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2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030 2031 2032 2033 2034 2035 2036 2037 2038 2039 2040 2041 2042 2043 2044 2045 2046 2047 2048 2049 2050 2051 2052 2053 2054 2055 2056 2057 2058 2059 | /**
* @defgroup VV VV class
* @brief VV class
*/
/**
* @defgroup EE EE class
* @brief EE class
*/
/**
* @defgroup FF FF class
* @brief FF class
*/
/**
* @defgroup SS SS class
* @brief SS class
*/
/**
* @file ves.h
* @ingroup VV EE FF SS global_mc
* @brief Class V,E,S: the fundamental simplex geometry objects.
* @author Michael Holst
* @note This is an implementation of the RIVER datastructure.
* RIVER = RInged-VERtex data Structure
* @version $Id: ves.h,v 1.24 2010/08/12 05:19:07 fetk Exp $
*
* @attention
* @verbatim
*
* MC = < Manifold Code >
* Copyright (C) 1994-- Michael Holst
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*
* @endverbatim
*/
#ifndef _VES_H_
#define _VES_H_
#include <mc/mc_base.h>
#include <mc/vel.h>
/*
* ***************************************************************************
* Class VV,VE,VS: Parameters and datatypes
* ***************************************************************************
*/
/**
* @ingroup VV
* @brief Class VV: Definition (8+32=40 bytes)
* @author Michael Holst
*/
struct sVV {
/** @brief --------> Geometric information package */
Gip g;
/** @brief --------> Vertex information package */
Vip d;
};
/**
* @ingroup VV
* @brief Declaration of the VV class as the VV structure
* @author Michael Holst
*/
typedef struct sVV VV;
/**
* @ingroup EE
* @brief Class EE: Definition (8+20=28 bytes)
* @author Michael Holst
*/
struct sEE {
/** @brief --------> Geometric information package */
Gip g;
/** @brief --------> Edge information package */
Eip d;
};
/**
* @ingroup EE
* @brief Declaration of the EE class as the EE structure
* @author Michael Holst
*/
typedef struct sEE EE;
/**
* @ingroup FF
* @brief Class FF: Definition (8+20=28 bytes)
* @author Michael Holst
*/
struct sFF {
/** @brief --------> Geometric information package */
Gip g;
/** @brief --------> Face information package */
Fip d;
};
/**
* @ingroup FF
* @brief Declaration of the FF class as the FF structure
* @author Michael Holst
*/
typedef struct sFF FF;
/**
* @ingroup SS
* @brief Class SS: Definition (8+40=48 bytes OR 8+80=88 bytes)
* @author Michael Holst
*/
struct sSS {
/** @brief --------> Geometric information package */
Gip g;
/** @brief --------> Simplex information package */
Sip d;
};
/**
* @ingroup SS
* @brief Declaration of the SS class as the SS structure
* @author Michael Holst
*/
typedef struct sSS SS;
/**
* @ingroup global_mc
* @brief Class T: Definition
* @author Michael Holst
*/
typedef struct TT {
/** @brief common chart for vertex coordinates */
int gchart;
/** @brief charts for vertex coordinates */
int chart[4];
/** @brief jacobian determinant of the transformation */
double D;
/** @brief jacobian determinant of cooked trans */
double Dcook;
/** @brief face jacobian determinants */
double faceD[4];
/** @brief affine trans from master to arbitrary el */
double ff[3][3];
/** @brief affine trans from master to arbitrary el */
double bb[3];
/** @brief affine trans from arbitrary el to master */
double gg[3][3];
/** @brief affine trans from arbitrary el to master */
double cc[3];
/** @brief local ordering of vertices for each face */
int loc[4][3];
/** @brief vertex coordinate labels */
double vx[4][3];
/** @brief normal vectors to the faces */
double nvec[4][3];
/** @brief edge vectors */
double evec[6][3];
/** @brief edge vector lengths */
double elen[6];
/** @brief baricenter */
double bc[4];
/** @brief number of vertices in the d-simplex */
int dimV;
/** @brief number of edges in the d-simplex */
int dimE;
/** @brief number of faces in the d-simplex */
int dimF;
/** @brief number of simplices in the d-simplex (=1) */
int dimS;
/** @brief global simplex ID */
int sid;
/** @brief global vertex IDs */
int vid[4];
/** @brief global face IDs */
int fid[4];
/** @brief global edge IDs */
int eid[6];
/** @brief global simplex type */
int stype;
/** @brief global vertex types */
int vtype[4];
/** @brief global face types */
int ftype[4];
/** @brief LOCAL edge types */
int etype[6];
/** @brief pointer to the simplex */
SS *s;
/** @brief pointers to vertices of the simplex */
VV *v[4];
/** @brief local basis function of the current simplex */
double phi[4], phix[4][3];
/** @brief face and/or basis functions that are current focus */
int focusFace, focusIV, focusIW;
} TT;
/*
* ***************************************************************************
* Class V: Inlineable methods (ves.c)
* ***************************************************************************
*/
#if !defined(VINLINE_GEM)
/**
* @ingroup VV
* @brief Intialize a vertex.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param dim the dimension of the mesh
* @param id the ID bits
*/
VEXTERNC void VV_init(VV *thee, int dim, int id);
/**
* @ingroup VV
* @brief Re-intialize a vertex.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
*/
VEXTERNC void VV_reinit(VV *thee);
/**
* @ingroup VV
* @brief Set the reality
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param type the reality bits
*/
VEXTERNC void VV_setReality(VV *thee, int type);
/**
* @ingroup VV
* @brief Set the dimension
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param dim the dimension bits
*/
VEXTERNC void VV_setDim(VV *thee, int dim);
/**
* @ingroup VV
* @brief Set the class.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param type the class bits
*/
VEXTERNC void VV_setClass(VV *thee, int type);
/**
* @ingroup VV
* @brief Set the type
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param type the type bits
*/
VEXTERNC void VV_setType(VV *thee, int type);
/**
* @ingroup VV
* @brief Set the chart.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param chart the chart bits
*/
VEXTERNC void VV_setChart(VV *thee, int chart);
/**
* @ingroup VV
* @brief Set the ID
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param id the ID bits
*/
VEXTERNC void VV_setId(VV *thee, int id);
/**
* @ingroup VV
* @brief Return the reality
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the reality
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_reality(VV *thee);
/**
* @ingroup VV
* @brief Return the dimension
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the dimension
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_dim(VV *thee);
/**
* @ingroup VV
* @brief Return the number of vertices in a simplex.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the number of vertices in a simplex.
