Public Member Functions
IEnumerable< IAxis >	GetAxes ()
	All axes.

IEnumerable< IAxis >	GetAxes (Edge edge)
	All axes with the given edge.

	AxisManager (Plot plot)
	Contains state and logic for axes.

void	Color (Color color)
	Apply a single color to the label, tick labels, tick marks, and frame of all axes.

void	Color (IAxis axis, Color color)
	Apply a single color to the label, tick labels, tick marks, and frame of the specified axis.

void	Frame (bool enable)
	Set visibility of the frame on every axis.

void	FrameWidth (float width)
	Set thickness of the frame on every axis.

void	FrameColor (Color color)
	Set color of the frame on every axis.

void	Remove (Edge edge)
	Remove all axes that lie on the given edge.

void	Remove (IAxis axis)
	Remove the given axis from the plot.

void	Remove (IPanel panel)
	Remove the given Panel.

void	AddPanel (IPanel panel)

DateTimeXAxis	DateTimeTicksBottom ()
	Remove all bottom axes, create a DateTime bottom axis, add it to the plot, and return it.

BottomAxis	NumericTicksBottom ()
	Remove all bottom axes, create a numeric bottom axis, add it to the plot, and return it.

Plottables.TickModifierLabel	SetupMultiplierNotation (IAxis axis)

void	AddYAxis (IYAxis axis)

void	AddXAxis (IXAxis axis)

LeftAxis	AddLeftAxis ()
	Crete a new axis, add it to the plot, and return it.

void	AddLeftAxis (IYAxis axis)

RightAxis	AddRightAxis ()
	Crete a new axis, add it to the plot, and return it.

void	AddRightAxis (IYAxis axis)

BottomAxis	AddBottomAxis ()
	Crete a new axis, add it to the plot, and return it.

void	AddBottomAxis (IXAxis axis)

TopAxis	AddTopAxis ()
	Crete a new axis, add it to the plot, and return it.

void	AddTopAxis (IXAxis axis)

void	SetLimitsX (double left, double right, IXAxis xAxis)

void	SetLimitsY (double bottom, double top, IYAxis yAxis)

void	SetLimitsX (double left, double right)

void	SetLimitsY (double bottom, double top)

void	SetLimits (double left, double right, double bottom, double top)

void	SetLimits (double left, double right, double bottom, double top, IXAxis xAxis, IYAxis yAxis)

void	SetLimits (double? left=null, double? right=null, double? bottom=null, double? top=null)

void	SetLimits (CoordinateRect rect)

void	SetLimitsX (CoordinateRect limits)

void	SetLimitsY (CoordinateRect limits)

void	SetLimitsX (AxisLimits limits)

void	SetLimitsX (AxisLimits limits, IXAxis xAxis)

void	SetLimitsY (AxisLimits limits)

void	SetLimitsY (AxisLimits limits, IYAxis yAxis)

void	SetLimits (AxisLimits limits)

void	SetLimits (AxisLimits limits, IXAxis xAxis, IYAxis yAxis)

void	SetLimits (CoordinateRange xRange, CoordinateRange yRange)

void	InvertX ()
	Adjust the horizontal axis so values descend from left to right.

void	RectifyX ()
	Adjust the horizontal axis so values ascend from left to right.

void	InvertY ()
	Adjust the vertical axis so values descend from bottom to top.

void	RectifyY ()
	Adjust the vertical axis so values ascend from bottom to top.

AxisLimits	GetLimits ()
	Return the 2D axis limits for the default axes.

AxisLimits	GetLimits (IXAxis xAxis, IYAxis yAxis)
	Return the 2D axis limits for the given X/Y axis pair.

AxisLimits	GetLimits (IAxes axes)
	Return the 2D axis limits for the given X/Y axis pair.

AxisLimits	GetDataLimits ()
	Return the 2D axis limits of data for all plottables using the default axes.

