CellIntegral.h File Reference

#include <vector>
#include <algorithm>
#include "DGUtils.h"
#include "Functors.h"
#include "tarch/la/Vector.h"
#include "tarch/multicore/multicore.h"
#include "peano4/grid/GridControlEvent.h"
#include "peano4/utils/Globals.h"
#include "exahype2/CellData.h"
#include "CellIntegral.cpph"

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Namespaces
namespace	exahype2
	For the generic kernels that I use here most of the time.
namespace	exahype2::dg
namespace	exahype2::dg::internal

Functions
void	exahype2::dg::cellIntegral_patchwise_in_situ_GaussLegendre_functors (::exahype2::CellData< double, double > &cellData, const int order, const int unknowns, const int auxiliaryVariables, Flux flux, NonConservativeProduct nonconservativeProduct, Source source, PointSources pointSources, const double *__restrict__ QuadratureNodes1d, const double *__restrict__ MassMatrixDiagonal1d, const double *__restrict__ StiffnessMatrix1d, const double *__restrict__ DerivativeOperator1d, bool evaluateFlux, bool evaluateNonconservativeProduct, bool evaluateSource, bool evaluatePointSources)
template<typename Solver , int order, int unknowns, int auxiliaryVariables>
void	exahype2::dg::cellIntegral_patchwise_in_situ_GaussLegendre (::exahype2::CellData< double, double > &cellData, bool evaluateFlux, bool evaluateNonconservativeProduct, bool evaluateSource, bool evaluatePointSources)
void	exahype2::dg::multiplyWithInvertedMassMatrix_GaussLegendre (::exahype2::CellData< double, double > &cellData, const int order, const int unknowns, const int auxiliaryVariables, const double *__restrict__ MassMatrixDiagonal1d)
	Final step of DG algorithm.
void	exahype2::dg::reduceMaxEigenvalue_patchwise_functors (::exahype2::CellData< double, double > &cellData, const int order, const int unknowns, const int auxiliaryVariables, MaxEigenvalue maxEigenvalue, const double *__restrict__ QuadratureNodes1d)
	Compute the maximum eigenvalues over a sequence of cells and store the result in the respective CellData entry.
void	exahype2::dg::internal::copySolution (const double *__restrict__ cellQin, const int order, const int unknowns, const int auxiliaryVariables, const tarch::la::Vector< Dimensions, int > &node, double *__restrict__ cellQout)
	Copy solution over for one node.