#include <integrator.h>
| real* DftIntegratorBl_::a |
| real(* DftIntegratorBl_::a)[3] |
| real* DftIntegratorBl_::atv |
Referenced by dft_integrate(), dft_integrator_bl_free(), dft_integrator_bl_new(), XCDistributorLda< Matrix >::distribute(), XCDistributorGga< Matrix >::distribute(), XCDistributorLdaBlas::distribute(), XCDistributorGgaBlas::distribute(), XCDistributorGgaU< Matrix >::distribute(), integrate_density_and_energy(), lin_resp_cb_b_gga(), and lin_resp_cb_b_lda().
| real * DftIntegratorBl_::b |
| real((* DftIntegratorBl_::b)[3] |
| int DftIntegratorBl_::bas_bl_cnt[8] |
| int(* DftIntegratorBl_::basblocks)[2] |
| real(* DftIntegratorBl_::coor)[3] |
| int DftIntegratorBl_::curr_point |
| real DftIntegratorBl_::curr_weight |
| real DftIntegratorBl_::dfthri |
| int DftIntegratorBl_::dogga |
| union { ... } DftIntegratorBl_::g |
| real(* DftIntegratorBl_::grad)[3] |
| struct { ... } DftIntegratorBl_::ho |
| int DftIntegratorBl_::london_off |
| int DftIntegratorBl_::nbast |
| int DftIntegratorBl_::ndmat |
| int DftIntegratorBl_::needgb |
| int DftIntegratorBl_::needlap |
| int DftIntegratorBl_::nsym |
| int DftIntegratorBl_::ntypso |
| union { ... } DftIntegratorBl_::r |
Referenced by callbackGga(), callbackLda(), dft_integrate(), dft_integrator_bl_free(), dft_integrator_bl_new(), integrate_density_and_energy(), lin_resp_cb_b_lda(), xcCallbackGgaR(), xcCallbackGgaU(), xcCallbackLdaR(), and xcCallbackLdaU().
| struct { ... } DftIntegratorBl_::rad |
| real* DftIntegratorBl_::rho |
| int DftIntegratorBl_::shl_bl_cnt |
| int(* DftIntegratorBl_::shlblocks)[2] |
| real DftIntegratorBl_::tgrad[3] |
| real* DftIntegratorBl_::weight |
Referenced by callbackGga(), callbackLda(), dft_integrate(), dft_integrator_bl_free(), dft_integrator_bl_new(), integrate_density_and_energy(), lin_resp_cb_b_lda(), xcCallbackGgaR(), xcCallbackGgaU(), xcCallbackLdaR(), and xcCallbackLdaU().
The documentation for this struct was generated from the following file: