7 #include "sll_working_precision.h"
Descriptors for particle methods.
integer(kind=i32), parameter, public sll_p_collisions_none
do not implement collisions
integer(kind=i32), parameter sll_random_sobol
integer(kind=i32), parameter sll_moment_match_prior_x
match the moments of the sampling density, only spatial
integer(kind=i32), parameter sll_moment_match_prior_v
match the moments of the sampling density, only velocity
integer(kind=i32), parameter sll_controlvariate_maxwellian_local
Local Maxwellian control variate, estimates temperature etc.
integer(kind=i32), parameter sll_controlvariate_initial
use initial distribution f(t=0,x,v) as control variate
integer(kind=i32), parameter sll_random_hammersley
integer(kind=i32), parameter sll_random_sobol_scrambled
integer(kind=i32), parameter sll_hammersley
No Control Variate - also known as full-f.
integer(kind=i32), parameter sll_collisions_krook
use a krook operator for collisions
integer(kind=i32), parameter, public sll_p_moment_match_initial
Match initial moments.
integer(kind=i32), parameter, public sll_p_controlvariate_standard
standard control variate for simulation
integer(kind=i32), parameter sll_collisions_standard
use the standard operator
integer(kind=i32), parameter, public sll_p_moment_match_none
integer(kind=i32), parameter, public sll_p_controlvariate_none
Descriptors concerning simulations with control variate.
integer(kind=i32), parameter, public sll_p_controlvariate_maxwellian
Maxwellian control variate.
integer(kind=i32), parameter sll_collisions_landau
use a landau operator for collisions
integer(kind=i32), parameter sll_moment_match_prior
match the moments of the sampling density
1.9.1