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Functions
int	GetElementDimension (int elementtype)

int	GetMaxElementType (struct FemType *data)

int	GetMinElementType (struct FemType *data)

int	GetMaxElementDimension (struct FemType *data)

void	GetElementInfo (int element, struct FemType data, Real globalcoord, int ind, int material)

void	GetElementSide (int element, int side, int normal, struct FemType data, int ind, int *sideelemtype)

void	NumberVariables (struct FemType *data, int variable)

int	CalculateIndexwidth (struct FemType data, int indxis, int indx)

void	InitializeKnots (struct FemType *data)

void	AllocateKnots (struct FemType *data)

void	CreateKnots (struct GridType grid, struct CellType cell, struct FemType *data, int noknots, int info)

int	CreateVariable (struct FemType data, int variable, int unknowns, Real value, const char variablename, int eorder)

void	DestroyKnots (struct FemType *data)

int	FindParentSide (struct FemType data, struct BoundaryType bound, int sideelem, int sideelemtype, int *sideind)

int	CreateBoundary (struct CellType cell, struct FemType data, struct BoundaryType *bound, int material1, int material2, int solidmat, int boundarytype, int info)

int	CreateAllBoundaries (struct CellType cell, struct FemType data, struct BoundaryType *bound, int info)

int	AllocateBoundary (struct BoundaryType *bound, int size)

int	DestroyBoundary (struct BoundaryType *bound)

int	CreatePoints (struct CellType cell, struct FemType data, struct BoundaryType *bound, int param1, int param2, int pointmode, int pointtype, int info)

int	SetDiscontinuousBoundary (struct FemType data, struct BoundaryType bound, int boundtype, int endnodes, int info)

int	SetConnectedBoundary (struct FemType data, struct BoundaryType bound, int bctype, int connecttype, int info)

int	FindCorners (struct GridType grid, struct CellType cell, struct FemType *data, int info)

int	ConstantToBilinear (struct FemType *data, int var1, int var2)

int	ElementsToTriangles (struct FemType data, struct BoundaryType bound, Real critangle, int info)

int	IncreaseElementOrder (struct FemType *data, int info)

int	PolarCoordinates (struct FemType *data, Real rad, int info)

int	CylinderCoordinates (struct FemType *data, int info)

int	UniteMeshes (struct FemType data1, struct FemType data2, struct BoundaryType bound1, struct BoundaryType bound2, int info)

int	CloneMeshes (struct FemType data, struct BoundaryType bound, int ncopies, Real meshsize, int diffmats, int info)

int	MirrorMeshes (struct FemType data, struct BoundaryType bound, int symmaxis, int diffmats, Real meshsize, int symmbound, int info)

void	ReorderElements (struct FemType data, struct BoundaryType bound, int manual, Real corder[], int info)

int	RemoveUnusedNodes (struct FemType *data, int info)

void	RenumberBoundaryTypes (struct FemType data, struct BoundaryType bound, int renumber, int bcoffset, int info)

void	RenumberMaterialTypes (struct FemType data, struct BoundaryType bound, int info)

void	CreateKnotsExtruded (struct FemType dataxy, struct BoundaryType boundxy, struct GridType grid, struct FemType data, struct BoundaryType *bound, int info)

void	ReduceElementOrder (struct FemType *data, int matmin, int matmax)

void	IsoparametricElements (struct FemType data, struct BoundaryType bound, int bcstoo, int info)

void	MergeElements (struct FemType data, struct BoundaryType bound, int manual, Real corder[], Real eps, int mergebounds, int info)

void	MergeBoundaries (struct FemType data, struct BoundaryType bound, int *doubles, int info)

void	SeparateCartesianBoundaries (struct FemType data, struct BoundaryType bound, int info)

void	ElementsToBoundaryConditions (struct FemType data, struct BoundaryType bound, int retainorphans, int info)

int	FindPeriodicNodes (struct FemType *data, int periodicdim[], int info)

int	FindNewBoundaries (struct FemType data, struct BoundaryType bound, int *boundnodes, int suggesttype, int dimred, int info)

int	FindBulkBoundary (struct FemType data, int mat1, int mat2, int boundnodes, int *noboundnodes, int info)

int	FindBoundaryBoundary (struct FemType data, struct BoundaryType bound, int mat1, int mat2, int boundnodes, int noboundnodes, int info)

int	CreateBoundaryLayer (struct FemType data, struct BoundaryType bound, int nolayers, int layerbounds, int layernumber, Real layerratios, Real layerthickness, int *layerparents, int maxfilters, Real layereps, int info)

int	CreateBoundaryLayerDivide (struct FemType data, struct BoundaryType bound, int nolayers, int layerbounds, int layernumber, Real layerratios, Real layerthickness, int *layerparents, int info)

int	RotateTranslateScale (struct FemType data, struct ElmergridType eg, int info)

int	RemoveLowerDimensionalBoundaries (struct FemType data, struct BoundaryType bound, int info)

int	CreateDualGraph (struct FemType *data, int full, int info)

int	DestroyDualGraph (struct FemType *data, int info)

int	CreateInverseTopology (struct FemType *data, int info)

int	MeshTypeStatistics (struct FemType *data, int info)

int	SideAndBulkMappings (struct FemType data, struct BoundaryType bound, struct ElmergridType *eg, int info)

int	SideAndBulkBoundaries (struct FemType data, struct BoundaryType bound, struct ElmergridType *eg, int info)

Function Documentation

int AllocateBoundary	(	struct BoundaryType *	bound,
		int	size
	)

Definition at line 1777 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1777 of file egmesh.cpp

References BoundaryType::created, BoundaryType::ediscont, FALSE, Ivector, BoundaryType::material, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, TRUE, and BoundaryType::types.

Referenced by CreateBoundaryLayer(), CreatePoints(), ElementsToBoundaryConditions(), FindEdges(), FindNewBoundaries(), LoadAbaqusInput(), LoadAnsysInput(), LoadGidInput(), and LoadTriangleInput().

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void AllocateKnots ( struct FemType * data )

Definition at line 750 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 750 of file egmesh.cpp

References FemType::created, DEBUG, FemType::elementtypes, Imatrix, Ivector, FemType::material, FemType::maxnodes, GridType::noelements, FemType::noelements, FemType::noknots, printf(), Rvector, FemType::topology, TRUE, FemType::x, FemType::y, and FemType::z.

Referenced by CreateKnots(), CreateKnotsExtruded(), LoadAbaqusInput(), LoadAnsysInput(), LoadCGsimMesh(), LoadComsolMesh(), LoadFidapInput(), LoadGidInput(), LoadGmshInput1(), LoadGmshInput2(), LoadMeditInput(), LoadNastranInput(), LoadTriangleInput(), and LoadUniversalMesh().

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int CalculateIndexwidth	(	struct FemType *	data,
		int	indxis,
		int *	indx
	)

Definition at line 676 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 676 of file egmesh.cpp

References FemType::elementtypes, FemType::indexwidth, FemType::noelements, FemType::noknots, GridType::nonodes, and FemType::topology.

Referenced by ReorderAutomatic(), and ReorderElements().

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int CloneMeshes	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int *	ncopies,
		Real *	meshsize,
		int	diffmats,
		int	info
	)

Definition at line 2821 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2821 of file egmesh.cpp

References FemType::created, FemType::dim, BoundaryType::discont, FemType::elementtypes, free_Imatrix, free_Ivector, free_Rvector, Imatrix, Ivector, k, Acts::UnitConstants::m, FemType::material, BoundaryType::material, MAXBOUNDARIES, FemType::maxnodes, FemType::noelements, FemType::noknots, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), Rvector, BoundaryType::side, BoundaryType::side2, FemType::topology, BoundaryType::types, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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int ConstantToBilinear	(	struct FemType *	data,
		int	var1,
		int	var2
	)

int CreateAllBoundaries	(	struct CellType *	cell,
		struct FemType *	data,
		struct BoundaryType *	bound,
		int	info
	)

Definition at line 1618 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1618 of file egmesh.cpp

References CellType::boundary, FemType::coordsystem, BoundaryType::coordsystem, FemType::created, BoundaryType::created, FemType::dim, BoundaryType::ediscont, FALSE, free_Imatrix, GetSideInfo(), Imatrix, Ivector, CellType::material, BoundaryType::material, MAX, MIN, FemType::nocells, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, TRUE, and BoundaryType::types.

Referenced by CreateElmerGridMesh().

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int CreateBoundary	(	struct CellType *	cell,
		struct FemType *	data,
		struct BoundaryType *	bound,
		int	material1,
		int	material2,
		int	solidmat,
		int	boundarytype,
		int	info
	)

Definition at line 1466 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1466 of file egmesh.cpp

References CellType::boundary, FemType::coordsystem, BoundaryType::coordsystem, FemType::created, BoundaryType::created, FemType::dim, BoundaryType::ediscont, FALSE, FIRST, GetSideInfo(), Ivector, MAT_ANYTHING, MAT_BIGGER, MAT_SMALLER, CellType::material, BoundaryType::material, FemType::nocells, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), SECOND, BoundaryType::side, BoundaryType::side2, TRUE, and BoundaryType::types.

