Matrix2x4

Matrix2x4 represents a matrix in row-major order and is composed of 2 rows and 4 columns with translation in the 4th column.

Data Member	Description
Identity	Identity matrix.

Enumeration	Description
NoInitType	Specifies that the matrix should not be initialized to identity upon construction.

Method	Description
Append	Appends the matrix by multiplying the specified matrix by the the current matrix.
Append_NonOpt	Non-optimized version of Append.
Append_Opt	An optimized version of Append.
AppendRotation	Appends a rotation to the matrix.
AppendScaling	Appends a scale change to the matrix.
AppendShearing	Appends a shearing to the matrix.
AppendTranslation	Appends a translation to the matrix.
DoesFlip	Returns true if the matrix reverses handedness.
EncloseTransform	Transforms a rectangle and returns its bounding area.
EncloseTransform_NonOpt	Non-optimized version of EncloseTransform.
GetAsFloat2x4	Returns the matrix as an array of floats.
AppendTranslation	Appends a translation to the matrix.
GetDeterminant	Determinant of the 2x2 rotation/scale part only.
GetInverse	Returns the inverse of the original matrix.
GetMaxScale	Returns the maximum scale factor that this transform applies.
GetRotation	Returns the rotation component (in radians).
GetRotationDouble	Returns the rotation component (in radians) as a double value.
GetScale	Returns the isotropic scale, proportional to the diagonal (0,0) - (1,1)
GetXScale	Returns the magnitude scale of the x coordinate output.
GetXScaleDouble	Returns the magnitude scale of the x coordinate output as a double value.
GetYScale	Returns the magnitude scale of the y coordinate output.
GetYScaleDouble	Returns the magnitude scale of the y coordinate output as a double value.
Invert	Inverts the matrix.
Decompose	Decompose matrix into translation, scale, rotation and skew matrix.
IsFreeRotation	Checks whether the matrix has arbitrary rotation.
IsValid	Determines whether the Matrix2x4 is valid or not.
Matrix2x4	Matrix2x4 constructor.
Prepend	Prepend a matrix by multiplying the current matrix by the passed matrix.
PrependRotation	Prepends a rotation to the matrix.
PrependScaling	Prepends a scale change to the matrix.
Interpolate	Interpolates the matrices.
PrependShearing	Prepends a shearing to the matrix.
PrependTranslation	Prepends a translation to the matrix.
Recompose	Recompose the matrix by setting its translation, scale, rotation and skew components.
Reset	Resets the matrix back to the identity matrix.
Rotation	Creates a rotation matrix.
PrependTranslation	Prepends a translation to the matrix.
Scaling	Creates the scale matrix.
SetIdentity	Sets the matrix to the identity matrix.
SetInverse	Sets the matrix to the inverse of the passed matrix.
SetLerp	Creates a new matrix from a blend of the passed two matrices.
SetMatrix	Creates a new matrix either from the passed values or by copying the passed matrix.
SetParlToParl	Transforms a parallelogram to a new parallelogram.
SetParlToRect	Transforms a parallelogram to a rectangle.
SetRectToParl	Transforms a rectangle to a parallelogram.
SetRectToRect	Transforms a rectangle to a new rectangle.
SetToAppend	Initializes this matrix to the result of m0.Append(m1).
SetToAppend_NonOpt	Non-optimized version of SetToAppend.
SetToAppend_Opt	Optimized version of SetToAppend.
SetXScale	Sets the scale factor to be applied along the X axis.
SetYScale	Sets the scale factor to be applied along the Y axis.
SetZero	Set the matrix to all zero components.
Shearing	Creates a shear matrix.
Swap	Swaps the values of two matrices.
Shx	Provides access to the element of the matrix which represents shearing in X.
Shy	Provides access to the element of the matrix which represents shearing in Y.
Sx	Provides access to the element of the matrix which represents scaling in X.
Sy	Provides access to the element of the matrix which represents scaling in Y.
Transform	Transforms the point by the matrix.
Transform2x2	Transforms the point by the rotation matrix.
TransformByInverse	Transforms the point by the inverse of the matrix.
TransformVector	Transforms the vector by the matrix, but does not apply the translation.
Translation	Creates a translation matrix.
Tx	Provides access to the element of the matrix which represents translation in X.
Ty	Provides access to the element of the matrix which represents translation in Y.

Operator	Description
!=	Matrix inequality.
*	Matrix multiplication (transform values).
*=	Transforms a matrix.
=	Assigns a matrix.
==	Matrix equality.

Render_Matrix2x4.h