AxisLimits	GetDataLimits (IXAxis xAxis, IYAxis yAxis)
	Return the 2D axis limits of data for all plottables using the given axes.

void	AutoScale (bool? invertX=null, bool? invertY=null)
	Automatically scale all axes to fit the data in all plottables.

void	AutoScale (IXAxis xAxis, IYAxis yAxis, bool horizontal=true, bool vertical=true)
	Autoscale the given axes to accommodate the data from all plottables that use them.

void	AutoScaleExpand ()
	Automatically expand the default axes to fit the data in all plottables.

void	AutoScaleExpand (IXAxis xAxis, IYAxis yAxis)
	Automatically expand the provided axes to fit the data in all plottables.

void	AutoScaleExpandX (IXAxis xAxis)
	Automatically expand the provided axes horizontally to fit the data in all plottables.

void	AutoScaleExpandX ()
	Automatically expand the default horizontal axis to fit the data in all plottables.

void	AutoScaleExpandY (IYAxis yAxis)
	Automatically expand the provided axes vertically to fit the data in all plottables.

void	AutoScaleExpandY ()
	Automatically expand the default vertical axis to fit the data in all plottables.

void	AutoScaleX ()
	Autoscale the bottom horizontal axis limits to fit the data of all plotted objects.

void	AutoScaleY ()
	Autoscale the left vertical axis limits to fit the data of all plotted objects.

void	AutoScaleX (IXAxis xAxis)
	Autoscale the supplied horizontal axis limits to fit the data of all plotted objects.

void	AutoScaleY (IYAxis yAxis)
	Autoscale the supplied vertical axis limits to fit the data of all plotted objects.

void	AutoScale (IEnumerable< IPlottable > plottables)
	Autoscale the default (left and bottom) axis limits to fit the data of the supplied plottables.

void	AutoScaleX (IEnumerable< IPlottable > plottables)
	Autoscale the default bottom horizontal axis limits to fit the data of the supplied plottables.

void	AutoScaleY (IEnumerable< IPlottable > plottables)
	Autoscale the default left vertical axis limits to fit the data of the supplied plottables.

void	Pan (Pixel mouseDown, Pixel mouseUp)
	Adjust limits all axes to pan the pixel distance between two points.

void	Pan (PixelOffset offset)
	Adjust limits all axes to pan given pixel distance.

void	Pan (CoordinateOffset distance)
	Adjust limits all axes to pan by the given distance in coordinate space.

void	Zoom (Pixel px1, Pixel px2)
	Modify zoom for all axes as if the mouse were right-clicked and dragged.

void	Zoom (Pixel px, double fracX, double fracY)
	Zoom into (frac >1) or out of (frac <1) the given point.

void	Zoom (double fracX=1.0, double fracY=1.0)
	Modify limits of all axes to apply the given zoom. Fractional values >1 zoom in and <1 zoom out.

void	ZoomIn (double fracX=1.0, double fracY=1.0)
	Modify limits of all axes to apply the given zoom. Fractional values >1 zoom in and <1 zoom out.

void	ZoomOut (double x=1.0, double y=1.0)
	Zoom out so the new view is the given fraction of the original view.

void	ZoomOutX (double x=1.0)
	Zoom out so the new view is the given fraction of the original view.

void	ZoomOutY (double y=1.0)
	Zoom out so the new view is the given fraction of the original view.

void	Margins ()
	Reset plot data margins to their default value.

void	Margins (double horizontal=0.1, double vertical=.15)
	Define the amount of whitespace to place around the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

void	MarginsX (double horizontal=0.1)
	Define the amount of whitespace to place on the left and right of the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

void	MarginsY (double vertical=0.15)
	Define the amount of whitespace to place on the bottom and top of the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

void	TightMargins ()
	Auto-scale to tightly fit the data so there is no spacing between data points and the edge of the data area.

void	Margins (double left=.05, double right=.05, double bottom=.07, double top=.07)
	Define the amount of whitespace to place around the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

void	SquareUnits ()
	Force pixels to have a 1:1 scale ratio. This allows circles to always appear as circles and not stretched ellipses.

void	SquareUnits (bool enable)
	If true, force pixels to have a 1:1 scale ratio. This allows circles to always appear as circles and not stretched ellipses. If false, disable axis rules related to square units and restore default behavior.

void	Frameless (bool showTitle=false)
	Disable visibility of all axes and titles so the data area fills the entire figure.

void	AntiAlias (bool enable)
	Set anti-aliasing for axis frames, tick marks, and grid lines.

