Unigine::Math::dmat4 Struct

The dmat4 matrix is used for world transformations only (translation, scaling, rotation). This matrix isn't used for 3D projection, so its last row is skipped (that's why its size is 3x4 not 4x4). It allows avoiding high memory usage and performance loss when using the double precision coordinates.

The first, the second and the third columns of the matrix represent the rotation and the scale of the origin. The last column contains the translation of the origin relatively to the world origin.

For any other purposes, the mat4 matrix can be used.

Методы:

Имя	Описание View: Sort by:
dmat4	Default constructor.
set	Sets a new value of the matrix element specified by row and column.
get	Returns the reference to the matrix element specified by given row and column.
setColumn	Sets the specified column of the matrix using a given dvec4 vector as a source.
getColumn	Returns the specified matrix column.
setColumn3	Sets the specified column of the matrix using a given three-component dvec3 vector as a source.
getColumn3	Returns the specified matrix column.
setIdentity	Sets the matrix equal to the identity matrix.
setRotate	Sets the rotation matrix for a given axis.
getRotate	Returns the quaternion, representing the rotation part of the matrix.
setRotateX	Sets X rotation matrix.
setRotateY	Sets Y rotation matrix.
setRotateZ	Sets Z rotation matrix.
setRow	Sets the specified row of the matrix using a given dvec4 vector as a source.
getRow	Returns the specified matrix row.
setRow3	Sets the specified row of the matrix using a given three-component dvec3 vector as a source, the last element of the row remains as is.
getRow3	Returns the first three elements of the specified matrix row.
setScale	Fills the scaling matrix using a given dvec3 source vector.
getScale	Returns the three-component vec3 vector, representing the scaling part of the matrix.
setTranslate	Fills the translation matrix using a given dvec3 source vector.
getTranslate	Returns the three-component vec3 vector, representing the translation part of the matrix.
setZero	Sets all matrix elements equal to 0.
operator const double *	Performs type conversion to const double *.
operator const void *	Performs type conversion to const void *.
operator double *	Performs type conversion to double *.
operator void *	Performs type conversion to void *.
*operator =**	Performs matrix multiplication.
operator +=	Performs matrix addition.
operator -	Performs matrix negation.
operator -=	Performs matrix subtraction.
operator =	Performs matrix assignment.
operator []	Performs array access to the matrix item reference using given item index.
getAxisX	Returns the normalized vector representing the X axis.
getAxisY	Returns the normalized vector representing the Y axis.
getAxisZ	Returns the normalized vector representing the Z axis.
determinant	Returns the determinant of the given matrix.
translate	Returns the translation matrix using a given dvec3 translation vector.
rotate	Returns the rotation matrix for a given axis and an angle.
rotateX	Returns the matrix rotated around the X-axis by a given angle.
rotateY	Returns the matrix rotated around the Y-axis by a given angle.
rotateZ	Returns the matrix rotated around the Z-axis by a given angle.
scale	Returns the matrix scaled by a given dvec3 source vector.
hash	Returns a hash obtained by mixing the hash values of vector components.
mul	Matrix multiplication.
mul3	Returns the result of multiplication of three components of the specified arguments.
mul4	Returns the result of multiplication of the specified arguments.
mult	Returns the matrix with the translation (the last column) multiplied by the specified vector.
add	Performs addition with the specified arguments.
sub	Subtracts each element in the second argument from its corresponding element in the first argument.

Variables:

Name	Description
dmat4_identity	Identity matrix.
dmat4_one	Matrix of ones.
dmat4_zero	Zero matrix.

dmat4 Class

Members

dmat4 ( ) #

Default constructor. Produces an identity matrix.

dmat4 ( const dvec3& c0, const dvec3& c1, const dvec3& c2, const dvec3& c3 ) #

Constructor. Initializes the matrix using given three dvec3 vectors.

Output

Resulting matrix: 
    | col0.x  	 col1.x	  	col2.x	   col3.x | 
M=  | col0.y   	 col1.y	  	col2.y     col3.y |
    | col0.z   	 col1.z	  	col2.z     col3.z |

Arguments

const dvec3& c0 - Source vector for the first column.
const dvec3& c1 - Source vector for the second column.
const dvec3& c2 - Source vector for the third column.
const dvec3& c3 - Source vector for the fourth column.

dmat4 ( const quat& q, const dvec3& v ) #

Constructor. Initializes the matrix using a given quaternion and a dvec3 vector.

