Method operator *

TSAlgebra.cpp:18–25

template <typename A_type_struct, int A_count, int A_index_00, int A_index_01, int A_index_10, int A_index_11,
		  typename B_type_struct, int B_count, int B_index_00, int B_index_01, int B_index_10, int B_index_11>
TERATHON_API typename A_type_struct::matrix2D_type Terathon::operator *(const Submat2D<A_type_struct, A_count, A_index_00, A_index_01, A_index_10, A_index_11>& A,
                                                                        const Submat2D<B_type_struct, B_count, B_index_00, B_index_01, B_index_10, B_index_11>& B)
{
	return (typename A_type_struct::matrix2D_type(A.data[A_index_00] * B.data[B_index_00] + A.data[A_index_01] * B.data[B_index_10],
	                                              A.data[A_index_00] * B.data[B_index_01] + A.data[A_index_01] * B.data[B_index_11],
	                                              A.data[A_index_10] * B.data[B_index_00] + A.data[A_index_11] * B.data[B_index_10],
	                                              A.data[A_index_10] * B.data[B_index_01] + A.data[A_index_11] * B.data[B_index_11]));
}

template TERATHON_API Matrix2D Terathon::operator *(const Submat2D<TypeMatrix2D, 4, 0, 2, 1, 3>&, const Submat2D<TypeMatrix2D, 4, 0, 2, 1, 3>&);
template TERATHON_API Matrix2D Terathon::operator *(const Submat2D<TypeMatrix2D, 4, 0, 2, 1, 3>&, const Submat2D<TypeMatrix2D, 4, 0, 1, 2, 3>&);