}gridData titlesDatarangeAnnotationsminXmaxX baselineXminYmaxY baselineYclipDatabackgroundColor verticalDiffhorizontalDiffextraLinesDatarotationQuarterTurnspropstouchChartCoordinatelefttoprightbottomrotateByQuarterTurnsoutsideborderinsideminmaxparentAxisSize axisPositionappliedInterval sideTitlesformattedValueaxisSide showTitlesgetTitlesWidget reservedSizeinterval minIncluded maxIncludedlerpcopyWithenableddistanceFromEdge axisNameSizeaxisNameWidgetdrawBelowEverythingsideTitleAlignmentshowAxisTitlesshowSideTitlesshow leftTitles topTitles rightTitles bottomTitlesxyxErroryErrortoStringnullSpotzeroisNull isNotNull==hashCodelowerByupperBydrawHorizontalLinehorizontalIntervalgetDrawingHorizontalLinecheckToShowHorizontalLinedrawVerticalLineverticalIntervalgetDrawingVerticalLinecheckToShowVerticalLinecolorgradient strokeWidth dashArrayspotoffsethorizontalRangeAnnotationsverticalRangeAnnotationsy1y2x1x2image sizedPicturelabel strokeCapcopyVerticalLineWith labelResolverdefaultLineLabelResolverpicturewidthheighthorizontalLines verticalLinesextraLinesOnTopdrawgetSize mainColorhitTestradius strokeColor_lerpsizepainter lineColor lineWidth capLengthcrossAlignmentshowErrorTextserrorTextStyleerrorTextDirection _linePaint_drawDirectErrorLine_drawErrorTextpaintverticalLineProviderhorizontalLineProvider _imagePaint_drawHorizontalLine_drawVerticalLine+ AxisChartDataAxisBaseTouchResponseAxisSideSideTitleAlignment TitleMetaGetTitleWidgetFunctiondefaultGetTitle SideTitlesSideTitleFitInsideData AxisTitles FlTitlesDataFlSpot FlErrorRange FlGridDataCheckToShowGrid showAllGridsGetDrawingGridLinedefaultGridLineFlLine TouchedSpotRangeAnnotationsHorizontalRangeAnnotationVerticalRangeAnnotationHorizontalLine VerticalLineHorizontalLineLabelVerticalLineLabel SizedPictureExtraLinesData FlDotPainterFlDotCirclePainterFlDotSquarePainterFlDotCrossPainterFlErrorIndicatorDataGetSpotRangeErrorPainter _defaultGetSpotRangeErrorPainterFlSpotErrorRangePainterFlSimpleErrorPainterFlSpotErrorRangeCallbackInputValueInCanvasProviderAxisSpotIndicatorAxisSpotIndicatorPainterAxisLinesIndicatorPainterImage BaseChartDataEquatableMixindouble FlClipDataColornoneColors transparentintoverrideListObject borderDataBaseTouchResponseOffsetvaluesindexOflengthStringWidgetgetTitlesWidget formatNumberSideTitleWidgetmetachildTextformattedValue getTitlesboolTweenlerp showTitles reservedSize lerpDoubleinterval minIncluded maxIncluded fromTitleMetaspaceenableddistanceFromEdgeparentAxisSize axisPositionaxisNameoutsideaxisNameWidget axisNameSize sideTitlesdrawBelowEverythingsideTitleAlignmentshow leftTitles rightTitles bottomTitles topTitles immutablexyxErroryErrornannullSpot identicalisNaNhashCodelowerByupperByAxisChartPainterdrawHorizontalLinehorizontalIntervalgetDrawingHorizontalLinecheckToShowHorizontalLinedrawVerticalLineverticalIntervalgetDrawingVerticalLinecheckToShowVerticalLinevaluecolorblueGrey strokeWidth dashArrayblackGradientgradient lerpIntListhorizontalRangeAnnotations!lerpHorizontalRangeAnnotationListverticalRangeAnnotationslerpVerticalRangeAnnotationListwhitey1y2x1x2 LineChart LineChartDataextraLinesData StrokeCapbuttlabelimage sizedPicture strokeCap FlLineLabel alignmentpaddingstyle directionall AlignmenttopLeftLabelDirection horizontaldefaultLineLabelResolvertoStringAsFixed EdgeInsets TextStyle labelResolver fontWeight FontWeightboldfontSize bottomRightPictureextraLinesOnTophorizontalLineslerpHorizontalLineList verticalLineslerpVerticalLineListvoidCanvasSizedefaultScatterTooltipItemhitTestRect fromCentercenterwidthheightinflatecontainsgreenfromRGBOa drawCirclePaint PaintingStylestrokefill fromRadiusradius strokeColordistanceabsdrawRect fromCirclesquaresizePathmoveTodxdyrelativeMoveTorelativeLineTodrawPathBarChartPieChartBarChartRodData toYErrorRangetoYpainterinput$LineChartSpotErrorRangeCallbackInputT TextDirectionltrshifttopbottomcanvasrect isHorizontalisLowertextUtilsminYmaxY textStyleleftrightminXmaxXdrawLine TextPainterTextSpan textDirectionlayoutpaint BuildContext