void	Hairline (bool enable)
	Hairline mode causes lines to always render exactly 1 pixel wide regardless of Plot.ScaleFactor. This function controls hairline behavior for all axis frames. tick marks, and grid lines.

void	Link (IAxis thisPlotAxis, IAxis otherPlotAxis, Plot otherPlot)
	Add a link to another plot's axis so its limits update when limits of an axis from this plot changes.

void	Link (IPlotControl target, bool x=true, bool y=true)
	Add a link to the target plot control so its axis limits update when this plot's axis limits change.

void	Link (Plot target, bool x=true, bool y=true)
	Add a link to the target plot so its axis limits update when this plot's axis limits change.

void	UnlinkAll ()
	Remove all linked axes rules.

void	Unlink (IPlotControl target)
	Remove all linked axes rules involving the target plot control.

void	Unlink (Plot target)
	Remove all linked axes rules involving the target plot.

void	Unlink (IAxis axis)
	Remove all linked axes rules involving the given axis.

Static Public Member Functions
static void	DefaultContinuousAutoscaleAction (RenderPack rp)

Properties
IAutoScaler	AutoScaler = new AutoScalers.FractionalAutoScaler(.1, .15) `[get, set]`
	Logic that determines padding around the data area when AutoScale() is called.

Panels.TitlePanel	Title = new() `[get]`
	A special panel.

IXAxis	Top `[get]`
	The primary horizontal axis above the plot.

IXAxis	Bottom `[get]`
	The primary horizontal axis below the plot.

IYAxis	Left `[get]`
	The primary vertical axis to the left of the plot.

IYAxis	Right `[get]`
	The primary vertical axis to the right of the plot.

bool	LimitsHaveBeenSet `[get]`
	Indicates whether the axis limits have been set (manually or by autoscale)

DefaultGrid	DefaultGrid `[get, set]`
	The standard grid that is added when a Plot is created. Users can achieve custom grid functionality by disabling the visibility of this grid and adding their own classes to the List of CustomGrids.

List< IGrid >	CustomGrids = [] `[get]`
	List of custom grids. If in use, it is likely the default grid visibility should be disabled.

List< IGrid >	AllGrids `[get]`
	Return the DefaultGrid and all CustomGrids

List< IAxisRule >	Rules = [] `[get]`
	Rules that are applied before each render.

bool	ContinuouslyAutoscale = false `[get, set]`
	If enabled, AutoScale() will be called at the start of each render. This can negatively impact performance of plots with an extremely large number of data points.

Action< RenderPack >	ContinuousAutoscaleAction = DefaultContinuousAutoscaleAction `[get, set]`
	When ContinuouslyAutoscale is true, this action is called before each frame is rendered. Users can assign their own static function to customize continuous autoscaling behavior.

Constructor & Destructor Documentation

◆ AxisManager()

ScottPlot.AxisManager.AxisManager ( Plot plot )

inline

Contains state and logic for axes.

Member Function Documentation

◆ AddBottomAxis() [1/2]

BottomAxis ScottPlot.AxisManager.AddBottomAxis ( )

inline

Crete a new axis, add it to the plot, and return it.

◆ AddBottomAxis() [2/2]

void ScottPlot.AxisManager.AddBottomAxis ( IXAxis axis )

inline

◆ AddLeftAxis() [1/2]

LeftAxis ScottPlot.AxisManager.AddLeftAxis ( )

inline

Crete a new axis, add it to the plot, and return it.

◆ AddLeftAxis() [2/2]

void ScottPlot.AxisManager.AddLeftAxis ( IYAxis axis )

inline

◆ AddPanel()

void ScottPlot.AxisManager.AddPanel ( IPanel panel )

inline

◆ AddRightAxis() [1/2]

RightAxis ScottPlot.AxisManager.AddRightAxis ( )

inline

Crete a new axis, add it to the plot, and return it.

◆ AddRightAxis() [2/2]

void ScottPlot.AxisManager.AddRightAxis ( IYAxis axis )

inline

◆ AddTopAxis() [1/2]

TopAxis ScottPlot.AxisManager.AddTopAxis ( )

inline

Crete a new axis, add it to the plot, and return it.

