static void f77name(save_openmp_state)()
{
int ONE=1;
omp_max_threads=f77name(f_omp_get_max_threads)();
f77name(f_omp_set_num_threads)(&ONE);
/*
printf("Saved state : %d CPUs\n",omp_max_threads);
printf("Number of threads set to %d\n",ONE);
*/
}
void f77name(restore_openmp_state)()
{
f77name(f_omp_set_num_threads)(&omp_max_threads);
/*
printf("Number of threads set to %d\n",omp_max_threads);
*/
}
ftnword f77name(close_db_file)(ftnword *iun)
{
int ier, f, i;
f = -1;
for (i=0; i < Max_File; i++)
if (TB[i].iun == *iun) {
f = i;
break;
}
if (f == -1) {
fprintf(stderr,"close_db_file error: file (unit=%d) not open\n",*iun);
exit(7);
}
ier = f77name(rewind_db_file)(iun);
TB[f].fd = -1;
TB[f].iun = -1;
TB[f].pos_in = 0;
TB[f].pos_out = 0;
TB[f].nb_elmt_lu = 0;
TB[f].nb_elmt_ecrit = 0;
free(TB[f].pBuf_IN);
free(TB[f].pBuf_OUT);
TB[f].pBuf_IN = NULL;
TB[f].pBuf_OUT = NULL;
return(0);
}
void c_xy2fxfy(float *fx, float *fy, float x, float y)
{
int ix;
int iy;
int un = 1;
float x_x, y_y;
x_x = x;
y_y = y;
switch (usSpace.mapping)
{
case 5:
*fx = x;
f77name(ez_rgdint_1_nw)(fy,&x_x,&y_y, &un, usSpace.z, &usSpace.ni,&un, &usSpace.nj);
break;
case 6:
f77name(ez_rgdint_1_nw)(fx,&x_x,&y_y, &un, usSpace.zx, &usSpace.ni,&un, &usSpace.nj);
f77name(ez_rgdint_1_nw)(fy,&x_x,&y_y, &un, usSpace.zy, &usSpace.ni,&un, &usSpace.nj);
break;
default:
if (usSpace.axex)
{
INTERP(*fx, x, usSpace.axex, usSpace.ni)
}
else
{
*fx = x_x;
}
if (usSpace.axey)
{
INTERP(*fy, y_y, usSpace.axey, usSpace.nj)
}
else
{
*fy = y_y;
}
break;
}
}
ftnword f77name(bozo)(void *name, void *type, void *etik, void *grtyp,
char *cname, char *ctype, char *cetik, char *cgrtyp, void *holocar,
F2Cl l1, F2Cl l2, F2Cl l3, F2Cl l4)
{
int ier;
printf("fstcvt cname=%s,ctype=%s,cetik=%s,cgrtyp=%s\n",cname,ctype,cetik,cgrtyp);
ier = f77name(fstcvt2)(name,type,etik,grtyp,cname,ctype,cetik,cgrtyp,holocar,l1,l2,l3,l4);
return((ftnword) ier);
}
/* sequence of operations
PE 0 PE 1 ....... PE last
accept accept NO-OP
NO-OP connect(PE 0) connect(PE last-1)
NO-OP read(PE 0) read(PE last-1)
write(PE 1) write(PE 2) NO-OP
read(PE 1) read(PE 2) NO-OP
NO-OP write(PE 0) write(PE last-1)
NO-OP close(PE 0) close(PE last-1)
close(PE 1) close(PE 2) NO-OP
*/
int f77name(rpn_comm_softbarrier)(ftnword *comm) /* perform a soft sync */
{
char buf[1024];
int fdesc_up=-1, fdesc_down=-1;
int status=-1;
struct set_of_ports *p=chain;
while ( (p!=NULL) && (p->comm != *comm) ) p = p->next ;
if ( p == NULL ) return(-1);
f77name(save_openmp_state)();
#ifdef DEBUG
printf("Entering rpn_comm_soft_sync, PE=%d\n",p->pe_me);
fflush(stdout);
if(p->pe_me == 0) sleep(1);
#endif
if(p->pe_me != p->nprocs-1) fdesc_down=accept_from_sock(p->my_server);
#ifdef DEBUG
if(p->pe_me != p->nprocs-1) printf("PE=%d, accept_from_sock,fdesc_down=%d\n",p->pe_me,fdesc_down);
fflush(stdout);
#endif
if(p->pe_me != 0){
#ifdef DEBUG
printf("PE=%d,connect_to_port %d@%x\n",p->pe_me,p->list_port[p->pe_me-1],p->list_server[p->pe_me-1]);
#endif
fdesc_up=connect_to_port(p->list_server[p->pe_me-1],p->list_port[p->pe_me-1]);
#ifdef DEBUG
printf("PE=%d,connected_to_port %d@%x, desc=%d\n",p->pe_me,p->list_port[p->pe_me-1],p->list_server[p->pe_me-1],fdesc_up);
#endif
read(fdesc_up,buf,4);
}
if(p->pe_me != p->nprocs-1) write(fdesc_down,buf,4);
if(p->pe_me != p->nprocs-1) read(fdesc_down,buf,4);
if(p->pe_me != 0) write(fdesc_up,buf,4);
if(fdesc_up != -1) close(fdesc_up);
if(fdesc_down != -1) close(fdesc_down);
f77name(restore_openmp_state)();
return(MPI_SUCCESS);
}
/*<----------------------------------------------------------------------------------------->*/
void ActiverPanneauEdition()
{
if (!peTopLevel)
InitPanneauEdition();
if (!XtIsRealized(peTopLevel))
{
XtRealizeWidget(peTopLevel);
CheckColormap(peTopLevel);
}
f77name(xpaneact)();
}
void xmlconvip(char xmlip1[], int ip1)
{
float niveau;
int kind, mode;
int flag = 1;
int i;
int lip1;
F2Cl l=32;
mode = -1;
lip1 = ip1;
for (i = 0; i < 32; i++) xmlip1[i]='\0';
f77name(convip)(&lip1, &niveau, &kind, &mode, xmlip1, &flag, l );
xmlip1[31] = '\0';
nettoyer(xmlip1);
}
void xmlconvdate(char xmldate[], int dateo)
{
int ldateo, yyyymmdd, hhmmssss, mode;
int yyyy, month, day, hour, minutes, sec, fracsec;
mode = -3;
ldateo = dateo;
f77name(newdate)(&ldateo, &yyyymmdd, &hhmmssss, &mode);
yyyy = yyyymmdd / 10000;
month = (yyyymmdd / 100) % 100;
day = yyyymmdd % 100;
hour = hhmmssss / 1000000;
minutes = (hhmmssss / 10000) % 100;
sec = (hhmmssss % 100);
sprintf(xmldate, "%04d-%02d-%02dT%02d:%02d:%02dZ", yyyy, month, day, hour, minutes, sec);
}