Referenced by CreateElmerGridMesh().

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int CreateBoundaryLayer	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	nolayers,
		int *	layerbounds,
		int *	layernumber,
		Real *	layerratios,
		Real *	layerthickness,
		int *	layerparents,
		int	maxfilters,
		Real	layereps,
		int	info
	)

Definition at line 6678 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 6678 of file egmesh.cpp

References kdfinder::abs(), AllocateBoundary(), FemType::created, BoundaryType::created, Acts::Test::dim, FemType::dim, dx, dy, Acts::UnitConstants::e, FemType::elementtypes, FALSE, FM_PI, free_Imatrix, free_Ivector, free_Rvector, GetElementSide(), GetMaxElementType(), Imatrix, Ivector, k, Acts::UnitConstants::m, FemType::material, MAXBOUNDARIES, FemType::maxnodes, MAXNODESD1, MAXNODESD2, n, FemType::noelements, FemType::noknots, BoundaryType::nosides, p, BoundaryType::parent, BoundaryType::parent2, printf(), ratio, ReorderElements(), Rvector, BoundaryType::side, BoundaryType::side2, FemType::topology, TRUE, BoundaryType::types, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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int CreateBoundaryLayerDivide	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	nolayers,
		int *	layerbounds,
		int *	layernumber,
		Real *	layerratios,
		Real *	layerthickness,
		int *	layerparents,
		int	info
	)

Definition at line 7729 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 7729 of file egmesh.cpp

References FemType::created, Acts::Test::dim, FemType::dim, dx, dy, Acts::UnitConstants::e, FemType::elementtypes, FALSE, GetElementSide(), GetMaxElementType(), Imatrix, Ivector, k, FemType::material, MAX, MAXBOUNDARIES, FemType::maxnodes, MAXNODESD2, FemType::noelements, FemType::noknots, BoundaryType::nosides, BoundaryType::parent, printf(), ratio, Rvector, FemType::topology, TRUE, BoundaryType::types, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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int CreateDualGraph	(	struct FemType *	data,
		int	full,
		int	info
	)

Definition at line 8294 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8294 of file egmesh.cpp

References FemType::dualexists, FemType::dualgraph, FemType::dualmaxconnections, FemType::elementtypes, FALSE, GetElementGraph(), Ivector, k, Acts::UnitConstants::m, FemType::noelements, FemType::noknots, FemType::periodic, FemType::periodicexist, printf(), FemType::topology, and TRUE.

Referenced by IncreaseElementOrder().

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int CreateInverseTopology	(	struct FemType *	data,
		int	info
	)

Definition at line 8444 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8444 of file egmesh.cpp

References FemType::elementtypes, free_Ivector, FemType::invtopo, FemType::invtopoexists, Ivector, Acts::UnitConstants::m, MAX, FemType::maxinvtopo, MIN, FemType::noelements, FemType::noknots, printf(), smallerror(), FemType::topology, and TRUE.

Referenced by LoadTriangleInput().

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void CreateKnots	(	struct GridType *	grid,
		struct CellType *	cell,
		struct FemType *	data,
		int	noknots,
		int	info
	)

Definition at line 1063 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1063 of file egmesh.cpp

References kdfinder::abs(), AllocateKnots(), GridType::boundext, FemType::boundext, GridType::boundint, FemType::boundint, GridType::boundsolid, FemType::boundsolid, GridType::boundtype, FemType::boundtype, GridType::coordsystem, FemType::coordsystem, DIM, Acts::Test::dim, FemType::dim, GridType::dimension, dx, dy, dz, FemType::elementtypes, FALSE, GetElementCoordinates(), GetElementInfo(), FemType::indexwidth, InitializeKnots(), k, GridType::mappinglimits, GridType::mappingline, GridType::mappingparams, GridType::mappingpoints, GridType::mappings, GridType::mappingtype, CellType::material, material(), FemType::material, MAX, MAXBOUNDARIES, MAXMAPPINGS, FemType::maxnodes, MAXNODESD2, FemType::maxsize, GridType::maxwidth, FemType::minsize, MovePointAngle(), MovePointArc(), MovePointCircle(), MovePointLinear(), MovePointPower(), MovePointPowerSeries(), MovePointPowerSeries2(), MovePointSinus(), GridType::noboundaries, FemType::noboundaries, GridType::nocells, FemType::nocells, GridType::noelements, FemType::noelements, GridType::noknots, FemType::noknots, GridType::nonodes, GridType::numbered, printf(), FemType::topology, TRUE, GridType::x, x, FemType::x, GridType::xcells, GridType::xelems, GridType::y, y, FemType::y, GridType::ycells, GridType::yelems, and FemType::z.

