/usr/include/ug/parallel.h is in libug-dev 3.12.1-2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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// vi: set et ts=4 sw=2 sts=2:
/****************************************************************************/
/* */
/* File: parallel.h */
/* */
/* Purpose: defines for parallel ugp version 3 */
/* */
/* Author: Stefan Lang, Klaus Birken */
/* Institut fuer Computeranwendungen III */
/* Universitaet Stuttgart */
/* Pfaffenwaldring 27 */
/* 70550 Stuttgart */
/* email: stefan@ica3.uni-stuttgart.de */
/* phone: 0049-(0)711-685-7003 */
/* fax : 0049-(0)711-685-7000 */
/* */
/* History: 09.05.95 begin, ugp version 3.0 */
/* */
/* Remarks: */
/* */
/****************************************************************************/
/* RCS_ID
$Header$
*/
/****************************************************************************/
/* */
/* auto include mechanism and other include files */
/* */
/****************************************************************************/
#ifndef __PARALLEL_H__
#define __PARALLEL_H__
#include "heaps.h"
#ifdef ModelP
#include "ppif.h"
#include "ddd.h"
#endif
#include "gm.h"
#include "pargm.h"
#include "namespace.h"
START_UGDIM_NAMESPACE
/****************************************************************************/
/* */
/* defines in the following order */
/* */
/* compile time constants defining static data size (i.e. arrays) */
/* other constants */
/* macros */
/* */
/****************************************************************************/
#define MAXDDDTYPES 32
enum HandlerSets
{
HSET_XFER = 0,
HSET_REFINE
};
#ifdef ModelP
/* CE for nodes */
/* not used, kb 961216
#define KEEP_VECTOR 0*/ /* this is a node with vector */
/*#define DEL_VECTOR 1*/ /* this is a node without vector */
/* status output from different parallel phases */
/*
#define STAT_OUT
*/
/* define DDD_PRIO_ENV to change priority using fast PrioBegin/End env. */
/*
#define DDD_PRIO_ENV
*/
#ifdef DDD_PRIO_ENV
#define DDD_PrioritySet(h,p) {ObjectPriorityUpdate((DDD_OBJ)h,p); DDD_PrioChange(h,p);}
#endif
/* macros for processor-synchronized output */
#define SYNC_ALL { int _p; for(_p=0; _p<procs; _p++) { \
Synchronize(); if(_p==me) {
#define SYNC_CONTEXT { int _p; for(_p=0; _p<procs; _p++) { \
Synchronize(); if((_p==me)&&CONTEXT(me)) {
#define SYNC_END }}}
#define UGTYPE(t) (dddctrl.ugtypes[(t)])
#define DDDTYPE(t) (dddctrl.types[(t)])
#define HAS_DDDHDR(t) (dddctrl.dddObj[(t)])
#define CONTEXT(p) (dddctrl._context[(p)])
#define DDD_DOMAIN_DATA DDD_USER_DATA+1
#define DDD_EXTRA_DATA DDD_USER_DATA+2
/* macros for ddd object info */
/* for elements */
#define EPRIO(e) (Priorities)DDD_InfoPriority(PARHDRE(e))
#define SETEPRIO(e,p) DDD_PrioritySet(PARHDRE(e),p)
#define SETEPRIOX(e,p) if (EPRIO(e)!=p) DDD_PrioritySet(PARHDRE(e),p)
#define EMASTER(e) (EPRIO(e) == PrioMaster)
#define EGHOST(e) (EPRIO(e)==PrioHGhost || EPRIO(e)==PrioVGhost ||\
EPRIO(e)==PrioVHGhost)
#define EVHGHOST(e) (EPRIO(e)==PrioVHGhost)
#define EVGHOST(e) (EPRIO(e)==PrioVGhost || EPRIO(e)==PrioVHGhost)
#define EHGHOST(e) (EPRIO(e)==PrioHGhost || EPRIO(e)==PrioVHGhost)