Arguments

const quat& q - Source quaternion.
const dvec3& v - Source vector.

dmat4 ( const mat3& m, const dvec3& v ) #

Constructor. Initializes the matrix using a given source mat3 matrix (3x3) and a dvec3 vector.

Arguments

const mat3& m - Source matrix (3x3).
const dvec3& v - Source vector.

dmat4 ( const mat3& m ) #

Constructor. Initializes the matrix using a given mat3 source matrix (3x3). The matrix elements are filled using corresponding elements of the source matrix.

Output

Resulting matrix: 
    | m00  	 m01  	 m02	  0.0f | 
M=  | m10    m11  	 m12      0.0f |
    | m20    m21     m22      0.0f |

Arguments

const mat3& m - Source matrix (3x3).

dmat4 ( const mat2& m ) #

Constructor. Initializes the matrix using a given mat2 source matrix (2x2). The matrix elements are filled using corresponding elements of the source matrix.

Output

Resulting matrix: 
    | m00  	 m01  	 0.0f	  0.0f | 
M=  | m10    m11  	 0.0f     0.0f |
    | 0.0f   0.0f    1.0f     0.0f |

Arguments

const mat2& m - Source matrix (2x2).

dmat4 ( double v ) #

Constructor. Initializes the matrix using a given scalar value.

Source code (UnigineScript)

dmat4(2.0);
						
/* Creates a matrix						
| 2.0 	2.0 	2.0		2.0	|
| 2.0 	2.0 	2.0		2.0	|
| 2.0 	2.0 	2.0		2.0	|
*/

Arguments

double v - Scalar value.

dmat4 ( const dmat4& m ) #

Constructor. Initializes the matrix by copying a given source matrix.

Arguments

const dmat4& m - Source matrix.

explicit dmat4 ( const mat4& m ) #

Constructor. Initializes the matrix using a given source mat4 matrix (4x4). The matrix elements are filled using corresponding elements of the source matrix.

Arguments

const mat4& m - Source matrix (4x4).

explicit dmat4 ( const quat& q ) #

Constructor. Initializes the matrix using a given source quaternion.

Arguments

const quat& q - Source quaternion.

dmat4 ( const dmat4x4_values& m, int transposed ) #

Constructor. Initializes the matrix using the given source matrix values.

Arguments

const dmat4x4_values& m - The source value storing matrix double values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

dmat4 ( const mat4x4_values& m, int transposed ) #

Constructor. Initializes the matrix using the given source matrix values.

Arguments

const mat4x4_values& m - The source value storing matrix float values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

dmat4 ( const dmat4x3_values& m, int transposed ) #

Constructor. Initializes the matrix using the given source matrix values.

Arguments

const dmat4x3_values& m - The source value storing matrix double values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

dmat4 ( const mat4x3_values& m, int transposed ) #

Constructor. Initializes the matrix with double values using the given source matrix float values.

Arguments

const mat4x3_values& m - The source value storing matrix float values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

dmat4 ( double m00_, double m10_, double m20_, double m01_, double m11_, double m21_, double m02_, double m12_, double m22_, double m03_, double m13_, double m23_ ) #

Constructor. Initializes the matrix using given double elements.

Output

Resulting matrix: 
    | m00  	 m01  	 m02	 m03 | 
M=  | m10    m11  	 m12     m13 |
    | m20    m21     m22     m23 |

Arguments

double m00_ - 00 element.
double m10_ - 10 element.
double m20_ - 20 element.
double m01_ - 01 element.
double m11_ - 11 element.
double m21_ - 21 element.
double m02_ - 02 element.
double m12_ - 12 element.
double m22_ - 22 element.
double m03_ - 03 element.
double m13_ - 13 element.
double m23_ - 23 element.

dmat4 ( double v, ConstexprTag ) #

Constructor. Initializes every element of the matrix with the given double element.

Output

Resulting matrix: 
    | v    v 	v   v | 
M=  | v    v  	v   v |
    | v    v    v   v |

Arguments

double v - Element to pave the matrix with.
ConstexprTag - Auxiliary tag.

dmat4 ( double m00_, double m10_, double m20_, double m01_, double m11_, double m21_, double m02_, double m12_, double m22_, double m03_, double m13_, double m23_, ConstexprTag ) #

Constructor. Initializes the matrix using given double elements.