Referenced by CreateElmerGridMesh().

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void CreateKnotsExtruded	(	struct FemType *	dataxy,
		struct BoundaryType *	boundxy,
		struct GridType *	grid,
		struct FemType *	data,
		struct BoundaryType *	bound,
		int	info
	)

Definition at line 5271 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 5271 of file egmesh.cpp

References AllocateKnots(), FemType::connectexist, COORD_CART3, FemType::coordsystem, BoundaryType::coordsystem, FemType::created, BoundaryType::created, GridType::curveangle, GridType::curverad, GridType::curvezet, CylindricalCoordinateCurve(), CylindricalCoordinateImprove(), CylindricalCoordinateTransformation(), FemType::dim, GridType::dimension, GridType::dz, FemType::elementtypes, eps, FALSE, FM_PI, free_Ivector, free_Rvector, GetElementSide(), InitializeKnots(), Ivector, k, GridType::layeredbc, Acts::UnitConstants::m, material(), FemType::material, BoundaryType::material, MAX, FemType::maxnodes, MAXNODESD1, FemType::maxsize, FemType::minsize, n, FemType::noboundaries, FemType::noelements, FemType::noknots, BoundaryType::normal, BoundaryType::nosides, p, BoundaryType::parent, BoundaryType::parent2, FemType::partitionexist, FemType::periodicexist, printf(), Acts::UnitConstants::rad, ReorderElements(), GridType::rotate, GridType::rotateblocks, GridType::rotatecartesian, GridType::rotatecurve, GridType::rotateimprove, GridType::rotateradius1, GridType::rotateradius2, Rvector, SeparateMainaxisBoundaries(), SetElementDivisionCylinder(), SetElementDivisionExtruded(), BoundaryType::side, BoundaryType::side2, GridType::structure, boost::swap(), FemType::topology, GridType::totzelems, TRUE, BoundaryType::types, GridType::x, FemType::x, GridType::xcells, GridType::y, FemType::y, GridType::ycells, GridType::z, z, FemType::z, GridType::zcells, GridType::zelems, GridType::zexpand, GridType::zfirstmaterial, GridType::zlastmaterial, GridType::zlinear, GridType::zmaterial, and GridType::zratios.

Referenced by ManipulateMeshDefinition().

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int CreatePoints	(	struct CellType *	cell,
		struct FemType *	data,
		struct BoundaryType *	bound,
		int	param1,
		int	param2,
		int	pointmode,
		int	pointtype,
		int	info
	)

Definition at line 1850 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1850 of file egmesh.cpp

References AllocateBoundary(), BOTLEFT, BOTRIGHT, BoundaryType::created, FALSE, GetElementIndex(), material(), BoundaryType::material, FemType::nocells, BoundaryType::nosides, BoundaryType::parent, printf(), BoundaryType::side, TOPLEFT, FemType::topology, TOPRIGHT, BoundaryType::types, FemType::x, and FemType::y.

Referenced by CreateElmerGridMesh().

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int CreateVariable	(	struct FemType *	data,
		int	variable,
		int	unknowns,
		Real	value,
		const char *	variablename,
		int	eorder
	)

Definition at line 1279 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1279 of file egmesh.cpp

References FemType::alldofs, FemType::created, FemType::dofname, FemType::dofs, FemType::edofs, FALSE, info, FemType::noknots, printf(), Rvector, FemType::timesteps, and FemType::variables.

Referenced by LoadCGsimMesh(), and LoadFidapInput().

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int CylinderCoordinates	(	struct FemType *	data,
		int	info
	)

Definition at line 2694 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2694 of file egmesh.cpp

References cos(), FM_PI, FemType::noknots, printf(), Acts::UnitConstants::rad, FemType::x, and FemType::y.

Referenced by ManipulateMeshDefinition().

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int DestroyBoundary ( struct BoundaryType * bound )

Definition at line 1816 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1816 of file egmesh.cpp

References BoundaryType::created, FALSE, free_Ivector, BoundaryType::material, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, and BoundaryType::types.

Referenced by eg_transfermesh(), and ManipulateMeshDefinition().

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int DestroyDualGraph	(	struct FemType *	data,
		int	info
	)

Definition at line 8420 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8420 of file egmesh.cpp

References FemType::dualexists, FemType::dualgraph, FemType::dualmaxconnections, FALSE, free_Ivector, FemType::noknots, and printf().

