TransformBuilder

General

TransformBuilder és una classe en Aspose.3D FOSS per a .NET.

TransformBuilder.TransformBuilder crea un constructor amb una matriu inicial i compondre ordre.

Name	Type	Access	Description
`Matrix`	`Matrix4`	Read/Write	Gets or sets the resulting transformation matrix
`ComposeOrder`	`ComposeOrder`	Read/Write	Gets or sets the order in which transformations are composed

Signature	Description
`TransformBuilder(initial: Matrix4, order: ComposeOrder)`	Creates a builder with the specified compose order and a default matrix
`TransformBuilder(order: ComposeOrder)`
`Compose(m: Matrix4)`	Replaces the current matrix with the supplied matrix
`Append(m: Matrix4)`	Multiplies the current matrix by the given matrix on the right
`Prepend(m: Matrix4)`	Multiplies the given matrix on the left of the current matrix
`Rearrange(newX: Axis, newY: Axis, newZ: Axis)`	Reorders axes to newX, newY, newZ
`Scale(s: double)`	Scales by the components of the provided Vector3
`Scale(x: double, y: double, z: double)`
`Scale(s: Vector3)`
`RotateDegree(angle: double, axis: Vector3)`	Rotates by a Vector3 of degrees using the specified rotation order
`RotateRadian(angle: double, axis: Vector3)`	Rotates around the axis by the angle given in radians
`Rotate(q: Quaternion)`	Rotates using the specified quaternion
`RotateEulerDegree(degX: double, degY: double, degZ: double)`	Applies Euler rotation with degree angles for X, Y, Z
`RotateEulerRadian(x: double, y: double, z: double)`	Applies Euler rotation using a Vector3 of radian angles
`RotateEulerRadian(r: Vector3)`
`Translate(tx: double, ty: double, tz: double)`	Moves by the components of the given Vector3
`Translate(v: Vector3)`
`Reset()`	Restores the builder to an identity transformation
`RotateDegree(rot: Vector3, order: RotationOrder)`
`RotateRadian(rot: Vector3, order: RotationOrder)`