dd/d46/mpidefs_8h_source.html

#ifndef USINGLIAISON


#include "supermpidefs.h"

#endif


#include "mpidefs.mpi_grmhd_grray_liaison.h"


int periodicx1, periodicx2, periodicx3;

int mpiperiodicx1, mpiperiodicx2, mpiperiodicx3;

int skipix1, reflectix1, reflectox1;

int skipix2, reflectix2, reflectox2;

int skipix3, reflectix3, reflectox3;

int intix1, intox1, intix2, intox2, intix3, intox3;

int skipintix1, skipintix2, skipintix3;

int ncpux1, ncpux2, ncpux3;

int truenumprocs;

int myid_world, numprocs;

int myid; // GRMHD CODE rank for non-MPI commands

int *MPIid; // GRMHD MPI internal rank for MPI commands

char myidtxt[MAXFILENAME];

long long int totalzones, realtotalzones,realtotalcompzones;

long long int rtotalzones;

long long int itotalzones;

long long int totalsize[COMPDIM + 1];

long long int itotalsize[COMPDIM + 1];

int mycpupos[COMPDIM + 1];  // my position amongst the cpus

int primgridpos[NUMBOUNDTYPES][COMPDIM*2][MAXNPR];

// NUMPACKUNPACK+1 because start at 1

FTYPE primfactor[NUMBOUNDTYPES][COMPDIM*2][NUMPRIMGRIDPOS][1+NUMPACKUNPACK][MAXNPR];

int dirgenset[NUMBOUNDTYPES][COMPDIM*2][DIRGENNUMVARS];

int dirloopset[NUMBOUNDTYPES][COMPDIM*2][NUMPRIMGRIDPOS][DIRLOOPNUMVARS];

int srdir[3*2];   // which direction this cpu

// sends/receives normal interior data

int startpos[COMPDIM + 1];

int endpos[COMPDIM + 1];  // startj and endj are where this CPU

// located on full grid

int *startpos0[COMPDIM+1];

int *endpos0[COMPDIM+1];

int *mycpupos0[COMPDIM+1];


int plmpiglobal;


int procnamelen;

#if(USEMPI)

MPI_Group MPI_GROUP_WORLD;

char processor_name[MPI_MAX_PROCESSOR_NAME];

MPI_Status mpichstatus;

#endif


FTYPE ndtsend, bsq_maxsend;


long long int nextbuf;

int numcolumns;

long long int bufferoffset;

long long int joniosize,writebufsize;

int romiocoliter;


//

// OpenMP stuff

//


int numopenmpthreads;

int numopenmpthreadsorig;