Referenced by IncreaseElementOrder().

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void DestroyKnots ( struct FemType * data )

Definition at line 1323 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1323 of file egmesh.cpp

References FemType::alldofs, FemType::created, FemType::dofs, FemType::edofs, FemType::elementtypes, FALSE, free_Imatrix, free_Ivector, free_Rvector, FemType::material, MAXDOFS, FemType::maxnodes, FemType::noelements, FemType::noknots, FemType::topology, FemType::x, FemType::y, and FemType::z.

Referenced by eg_transfermesh(), ManipulateMeshDefinition(), and UniteMeshes().

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void ElementsToBoundaryConditions	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	retainorphans,
		int	info
	)

Definition at line 6165 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 6165 of file egmesh.cpp

References AllocateBoundary(), FemType::bodyname, FemType::bodynamesexist, FemType::boundaryname, FemType::boundarynamesexist, FemType::created, Acts::Test::debug, FemType::elementtypes, BoundaryType::elementtypes, FALSE, free_Imatrix, free_Ivector, GetElementDimension(), GetElementSide(), GetMaxElementType(), GetMinElementType(), Imatrix, FemType::invtopo, Ivector, k, material(), FemType::material, MAXBODIES, MAXBOUNDARIES, MAXNODESD1, MAXNODESD2, FemType::noelements, FemType::noknots, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, FemType::topology, BoundaryType::topology, TRUE, and BoundaryType::types.

Referenced by LoadComsolMesh(), LoadFidapInput(), LoadFieldviewInput(), LoadGmshInput1(), LoadGmshInput2(), and LoadUniversalMesh().

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int ElementsToTriangles	(	struct FemType *	data,
		struct BoundaryType *	bound,
		Real	critangle,
		int	info
	)

Definition at line 2347 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2347 of file egmesh.cpp

References kdfinder::abs(), charm_jet_coverage::angles, FemType::created, data, FemType::elementtypes, FALSE, FM_PI, free_Imatrix, free_Ivector, GetElementSide(), Imatrix, Ivector, k, FemType::material, MAX, MAXBOUNDARIES, FemType::maxnodes, MAXNODESD1, GridType::noelements, FemType::noelements, GridType::noknots, FemType::noknots, GridType::nonodes, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, FemType::topology, GridType::triangles, TRUE, FemType::x, and FemType::y.

Referenced by ManipulateMeshDefinition().

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int FindBoundaryBoundary	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	mat1,
		int	mat2,
		int *	boundnodes,
		int *	noboundnodes,
		int	info
	)

Definition at line 4348 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4348 of file egmesh.cpp

References kdfinder::abs(), FemType::created, FemType::dim, dz2, eps, FM_PI, free_Ivector, free_Rvector, GetElementSide(), Ivector, k, material(), MAX, MAXBOUNDARIES, FemType::maxnodes, MAXNODESD2, MIN, FemType::noknots, BoundaryType::nosides, printf(), Rvector, BoundaryType::types, FemType::x, xmax, xmin, FemType::y, ymax, ymin, and FemType::z.

Referenced by SideAndBulkBoundaries().

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int FindBulkBoundary	(	struct FemType *	data,
		int	mat1,
		int	mat2,
		int *	boundnodes,
		int *	noboundnodes,
		int	info
	)

Definition at line 4134 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4134 of file egmesh.cpp

References FemType::dim, dz2, FemType::elementtypes, eps, FALSE, FM_PI, free_Ivector, free_Rvector, Ivector, k, material(), FemType::material, FemType::maxnodes, FemType::noelements, FemType::noknots, printf(), Rvector, FemType::topology, TRUE, FemType::x, xmax, xmin, FemType::y, ymax, ymin, and FemType::z.

Referenced by SideAndBulkBoundaries().

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int FindCorners	(	struct GridType *	grid,
		struct CellType *	cell,
		struct FemType *	data,
		int	info
	)

int FindNewBoundaries	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int *	boundnodes,
		int	suggesttype,
		int	dimred,
		int	info
	)

Definition at line 3972 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3972 of file egmesh.cpp

References AllocateBoundary(), CompareIndexes(), BoundaryType::created, Acts::Test::dim, FemType::dim, FemType::elementtypes, FALSE, GetElementSide(), MAXBOUNDARIES, MAXNODESD1, FemType::noelements, FemType::noknots, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, TRUE, and BoundaryType::types.

Referenced by SideAndBulkBoundaries().