CanvasWrappersetColorOrGradientForLinefromtotransparentIfWidthIsZerodrawDashedLinesave translate drawPicturepicturerestore drawImagemergegetThemeAwareTextStyledrawText withinRectfromLTRBverticaldrawVerticalTexthorizontalLineProviderverticalLineProvider BaseChartDataEquatableMixinBaseTouchResponseFlLine FlLineLabel FlDotPainterFlSpotErrorRangePainterAxisSpotIndicatorPainterf:YfSR |U dart:ui, package:equatable/equatable.dartWpackage:fl_chart/fl_chart.dartBpackage:fl_chart/src/chart/base/axis_chart/axis_chart_painter.dart4package:fl_chart/src/extensions/paint_extension.dart .package:fl_chart/src/utils/canvas_wrapper.dartE$package:fl_chart/src/utils/lerp.dartt%package:fl_chart/src/utils/utils.dartʁImagepackage:flutter/material.dart=*R*+V́ Dsցׂ Uɂ/xƒ1IaxĄ >φHɆ 9Nc}~Ç:;aވ߉EFۉ,FTbuϊ"$%nɋ_ŒɌҌ܌ݍ5ЎUlt4a֡͡ע 7Kdz¢Rã+QWȥ :!<\~ۧ?ۧ>̨,FrȩѩҪkϪЪ3PQ]|իޫ(OF[t߮ 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[h{*.~cgoHcw~ /;n78g,IJm.I\x1M] #9Xq8CDUm<kx.>l8Qw#$5Mg}JW| CD^ ?EF[gq'ANfz Gm+AKey '?_z $-Ufg89X$3BKRVWc(*+_g5RV)fAE!'(;Nxy$+Dh%0;LUWX   E       . H [ n       j         P       J K     ;<Xr/CS['9OVW|/0DUF;OQZ[y6Fn@Q`mF{!;\s  4DLs*@GHm23GXIk:Zn1pyz 3Ue  + _ p     !!1!Z!!!!""""!"%"&"2"@"Z"m"""##%#+#f###$$;$V$$$$%%3%<%W%h%%%%%%%%&"&5&q&&&'''+'V''''''''(( ((((i((((())S)\)]))))))**.*4*L*P*R +V Dsʁ ׉L>>W/// This is the base class for axis base charts data /// that contains a [FlGridData] that holds data for showing grid lines, /// also we have [minX], [maxX], [minY], [maxY] values /// we use them to determine how much is the scale of chart, /// and calculate x and y according to the scale. /// each child have to set it in their constructor.zzz"'&5DCM\[enm|4'*0:;WFjYmsɅׅ̅1!4:;_Ppasy ' !..;HHP]]err^B/// clip the chart to the border (prevent draw outside the border)U))7/// A background color which is drawn behind the chart.b55zz /// parent axis max width/heightpR/// The position (in pixel) that applied to /// this drawing title along its axis.REE3/// The interval that applied to this drawing titleYC%/// Reference of [SideTitles] object.hJ/// Formatted value that is suitable to show, for example 100, 2k, 5m, ...[aaA/// Determines the axis side of titles (left, top, right, bottom)ny/// Chart is rotated by 90 degrees clockwise in each turn /// /// default is zero, which means chart is normal and upwardč7/// Holds data for showing label values on axis numbers%>>H/// It draws some title on an axis, per axis values, /// [showTitles] determines showing or hiding this side, /// /// Texts are depend on the axis value, you can override [getTitles], /// it gives you an axis value (double value) and a [TitleMeta] which contains /// additional information about the axis. /// Then you should return a [Widget] to show. /// It allows you to do anything you want, For example you can show icons /// instead of texts, because it accepts a [Widget] /// /// [reservedSize] determines the maximum space that your titles need, /// (All titles will stretch using this value) /// /// Texts are showing with provided [interval]. If you don't provide anything, /// we try to find a suitable value to set as [interval] under the hood.OUTl&rq  aژ @ FI1/// Determines showing or hiding this side titles55u/// You can override it to pass your custom widget to show in each axis value /// We recommend you to use [SideTitleWidget]. /// /// If you decide to implement your custom widget /// (instead of [SideTitleWidget]), you have to take care of the alignment, /// space to the chart and also the rotation (if you are rotating the chart, /// for example for Horizontal Bar Chart)Ii/// It determines the maximum space that your titles need, /// (All titles will stretch using this value)Հ/// Texts are showing with provided [interval]. If you don't provide anything, /// we try to find a suitable value to set as [interval] under the hood.  n/// If true (default), a title for the minimum data value is included /// independent of the sampling intervaln/// If true (default), a title for the maximum data value is included /// independent of the sampling intervalـ,,2/// Used for equality check, see [EquatableMixin].