----------------------------------------*/ void read_gcalibcfg() {
FILE* gcalcfg;
enum Ttokentype token;
char line[MAXLINELENGTH], value[MAXCTPINPUTLENGTH];
char em1[200]="";
gcalcfg= openFile("gcalib.cfg","r");
if(gcalcfg==NULL) {
prtLog("gcalib cannot be read. Using defaults");
return;
};
while(fgets(line, MAXLINELENGTH, gcalcfg)){
int ix,det,milsec, roc,log;
roc=0; log=0;
//printf("Decoding line:%s ",line);
if(line[0]=='#') continue;
if(line[0]=='\n') continue;
ix=0; token= nxtoken(line, value, &ix);
if(token==tSYMNAME) {
char ltuname[20];
strcpy(ltuname, value);
det= findLTUdetnum(ltuname);
if(det<0) {
strcpy(em1,"bad LTU name in gcalib.cfg"); goto ERR;
};
token=nxtoken(line, value, &ix);
if(token==tINTNUM) { // period in ms
milsec= str2int(value);
} else {strcpy(em1,"bad period (integer expected ms) in gcalib.cfg"); goto ERR; };
ACTIVEDETS[det].periodms= milsec;
token=nxtoken(line, value, &ix);
if(token==tINTNUM) { // roc (decimal)
roc= str2int(value);
} else if(token != tEOCMD) {
strcpy(em1,"bad ROC (0-7 expected) in gcalib.cfg"); goto ERR;
};
token=nxtoken(line, value, &ix);
if(token==tSYMNAME) {
if(value[0]=='y') {
log= 1;
} else if(value[0]=='n') {
log= 0;
} else {
sprintf(em1,"bad LOG option %s (y or n expected) in gcalib.cfg", value); goto ERR;
}
} else if((token != tEOCMD) && (token!=tCROSS)) {
sprintf(em1,"bad LOG option %s(y or n expected) in gcalib.cfg", value); goto ERR;
};
ACTIVEDETS[det].logroc= (log<<4) | roc;
sprintf(em1,"gcalib.cfg:%s %dms 0x%x", ACTIVEDETS[det].name, ACTIVEDETS[det].periodms,
ACTIVEDETS[det].logroc);
prtLog(em1); em1[0]='\0';
} else {strcpy(em1,"LTU name expected"); goto ERR; };
};
ERR:
fclose(gcalcfg); if(em1[0]!='\0') prtLog(em1); return;
};
/*FGROUP busy
0- CTP BUSY
1-24 : detectors
25-30 : clusters
31 test cluster
*/
void busyprobe(char *det){
int detector;
float min,max;
detector=findLTUdetnum(det);
if(detector == -1){
printf("Cannot find detector %s \n",det);
return;
}
vmew32(MINIMAX_SELECT,detector);
//vmew32(MINIMAX_CLEAR,0xff);
sleep(1);
max=0.4*vmer32(BUSYMAX_DATA);
min=0.4*vmer32(BUSYMINI_DATA);
printf("%i %s MIN:%f MAX:%f \n",detector,det,min,max);
}