/data/Documents/eclipse/workspace/ColorFull/Orthogonal_basis.h
Go to the documentation of this file.
52 void diagonal_scalar_product_matrix( bool save_P_diagonal_spm, bool save_d_diagonal_spm, bool use_mem );
Poly_vec decompose(const Col_amp &Ca) Definition: Col_amp.h:24 void write_out_diagonal_d_spm() const Writes out diagonal_d_spm to the standard filename, see diagonal_spm_file_name. Definition: Poly_vec.h:25 std::string diagonal_spm_file_name(const bool leading, const bool poly) const Definition: Col_basis.h:24 Definition: Col_amp.h:15 Definition: Polynomial.h:30 void diagonal_scalar_product_matrix(bool save_P_diagonal_spm, bool save_d_diagonal_spm, bool use_mem) void write_out_diagonal_spm(const dvec &dv, const bool leading) const std::complex< double > cnum A complex number, needed as amplitudes in general are complex. Definition: types.h:20 void scalar_product_matrix() Definition: Orthogonal_basis.h:22 void write_out_diagonal_P_spm() const Writes out diagonal_P_spm to the standard filename, see diagonal_spm_file_name. cnum scalar_product_num(const Col_amp &Ca1, const Col_amp &Ca2) Polynomial scalar_product(const Col_amp &Ca1, const Col_amp &Ca2) Generated on Fri Jun 2 2017 11:57:53 for ColorFull by 1.8.13 |