Class RotatedRectangleF

Package: @aurigma/design-atoms-model

Constructors

(constructor)(centerX, centerY, width, height, angle)

Constructs a new instance of the RotatedRectangleF class

Declaration

constructor(centerX?: number, centerY?: number, width?: number, height?: number, angle?: number);

Parameters

Type	Name	Description
number	centerX
number	centerY
number	width
number	height
number	angle

Properties

angle

Declaration

angle: number;

Property Value

Type	Description
number

bounds

Gets the bounds of this rotated rectangle taking into account its rotation.

Declaration

get bounds(): RectangleF;

Property Value

Type	Description
RectangleF	Gets the bounds of this rotated rectangle taking into account its rotation.

center

Declaration

get center(): PointF;

set center(center: PointF);

Property Value

Type	Description
PointF

centerX

Declaration

centerX: number;

Property Value

Type	Description
number

centerY

Declaration

centerY: number;

Property Value

Type	Description
number

height

Declaration

height: number;

Property Value

Type	Description
number

location

Declaration

get location(): PointF;

set location(location: PointF);

Property Value

Type	Description
PointF

width

Declaration

width: number;

Property Value

Type	Description
number

Methods

clone()

Declaration

clone(): RotatedRectangleF;

Returns

Type	Description
RotatedRectangleF

contains(pt)

Declaration

contains(pt: PointF): boolean;

Parameters

Type	Name	Description
PointF	pt

Returns

Type	Description
boolean

equals(rect, tolerance)

Declaration

equals(rect: RotatedRectangleF, tolerance?: number): boolean;

Parameters

Type	Name	Description
RotatedRectangleF	rect
number	tolerance

Returns

Type	Description
boolean

FromLTRB(left, top, right, bottom)

Declaration

static FromLTRB(left: number, top: number, right: number, bottom: number): RotatedRectangleF;

Parameters

Type	Name	Description
number	left
number	top
number	right
number	bottom

Returns

Type	Description
RotatedRectangleF

fromRectangleF(rectangle, angle)

Declaration

static fromRectangleF(rectangle: RectangleF, angle?: number): RotatedRectangleF;

Parameters

Type	Name	Description
RectangleF	rectangle
number	angle

Returns

Type	Description
RotatedRectangleF

getBottomCenterPoint()

Declaration

getBottomCenterPoint(): PointF;

Returns

Type	Description
PointF

getBottomLeftCorner()

Declaration

getBottomLeftCorner(): PointF;

Returns

Type	Description
PointF

getBottomRightCorner()

Declaration

getBottomRightCorner(): PointF;

Returns

Type	Description
PointF

getCornerByIndex(index)

Declaration

getCornerByIndex(index: number): PointF;

Parameters

Type	Name	Description
number	index

Returns

Type	Description
PointF

getLeftCenterPoint()

Declaration

getLeftCenterPoint(): PointF;

Returns

Type	Description
PointF

getRectWithOffset(rectangle, offset)

Declaration

static getRectWithOffset(rectangle: RotatedRectangleF, offset: PointF): RotatedRectangleF;

Parameters

Type	Name	Description
RotatedRectangleF	rectangle
PointF	offset

Returns

Type	Description
RotatedRectangleF

getRightCenterPoint()

Declaration

getRightCenterPoint(): PointF;

Returns

Type	Description
PointF

getSimplifiedObject()

Declaration

getSimplifiedObject(): {
        centerX: number;
        centerY: number;
        width: number;
        height: number;
        angle: number;
    };

Returns

Type	Description
{ centerX: number; centerY: number; width: number; height: number; angle: number; }

getTransform(rectangle)

Declaration

getTransform(rectangle: RotatedRectangleF): Transform;

Parameters

Type	Name	Description
RotatedRectangleF	rectangle

Returns

Type	Description
Transform

getUpperCenterPoint()

Declaration

getUpperCenterPoint(): PointF;

Returns

Type	Description
PointF

getUpperLeftCorner()

Declaration

getUpperLeftCorner(): PointF;

Returns

Type	Description
PointF

getUpperRightCorner()

Declaration

getUpperRightCorner(): PointF;

Returns

Type	Description
PointF

intersect(a, b)

Declaration

static intersect(a: RotatedRectangleF, b: RotatedRectangleF): RotatedRectangleF;

Parameters

Type	Name	Description
RotatedRectangleF	a
RotatedRectangleF	b

Returns

Type	Description
RotatedRectangleF

intersectsWith(rect)

Declaration

intersectsWith(rect: RotatedRectangleF): boolean;

Parameters

Type	Name	Description
RotatedRectangleF	rect

Returns

Type	Description
boolean

rotateAt(angle, center)

Declaration

rotateAt(angle: number, center: PointF): this;

Parameters

Type	Name	Description
number	angle
PointF	center

Returns

Type	Description
this

setTransform(transform)

Declaration

setTransform(transform: Transform): void;

Parameters

Type	Name	Description
Transform	transform

Returns

Type	Description
void

toRectangleF()

Declaration

toRectangleF(): RectangleF;

Returns

Type	Description
RectangleF

toString()

Declaration

toString(): string;

Returns

Type	Description
string

transform(transform, center)

Declaration

transform(transform: Transform, center: PointF): void;

Parameters

Type	Name	Description
Transform	transform
PointF	center

Returns

Type	Description
void

transformByMatrix(matrix, deltaAngle)

Declaration

transformByMatrix(matrix: Matrix, deltaAngle?: number): RotatedRectangleF;

Parameters

Type	Name	Description
Matrix	matrix
number	deltaAngle

Returns

Type	Description
RotatedRectangleF

translate(x, y)

Declaration

translate(x: number, y: number): void;

Parameters

Type	Name	Description
number	x
number	y

Returns

Type	Description
void

union(a, b)

Declaration

static union(a: RotatedRectangleF, b: RotatedRectangleF): RotatedRectangleF;

Parameters

Type	Name	Description
RotatedRectangleF	a
RotatedRectangleF	b

Returns

Type	Description
RotatedRectangleF

withoutAngle()

Declaration

withoutAngle(): RotatedRectangleF;

Returns

Type	Description
RotatedRectangleF