@/// Lerps a [SideTitles] based on [t] value, check [Tween.lerp].   &%X}X/// Copies current [SideTitles] to a new [SideTitles], /// and replaces provided values.',54BIHY`_‰Ɂ/// Force child widget to be positioned inside its /// corresponding axis bounding box /// /// To makes things simpler, it's recommended to use /// [SideTitleFitInsideData.fromTitleMeta] and pass the /// TitleMeta provided from [SideTitles.getTitlesWidget]/// Force child widget to be positioned inside its /// corresponding axis bounding box /// /// To makes things simpler, it's recommended to use /// [SideTitleFitInsideData.fromTitleMeta] and pass the /// TitleMeta provided from [SideTitles.getTitlesWidget] /// /// Some translations will be applied to force /// children to be positioned inside the parent axis bounding box. /// /// Will override the [SideTitleWidget.space] and caused /// spacing between [SideTitles] children might be not equal.%43@ON`onQI_`g`/// Create a disabled [SideTitleFitInsideData]. /// If used, the child widget wouldn't be fitted /// inside its corresponding axis bounding boxШ/// Help to Create [SideTitleFitInsideData] from [TitleMeta]. /// [TitleMeta] is provided by [SideTitles.getTitlesWidget] function.ߩH3/// Whether to enable fit inside to SideTitleWidget!izzI/// Distance between child widget and its closest corresponding axis edge> /// Parent axis max width/height|BB^/// The position (in pixel) that applied to /// the child widget along its corresponding axis.SqqST..F/// Holds data for showing each side titles (left, top, right, bottom)QͭNNX/// you can provide [axisName] if you want to show a general /// label on this axis, /// /// [axisNameSize] determines the maximum size that [axisName] can use /// /// [sideTitles] property is responsible to show your axis side labels_edx~}$4 ٭"AWW%/// Determines the size of [axisName]h  /// It shows the name of axis, for example your x-axis shows year, /// then you might want to show it using [axisNameWidget] property as a widgetRgg4/// It is responsible to show your axis side labels.vְ99/// If titles are showing on top of your tooltip, you can draw them below everything. /// /// In the future, we will convert tooltips to a widget, that would solve this problem.Ql>/// Where the [SideTitles] are drawn in relation to the chart.€@/// If there is something to show as axisTitles, it returns trueP@/// If there is something to show as sideTitles, it returns truepp2/// Used for equality check, see [EquatableMixin].RSCC@/// Lerps a [AxisTitles] based on [t] value, check [Tween.lerp].H TSV badlkv  X/// Copies current [SideTitles] to a new [SideTitles], /// and replaces provided values.#"6?>P]\lsr&ɷBB9/// Holds data for showing titles on each side of charts.g,,8/// [show] determines showing or hiding all titles, /// [leftTitles], [topTitles], [rightTitles], [bottomTitles] defines /// side titles of left, top, right, bottom sides respectively.?EDU[Z߀hnm󀆹=KgmwظѸøŸaZ4(6LBN{칝广׹͹ٺ x)+5qK?McYeƿVV2/// Used for equality check, see [EquatableMixin].89ӻooB/// Lerps a [FlTitlesData] based on [t] value, check [Tween.lerp].t[[\/// Copies current [FlTitlesData] to a new [FlTitlesData], /// and replaces provided values.j qpz͉@$@$E/// Represents a conceptual position in cartesian (axis based) space.@//AAA/// [x] determines cartesian (axis based) horizontally position /// 0 means most left point of the chart /// /// [y] determines cartesian (axis based) vertically position /// 0 means most bottom point of the chartA!A'A&A-A3A2A; AAA@AL ARAQAbAoAoAtAAAAAAAACvCC6/// Used for splitting lines, or maybe other concepts. CCDDDDD DDDCDLDL/// Sets zero for x and yDSDYD^DZD]HVzHH/// Override hashCodeHnHoAÁiB9B9P/// Copies current [FlSpot] to a new [FlSpot], /// and replaces provided values.BH BQBPBW B`B_BfBuBtBBBC0mCrCr,///Prints x and y coordinates of FlSpot listC_C`DdJDD%/// Determines if [x] or [y] is