void f77name(cmainieeedouble)()
{
int i;
FLOAT_4_8 arrayOfFloat0[myElementCount];
FLOAT_4_8 arrayOfFloat[myElementCount2], arrayOfFloatTest[strideElementCount];
FLOAT_4_8 arrayOfFloat1[myElementCount2], arrayOfFloat2[strideElementCount];
FLOAT_4_8 arrayOfFloat3[myElementCount2], arrayOfFloat4[strideElementCount];
FLOAT_4_8 arrayOfFloat5[myElementCount2], arrayOfFloat6[myElementCount2], arrayOfFloat7[myElementCount2];
FLOAT_4_8 arrayOfFloat1_IEEE[myElementCount2], arrayOfFloat2_IEEE[myElementCount2];
FLOAT_4_8 arrayOfFloat3_IEEE[myElementCount2];
ftnword ftnBitSizeOfIEEE, ftnBitSizeOfIBM, ftnElementCount, ftnCorrectElement, ftnErrorCode;
word arrayOfInt1[myElementCount2], arrayOfInt2[myElementCount2];
word arrayOfInt3[myElementCount2], arrayOfInt4[myElementCount2];
word arrayOfInt5[myElementCount2], arrayOfInt6[myElementCount2], arrayOfInt7[myElementCount2];
/***************************
need to switch between 4 and 32 to check its viability
*****************************/
int bitSizeOfInt;
int mBitSizeOfInt;
int off_set = 1;
int stride = 1;
int opCode = FLOAT_PACK;
int opCode1 = FLOAT_UNPACK;
ftnword *unpackedFloat1, *unpackedFloat2, *unpackedFloat3, *unpackedFloat4,*unpackedFloat5, *unpackedFloat6;
FLOAT_4_8 missingTag = 9999.0000;
FLOAT_4_8 tempFloat;
FLOAT_4_8 maxError, maxDifference;
int notStablized = 0;
int strideNotWorking;
int testError;
int bitSizeOfExpo;
int mantisaSize;
int expoAlignment;
FLOAT_4_8 powerOf2s[64];
bitSizeOfInt = okBit;
mBitSizeOfInt = -okBit;
powerOf2s[0] = 1.0;
for ( i = 1; i < 64; i++)
{
powerOf2s[i] = 2.0 *powerOf2s[i-1];
};
/*******************************************
* *
* transform IBM format into IEEE *
* *
******************************************/
ftnBitSizeOfIEEE = 4;
ftnBitSizeOfIBM = 4;
ftnElementCount = myElementCount2;
if ( geneticOn == 1 )
{
/******************************
genetic test
****************************/
bitSizeOfInt = 16;
bitSizeOfExpo = 7;
mantisaSize = 9;
printf("\n IEEE block test starts(double) \n" );
arrayOfFloat1[0] = 0.0;
arrayOfFloat1[1] = 0.999999;
for ( i = 2; i < elementCount ; i++ )
{
arrayOfFloat1[i] = ((i+1.0) / (elementCount + 10.0) - 0.5);
};
f77name(fl1_ie3)(arrayOfFloat1, arrayOfFloat1_IEEE, &ftnBitSizeOfIBM, &ftnBitSizeOfIEEE,
&ftnElementCount, &ftnCorrectElement, &ftnErrorCode);
for ( bitSizeOfInt = 16; bitSizeOfInt < 33; bitSizeOfInt++)
{
if ( bitSizeOfInt < 21 )
{
bitSizeOfExpo = 5;
}
else if ( bitSizeOfInt < 25 )
{
bitSizeOfExpo = 6;
}
else if ( bitSizeOfInt < 29 )
{
bitSizeOfExpo = 7;
}
else
{
bitSizeOfExpo = 8;
}
mantisaSize = bitSizeOfInt - bitSizeOfExpo - 1;
expoAlignment = 126 - (powerOf2s[bitSizeOfExpo] - 1);
unpackedFloat1 = compact_IEEEblock_FLOAT_4_8(arrayOfFloat1_IEEE, &arrayOfInt1[0], &arrayOfInt1[4],
elementCount, bitSizeOfInt,
bitSizeOfExpo, 0, 1, FLOAT_PACK, 0, &missingTag);
unpackedFloat2 = compact_IEEEblock_FLOAT_4_8(arrayOfFloat2_IEEE, &arrayOfInt1[0], &arrayOfInt1[4],
elementCount, bitSizeOfInt,
bitSizeOfExpo, 0, 1, FLOAT_UNPACK, 0, &missingTag);
f77name(ie3_fl1)(arrayOfFloat2_IEEE, arrayOfFloat2, &ftnBitSizeOfIEEE, &ftnBitSizeOfIBM,
&ftnElementCount, &ftnCorrectElement, &ftnErrorCode);
IEEEtransform(bitSizeOfInt, mantisaSize, expoAlignment, arrayOfFloat1_IEEE, arrayOfFloat3_IEEE,
elementCount, stride);
f77name(ie3_fl1)(arrayOfFloat3_IEEE, arrayOfFloat3, &ftnBitSizeOfIEEE, &ftnBitSizeOfIBM,
&ftnElementCount, &ftnCorrectElement, &ftnErrorCode);
testError = 0;
for ( i = 0; i < elementCount*stride; i+=stride)
{
if ( arrayOfFloat2[i] != arrayOfFloat3[i] )
{
testError = 1;
printf("\t %d \t %f \t %f \n", i, arrayOfFloat2[i], arrayOfFloat3[i]);
}
};
if (testError == 1 )
{
printf(" bitSizeOfToken: %d \t bitSizeOfExpo: %d \t test not passed \n",
bitSizeOfInt, bitSizeOfExpo);
}
else
{
printf(" bitSizeOfToken: %d \t bitSizeOfExpo: %d \t test passed \n",
bitSizeOfInt, bitSizeOfExpo);
};
};
bitSizeOfInt = 64;
unpackedFloat1 = compact_IEEEblock_FLOAT_4_8(arrayOfFloat1, &arrayOfInt1[0], arrayOfFloat3,
elementCount, bitSizeOfInt,
bitSizeOfExpo, 0, 1, FLOAT_PACK, 0, &missingTag);
unpackedFloat2 = compact_IEEEblock_FLOAT_4_8(arrayOfFloat2, &arrayOfInt1[0], arrayOfFloat3,
elementCount, bitSizeOfInt,
bitSizeOfExpo, 0, 1, FLOAT_UNPACK, 0, &missingTag);
testError = 0;
for ( i = 0; i < elementCount*stride; i+=stride)
{
if ( arrayOfFloat2[i] != arrayOfFloat1[i] )
{
testError = 1;
printf("\t %d \t %f \t %f \n", i, arrayOfFloat2[i], arrayOfFloat1[i]);
}
};
if (testError == 1 )
{
printf(" bitSizeOfToken: %d \t bitSizeOfExpo: %d \t test not passed \n",
bitSizeOfInt, bitSizeOfExpo);
}
