ConservativeAMR Class Reference

Conservative amr. More...

#include <amr.hpp>

Inheritance diagram for ConservativeAMR:

Collaboration diagram for ConservativeAMR:

Public Member Functions
void	operator() (hdsim &sim)
	Runs the AMR. More...
	ConservativeAMR (CellsToRefine const &refine, CellsToRemove const &remove, bool periodic=false, LinearGaussImproved *slopes=0, AMRCellUpdater *cu=0, AMRExtensiveUpdater *eu=0)
	Class constructor. More...
void	UpdateCellsRefine (Tessellation &tess, OuterBoundary const &obc, vector< ComputationalCell > &cells, EquationOfState const &eos, vector< Extensive > &extensives, double time, Tessellation const &proctess, TracerStickerNames const &tracerstickernames, CacheData const &cd, PhysicalGeometry const &pg) const
	Runs the refine. More...
void	UpdateCellsRemove (Tessellation &tess, OuterBoundary const &obc, vector< ComputationalCell > &cells, vector< Extensive > &extensives, EquationOfState const &eos, double time, Tessellation const &proctess, TracerStickerNames const &tracerstickernames, CacheData const &cd, PhysicalGeometry const &pg) const
	Runs the removal. More...
Public Member Functions inherited from AMR
virtual	~AMR (void)
	Virtual destructor.

Additional Inherited Members
Protected Member Functions inherited from AMR
void	GetNewPoints (vector< size_t > const &ToRefine, Tessellation const &tess, vector< std::pair< size_t, Vector2D > > &NewPoints, vector< Vector2D > &Moved, OuterBoundary const &obc, vector< Vector2D > const &proc_chull) const
	Calculates the positions of the new points. More...
vector< size_t >	RemoveNearBoundaryPoints (vector< size_t > const &ToRemove, Tessellation const &tess, vector< double > &merits) const
	Removes points because they are near the edge of a cpu domain. More...
void	GetNewPoints2 (vector< size_t > const &ToRefine, Tessellation const &tess, vector< std::pair< size_t, Vector2D > > &NewPoints, vector< Vector2D > &Moved, OuterBoundary const &obc) const
	Calculates the positions of the new points like AREPO. More...

Detailed Description

Conservative amr.

Todo:

Make sure AMR works with all physical geometries

Definition at line 260 of file amr.hpp.

Constructor & Destructor Documentation

ConservativeAMR()

ConservativeAMR::ConservativeAMR	(	CellsToRefine const &	refine,
		CellsToRemove const &	remove,
		bool	periodic = false,
		LinearGaussImproved *	slopes = 0,
		AMRCellUpdater *	cu = 0,
		AMRExtensiveUpdater *	eu = 0
	)

Class constructor.

Parameters

refine	Refinement scheme
remove	Removal scheme
cu	Cell updater
eu	Extensive updater
slopes	Slopes
periodic	Flag whether the boundary is periodic or not

Definition at line 780 of file amr.cpp.

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Member Function Documentation

operator()()

void ConservativeAMR::operator() ( hdsim &  sim )

virtual

Runs the AMR.

Parameters

sim	The sim object

Implements AMR.

Definition at line 1005 of file amr.cpp.

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UpdateCellsRefine()

void ConservativeAMR::UpdateCellsRefine ( Tessellation &  tess, OuterBoundary const &  obc, vector< ComputationalCell > &  cells, EquationOfState const &  eos, vector< Extensive > &  extensives, double  time, Tessellation const &  proctess, TracerStickerNames const &  tracerstickernames, CacheData const &  cd, PhysicalGeometry const &  pg  ) const

virtual

Runs the refine.

Parameters

tess	The tessellation
cells	The computational cells
eos	The equation of state
extensives	The extensive variables
time	The sim time
obc	Outer boundary conditions
tracerstickernames	The names of the tracers and stickers
cd	The cache data of the tessellation
pg	The physical geometry
proctess	Tessellation of the processes (for parallel runs)

Implements AMR.

Definition at line 802 of file amr.cpp.

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UpdateCellsRemove()

void ConservativeAMR::UpdateCellsRemove ( Tessellation &  tess, OuterBoundary const &  obc, vector< ComputationalCell > &  cells, vector< Extensive > &  extensives, EquationOfState const &  eos, double  time, Tessellation const &  proctess, TracerStickerNames const &  tracerstickernames, CacheData const &  cd, PhysicalGeometry const &  pg  ) const

virtual

Runs the removal.

Parameters

tess	The tessellation
cells	The computational cells
eos	The equation of state
extensives	The extensive variables
time	The sim time
obc	The outer boundary conditions
tracerstickernames	The names of the tracers and stickers
cd	The cache data of the tessellation
pg	The physical geometry
proctess	Tessellation of the processes (for parallel runs)

Implements AMR.

Definition at line 876 of file amr.cpp.

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The documentation for this class was generated from the following files:

• source/newtonian/two_dimensional/amr.hpp
• source/newtonian/two_dimensional/amr.cpp