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ABACUS develop
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 NumericalRadial, including all inherited members.
| build(const int l, const bool for_r_space, const int ngrid, const double *const grid, const double *const value, const int p=0, const int izeta=0, const std::string symbol="", const int itype=0, const bool init_sbt=true) | NumericalRadial | |
| ikcut_ | NumericalRadial | private |
| ircut_ | NumericalRadial | private |
| is_fft_compliant() const | NumericalRadial | inline |
| is_fft_compliant(const int nr, const double *const rgrid, const int nk, const double *const kgrid, const double tol=1e-15) | NumericalRadial | privatestatic |
| is_fft_compliant_ | NumericalRadial | private |
| is_uniform(const int n, const double *const grid, const double tol=1e-15) | NumericalRadial | privatestatic |
| itype() const | NumericalRadial | inline |
| itype_ | NumericalRadial | private |
| izeta() const | NumericalRadial | inline |
| izeta_ | NumericalRadial | private |
| kcut() const | NumericalRadial | inline |
| kgrid() const | NumericalRadial | inline |
| kgrid(int ik) const | NumericalRadial | inline |
| kgrid_ | NumericalRadial | private |
| kmax() const | NumericalRadial | inline |
| kvalue() const | NumericalRadial | inline |
| kvalue(int ik) const | NumericalRadial | inline |
| kvalue_ | NumericalRadial | private |
| l() const | NumericalRadial | inline |
| l_ | NumericalRadial | private |
| nk() const | NumericalRadial | inline |
| nk_ | NumericalRadial | private |
| normalize(bool for_r_space=true) | NumericalRadial | |
| nr() const | NumericalRadial | inline |
| nr_ | NumericalRadial | private |
| NumericalRadial()=default | NumericalRadial | |
| NumericalRadial(NumericalRadial const &) | NumericalRadial | |
| operator=(NumericalRadial const &) | NumericalRadial | |
| pk() const | NumericalRadial | inline |
| pk_ | NumericalRadial | private |
| pr() const | NumericalRadial | inline |
| pr_ | NumericalRadial | private |
| radtab(const char op, const NumericalRadial &ket, const int l, double *const table, const int nr_tab, const double rmax_tab, const bool deriv=false) const | NumericalRadial | |
| rcut() const | NumericalRadial | inline |
| rgrid() const | NumericalRadial | inline |
| rgrid(int ir) const | NumericalRadial | inline |
| rgrid_ | NumericalRadial | private |
| rmax() const | NumericalRadial | inline |
| rvalue() const | NumericalRadial | inline |
| rvalue(int ir) const | NumericalRadial | inline |
| rvalue_ | NumericalRadial | private |
| sbt() const | NumericalRadial | inline |
| sbt_ | NumericalRadial | private |
| set_grid(const bool for_r_space, const int ngrid, const double *const grid, const char mode='i') | NumericalRadial | |
| set_icut(const bool for_r_space, const bool for_k_space, const double tol=1e-15) | NumericalRadial | private |
| set_transformer(ModuleBase::SphericalBesselTransformer sbt, int update=0) | NumericalRadial | |
| set_uniform_grid(const bool for_r_space, const int ngrid, const double cutoff, const char mode='i', const bool enable_fft=false) | NumericalRadial | |
| set_value(const bool for_r_space, const double *const value, const int p) | NumericalRadial | |
| symbol() const | NumericalRadial | inline |
| symbol_ | NumericalRadial | private |
| to_numerical_orbital_lm(Numerical_Orbital_Lm &orbital_lm, const int nk_legacy=4005, const double lcao_dk=0.01) const | NumericalRadial | |
| transform(const bool forward) | NumericalRadial | private |
| wipe(const bool r_space=true, const bool k_space=true) | NumericalRadial | |
| ~NumericalRadial() | NumericalRadial |
1.9.8