else
{
printf(" bitSizeOfToken: %d \t bitSizeOfExpo: %d \t test passed \n",
bitSizeOfInt, bitSizeOfExpo);
};
printf("\n IEEE block test finishes(double) \n");
printf("\n ===================================================== \n\n\n");
};
}/* end of program */
int GetSurfacePressure(_Champ *champ)
{
_Champ bidon;
int dateo,datev;
int listeIP1[100];
int i,ier,n,lngListe,lngMaxListe;
int ni,nj,nk,npts;
int cleP0,clePN,cleMT,cleGZtop,cleGZbottom,cleTTtop,cleTTbottom;
int sommeMasque,coordonnee;
float *pnm, *mt,*ztop,*zbottom,*tttop,*ttbottom,ip1top,ip1bot,tmean;
float *temp;
int *masque;
int lng,gdin,gdout;
double deltaT;
int ivalide;
float niveau;
int versPression = -1;
int faux = 0;
char *P0 = "P0";
char *PN = "PN";
char *MT = "MT";
char *ME = "ME";
char *GZ = "GZ";
char *TT = "TT";
char *nomMT = MT;
char p0[5];
int moins1 = -1;
static char *pasdeP0[] = {"Champ de pression a la surface non disponible\nCalcul a vos risques et perils",
"Surface pressure field not available\nComputation done at your own risk"};
static char *pasdeMT[] = {"Champ de topographie non disponible.\n Generation de PO impossible",
"Topography field not available.\n Cannot generate P0 field"};
static char *pasdePNM[] = {"Champ de pression au niveau de la mer non disponible.\n Generation de PO impossible",
"Sea level pressure field not available.\n Cannot generate P0 field"};
static char *pasdeGZ[] = {"Champ de geopotentiel non disponible.\n Generation de PO impossible",
"Geopotential field not available.\n Cannot generate P0 field"};
static char *pasdeTT[] = {"Champ de temperature non disponible.\n Generation de PO impossible",
"Temperature field not available.\n Cannot generate P0 field"};
/* if (champ->coupe.montagnes == NULL)
{
return -1;
}*/
strcpy(p0, "P0 ");
lng = c_getulng();
dateo = champ->dateo;
ivalide = 0;
f77name(convip)(&(champ->ip1), &niveau, &coordonnee, &versPression, NULL, &faux, (F2Cl) 0);
deltaT = (champ->deet*champ->npas)/3600.0;
f77name(incdatr)(&datev,&dateo,&deltaT);
switch(coordonnee)
{
case METRES:
cleP0 = c_fstinf(champ->iun, &ni, &nj, &nk,-1," ", -1,-1, -1," ", ME);
if (cleP0 < 0)
{
MessageAvertissement(pasdeMT[lng],AVERTISSEMENT);
return -1;
}
else
{
champ->coupe.montagnes = (float *) calloc(ni * nj * nk, sizeof(float));
ier = c_fstluk(champ->coupe.montagnes, cleP0, &ni, &nj, &nk);
return 0;
}
break;
case SIGMA:
case HYBRIDE:
case PRESSION:
cleP0 = c_fstinf(champ->iun, &ni, &nj, &nk, champ->datev,champ->etiket, moins1, champ->ip2, champ->ip3, champ->typvar, p0);
if (cleP0 < 0)
{
MessageAvertissement(pasdeP0[lng],AVERTISSEMENT);
}
else
{
gdin = c_ezqkdef(champ->src.ni, champ->src.nj, champ->src.grtyp, champ->src.ig1, champ->src.ig2, champ->src.ig3, champ->src.ig4, champ->iun);
gdout = c_ezgetgdout();
c_ezdefset(gdout,gdin);
temp = (float *) malloc(ni * nj * nk*sizeof(float));
ier = c_fstluk(temp, cleP0, &ni, &nj, &nk);
if (champ->coupe.montagnes == NULL)
{
champ->coupe.montagnes = malloc(champ->dst.ni * champ->dst.nj * sizeof(float));
}
c_ezsint(champ->coupe.montagnes,temp);
free(temp);
return 0;
}
clePN = c_fstinf(champ->iun, &ni, &nj, &nk,
datev,champ->etiket, -1,
champ->ip2, champ->ip3, champ->typvar, PN);
if (clePN < 0)
{
MessageAvertissement(pasdePNM[lng],AVERTISSEMENT);
return -1;
}
cleMT = c_fstinf(champ->iun, &ni, &nj, &nk,-1," ", -1,-1, -1, " ", MT);
if (cleMT < 0)
{
cleMT = c_fstinf(champ->iun, &ni, &nj, &nk,-1," ", -1,-1,-1," ", ME);
nomMT = ME;
if (cleMT < 0)
{
MessageAvertissement(pasdeMT[lng], AVERTISSEMENT);
return -1;
}
}
lngMaxListe = 100;
ier = c_fstinl(champ->iun, &ni, &nj, &nk, datev, champ->etiket,-1,
champ->ip2, champ->ip3, champ->typvar, GZ, listeIP1, &lngListe, lngMaxListe);
FldMgrVerConsistanceGrilles(*champ, listeIP1, &lngListe);
FldMgrVerConsistanceNiveaux(*champ, listeIP1, &lngListe);
FldMgrTrierClesSelonIP1(listeIP1,&lngListe);
if (lngListe < 2)
{
MessageAvertissement(pasdeGZ[lng],AVERTISSEMENT);
return -1;
}
npts = ni * nj * nk;
gdin = c_ezgetgdin();
gdout = c_ezgetgdout();
c_ezdefset(gdout,gdin);
champ->coupe.montagnes = (float *) calloc(npts, sizeof(float));
pnm = (float *) calloc(npts, sizeof(float));
mt = (float *) calloc(npts, sizeof(float));
ztop = (float *) calloc(npts, sizeof(float));
zbottom = (float *) calloc(npts, sizeof(float));
tttop = (float *) calloc(npts, sizeof(float));
ttbottom = (float *) calloc(npts, sizeof(float));
masque = (int *) calloc(npts, sizeof(int));
cleGZbottom = 0;
cleGZtop = 1;
ier = c_fstluk(pnm, clePN, &ni, &nj, &nk);
ier = c_fstluk(mt, cleMT, &ni, &nj, &nk);
if (nomMT == MT)
{
