Definition at line 188 of file xc.F90.
|
integer, public | family |
| the families present More...
|
|
integer, public | flags |
| flags of the xc functional More...
|
|
integer, public | kernel_family |
|
type(xc_functional_t), dimension(2, 2), public | functional |
| (FUNC_X,:) => exchange, (FUNC_C,:) => correlation (:,1) => unpolarized, (:,2) => polarized More...
|
|
type(xc_functional_t), dimension(2, 2), public | kernel |
|
type(xc_cam_t), public | cam |
| Coulomb-attenuating method parameters for hybrid functionals. More...
|
|
type(xc_lrc_t), public | lrc |
| Long-range corrected kernel. More...
|
|
◆ compute_exchange()
procedure xc_oct_m::xc_t::compute_exchange |
|
private |
◆ family
integer, public xc_oct_m::xc_t::family |
the families present
Definition at line 190 of file xc.F90.
◆ flags
integer, public xc_oct_m::xc_t::flags |
flags of the xc functional
Definition at line 191 of file xc.F90.
◆ kernel_family
integer, public xc_oct_m::xc_t::kernel_family |
◆ functional
(FUNC_X,:) => exchange, (FUNC_C,:) => correlation (:,1) => unpolarized, (:,2) => polarized
Definition at line 193 of file xc.F90.
◆ kernel
◆ cam
type(xc_cam_t), public xc_oct_m::xc_t::cam |
Coulomb-attenuating method parameters for hybrid functionals.
Definition at line 197 of file xc.F90.
◆ lrc
type(xc_lrc_t), public xc_oct_m::xc_t::lrc |
Long-range corrected kernel.
Definition at line 198 of file xc.F90.
◆ use_gi_ked
logical xc_oct_m::xc_t::use_gi_ked |
|
private |
should we use the gauge-independent kinetic energy density?
Definition at line 200 of file xc.F90.
◆ xc_density_correction
integer xc_oct_m::xc_t::xc_density_correction |
|
private |
◆ xcd_optimize_cutoff
logical xc_oct_m::xc_t::xcd_optimize_cutoff |
|
private |
◆ xcd_ncutoff
real(real64) xc_oct_m::xc_t::xcd_ncutoff |
|
private |
◆ xcd_minimum
logical xc_oct_m::xc_t::xcd_minimum |
|
private |
◆ xcd_normalize
logical xc_oct_m::xc_t::xcd_normalize |
|
private |
◆ parallel
logical xc_oct_m::xc_t::parallel |
|
private |
◆ quantities
The documentation for this type was generated from the following file: