egmesh.cpp File Reference

#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <math.h>
#include "egutils.h"
#include "egdef.h"
#include "egtypes.h"
#include "egmesh.h"
#include "egnative.h"

Include dependency graph for egmesh.cpp:

Go to the source code of this file.

Macros
#define	DEBUG   0

Functions
void	GetElementInfo (int element, struct FemType *data, Real *globalcoord, int *ind, int *material)
int	GetElementDimension (int elementtype)
int	GetMaxElementType (struct FemType *data)
int	GetMinElementType (struct FemType *data)
int	GetMaxElementDimension (struct FemType *data)
void	GetElementSide (int element, int side, int normal, struct FemType *data, int *ind, int *sideelemtype)
int	GetElementGraph (int element, int edge, struct FemType *data, int *ind)
int	CalculateIndexwidth (struct FemType *data, int indxis, int *indx)
void	InitializeKnots (struct FemType *data)
void	AllocateKnots (struct FemType *data)
static void	MovePointCircle (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
static void	MovePointLinear (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
static void	MovePointAngle (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dz)
static void	MovePointSinus (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
static void	MovePointPowerSeries (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
static void	MovePointPowerSeries2 (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
static void	MovePointPower (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
static void	MovePointArc (Real *lim, int points, Real *coords, Real x, Real y, Real *dx, Real *dy)
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 *dofname, 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)
static int	CreateNewNodes (struct FemType *data, int *order, int material, int newknots, int info)
int	SetDiscontinuousBoundary (struct FemType *data, struct BoundaryType *bound, int boundtype, int endnodes, int info)
int	FindPeriodicBoundary (struct FemType *data, struct BoundaryType *bound, int boundary1, int boundary2, int info)
int	SetConnectedBoundary (struct FemType *data, struct BoundaryType *bound, int bctype, int connecttype, int info)
int	ElementsToTriangles (struct FemType *data, struct BoundaryType *bound, Real critangle, 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)
static void	ReorderAutomatic (struct FemType *data, int iterations, int *origindx, Real corder[], 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)
int	RemoveLowerDimensionalBoundaries (struct FemType *data, struct BoundaryType *bound, int info)
static void	FindEdges (struct FemType *data, struct BoundaryType *bound, int material, int sidetype, int info)
static int	CompareIndexes (int elemtype, int *ind1, int *ind2)
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	IncreaseElementOrder (struct FemType *data, int info)
static void	CylindricalCoordinateTransformation (struct FemType *data, Real r1, Real r2, int rectangle)
static void	CylindricalCoordinateImprove (struct FemType *data, Real factor, Real r1, Real r2)
static void	CylindricalCoordinateCurve (struct FemType *data, Real zet, Real rad, Real angle)
void	SeparateCartesianBoundaries (struct FemType *data, struct BoundaryType *bound, int info)
void	SeparateMainaxisBoundaries (struct FemType *data, struct BoundaryType *bound)
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	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	ElementsToBoundaryConditions (struct FemType *data, struct BoundaryType *bound, int retainorphans, int info)
int	FindPeriodicNodes (struct FemType *data, int periodicdim[], 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	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)

Macro Definition Documentation

#define DEBUG   0

Definition at line 44 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 44 of file egmesh.cpp

Referenced by AllocateKnots().

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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static int CompareIndexes ( int  elemtype, int *  ind1, int *  ind2  )

static

Definition at line 3956 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3956 of file egmesh.cpp

Referenced by FindNewBoundaries().

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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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static int CreateNewNodes ( struct FemType *  data, int *  order, int  material, int  newknots, int  info  )

static

Definition at line 1943 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1943 of file egmesh.cpp

References kdfinder::abs(), FemType::alldofs, FemType::dofs, FemType::edofs, FemType::elementtypes, free_Rvector, Ivector, k, FemType::material, MAXDOFS, FemType::noelements, GridType::noknots, FemType::noknots, GridType::nonodes, printf(), Rvector, FemType::topology, FemType::x, FemType::y, and FemType::z.

Referenced by SetDiscontinuousBoundary().

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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 *	dofname,
		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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static void CylindricalCoordinateCurve ( struct FemType *  data, Real  zet, Real  rad, Real  angle  )

static

Definition at line 4941 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4941 of file egmesh.cpp

References cos(), FM_PI, FemType::noknots, printf(), Acts::UnitConstants::rad, x, FemType::x, x2, y, FemType::y, z, FemType::z, z1, and z2.

Referenced by CreateKnotsExtruded().

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static void CylindricalCoordinateImprove ( struct FemType *  data, Real  factor, Real  r1, Real  r2  )

static

Definition at line 4881 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4881 of file egmesh.cpp

References c, eps, FemType::noknots, printf(), r1, x, FemType::x, y, and FemType::y.