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_dimVV(VV *thee);
/**
* @ingroup VV
* @brief Return the number of edges in a simplex.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the number of edges in a simplex.
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_dimEE(VV *thee);
/**
* @ingroup VV
* @brief Return the number of faces in a simplex.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the number of faces in a simplex.
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_dimFF(VV *thee);
/**
* @ingroup VV
* @brief Return the class
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the class
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_class(VV *thee);
/**
* @ingroup VV
* @brief Return the type
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the type
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_type(VV *thee);
/**
* @ingroup VV
* @brief Return the chart
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the chart
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_chart(VV *thee);
/**
* @ingroup VV
* @brief Return the ID
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the ID
* @param thee Pointer to a vertex
*/
VEXTERNC unsigned int VV_id(VV *thee);
/**
* @ingroup VV
* @brief Set the coordinate
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param i index of the coordinate
* @param val the value of the coordinate
*/
VEXTERNC void VV_setCoord(VV *thee, int i, double val);
/**
* @ingroup VV
* @brief Set the first edge in an edge ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param eg Pointer to an edge
*/
VEXTERNC void VV_setFirstEE(VV *thee, EE *eg);
/**
* @ingroup VV
* @brief Set the first simplex in a simplex ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC void VV_setFirstSS(VV *thee, SS *sm);
/**
* @ingroup VV
* @brief Set the parent edge pointer.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param eg Pointer to an edge
*/
VEXTERNC void VV_setParentEE(VV *thee, EE *eg);
/**
* @ingroup VV
* @brief Return the coordinate
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the coordinate
* @param thee Pointer to a vertex
* @param i Index for a vertex in one simplex
*/
VEXTERNC double VV_coord(VV *thee, int i);
/**
* @ingroup VV
* @brief Set the first edge in an edge ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Pointer to the first edge in an edge ring.
* @param thee Pointer to a vertex
*/
VEXTERNC EE* VV_firstEE(VV *thee);
/**
* @ingroup VV
* @brief Set the first simplex in a simplex ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Pointer to the first simplex in a simplex ring.
* @param thee Pointer to a vertex
*/
VEXTERNC SS* VV_firstSS(VV *thee);
/**
* @ingroup VV
* @brief the parent edge pointer.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Pointer to the parent edge
* @param thee Pointer to a vertex
*/
VEXTERNC EE* VV_parentEE(VV *thee);
/**
* @ingroup VV
* @brief Add an edge to an edge ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param eg Pointer to an edge
*/
VEXTERNC void VV_addEdgeToRing(VV *thee, EE *eg);
/**
* @ingroup VV
* @brief Add a simplex to a simplex ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC void VV_addSimplexToRing(VV *thee, SS *sm);
#else /* if defined(VINLINE_GEM) */
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_init(thee,dim,id) ( \
(thee)->d.ePtr = VNULL, \
(thee)->d.sPtr = VNULL, \
(thee)->d.x[0] = 0.0, \
(thee)->d.x[1] = 0.0, \
(thee)->d.x[2] = 0.0, \
Vel_init((Vel*)(thee), dim, id) \
)
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_reinit(thee) ( \
(thee)->d.ePtr = VNULL, \
(thee)->d.sPtr = VNULL, \
(thee)->d.x[0] = 0.0, \
(thee)->d.x[1] = 0.0, \
(thee)->d.x[2] = 0.0, \
Vel_reinit((Vel*)(thee)) \
)
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setReality(thee,reel) Vel_setReality( (Vel*)(thee), (reel) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setDim(thee,dim) Vel_setDim( (Vel*)(thee), (dim) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setClass(thee,clas) Vel_setClass( (Vel*)(thee), (clas) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setType(thee,type) Vel_setType( (Vel*)(thee), (type) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setChart(thee,chart) Vel_setChart( (Vel*)(thee), (chart) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setId(thee,id) Vel_setId( (Vel*)(thee), (id) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_reality(thee) Vel_reality( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_dim(thee) Vel_dim( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_dimVV(thee) Vel_dimVV( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_dimEE(thee) Vel_dimEE( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_dimFF(thee) Vel_dimFF( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_class(thee) Vel_class( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_type(thee) Vel_type( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_chart(thee) Vel_chart( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_id(thee) Vel_id( (Vel*)(thee) )
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setCoord(thee,i,val) ((thee)->d.x[(i)] = (val))
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setFirstEE(thee,eg) ((thee)->d.ePtr = (eg))
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setFirstSS(thee,eg) ((thee)->d.sPtr = (eg))
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_setParentEE(thee,eg) ((thee)->d.eParent = (eg))
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_coord(thee,i) ((thee)->d.x[(i)])
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_firstEE(thee) (EE*)((thee)->d.ePtr)
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_firstSS(thee) (SS*)((thee)->d.sPtr)
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_parentEE(thee) (EE*)((thee)->d.eParent)
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_addEdgeToRing(thee,eg) ( \
EE_setLink( (eg), (thee), VV_firstEE(thee) ), \
VV_setFirstEE( (thee), (eg) ) \
)
/** @brief Class V: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define VV_addSimplexToRing(thee,sm) ( \
