ScottPlot.Coordinates Struct Reference

Represents a point in coordinate space (X and Y axis units) More...

Inheritance diagram for ScottPlot.Coordinates:

Public Member Functions
	Coordinates (double x, double y)
	Define a new coordinate at the given X and Y location (in axis units)
double	DistanceSquared (Coordinates pt)
double	Distance (Coordinates pt)
override string	ToString ()
bool	Equals (Coordinates other)
override bool	Equals (object? obj)
override int	GetHashCode ()
CoordinateRect	ToRect (double radiusX, double radiusY)
CoordinateRect	ToRect (double radius)
Coordinates	WithDelta (double dX, double dY)
	readonly (double X, double Y) Deconstruct()

Static Public Member Functions
static Coordinates[]	Zip (double[] xs, double[] ys)
	Create an array of coordinates from individual arrays of X and Y positions.
static bool	operator== (Coordinates a, Coordinates b)
static bool	operator!= (Coordinates a, Coordinates b)
static Coordinates	operator+ (Coordinates a, Coordinates b)

Properties
double	X [get, set]
double	Y [get, set]
bool	AreReal [get]
static Coordinates	NaN [get]
static Coordinates	Zero [get]
static Coordinates	Origin [get]
static Coordinates	Infinity [get]
readonly Coordinates	Rotated [get]
	The inverse of the present coordinate. E.g., the point (X, Y) becomes (Y, X).

Detailed Description

Represents a point in coordinate space (X and Y axis units)

Constructor & Destructor Documentation

Coordinates()

ScottPlot.Coordinates.Coordinates ( double  x, double  y  )

inline

Define a new coordinate at the given X and Y location (in axis units)

Member Function Documentation

Distance()

double ScottPlot.Coordinates.Distance ( Coordinates  pt )

inline

DistanceSquared()

double ScottPlot.Coordinates.DistanceSquared ( Coordinates  pt )

inline

Equals() [1/2]

bool ScottPlot.Coordinates.Equals ( Coordinates  other )

inline

Equals() [2/2]

override bool ScottPlot.Coordinates.Equals ( object?  obj )

inline

GetHashCode()

override int ScottPlot.Coordinates.GetHashCode ( )

inline

operator!=()

static bool ScottPlot.Coordinates.operator!= ( Coordinates  a, Coordinates  b  )

inlinestatic

operator+()

static Coordinates ScottPlot.Coordinates.operator+ ( Coordinates  a, Coordinates  b  )

inlinestatic

operator==()

static bool ScottPlot.Coordinates.operator== ( Coordinates  a, Coordinates  b  )

inlinestatic

readonly()

ScottPlot.Coordinates.readonly	(	double	X,
		double	Y
	)		const

ToRect() [1/2]

CoordinateRect ScottPlot.Coordinates.ToRect ( double  radius )

inline

ToRect() [2/2]

CoordinateRect ScottPlot.Coordinates.ToRect ( double  radiusX, double  radiusY  )

inline

ToString()

override string ScottPlot.Coordinates.ToString ( )

inline

WithDelta()

Coordinates ScottPlot.Coordinates.WithDelta ( double  dX, double  dY  )

inline

Zip()

static Coordinates[] ScottPlot.Coordinates.Zip ( double[]  xs, double[]  ys  )

inlinestatic

Create an array of coordinates from individual arrays of X and Y positions.

Property Documentation

AreReal

bool ScottPlot.Coordinates.AreReal

get

Infinity

Coordinates ScottPlot.Coordinates.Infinity

staticget

NaN

Coordinates ScottPlot.Coordinates.NaN

staticget

Origin

Coordinates ScottPlot.Coordinates.Origin

staticget

Rotated

readonly Coordinates ScottPlot.Coordinates.Rotated

get

The inverse of the present coordinate. E.g., the point (X, Y) becomes (Y, X).

X

double ScottPlot.Coordinates.X

getset

Y

double ScottPlot.Coordinates.Y

getset

Zero

Coordinates ScottPlot.Coordinates.Zero

staticget

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

• ScottPlot/src/ScottPlot5/ScottPlot5/Primitives/Coordinates.cs