◆ AddTopAxis() [2/2]

void ScottPlot.AxisManager.AddTopAxis ( IXAxis axis )

inline

◆ AddXAxis()

void ScottPlot.AxisManager.AddXAxis ( IXAxis axis )

inline

◆ AddYAxis()

void ScottPlot.AxisManager.AddYAxis ( IYAxis axis )

inline

◆ AntiAlias()

void ScottPlot.AxisManager.AntiAlias ( bool enable )

inline

Set anti-aliasing for axis frames, tick marks, and grid lines.

Parameters

enable

◆ AutoScale() [1/3]

void ScottPlot.AxisManager.AutoScale	(	bool?	invertX = `null`,
		bool?	invertY = `null`
	)

inline

Automatically scale all axes to fit the data in all plottables.

◆ AutoScale() [2/3]

void ScottPlot.AxisManager.AutoScale ( IEnumerable< IPlottable > plottables )

inline

Autoscale the default (left and bottom) axis limits to fit the data of the supplied plottables.

◆ AutoScale() [3/3]

void ScottPlot.AxisManager.AutoScale	(	IXAxis	xAxis,
		IYAxis	yAxis,
		bool	horizontal = `true`,
		bool	vertical = `true`
	)

inline

Autoscale the given axes to accommodate the data from all plottables that use them.

◆ AutoScaleExpand() [1/2]

void ScottPlot.AxisManager.AutoScaleExpand ( )

inline

Automatically expand the default axes to fit the data in all plottables.

◆ AutoScaleExpand() [2/2]

void ScottPlot.AxisManager.AutoScaleExpand	(	IXAxis	xAxis,
		IYAxis	yAxis
	)

inline

Automatically expand the provided axes to fit the data in all plottables.

◆ AutoScaleExpandX() [1/2]

void ScottPlot.AxisManager.AutoScaleExpandX ( )

inline

Automatically expand the default horizontal axis to fit the data in all plottables.

◆ AutoScaleExpandX() [2/2]

void ScottPlot.AxisManager.AutoScaleExpandX ( IXAxis xAxis )

inline

Automatically expand the provided axes horizontally to fit the data in all plottables.

◆ AutoScaleExpandY() [1/2]

void ScottPlot.AxisManager.AutoScaleExpandY ( )

inline

Automatically expand the default vertical axis to fit the data in all plottables.

◆ AutoScaleExpandY() [2/2]

void ScottPlot.AxisManager.AutoScaleExpandY ( IYAxis yAxis )

inline

Automatically expand the provided axes vertically to fit the data in all plottables.

◆ AutoScaleX() [1/3]

void ScottPlot.AxisManager.AutoScaleX ( )

inline

Autoscale the bottom horizontal axis limits to fit the data of all plotted objects.

◆ AutoScaleX() [2/3]

void ScottPlot.AxisManager.AutoScaleX ( IEnumerable< IPlottable > plottables )

inline

Autoscale the default bottom horizontal axis limits to fit the data of the supplied plottables.

◆ AutoScaleX() [3/3]

void ScottPlot.AxisManager.AutoScaleX ( IXAxis xAxis )

inline

Autoscale the supplied horizontal axis limits to fit the data of all plotted objects.

◆ AutoScaleY() [1/3]

void ScottPlot.AxisManager.AutoScaleY ( )

inline

Autoscale the left vertical axis limits to fit the data of all plotted objects.

◆ AutoScaleY() [2/3]

void ScottPlot.AxisManager.AutoScaleY ( IEnumerable< IPlottable > plottables )

inline

Autoscale the default left vertical axis limits to fit the data of the supplied plottables.

◆ AutoScaleY() [3/3]

void ScottPlot.AxisManager.AutoScaleY ( IYAxis yAxis )

inline

Autoscale the supplied vertical axis limits to fit the data of all plotted objects.

◆ Color() [1/2]

void ScottPlot.AxisManager.Color ( Color color )

inline

Apply a single color to the label, tick labels, tick marks, and frame of all axes.

◆ Color() [2/2]

void ScottPlot.AxisManager.Color	(	IAxis	axis,
		Color	color
	)

inline

Apply a single color to the label, tick labels, tick marks, and frame of the specified axis.

◆ DateTimeTicksBottom()

DateTimeXAxis ScottPlot.AxisManager.DateTimeTicksBottom ( )

inline

Remove all bottom axes, create a DateTime bottom axis, add it to the plot, and return it.