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int FindParentSide	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	sideelem,
		int	sideelemtype,
		int *	sideind
	)

Definition at line 1352 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1352 of file egmesh.cpp

References FemType::elementtypes, FALSE, GetElementSide(), MAXNODESD1, BoundaryType::normal, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, Acts::Test::skip, FemType::topology, and TRUE.

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int FindPeriodicNodes	(	struct FemType *	data,
		int	periodicdim[],
		int	info
	)

Definition at line 6479 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 6479 of file egmesh.cpp

References kdfinder::abs(), Acts::Test::dim, FemType::dim, dx, dy, dz, Acts::UnitConstants::e, eps, FALSE, Ivector, FemType::noknots, FemType::periodic, FemType::periodicexist, printf(), Rvector, TRUE, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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int GetElementDimension ( int elementtype )

Definition at line 66 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 66 of file egmesh.cpp

References printf().

Referenced by ElementsToBoundaryConditions(), GetMaxElementDimension(), LoadComsolMesh(), RemoveLowerDimensionalBoundaries(), and RenumberBoundaryTypes().

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void GetElementInfo	(	int	element,
		struct FemType *	data,
		Real *	globalcoord,
		int *	ind,
		int *	material
	)

Definition at line 47 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 47 of file egmesh.cpp

References FemType::elementtypes, FemType::material, FemType::topology, FemType::x, and FemType::y.

Referenced by CreateKnots().

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void GetElementSide	(	int	element,
		int	side,
		int	normal,
		struct FemType *	data,
		int *	ind,
		int *	sideelemtype
	)

Definition at line 131 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 131 of file egmesh.cpp

References FemType::elementtypes, MAXNODESD2, printf(), and FemType::topology.

Referenced by ConvertEgTypeToMeshType(), CreateBoundaryLayer(), CreateBoundaryLayerDivide(), CreateKnotsExtruded(), ElementsToBoundaryConditions(), ElementsToTriangles(), FindBoundaryBoundary(), FindEdges(), FindNewBoundaries(), FindParentSide(), FindPointParents(), LoadGidInput(), LoadTriangleInput(), MergeBoundaries(), RemoveLowerDimensionalBoundaries(), RenumberBoundaryTypes(), SeparateCartesianBoundaries(), SeparateMainaxisBoundaries(), SetConnectedBoundary(), and SetDiscontinuousBoundary().

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int GetMaxElementDimension ( struct FemType * data )

Definition at line 120 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 120 of file egmesh.cpp

References GetElementDimension(), and GetMaxElementType().

Referenced by ConvertEgTypeToMeshType().

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int GetMaxElementType ( struct FemType * data )

Definition at line 94 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 94 of file egmesh.cpp

References FemType::elementtypes, and FemType::noelements.

Referenced by CreateBoundaryLayer(), CreateBoundaryLayerDivide(), ElementsToBoundaryConditions(), FindEdges(), GetMaxElementDimension(), IncreaseElementOrder(), and RemoveLowerDimensionalBoundaries().

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int GetMinElementType ( struct FemType * data )

Definition at line 107 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 107 of file egmesh.cpp

References FemType::elementtypes, and FemType::noelements.

Referenced by ElementsToBoundaryConditions().

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int IncreaseElementOrder	(	struct FemType *	data,
		int	info
	)

Definition at line 4588 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4588 of file egmesh.cpp

References bigerror(), CreateDualGraph(), DestroyDualGraph(), FemType::dualgraph, FemType::dualmaxconnections, FemType::elementtypes, FALSE, free_Imatrix, free_Rvector, GetElementGraph(), GetMaxElementType(), Imatrix, FemType::maxnodes, FemType::noelements, FemType::noknots, printf(), Rvector, FemType::topology, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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void InitializeKnots ( struct FemType * data )

Definition at line 708 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 708 of file egmesh.cpp

References FemType::bodyname, FemType::bodynamesexist, FemType::boundaryname, FemType::boundarynamesexist, FemType::connectexist, COORD_CART2, FemType::coordsystem, FemType::created, FemType::dofname, FemType::dualexists, FemType::edofs, FALSE, FemType::indexwidth, FemType::invtopoexists, MAXBCS, MAXBODIES, MAXDOFS, FemType::maxnodes, FemType::noboundaries, FemType::noelements, FemType::noknots, FemType::nopartitions, FemType::partitionexist, FemType::partitiontableexists, FemType::periodicexist, FemType::timesteps, and FemType::variables.