SS_setLink( (sm), (thee), VV_firstSS(thee) ), \
VV_setFirstSS( (thee), (sm) ) \
)
#endif /* if !defined(VINLINE_GEM) */
/*
* ***************************************************************************
* Class V: Non-inlineable methods (ves.c)
* ***************************************************************************
*/
/**
* @ingroup VV
* @brief The vertex constructor.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Pointer to a new allocated vertex
* @param dim the dimension bits
* @param myid the ID bits
*/
VEXTERNC VV* VV_ctor(int dim, int myid);
/**
* @ingroup VV
* @brief The vertex destructor.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
*/
VEXTERNC void VV_dtor(VV **thee);
/**
* @ingroup VV
* @brief Remove an edge from an edge ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param eg Pointer to an edge
*/
VEXTERNC void VV_removeEdgeFromRing(VV *thee, EE *eg);
/**
* @ingroup VV
* @brief Remove a simplex from a simplex ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC void VV_removeSimplexFromRing(VV *thee, SS *sm);
/**
* @ingroup VV
* @brief Is an edge in the edge ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Success enumeration
* @param thee Pointer to a vertex
* @param eg Pointer to an edge
*/
VEXTERNC int VV_edgeInRing(VV *thee, EE *eg);
/**
* @ingroup VV
* @brief Is a simplex in a simplex ring.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Success enumeration
* @param thee Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC int VV_simplexInRing(VV *thee, SS *sm);
/**
* @ingroup VV
* @brief Return the common edge between two vertices.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return the common edge between two vertices.
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
*/
VEXTERNC EE* VV_commonEdge(VV *thee, VV *v0);
/**
* @ingroup VV
* @brief Return parent edge having one of two vertices as midpoint.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return parent edge having one of two vertices as midpoint.
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
*/
VEXTERNC EE* VV_parentEdge(VV *thee, VV *v0);
/**
* @ingroup VV
* @brief Return a 2-simplex that is shared by 2 vertices,
* and which is different from the input simplex sm.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return 2-simplex that is shared by 2 vertices,
* and which is different from the input simplex sm.
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC SS* VV_commonSimplex2(VV *thee, VV *v0, SS *sm);
/**
* @ingroup VV
* @brief Return a 3-simplex that is shared by 3 vertices,
* and which is different from the input simplex sm.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return 3-simplex that is shared by 3 vertices,
* and which is different from the input simplex sm.
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
* @param v1 Pointer to a vertex
* @param sm Pointer to a smplex
*/
VEXTERNC SS* VV_commonSimplex3(VV *thee, VV *v0, VV *v1, SS *sm);
/**
* @ingroup VV
* @brief Return a 3-simplex that is shared by 4 vertices,
* and which is different from the input simplex sm.
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return 3-simplex that is shared by 4 vertices,
* and which is different from the input simplex sm.
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
* @param v1 Pointer to a vertex
* @param v2 Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC SS* VV_commonSimplex4(VV *thee, VV *v0, VV *v1, VV *v2, SS *sm);
/**
* @ingroup VV
* @brief the common vertex pointer
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Pointer to the common vertex
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
* @param v1 Pointer to a vertex
*/
VEXTERNC VV* VV_commonVertex3(VV *thee, VV *v0, VV *v1);
/**
* @ingroup VV
* @brief the common vertex pointer
* @author Michael Holst
* @note Class V: Inlineable methods (ves.c)
* @return Pointer to the common vertex
* @param thee Pointer to a vertex
* @param v0 Pointer to a vertex
* @param v1 Pointer to a vertex
* @param v2 Pointer to a vertex
*/
VEXTERNC VV* VV_commonVertex4(VV *thee, VV *v0, VV *v1, VV *v2);
#if !defined(VINLINE_GEM)
/**
* @ingroup EE
* @brief Initialize an edge.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param dim the dimension bits
* @param id the ID bits
*/
VEXTERNC void EE_init(EE *thee, int dim, int id);
/**
* @ingroup EE
* @brief Re-initialize an edge.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
*/
VEXTERNC void EE_reinit(EE *thee);
/**
* @ingroup EE
* @brief Set the reality.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param type the reality bits
*/
VEXTERNC void EE_setReality(EE *thee, int type);
/**
* @ingroup EE
* @brief Set the dimension.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param dim the dimension bits
*/
VEXTERNC void EE_setDim(EE *thee, int dim);
/**
* @ingroup EE
* @brief Set the class.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param type the class bits
*/
VEXTERNC void EE_setClass(EE *thee, int type);
/**
* @ingroup EE
* @brief Set the type.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param type the type bits
*/
VEXTERNC void EE_setType(EE *thee, int type);
/**
* @ingroup EE
* @brief Set the chart.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param chart the chart bits
*/
VEXTERNC void EE_setChart(EE *thee, int chart);
/**
* @ingroup EE
* @brief Set the ID.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param id the ID bits
*/
VEXTERNC void EE_setId(EE *thee, int id);
/**
* @ingroup EE
* @brief Return the dimension.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the dimension.
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_dim(EE *thee);
/**
* @ingroup EE
* @brief Return the number of vertices in a simplex.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the number of vertices in a simplex.
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_dimVV(EE *thee);
/**
* @ingroup EE
* @brief Return the number of edges in a simplex.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the number of edges in a simplex.