◆ DefaultContinuousAutoscaleAction()

static void ScottPlot.AxisManager.DefaultContinuousAutoscaleAction ( RenderPack rp )

inlinestatic

◆ Frame()

void ScottPlot.AxisManager.Frame ( bool enable )

inline

Set visibility of the frame on every axis.

◆ FrameColor()

void ScottPlot.AxisManager.FrameColor ( Color color )

inline

Set color of the frame on every axis.

◆ Frameless()

void ScottPlot.AxisManager.Frameless ( bool showTitle = false )

inline

Disable visibility of all axes and titles so the data area fills the entire figure.

◆ FrameWidth()

void ScottPlot.AxisManager.FrameWidth ( float width )

inline

Set thickness of the frame on every axis.

◆ GetAxes() [1/2]

IEnumerable< IAxis > ScottPlot.AxisManager.GetAxes ( )

All axes.

◆ GetAxes() [2/2]

IEnumerable< IAxis > ScottPlot.AxisManager.GetAxes ( Edge edge )

All axes with the given edge.

◆ GetDataLimits() [1/2]

AxisLimits ScottPlot.AxisManager.GetDataLimits ( )

inline

Return the 2D axis limits of data for all plottables using the default axes.

◆ GetDataLimits() [2/2]

AxisLimits ScottPlot.AxisManager.GetDataLimits	(	IXAxis	xAxis,
		IYAxis	yAxis
	)

inline

Return the 2D axis limits of data for all plottables using the given axes.

◆ GetLimits() [1/3]

AxisLimits ScottPlot.AxisManager.GetLimits ( )

inline

Return the 2D axis limits for the default axes.

◆ GetLimits() [2/3]

AxisLimits ScottPlot.AxisManager.GetLimits ( IAxes axes )

inline

Return the 2D axis limits for the given X/Y axis pair.

◆ GetLimits() [3/3]

AxisLimits ScottPlot.AxisManager.GetLimits	(	IXAxis	xAxis,
		IYAxis	yAxis
	)

inline

Return the 2D axis limits for the given X/Y axis pair.

◆ Hairline()

void ScottPlot.AxisManager.Hairline ( bool enable )

inline

Hairline mode causes lines to always render exactly 1 pixel wide regardless of Plot.ScaleFactor. This function controls hairline behavior for all axis frames. tick marks, and grid lines.

◆ InvertX()

void ScottPlot.AxisManager.InvertX ( )

inline

Adjust the horizontal axis so values descend from left to right.

◆ InvertY()

void ScottPlot.AxisManager.InvertY ( )

inline

Adjust the vertical axis so values descend from bottom to top.

◆ Link() [1/3]

void ScottPlot.AxisManager.Link	(	IAxis	thisPlotAxis,
		IAxis	otherPlotAxis,
		Plot	otherPlot
	)

inline

Add a link to another plot's axis so its limits update when limits of an axis from this plot changes.

◆ Link() [2/3]

void ScottPlot.AxisManager.Link	(	IPlotControl	target,
		bool	x = `true`,
		bool	y = `true`
	)

Add a link to the target plot control so its axis limits update when this plot's axis limits change.

◆ Link() [3/3]

void ScottPlot.AxisManager.Link	(	Plot	target,
		bool	x = `true`,
		bool	y = `true`
	)

inline

Add a link to the target plot so its axis limits update when this plot's axis limits change.

◆ Margins() [1/3]

void ScottPlot.AxisManager.Margins ( )

inline

Reset plot data margins to their default value.

◆ Margins() [2/3]

void ScottPlot.AxisManager.Margins	(	double	horizontal = `0::1`,
		double	vertical = `::15`
	)

inline

Define the amount of whitespace to place around the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

◆ Margins() [3/3]

void ScottPlot.AxisManager.Margins	(	double	left = `::05`,
		double	right = `::05`,
		double	bottom = `::07`,
		double	top = `::07`
	)

inline

Define the amount of whitespace to place around the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

◆ MarginsX()

void ScottPlot.AxisManager.MarginsX ( double horizontal = 0::1 )

inline

Define the amount of whitespace to place on the left and right of the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

◆ MarginsY()

void ScottPlot.AxisManager.MarginsY ( double vertical = 0::15 )

inline

Define the amount of whitespace to place on the bottom and top of the data area when calling AutoScale(). Values are a fraction from 0 (tightly fit the data) to 1 (lots of whitespace).

