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Atomic-orbital Based Ab-initio Computation at UStc
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ABACUS develop
Atomic-orbital Based Ab-initio Computation at UStc
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This is the complete list of members for hamilt::AtomPair< T >, including all inherited members.
| add_from_matrix(const std::complex< T > *hk, const int ld_hk, const std::complex< T > &kphase, const int hk_type=0) | hamilt::AtomPair< T > | |
| add_from_matrix(const T *hk, const int ld_hk, const T &kphase, const int hk_type=0) | hamilt::AtomPair< T > | |
| add_to_array(std::complex< T > *target_array, const std::complex< T > &kphase) const | hamilt::AtomPair< T > | |
| add_to_array(T *target_array, const T &kphase) const | hamilt::AtomPair< T > | |
| add_to_matrix(std::complex< T > *hk, const int ld_hk, const std::complex< T > &kphase, const int hk_type=0) const | hamilt::AtomPair< T > | |
| add_to_matrix(T *hk, const int ld_hk, const T &kphase, const int hk_type=0) const | hamilt::AtomPair< T > | |
| allocate(T *data_array=nullptr, bool if_zero=false) | hamilt::AtomPair< T > | |
| atom_i | hamilt::AtomPair< T > | private |
| atom_j | hamilt::AtomPair< T > | private |
| AtomPair(const int &atom_i_, const int &atom_j_, const Parallel_Orbitals *paraV_, T *existed_matrix=nullptr) | hamilt::AtomPair< T > | |
| AtomPair(const int &atom_i_, const int &atom_j_, const int &rx, const int &ry, const int &rz, const Parallel_Orbitals *paraV_, T *existed_array=nullptr) | hamilt::AtomPair< T > | |
| AtomPair(const int &atom_i_, const int &atom_j_, const ModuleBase::Vector3< int > &R_index, const Parallel_Orbitals *paraV_, T *existed_array=nullptr) | hamilt::AtomPair< T > | |
| AtomPair(const int &atom_i, const int &atom_j, const int *row_atom_begin, const int *col_atom_begin, const int &natom, T *existed_matrix=nullptr) | hamilt::AtomPair< T > | |
| AtomPair(const int &atom_i, const int &atom_j, const int &rx, const int &ry, const int &rz, const int *row_atom_begin, const int *col_atom_begin, const int &natom, T *existed_matrix=nullptr) | hamilt::AtomPair< T > | |
| AtomPair(const AtomPair< T > &other, T *data_pointer=nullptr) | hamilt::AtomPair< T > | |
| AtomPair(AtomPair &&other) noexcept | hamilt::AtomPair< T > | |
| AtomPair(const int &atom_i_, const int &atom_j_) | hamilt::AtomPair< T > | |
| col_ap | hamilt::AtomPair< T > | private |
| col_size | hamilt::AtomPair< T > | private |
| convert_add(const BaseMatrix< T > &target, int rx_in, int ry_in, int rz_in) | hamilt::AtomPair< T > | |
| current_R | hamilt::AtomPair< T > | mutableprivate |
| find_matrix(const int &rx_in, const int &ry_in, const int &rz_in) const | hamilt::AtomPair< T > | |
| find_matrix(const int &rx_in, const int &ry_in, const int &rz_in) | hamilt::AtomPair< T > | |
| find_matrix(const ModuleBase::Vector3< int > &R_in) const | hamilt::AtomPair< T > | |
| find_matrix(const ModuleBase::Vector3< int > &R_in) | hamilt::AtomPair< T > | |
| find_R(const int &rx_in, const int &ry_in, const int &rz_in) const | hamilt::AtomPair< T > | |
| find_R(const ModuleBase::Vector3< int > &R_in) const | hamilt::AtomPair< T > | |
| get_atom_i() const | hamilt::AtomPair< T > | |
| get_atom_j() const | hamilt::AtomPair< T > | |
| get_begin_col() const | hamilt::AtomPair< T > | inline |
| get_begin_row() const | hamilt::AtomPair< T > | inline |
| get_col_size() const | hamilt::AtomPair< T > | |
| get_HR_values(int rx_in, int ry_in, int rz_in) | hamilt::AtomPair< T > | |
| get_HR_values(int rx_in, int ry_in, int rz_in) const | hamilt::AtomPair< T > | |
| get_HR_values(const int &index) const | hamilt::AtomPair< T > | |
| get_matrix_values(int ir=-1) const | hamilt::AtomPair< T > | |
| get_memory_size() const | hamilt::AtomPair< T > | |
| get_paraV() const | hamilt::AtomPair< T > | |
| get_pointer(int ir=-1) const | hamilt::AtomPair< T > | |
| get_R_index(const int &index) const | hamilt::AtomPair< T > | |
| get_R_index() const | hamilt::AtomPair< T > | |
| get_R_size() const | hamilt::AtomPair< T > | inline |
| get_row_size() const | hamilt::AtomPair< T > | |
| get_size() const | hamilt::AtomPair< T > | inline |
| get_value(const int &i) const | hamilt::AtomPair< T > | |
| get_value(const int &row, const int &col) const | hamilt::AtomPair< T > | |
| identify(const AtomPair< T > &other) const | hamilt::AtomPair< T > | |
| identify(const int &atom_i_, const int &atom_j_) const | hamilt::AtomPair< T > | |
| merge(const AtomPair< T > &other, bool skip_R=false) | hamilt::AtomPair< T > | |
| merge_to_gamma() | hamilt::AtomPair< T > | |
| operator<(const AtomPair &other) const | hamilt::AtomPair< T > | |
| operator=(const AtomPair &other) | hamilt::AtomPair< T > | |
| operator=(AtomPair &&other) noexcept | hamilt::AtomPair< T > | |
| paraV | hamilt::AtomPair< T > | private |
| R_index | hamilt::AtomPair< T > | private |
| row_ap | hamilt::AtomPair< T > | private |
| row_size | hamilt::AtomPair< T > | private |
| set_paraV(const Parallel_Orbitals *paraV_in) | hamilt::AtomPair< T > | inline |
| set_size(const int &col_size_in, const int &row_size_in) | hamilt::AtomPair< T > | |
| set_zero() | hamilt::AtomPair< T > | |
| values | hamilt::AtomPair< T > | private |
| ~AtomPair() | hamilt::AtomPair< T > |
1.9.8