for (i=0; i < npts; i++)
mt[i] *= 0.1;
}
n = 0;
/* traitement separe de la premiere couche */
sommeMasque = 0;
bidon.cle = listeIP1[cleGZbottom];
FldMgrGetFstPrm(&bidon);
ip1bot = (float)bidon.ip1;
ier = c_fstluk(zbottom, listeIP1[cleGZbottom], &ni, &nj, &nk);
for (i=0; i < npts; i++) zbottom[i] *= 10.0;
cleTTbottom = c_fstinf(champ->iun, &ni, &nj, &nk,-1," ",bidon.ip1,-1,-1," ", TT);
if (cleTTbottom < 0)
{
MessageAvertissement(pasdeTT[lng],AVERTISSEMENT);
return -1;
}
ier = c_fstluk(ttbottom, cleTTbottom, &ni, &nj, &nk);
for (i=0; i < npts; i++)
{
champ->coupe.montagnes[i] = pnm[i];
if (mt[i] <= 0.0)
{
masque[i] = 1;
}
else
{
if (mt[i] >= zbottom[i])
{
champ->coupe.montagnes[i] = (float) ip1bot;
}
else
{
champ->coupe.montagnes[i] = pnm[i]*exp((-9.8*mt[i])/(287.0*(273+ttbottom[i])));
masque[i] = 1;
}
}
sommeMasque += masque[i];
}
bidon.cle = listeIP1[cleGZtop];
FldMgrGetFstPrm(&bidon);
ip1top = (float)bidon.ip1;
ier = c_fstluk(ztop, listeIP1[cleGZtop], &ni, &nj, &nk);
for (i=0; i < npts; i++)
{
ztop[i] *= 10.0;
}
cleTTtop = c_fstinf(champ->iun, &ni, &nj, &nk,-1,bidon.etiket,bidon.ip1,-1,-1," ", TT);
if (cleTTtop < 0)
{
MessageAvertissement(pasdeTT[lng],AVERTISSEMENT);
return -1;
}
ier = c_fstluk(tttop, cleTTtop, &ni, &nj, &nk);
while (sommeMasque != npts && cleGZtop < lngListe)
{
for (i=0; i < npts; i++)
{
if (masque[i] == 0)
{
if (mt[i] >= ztop[i])
{
champ->coupe.montagnes[i] = (float) ip1top;
}
else
{
tmean = (tttop[i]+ttbottom[i])*0.5 + 273.0;
champ->coupe.montagnes[i] = ip1bot*(exp((-9.8*(mt[i]-zbottom[i]))/(287.0*tmean)));
masque[i] = 1;
}
}
}
sommeMasque = 0;
for (i=0; i < npts; i++)
{
sommeMasque += masque[i];
zbottom[i] = ztop[i];
ttbottom[i] = tttop[i];
}
ip1bot = ip1top;
cleGZtop++;
bidon.cle = listeIP1[cleGZtop];
FldMgrGetFstPrm(&bidon);
ip1top = (float)bidon.ip1;
ier = c_fstluk(ztop, listeIP1[cleGZtop], &ni, &nj, &nk);
for (i=0; i < npts; i++)
{
ztop[i] *= 10.0;
}
cleTTtop = c_fstinf(champ->iun, &ni, &nj, &nk,-1,bidon.etiket,bidon.ip1,-1,-1," ", TT);
if (cleTTtop < 0)
{
MessageAvertissement(pasdeTT[lng],AVERTISSEMENT);
return -1;
}
ier = c_fstluk(tttop, cleTTtop, &ni, &nj, &nk);
}
temp = champ->coupe.montagnes;
champ->coupe.montagnes = malloc(champ->dst.ni*champ->dst.nj*champ->dst.nk*sizeof(float));
c_ezsint(champ->coupe.montagnes,temp);
free(temp);
free(pnm);
free(mt);
free(ztop);
free(zbottom);
free(tttop);
free(ttbottom);
free(masque);
return 0;
break;
/* case PRESSION:
cleP0 = 0;
champ->coupe.montagnes = NULL;
return -1;
break;*/
default:
// cleP0 = NULL;
cleP0 = 0;
champ->coupe.montagnes = NULL;
return -1;
break;
}
}
lire_geo(ListePointsStruct *(*liste), int *nbItems, char *nomFichier[], int nbFichiers)
{
float pts[200];
int deuxCents = 200;
char nomFichierGeographie[128];
char *tmp;
int res;
int n,i, j, nbSeg;
float xmin, xmax;
float ymin, ymax;
float latMin, latMax, lonMin, lonMax;
int oldNbItems = 0;
static int gdb_initialized = -1;
int npts, centCinquanteHuit, code;
if (gdb_initialized == -1)
{
gdb_init();
gdb_initialized = 1;
}
NewGeoItem(liste,nbItems);
tmp = (char *) getenv("GDB_PATH");
if (tmp != NULL)
{
if (gdb_initialized == -1)
{
gdb_init();
gdb_initialized = 1;
}
gdb_limit(-90.0, -180.0, 90.0, 360.0 );
gdb_liste = *liste;
gdb_nbItems = *nbItems;
gdb_line(8,GDB_LIN_COAST,get_coastline);
*liste = gdb_liste;
*nbItems = gdb_nbItems;
}
else
{
tmp = (char *) getenv("DCW");
if (tmp == NULL)
{
tmp = (char *) getenv("ARMNLIB");
if (tmp == NULL)
{
printf("La valeur de la variable d'environnement ARMNLIB est inconnue... \nImpossible de continuer.\n");
exit(-1);
}
else
{
for (n=0; n < nbFichiers; n++)
{
strcpy(nomFichierGeographie, tmp);
strcat(nomFichierGeographie, nomFichier[n]);
centCinquanteHuit = 158;
f77name(opllfl)(¢CinquanteHuit, nomFichierGeographie, &code,(F2Cl) strlen((char *)nomFichier));
npts = -1;
while (npts != 0)
{
f77name(rdllfl)(¢CinquanteHuit, &npts, &latMax, &latMin, &lonMax, &lonMin, pts, &deuxCents);
if (latMax < latMin)
swapFloats(&latMin, &latMax);
if (lonMax < lonMin)
swapFloats(&lonMin, &lonMax);
res = gmp_perim(&xmin, &ymin, &xmax, &ymax, &latMin, &lonMin, &latMax, &lonMax, &nbSeg);
if (res)
{
gmp_trim(pts, &npts,mapOptions.resolution);
gmp_convert(*liste, nbItems, pts, npts, xmin, ymin, xmax, ymax, nbSeg);
for (i=oldNbItems; i < *nbItems; i++)
{
switch(mapOptions.styleGeo)
{
case LIGNE:
case TIRET:
TracerVecteurs(&(*liste)[i]);
break;
case POINT:
TracerPoints(&(*liste)[i]);
break;
}
}
NewGeoItem(liste,nbItems);
oldNbItems = *nbItems-1;
}
}
f77name(clllfl)(¢CinquanteHuit);
}
}
}
}
}
/*<----------------------------------------------------------------------------------------->*/
XtCallbackProc PeEnregistrer(Widget w, caddr_t clientData, caddr_t callData)
{
char nomFich[1024];
char *nouvelleEtiquette;
char *typFich = "STD+RND";
int lng;
static char *nombidon[] = {"champ_edite", "modified_field"};
static char *succes[] = {"\nOperation completee.\n Le champ a ete ecrit dans le fichier:\n",
"\nOperation successfull.\n The field has been saved in the file:\n"};
static char *problemeFnom[] = {"\nProbleme avec l'ouverture du fichier\nOperation annulee\n",
"\nCan't open file.\nOperation cancelled\n"};
int iunSortie = 0;
char succesStr[256];
Arg args[2];
int i;
float tmp;
int ni, nj, nk;
int ier, dateo, deet, npas, nbits, datyp, ip1, ip2, ip3;
int ig1,ig2,ig3,ig4,swa,fstlng,dltf,ubc,extra1,extra2,extra3;
char grtyp[2], typvar[3], nomvar[5], etiket[13];
float *tmpfld;
int *itmpfld;
unsigned int *iunstmpfld;
unsigned int tmpunsfld;
int tmpintfld;
_Champ *champ;
FldMgrGetChamp(&champ, 0);
lng = c_getulng();
f77name(rtnozsrt)(nomFich, (F2Cl) 1024);
i = 0;
while (!(isspace((int)nomFich[i])))
i++;
nomFich[i] = '\0';
for (i=0; i < strlen(nomFich); i++)
nomFich[i] = tolower((int)nomFich[i]);
if (0 == strcmp(nomFich, nombidon[lng]))
{
strcpy(nomFich, (char *) getenv("HOME"));
strcat(nomFich, "/");
strcat(nomFich, nombidon[lng]);
}
ier = c_fnom(&iunSortie, nomFich, typFich, 0);
if (ier != 0)
{
DesactiverTousPeWidgets();
MessageAvertissementAux(problemeFnom[lng], AVERTISSEMENT, peWarning, peTopLevel);
ActiverTousPeWidgets();
return;
}
i = 0;
XtSetArg(args[i], XmNvalue, &nouvelleEtiquette); i++;
XtGetValues(peTextEtikRemplacement, args, i);
for (i=strlen(nouvelleEtiquette); i < 8; i++)
{
nouvelleEtiquette[i] = ' ';
}
ier = c_fstouv(iunSortie, "RND+R/W");
if (ier < 0)
{
DesactiverTousPeWidgets();
MessageAvertissementAux(problemeFnom[lng], AVERTISSEMENT, peWarning, peTopLevel);
ActiverTousPeWidgets();
return 0;
}
ier = c_fstprm(champ->cle, &dateo, &deet, &npas, &ni, &nj, &nk, &nbits,
&datyp, &ip1, &ip2, &ip3, typvar, nomvar, etiket,
grtyp, &ig1, &ig2, &ig3, &ig4, &swa, &fstlng, &dltf,
&ubc, &extra1, &extra2, &extra3);
if ((grtyp[0] == 'G' || grtyp[0] == 'A' || grtyp[0] == 'B') && ig2 == 1)
f77name(permut)(champ->fld, &ni, &nj);
if (datyp == 2)
{
for (tmpfld = champ->fld; tmpfld < (champ->fld + ni * nj); tmpfld++)
{
tmpintfld = (int) *tmpfld;
memcpy(tmpfld, &tmpintfld, sizeof(float));
}
}
if (datyp == 4)
{
for (tmpfld = champ->fld; tmpfld < (champ->fld + ni * nj); tmpfld++)
{
tmpunsfld = (unsigned int) *tmpfld;
memcpy(tmpfld, &tmpunsfld, sizeof(float));
}
}
ier = c_fstecr(champ->fld, champ->fld, -nbits, iunSortie,
champ->dateo, deet, npas, mapInfo.ni, mapInfo.nj, 1,
ip1, ip2, ip3, champ->typvar,
champ->nomvar, nouvelleEtiquette, &mapInfo.type,
mapInfo.ig1, mapInfo.ig2, mapInfo.ig3, mapInfo.ig4, datyp, 1);
ier = c_fstfrm(iunSortie);
ier = c_fclos(iunSortie);
strcpy(succesStr, succes[lng]);
strcat(succesStr, nomFich);
strcat(succesStr, "\n");
DesactiverTousPeWidgets();
MessageAvertissementAux(succesStr, INFO, peInfo, peTopLevel);
ActiverTousPeWidgets();
if ((grtyp[0] == 'G' || grtyp[0] == 'A' || grtyp[0] == 'B') && ig2 == 1)
f77name(permut)(champ->fld, &ni, &nj);
if (datyp == 2)
{
for (itmpfld = (int *)champ->fld; itmpfld < (int *)(champ->fld + ni * nj); itmpfld++)
{
tmp = (float) *itmpfld;
memcpy(itmpfld, &tmp, sizeof(int));
}
}
if (datyp == 4)
{
for (iunstmpfld = (unsigned int *)champ->fld; iunstmpfld < (unsigned int *)(champ->fld + ni * nj); iunstmpfld++)
{
tmp = (float) *iunstmpfld;
memcpy(iunstmpfld, &tmp, sizeof(unsigned int));
}
}
indCourantPile = -1;
nbTotalPile = 0;
MAJLabelsPile(nbTotalPile, nbTotalPile);
DesactiverAuxPeWidgets();
champ->champModifie = False;
return 0;
}
/** ARGSUSED **/
XtCallbackProc PeEditerValeurs(Widget w, caddr_t clientData, caddr_t callData)
{
int lng;
static char *pasAvecDesChampsVectoriels[] = {"\nCette fonction ne s'applique pas\naux champs vectoriels\n",
"\nThis function does not work\nwith vector fields\n"};
int bouton, event;
int x0, y0, xsize, ysize, x1, y1, x2, y2;
int nbMenus;
char TitreMenu[3][80];
int temp;
int i,j,k,n;
float newX1, newY1, newX2, newY2;
float ancienneValeur, valeurPloguee, val;
PointEditionStruct *anciennesValeurs;
char *txtValeurPloguee;
int mode;
Arg args[1];
int oldIndCourantPile;
_Champ *champ;
FldMgrGetChamp(&champ, 0);
mode = (int)clientData;
anciennesValeurs = NULL;
ancienneValeur = 0.0;
if (xc.statuts[EN_TRAIN_DE_DESSINER])
{
Beeper();
return 0;
}
if (champ->natureTensorielle == VECTEUR)
{
lng = c_getulng();
