gemm.h

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// ========================================================================= //
// This file is part of MyraMath, copyright (c) 2014-2019 by Ryan A Chilton  //
// and distributed by MyraCore, LLC. See LICENSE.txt for license terms.      //
// ========================================================================= //

#ifndef MYRAMATH_DENSE_GEMM_H
#define MYRAMATH_DENSE_GEMM_H

#include <myramath/utility/detail/LIBPUBLIC.h>
#include <myramath/utility/Number.h>

namespace myra {

// Forward declarations.
template<class Number> class Matrix;
template<class Number> class CMatrixRange;
template<class Number> class MatrixRange;

LIBPUBLIC void gemm_inplace(const MatrixRange<NumberS>& C, const CMatrixRange<NumberS>& A, char op_A, const CMatrixRange<NumberS>& B, char op_B, NumberS alpha=1, NumberS beta=0);
LIBPUBLIC void gemm_inplace(const MatrixRange<NumberD>& C, const CMatrixRange<NumberD>& A, char op_A, const CMatrixRange<NumberD>& B, char op_B, NumberD alpha=1, NumberD beta=0);
LIBPUBLIC void gemm_inplace(const MatrixRange<NumberC>& C, const CMatrixRange<NumberC>& A, char op_A, const CMatrixRange<NumberC>& B, char op_B, NumberC alpha=1, NumberC beta=0);
LIBPUBLIC void gemm_inplace(const MatrixRange<NumberZ>& C, const CMatrixRange<NumberZ>& A, char op_A, const CMatrixRange<NumberZ>& B, char op_B, NumberZ alpha=1, NumberZ beta=0);

LIBPUBLIC Matrix<NumberS> gemm(const CMatrixRange<NumberS>& A, char op_A, const CMatrixRange<NumberS>& B, char op_B, NumberS alpha=1);
LIBPUBLIC Matrix<NumberD> gemm(const CMatrixRange<NumberD>& A, char op_A, const CMatrixRange<NumberD>& B, char op_B, NumberD alpha=1);
LIBPUBLIC Matrix<NumberC> gemm(const CMatrixRange<NumberC>& A, char op_A, const CMatrixRange<NumberC>& B, char op_B, NumberC alpha=1);          
LIBPUBLIC Matrix<NumberZ> gemm(const CMatrixRange<NumberZ>& A, char op_A, const CMatrixRange<NumberZ>& B, char op_B, NumberZ alpha=1);

LIBPUBLIC Matrix<NumberS> gemm(const CMatrixRange<NumberS>& A, char op_A, const CMatrixRange<NumberS>& B, NumberS alpha=1);
LIBPUBLIC Matrix<NumberD> gemm(const CMatrixRange<NumberD>& A, char op_A, const CMatrixRange<NumberD>& B, NumberD alpha=1);
LIBPUBLIC Matrix<NumberC> gemm(const CMatrixRange<NumberC>& A, char op_A, const CMatrixRange<NumberC>& B, NumberC alpha=1);          
LIBPUBLIC Matrix<NumberZ> gemm(const CMatrixRange<NumberZ>& A, char op_A, const CMatrixRange<NumberZ>& B, NumberZ alpha=1);

LIBPUBLIC Matrix<NumberS> gemm(const CMatrixRange<NumberS>& A, const CMatrixRange<NumberS>& B, char op_B, NumberS alpha=1);
LIBPUBLIC Matrix<NumberD> gemm(const CMatrixRange<NumberD>& A, const CMatrixRange<NumberD>& B, char op_B, NumberD alpha=1);
LIBPUBLIC Matrix<NumberC> gemm(const CMatrixRange<NumberC>& A, const CMatrixRange<NumberC>& B, char op_B, NumberC alpha=1);          
LIBPUBLIC Matrix<NumberZ> gemm(const CMatrixRange<NumberZ>& A, const CMatrixRange<NumberZ>& B, char op_B, NumberZ alpha=1);

LIBPUBLIC Matrix<NumberS> gemm(const CMatrixRange<NumberS>& A, const CMatrixRange<NumberS>& B, NumberS alpha=1);
LIBPUBLIC Matrix<NumberD> gemm(const CMatrixRange<NumberD>& A, const CMatrixRange<NumberD>& B, NumberD alpha=1);
LIBPUBLIC Matrix<NumberC> gemm(const CMatrixRange<NumberC>& A, const CMatrixRange<NumberC>& B, NumberC alpha=1);
LIBPUBLIC Matrix<NumberZ> gemm(const CMatrixRange<NumberZ>& A, const CMatrixRange<NumberZ>& B, NumberZ alpha=1);

LIBPUBLIC Matrix<NumberS> operator* (const CMatrixRange<NumberS>& A, const CMatrixRange<NumberS>& B);
LIBPUBLIC Matrix<NumberD> operator* (const CMatrixRange<NumberD>& A, const CMatrixRange<NumberD>& B);
LIBPUBLIC Matrix<NumberC> operator* (const CMatrixRange<NumberC>& A, const CMatrixRange<NumberC>& B);
LIBPUBLIC Matrix<NumberZ> operator* (const CMatrixRange<NumberZ>& A, const CMatrixRange<NumberZ>& B);

} // namespace

#endif