Device functor applying ONE coupled source over a box: captures the PODs by VALUE (input/output Array4, programs, constants) -> device-clean. More...

#include <coupled_source_program.hpp>

Collaboration diagram for pops::CoupledSourceKernel:

Public Member Functions
POPS_HD void	operator() (int i, int j) const

Public Attributes
Array4	in [kCsMaxReg]

int	in_comp [kCsMaxReg]

int	n_in = 0

Real	consts [kCsMaxReg]

int	n_const = 0

Array4	out [kCsMaxTerms]

int	out_comp [kCsMaxTerms]

CsProgram	prog [kCsMaxTerms]

int	n_terms = 0

Real	dt = Real(0)

Detailed Description

Device functor applying ONE coupled source over a box: captures the PODs by VALUE (input/output Array4, programs, constants) -> device-clean.

operator()(i, j) loads the registers, evaluates each term and WRITES additively out[t] += dt * S_t (forward-Euler split). All terms are evaluated on the state AT THE START of the step (frozen reg) before the writes.

Member Function Documentation

◆ operator()()

POPS_HD void pops::CoupledSourceKernel::operator()	(	int	i,
		int	j
	)		const

inline

Member Data Documentation

◆ consts

Real pops::CoupledSourceKernel::consts[kCsMaxReg]

◆ dt

Real pops::CoupledSourceKernel::dt = Real(0)

◆ in

Array4 pops::CoupledSourceKernel::in[kCsMaxReg]

◆ in_comp

int pops::CoupledSourceKernel::in_comp[kCsMaxReg]

◆ n_const

int pops::CoupledSourceKernel::n_const = 0

◆ n_in

int pops::CoupledSourceKernel::n_in = 0

◆ n_terms

int pops::CoupledSourceKernel::n_terms = 0

◆ out

Array4 pops::CoupledSourceKernel::out[kCsMaxTerms]

◆ out_comp

int pops::CoupledSourceKernel::out_comp[kCsMaxTerms]

◆ prog

CsProgram pops::CoupledSourceKernel::prog[kCsMaxTerms]

The documentation for this struct was generated from the following file:

include/pops/coupling/source/coupled_source_program.hpp

CoupledSourceKernel Struct Reference¶

Public Member Functions

Public Attributes