null.DKDD*/// Determines if [x] and [y] is not null.EENEN+VDVCUU?UUUV)V]VsVyVVVVVVVVWWXWVWW W^UWWC/// Determines showing or hiding all horizontal and vertical lines.WVWW6/// Determines showing or hiding all horizontal lines.XxXyXyU/// Determines interval between horizontal lines, left it null to be auto calculated.XXXL/// Gives you a y value, and gets a [FlLine] that represents specified line.YYY]/// Gives you a y value, and gets a boolean that determines showing or hiding specified line.YRYY4/// Determines showing or hiding all vertical lines.ZtZdZdS/// Determines interval between vertical lines, left it null to be auto calculated.Zy~ZZL/// Gives you a x value, and gets a [FlLine] that represents specified line.Z[r[r]/// Gives you a x value, and gets a boolean that determines showing or hiding specified line.cfcZcZ2/// Used for equality check, see [EquatableMixin].c<c=[[[@/// Lerps a [FlGridData] based on [t] value, check [Tween.lerp].[ [[[ \\\\ \ ^G^^X/// Copies current [FlGridData] to a new [FlGridData], /// and replaces provided values. ^ ^^^^^^^^_ ,_!_ _>*_P_O_n_u_t____*___(__fÇff/// Defines style of a line.gh`h`hfH/// Renders a line, color it by [color], /// thickness is defined by [strokeWidth], /// and if you want to have dashed line, you should fill [dashArray], /// it is a circular array of dash offsets and lengths. /// For example, the array `[5, 10]` would result in dashes 5 pixels long /// followed by blank spaces 10 pixels long.hm huhth hhhhhhhhhhhhhhiiihihhhhhhhii iii 3iNiN/// Defines color of the line.iX@ii%/// Defines the gradient of the line.i=ii"/// Defines thickness of the line.i߀jjҀ/// Defines dash effect of the line. /// /// it is a circular array of dash offsets and lengths. /// For example, the array `[5, 10]` would result in dashes 5 pixels long /// followed by blank spaces 10 pixels long.mnCnC2/// Used for equality check, see [EquatableMixin].n%n&jok-k-z8zFz@zUzzzzzVzxzez]zWz`zqzhztz|zzzzEzz3/// Determines starting point in vertical (y) axis.zC{ { 1/// Determines ending point in vertical (y) axis.{'|=|=/// If provided, this [HorizontalRangeAnnotation] draws with this [color] /// Otherwise we use [gradient] to draw the background. /// It draws with [gradient] if you provide both [color] and [gradient]. /// If none is provided, it draws with a white color.|G!}`}`/// If provided, this [HorizontalRangeAnnotation] draws with this [gradient] /// Otherwise we use [color] to draw the background. /// It draws with [gradient] if you provide both [color] and [gradient]. /// If none is provided, it draws with a white color.̀2/// Used for equality check, see [EquatableMixin].}m}}O/// Lerps a [HorizontalRangeAnnotation] based on [t] value, check [Tween.lerp].}~~~ ~&~%~,~4~3&v/// Copies current [HorizontalRangeAnnotation] to a new [HorizontalRangeAnnotation], /// and replaces provided values.   o8/// Defines an annotation region in x (horizontal) axis.ށj}}/// Annotates a vertical region from most bottom to most top point of the chart, and /// from [x1] to [x2], and fills the area with [color] or [gradient].   F1@ /(+39:BLG5/// Determines starting point in horizontal (x) axis.E3/// Determines ending point in horizontal (x) axis./// If provided, this [VerticalRangeAnnotation] draws with this [color] /// Otherwise we use [gradient] to draw the background. /// It draws with [gradient] if you provide both [color] and [gradient]. /// If none is provided, it draws with a white color./// If provided, this [VerticalRangeAnnotation] draws with this [gradient] /// Otherwise we use [color] to draw the background. /// It draws with [gradient] if you provide both [color] and [gradient]. /// If none is provided, it draws with a white color.q2/// Used for equality check, see [EquatableMixin].$M/// Lerps a [VerticalRangeAnnotation] based on [t] value, check [Tween.lerp].