◆ NumericTicksBottom()

BottomAxis ScottPlot.AxisManager.NumericTicksBottom ( )

inline

Remove all bottom axes, create a numeric bottom axis, add it to the plot, and return it.

◆ Pan() [1/3]

void ScottPlot.AxisManager.Pan ( CoordinateOffset distance )

inline

Adjust limits all axes to pan by the given distance in coordinate space.

◆ Pan() [2/3]

void ScottPlot.AxisManager.Pan	(	Pixel	mouseDown,
		Pixel	mouseUp
	)

inline

Adjust limits all axes to pan the pixel distance between two points.

◆ Pan() [3/3]

void ScottPlot.AxisManager.Pan ( PixelOffset offset )

inline

Adjust limits all axes to pan given pixel distance.

◆ RectifyX()

void ScottPlot.AxisManager.RectifyX ( )

inline

Adjust the horizontal axis so values ascend from left to right.

◆ RectifyY()

void ScottPlot.AxisManager.RectifyY ( )

inline

Adjust the vertical axis so values ascend from bottom to top.

◆ Remove() [1/3]

void ScottPlot.AxisManager.Remove ( Edge edge )

inline

Remove all axes that lie on the given edge.

◆ Remove() [2/3]

void ScottPlot.AxisManager.Remove ( IAxis axis )

inline

Remove the given axis from the plot.

◆ Remove() [3/3]

void ScottPlot.AxisManager.Remove ( IPanel panel )

inline

Remove the given Panel.

◆ SetLimits() [1/7]

void ScottPlot.AxisManager.SetLimits ( AxisLimits limits )

inline

◆ SetLimits() [2/7]

void ScottPlot.AxisManager.SetLimits	(	AxisLimits	limits,
		IXAxis	xAxis,
		IYAxis	yAxis
	)

inline

◆ SetLimits() [3/7]

void ScottPlot.AxisManager.SetLimits	(	CoordinateRange	xRange,
		CoordinateRange	yRange
	)

inline

◆ SetLimits() [4/7]

void ScottPlot.AxisManager.SetLimits ( CoordinateRect rect )

inline

◆ SetLimits() [5/7]

void ScottPlot.AxisManager.SetLimits	(	double	left,
		double	right,
		double	bottom,
		double	top
	)

inline

◆ SetLimits() [6/7]

void ScottPlot.AxisManager.SetLimits	(	double	left,
		double	right,
		double	bottom,
		double	top,
		IXAxis	xAxis,
		IYAxis	yAxis
	)

inline

◆ SetLimits() [7/7]

void ScottPlot.AxisManager.SetLimits	(	double?	left = `null`,
		double?	right = `null`,
		double?	bottom = `null`,
		double?	top = `null`
	)

inline

◆ SetLimitsX() [1/5]

void ScottPlot.AxisManager.SetLimitsX ( AxisLimits limits )

inline

◆ SetLimitsX() [2/5]

void ScottPlot.AxisManager.SetLimitsX	(	AxisLimits	limits,
		IXAxis	xAxis
	)

inline

◆ SetLimitsX() [3/5]

void ScottPlot.AxisManager.SetLimitsX ( CoordinateRect limits )

inline

◆ SetLimitsX() [4/5]

void ScottPlot.AxisManager.SetLimitsX	(	double	left,
		double	right
	)

inline

◆ SetLimitsX() [5/5]

void ScottPlot.AxisManager.SetLimitsX	(	double	left,
		double	right,
		IXAxis	xAxis
	)

inline

◆ SetLimitsY() [1/5]

void ScottPlot.AxisManager.SetLimitsY ( AxisLimits limits )

inline

◆ SetLimitsY() [2/5]

void ScottPlot.AxisManager.SetLimitsY	(	AxisLimits	limits,
		IYAxis	yAxis
	)

inline

◆ SetLimitsY() [3/5]

void ScottPlot.AxisManager.SetLimitsY ( CoordinateRect limits )

inline

◆ SetLimitsY() [4/5]

void ScottPlot.AxisManager.SetLimitsY	(	double	bottom,
		double	top
	)

inline

◆ SetLimitsY() [5/5]

void ScottPlot.AxisManager.SetLimitsY	(	double	bottom,
		double	top,
		IYAxis	yAxis
	)

inline

◆ SetupMultiplierNotation()