Output

Resulting matrix: 
    | m00  	 m01  	 m02	 m03 | 
M=  | m10    m11  	 m12     m13 |
    | m20    m21     m22     m23 |

Arguments

double m00_ - 00 element.
double m10_ - 10 element.
double m20_ - 20 element.
double m01_ - 01 element.
double m11_ - 11 element.
double m21_ - 21 element.
double m02_ - 02 element.
double m12_ - 12 element.
double m22_ - 22 element.
double m03_ - 03 element.
double m13_ - 13 element.
double m23_ - 23 element.
ConstexprTag - Auxiliary tag.

void set ( int row, int column, double v ) #

Sets a new value of the matrix element specified by row and column.

Arguments

int row - Row.
int column - Column.
double v - The value to be set.

void set ( const mat4x4_values& m, int transposed ) #

Sets the matrix using the argument with float values.

Arguments

const mat4x4_values& m - The source value storing matrix float values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

void set ( const dmat4x4_values& m, int transposed ) #

Sets the matrix with using the argument with double values.

Arguments

const dmat4x4_values& m - The source value storing matrix double values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

void set ( const mat4x3_values& m, int transposed ) #

Sets the matrix using the argument with float values.

Arguments

const mat4x3_values& m - The source value storing matrix float values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

void set ( const dmat4x3_values& m, int transposed ) #

Sets the matrix using the argument with double values.

Arguments

const dmat4x3_values& m - The source value storing matrix double values.
int transposed - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

void set ( const mat2& m ) #

Sets new matrix values using a given mat2 source matrix (2x2). The matrix elements are filled using corresponding elements of the source matrix.

Arguments

const mat2& m - Source matrix (2x2).

void set ( const mat3& m ) #

Sets new matrix values using a given mat3 source matrix (3x3). The matrix elements are filled using corresponding elements of the source matrix.

Arguments

const mat3& m - Source matrix (3x3).

void set ( const quat& q, const dvec3& v ) #

Sets new matrix values using a given quaternion and a dvec3 vector.

Arguments

const quat& q - Source quaternion.
const dvec3& v - Source vector.

void set ( const quat& q ) #

Sets new matrix values using a given source quaternion.

Arguments

const quat& q - Source quaternion.

void set ( const mat4& m ) #

Sets new matrix values using a given mat4 source matrix (4x4). The matrix elements are filled using corresponding elements of the source matrix.

Arguments

const mat4& m - Source matrix (4x4).

void set ( const dmat4& m ) #

Sets the matrix equal to the specified source matrix.

Arguments

const dmat4& m - Source matrix.

void set ( const mat3& m, const dvec3& v ) #

Sets new matrix values using a given source mat3 matrix (3x3) and a dvec3 vector.

Arguments

const mat3& m - Source matrix (3x3).
const dvec3& v - Source vector.

double & get ( int row, int column ) #

Returns the reference to the matrix element specified by given row and column.

Arguments

int row - Row.
int column - Column.

Return value

Matrix element reference.

double get ( int row, int column ) const#

Returns the value of the matrix element specified by given row and column.

Arguments

int row - Row.
int column - Column.

Return value

Matrix element value.

void get ( dmat4x3_values& m, int transpose ) const#

Returns the matrix values by filling the specified argument.

Arguments

dmat4x3_values& m - The destination value to store matrix double values.
int transpose - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

void get ( dmat4x4_values& m, int transpose ) const#

Returns the matrix values by filling the specified argument.

Arguments

dmat4x4_values& m - The destination value to store matrix double values.
int transpose - If set to 0 (by default), the matrix is specified in the column-major style; if set to 1, the matrix is transposed.

dmat4x3_values & get ( ) #

Returns the value storing matrix double values.

Return value

The value storing matrix double values.

const dmat4x3_values & get ( ) const#

Returns the constant value storing matrix double values.

Return value

The constant value storing matrix double values.

void setColumn ( int column, const dvec4& v ) #

Sets the specified column of the matrix using a given dvec4 vector as a source.

Arguments

int column - Column.
const dvec4& v - Source vector.

dvec4 getColumn ( int column ) const#

Returns the specified matrix column.

Arguments

int column - Column.

Return value

The dvec4 vector with column values.

void setColumn3 ( int column, const dvec3& v ) #

Sets the specified column of the matrix using a given three-component dvec3 vector as a source.

Arguments

int column - Column.
const dvec3& v - Three-component source vector.

dvec3 getColumn3 ( int column ) const#

Returns the specified matrix column.

Arguments

int column - Column.

Return value

The dvec3 vector with column values.

void setIdentity ( ) #

Sets the matrix equal to the identity matrix.

void setRotate ( const dvec3& axis, double angle ) #

Sets the rotation matrix for a given axis.

