nuke.curvelib.CMatrix4

class nuke.curvelib.CMatrix4

Bases: object

A 4x4 matrix with methods for affine transformations.

Methods

`makeIdentity`	self.makeIdentity() -> None Set this matrix to be the identity matrix.
`rotateX`	self.rotateX(angleInRadians) -> None Post-multiply this matrix by a rotation around the X axis.
`rotateY`	self.rotateY(angleInRadians) -> None Post-multiply this matrix by a rotation around the Y axis.
`rotateZ`	self.rotateY(angleInRadians) -> None Post-multiply this matrix by a rotation around the Z axis.
`scale`	self.scale(x, y, z) -> None Post-multiply this matrix by a scale transformation.
`skew`	self.skew(x, y, z) -> None Post-multiply this matrix with a skew transformation.
`translate`	self.translate(x, y, z) -> None Post-multiply this matrix by a translation matrix.
`translation`	self.translation(x, y, z) -> None Set this matrix to be a translation matrix, replacing any existing values.
`transpose`	self.transpose() -> None Transpose the matrix in-place.

rotateX(angleInRadians) → None: Post-multiply this matrix by a rotation around the X axis.

rotateY(angleInRadians) → None: Post-multiply this matrix by a rotation around the Y axis.

rotateZ(): self.rotateY(angleInRadians) -> None Post-multiply this matrix by a rotation around the Z axis.

scale(x, y, z) → None: Post-multiply this matrix by a scale transformation. The y and z parameters may be left out; if so the scale is uniform along all three axes.

skew(x, y, z) → None: Post-multiply this matrix with a skew transformation. The y and z parameters may be left out; if so, the skew is in the X direction only.

translate(x, y, z) → None: Post-multiply this matrix by a translation matrix.

translation(x, y, z) → None

Set this matrix to be a translation matrix, replacing any existing values.

This is different from other methods in this class as it replaces, rather than multiplying by, the existing values in the matrix.