#include <dccrg.hpp>
#include <dccrg_cartesian_geometry.hpp>
#include <phiprof.hpp>
#include "../definitions.h"
#include "cpu_acc_semilag.hpp"
#include "cpu_acc_intersections.hpp"
#include "cpu_acc_map.hpp"

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Functions
void	cpu_accelerate_cells (dccrg::Dccrg< SpatialCell, dccrg::Cartesian_Geometry > &mpiGrid, const std::vector< CellID > &acceleratedCells, const uint popID, const uint map_order)
void	cpu_accelerate_cell (SpatialCell *spatial_cell, const uint popID, const uint map_order)

Function Documentation

◆ cpu_accelerate_cell()

void cpu_accelerate_cell	(	SpatialCell *	spatial_cell,
		const uint	popID,
		const uint	map_order )

Propagates the distribution function in velocity space of given real space cell.

Based on SLICE-3D algorithm: Zerroukat, M., and T. Allen. "A three‐dimensional monotone and conservative semi‐Lagrangian scheme (SLICE‐3D) for transport problems." Quarterly Journal of the Royal Meteorological Society 138.667 (2012): 1640-1651.

Parameters

spatial_cell	Spatial cell containing the accelerated population.
popID	ID of the accelerated particle species.
map_order	Order in which vx,vy,vz mappings are performed.

Definition at line 92 of file cpu_acc_semilag.cpp.

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◆ cpu_accelerate_cells()

void cpu_accelerate_cells	(	dccrg::Dccrg< SpatialCell, dccrg::Cartesian_Geometry > &	mpiGrid,
		const std::vector< CellID > &	acceleratedCells,
		const uint	popID,
		const uint	map_order )

Calls semi-lagrangian acceleration routines for the provided list of cells