Plottables.TickModifierLabel ScottPlot.AxisManager.SetupMultiplierNotation ( IAxis axis )

inline

◆ SquareUnits() [1/2]

void ScottPlot.AxisManager.SquareUnits ( )

inline

Force pixels to have a 1:1 scale ratio. This allows circles to always appear as circles and not stretched ellipses.

◆ SquareUnits() [2/2]

void ScottPlot.AxisManager.SquareUnits ( bool enable )

inline

If true, force pixels to have a 1:1 scale ratio. This allows circles to always appear as circles and not stretched ellipses. If false, disable axis rules related to square units and restore default behavior.

◆ TightMargins()

void ScottPlot.AxisManager.TightMargins ( )

inline

Auto-scale to tightly fit the data so there is no spacing between data points and the edge of the data area.

◆ Unlink() [1/3]

void ScottPlot.AxisManager.Unlink ( IAxis axis )

inline

Remove all linked axes rules involving the given axis.

◆ Unlink() [2/3]

void ScottPlot.AxisManager.Unlink ( IPlotControl target )

Remove all linked axes rules involving the target plot control.

◆ Unlink() [3/3]

void ScottPlot.AxisManager.Unlink ( Plot target )

inline

Remove all linked axes rules involving the target plot.

◆ UnlinkAll()

void ScottPlot.AxisManager.UnlinkAll ( )

Remove all linked axes rules.

◆ Zoom() [1/3]

void ScottPlot.AxisManager.Zoom	(	double	fracX = `1::0`,
		double	fracY = `1::0`
	)

inline

Modify limits of all axes to apply the given zoom. Fractional values >1 zoom in and <1 zoom out.

◆ Zoom() [2/3]

void ScottPlot.AxisManager.Zoom	(	Pixel	px,
		double	fracX,
		double	fracY
	)

inline

Zoom into (frac >1) or out of (frac <1) the given point.

◆ Zoom() [3/3]

void ScottPlot.AxisManager.Zoom	(	Pixel	px1,
		Pixel	px2
	)

inline

Modify zoom for all axes as if the mouse were right-clicked and dragged.

◆ ZoomIn()

void ScottPlot.AxisManager.ZoomIn	(	double	fracX = `1::0`,
		double	fracY = `1::0`
	)

inline

Modify limits of all axes to apply the given zoom. Fractional values >1 zoom in and <1 zoom out.

◆ ZoomOut()

void ScottPlot.AxisManager.ZoomOut	(	double	x = `1::0`,
		double	y = `1::0`
	)

inline

Zoom out so the new view is the given fraction of the original view.

◆ ZoomOutX()

void ScottPlot.AxisManager.ZoomOutX ( double x = 1::0 )

inline

Zoom out so the new view is the given fraction of the original view.

◆ ZoomOutY()

void ScottPlot.AxisManager.ZoomOutY ( double y = 1::0 )

inline

Zoom out so the new view is the given fraction of the original view.

Property Documentation

◆ AllGrids

List<IGrid> ScottPlot.AxisManager.AllGrids

get

Return the DefaultGrid and all CustomGrids

◆ AutoScaler

IAutoScaler ScottPlot.AxisManager.AutoScaler = new AutoScalers.FractionalAutoScaler(.1, .15)

getset

Logic that determines padding around the data area when AutoScale() is called.

◆ Bottom

IXAxis ScottPlot.AxisManager.Bottom

get

The primary horizontal axis below the plot.

◆ ContinuousAutoscaleAction

Action<RenderPack> ScottPlot.AxisManager.ContinuousAutoscaleAction = DefaultContinuousAutoscaleAction

getset

When ContinuouslyAutoscale is true, this action is called before each frame is rendered. Users can assign their own static function to customize continuous autoscaling behavior.

◆ ContinuouslyAutoscale

bool ScottPlot.AxisManager.ContinuouslyAutoscale = false

getset

If enabled, AutoScale() will be called at the start of each render. This can negatively impact performance of plots with an extremely large number of data points.