#define EGID(e) DDD_InfoGlobalId(PARHDRE(e))
#define EPROCLIST(e) DDD_InfoProcList(PARHDRE(e))
#define EPROCPRIO(e,p) DDD_InfoProcPrio(PARHDRE(e),p)
#define ENCOPIES(e) DDD_InfoNCopies(PARHDRE(e))
#define EATTR(e) DDD_InfoAttr(PARHDRE(e))
#define XFEREDELETE(e) DDD_XferDeleteObj(PARHDRE(e))
#define XFERECOPY(e,dest,prio) DDD_XferCopyObj(PARHDRE(e),dest,prio)
#define XFERECOPYX(e,dest,prio,size) DDD_XferCopyObjX(PARHDRE(e),dest,prio,size)
/* for nodes, vectors, edges (edges only 3D) */
#define PRIO(e) DDD_InfoPriority(PARHDR(e))
#define SETPRIO(e,p) DDD_PrioritySet(PARHDR(e),p)
#define SETPRIOX(e,p) if (PRIO(e)!=p) DDD_PrioritySet(PARHDR(e),p)
#define MASTER(e) (PRIO(e)==PrioMaster || PRIO(e)==PrioBorder)
#define GHOST(e) (PRIO(e)==PrioHGhost || PRIO(e)==PrioVGhost ||\
PRIO(e)==PrioVHGhost)
#define VHGHOST(e) (PRIO(e)==PrioVHGhost)
#define VGHOST(e) (PRIO(e)==PrioVGhost || PRIO(e)==PrioVHGhost)
#define HGHOST(e) (PRIO(e)==PrioHGhost || PRIO(e)==PrioVHGhost)
#define GID(e) DDD_InfoGlobalId(PARHDR(e))
#define PROCLIST(e) DDD_InfoProcList(PARHDR(e))
#define PROCPRIO(e,p) DDD_InfoProcPrio(PARHDR(e),p)
#define NCOPIES(e) DDD_InfoNCopies(PARHDR(e))
#define ATTR(e) DDD_InfoAttr(PARHDR(e))
#define XFERDELETE(e) DDD_XferDeleteObj(PARHDR(e))
#define XFERCOPY(e,dest,prio) DDD_XferCopyObj(PARHDR(e),dest,prio)
#define XFERCOPYX(e,dest,prio,size) DDD_XferCopyObjX(PARHDR(e),dest,prio,size)
/* for vertices */
#define VXPRIO(e) DDD_InfoPriority(PARHDRV(e))
#define SETVXPRIO(e,p) DDD_PrioritySet(PARHDRV(e),p)
#define SETVXPRIOX(e,p) if (VXPRIO(e)!=p) DDD_PrioritySet(PARHDRV(e),p)
#define VXMASTER(e) (VXPRIO(e)==PrioMaster || VXPRIO(e)==PrioBorder)
#define VXGHOST(e) (VXPRIO(e)==PrioHGhost || VXPRIO(e)==PrioVGhost ||\
VXPRIO(e)==PrioVHGhost)
#define VXVHGHOST(e) (VXPRIO(e)==PrioVHGhost)
#define VXVGHOST(e) (VXPRIO(e)==PrioVGhost || VXPRIO(e)==PrioVHGhost)
#define VXHGHOST(e) (VXPRIO(e)==PrioHGhost || VXPRIO(e)==PrioVHGhost)
#define VXGID(e) DDD_InfoGlobalId(PARHDRV(e))
#define VXPROCLIST(e) DDD_InfoProcList(PARHDRV(e))
#define VXPROCPRIO(e,p) DDD_InfoProcPrio(PARHDRV(e),p)
#define VXNCOPIES(e) DDD_InfoNCopies(PARHDRV(e))
#define VXATTR(e) DDD_InfoAttr(PARHDRV(e))
#define XFERVXDELETE(e) DDD_XferDeleteObj(PARHDRV(e))
#define XFERVXCOPY(e,dest,prio) DDD_XferCopyObj(PARHDRV(e),dest,prio,size)
#define XFERVXCOPYX(e,dest,prio,size) DDD_XferCopyObjX(PARHDRV(e),dest,prio,size)
/* macros for priorities */
/* for elements */
#define EMASTERPRIO(p) (p==PrioMaster)
#define EGHOSTPRIO(p) (p==PrioHGhost || p==PrioVGhost || p==PrioVHGhost)
#define EVHGHOSTPRIO(p) (p==PrioVHGhost)
#define EVGHOSTPRIO(p) (p==PrioVGhost || p==PrioVHGhost)
#define EHGHOSTPRIO(p) (p==PrioHGhost || p==PrioVHGhost)
/* for nodes, vertices, vectors, edges (edges only 3D) */
#define MASTERPRIO(p) (p==PrioMaster || p==PrioBorder)
#define GHOSTPRIO(p) (p==PrioHGhost || p==PrioVGhost || p==PrioVHGhost)
#define VHGHOSTPRIO(p) (p==PrioVHGhost)
#define VGHOSTPRIO(p) (p==PrioVGhost || p==PrioVHGhost)
#define HGHOSTPRIO(p) (p==PrioHGhost || p==PrioVHGhost)
#define GIDFMT "%08x"
/* This exchanges in the load balancing the connections too.
