TransformBuilder

Vue de l’ensemble

‘TransformBuilder’ est une classe dans Aspose.3D FOSS pour Typescript.

TransformBuilder.constructor crée un nouveau Transformbuilder; les surcharges permettent la matrice initiale et compose l’ordre.

Cette classe fournit 13 méthodes pour travailler avec des objets TransformBuilder dans les programmes de type. Les méthodologies disponibles comprennent: append, compose , ‘constructor،prepend;rearrange; reset : rotatéDegree ; 'rotateEulerDgree . rotatEularRadian. rotatRadian., scale et 1 méthode supplémentaire. Tous les membres publics sont accessibles à toute application TypeScript après l’installation de l’ASPOSE.3D FOSS pour le package TypeScripts. Propriétés : compposeOrder,, matrix`..

Description

‘TransformBuilder’ est une classe dans la bibliothèque Aspose.3D FOSS pour TypeScript qui expose 23 méthodes et 2 propriétés pour l’utilisation programmatique.

Les capacités de base comprennent: ‘matrix4’; ‘composeorder’ ; crée un nouveau transformbuilder ; les surcharges permettent la matrice initiale et composer l’ordre. Ces opérations permettant aux développeurs d’intégrer directement la fonctionnalité du transformBuilder dans les applications TypeScript.

La classe propose 4 surcharges constructeurs, permettant une initialisation flexible en fonction du contexte de l’appel.

Propriétés

Name	Type	Access	Description
`matrix`	`Matrix4`	Read/Write	Gets the matrix.
`composeOrder`	`ComposeOrder`	Read/Write	Gets the compose order.

méthodes

Signature	Description
`constructor()`	Creates a new TransformBuilder; overloads allow initial matrix and compose order
`constructor(initial: Matrix4, order: ComposeOrder)`	Creates a TransformBuilder initialized with the given matrix and compose order
`constructor(order: ComposeOrder)`	Creates a TransformBuilder using the identity matrix and the specified compose order
`constructor()`	Creates a default TransformBuilder with identity matrix
`scale(s: number)` → `TransformBuilder`	Sets non‑uniform scaling factors x, y, z and returns the builder
`scale(x: number, y: number, z: number)` → `TransformBuilder`	Sets non-uniform scaling factors x, y, z and returns the builder
`scale(s: Vector3)` → `TransformBuilder`	Sets scaling from a Vector3 and returns the builder
`scale()` → `TransformBuilder`	Applies scaling from the packed argument and returns the builder
`rotateDegree(angle: number, axis: Vector3)` → `TransformBuilder`	Returns the builder or does nothing when called without arguments
`rotateDegree(rot: Vector3, order: RotationOrder)`	Rotates by Euler angles in degrees using the specified rotation order and returns the builder
`rotateDegree()` → `TransformBuilder	void`
`rotateRadian(angle: number, axis: Vector3)` → `TransformBuilder`	Rotates by angle (radians) around the given axis and returns the builder
`rotateRadian(rot: Vector3, order: RotationOrder)`	Rotates by Euler angles in radians using the specified rotation order and returns the builder
`rotateRadian()` → `TransformBuilder	void`
`rotateEulerRadian(x: number, y: number, z: number)` → `TransformBuilder`	Rotates by Euler angles from Vector3 r (radians) and returns the builder
`rotateEulerRadian(r: Vector3)` → `TransformBuilder`	Rotates by Euler angles from the Vector3 r (in radians) and returns the builder
`rotateEulerRadian()` → `TransformBuilder`	Applies Euler rotation in radians from packed arguments and returns the builder
`translate(tx: number, ty: number, tz: number)` → `TransformBuilder`	Moves by tx, ty, tz and returns the builder
`translate(v: Vector3)` → `TransformBuilder`
`translate()` → `TransformBuilder`
`compose(m: Matrix4)`	Composes the given matrix into the builder’s current matrix
`append(m: Matrix4)` → `TransformBuilder`	Appends matrix m to the current transformation and returns the builder
`prepend(m: Matrix4)` → `TransformBuilder`	Prepends matrix m before the current transformation and returns the builder
`rearrange(newX: Axis, newY: Axis, newZ: Axis)` → `TransformBuilder`	Reorders axes to newX, newY, newZ and returns the builder
`rotate(q: Quaternion)` → `TransformBuilder`	Applies quaternion rotation q to the builder and returns the builder
`rotateEulerDegree(degX: number, degY: number, degZ: number)` → `TransformBuilder`	Rotates by Euler angles in degrees and returns the builder
`reset()`	Clears all transformations, resetting to the identity matrix

Voir aussi

Aspose.3D - référence API d’entreprise