file	functions
1H_matrix_base.h	template <typename compo, typename alloc> void copy_block_base ( sub_matrix_base<compo,alloc> const & srce_mat, form const & srce_inner_frm, var_matrix_base<compo,alloc> const & dest_mat, form const & dest_inner_frm )
1J_matrix_manip.h	template <typename compo, typename alloc> void copy_block ( sub_matrix<compo,alloc> const & srce_mat, form const & srce_inner_frm, var_matrix<compo,alloc> & dest_mat, form const & dest_inner_frm ); template <typename compo = double, typename alloc = std::allocator<compo>> sub_matrix<compo,alloc> sub_matrix_linear (form const &, double const); template <typename compo = double, typename alloc = std::allocator<compo>> sub_matrix<compo,alloc> sub_matrix_random (form const &, rand_double const &);
1K_matrix_join.h	template < typename compo, typename alloc = std::allocator<compo> > var_matrix<var_matrix<compo,alloc>> disjoin ( sub_matrix_base <compo,alloc> const &, sign_int const); template < typename compo, typename alloc = std::allocator<compo>, typename inner = sub_matrix_base<compo,alloc> > var_matrix<compo,alloc> conjoin (sub_matrix_base<inner> const & );
3A_alone.h	template < typename oper, typename compo_a, typename alloc_a = std::allocator <compo_a> > void alone_non_var ( var_matrix_base<compo_a,alloc_a> const & mat_a ); template < typename oper, typename compo_a, typename alloc_a = std::allocator <compo_a> > var_matrix <compo_a, alloc_a> alone_ret_var ( var_matrix_base<compo_a,alloc_a> const & mat_a ); template < typename oper, typename compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_z = std::allocator <compo_z> > var_matrix<compo_z,alloc_z> alone_ret_con ( sub_matrix_base<compo_a,alloc_a> const & mat_a ); template < typename compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator<compo_a>, typename alloc_z = std::allocator<compo_z> > var_matrix<compo_z,alloc_z> operator- ( sub_matrix_base<compo_a,alloc_a> const & mat_a );
3B_scalar.h	template < typename oper, typename compo_a, typename scalar_t = compo_a, typename alloc_a = std::allocator <compo_a> > void scalar_non_var ( var_matrix_base<compo_a,alloc_a> const & mat_a, scalar_t const scalar_v ); template < typename oper, typename compo_a, typename scalar_t = compo_a, typename alloc_a = std::allocator <compo_a> > var_matrix<compo_a,alloc_a> scalar_ret_var ( var_matrix_base<compo_a,alloc_a> const & mat_a, scalar_t const scalar_v ); template < typename compo_a, typename scalar_t = compo_a, typename alloc_a = std::allocator<compo_a> > var_matrix<compo_a,alloc_a> operator*= ( var_matrix_base<compo_a,alloc_a> const & mat_a, scalar_t const scalar_v ); template < typename oper, typename compo_a, typename scalar_t = compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_z = std::allocator <compo_z> > var_matrix<compo_z,alloc_z> scalar_ret_con ( sub_matrix_base<compo_a,alloc_a> const & mat_a, scalar_t const scalar_v ); template < typename compo_a, typename scalar_t = compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator<compo_a>, typename alloc_z = std::allocator<compo_z> > var_matrix<compo_z,alloc_z> operator* ( sub_matrix_base<compo_a,alloc_a> const & mat_a, scalar_t const scalar_v );
3C_parallel.h	template < typename oper, typename compo_a, typename compo_b = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_b = std::allocator <compo_b> > void parallel_non_var_con ( var_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b ); template < typename oper, typename compo_a, typename compo_b = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_b = std::allocator <compo_b> > var_matrix<compo_a,alloc_a> parallel_ret_var_con ( var_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b ); template < typename compo_a, typename compo_b = compo_a, typename alloc_a = std::allocator<compo_a>, typename alloc_b = std::allocator<compo_b> > var_matrix<compo_a,alloc_a> operator+= ( var_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b ); template < typename oper, typename compo_a, typename compo_b = compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_b = std::allocator <compo_b>, typename alloc_z = std::allocator <compo_z> > var_matrix<compo_z,alloc_z> parallel_ret_con_con ( sub_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b ); template < typename compo_a, typename compo_b = compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator<compo_a>, typename alloc_b = std::allocator<compo_b>, typename alloc_z = std::allocator<compo_z> > var_matrix<compo_z,alloc_z> operator+ ( sub_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b );
3D_algebra.h	template < typename mul_oper, typename compo_a, typename compo_b = compo_a, typename compo_y = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_b = std::allocator <compo_b>, typename alloc_y = std::allocator <compo_y> > var_matrix<compo_y,alloc_y> outer_product ( sub_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b ); template < typename add_asgn_oper, typename compo_y, typename compo_z = compo_y, typename alloc_y = std::allocator <compo_y>, typename alloc_z = std::allocator <compo_z> > var_matrix<compo_z,alloc_z> contraction ( sub_matrix_base<compo_y,alloc_y> const & mat_y, vec_bool const & which ); template < typename mul_oper, typename add_asgn_oper, typename compo_a, typename compo_b = compo_a, typename compo_y = compo_a, typename compo_z = compo_a, typename alloc_a = std::allocator <compo_a>, typename alloc_b = std::allocator <compo_b>, typename alloc_y = std::allocator <compo_y>, typename alloc_z = std::allocator <compo_z> > var_matrix<compo_z,alloc_z> inner_product ( sub_matrix_base<compo_a,alloc_a> const & mat_a, sub_matrix_base<compo_b,alloc_b> const & mat_b, vec_bool const & which );