TransformMatrix | /src/math/matrices/TransformMatrix.ts | caviar@2.4.0

class TransformMatrix

import { TransformMatrix } from "https://deno.land/x/caviar@2.4.0/src/math/matrices/TransformMatrix.ts";

Constructors

new

TransformMatrix(

a?,

b?,

c?,

d?,

tx?,

ty?,

)

Properties

a: number

b: number

c: number

d: number

decomposedMatrix: IDecomposed

e: number

f: number

matrix: Float32Array

readonly

rotation: number

readonly

rotationNormalized: number

readonly

scaleX: number

readonly

scaleY: number

tx: number

ty: number

Methods

applyInverse(

x: number,

y: number,

output?: Vector,

): Vector

applyITRS(

x: number,

y: number,

rotation: number,

scaleX: number,

scaleY: number,

): TransformMatrix

copyFrom(src: TransformMatrix): TransformMatrix

copyFromArray(src: number[]): TransformMatrix

copyToArray(dest: number[]): number[]

decomposeMatrix(): IDecomposed

getCSSMatrix(): string

getX(x: number, y: number): number

getXRound(

x: number,

y: number,

round?,

): number

getY(x: number, y: number): number

getYRound(

x: number,

y: number,

round?,

): number

invert(): TransformMatrix

loadIdentity(): TransformMatrix

multiply(rhs: TransformMatrix, out?: TransformMatrix): TransformMatrix

multiplyWithOffset(

src: TransformMatrix,

offsetX: number,

offsetY: number,

): TransformMatrix

rotate(angle: number): TransformMatrix

scale(x: number, y: number): TransformMatrix

setTransform(

a: number,

b: number,

c: number,

d: number,

tx: number,

ty: number,

): TransformMatrix

transform(

a: number,

b: number,

c: number,

d: number,

tx: number,

ty: number,

): TransformMatrix

transformPoint(

x: number,

y: number,

point?: IVectorLike,

): IVectorLike

translate(x: number, y: number): TransformMatrix