Ӂbbr/// Copies current [VerticalRangeAnnotation] to a new [VerticalRangeAnnotation], /// and replaces provided values.q zy  j/// Holds data for drawing extra horizontal lines. /// /// [LineChart] draws some [HorizontalLine] (set by [LineChartData.extraLinesData]), /// in below or above of everything, it draws from left to right side of the chart.0/// [LineChart] draws horizontal lines from left to right side of the chart /// in the provided [y] value, and color it using [color]. /// You can define the thickness using [strokeWidth] /// /// It draws a [label] over it. /// /// You can have a dashed line by filling [dashArray] with dash size and space respectively. /// /// It draws an image in left side of the chart, use [sizedPicture] for vectors, /// or [image] for any kind of image. $#*@?J QP[baovu  Occ>/// Draws from left to right of the chart using the [y] value.i\G/// Use it for any kind of image, to draw it in left side of the chart.f$$C/// Use it for vector images, to draw it in left side of the chart.5Gww%/// Draws a text label over the line./// if not drawing dash line, then this is the StrokeCap for the line. /// i.e. if the two ends of the line is round or butt or square.2/// Used for equality check, see [EquatableMixin].+^D/// Lerps a [HorizontalLine] based on [t] value, check [Tween.lerp].bb/// Holds data for drawing extra vertical lines. /// /// [LineChart] draws some [VerticalLine] (set by [LineChartData.extraLinesData]), /// in below or above of everything, it draws from bottom to top side of the chart.ffr/// [LineChart] draws vertical lines from bottom to top side of the chart /// in the provided [x] value, and color it using [color]. /// You can define the thickness using [strokeWidth] /// /// It draws a [label] over it. /// /// You can have a dashed line by filling [dashArray] with dash size and space respectively. /// /// It draws an image in bottom side of the chart, use [sizedPicture] for vectors, /// or [image] for any kind of image. y   $*) 5>?RLZT]nouO>/// Draws from bottom to top of the chart using the [x] value.^""I/// Use it for any kind of image, to draw it in bottom side of the chart.,hE/// Use it for vector images, to draw it in bottom side of the chart.E%/// Draws a text label over the line.〥/// if not drawing dash line, then this is the StrokeCap for the line. /// i.e. if the two ends of the line is round or butt or square.2/// Used for equality check, see [EquatableMixin].RB/// Lerps a [VerticalLine] based on [t] value, check [Tween.lerp].  スPP[/// Copies current [VerticalLine] to a new [VerticalLine] /// and replaces provided values.k tsz  9)/// Draws a title on the [HorizontalLine]/// Draws a title on the [HorizontalLine], align it with [alignment] over the line, /// applies [padding] for spaces, and applies [style for changing color, /// size, ... of the text. /// Drawing text will retrieve through [labelResolver], /// you can override it with your custom data. /// [show] determines showing label or not. /// [direction] determines if the direction of the text should be horizontal or vertical.' #7>=O+VUA )*DaopW!/// Resolves a label for showing.LL2/// Used for equality check, see [EquatableMixin]../(qq8/// Returns the [HorizontalLine.y] as the drawing label.Ƃ/--I/// Lerps a [HorizontalLineLabel] based on [t] value, check [Tween.lerp].7LKRgfmut·'/// Draws a title on the [VerticalLine]:./// Draws a title on the [VerticalLine], align it with [alignment] over the line, /// applies [padding] for spaces, and applies [style for changing color, /// size, ... of the text. /// Drawing text will retrieve through [labelResolver], /// you can override it with your custom data. /// [show] determines showing label or not. /// [direction] determines if the direction of the text should be horizontal or vertical.'  0v76'+"?('"#$')(>DMZU\bczp|7HIlU!/// Resolves a label for showing.2/// Used for equality check, see [EquatableMixin].ƀ  6/// Returns the [VerticalLine.x] as the drawing label.&43`%G/// Lerps a [VerticalLineLabel] based on [t] value, check [Tween.lerp].