static int SystemCall(int mode)
{
char buff[2000];
int err;
FILE*f;
if(!access(FOUT,R_OK)) unlink(FOUT);
sprintf(buff,"%s/SPheno",SPHENO);
if(access( buff,X_OK))
{ printf("Executable \n %s\n is not found. Program stops.\n",buff);
exit(13);
}
f=fopen("Control.in","w");
fprintf(f,"0 | ErrorLevel\n"
".false. ! Calculation of branching ratios\n"
".false. ! Calculation of cross sections\n");
fclose(f);
err=System(buff);
if(err>0) err=slhaRead(FOUT,0); else cleanSLHAdata();
if(delFiles)
{ unlink(FIN);unlink(FOUT);
unlink("Control.in");unlink("Messages.out");unlink("SPheno.out");
}
return err;
}
static int readLine(int size, char*buff)
{ int i;
for(;;)
{
int err= getLnPtr(size-1,buff);
if(err==-1) return -1;
nLine++;
if(err==-2)
{
printf("Line %d is too long\n",nLine);
cleanSLHAdata();
return nLine;
}
for(i=0;buff[i]&&buff[i]==' ';i++);
if(buff[i]!=0 && buff[i]!='#')
{ if(_end_ && buff+i == strstr(buff+i,_end_) ) return -1;
/*
if(i)
{ int k;
for(k=i;buff[k];k++) buff[k-i]=buff[k];
buff[k-i]=0;
}
*/
return 0;
}
}
}
static int SystemCall(int mode)
{
char buff[2000];
int err;
if(!access(FOUT,R_OK)) unlink(FOUT);
sprintf(buff,"%s/isajet_slha",ISAJET);
if(access( buff,X_OK))
{ printf("Executable \n %s\n is not found. Program stops.\n",buff);
exit(13);
}
sprintf(buff+strlen(buff)," %s %s",FIN, FOUT);
err=System(buff);
if(err>=0) err=slhaRead(FOUT,4); else cleanSLHAdata();
return err;
}
int slhaBasicReader( int mode, int (*getLnPar)(int, char*), int *anydate,char * end)
{
char buff[StrLn],name[StrLn],rest[StrLn];
int n,err,m1,m4,m8,m2,m16;
double scale;
char wTxt[100];
_end_=end;
*anydate=0;
m1=mode&1;
m2=mode&2;
m4=mode&4;
m8=mode&8;
m16=mode&16;
nLine=0;
FError=0;
getLnPtr=getLnPar;
if(m1==0)cleanSLHAdata();
err=readLine(StrLn,buff);
if(err){FError=1; if(err==-1 ) return -3 ; else return err;}
for(;;)
{ char*block="BLOCK ";
int L;
char * bComm, *c;
bComm=strchr(buff,'#'); if(bComm) bComm[0]=0;
for(L=0;L<6 && buff[L]&& toupper(buff[L])==block[L] ;L++) continue;
if(L==6)
{ int i;
if( sscanf(buff+6," %s ",name)!=1)
{
sprintf(wTxt,"SLHAreader: Line %d : block name is absent",nLine);
addWarning(wTxt);
if(m2)
{ cleanSLHAdata();
printf("%s\n",wTxt);
addWarning(wTxt);
FError=1;
return nLine;
}
if(!findNewBlock(buff)) return -1;
continue;
}
if(strlen(name)>=BlckLn)
{
sprintf(wTxt,"SLHAreader: Line %d: Too long name of BLOCK",nLine);
addWarning(wTxt);
if(m2)
{ cleanSLHAdata();
printf("%s\n",wTxt);
addWarning(wTxt);
FError=1;
return nLine;
}
if(!findNewBlock(buff)) return -1;
continue;
}
for(i=0;name[i];i++) name[i]=toupper(name[i]);
/* SPINFO & DCINFO */
if(strcmp(name,"SPINFO")==0 ||strcmp(name,"DCINFO")==0 )
{
*anydate=1;
for(;;)
{ err=readLine(StrLn,buff); if(err){ return err;}
if(sscanf(buff,"%d",&n)!=1) break;
if(n==1) sscanf(buff,"%*d %[^\n]",creator);
else if(n==2) sscanf(buff,"%*d %[^\n]",version);
else if(n==4)
{ cleanSLHAdata();
addWarning(buff);
FError=1;
return -2;
}
else if(n==3) addWarning(buff);
}
}
/* QNUMBERS */