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_dimEE(EE *thee);
/**
* @ingroup EE
* @brief Return the number of faces in a simplex.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the number of faces in a simplex.
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_dimFF(EE *thee);
/**
* @ingroup EE
* @brief Return the reality
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the reality
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_reality(EE *thee);
/**
* @ingroup EE
* @brief Return the class
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the class
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_class(EE *thee);
/**
* @ingroup EE
* @brief Return the type
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the type
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_type(EE *thee);
/**
* @ingroup EE
* @brief Return the chart
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the chart
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_chart(EE *thee);
/**
* @ingroup EE
* @brief Return the ID
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the ID
* @param thee Pointer to an edge
*/
VEXTERNC unsigned int EE_id(EE *thee);
/**
* @ingroup EE
* @brief Set one of the two vertices.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param i index for a vertex
* @param vx Pointer to a vertex
*/
VEXTERNC void EE_setVertex(EE *thee, int i, VV *vx);
/**
* @ingroup EE
* @brief Set the midpoint of the edge.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param vx Pointer to a vertex
*/
VEXTERNC void EE_setMidPoint(EE *thee, VV *vx);
/**
* @ingroup EE
* @brief Set the parent edge pointer.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param eg Pointer to an edge
*/
VEXTERNC void EE_setParent(EE *thee, EE *eg);
/**
* @ingroup EE
* @brief Set the vertex order.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param vxTmp Pointer to a vertex
*/
VEXTERNC void EE_setVertexOrder(EE *thee, VV* vxTmp);
/**
* @ingroup EE
* @brief Set the next edge pointer associated with one of the vertices.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
* @param vx Pointer to a vertex
* @param eg Pointer to an edge
*/
VEXTERNC void EE_setLink(EE *thee, VV *vx, EE *eg);
/**
* @ingroup EE
* @brief Return one of the vertices.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return one of the vertcies.
* @param thee Pointer to an edge
* @param i index for a vertex
*/
VEXTERNC VV* EE_vertex(EE *thee, int i);
/**
* @ingroup EE
* @brief Return the midpoint of the edge.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the midpoint of the edge.
* @param thee Pointer to an edge
*/
VEXTERNC VV* EE_midPoint(EE *thee);
/**
* @ingroup EE
* @brief Return the parent edge pointer.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the parent edge pointer.
* @param thee Pointer to an edge
*/
VEXTERNC EE* EE_parent(EE *thee);
/**
* @ingroup EE
* @brief Return the vertex not matching the input vertex.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the vertex not matching the input vertex.
* @param thee Pointer to an edge
* @param vx Pointer to a vertex
*/
VEXTERNC VV* EE_otherVertex(EE *thee, VV *vx);
/**
* @ingroup EE
* @brief Return the next edge in the ring around a given vertex.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return the next edge in the ring around a given vertex.
* @param thee Pointer to an edge
* @param vx Pointer to a vertex
*/
VEXTERNC EE* EE_link(EE *thee, VV *vx);
#else /* if defined(VINLINE_GEM) */
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_init(thee,dim,id) ( \
(thee)->d.vPtr[0] = VNULL, \
(thee)->d.vPtr[1] = VNULL, \
(thee)->d.ePtr[0] = VNULL, \
(thee)->d.ePtr[1] = VNULL, \
(thee)->d.midPtr = VNULL, \
Vel_init((Vel*)(thee), dim, id) \
)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_reinit(thee) ( \
(thee)->d.vPtr[0] = VNULL, \
(thee)->d.vPtr[1] = VNULL, \
(thee)->d.ePtr[0] = VNULL, \
(thee)->d.ePtr[1] = VNULL, \
(thee)->d.midPtr = VNULL, \
Vel_reinit((Vel*)(thee)) \
)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setReality(thee,reel) Vel_setReality( (Vel*)(thee), (reel) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setDim(thee,dim) Vel_setDim( (Vel*)(thee), (dim) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setClass(thee,clas) Vel_setClass( (Vel*)(thee), (clas) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setType(thee,type) Vel_setType( (Vel*)(thee), (type) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setChart(thee,chart) Vel_setChart( (Vel*)(thee), (chart) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setId(thee,id) Vel_setId( (Vel*)(thee), (id) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_reality(thee) Vel_reality( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_dim(thee) Vel_dim( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_dimVV(thee) Vel_dimVV( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_dimEE(thee) Vel_dimEE( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_dimFF(thee) Vel_dimFF( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_class(thee) Vel_class( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_type(thee) Vel_type( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_chart(thee) Vel_chart( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_id(thee) Vel_id( (Vel*)(thee) )
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setVertex(thee,i,vx) ((thee)->d.vPtr[(i)]=(vx))
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setMidPoint(thee,vx) ((thee)->d.midPtr=(vx))
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setParent(thee,eg) ((thee)->d.eParent = (eg))
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setVertexOrder(thee,vxTmp) ( \
(VV_id((thee)->d.vPtr[0]) > VV_id((thee)->d.vPtr[1])) \
? ( (vxTmp) = (thee)->d.vPtr[1], \
(thee)->d.vPtr[1] = (thee)->d.vPtr[0], \
(thee)->d.vPtr[0] = (vxTmp) ) \
: VNULL \
)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_setLink(thee,vx,eg) ( \
((vx) == (VV*)(thee)->d.vPtr[0]) ? (thee)->d.ePtr[0] = eg \
: (((vx) == (VV*)(thee)->d.vPtr[1]) ? (thee)->d.ePtr[1] = eg : VNULL) \
)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_vertex(thee,i) (VV*)((thee)->d.vPtr[(i)])
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_midPoint(thee) (VV*)((thee)->d.midPtr)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_parent(thee) (EE*)((thee)->d.eParent)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_otherVertex(thee,vx) (VV*)( \
((vx) == (VV*)(thee)->d.vPtr[0]) ? (thee)->d.vPtr[1] \
: (((vx) == (VV*)(thee)->d.vPtr[1]) ? (thee)->d.vPtr[0] : VNULL) \
)
/** @brief Class E: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define EE_link(thee,vx) (EE*)( \
((vx) == (VV*)(thee)->d.vPtr[0]) ? (thee)->d.ePtr[0] \
: (((vx) == (VV*)(thee)->d.vPtr[1]) ? (thee)->d.ePtr[1] : VNULL) \
)
#endif /* if !defined(VINLINE_GEM) */
/*
* ***************************************************************************
* Class E: Non-inlineable methods (ves.c)
* ***************************************************************************
*/
/**
* @ingroup EE
* @brief The edge constructor
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return Pointer to a new allocated edge
* @param dim the dimension bits
* @param myid the ID bits
*/
VEXTERNC EE* EE_ctor(int dim, int myid);
/**
* @ingroup EE
* @brief The edge destructor.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
*/
VEXTERNC void EE_dtor(EE **thee);
/**
* @ingroup EE
* @brief Initialize the edge rings.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
*/
VEXTERNC void EE_initRing(EE *thee);
/**
* @ingroup EE
* @brief Destroy the edge rings.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
*/
VEXTERNC void EE_meltRing(EE *thee);
/**
* @ingroup EE
* @brief Build the edge rings.