DesactiverTousPeWidgets();
MessageAvertissementAux(pasAvecDesChampsVectoriels[lng], AVERTISSEMENT, peWarning, peTopLevel);
ActiverTousPeWidgets();
return 0;
}
oldIndCourantPile = indCourantPile;
DesactiverTousPeWidgets();
i = 0;
XtSetArg(args[i], XmNvalue, &txtValeurPloguee); i++;
XtGetValues(peTextValRemplacement, args, i);
sscanf(txtValeurPloguee, "%e", &valeurPloguee);
InvertWidget(w);
xc.statuts[EN_TRAIN_DE_DESSINER] = TRUE;
nbMenus = 0;
event = 0;
while (event != RESET)
{
f77name(souris)(&bouton, &event,
&x0, &y0, &xsize, &ysize,
&x1, &y1, &x2, &y2, TitreMenu, &nbMenus, (F2Cl) 80);
if (x2 < x1)
{
temp = x1;
x1 = x2;
x2 = temp;
}
if (y2 < y1)
{
temp = y1;
y1 = y2;
y2 = temp;
}
x1 -= x0; x2 -= x0;
y1 -= y0; y2 -= y0;
c_wgliax(&newX1, &newY1, x1, y1);
c_wgliax(&newX2, &newY2, x2, y2);
c_fxfy2xy(&newX1, &newY1, newX1, newY1);
c_fxfy2xy(&newX2, &newY2, newX2, newY2);
switch(event)
{
case DRAG:
champ->champModifie = True;
newX1 = (float)ROUND(newX1+0.5);
newY1 = (float)ROUND(newY1+0.5);
newX2 = (float)ROUND(newX2-0.5);
newY2 = (float)ROUND(newY2-0.5);
if (newX1 < 1.0 || newX2 > (float)mapInfo.ni || newY1 < 1.0 || newY2 > (float)mapInfo.nj)
{
Beeper();
}
else
{
anciennesValeurs = (PointEditionStruct *) calloc(((int)(newY2 - newY1)+1)*((int)(newX2 - newX1)+1),
sizeof(PointEditionStruct));
n = 0;
for (i=(int)newX1; i <= (int)newX2; i++)
{
for (j=(int)newY1; j <= (int)newY2; j++)
{
k=C2FTN(i-1,j-1,mapInfo.ni);
anciennesValeurs[n].ind = k;
anciennesValeurs[n].val = champ->fld[k];
if (mode == MODIFIER)
val = valeurPloguee;
else
val = champOriginal.fld[k];
champ->fld[k] = val;
n++;
}
}
AfficherPixelBarre(newX1, newY1, newX2, newY2);
AjouterItemDansLaPile(DRAG, valeurPloguee, ancienneValeur,anciennesValeurs,(int)newX1,(int)newY1,(int)newX2,(int)newY2);
}
break;
case CLIC:
if (newX1 < 1.0 || newX2 > (float)mapInfo.ni || newY1 < 1.0 || newY2 > (float)mapInfo.nj)
{
Beeper();
}
else
{
champ->champModifie = True;
newX1 = (float)ROUND(newX1);
newY1 = (float)ROUND(newY1);
newX2 = (float)ROUND(newX2);
newY2 = (float)ROUND(newY2);
k=C2FTN(ROUND(newX1)-1,ROUND(newY1)-1,mapInfo.ni);
ancienneValeur = champ->fld[k];
anciennesValeurs = NULL;
newX2 = newX1;
newY2 = newY1;
if (mode == MODIFIER)
val = valeurPloguee;
else
val = champOriginal.fld[k];
champ->fld[k] = val;
AfficherPixelBarre(newX1, newY1, newX2, newY2);
AjouterItemDansLaPile(CLIC, val, ancienneValeur, anciennesValeurs, (int)newX1, (int)newY1, (int)newX2, (int)newY2);
}
break;
case BACK_CLIC:
PeAfficher( NULL, NULL, NULL);
break;
case NIL:
event = RESET;
break;
default:
break;
}
}
if (champ->champModifie)
{
ActiverWidget(peRemettreValeurs);
ActiverAuxPeWidgets();
}
ActiverWidget(peEditerValeurs);
ActiverTextFields();
PeActiverBoutons();
if (champ->champModifie && indCourantPile > oldIndCourantPile)
{
PeAfficher(NULL, NULL, NULL);
}
xc.statuts[EN_TRAIN_DE_DESSINER] = FALSE;
InvertWidget(w);
return 0;
}
ftnword f77name(rpn_comm_softbarrier_init_all)(){
ftnword world=MPI_COMM_WORLD;
return(f77name(rpn_comm_softbarrier_init)(&world));
}
fst2xml_(int argc, char **argv)
{
char fstFile[256], xmlFile[256];
char encoding[16];
char format[32];
int ok, iun, key, tokens_per_line;
char *liste[5], lcl_liste[5][256], *def[5], lcl_def[5][16], val[5][256];
int i, n, npos, nptsRLE;
int ni, nj, nk;
int ier, ip1, ip2, ip3, ig1, ig2, ig3, ig4;
int dateo, datev, datyp, deet,nbits, npak, npas,swa, lng;
int dltf, ubc, extra1, extra2, extra3;
int isallocated, multi;
char etiket[16], nomvar[8], typvar[4], grtyp[2];
char xmldateo[32], xmldatev[32];
char xmlip1[32], xmlip2[32], xmlip3[32];
double nhours;
float *fld;
int *ifld;
FILE *xmlfd;
strcpy(lcl_liste[0], "fst.");
strcpy(lcl_liste[1], "xml.");
strcpy(lcl_liste[2], "encoding.");
strcpy(lcl_liste[3], "format.");
strcpy(lcl_liste[4], "tpl.");
liste[0] = (char *) lcl_liste[0];
liste[1] = (char *) lcl_liste[1];
liste[2] = (char *) lcl_liste[2];
liste[3] = (char *) lcl_liste[3];
liste[4] = (char *) lcl_liste[4];
strcpy(lcl_def[0],"bidon.fst");
strcpy(lcl_def[1],"bidon.xml");
strcpy(lcl_def[2],"ascii");
strcpy(lcl_def[3],"%14.6g");
strcpy(lcl_def[4],"8");
def[0] = (char *) lcl_def[0];
def[1] = (char *) lcl_def[1];
def[2] = (char *) lcl_def[2];
def[3] = (char *) lcl_def[3];
def[4] = (char *) lcl_def[4];
for (i = 0; i < 5; i++)
{
strcpy(val[i], def[i]);
}
npos = 0;
c_ccard(argv, argc, (char **) liste, val, (char **) def, 5, &npos);
strcpy(fstFile, val[0]);
strcpy(xmlFile, val[1]);
strcpy(encoding, val[2]);
strcpy(format, val[3]);
sscanf(val[4], "%d", &tokens_per_line);
iun = 1;
