentPath _ ; this . beginPath ( ) ; this . moveTo ( a , b ) ; this . lineTo ( a + c , b ) ; this . lineTo ( a + c , b + g ) ; this . lineTo ( a , b + g ) ; this . closePath ( ) ; this . stroke ( ) ; this . currentPath _ = e } ; d . fillRect = function ( a , b , c , g ) { var e = this . currentPath _ ; this . beginPath ( ) ; this . moveTo ( a , b ) ; this . lineTo ( a + c , b ) ; this . lineTo ( a +
c , b + g ) ; this . lineTo ( a , b + g ) ; this . closePath ( ) ; this . fill ( ) ; this . currentPath _ = e } ; d . createLinearGradient = function ( a , b , c , g ) { var e = new w ( "gradient" ) ; e . x0 _ = a ; e . y0 _ = b ; e . x1 _ = c ; e . y1 _ = g ; return e } ; d . createRadialGradient = function ( a , b , c , g , e , f ) { var d = new w ( "gradientradial" ) ; d . x0 _ = a ; d . y0 _ = b ; d . r0 _ = c ; d . x1 _ = g ; d . y1 _ = e ; d . r1 _ = f ; return d } ; d . drawImage = function ( a , b ) { var c , g , e , d , r , y , n , h ; e = a . runtimeStyle . width ; d = a . runtimeStyle . height ; a . runtimeStyle . width = "auto" ; a . runtimeStyle . height = "auto" ; var l = a . width , u = a . height ; a . runtimeStyle . width =
e ; a . runtimeStyle . height = d ; if ( 3 == arguments . length ) c = arguments [ 1 ] , g = arguments [ 2 ] , r = y = 0 , n = e = l , h = d = u ; else if ( 5 == arguments . length ) c = arguments [ 1 ] , g = arguments [ 2 ] , e = arguments [ 3 ] , d = arguments [ 4 ] , r = y = 0 , n = l , h = u ; else if ( 9 == arguments . length ) r = arguments [ 1 ] , y = arguments [ 2 ] , n = arguments [ 3 ] , h = arguments [ 4 ] , c = arguments [ 5 ] , g = arguments [ 6 ] , e = arguments [ 7 ] , d = arguments [ 8 ] ; else throw Error ( "Invalid number of arguments" ) ; var m = s ( this , c , g ) , p = [ ] ; p . push ( " <g_vml_:group" , ' coordsize="' , 10 * q , "," , 10 * q , '"' , ' coordorigin="0,0"' , ' style="width:' ,
10 , "px;height:" , 10 , "px;position:absolute;" ) ; if ( 1 != this . m _ [ 0 ] [ 0 ] || this . m _ [ 0 ] [ 1 ] || 1 != this . m _ [ 1 ] [ 1 ] || this . m _ [ 1 ] [ 0 ] ) { var t = [ ] ; t . push ( "M11=" , this . m _ [ 0 ] [ 0 ] , "," , "M12=" , this . m _ [ 1 ] [ 0 ] , "," , "M21=" , this . m _ [ 0 ] [ 1 ] , "," , "M22=" , this . m _ [ 1 ] [ 1 ] , "," , "Dx=" , k ( m . x / q ) , "," , "Dy=" , k ( m . y / q ) , "" ) ; var v = s ( this , c + e , g ) , w = s ( this , c , g + d ) ; c = s ( this , c + e , g + d ) ; m . x = x . max ( m . x , v . x , w . x , c . x ) ; m . y = x . max ( m . y , v . y , w . y , c . y ) ; p . push ( "padding:0 " , k ( m . x / q ) , "px " , k ( m . y / q ) , "px 0;filter:progid:DXImageTransform.Microsoft.Matrix(" , t . join ( "" ) , ", sizingmethod='clip');" ) } else p . push ( "top:" ,
k ( m . y / q ) , "px;left:" , k ( m . x / q ) , "px;" ) ; p . push ( ' ">' , '<g_vml_:image src="' , a . src , '"' , ' style="width:' , q * e , "px;" , " height:" , q * d , 'px"' , ' cropleft="' , r / l , '"' , ' croptop="' , y / u , '"' , ' cropright="' , ( l - r - n ) / l , '"' , ' cropbottom="' , ( u - y - h ) / u , '"' , " />" , "</g_vml_:group>" ) ; this . element _ . insertAdjacentHTML ( "BeforeEnd" , p . join ( "" ) ) } ; d . stroke = function ( a ) { var b = [ ] ; b . push ( "<g_vml_:shape" , ' filled="' , ! ! a , '"' , ' style="position:absolute;width:' , 10 , "px;height:" , 10 , 'px;"' , ' coordorigin="0,0"' , ' coordsize="' , 10 * q , "," , 10 * q , '"' ,