Arguments

const dvec3& axis - Rotation axis.
double angle - Rotation angle, in degrees.

quat getRotate ( ) const#

Returns the quaternion, representing the rotation part of the matrix.

Return value

Matrix rotation part.

void setRotateX ( double angle ) #

Sets X rotation matrix.

Arguments

double angle - Rotation angle, in degrees.

void setRotateY ( double angle ) #

Sets Y rotation matrix.

Arguments

double angle - Rotation angle, in degrees.

void setRotateZ ( double angle ) #

Sets Z rotation matrix.

Arguments

double angle - Rotation angle, in degrees.

void setRow ( int row, const dvec4& v ) #

Sets the specified row of the matrix using a given dvec4 vector as a source.

Arguments

int row - Row.
const dvec4& v - Source vector.

dvec4 getRow ( int row ) const#

Returns the specified matrix row.

Arguments

int row - Row.

Return value

The dvec4 vector with row values.

void setRow3 ( int row, const dvec3& v ) #

Sets the specified row of the matrix using a given three-component dvec3 vector as a source, the last element of the row remains as is.

Arguments

int row - Row.
const dvec3& v - Three-component source vector.

dvec3 getRow3 ( int row ) const#

Returns the first three elements of the specified matrix row.

Arguments

int row - Row.

Return value

The dvec3 vector with the first three elements of the specified matrix row.

void setScale ( const dvec3& v ) #

Fills the scaling matrix using a given dvec3 source vector.

Output

Scaling matrix: 
    | v.x   	0.0f  	  0.0f	    0.0f | 
S=  | 0.0f      v.y  	  0.0f      0.0f |
    | 0.0f      0.0f      v.z  		0.0f |

Arguments

const dvec3& v - Source vector.

vec3 getScale ( ) const#

Returns the three-component vec3 vector, representing the scaling part of the matrix.

Return value

Three-component vector with the scaling part of the matrix.

void setTranslate ( const dvec3& v ) #

Fills the translation matrix using a given dvec3 source vector.

Output

Translation matrix: 
    | 1.0f   	0.0f  	  0.0f	    v.x | 
T=  | 0.0f      1.0f  	  0.0f      v.y |
    | 0.0f      0.0f      1.0f  	v.z |

Arguments

const dvec3& v - Source vector.

dvec3 getTranslate ( ) const#

Returns the three-component vec3 vector, representing the translation part of the matrix.

Return value

Three-component vector with the translation part of the matrix.

void setZero ( ) #

Sets all matrix elements equal to 0.

const double * operator const double * ( ) const#

Performs type conversion to const double *.

const void * operator const void * ( ) const#

Performs type conversion to const void *.

double * operator double * ( ) #

Performs type conversion to double *.

void * operator void * ( ) #

Performs type conversion to void *.

dmat4 & operator*= ( const dmat4& m ) #

Performs matrix multiplication.

Arguments

const dmat4& m - Matrix.

Return value

Resulting matrix.

dmat4 & operator*= ( double v ) #

Performs scalar multiplication.

Arguments

double v - Scalar value.

Return value

Resulting matrix.

dmat4 & operator+= ( const dmat4& m ) #

Performs matrix addition.

Arguments

const dmat4& m - Matrix.

Return value

Resulting matrix.

dmat4 operator- ( ) const#

Performs matrix negation.

Return value

Resulting matrix.

dmat4 & operator-= ( const dmat4& m ) #

Performs matrix subtraction.

Arguments

const dmat4& m - Matrix.

Return value

Resulting matrix.

dmat4 & operator= ( const dmat4& m ) #

Performs matrix assignment. Destination matrix = Source matrix.

Arguments

const dmat4& m - Source matrix.

Return value

Result.

double & operator[] ( int i ) #

Performs array access to the matrix item reference using given item index.

Arguments

int i - Matrix item index.

Return value

Matrix item reference.

double operator[] ( int i ) const#

Performs array access to the matrix item using given item index.

Arguments

int i - Matrix item index.

Return value

Matrix item.

dvec3 getAxisX ( ) const#

Returns the normalized vector representing the X axis. Call this method to get the right or left vector of the matrix:

Source code (C++)

matrix.getAxisX(); // the left vector
-matrix.getAxisX(); // the right vector

Return value

Vector representing the X axis.

dvec3 getAxisY ( ) const#

Returns the normalized vector representing the Y axis. Call this method to get the back or forward vector of the matrix:

Source code (C++)

matrix.getAxisY(); // the back vector
-matrix.getAxisY(); // the forward vector

Return value

Vector representing the Y axis.

dvec3 getAxisZ ( ) const#

Returns the normalized vector representing the Z axis. Call this method to get the up or down vector of the matrix:

Source code (C++)

matrix.getAxisZ(); // the up vector
-matrix.getAxisZ(); // the down vector

Return value

Vector representing the Z axis.

double determinant ( const dmat4& m ) #

Returns the determinant of the given matrix.