^sہv/// Holds data for showing a vector image inside the chart. /// /// for example: /// ```dart /// Future loadSvg() async { /// const String rawSvg = 'your svg string'; /// final DrawableRoot svgRoot = await svg.fromSvgString(rawSvg, rawSvg); /// final sizedPicture = SizedPicture(svgRoot.toPicture(), 14, 14); /// return sizedPicture; /// } /// ```eeqR/// [picture] is the showing image, /// it can retrieve from a svg icon, /// for example: /// ```dart /// const String rawSvg = 'your svg string'; /// final DrawableRoot svgRoot = await svg.fromSvgString(rawSvg, rawSvg); /// final picture = svgRoot.toPicture() /// ``` /// [width] and [height] determines the size of our picture.r xw  1/// Is the showing image.-/// width of our [picture]./../// height of our [picture].92/// Used for equality check, see [EquatableMixin].noӅv!!G/// Draws some straight horizontal or vertical lines in the [LineChart]H`/// [LineChart] draws some straight horizontal or vertical lines, /// you should set [LineChartData.extraLinesData]. /// Draws horizontal lines using [horizontalLines], /// and vertical lines using [verticalLines]. /// /// If [extraLinesOnTop] sets true, it draws the line above the main bar lines, otherwise /// it draws them below the main bar lines.  1@*[[n&2/// Used for equality check, see [EquatableMixin].D/// Lerps a [ExtraLinesData] based on [t] value, check [Tween.lerp].)(+;:=EDKFM/// This class contains the interface that all DotPainters should conform to.\E/// Used to show default UIs, for example [defaultScatterTooltipItem]{));/// This method should be overridden to draw the dot shape.. 65= EDJRQebE/// This method should be overridden to return the size of the shape. +<88=KJM[Z]edk$++/// Used to implement touch behaviour of this dot, for example, /// it behaves like a square of [getSize] /// Check [FlDotCirclePainter.hitTest] for an example of an implementation8 @?IQP] edpxwLV/// This class is an implementation of a [FlDotPainter] that draws /// a circled shapeBBT/// The color of the circle is determined determined by [color], /// [radius] determines the radius of the circle. /// You can have a stroke line around the circle, /// by setting the thickness with [strokeWidth], /// and you can change the color of of the stroke with [strokeColor].[a`z7hno<<<(/// The fill color to use for the circleF=}}'/// Customizes the radius of the circleD*/// The stroke color to use for the circleE  */// The stroke width to use for the circle).ƁƁ2/// Used for equality check, see [EquatableMixin].cd2hh9/// Implementation of the parent class to draw the circlem ut| WXQ©©D/// Implementation of the parent class to get the size of the circle± ¹¸˜™o++6JIPdcjrqċĤĤĩķĶĹċČM^^k sr|ńŃŐ ŘŗţūŪMNቬ>>V/// This class is an implementation of a [FlDotPainter] that draws /// a squared shapejȌȌȞ/// The color of the square is determined determined by [color], /// [size] determines the size of the square. /// You can have a stroke line around the square, /// by setting the thickness with [strokeWidth], /// and you can change the color of of the stroke with [strokeColor].ȥȫȪ7Ȳȸȹ )7<nn(/// The fill color to use for the squarex9ɭɭ%/// Customizes the size of the squareɶD*/// The stroke color to use for the squareE99*/// The stroke width to use for the squaré)͗͗́͂ͮ2/// Used for equality check, see [EquatableMixin].Iʖʖ9/// Implementation of the parent class to draw the squareʛ ʣʢʪ ʲʱʷʿʾʅʆ퀐EED/// Implementation of the parent class to get the size of the squareM UT45_jrr}ΑΐΗΫΪαιθ̀  Џ]/// This class is an implementation of a [FlDotPainter] that draws /// a cross (X mark) shapeѹѹ/// The [color] and [width] properties determines the color and thickness of the cross shape, /// [size] determines the width and height of the shape.   <WW(/// The fill color to use for the X markaDҡҡ0/// Determines size (width and height) of shape.Ҫ8#/// Determines thickness of X mark.