* @author Michael Holst
* @note Class E: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to an edge
*/
VEXTERNC void EE_buildRing(EE *thee);
#if !defined(VINLINE_GEM)
/**
* @ingroup SS
* @brief Initialize a simplex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param dim the dimension bits
* @param id the ID bits
*/
VEXTERNC void SS_init(SS *thee, int dim, int id);
/**
* @ingroup SS
* @brief Re-Initialize a simplex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
*/
VEXTERNC void SS_reinit(SS *thee);
/**
* @ingroup SS
* @brief Set the reality
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param type the reality ID
*/
VEXTERNC void SS_setReality(SS *thee, int type);
/**
* @ingroup SS
* @brief Set the dimension
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param dim the dimension bits
*/
VEXTERNC void SS_setDim(SS *thee, int dim);
/**
* @ingroup SS
* @brief Set the class
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param type the class bits
*/
VEXTERNC void SS_setClass(SS *thee, int type);
/**
* @ingroup SS
* @brief Set the type
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param type the type value of a simplex
*/
VEXTERNC void SS_setType(SS *thee, int type);
/**
* @ingroup SS
* @brief Set the chart
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
* @param chart index for a chart in a simplex
*/
VEXTERNC void SS_setChart(SS *thee, int chart);
/**
* @ingroup SS
* @brief Set the ID
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param id index for the simplex ID
*/
VEXTERNC void SS_setId(SS *thee, int id);
/**
* @ingroup SS
* @brief Return the reality
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the reality
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_reality(SS *thee);
/**
* @ingroup SS
* @brief Return the dimension
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the dimension
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_dim(SS *thee);
/**
* @ingroup SS
* @brief Return the number of vertices in a simplex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the number of vertices in a simplex.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_dimVV(SS *thee);
/**
* @ingroup SS
* @brief Return the number of edges in a simplex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the number of edges in a simplex.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_dimEE(SS *thee);
/**
* @ingroup SS
* @brief Return the number of faces in a simplex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the number of faces in a simplex.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_dimFF(SS *thee);
/**
* @ingroup SS
* @brief Return the class
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the class
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_class(SS *thee);
/**
* @ingroup SS
* @brief Return the type
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the type
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_type(SS *thee);
/**
* @ingroup SS
* @brief Return the chart
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the chart
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_chart(SS *thee);
/**
* @ingroup SS
* @brief Return the ID
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the ID
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_id(SS *thee);
/**
* @ingroup SS
* @brief Set the face type
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param f index for a face
* @param type number of the face type
*/
VEXTERNC void SS_setFaceType(SS *thee, int f, int type);
/**
* @ingroup SS
* @brief Set the refinement edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i the refinement edge
*/
VEXTERNC void SS_setRefinementEdge(SS *thee, int i);
/**
* @ingroup SS
* @brief Set the first marked edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i the first marked edge
*/
VEXTERNC void SS_setMarkedEdge1(SS *thee, int i);
/**
* @ingroup SS
* @brief Set the second marked edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i the second marked edge
*/
VEXTERNC void SS_setMarkedEdge2(SS *thee, int i);
/**
* @ingroup SS
* @brief Set the third marked edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i the third marked edge.
