c interface for implementation of time discretization algorithms More...

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Functions
void	psiTCtteDT (int nPoints, double tau, double dtn, double dtnm1, double yn, double ypn, double ypnm1, double dtnp1)

void	applyDGlimitingP1Lagrange1d (int limiterFlag, int nElements_global, int nNodes_element, int nElementBoundaries_element, int nDOF_element, int elementNodesArray, int elementNeighborsArray, double nodeArray, double elementBarycentersArray, int l2g, int tag, double Uin, double Uout)

void	applyDGlimitingP1Lagrange1d_withVacuumTol (int enforcePositivity, double vacuumTol, int nElements_global, int nNodes_element, int nElementBoundaries_element, int nDOF_element, int elementNodesArray, int elementNeighborsArray, double nodeArray, double elementBarycentersArray, int l2g, int tag, double Uin, double Uout)

void	computeElementNeighborShapeGradients (int nElements_global, int nElementBoundaries_element, int nSpace, const int elementBoundariesArray, const int elementNeighborsArray, double elementBarycentersArray, double elementBoundaryBarycentersArray, double *elementNeighborShapeGradients)

void	computeCockburnDGlimiterArrays2d (int nElements_global, int nElementBoundaries_element, int nSpace, const int elementBoundariesArray, const int elementNeighborsArray, const double elementBarycentersArray, const double elementBoundaryBarycentersArray, const double elementNeighborShapeGradients, double alphas, int *alphaNeighbors)

void	applyCockburnDGlimiterP1Lagrange2d (double nu, double Mh2, int nElements_global, int nElementBoundaries_element, int nSpace, int nDOF_element, int elementNeighborsArray, int l2g, int tag, double alphas, int alphaNeighbors, double Uin, double *Uout)

void	applyDurlofskyDGlimiterP1Lagrange2d (int killExtrema, int allowMinWithUndershoot, int nElements_global, int nElementBoundaries_element, int nNodes_element, int nSpace, int nDOF_element, const int elementNeighborsArray, const int elementBoundariesArray, const int elementNodesArray, const double nodeArray, const double elementBarycentersArray, const double elementBoundaryBarycentersArray, const double elementNeighborShapeGradients, const int l2g, const double grad_v0, double elementAverages, int tag, double Uin, double *Uout)

void	applyDurlofskyDGlimiterP1Lagrange3d (int killExtrema, int allowMinWithUndershoot, int nElements_global, int nElementBoundaries_element, int nNodes_element, int nSpace, int nDOF_element, const int elementNeighborsArray, const int elementBoundariesArray, const int elementNodesArray, const double nodeArray, const double elementBarycentersArray, const double elementBoundaryBarycentersArray, const double elementNeighborShapeGradients, const int l2g, const double grad_v0, double elementAverages, int tag, double Uin, double *Uout)

void	applyDurlofskyDGlimiterP1Lagrange2d_withVacuumTol (int killExtrema, int allowMinWithUndershoot, int enforcePositivity, double vacuumTol, int nElements_global, int nElementBoundaries_element, int nNodes_element, int nSpace, int nDOF_element, const int elementNeighborsArray, const int elementBoundariesArray, const int elementNodesArray, const double nodeArray, const double elementBarycentersArray, const double elementBoundaryBarycentersArray, const double elementNeighborShapeGradients, const int l2g, const double grad_v0, double elementAverages, int tag, double Uin, double *Uout)

Function Documentation

◆ applyCockburnDGlimiterP1Lagrange2d()

void applyCockburnDGlimiterP1Lagrange2d	(	double	nu,
		double	Mh2,
		int	nElements_global,
		int	nElementBoundaries_element,
		int	nSpace,
		int	nDOF_element,
		int *	elementNeighborsArray,
		int *	l2g,
		int *	tag,
		double *	alphas,
		int *	alphaNeighbors,
		double *	Uin,
		double *	Uout
	)

Definition at line 736 of file timeIntegration.c.

◆ applyDGlimitingP1Lagrange1d()

void applyDGlimitingP1Lagrange1d	(	int	limiterFlag,
		int	nElements_global,
		int	nNodes_element,
		int	nElementBoundaries_element,
		int	nDOF_element,
		int *	elementNodesArray,
		int *	elementNeighborsArray,
		double *	nodeArray,
		double *	elementBarycentersArray,
		int *	l2g,
		int *	tag,
		double *	Uin,
		double *	Uout
	)

Definition at line 214 of file timeIntegration.c.

