integrate Function

private function integrate(om, nn, mode, iparmin, iparmax)

Uses

  • proc~~integrate~~UsesGraph proc~integrate integrate module~alps_var alps_var proc~integrate->module~alps_var mpi mpi module~alps_var->mpi

This function performs the integral in Eq. (2.9) of the code paper, but without accounting for the Landau contour integral. It is called by full_integrate.

Arguments

Type IntentOptional Attributes Name
double complex, intent(in) :: om

Complex wave frequency .
integer, intent(in) :: nn

Order of the Bessel function.
integer, intent(in) :: mode

Index of the entries in the T-tensor of Eq. (2.10).
integer :: iparmin

Minimum limit index of parallel momentum for integration.
integer :: iparmax

Maximum limit index of parallel momentum for integration.

Return Value doublecomplex


Calls

proc~~integrate~~CallsGraph proc~integrate integrate proc~int_t int_T proc~integrate->proc~int_t proc~resu resU proc~integrate->proc~resu

Called by

proc~~integrate~~CalledByGraph proc~integrate integrate proc~full_integrate full_integrate proc~full_integrate->proc~integrate proc~integrate_res integrate_res proc~full_integrate->proc~integrate_res proc~integrate_res->proc~integrate proc~disp disp proc~disp->proc~full_integrate proc~calc_eigen calc_eigen proc~calc_eigen->proc~disp proc~map_search map_search proc~map_search->proc~disp proc~refine_guess refine_guess proc~map_search->proc~refine_guess proc~om_double_scan om_double_scan proc~om_double_scan->proc~disp proc~om_double_scan->proc~calc_eigen proc~secant secant proc~om_double_scan->proc~secant proc~om_scan om_scan proc~om_scan->proc~disp proc~om_scan->proc~calc_eigen proc~om_scan->proc~secant proc~refine_guess->proc~disp proc~refine_guess->proc~secant proc~secant->proc~disp program~alps alps program~alps->proc~map_search program~alps->proc~om_double_scan program~alps->proc~om_scan program~alps->proc~refine_guess