ղ)ղճ״2/// Used for equality check, see [EquatableMixin].B338/// Implementation of the parent class to draw the cross8 @?G ONT\["#-ՅՅD/// Implementation of the parent class to get the size of the circleՍ ՕՔtu߁('.65   "0/2:9J=77/// Holds the information about the error range of a spot /// /// We support horizontal and vertical error range/indicator for our axis based /// charts such as [LineChart], [BarChart] and [PieChart] /// /// For example, in [LineChart] you can add [FlSpot.xError] and [FlSpot.yError] /// in your data points, so we can draw error indicators for them. /// And it works relative to the point that you are setting the error range /// /// For [BarChart], you can set the [BarChartRodData.toYErrorRange] to have /// vertical error range for each bar. (relative to [BarChartRodData.toY] value) /// /// [show] is tru by default, it means that we show /// the error indicator lines (if you provide them in [FlSpot]s) /// /// [painter] is a callback that allows you to return a /// [FlSpotErrorRangePainter] per each data point which is responsible for /// drawing the error indicator. You can use the default [FlSimpleErrorPainter] /// or create your own by extending our abstract [FlSpotErrorRangePainter]L'LLܑmܗܗܫܸܷܲ/ܾCAA1/// Determines showing the error indicator or notJ/// A callback that allows you to return a [FlSpotErrorRangePainter] /// per each data point (for example [FlSpot] in line chart)5PSS563VV6/// Lerps a [FlErrorIndicatorData] based on [t] value.['[[މޢޡިF/// The abstract painter that is responsible for drawing the error range of /// a point in our axis based charts such as [LineChart] and [BarChart] /// /// It has a [draw] method that you should override to draw the error range /// as you like /// /// The default implementation is [FlSpotErrorRangePainter]. It is a simple and /// common error indicator painter. /// /// You can see how does it look in the [example app](https://app.flchart.dev/)E KKbibb/// Draws the error range of a point in our axis based charts /// /// [canvas] is the canvas that you should draw on it /// [offsetInCanvas] is the absolute position/offset of the point in /// the canvas that you can use it as your center point /// [origin] is the relative point point that you should draw /// the error range on it (it is based on the chart values) /// [errorRelativeRect] is the relative rect that you should draw the error, /// it is absolute and you can shift it with [offsetInCanvas] to draw your /// shape inside it. /// [axisChartData] is the axis chart data that you can use it to get more /// information about the chart /// /// You can take a look at our default implementation [FlSimpleErrorPainter]l ts ;$$//// The default implementation of [FlSpotErrorRangePainter] /// /// It draws a simple and common error indicator for the error range of a point /// in our axis based charts such as [LineChart] and [BarChart] /// /// You can see how does it look in the [example app](https://app.flchart.dev/) /// /// You can customize the lines using [lineColor], [lineWidth], [capLength], /// /// You can customize the text using [showErrorTexts], [errorTextStyle] /// and [errorTextDirection] /// /// You can customize the alignment of the error lines using [crossAlignment]qFqq!['&+7=F{SNU[\qis8 /// The color of the error lines=,,$/// The thickness of the error lines:Evv,/// The length of the cap of the error linesuU/// The alignment of the error lines, /// it should be between -1 (start) and 1 (end)I99-/// Determines showing the error texts or notLA /// The style of the error textsM$/// The direction of the error textsYwwYZ '&2:9M UT`fe|U   ` +:9CRQcrq~+vv;/// The abstract class that is used as the input of /// the [GetSpotRangeErrorPainter] callback. /// /// So as you know, we have this feature in our axis-based charts and each chart /// has its own input type, for example in [LineChart] /// it is [LineChartSpotErrorRangeCallbackInput] (which contains the [FlSpot])f/// The class to hold the information about showing a specific point /// in the axis-based charts /// /// You can use the [x] and [y] properties to set the point, Otherwise it /// uses the touch point (if `handleBuiltinTouches` is true) /// /// There's a [painter] property that manages the drawing of the point. /// We have a default implementation of the painter which is /// [AxisLinesIndicatorPainter], it draws a horizontal and a vertical line /// that goes through the point. /// /// You can override the [painter] by implementing your own /// [AxisSpotIndicatorPainter] implementation. /// /// For more information, look at our default implementation: /// [AxisLinesIndicatorPainter].R *88=KKP&ooǀ2/// Used for equality check, see [EquatableMixin].