else if( strcmp(name,"QNUMBERS")==0)
{ *anydate=1;
if(m16) { if(!findNewBlock(buff)) return -1; else continue;}
else
{
int val;
qNumberStr * newQ;
if( sscanf(buff+6,"%*s %d", &val)!=1)
{
sprintf(wTxt,"SLHAreader: line %d No pdg code for Qnumbers",nLine);
addWarning(wTxt);
if(m2)
{ cleanSLHAdata();
printf("%s\n",wTxt);
addWarning(wTxt);
FError=1;
return nLine;
}
if(!findNewBlock(buff)) { return -1;}
continue;
}
newQ =(qNumberStr*)malloc(sizeof(qNumberStr));
newQ->next=qNumberList;
qNumberList=newQ;
newQ->pdg=val;
newQ->txt=getComment(bComm);
newQ->spinDim=newQ->eQ3=newQ->cDim=newQ->anti=-88888888;
for(;;)
{ err=readLine(StrLn,buff); if(err) return err;
if(sscanf(buff,"%d %d",&n,&val)!=2) break;
switch(n)
{
case 1: newQ->eQ3=val; break;
case 2: newQ->spinDim=val; break;
case 3: newQ->cDim=val; break;
case 4: newQ->anti=val; break;
default:
{
sprintf(wTxt,"SLHAreader: line %d: unexpected key for QNUMBERS",nLine);
addWarning(wTxt);
}
}
}
}
}
else
/* NORMAL BLOCK */
{ blockStr*newBlock;
if( sscanf(buff+6,"%*s %s", rest)==EOF) scale=-1;
else if(sscanf(buff+6,"%*s %*s %lf %s", &scale, rest)!=1)
{
sprintf(wTxt,"SLHAreader: line %d: Unexpected BLOCK specification",nLine);
addWarning(wTxt);
if(m2)
{ cleanSLHAdata();
printf("%s\n",wTxt);
addWarning(wTxt);
FError=1;
return nLine;
}
if(!findNewBlock(buff)) { return -1;}
continue;
}
*anydate=1;
if(m8) for(;;)
{
err=readLine(StrLn,buff); if(err) return err;
if(!isdigit(buff[0])) break;
}
else
{
newBlock=(blockStr*)malloc(sizeof(blockStr));
newBlock->next=blockList;
strcpy(newBlock->name,name);
newBlock->dataList=NULL;
newBlock->scale=scale;
blockList=newBlock;
newBlock->txt=getComment(bComm);
for(;;)
{ int err=0,nkey=0,k,keys[KeyMLn];
long double re=0,im=0;
blockRec*dr;
err=readLine(StrLn,buff); if(err) return err;
if(buff[0]!=' ') break;
bComm=strchr(buff,'#'); if(bComm) bComm[0]=0;
for(c=buff+strlen(buff)-1 ;c>buff && c[0]==' ';c--);
c[1]=0;
dr=(blockRec*)malloc(sizeof(blockRec));
dr->next=blockList->dataList;
blockList->dataList=dr;
dr->val=0;
dr->nkey=-1;
dr->txt=getComment(bComm);
dr->body=malloc(strlen(buff)+1);
strcpy(dr->body,buff);
if(c[0]==')')
{
for(;c>buff && c[0]!='(';c--);
if(2!=sscanf(c,"( %Lf , %Lf)", &re,&im)) err=1;
} else
{ char rest[StrLn];
for(;c>buff && c[0]!=' ';c--);
if(1!=sscanf(c,"%Lf%s",&re,rest)) err=1;
}
if(err) continue;
#ifdef OLD
{ sprintf(wTxt,"SLHAreader: line %d: Unexpected last token " ,nLine);
addWarning(wTxt);
if(m2) { cleanSLHAdata(); printf("%s\n",wTxt); FError=1; return nLine; }
else continue;
}
#endif
else
c[0]=0;
for(c=strtok(buff," ");c && nkey<KeyMLn;c=strtok(NULL," "),nkey++)
{
if(1!=sscanf(c,"%d%s",keys+nkey,rest)) { err=1; break;}
}
if(err) continue;
#ifdef OLD
{
sprintf(wTxt,"SLHAreader: line %d: Unexpected %d token" ,nLine,nkey+1);
addWarning(wTxt);
if(m2) { cleanSLHAdata(); printf("%s\n",wTxt); FError=1; return nLine;}
else continue;
}
#endif
dr->val=re+I*im;
dr->nkey=nkey;
for(k=0;k<nkey;k++) dr->keys[k]=keys[k];
}
}
}
}else