Referenced by CreateKnotsExtruded().

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static void CylindricalCoordinateTransformation ( struct FemType *  data, Real  r1, Real  r2, int  rectangle  )

static

Definition at line 4729 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 4729 of file egmesh.cpp

References cos(), dx, dy, dz, FemType::elementtypes, eps, FM_PI, free_Ivector, Ivector, FemType::minsize, FemType::noelements, FemType::noknots, printf(), r1, r2, FemType::topology, x, FemType::x, x2, y, FemType::y, z, FemType::z, and z2.

Referenced by CreateKnotsExtruded().

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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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static void FindEdges ( struct FemType *  data, struct BoundaryType *  bound, int  material, int  sidetype, int  info  )

static

Definition at line 3825 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3825 of file egmesh.cpp

References AllocateBoundary(), BoundaryType::created, FemType::elementtypes, FALSE, free_Imatrix, free_Ivector, GetElementSide(), GetMaxElementType(), Imatrix, Ivector, FemType::material, MAXBOUNDARIES, MAXNODESD1, FemType::noelements, FemType::noknots, BoundaryType::parent, BoundaryType::parent2, printf(), Rvector, BoundaryType::side, BoundaryType::side2, SortIndex(), TRUE, and BoundaryType::types.

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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 FindPeriodicBoundary	(	struct FemType *	data,
		struct BoundaryType *	bound,
		int	boundary1,
		int	boundary2,
		int	info
	)

Definition at line 2218 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 2218 of file egmesh.cpp

References BoundaryType::created, BoundaryType::discont, BoundaryType::ediscont, FemType::elementtypes, FALSE, Ivector, k, MAXBOUNDARIES, FemType::noknots, BoundaryType::nosides, BoundaryType::parent, BoundaryType::parent2, printf(), BoundaryType::side, BoundaryType::side2, 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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int GetElementGraph	(	int	element,
		int	edge,
		struct FemType *	data,
		int *	ind
	)

Definition at line 546 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 546 of file egmesh.cpp

References FemType::elementtypes, and FemType::topology.

Referenced by CreateDualGraph(), and IncreaseElementOrder().

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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 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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static void MovePointAngle ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dz  )

static

Definition at line 858 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 858 of file egmesh.cpp

References cos(), FM_PI, x, y, and z1.

Referenced by CreateKnots().

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static void MovePointArc ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 1028 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1028 of file egmesh.cpp

References d, and y.

Referenced by CreateKnots().

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static void MovePointCircle ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 779 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 779 of file egmesh.cpp

References Acts::UnitConstants::e, p, r1, and r2.

Referenced by CreateKnots().

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static void MovePointLinear ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 828 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 828 of file egmesh.cpp

References c, d, and y.

Referenced by CreateKnots().

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static void MovePointPower ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 1000 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 1000 of file egmesh.cpp

References c, d, and y.

Referenced by CreateKnots().

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static void MovePointPowerSeries ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 921 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 921 of file egmesh.cpp

References d, n, t, Acts::UnitConstants::u, x, and y.

Referenced by CreateKnots().

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static void MovePointPowerSeries2 ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 956 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 956 of file egmesh.cpp

References d, Acts::UnitConstants::e, Acts::UnitConstants::h, n, t, Acts::UnitConstants::u, x, and y.

Referenced by CreateKnots().

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static void MovePointSinus ( Real *  lim, int  points, Real *  coords, Real  x, Real  y, Real *  dx, Real *  dy  )

static

Definition at line 894 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 894 of file egmesh.cpp

References c, d, FM_PI, and y.

Referenced by CreateKnots().

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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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static void ReorderAutomatic ( struct FemType *  data, int  iterations, int *  origindx, Real  corder[], int  info  )

static

Definition at line 3202 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 3202 of file egmesh.cpp

References CalculateIndexwidth(), FemType::dim, dx, dy, dz, FemType::elementtypes, FALSE, free_Imatrix, free_Ivector, free_Rvector, Imatrix, FemType::indexwidth, Ivector, k, FemType::maxnodes, FemType::noelements, FemType::noknots, printf(), Rvector, SortIndex(), FemType::topology, TRUE, FemType::x, FemType::y, and FemType::z.

Referenced by ReorderElements().

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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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void SeparateMainaxisBoundaries	(	struct FemType *	data,
		struct BoundaryType *	bound
	)

Definition at line 5121 of file egmesh.cpp.

View newest version in sPHENIX GitHub at line 5121 of file egmesh.cpp

References FemType::created, dx, dy, dz, eps, GetElementSide(), Ivector, k, MAXNODESD1, FemType::noboundaries, BoundaryType::nosides, printf(), BoundaryType::types, x, FemType::x, y, FemType::y, z, and FemType::z.

Referenced by CreateKnotsExtruded().

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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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