c_fnom(iun, fstFile, "RND+R/O", 0);
ier = c_fstouv(iun, "RND");
if (0 == strcmp(val[1], def[1]))
{
xmlfd = stdout;
ier = c_fstopc("MSGLVL", "FATALE", 0);
}
else
{
xmlfd = fopen(xmlFile, "w");
}
if (xmlfd == NULL)
{
fprintf(stderr, "Cannot open output file... Exiting...");
exit(13);
}
fprintf(xmlfd, "%s\n", "<?xml version='1.0' encoding='utf-8' standalone='yes'?>");
fprintf(xmlfd, "%s\n", "<rpn-standard-file>");
key = c_fstinf(iun, &ni, &nj, &nk, -1," ", -1, -1, -1, " ", " ");
do
{
strcpy(etiket, " ");
strcpy(nomvar, " ");
strcpy(typvar, " ");
strcpy(grtyp, " ");
ier = c_fstprm(key, &dateo, &deet, &npas, &ni, &nj, &nk, &nbits,
&datyp, &ip1, &ip2, &ip3, typvar, nomvar, etiket,
grtyp, &ig1, &ig2, &ig3, &ig4, &swa, &lng, &dltf,
&ubc, &extra1, &extra2, &extra3);
if (nbits > 32)
multi = 2;
else
multi = 1;
xmlconvip(xmlip1, ip1);
nhours = (double) npas * deet / 3600.0;
f77name(incdatr)(&datev, &dateo, &nhours);
xmlconvdate(xmldateo, dateo);
xmlconvdate(xmldatev, datev);
etiket[12] = '\0';
nomvar[4] = '\0';
typvar[2] = '\0';
/*---------------------------------------------------------------*/
fprintf(xmlfd, "%s\n", "<fstrecord>");
fprintf(xmlfd, "\t%s%s%s\n", "<nomvar>", nomvar, "</nomvar>");
fprintf(xmlfd, "\t\t%s%s%s\n", "<typvar>", typvar, "</typvar>");
fprintf(xmlfd, "\t\t%s%s%s\n", "<etiket>", etiket, "</etiket>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ip1>", ip1, "</ip1>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ip2>", ip2, "</ip2>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ip3>", ip3, "</ip3>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ni>", ni, "</ni>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<nj>", nj, "</nj>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<nk>", nk, "</nk>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<dateo>", dateo, "</dateo>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<datev>", datev, "</datev>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<deet>", deet, "</deet>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<npas>", npas, "</npas>");
fprintf(xmlfd, "\t\t%s%s%s\n", "<grtyp>", grtyp, "</grtyp>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ig1>", ig1, "</ig1>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ig2>", ig2, "</ig2>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ig3>", ig3, "</ig3>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ig4>", ig4, "</ig4>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<nbits>", nbits, "</nbits>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<datyp>", datyp, "</datyp>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<swa>", swa, "</swa>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<lng>", lng, "</lng>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<dltf>", dltf, "</dltf>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<ubc>", ubc, "</ubc>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<extra1>", extra1, "</extra1>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<extra2>", extra2, "</extra2>");
fprintf(xmlfd, "\t\t%s%d%s\n", "<extra3>", extra3, "</extra3>");
fprintf(xmlfd, "\t\t%s%s%s\n", "<level>", xmlip1, "</level>");
fprintf(xmlfd, "\t\t%s%s%s\n", "<date-of-origin>", xmldateo, "</date-of-origin>");
fprintf(xmlfd, "\t\t%s%s%s\n", "<date-of-validity>", xmldatev, "</date-of-validity>");
/*---------------------------------------------------------------*/
fprintf(xmlfd, "\t\t%s\n", "<fstdata encoding='ASCII' format='14.6g' orientation='south-to-north'>");
fprintf(xmlfd, "\t\t%s", "<values>");
switch (datyp)
{
case 1:
case 5:
case 6:
case 133:
case 134:
fld = (float *) malloc(ni * nj * nk * sizeof(float) * multi);
isallocated = 1;
ier = c_fstluk(fld, key, &ni, &nj, &nk);
for (i = 0; i < ni * nj * nk; i++)
{
fprintf(xmlfd, format, fld[i]);
if (0 == ((i+1) % tokens_per_line))
{
fprintf(xmlfd, "\n");
}
}
break;
case 2:
case 4:
case 130:
case 132:
ifld = (int *) malloc(ni * nj * nk * sizeof(int) * multi);
isallocated = 2;
ier = c_fstluk(ifld, key, &ni, &nj, &nk);
for (i = 0; i < ni * nj * nk; i++)
{
fprintf(xmlfd, format, ifld[i]);
if (0 == ((i+1) % tokens_per_line))
{
fprintf(xmlfd, "\n");
}
}
break;
default:
fprintf(stderr,"Cannot process Datyp %d , skipping record nomvar=%s\n\n",datyp,nomvar);
isallocated = 0;
break;
}
fprintf(xmlfd, "\t\t%s\n", "</values>");
fprintf(xmlfd, "\t\t%s\n", "</fstdata>");
fprintf(xmlfd, "%s\n", "</fstrecord>");
switch (isallocated)
{
case 0:
break;
case 1:
free(fld);
break;
case 2:
free(ifld);
break;
}
key = c_fstsui(iun, &ni, &nj, &nk);
