Matrix4

Overview

Matrix4 is a class in Aspose.3d for Typescript. Inherits from: Matrix4.

Matrix4 offers chainable transformation methods such as translate, scale, concatenate, inverse, and transpose, and can be instantiated empty or from an existing matrix.

Properties

Name	Type	Access	Description
`m00`	`number`	Read	Represents the element in row 0 column 0 of the matrix
`m01`	`number`	Read
`m02`	`number`	Read
`m03`	`number`	Read
`m10`	`number`	Read
`m11`	`number`	Read	Represents the element in row 1 column 1 of the matrix
`m12`	`number`	Read
`m13`	`number`	Read
`m20`	`number`	Read
`m21`	`number`	Read
`m22`	`number`	Read	Represents the element in row 2 column 2 of the matrix
`m23`	`number`	Read
`m30`	`number`	Read
`m31`	`number`	Read
`m32`	`number`	Read
`m33`	`number`	Read	Represents the element in row 3 column 3 of the matrix
`determinant`	`number`	Read	Provides the scalar determinant of the matrix

Methods

Signature	Description
`constructor()`	Creates a Matrix4 initialized with the supplied 16‑element array
`constructor(matrix: number[])`
`constructor()`
`constructor()`
`getItem(key: number)` → `number`	Returns the element at the specified linear index
`setItem(key: number, value: number)`	Assigns a value to the element at the specified linear index
`transpose()` → `Matrix4`
`concatenate(m2: Matrix4)` → `Matrix4`
`normalize()` → `Matrix4`	Returns a matrix with uniform scaling removed
`inverse()` → `Matrix4`	Returns the inverse of this matrix
`decompose(translation: any[], scaling: any[], rotation: any[])`	Extracts translation, scaling, and rotation components into the provided arrays
`setTRS(translation: any, rotation: any, scale: any)`	Sets this matrix from translation, rotation, and scale arguments
`toArray()` → `number[]`	Returns the matrix elements as a 16‑length number array
`identity()` → `Matrix4`	Resets this matrix to the identity matrix and returns it
`translate(tx: number, ty: number, tz: number)` → `Matrix4`	Returns a matrix translated by the given offsets
`translate(v: any)` → `Matrix4`
`translate(tx: any, ty: any, tz: any)` → `Matrix4`
`scale(sx: number, sy: number, sz: number)` → `Matrix4`	Returns a matrix scaled uniformly by the components of vector v
`scale(v: any)` → `Matrix4`
`scale(sx: any, sy: any, sz: any)` → `Matrix4`
`rotateFromEuler(rx: number, ry: number, rz: number)` → `Matrix4`
`rotateFromEuler(v: any)` → `Matrix4`
`rotateFromEuler(rx: any, ry: any, rz: any)` → `Matrix4`
`rotate(angle: number, axis: any)` → `Matrix4`	Returns a matrix representing the rotation defined by quaternion q
`rotate(q: Quaternion)` → `Matrix4`
`rotate(angle: any, axis: any)` → `Matrix4`
`toString()` → `string`	Returns a string representation of the matrix elements
`equals(other: Matrix4)` → `boolean`	Returns true if the other matrix has identical elements