*/
VEXTERNC void SS_setMarkedEdge3(SS *thee, int i);
/**
* @ingroup SS
* @brief Set degenerate marking flag.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i degenerate marking flag
*/
VEXTERNC void SS_setDegen(SS *thee, int i);
/**
* @ingroup SS
* @brief Set refinement count.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i index for refinement count
*/
VEXTERNC void SS_setRefinementCount(SS *thee, int i);
/**
* @ingroup SS
* @brief Set refinement key.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param which index for the refinement
* @param key the value for the refinement
*/
VEXTERNC void SS_setRefineKey(SS *thee, int which, int key);
# if defined(VG_ELEMENT)
/**
* @ingroup SS
* @brief the ID numer of a face
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i index of a face
* @param fn the ID numer of a face
*/
VEXTERNC void SS_setFaceNumber(SS *thee, int i, int fn);
/**
* @ingroup SS
* @brief the ID numer of an edge
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i index for an edge
* @param fn the ID numer of an edge
*/
VEXTERNC void SS_setEdgeNumber(SS *thee, int i, int en);
# endif
/**
* @ingroup SS
* @brief Set a given vertex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param i index of a vertex
* @param vx Pointer to a vertex
*/
VEXTERNC void SS_setVertex(SS *thee, int i, VV *vx);
/**
* @ingroup SS
* @brief Set the next simplex pointer for a given simplex ring.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param vx Pointer to a vertex
* @param sm Pointer to a simplex
*/
VEXTERNC void SS_setLink(SS *thee, VV *vx, SS *sm);
/**
* @ingroup SS
* @brief Set the type of a given face.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
* @param f index of a face
*/
VEXTERNC unsigned int SS_faceType(SS *thee, int f);
/**
* @ingroup SS
* @brief Return the refinement edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the refinement edge.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_refinementEdge(SS *thee);
/**
* @ingroup SS
* @brief Return the first marked edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the first marked edge.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_markedEdge1(SS *thee);
/**
* @ingroup SS
* @brief Return the second marked edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the second marked edge.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_markedEdge2(SS *thee);
/**
* @ingroup SS
* @brief Return the third marked edge.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the third marked edge.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_markedEdge3(SS *thee);
/**
* @ingroup SS
* @brief Return the degenerate edge marker.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the degenerate edge marker.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_degen(SS *thee);
/**
* @ingroup SS
* @brief Return the refinement count.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the refinement count.
* @param thee Pointer to a simplex
*/
VEXTERNC unsigned int SS_refinementCount(SS *thee);
/**
* @ingroup SS
* @brief Return the refinement key.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the refinement key.
* @param thee Pointer to a simplex
* @param which index for refinement nor not
*/
VEXTERNC unsigned int SS_refineKey(SS *thee, int which);
# if defined(VG_ELEMENT)
/**
* @ingroup SS
* @brief the ID number of a face
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the ID number of a face
* @param thee Pointer to a simplex
* @param i index for a face
*/
VEXTERNC int SS_faceNumber(SS *thee, int i);
/**
* @ingroup SS
* @brief the ID number of an edge
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the ID number of an edge
* @param thee Pointer to a simplex
* @param i index for an edge
*/
VEXTERNC int SS_edgeNumber(SS *thee, int i);
# endif
/**
* @ingroup SS
* @brief Return a given vertex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return a given vertex.
* @param thee Pointer to a simplex
* @param i index for a vertex in a simplex
*/
VEXTERNC VV* SS_vertex(SS *thee, int i);
/**
* @ingroup SS
* @brief Return the next simplex in a given simplex ring.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the next simplex in a given simplex ring.
* @param thee Pointer to a simplex
* @param vx Pointer to a vertex
*/
VEXTERNC SS* SS_link(SS *thee, VV *vx);
/**
* @ingroup SS
* @brief Return local vertex number i for face f.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return local vertex number i for face f.
* @param thee Pointer to a simplex
* @param f index of the face
* @param i local vertex number
*/
VEXTERNC int SS_faceVertexNumber(SS *thee, int f, int i);
/**
* @ingroup SS
* @brief Return the local vertex number associated with a given vertex.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the local vertex number associated with a given vertex.
* @param thee Pointer to a simplex
* @param vx Pointer to a vertex
*/
VEXTERNC int SS_vptr2localVnum(SS *thee, VV *vx);
#else /* if defined(VINLINE_GEM) */
# if defined(VG_ELEMENT)
/** @brief Class S: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define SS_init(thee,dim,id) ( \
(thee)->d.vPtr[0] = VNULL, \
(thee)->d.vPtr[1] = VNULL, \
(thee)->d.vPtr[2] = VNULL, \
(thee)->d.vPtr[3] = VNULL, \
(thee)->d.sPtr[0] = VNULL, \
(thee)->d.sPtr[1] = VNULL, \
(thee)->d.sPtr[2] = VNULL, \
(thee)->d.sPtr[3] = VNULL, \
(thee)->d.fNum[0] = -1, \
(thee)->d.fNum[1] = -1, \
(thee)->d.fNum[2] = -1, \
(thee)->d.fNum[3] = -1, \
(thee)->d.eNum[0] = -1, \
(thee)->d.eNum[1] = -1, \
(thee)->d.eNum[2] = -1, \
(thee)->d.eNum[3] = -1, \
(thee)->d.eNum[4] = -1, \
(thee)->d.eNum[5] = -1, \
(thee)->d.tags = MASK_00000000000000000000000000000000, \
Vel_init((Vel*)(thee), dim, id) \
)
/** @brief Class S: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define SS_reinit(thee) ( \