{HG/// Lerps a [AxisSpotIndicator] based on [t] value, check [Tween.lerp]."!Xg  X/// The abstract class that is used to draw the point indicator /// /// You can create your own custom painter by extending this class /// and implementing the [paint] method. /// /// You can also use the default implementation which is /// [AxisLinesIndicatorPainter], it draws a horizontal and a vertical line /// that goes through the point. !     ' '/// Draws the point indicator 2 @ ? L  T S _  e d r$   '   '        N/// Lerps a [AxisSpotIndicatorPainter] based on [t] value, check [Tween.lerp].        V V/// The default implementation of the [AxisSpotIndicatorPainter] /// /// It draws a horizontal and a vertical line that goes through the point s    "   $   < 4 4 M@ w w P  3/// The paint object that is used to draw the lines    R$$4/// The paint object that is used to draw the images278>CC\jiv   %32?NM`nmw ~ "("9"9"D"R"Q"^ "f"e"q "w"v"$"""'"""'""###"(")(B((O/// Lerps a [AxisLinesIndicatorPainter] based on [t] value, check [Tween.lerp].(((((()_))2/// Used for equality check, see [EquatableMixin].))))))))"/// Represents a side of the chart߀}I/// Represents where the [SideTitles] are drawn in relation to the chart.///// The default [SideTitles.getTitlesWidget] function. /// /// formats the axis number to a shorter string using [formatNumber].? GFMXWd=dd/// Shows all lines.e e eff=f='/// Returns a grey line for all values.fM fUfT-ۀ/// The default [GetSpotRangeErrorPainter] for [FlErrorIndicatorData], /// it draws a simple and typical error indicator using [FlSimpleErrorPainter]#^^D/// It gives you the axis value and gets a String value based on it. dqgdd0/// Determines showing or hiding specified line.d ddeeeـ/// Determines the appearance of specified line. /// /// It gives you an axis [value] (horizontal or vertical), /// you should pass a [FlLine] that represents style of specified line.e ff߉ഁ"/// A callback that allows you to return a [FlSpotErrorRangePainter] based on /// the provided specific data point (for example [FlSpot] in [LineChart]) /// /// So [input] is different based on the chart type, /// for example in [LineChart] it will be [LineChartSpotErrorRangeCallbackInput]' #"B*+V́ Dsցׂ Uɂ/xƒ1IaxĄ >φHɆ 9Nc}~Ç:;aވ߉EFۉ,FTbuϊ"$%nɋ_ŒɌҌ܌ݍ5ЎUlt4a֡͡ע 7Kdz¢Rã+QWȥ :!<\~ۧ?ۧ>̨,FrȩѩҪkϪЪ3PQ]|իޫ(OF[t߮ HefTst̯Ұ,NOMN/}1eڳ2Lh͵ ExƶP\{ڶEsEEEEEEEEEFF4FlFFFFFFGGIGeGyGGGGGGGH H/HOHSHTHlHxHHHHI#I'ItIIJJ4JOJjJJJKKIKvKKKKL3LLLLM7MOMPMMMNN>NuN~NNNNNNNNNNO"OkOOOP<PPQQuQRRRRXRRS=SSTTTTU U!UEUbUUUVV:VkV{VVVVWWPW[W\WWWWXXXiXXXYYYsYYYYYZTZvZwZZZ[Z[[[\\3\e\\]]F]t]]^;^D^E^~^^^^__:_j___`` ``=```a<a_aab2bRbbbccc:cFcecsccccd d$dDdedndpdqddddeeeJeNeef ff6flffffffgg.g[ggh)hXhih{hhhhiii?iUiVi~iiiiijj jDjjjjkk[kkl lGlPlQllllllmmm-mQm~mmmmn#n/nNn]nonnnnnnooVooooppp'p,p-pdppppqq,q-qbqnqqqqqqqr,rwrrssGsMsNssstt<tTtltztttuu0u=uIuuuuuuuv@vdvvwww wDwwwxxx7xCxbxxxxxxy!yzyyyz zz1zIzzzzz{{${%{q{{|.|D|E||}}N}j}k}}~~(~6~=~^~~~#${9To *6BQclno3{IJ*dK!"r 3[$Hm}8enoGK.|}&FWkTfg23[~ ()p7g#;a)<Kat}\TZ|<du Ers)*r*m,Q<yAgv %-AY}+d '<O^tW*X 3K|%&a3Niw~N,8Wn|8._,Ojcij<]^ )KnG]} ,?R[]^c$K^l$c"67lxF%+7=>lJ`=Xs&?HJK"bc()hi$4EYl$`]@Wv.CDnUa -=]CJNO–¢2Lft{Õ<Ĉĉĕ%+FJKWgxŌşź'+,amƌƛƫ$8hǫBȊȡ.45`uvɞɳɴ*FGʃʏ6Xˊ˕˥$9Pp̡̹̊̓2>~͋ͫͬ )>S\]yΓέλ ;~WgmЈЌЎЏ|ѷI^_ҒҧҨ ,mӅӺ ?kԐԑԫ&*+r~կհռ*8?X։ַ>|׌ג׭ױײ!/>GIJ؄؈f٩EږښKۖ1u܏ܮ4GHݏ5ޅޤ )23?^l}߆߈߉"&[),-t$)EF*:>Cfg,f3 [h{*.~cgoHcw~ /;n78g,IJm.I\x1M] #9Xq8CDUm<kx.>l8Qw#$5Mg}JW| CD^ ?EF[gq'ANfz Gm+AKey '?_z $-Ufg89X$3BKRVWc(*+_g5RV)fAE!'(;Nxy$+Dh%0;LUWX   E       . 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