} while (key >= 0);
fprintf(xmlfd, "%s\n", "</rpn-standard-file>");
fclose(xmlfd);
ier = c_fstfrm(iun);
ier = c_fclos(iun);
}
int c_gmpset(char grtyp, int ni, int nj, int ig1, int ig2, int ig3, int ig4)
{
int iig1, iig2, iig3, iig4;
int gdid,res;
char lgrtyp[2];
c_gmpinit();
iig1 = ig1;
iig2 = ig2;
iig3 = ig3,
iig4 = ig4;
gdxmin = 1.0;
gdxmax = (float) (ni);
gdymin = 1.0;
gdymax = (float) (nj);
lgrtyp[0] = grtyp;
lgrtyp[1] = '\0';
mapInfo.gdid = c_ezqkdef(ni, nj, lgrtyp, ig1, ig2, ig3, ig4, 0);
mapInfo.ig1 = ig1;
mapInfo.ig2 = ig2;
mapInfo.ig3 = ig3;
mapInfo.ig4 = ig4;
switch(grtyp)
{
case 'A':
case 'G':
case 'U':
mapInfo.type = grtyp;
mapInfo.xOrigine = 1.0;
mapInfo.yOrigine = 1.0;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = ig1;
mapInfo.indOrientation = NORD;
mapInfo.deltaLon = 360.0 / (float) (mapInfo.ni);
mapInfo.lonOrigine = 0.0;
switch (mapInfo.hemisphere)
{
case GLOBAL:
mapInfo.deltaLat = 180.0 / (float) (mapInfo.nj);
mapInfo.latOrigine = -90.0 + mapInfo.deltaLat * 0.50;
mapInfo.lonOrigine = 0.0;
break;
case NORD:
mapInfo.deltaLat = 90.0 / (float) (mapInfo.nj);
mapInfo.latOrigine = mapInfo.deltaLat * 0.50;
break;
case SUD:
mapInfo.deltaLat = 90.0 / (float) (mapInfo.nj);
mapInfo.latOrigine = -90.0 + mapInfo.deltaLat * 0.50;
break;
}
mapFlags.typeValide = OUI;
break;
case 'O':
mapInfo.type = grtyp;
mapInfo.xOrigine = 1.0;
mapInfo.yOrigine = 1.0;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = GLOBAL;
mapInfo.indOrientation = NORD;
mapInfo.deltaLon = 1.0;
mapInfo.lonOrigine = 0.0;
mapInfo.deltaLat = 180.0 / (float) (mapInfo.nj);
mapInfo.latOrigine = -90.0 + mapInfo.deltaLat * 0.50;
mapInfo.lonOrigine = 0.0;
mapFlags.typeValide = OUI;
break;
case 'B':
mapInfo.type = grtyp;
mapInfo.xOrigine = 1.0;
mapInfo.yOrigine = 1.0;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = ig1;
mapInfo.indOrientation = NORD;
mapInfo.deltaLon = 360.0 / (float) (mapInfo.ni - 1);
mapInfo.lonOrigine = 0.0;
switch (mapInfo.hemisphere)
{
case GLOBAL:
mapInfo.deltaLat = 180.0 / (float) (mapInfo.nj - 1);
mapInfo.latOrigine = -90.0;
break;
case NORD:
mapInfo.deltaLat = 90.0 / (float) (mapInfo.nj - 1);
mapInfo.latOrigine = 0.0;
break;
case SUD:
mapInfo.deltaLat = 90.0 / (float) (mapInfo.nj - 1);
mapInfo.latOrigine = -90.0;
break;
}
mapFlags.typeValide = OUI;
break;
case 'E':
mapInfo.type = grtyp;
mapInfo.hemisphere = GLOBAL;
mapInfo.indOrientation = NORD;
mapInfo.ni = ni;
mapInfo.nj = nj;
f77name(cigaxg)(lgrtyp,&mapInfo.elat1,&mapInfo.elon1,&mapInfo.elat2,&mapInfo.elon2,
&iig1, &iig2, &iig3, &iig4,(F2Cl) strlen(lgrtyp));
mapFlags.typeValide = OUI;
break;
case 'L':
mapInfo.type = grtyp;
mapInfo.hemisphere = GLOBAL;
mapInfo.indOrientation = NORD;
mapInfo.xOrigine = 1.0;
mapInfo.yOrigine = 1.0;
mapInfo.ni = ni;
mapInfo.nj = nj;
f77name(cigaxg)(lgrtyp, &mapInfo.latOrigine, &mapInfo.lonOrigine, &mapInfo.deltaLat, &mapInfo.deltaLon,
&iig1, &iig2, &iig3, &iig4,(F2Cl) strlen(lgrtyp));
if (mapInfo.lonOrigine >= 180)
mapInfo.lonOrigine -= 360.0;
mapFlags.typeValide = OUI;
break;
case 'N':
mapInfo.type = grtyp;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = NORD;
mapInfo.indOrientation = NORD;
f77name(cigaxg)(lgrtyp, &mapInfo.PosXDuPole, &mapInfo.PosYDuPole,
&mapInfo.PasDeGrille, &mapInfo.AngleGreenwich,
&iig1, &iig2, &iig3, &iig4,(F2Cl) strlen(lgrtyp));
mapFlags.typeValide = OUI;
break;
case 'S':
mapInfo.type = grtyp;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = SUD;
mapInfo.indOrientation = NORD;
f77name(cigaxg)(lgrtyp, &mapInfo.PosXDuPole, &mapInfo.PosYDuPole,
&mapInfo.PasDeGrille, &mapInfo.AngleGreenwich,
&iig1, &iig2, &iig3, &iig4,(F2Cl) strlen(lgrtyp));
mapFlags.typeValide = OUI;
break;
case 'T':
mapInfo.type = grtyp;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = NORD;
mapInfo.indOrientation = NORD;
f77name(cigaxg)(lgrtyp, &mapInfo.PasDeGrille, &mapInfo.AngleGreenwich,
&mapInfo.latOrigine, &mapInfo.lonOrigine,
&iig1, &iig2, &iig3, &iig4,(F2Cl) strlen(lgrtyp));
mapFlags.typeValide = OUI;
break;
case '!':
mapInfo.type = grtyp;
mapInfo.ni = ni;
mapInfo.nj = nj;
mapInfo.hemisphere = NORD;
mapInfo.indOrientation = NORD;
f77name(cigaxg)(lgrtyp, &mapInfo.PasDeGrille, &mapInfo.AngleGreenwich,
&mapInfo.latOrigine, &mapInfo.lonOrigine,
&iig1, &iig2, &iig3, &iig4,(F2Cl) strlen(lgrtyp));
mapFlags.typeValide = OUI;
break;
default:
mapFlags.typeValide = NON;
return -1;
}
res = ComparerMapInfos(oldMapInfo, mapInfo);
if (res == PAS_PAREIL)
{
mapFlags.lu[CONTINENTS] = NON;
mapFlags.lu[LATLON] = NON;
}
CopierMapInfos(&oldMapInfo, &mapInfo);
return 1;
}