#define __EXCHANGE_CONNECTIONS__ */
#endif /* ModelP */
/****************************************************************************/
/* */
/* data structures exported by the corresponding source file */
/* */
/****************************************************************************/
/****************************************************************************/
/* */
/* definition of exported global variables */
/* */
/****************************************************************************/
#ifdef ModelP
/* DDD objects */
extern DDD_TYPE TypeVector;
extern DDD_TYPE TypeIVertex, TypeBVertex;
extern DDD_TYPE TypeNode;
extern DDD_TYPE TypeUnknown;
#ifdef __TWODIM__
extern DDD_TYPE TypeTrElem, TypeTrBElem,
TypeQuElem, TypeQuBElem;
#endif
#ifdef __THREEDIM__
extern DDD_TYPE TypeTeElem, TypeTeBElem;
extern DDD_TYPE TypePyElem, TypePyBElem;
extern DDD_TYPE TypePrElem, TypePrBElem;
extern DDD_TYPE TypeHeElem, TypeHeBElem;
#endif
/* DDD data objects */
extern DDD_TYPE TypeMatrix;
extern DDD_TYPE TypeBndP;
extern DDD_TYPE TypeEdge;
extern DDD_TYPE TypeBndS;
/* DDD Interfaces */
extern DDD_IF ElementIF, ElementSymmIF, ElementVIF, ElementSymmVIF,
ElementVHIF, ElementSymmVHIF;
extern DDD_IF BorderNodeIF, BorderNodeSymmIF, OuterNodeIF, NodeVIF,
NodeIF, NodeAllIF;
extern DDD_IF BorderVectorIF, BorderVectorSymmIF,
OuterVectorIF, OuterVectorSymmIF,
VectorVIF, VectorVAllIF, VectorIF;
extern DDD_IF EdgeIF, BorderEdgeSymmIF, EdgeHIF, EdgeVHIF,
EdgeSymmVHIF;
/* DDD Global Controls */
typedef struct
{
/* data from ug */
MULTIGRID *currMG;
FORMAT *currFormat;
int nodeData;
int edgeData;
int elemData;
int sideData;
/* data for memmgr */
MULTIGRID *memmgrMG;
INT ugtypes[MAXDDDTYPES]; /* dddtype -> ugtype */
DDD_TYPE types[MAXOBJECTS]; /* ugtype -> dddtype */
int dddObj[MAXOBJECTS];
/* status of DDDIF */
int allTypesDefined;
/* context information, will be allocated with size=procs */
INT *_context;
} DDD_CTRL;
extern DDD_CTRL dddctrl;
#endif
/****************************************************************************/
/* */
/* function declarations */
/* */
/****************************************************************************/
#ifdef ModelP
/* from initddd.c */
int InitDDD (void);
int ExitDDD (void);
void InitCurrMG (MULTIGRID *);
/* from debugger.c */
void ddd_pstat (char *);
void ddd_DisplayContext (void);
/* from lb.c */
void lbs (const char *argv, MULTIGRID *theMG);
/* from handler.c */
void ddd_HandlerInit (INT);
DDD_TYPE NFatherObjType (DDD_OBJ obj, DDD_OBJ ref);
void ObjectPriorityUpdate (DDD_OBJ obj, DDD_PRIO newPrio);
/* from lbrcb.c */
int BalanceGridRCB (MULTIGRID *, int);
/* from gridcons.c */
void ConstructConsistentGrid (GRID *theGrid);
void ConstructConsistentMultiGrid (MULTIGRID *theMG);
/* from pgmcheck.c */
INT CheckProcListCons (int *proclist, int uniqueTag);
INT CheckInterfaces (GRID *theGrid);
/* from priority.c */
INT SetGridBorderPriorities (GRID *theGrid);
void SetGhostObjectPriorities (GRID *theGrid);
/* from trans.c */
int TransferGrid (MULTIGRID *theMG);
int TransferGridFromLevel (MULTIGRID *theMG, INT level);
void AMGAgglomerate (MULTIGRID *theMG);
/* from identify.c */
void IdentifyInit (MULTIGRID *theMG);
void IdentifyExit (void);
INT Identify_Objects_of_ElementSide (GRID *theGrid, ELEMENT *theElement, INT i);
INT Identify_SonNodesAndSonEdges (GRID *theGrid);
/* from overlap.c */
INT UpdateGridOverlap (GRID *theGrid);
INT ConnectGridOverlap (GRID *theGrid);
INT ConnectVerticalOverlap (MULTIGRID *theMG);
/* from priority.c */
void SetGhostObjectPriorities (GRID *theGrid);
INT SetBorderPriorities (GRID *theGrid);
INT SetGridBorderPriorities (GRID *theGrid);
/* from partition.c */
INT CheckPartitioning (MULTIGRID *theMG);
INT RestrictPartitioning (MULTIGRID *theMG);
/* from pgmcheck.c */
INT CheckInterfaces (GRID *theGrid);
#ifdef USE_FAMG
INT pamgDo( MULTIGRID *theMG, INT level );
INT pamgCheckDo( MULTIGRID *theMG, INT level );
#endif
#endif /* ModelP */
END_UGDIM_NAMESPACE
#endif /* __PARALLEL_H__ */
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