(thee)->d.vPtr[0] = VNULL, \
(thee)->d.vPtr[1] = VNULL, \
(thee)->d.vPtr[2] = VNULL, \
(thee)->d.vPtr[3] = VNULL, \
(thee)->d.sPtr[0] = VNULL, \
(thee)->d.sPtr[1] = VNULL, \
(thee)->d.sPtr[2] = VNULL, \
(thee)->d.sPtr[3] = VNULL, \
(thee)->d.fNum[0] = -1, \
(thee)->d.fNum[1] = -1, \
(thee)->d.fNum[2] = -1, \
(thee)->d.fNum[3] = -1, \
(thee)->d.eNum[0] = -1, \
(thee)->d.eNum[1] = -1, \
(thee)->d.eNum[2] = -1, \
(thee)->d.eNum[3] = -1, \
(thee)->d.eNum[4] = -1, \
(thee)->d.eNum[5] = -1, \
(thee)->d.tags = MASK_00000000000000000000000000000000, \
Vel_reinit((Vel*)(thee)) \
)
# else
/** @brief Class S: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define SS_init(thee,dim,id) ( \
(thee)->d.vPtr[0] = VNULL, \
(thee)->d.vPtr[1] = VNULL, \
(thee)->d.vPtr[2] = VNULL, \
(thee)->d.vPtr[3] = VNULL, \
(thee)->d.sPtr[0] = VNULL, \
(thee)->d.sPtr[1] = VNULL, \
(thee)->d.sPtr[2] = VNULL, \
(thee)->d.sPtr[3] = VNULL, \
(thee)->d.tags = MASK_00000000000000000000000000000000, \
Vel_init((Vel*)(thee), dim, id) \
)
/** @brief Class S: Inlineable methods (ves.c) if defined(VINLINE_GEM) */
# define SS_reinit(thee) ( \
(thee)->d.vPtr[0] = VNULL, \
(thee)->d.vPtr[1] = VNULL, \
(thee)->d.vPtr[2] = VNULL, \
(thee)->d.vPtr[3] = VNULL, \
(thee)->d.sPtr[0] = VNULL, \
(thee)->d.sPtr[1] = VNULL, \
(thee)->d.sPtr[2] = VNULL, \
(thee)->d.sPtr[3] = VNULL, \
(thee)->d.tags = MASK_00000000000000000000000000000000, \
Vel_reinit((Vel*)(thee)) \
)
# endif
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setReality(thee,reel) Vel_setReality( (Vel*)(thee), (reel) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setDim(thee,dim) Vel_setDim( (Vel*)(thee), (dim) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setClass(thee,clas) Vel_setClass( (Vel*)(thee), (clas) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setType(thee,type) Vel_setType( (Vel*)(thee), (type) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setChart(thee,chart) Vel_setChart( (Vel*)(thee), (chart) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setId(thee,id) Vel_setId( (Vel*)(thee), (id) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_reality(thee) Vel_reality( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_dim(thee) Vel_dim( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_dimVV(thee) Vel_dimVV( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_dimEE(thee) Vel_dimEE( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_dimFF(thee) Vel_dimFF( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_class(thee) Vel_class( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_type(thee) Vel_type( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_chart(thee) Vel_chart( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_id(thee) Vel_id( (Vel*)(thee) )
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setFaceType(thee,f,type) (void)( \
((f) == 0) ? \
( (thee)->d.faces &= MASK_11111111111111111111111100000000, \
(thee)->d.faces |= (type) ) \
: (((f) == 1) ? \
( (thee)->d.faces &= MASK_11111111111111110000000011111111, \
(thee)->d.faces |= ((type) << 8) ) \
: (((f) == 2) ? \
( (thee)->d.faces &= MASK_11111111000000001111111111111111, \
(thee)->d.faces |= ((type) << 16) ) \
: (((f) == 3) ? \
( (thee)->d.faces &= MASK_00000000111111111111111111111111, \
(thee)->d.faces |= ((type) << 24) ) \
: 0))) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setRefinementEdge(thee,i) ( \
(thee)->d.tags &= MASK_11111111111111111111111111111000, \
(thee)->d.tags |= (i) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setMarkedEdge1(thee,i) ( \
(thee)->d.tags &= MASK_11111111111111111111111111000111, \
(thee)->d.tags |= ((i) << 3) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setMarkedEdge2(thee,i) ( \
(thee)->d.tags &= MASK_11111111111111111111111000111111, \
(thee)->d.tags |= ((i) << 6) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setMarkedEdge3(thee,i) ( \
(thee)->d.tags &= MASK_11111111111111111111000111111111, \
(thee)->d.tags |= ((i) << 9) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setDegen(thee,i) ( \
(thee)->d.tags &= MASK_11111111111111111000111111111111, \
(thee)->d.tags |= ((i) << 12) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setRefinementCount(thee,i) ( \
(thee)->d.tags &= MASK_11111111111111000111111111111111, \
(thee)->d.tags |= ((i) << 15) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setRefineKey(thee,which,key) (void)( \
((which) == 0) \
? ( (thee)->d.tags &= MASK_11111111111110111111111111111111, \
(thee)->d.tags |= ((key) << 18) ) \
: ( (thee)->d.tags &= MASK_11111111111101111111111111111111, \
(thee)->d.tags |= ((key) << 19) ) \
)
# if defined(VG_ELEMENT)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setFaceNumber(thee,i,fn) ((thee)->d.fNum[(i)] = (fn))
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setEdgeNumber(thee,i,en) ((thee)->d.eNum[(i)] = (en))
# endif
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setVertex(thee,i,vx) ((thee)->d.vPtr[(i)] = (vx))
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_setLink(thee,vx,sm) ( \
((vx) == (VV*)(thee)->d.vPtr[0]) ? (thee)->d.sPtr[0] = sm \
: (((vx) == (VV*)(thee)->d.vPtr[1]) ? (thee)->d.sPtr[1] = sm \
: (((vx) == (VV*)(thee)->d.vPtr[2]) ? (thee)->d.sPtr[2] = sm \
: (((vx) == (VV*)(thee)->d.vPtr[3]) ? (thee)->d.sPtr[3] = sm \
: VNULL))) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_faceType(thee,f) ( \
((f) == 0) ? \
((thee)->d.faces & MASK_00000000000000000000000011111111) \
: (((f) == 1) ? \
((thee)->d.faces & MASK_00000000000000001111111100000000) >> 8 \
: (((f) == 2) ? \
((thee)->d.faces & MASK_00000000111111110000000000000000) >> 16 \
: (((f) == 3) ? \
((thee)->d.faces & MASK_11111111000000000000000000000000) >> 24 \
: 0))) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_refinementEdge(thee) ( \
