col_grid.cpp File Reference

#include <Kokkos_Atomic.hpp>
#include <iostream>
#include <chrono>
#include "timer_macro.hpp"
#include "nan_check.hpp"
#include "elliptics.hpp"
#include "col_grid.hpp"

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Classes
struct	Kokkos::reduction_identity< MomentSet >

Namespaces
	Kokkos

Functions
void	negative_f_correction (double *pdf_np1, double *mesh_z, double *mesh_r, double *vol_h, double *vp_vol_fac_h, int col_f_nvz, int col_f_nvr, double mass, double dens, double mom, double energy)
template<typename F >
View< int *, CLayout, HostType >	team_row_wise_sum_int (int batch_size, int n, F func)
template<typename F >
View< MomentSet *, CLayout, HostType >	team_row_wise_sum (int batch_size, int n, F func)
template<class Device >
View< MomentSet **, CLayout, HostType >	calculate_delta_moments (int mb_n_nodes, const CollisionVelocityGrids< Device > &cvg, const CollisionSpecies< Device > &cs)
template<>
View< MomentSet **, CLayout, HostType >	calculate_delta_moments (int mb_n_nodes, const CollisionVelocityGrids< DeviceType > &cvg, const CollisionSpecies< DeviceType > &cs)
template<>
View< MomentSet **, CLayout, HostType >	calculate_delta_moments (int mb_n_nodes, const CollisionVelocityGrids< HostType > &cvg, const CollisionSpecies< HostType > &cs)
template<class Device >
void	calculate_moments (int mb_n_nodes, const CollisionVelocityGrids< Device > &cvg, const CollisionSpecies< Device > &cs)
template<>
void	calculate_moments (int mb_n_nodes, const CollisionVelocityGrids< DeviceType > &cvg, const CollisionSpecies< DeviceType > &cs)
template<>
void	calculate_moments (int mb_n_nodes, const CollisionVelocityGrids< HostType > &cvg, const CollisionSpecies< HostType > &cs)
template<class Device >
Convergence::Status	evaluate_conservation (int mesh_ind, const CollisionVelocityGrids< Device > &col_vgrids, const CollisionSpecies< Device > &col_spall, const View< MomentSet **, CLayout, HostType > &dmoments)
template<class Device >
void	count_negatives (const View< double ****, CLayout, Device > &pdf, int mb_n_nodes, const View< Convergence::Status *, HostType > &convergence_status)
template<>
void	count_negatives (const View< double ****, CLayout, DeviceType > &pdf, int mb_n_nodes, const View< Convergence::Status *, HostType > &convergence_status)
template<>
void	count_negatives (const View< double ****, CLayout, HostType > &pdf, int mb_n_nodes, const View< Convergence::Status *, HostType > &convergence_status)

Function Documentation

calculate_delta_moments() [1/3]

template<class Device >

View<MomentSet**,CLayout,HostType> calculate_delta_moments	(	int	mb_n_nodes,
		const CollisionVelocityGrids< Device > &	cvg,
		const CollisionSpecies< Device > &	cs
	)

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calculate_delta_moments() [2/3]

template<>

View<MomentSet**,CLayout,HostType> calculate_delta_moments	(	int	mb_n_nodes,
		const CollisionVelocityGrids< DeviceType > &	cvg,
		const CollisionSpecies< DeviceType > &	cs
	)

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calculate_delta_moments() [3/3]

template<>

View<MomentSet**,CLayout,HostType> calculate_delta_moments	(	int	mb_n_nodes,
		const CollisionVelocityGrids< HostType > &	cvg,
		const CollisionSpecies< HostType > &	cs
	)

calculate_moments() [1/3]

template<class Device >

void calculate_moments	(	int	mb_n_nodes,
		const CollisionVelocityGrids< Device > &	cvg,
		const CollisionSpecies< Device > &	cs
	)

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calculate_moments() [2/3]

template<>

void calculate_moments	(	int	mb_n_nodes,
		const CollisionVelocityGrids< DeviceType > &	cvg,
		const CollisionSpecies< DeviceType > &	cs
	)

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calculate_moments() [3/3]

template<>

void calculate_moments	(	int	mb_n_nodes,
		const CollisionVelocityGrids< HostType > &	cvg,
		const CollisionSpecies< HostType > &	cs
	)

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count_negatives() [1/3]

template<class Device >

void count_negatives	(	const View< double ****, CLayout, Device > &	pdf,
		int	mb_n_nodes,
		const View< Convergence::Status *, HostType > &	convergence_status
	)

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count_negatives() [2/3]

template<>

void count_negatives	(	const View< double ****, CLayout, DeviceType > &	pdf,
		int	mb_n_nodes,
		const View< Convergence::Status *, HostType > &	convergence_status
	)

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count_negatives() [3/3]

template<>

void count_negatives	(	const View< double ****, CLayout, HostType > &	pdf,
		int	mb_n_nodes,
		const View< Convergence::Status *, HostType > &	convergence_status
	)

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evaluate_conservation()

template<class Device >

Convergence::Status evaluate_conservation	(	int	mesh_ind,
		const CollisionVelocityGrids< Device > &	col_vgrids,
		const CollisionSpecies< Device > &	col_spall,
		const View< MomentSet **, CLayout, HostType > &	dmoments
	)

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negative_f_correction()

void negative_f_correction	(	double *	pdf_np1,
		double *	mesh_z,
		double *	mesh_r,
		double *	vol_h,
		double *	vp_vol_fac_h,
		int	col_f_nvz,
		int	col_f_nvr,
		double	mass,
		double	dens,
		double	mom,
		double	energy
	)

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team_row_wise_sum()

template<typename F >

View<MomentSet*,CLayout,HostType> team_row_wise_sum	(	int	batch_size,
		int	n,
		F	func
	)

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team_row_wise_sum_int()

template<typename F >

View<int*,CLayout,HostType> team_row_wise_sum_int	(	int	batch_size,
		int	n,
		F	func
	)

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