times
Overloads the * operator to perform element-wise multiplication of this matrix by a scalar value.
Each component of the resulting matrix is the product of the corresponding component of this matrix and the scale factor.
Return
A new Matrix4 representing the result of the scalar multiplication.
Parameters
The scalar Float value to multiply this matrix by.
Times two Matrix4 instances.
Return
The new Matrix4 instance by timing the current Matrix4 instance and the input Matrix4 instance.
Parameters
Another Matrix4 instance that will be timed.
Overloads the * operator to transform a 4D vector by this matrix.
This performs a standard matrix-vector multiplication, where the vector is treated as a column vector (result = this_matrix * vector). The result is a new Vector4 representing the transformed vector.
Each component of the result vector is the dot product of a row of this matrix and the input vector. For example: result.x = m00*vector.x + m01*vector.y + m02*vector.z + m03*vector.w
This operation is fundamental for applying 3D transformations (like translation, rotation, scaling, and projection) to points and vectors represented in homogeneous coordinates.
Return
A new Vector4 representing the result of the transformation.
Parameters
The Vector4 to be transformed by this matrix.