Referenced by CreateKnots(), CreateKnotsExtruded(), LoadAbaqusInput(), LoadAnsysInput(), LoadCGsimMesh(), LoadComsolMesh(), LoadFidapInput(), LoadFieldviewInput(), LoadGidInput(), LoadGmshInput1(), LoadGmshInput2(), LoadMeditInput(), LoadNastranInput(), LoadTriangleInput(), and LoadUniversalMesh().

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void IsoparametricElements	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	bcstoo,
		int	info
	)

void MergeBoundaries	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int *	doubles,
		int	info
	)

Definition at line 6111 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 6111 of file egmesh.cpp

References FemType::created, BoundaryType::created, FALSE, GetElementSide(), k, MAXBOUNDARIES, MAXNODESD1, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, and BoundaryType::types.

Referenced by MergeElements().

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void MergeElements	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	manual,
		Real	corder[],
		Real	eps,
		int	mergebounds,
		int	info
	)

Definition at line 5991 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 5991 of file egmesh.cpp

References dx, dy, dz, FemType::elementtypes, free_Ivector, free_Rvector, Ivector, k, MergeBoundaries(), FemType::noelements, FemType::noknots, printf(), ReorderElements(), Rvector, FemType::topology, TRUE, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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int MeshTypeStatistics	(	struct FemType *	data,
		int	info
	)

Definition at line 8500 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8500 of file egmesh.cpp

References FemType::elementtypes, free_Ivector, Ivector, MAX, MIN, FemType::noelements, and printf().

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int MirrorMeshes	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int *	symmaxis,
		int	diffmats,
		Real *	meshsize,
		int	symmbound,
		int	info
	)

Definition at line 3004 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3004 of file egmesh.cpp

References FemType::created, FemType::dim, BoundaryType::discont, FemType::elementtypes, free_Imatrix, free_Ivector, free_Rvector, Imatrix, Ivector, Acts::UnitConstants::m, FemType::material, BoundaryType::material, MAXBOUNDARIES, FemType::maxnodes, FemType::noelements, FemType::noknots, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), Rvector, BoundaryType::side, BoundaryType::side2, FemType::topology, BoundaryType::types, FemType::x, FemType::y, and FemType::z.

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void NumberVariables	(	struct FemType *	data,
		int	variable
	)

int PolarCoordinates	(	struct FemType *	data,
		Real	rad,
		int	info
	)

Definition at line 2673 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2673 of file egmesh.cpp

References cos(), FM_PI, FemType::noknots, printf(), FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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void ReduceElementOrder	(	struct FemType *	data,
		int	matmin,
		int	matmax
	)

Definition at line 5922 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 5922 of file egmesh.cpp

References FemType::elementtypes, free_Rvector, Ivector, material(), FemType::material, FemType::noelements, FemType::noknots, printf(), Rvector, FemType::topology, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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int RemoveLowerDimensionalBoundaries	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	info
	)

Definition at line 3765 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3765 of file egmesh.cpp

References FemType::created, GetElementDimension(), GetElementSide(), GetMaxElementType(), MAXBOUNDARIES, MAXNODESD1, FemType::noelements, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, and BoundaryType::types.

Referenced by ManipulateMeshDefinition().

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int RemoveUnusedNodes	(	struct FemType *	data,
		int	info
	)

Definition at line 3569 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3569 of file egmesh.cpp

References FemType::elementtypes, free_Ivector, Ivector, FemType::noelements, FemType::noknots, printf(), FemType::topology, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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void RenumberBoundaryTypes	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	renumber,
		int	bcoffset,
		int	info
	)

Definition at line 3624 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3624 of file egmesh.cpp

References FemType::boundaryname, FemType::boundarynamesexist, FemType::created, FALSE, free_Ivector, GetElementDimension(), GetElementSide(), Ivector, k, MAX, MAXBODIES, MAXBOUNDARIES, MAXNODESD1, MIN, BoundaryType::nosides, printf(), TRUE, and BoundaryType::types.

Referenced by LoadFidapInput(), LoadGmshInput2(), and ManipulateMeshDefinition().

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void RenumberMaterialTypes	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	info
	)

Definition at line 3711 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3711 of file egmesh.cpp

References FemType::bodyname, FemType::bodynamesexist, FALSE, free_Ivector, Ivector, k, FemType::material, MAX, MAXBODIES, MIN, FemType::noelements, printf(), and TRUE.

Referenced by LoadGmshInput2(), and ManipulateMeshDefinition().