' stroked="' , ! a , '"' , ' path="' ) ; for ( var c = { x : null , y : null } , d = { x : null , y : null } , e = 0 ; e < this . currentPath _ . length ; e ++ ) { var f = this . currentPath _ [ e ] ; switch ( f . type ) { case "moveTo" : b . push ( " m " , k ( f . x ) , "," , k ( f . y ) ) ; break ; case "lineTo" : b . push ( " l " , k ( f . x ) , "," , k ( f . y ) ) ; break ; case "close" : b . push ( " x " ) ; f = null ; break ; case "bezierCurveTo" : b . push ( " c " , k ( f . cp1x ) , "," , k ( f . cp1y ) , "," , k ( f . cp2x ) , "," , k ( f . cp2y ) , "," , k ( f . x ) , "," , k ( f . y ) ) ; break ; case "at" : case "wa" : b . push ( " " , f . type , " " , k ( f . x - this . arcScaleX _ * f . radius ) , "," , k ( f . y - this . arcScaleY _ *
f . radius ) , " " , k ( f . x + this . arcScaleX _ * f . radius ) , "," , k ( f . y + this . arcScaleY _ * f . radius ) , " " , k ( f . xStart ) , "," , k ( f . yStart ) , " " , k ( f . xEnd ) , "," , k ( f . yEnd ) ) } if ( f ) { if ( null == c . x || f . x < c . x ) c . x = f . x ; if ( null == d . x || f . x > d . x ) d . x = f . x ; if ( null == c . y || f . y < c . y ) c . y = f . y ; if ( null == d . y || f . y > d . y ) d . y = f . y } } b . push ( ' ">' ) ; a ? T ( this , b , c , d ) : S ( this , b ) ; b . push ( "</g_vml_:shape>" ) ; this . element _ . insertAdjacentHTML ( "beforeEnd" , b . join ( "" ) ) } ; d . fill = function ( ) { this . stroke ( ! 0 ) } ; d . closePath = function ( ) { this . currentPath _ . push ( { type : "close" } ) } ; d . save = function ( ) { var a =
{ } ; P ( this , a ) ; this . aStack _ . push ( a ) ; this . mStack _ . push ( this . m _ ) ; this . m _ = t ( D ( ) , this . m _ ) } ; d . restore = function ( ) { this . aStack _ . length && ( P ( this . aStack _ . pop ( ) , this ) , this . m _ = this . mStack _ . pop ( ) ) } ; d . translate = function ( a , b ) { z ( this , t ( [ [ 1 , 0 , 0 ] , [ 0 , 1 , 0 ] , [ a , b , 1 ] ] , this . m _ ) , ! 1 ) } ; d . rotate = function ( a ) { var b = K ( a ) ; a = J ( a ) ; z ( this , t ( [ [ b , a , 0 ] , [ - a , b , 0 ] , [ 0 , 0 , 1 ] ] , this . m _ ) , ! 1 ) } ; d . scale = function ( a , b ) { this . arcScaleX _ *= a ; this . arcScaleY _ *= b ; z ( this , t ( [ [ a , 0 , 0 ] , [ 0 , b , 0 ] , [ 0 , 0 , 1 ] ] , this . m _ ) , ! 0 ) } ; d . transform = function ( a , b , c , d , e , f ) { z ( this , t ( [ [ a ,
b , 0 ] , [ c , d , 0 ] , [ e , f , 1 ] ] , this . m _ ) , ! 0 ) } ; d . setTransform = function ( a , b , c , d , e , f ) { z ( this , [ [ a , b , 0 ] , [ c , d , 0 ] , [ e , f , 1 ] ] , ! 0 ) } ; d . drawText _ = function ( a , b , c , d , e ) { var f = this . m _ ; d = 0 ; var r = 1E3 , t = 0 , n = [ ] , h ; h = this . font ; if ( L [ h ] ) h = L [ h ] ; else { var l = document . createElement ( "div" ) . style ; try { l . font = h } catch ( u ) { } h = L [ h ] = { style : l . fontStyle || "normal" , variant : l . fontVariant || "normal" , weight : l . fontWeight || "normal" , size : l . fontSize || 10 , family : l . fontFamily || "sans-serif" } } var l = h , m = this . element _ ; h = { } ; for ( var p in l ) h [ p ] = l [ p ] ; p = parseFloat ( m . currentStyle . fontSize ) ;
m = parseFloat ( l . size ) ; "number" == typeof l . size ? h . size = l . size : - 1 != l . size . indexOf ( "px" ) ? h . size = m : - 1 != l . size . indexOf ( "em" ) ? h . size = p * m : - 1 != l . size . indexOf ( "%" ) ? h . size = p / 100 * m : - 1 != l . size . indexOf ( "pt" ) ? h . size = m / 0.75 : h . size = p ; h . size *= 0.981 ; p = h . style + " " + h . variant + " " + h . weight + " " + h . size + "px " + h . family ; m = this . element _ . currentStyle ; l = this . textAlign . toLowerCase ( ) ; switch ( l ) { case "left" : case "center" : case "right" : break ; case "end" : l = "ltr" == m . direction ? "right" : "left" ; break ; case "start" : l = "rtl" == m . direction ? "right" :