◆ applyDGlimitingP1Lagrange1d_withVacuumTol()

void applyDGlimitingP1Lagrange1d_withVacuumTol	(	int	enforcePositivity,
		double	vacuumTol,
		int	nElements_global,
		int	nNodes_element,
		int	nElementBoundaries_element,
		int	nDOF_element,
		int *	elementNodesArray,
		int *	elementNeighborsArray,
		double *	nodeArray,
		double *	elementBarycentersArray,
		int *	l2g,
		int *	tag,
		double *	Uin,
		double *	Uout
	)

Definition at line 310 of file timeIntegration.c.

◆ applyDurlofskyDGlimiterP1Lagrange2d()

void applyDurlofskyDGlimiterP1Lagrange2d	(	int	killExtrema,
		int	allowMinWithUndershoot,
		int	nElements_global,
		int	nElementBoundaries_element,
		int	nNodes_element,
		int	nSpace,
		int	nDOF_element,
		const int *	elementNeighborsArray,
		const int *	elementBoundariesArray,
		const int *	elementNodesArray,
		const double *	nodeArray,
		const double *	elementBarycentersArray,
		const double *	elementBoundaryBarycentersArray,
		const double *	elementNeighborShapeGradients,
		const int *	l2g,
		const double *	grad_v0,
		double *	elementAverages,
		int *	tag,
		double *	Uin,
		double *	Uout
	)

Definition at line 879 of file timeIntegration.c.

◆ applyDurlofskyDGlimiterP1Lagrange2d_withVacuumTol()

void applyDurlofskyDGlimiterP1Lagrange2d_withVacuumTol	(	int	killExtrema,
		int	allowMinWithUndershoot,
		int	enforcePositivity,
		double	vacuumTol,
		int	nElements_global,
		int	nElementBoundaries_element,
		int	nNodes_element,
		int	nSpace,
		int	nDOF_element,
		const int *	elementNeighborsArray,
		const int *	elementBoundariesArray,
		const int *	elementNodesArray,
		const double *	nodeArray,
		const double *	elementBarycentersArray,
		const double *	elementBoundaryBarycentersArray,
		const double *	elementNeighborShapeGradients,
		const int *	l2g,
		const double *	grad_v0,
		double *	elementAverages,
		int *	tag,
		double *	Uin,
		double *	Uout
	)

Definition at line 1397 of file timeIntegration.c.

◆ applyDurlofskyDGlimiterP1Lagrange3d()

void applyDurlofskyDGlimiterP1Lagrange3d	(	int	killExtrema,
		int	allowMinWithUndershoot,
		int	nElements_global,
		int	nElementBoundaries_element,
		int	nNodes_element,
		int	nSpace,
		int	nDOF_element,
		const int *	elementNeighborsArray,
		const int *	elementBoundariesArray,
		const int *	elementNodesArray,
		const double *	nodeArray,
		const double *	elementBarycentersArray,
		const double *	elementBoundaryBarycentersArray,
		const double *	elementNeighborShapeGradients,
		const int *	l2g,
		const double *	grad_v0,
		double *	elementAverages,
		int *	tag,
		double *	Uin,
		double *	Uout
	)

Definition at line 1107 of file timeIntegration.c.

◆ computeCockburnDGlimiterArrays2d()

void computeCockburnDGlimiterArrays2d	(	int	nElements_global,
		int	nElementBoundaries_element,
		int	nSpace,
		const int *	elementBoundariesArray,
		const int *	elementNeighborsArray,
		const double *	elementBarycentersArray,
		const double *	elementBoundaryBarycentersArray,
		const double *	elementNeighborShapeGradients,
		double *	alphas,
		int *	alphaNeighbors
	)

Definition at line 649 of file timeIntegration.c.

◆ computeElementNeighborShapeGradients()

void computeElementNeighborShapeGradients	(	int	nElements_global,
		int	nElementBoundaries_element,
		int	nSpace,
		const int *	elementBoundariesArray,
		const int *	elementNeighborsArray,
		double *	elementBarycentersArray,
		double *	elementBoundaryBarycentersArray,
		double *	elementNeighborShapeGradients
	)

Definition at line 409 of file timeIntegration.c.

◆ psiTCtteDT()

void psiTCtteDT	(	int	nPoints,
		double	tau,
		double	dtn,
		double	dtnm1,
		double *	yn,
		double *	ypn,
		double *	ypnm1,
		double *	dtnp1
	)

Definition at line 12 of file timeIntegration.c.

Functions