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API Reference / Telerik.Charting / RadRect
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RadRect

Struct

Represents a Rectangle in the Euclidean plane geometry.

Definition

Namespace:Telerik.Charting

Assembly:Telerik.WinControls.dll

Syntax:
C#
public struct RadRect

Inherited Members ValueType.ToString()

Constructors

RadRect(double, double, double, double)

Initializes a new instance of the RadRect struct.

C#
public RadRect(double x, double y, double width, double height)
Parameters:xdouble

The X-coordinate of the rectangle.

ydouble

The Y-coordinate of the rectangle.

widthdouble

The width of the rectangle.

heightdouble

The height of the rectangle.

RadRect(double, double)

Initializes a new instance of the RadRect struct.

C#
public RadRect(double width, double height)
Parameters:widthdouble

The width of the rectangle.

heightdouble

The height of the rectangle.

RadRect(RadPoint, RadPoint)

Initializes a new instance of the RadRect struct.

C#
public RadRect(RadPoint point1, RadPoint point2)
Parameters:point1RadPoint

The first point defining the rectangle bounds.

point2RadPoint

The second point defining the rectangle bounds.

Fields

Empty

Empty rectangle which values are zeroes.

C#
public static readonly RadRect Empty

Height

The length of the rectangle along the Y-axis.

C#
public double Height

Invalid

Invalid rectangle, which Width and Height properties are set to (-1).

C#
public static readonly RadRect Invalid

Width

The length of the rectangle along the X-axis.

C#
public double Width

X

The X-coordinate of the rectangle.

C#
public double X

Y

The Y-coordinate of the rectangle.

C#
public double Y

Properties

Bottom

Gets the Y-coordinate of the bottom side of the rectangle.

C#
public double Bottom { get; }

Center

Gets the center of this rectangle.

C#
public RadPoint Center { get; }

Location

Gets the location (Top-Left corner) of the rectangle.

C#
public RadPoint Location { get; }

Right

Gets the X-coordinate of the right side of the rectangle.

C#
public double Right { get; }

Methods

CenterRect(RadRect, RadRect)

Centers the specified rectangle within the provided available one.

C#
public static RadRect CenterRect(RadRect rect, RadRect bounds)
Parameters:rectRadRectboundsRadRectReturns:

RadRect

Contains(double, double)

Determines if this RadRect instance contains the point that is described by the arguments.

C#
public bool Contains(double x, double y)
Parameters:xdouble

The X coordinate of the point to check.

ydouble

The Y coordinate of the point to check.

Returns:

bool

Returns true if this rectangle contains the point from the arguments and false otherwise.

Equals(object)

Determines whether the specified object is equal to this instance.

C#
public override bool Equals(object obj)
Parameters:objobject

The object to compare with this instance.

Returns:

bool

true if the specified object is equal to this instance; otherwise, false.

Overrides: ValueType.Equals(object)

Floor(RadRect)

Rounds the rectangle's value to the closest less than or equal to whole numbers.

C#
public static RadRect Floor(RadRect rect)
Parameters:rectRadRectReturns:

RadRect

GetHashCode()

Returns a hash code for this instance.

C#
public override int GetHashCode()
Returns:

int

A hash code for this instance, suitable for use in hashing algorithms and data structures like a hash table.

Overrides: ValueType.GetHashCode()

IntersectsWith(RadRect)

Determines whether the current rect intersects with the specified one.

C#
public bool IntersectsWith(RadRect rect)
Parameters:rectRadRectReturns:

bool

IsSizeValid()

Determines whether the size of this rect is valid - that is both Width and Height should be bigger than zero.

C#
public bool IsSizeValid()
Returns:

bool

Round(RadRect)

Rounds the rectangle's values by respecting the Width and Height.

C#
public static RadRect Round(RadRect rect)
Parameters:rectRadRect

The RadRect that will be rounded.

Returns:

RadRect

A new instance of RadRect with rounded values.

RoundByRespectingLocation(double, double, double, double)

Rounds the rectangle's values by respecting the X and Right and respecting the Y and Bottom. (0.4, 0, 2.2, 0) results in (0, 0, 3, 0). Note: original width = 3, result width = 2.2; original right = 2.6, result right = 3. (0.4, 0, 2.0, 0) results in (0, 0, 2, 0). (0.6, 0, 1.8, 0) results in (1, 0, 1, 0). Note: original width = 1.8, result width = 1; original right = 2.4, result right = 2. (0.6, 0, 2.0, 0) results in (1, 0, 2, 0).

C#
public static RadRect RoundByRespectingLocation(double rectX, double rectY, double rectWidth, double rectHeight)
Parameters:rectXdoublerectYdoublerectWidthdoublerectHeightdoubleReturns:

RadRect

Subtract(RadRect, RadRect)

Gets the difference between two RadRect structures.

C#
public static RadThickness Subtract(RadRect rect1, RadRect rect2)
Parameters:rect1RadRectrect2RadRectReturns:

RadThickness

ToSquare(RadRect, bool)

Gets a rectangle that has equal width and height and is centered within the specified rect.

C#
public static RadRect ToSquare(RadRect rect, bool offset)
Parameters:rectRadRectoffsetboolReturns:

RadRect

Operators

operator !=(RadRect, RadRect)

Determines whether two RadRect structures are not equal.

C#
public static bool operator !=(RadRect rect1, RadRect rect2)
Parameters:rect1RadRectrect2RadRectReturns:

bool

operator ==(RadRect, RadRect)

Determines whether two RadRect structures are equal.

C#
public static bool operator ==(RadRect rect1, RadRect rect2)
Parameters:rect1RadRectrect2RadRectReturns:

bool

In this article
DefinitionConstructorsRadRect(double, double, double, double)RadRect(double, double)RadRect(RadPoint, RadPoint)FieldsEmptyHeightInvalidWidthXYPropertiesBottomCenterLocationRightMethodsCenterRect(RadRect, RadRect)Contains(double, double)Equals(object)Floor(RadRect)GetHashCode()IntersectsWith(RadRect)IsSizeValid()Round(RadRect)RoundByRespectingLocation(double, double, double, double)Subtract(RadRect, RadRect)ToSquare(RadRect, bool)Operatorsoperator !=(RadRect, RadRect)operator ==(RadRect, RadRect)
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