Arguments

const dmat4& m - Input matrix.

Return value

Determinant of the matrix.

dmat4 translate ( const dvec3& v ) #

Returns the translation matrix using a given dvec3 translation vector.

Output

Translation matrix: 
    | 1.0f   	0.0f  	  0.0f	    v.x | 
T=  | 0.0f      1.0f  	  0.0f      v.y |
    | 0.0f      0.0f      1.0f  	v.z |

Arguments

const dvec3& v - Translation vector.

Return value

Translated matrix.

dmat4 translate ( const dvec4& v ) #

Returns the translation matrix using a given dvec4 translation vector.

Output

Translation matrix: 
    | 1.0f   	0.0f  	  0.0f	    v.x | 
T=  | 0.0f      1.0f  	  0.0f      v.y |
    | 0.0f      0.0f      1.0f  	v.z |

Arguments

const dvec4& v - Translation vector.

Return value

Translated matrix.

dmat4 translate ( const dvec2& v ) #

Returns the translation matrix using a given dvec2 translation vector.

Output

Translation matrix: 
    | 1.0f   	0.0f  	  0.0f	    v.x | 
T=  | 0.0f      1.0f  	  0.0f      v.y |
    | 0.0f      0.0f      1.0f  	v.z |

Arguments

const dvec2& v - Translation vector.

Return value

Translated matrix.

dmat4 translate ( double x, double y, double z ) #

Returns the translation matrix using a dvec3 translation vector with given components.

Output

Translation matrix: 
    | 1.0f   	0.0f  	  0.0f	    v.x | 
T=  | 0.0f      1.0f  	  0.0f      v.y |
    | 0.0f      0.0f      1.0f  	v.z |

Arguments

double x - X component of the translation vector.
double y - Y component of the translation vector.
double z - Z component of the translation vector.

Return value

Translated matrix.

dmat4 rotate ( const dvec3& axis, double angle ) #

Returns the rotation matrix for a given axis and an angle.

Arguments

const dvec3& axis - Rotation axis.
double angle - Rotation angle, in degrees.

Return value

Rotated matrix.

dmat4 rotate ( double x, double y, double z, double angle ) #

Returns the rotation matrix for an angle and an axis with given components.

Arguments

double x - X component of the rotation vector.
double y - Y component of the rotation vector.
double z - Z component of the rotation vector.
double angle - Rotation angle, in degrees.

Return value

Rotated matrix.

dmat4 rotateX ( double angle ) #

Returns the matrix rotated around the X-axis by a given angle.

Arguments

double angle - Rotation angle, in degrees.

Return value

Rotated matrix.

dmat4 rotateY ( double angle ) #

Returns the matrix rotated around the Y-axis by a given angle.

Arguments

double angle - Rotation angle, in degrees.

Return value

Rotated matrix.

dmat4 rotateZ ( double angle ) #

Returns the matrix rotated around the Z-axis by a given angle.

Arguments

double angle - Rotation angle, in degrees.

Return value

Rotated matrix.

dmat4 scale ( const dvec3& v ) #

Returns the matrix scaled by a given dvec3 source vector.

Output

Scaling matrix: 
    | v.x   	0.0f  	  0.0f	    0.0f | 
S=  | 0.0f      v.y  	  0.0f      0.0f |
    | 0.0f      0.0f      v.z  		0.0f |

Arguments

const dvec3& v - Source vector.

Return value

Scaled matrix.

dmat4 scale ( double x, double y, double z ) #

Returns the matrix scaled by a given dvec3 source vector.

Output

Scaling matrix: 
    | v.x   	0.0f  	  0.0f	    0.0f | 
S=  | 0.0f      v.y  	  0.0f      0.0f |
    | 0.0f      0.0f      v.z  		0.0f |

Arguments

double x - X component of the scale vector.
double y - Y component of the scale vector.
double z - Z component of the scale vector.

Return value

Scaled matrix.

dmat4 scale ( double x ) #

Returns the matrix scaled by a given dvec3 source vector where every component is the same provided value.

