GBTOlib: library for evaluation of molecular integrals in mixed Gaussian / B-spline basis  111
Functions/Subroutines
pco_gbl Module Reference

Pseudo-continuum orbitals. More...

Functions/Subroutines

subroutine, public generate_PCO_exponents (min_l, max_l, max_num, num_PCOs, alpha0, beta, exponents, thrs)
 
subroutine, public rm_cont_gt_pco (thrs, exponents, min_l, max_l, no_cont_exps, max_num, n_c_shells, PCO_exponents, min_PCO_l, max_PCO_l, num_PCOs, max_num_PCOs)
 

Detailed Description

Pseudo-continuum orbitals.

Authors
D Darby-Lewis
Date
2019

Function/Subroutine Documentation

◆ generate_PCO_exponents()

subroutine, public pco_gbl::generate_PCO_exponents ( integer, intent(in)  min_l,
integer, intent(in)  max_l,
integer, intent(in)  max_num,
integer, dimension(min_l:max_l), intent(in)  num_PCOs,
real(kind=cfp), dimension(min_l:max_l), intent(in)  alpha0,
real(kind=cfp), dimension(min_l:max_l), intent(in)  beta,
real(kind=cfp), dimension(1:max_num,min_l:max_l), intent(inout)  exponents,
real(kind=cfp), dimension(min_l:max_l), intent(inout)  thrs 
)

◆ rm_cont_gt_pco()

subroutine, public pco_gbl::rm_cont_gt_pco ( real(kind=cfp), dimension(min_pco_l:max_pco_l), intent(in)  thrs,
real(kind=cfp), dimension(1:max_num,min_l:max_l), intent(inout)  exponents,
integer, intent(in)  min_l,
integer, intent(in)  max_l,
integer, dimension(min_l:max_l), intent(in)  no_cont_exps,
integer, intent(in)  max_num,
integer  n_c_shells,
real(kind=cfp), dimension(1:max_num_pcos,min_pco_l:max_pco_l), intent(in)  PCO_exponents,
integer, intent(in)  min_PCO_l,
integer, intent(in)  max_PCO_l,
integer, dimension(min_pco_l:max_pco_l), intent(in)  num_PCOs,
integer, intent(in)  max_num_PCOs 
)