◆ CustomGrids

List<IGrid> ScottPlot.AxisManager.CustomGrids = []

get

List of custom grids. If in use, it is likely the default grid visibility should be disabled.

◆ DefaultGrid

DefaultGrid ScottPlot.AxisManager.DefaultGrid

getset

The standard grid that is added when a Plot is created. Users can achieve custom grid functionality by disabling the visibility of this grid and adding their own classes to the List of CustomGrids.

◆ Left

IYAxis ScottPlot.AxisManager.Left

get

The primary vertical axis to the left of the plot.

◆ LimitsHaveBeenSet

bool ScottPlot.AxisManager.LimitsHaveBeenSet

get

Indicates whether the axis limits have been set (manually or by autoscale)

◆ Right

IYAxis ScottPlot.AxisManager.Right

get

The primary vertical axis to the right of the plot.

◆ Rules

List<IAxisRule> ScottPlot.AxisManager.Rules = []

get

Rules that are applied before each render.

◆ Title

Panels.TitlePanel ScottPlot.AxisManager.Title = new()

get

A special panel.

◆ Top

IXAxis ScottPlot.AxisManager.Top

get

The primary horizontal axis above the plot.

The documentation for this class was generated from the following file:

ScottPlot/src/ScottPlot5/ScottPlot5/AxisManager.cs

Public Member Functions

Static Public Member Functions

Properties

Constructor & Destructor Documentation

◆ AxisManager()

Member Function Documentation

◆ AddBottomAxis() [1/2]

◆ AddBottomAxis() [2/2]

◆ AddLeftAxis() [1/2]

◆ AddLeftAxis() [2/2]

◆ AddPanel()

◆ AddRightAxis() [1/2]

◆ AddRightAxis() [2/2]

◆ AddTopAxis() [1/2]

◆ AddTopAxis() [2/2]

◆ AddXAxis()

◆ AddYAxis()

◆ AntiAlias()

◆ AutoScale() [1/3]

◆ AutoScale() [2/3]

◆ AutoScale() [3/3]

◆ AutoScaleExpand() [1/2]

◆ AutoScaleExpand() [2/2]

◆ AutoScaleExpandX() [1/2]

◆ AutoScaleExpandX() [2/2]

◆ AutoScaleExpandY() [1/2]

◆ AutoScaleExpandY() [2/2]

◆ AutoScaleX() [1/3]

◆ AutoScaleX() [2/3]

◆ AutoScaleX() [3/3]

◆ AutoScaleY() [1/3]

◆ AutoScaleY() [2/3]

◆ AutoScaleY() [3/3]

◆ Color() [1/2]

◆ Color() [2/2]

◆ DateTimeTicksBottom()

◆ DefaultContinuousAutoscaleAction()

◆ Frame()

◆ FrameColor()

◆ Frameless()

◆ FrameWidth()

◆ GetAxes() [1/2]

◆ GetAxes() [2/2]

◆ GetDataLimits() [1/2]

◆ GetDataLimits() [2/2]

◆ GetLimits() [1/3]

◆ GetLimits() [2/3]

◆ GetLimits() [3/3]

◆ Hairline()

◆ InvertX()

◆ InvertY()

◆ Link() [1/3]

◆ Link() [2/3]

◆ Link() [3/3]

◆ Margins() [1/3]

◆ Margins() [2/3]

◆ Margins() [3/3]

◆ MarginsX()

◆ MarginsY()

◆ NumericTicksBottom()

◆ Pan() [1/3]

◆ Pan() [2/3]

◆ Pan() [3/3]

◆ RectifyX()

◆ RectifyY()

◆ Remove() [1/3]

◆ Remove() [2/3]

◆ Remove() [3/3]

◆ SetLimits() [1/7]

◆ SetLimits() [2/7]

◆ SetLimits() [3/7]

◆ SetLimits() [4/7]

◆ SetLimits() [5/7]

◆ SetLimits() [6/7]

◆ SetLimits() [7/7]

◆ SetLimitsX() [1/5]

◆ SetLimitsX() [2/5]

◆ SetLimitsX() [3/5]

◆ SetLimitsX() [4/5]

◆ SetLimitsX() [5/5]