C# Class NPlot.LinearAxis

Provides functionality for drawing axes with a linear numeric scale.

Inheritance: Axis, System.ICloneable

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Méthodes publiques

Свойство	Type	Description
ApproxNumberLargeTicks	float
Mantissas	double[]
SmallTickCounts	int[]

Méthodes publiques

Méthode	Description
AdjustedWorldValue ( double world ) : double	Adjusts a real world value to one that has been modified to reflect the Axis Scale and Offset properties.
Clone ( ) : object	Deep copy of LinearAxis.
LinearAxis ( ) : System	Default constructor.
LinearAxis ( Axis a ) : System	Copy constructor
LinearAxis ( double worldMin, double worldMax ) : System	Construct a linear axis with the provided world min and max values.

Méthodes protégées

Méthode	Description
DoClone ( LinearAxis b, LinearAxis a ) : void	Helper method for Clone.
DrawTicks ( Graphics g, Point physicalMin, Point physicalMax, object &labelOffset, object &boundingBox ) : void	Draws the large and small ticks [and tick labels] for this axis.

Private Methods

Méthode	Description
DetermineLargeTickStep ( float physicalLength, bool &shouldCullMiddle ) : double	Calculates the world spacing between large ticks, based on the physical axis length (parameter), world axis length, Mantissa values and MinPhysicalLargeTickStep. A value such that at least two TODO: This can be optimised a bit.
DetermineNumberSmallTicks ( double bigTickDist ) : int	Given the large tick step, determine the number of small ticks that should be placed in between.
Init ( ) : void
WorldTickPositions_FirstPass ( Point physicalMin, Point physicalMax, List &largeTickPositions, List &smallTickPositions ) : void	Determines the positions, in world coordinates, of the large ticks. When the physical extent of the axis is small, some of the positions that were generated in this pass may be converted to small tick positions and returned as well. If the LargeTickStep isn't set then this is calculated automatically and depends on the physical extent of the axis.
WorldTickPositions_SecondPass ( Point physicalMin, Point physicalMax, List largeTickPositions, List &smallTickPositions ) : void	Determines the positions, in world coordinates, of the small ticks if they have not already been generated.

Method Details

AdjustedWorldValue() public méthode

Adjusts a real world value to one that has been modified to reflect the Axis Scale and Offset properties.

public AdjustedWorldValue ( double world ) : double
world	double	world value to adjust
Résultat	double

Clone() public méthode

Deep copy of LinearAxis.

public Clone ( ) : object
Résultat	object

DoClone() protected méthode

Helper method for Clone.

protected DoClone ( LinearAxis b, LinearAxis a ) : void
b	LinearAxis
a	LinearAxis
Résultat	void

DrawTicks() protected méthode

Draws the large and small ticks [and tick labels] for this axis.

protected DrawTicks ( Graphics g, Point physicalMin, Point physicalMax, object &labelOffset, object &boundingBox ) : void
g	System.Drawing.Graphics	The graphics surface on which to draw.
physicalMin	Point	The physical position corresponding to the world minimum of the axis.
physicalMax	Point	The physical position corresponding to the world maximum of the axis.
labelOffset	object	out: offset from the axis to draw the axis label.
boundingBox	object	out: smallest box that completely surrounds all ticks and associated labels for this axis.
Résultat	void

LinearAxis() public méthode

Default constructor.

public LinearAxis ( ) : System
Résultat	System

LinearAxis() public méthode

Copy constructor

public LinearAxis ( Axis a ) : System
a	Axis	The Axis to clone
Résultat	System

LinearAxis() public méthode

Construct a linear axis with the provided world min and max values.

public LinearAxis ( double worldMin, double worldMax ) : System
worldMin	double	the world minimum value of the axis.
worldMax	double	the world maximum value of the axis.
Résultat	System

Property Details

ApproxNumberLargeTicks public_oe property

If LargeTickStep isn't specified, then a suitable value is calculated automatically. To determine the tick spacing, the world axis length is divided by ApproximateNumberLargeTicks and the next lowest distance m*10^e for some m in the Mantissas set and some integer e is used as the large tick spacing.

public float ApproxNumberLargeTicks
Résultat	float

Mantissas public_oe property

If LargeTickStep isn't specified, then a suitable value is calculated automatically. The value will be of the form m*10^e for some m in this set.

public double[] Mantissas
Résultat	double[]

SmallTickCounts public_oe property

If NumberOfSmallTicks isn't specified then .... If specified LargeTickStep manually, then no small ticks unless NumberOfSmallTicks specified.

public int[] SmallTickCounts
Résultat	int[]