Output

Scaling matrix: 
    | v.x   	0.0f  	  0.0f	    0.0f | 
S=  | 0.0f      v.y  	  0.0f      0.0f |
    | 0.0f      0.0f      v.z  		0.0f |

Arguments

double x - X, Y, and Z components of the scale vector.

Return value

Scaled matrix.

unsigned int hash ( ) const#

Returns a hash obtained by mixing the hash values of vector components.

Return value

32-bit hash value.

dmat4 mul ( dmat4 & ret, const dmat4 & m, double v ) #

Matrix multiplication.

Arguments

dmat4 & ret - The matrix to store the result.
const dmat4 & m - The value of the matrix.
double v - The value of the scalar.

Return value

The resulting matrix.

dmat4 mul ( dmat4 & ret, const dmat4 & m0, const dmat4 & m1 ) #

Matrix multiplication.

Arguments

dmat4 & ret - The matrix to store the result.
const dmat4 & m0 - The value of the first matrix.
const dmat4 & m1 - The value of the second matrix.

Return value

The resulting matrix.

vec2 mul ( vec2 & ret, const dmat4 & m, const vec2 & v ) #

Matrix by vector multiplication.

Arguments

vec2 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const vec2 & v - The value of the vector.

Return value

The resulting vector.

vec2 mul ( vec2 & ret, const vec2 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

vec2 & ret - The vector to store the result.
const vec2 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

vec3 mul ( vec3 & ret, const dmat4 & m, const vec3 & v ) #

Matrix by vector multiplication.

Arguments

vec3 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const vec3 & v - The value of the vector.

Return value

The resulting vector.

vec3 mul ( vec3 & ret, const vec3 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

vec3 & ret - The vector to store the result.
const vec3 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

vec4 mul ( vec4 & ret, const dmat4 & m, const vec4 & v ) #

Matrix by vector multiplication.

Arguments

vec4 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const vec4 & v - The value of the vector.

Return value

The resulting vector.

vec4 mul ( vec4 & ret, const vec4 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

vec4 & ret - The vector to store the result.
const vec4 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

vec2 mul ( vec2 & ret, const dmat4 & m, const dvec2 & v ) #

Matrix by vector multiplication.

Arguments

vec2 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const dvec2 & v - The value of the vector.

Return value

The resulting vector.

vec2 mul ( vec2 & ret, const dvec2 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

vec2 & ret - The vector to store the result.
const dvec2 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

vec3 mul ( vec3 & ret, const dmat4 & m, const dvec3 & v ) #

Matrix by vector multiplication.

Arguments

vec3 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const dvec3 & v - The value of the vector.

Return value

The resulting vector.

vec3 mul ( vec3 & ret, const dvec3 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

vec3 & ret - The vector to store the result.
const dvec3 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

vec4 mul ( vec4 & ret, const dmat4 & m, const dvec4 & v ) #

Matrix by vector multiplication.

Arguments

vec4 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const dvec4 & v - The value of the vector.

Return value

The resulting vector.

vec4 mul ( vec4 & ret, const dvec4 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

vec4 & ret - The vector to store the result.
const dvec4 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

dvec2 mul ( dvec2 & ret, const dmat4 & m, const dvec2 & v ) #

Matrix by vector multiplication.

Arguments

dvec2 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const dvec2 & v - The value of the vector.

Return value

The resulting vector.

dvec2 mul ( dvec2 & ret, const dvec2 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

dvec2 & ret - The vector to store the result.
const dvec2 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

dvec3 mul ( dvec3 & ret, const dmat4 & m, const dvec3 & v ) #

Matrix by vector multiplication.

Arguments

dvec3 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const dvec3 & v - The value of the vector.

Return value

The resulting vector.

dvec3 mul ( dvec3 & ret, const dvec3 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

dvec3 & ret - The vector to store the result.
const dvec3 & v - The value of the vector.
const dmat4 & m - The value of the matrix.

Return value

The resulting vector.

dvec4 mul ( dvec4 & ret, const dmat4 & m, const dvec4 & v ) #

Matrix by vector multiplication.

Arguments

dvec4 & ret - The vector to store the result.
const dmat4 & m - The value of the matrix.
const dvec4 & v - The value of the vector.

Return value

The resulting vector.

dvec4 mul ( dvec4 & ret, const dvec4 & v, const dmat4 & m ) #

Vector by matrix multiplication.

Arguments

dvec4 & ret - The vector to store the result.
const dvec4 & v - The value of the vector.
const dmat4 & m - The value of the matrix.