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void ReorderElements	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	manual,
		Real	corder[],
		int	info
	)

Definition at line 3401 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3401 of file egmesh.cpp

References CalculateIndexwidth(), FemType::created, FemType::dim, dx, dy, dz, FemType::elementtypes, FALSE, free_Ivector, free_Rvector, Imatrix, Ivector, k, G4BARRELHCAL::length, FemType::material, MAXBOUNDARIES, FemType::maxnodes, FemType::noelements, FemType::noknots, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), ReorderAutomatic(), Rvector, SortIndex(), FemType::topology, TRUE, x, FemType::x, xmax, xmin, y, FemType::y, ymax, ymin, z, and FemType::z.

Referenced by CreateBoundaryLayer(), CreateKnotsExtruded(), ManipulateMeshDefinition(), and MergeElements().

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int RotateTranslateScale	(	struct FemType *	data,
		struct ElmergridType *	eg,
		int	info
	)

Definition at line 8196 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8196 of file egmesh.cpp

References ElmergridType::center, cos(), ElmergridType::crotate, ElmergridType::cscale, ElmergridType::ctranslate, FemType::dim, FM_PI, MAX, MIN, FemType::noknots, printf(), ElmergridType::rotate, ElmergridType::scale, ElmergridType::translate, x, FemType::x, xmax, xmin, y, FemType::y, ymax, ymin, z, and FemType::z.

Referenced by ManipulateMeshDefinition().

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void SeparateCartesianBoundaries	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	info
	)

Definition at line 4981 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4981 of file egmesh.cpp

References FemType::created, dx, dy, dz, eps, FALSE, GetElementSide(), k, MAXBOUNDARIES, BoundaryType::nosides, printf(), TRUE, BoundaryType::types, x, FemType::x, y, FemType::y, z, and FemType::z.

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int SetConnectedBoundary	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	bctype,
		int	connecttype,
		int	info
	)

Definition at line 2307 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2307 of file egmesh.cpp

References FemType::connect, FemType::connectexist, FALSE, GetElementSide(), Ivector, k, MAXBOUNDARIES, MAXNODESD1, FemType::noknots, BoundaryType::nosides, and TRUE.

Referenced by ManipulateMeshDefinition().

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int SetDiscontinuousBoundary	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	boundtype,
		int	endnodes,
		int	info
	)

Definition at line 2041 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2041 of file egmesh.cpp

References kdfinder::abs(), GridType::boundtype, CreateNewNodes(), BoundaryType::discont, BoundaryType::ediscont, FemType::elementtypes, FALSE, free_Ivector, GetElementSide(), Ivector, material(), FemType::material, MAX, MAXBOUNDARIES, MAXNODESD1, GridType::noelements, FemType::noelements, GridType::noknots, FemType::noknots, GridType::nonodes, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side2, FemType::topology, and TRUE.

Referenced by ManipulateMeshDefinition().

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int SideAndBulkBoundaries	(	struct FemType *	data,
		struct BoundaryType *	bound,
		struct ElmergridType *	eg,
		int	info
	)

Definition at line 8581 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8581 of file egmesh.cpp

References ElmergridType::boundbound, ElmergridType::boundbounds, ElmergridType::bulkbound, ElmergridType::bulkbounds, FindBoundaryBoundary(), FindBulkBoundary(), FindNewBoundaries(), free_Ivector, Ivector, and FemType::noknots.

Referenced by ManipulateMeshDefinition().

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int SideAndBulkMappings	(	struct FemType *	data,
		struct BoundaryType *	bound,
		struct ElmergridType *	eg,
		int	info
	)

Definition at line 8534 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 8534 of file egmesh.cpp

References ElmergridType::bulkmap, ElmergridType::bulkmappings, FemType::created, FemType::material, MAXBOUNDARIES, FemType::noelements, BoundaryType::nosides, printf(), ElmergridType::sidemap, ElmergridType::sidemappings, and BoundaryType::types.

Referenced by ManipulateMeshDefinition().

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int UniteMeshes	(	struct FemType *	data1,
		struct FemType *	data2,
		struct BoundaryType *	bound1,
		struct BoundaryType *	bound2,
		int	info
	)

Definition at line 2713 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2713 of file egmesh.cpp

References BoundaryType::coordsystem, FemType::created, BoundaryType::created, DestroyKnots(), FemType::dim, FemType::elementtypes, FALSE, free_Imatrix, free_Ivector, free_Rvector, Imatrix, Ivector, k, FemType::material, BoundaryType::material, MAX, MAXBOUNDARIES, FemType::maxnodes, FemType::noelements, FemType::noknots, BoundaryType::normal, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), Rvector, BoundaryType::side, BoundaryType::side2, FemType::topology, BoundaryType::types, FemType::x, FemType::y, and FemType::z.

Referenced by ManipulateMeshDefinition().

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