"left" ; break ; default : l = "left" } switch ( this . textBaseline ) { case "hanging" : case "top" : t = h . size / 1.75 ; break ; case "middle" : break ; default : case null : case "alphabetic" : case "ideographic" : case "bottom" : t = - h . size / 2.25 } switch ( l ) { case "right" : d = 1E3 ; r = 0.05 ; break ; case "center" : d = r = 500 } b = s ( this , b + 0 , c + t ) ; n . push ( '<g_vml_:line from="' , - d , ' 0" to="' , r , ' 0.05" ' , ' coordsize="100 100" coordorigin="0 0"' , ' filled="' , ! e , '" stroked="' , ! ! e , '" style="position:absolute;width:1px;height:1px;">' ) ; e ? S ( this , n ) : T ( this , n , { x : - d , y : 0 } ,
{ x : r , y : h . size } ) ; e = f [ 0 ] [ 0 ] . toFixed ( 3 ) + "," + f [ 1 ] [ 0 ] . toFixed ( 3 ) + "," + f [ 0 ] [ 1 ] . toFixed ( 3 ) + "," + f [ 1 ] [ 1 ] . toFixed ( 3 ) + ",0,0" ; b = k ( b . x / q ) + "," + k ( b . y / q ) ; n . push ( '<g_vml_:skew on="t" matrix="' , e , '" ' , ' offset="' , b , '" origin="' , d , ' 0" />' , '<g_vml_:path textpathok="true" />' , '<g_vml_:textpath on="true" string="' , N ( a ) , '" style="v-text-align:' , l , ";font:" , N ( p ) , '" /></g_vml_:line>' ) ; this . element _ . insertAdjacentHTML ( "beforeEnd" , n . join ( "" ) ) } ; d . fillText = function ( a , b , c , d ) { this . drawText _ ( a , b , c , d , ! 1 ) } ; d . strokeText = function ( a ,
b , c , d ) { this . drawText _ ( a , b , c , d , ! 0 ) } ; d . measureText = function ( a ) { this . textMeasureEl _ || ( this . element _ . insertAdjacentHTML ( "beforeEnd" , '<span style="position:absolute;top:-20000px;left:0;padding:0;margin:0;border:none;white-space:pre;"></span>' ) , this . textMeasureEl _ = this . element _ . lastChild ) ; var b = this . element _ . ownerDocument ; this . textMeasureEl _ . innerHTML = "" ; this . textMeasureEl _ . style . font = this . font ; this . textMeasureEl _ . appendChild ( b . createTextNode ( a ) ) ; return { width : this . textMeasureEl _ . offsetWidth } } ; d . clip = function ( ) { } ;
d . arcTo = function ( ) { } ; d . createPattern = function ( a , b ) { return new I ( a , b ) } ; w . prototype . addColorStop = function ( a , b ) { b = G ( b ) ; this . colors _ . push ( { offset : a , color : b . color , alpha : b . alpha } ) } ; d = A . prototype = Error ( ) ; d . INDEX _SIZE _ERR = 1 ; d . DOMSTRING _SIZE _ERR = 2 ; d . HIERARCHY _REQUEST _ERR = 3 ; d . WRONG _DOCUMENT _ERR = 4 ; d . INVALID _CHARACTER _ERR = 5 ; d . NO _DATA _ALLOWED _ERR = 6 ; d . NO _MODIFICATION _ALLOWED _ERR = 7 ; d . NOT _FOUND _ERR = 8 ; d . NOT _SUPPORTED _ERR = 9 ; d . INUSE _ATTRIBUTE _ERR = 10 ; d . INVALID _STATE _ERR = 11 ; d . SYNTAX _ERR = 12 ; d . INVALID _MODIFICATION _ERR =
13 ; d . NAMESPACE _ERR = 14 ; d . INVALID _ACCESS _ERR = 15 ; d . VALIDATION _ERR = 16 ; d . TYPE _MISMATCH _ERR = 17 ; G _vmlCanvasManager = U ; CanvasRenderingContext2D = C ; CanvasGradient = w ; CanvasPattern = I ; DOMException = A } ( ) ;
/ *
CanvasJS jQuery Charting Plugin - http : //canvasjs.com/
Copyright 2013 fenopix
* /
( function ( b , c , d , e ) { b . fn . CanvasJSChart = function ( a ) { if ( a ) { var b = this . first ( ) ; a = new CanvasJS . Chart ( this [ 0 ] , a ) ; b . children ( ".canvasjs-chart-container" ) . data ( "canvasjsChartRef" , a ) ; a . render ( ) ; return this } return this . first ( ) . children ( ".canvasjs-chart-container" ) . data ( "canvasjsChartRef" ) } } ) ( jQuery , window , document ) ;
