MyraMath
conjugate.h
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1 // ========================================================================= //
2 // This file is part of MyraMath, copyright (c) 2014-2019 by Ryan A Chilton //
3 // and distributed by MyraCore, LLC. See LICENSE.txt for license terms. //
4 // ========================================================================= //
5 
6 #ifndef MYRAMATH_SPARSE_CONJUGATE_H
7 #define MYRAMATH_SPARSE_CONJUGATE_H
8 
14 #include <myramath/utility/detail/LIBPUBLIC.h>
16 
17 namespace myra {
18 
19 template<class Number> class SparseMatrix;
20 template<class Number> class CSparseMatrixRange;
21 template<class Number> class SparseMatrixRange;
22 
24 LIBPUBLIC SparseMatrix<NumberS> conjugate(const CSparseMatrixRange<NumberS>& A);
25 LIBPUBLIC SparseMatrix<NumberD> conjugate(const CSparseMatrixRange<NumberD>& A);
26 LIBPUBLIC SparseMatrix<NumberC> conjugate(const CSparseMatrixRange<NumberC>& A);
27 LIBPUBLIC SparseMatrix<NumberZ> conjugate(const CSparseMatrixRange<NumberZ>& A);
28 
30 LIBPUBLIC void conjugate_inplace(const SparseMatrixRange<NumberS>& A);
31 LIBPUBLIC void conjugate_inplace(const SparseMatrixRange<NumberD>& A);
32 LIBPUBLIC void conjugate_inplace(const SparseMatrixRange<NumberC>& A);
33 LIBPUBLIC void conjugate_inplace(const SparseMatrixRange<NumberZ>& A);
34 
35 } // namespace
36 
37 #endif
Represents a mutable SparseMatrixRange.
Definition: conjugate.h:21
Definition: syntax.dox:1
Various utility functions/classes related to scalar Number types.
Represents a const SparseMatrixRange.
Definition: bothcat.h:24
Stores an IxJ matrix A in compressed sparse column format.
Definition: bothcat.h:23