((thee)->d.tags & MASK_00000000000000000000000000000111) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_markedEdge1(thee) ( \
(((thee)->d.tags & MASK_00000000000000000000000000111000) >> 3) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_markedEdge2(thee) ( \
(((thee)->d.tags & MASK_00000000000000000000000111000000) >> 6) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_markedEdge3(thee) ( \
(((thee)->d.tags & MASK_00000000000000000000111000000000) >> 9) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_degen(thee) ( \
(((thee)->d.tags & MASK_00000000000000000111000000000000) >> 12) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_refinementCount(thee) ( \
(((thee)->d.tags & MASK_00000000000000111000000000000000) >> 15) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_refineKey(thee,which) ( \
(which == 0) \
? (((thee)->d.tags & MASK_00000000000001000000000000000000) >> 18) \
: (((thee)->d.tags & MASK_00000000000010000000000000000000) >> 19) \
)
# if defined(VG_ELEMENT)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_faceNumber(thee,i) ((thee)->d.fNum[(i)])
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_edgeNumber(thee,i) ((thee)->d.eNum[(i)])
# endif
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_vertex(thee,i) (VV*)((thee)->d.vPtr[(i)])
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_link(thee,vx) (SS*)( \
((vx) == (VV*)((thee)->d.vPtr[0])) \
? ((thee)->d.sPtr[0]) \
: (((vx) == (VV*)((thee)->d.vPtr[1])) \
? ((thee)->d.sPtr[1]) \
: (((vx) == (VV*)((thee)->d.vPtr[2])) \
? ((thee)->d.sPtr[2]) \
: (((vx) == (VV*)((thee)->d.vPtr[3])) \
? ((thee)->d.sPtr[3]) : VNULL))) \
)
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_faceVertexNumber(thee,f,i) (vmapF[(f)][(i)])
/** @brief Class S: Inlineable methods (ves.c) */
# define SS_vptr2localVnum(thee,vx) ( \
((vx) == (VV*)(thee)->d.vPtr[0]) ? 0 \
: (((vx) == (VV*)(thee)->d.vPtr[1]) ? 1 \
: (((vx) == (VV*)(thee)->d.vPtr[2]) ? 2 \
: (((vx) == (VV*)(thee)->d.vPtr[3]) ? 3 \
: 0))) \
)
#endif /* if !defined(VINLINE_GEM) */
/*
* ***************************************************************************
* Class S: Non-inlineable methods (ves.c)
* ***************************************************************************
*/
/**
* @ingroup SS
* @brief The simplex constructor.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return Pointer to a new allocated simplex object
* @param dim the dimension bits
* @param myid the ID bits
*/
VEXTERNC SS* SS_ctor(int dim, int myid);
/**
* @ingroup SS
* @brief The simplex destructor.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
*/
VEXTERNC void SS_dtor(SS **thee);
/**
* @ingroup SS
* @brief Initialize the simplex rings.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
*/
VEXTERNC void SS_initRing(SS *thee);
/**
* @ingroup SS
* @brief Destroy the simplex rings.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
*/
VEXTERNC void SS_meltRing(SS *thee);
/**
* @ingroup SS
* @brief Build the simplex rings.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a simplex
*/
VEXTERNC void SS_buildRing(SS *thee);
/**
* @ingroup SS
* @brief Return the simplex sharing face i (opposite vertex i).
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the simplex sharing face i (opposite vertex i).
* @param thee Pointer to a simplex
* @param i index for the face
*/
VEXTERNC SS* SS_nabor(SS *thee, int i);
/**
* @ingroup SS
* @brief Return the edge connecting vertices i and j.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return the edge connecting vertices i and j.
* @param thee Pointer to a simplex
* @param i index for a vertex
* @param j index for a vertex
*/
VEXTERNC EE* SS_edge(SS *thee, int i, int j);
/**
* @ingroup SS
* @brief Return local face number of face shared between two simplices.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return local face number of face shared between two simplices.
* @param thee Pointer to a simplex
* @param sm Pointer to a simplex
*/
VEXTERNC int SS_sharedFaceLocNum(SS *thee, SS *sm);
/**
* @ingroup SS
* @brief Return the proper edge type (interior/boundary) of an edge
* connecting the two given vertices.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)\n
* ASSUME that the edge DOES NOT exist or does not have a correct
* and consistent type, and calculate its type from the face types.
* \n
* The type we calculate is based only on local info; in 3D it may
* NOT be the correct edge type for the edge as far as the global
* mesh is concerned. However, the local information about all
* simplices using the edge can be combined to determine the
* correct global type.
* \n
* We must not be tempted to look for an existing edge and then
* grab its type; the edge may have just been created (with
* interior type by default), and in fact WE are being called as
* part of an attempt to calculate its global type...
* @return the proper edge type (interior/boundary) of an edge connecting the two
* given vertices
* @param thee Pointer to a simplex
* @param v0 Pointer to a vertex
* @param v1 Pointer to a vertex
*/
VEXTERNC int SS_localEdgeType(SS *thee, VV *v0, VV *v1);
/**
* @ingroup SS
* @brief Reverse the orientation of a simplex by swapping vertices.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return None
* @param thee Pointer to a vertex
*/
VEXTERNC void SS_reverse(SS *thee);
/**
* @ingroup FF
* @brief The FF constructor.
* @author Michael Holst
* @note Class S: Inlineable methods (ves.c)
* @return Pointer to a new allocated FF class
* @param grandParentFace ID number for gip sub-structure
* @param sPtr Pointer to a simplex
* @param color index for a face
*/
VPUBLIC FF* FF_ctor(int grandParentFace, SS *sPtr, int color);
#endif /* _VES_H_ */
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