const float kSafety=0.001;
//
if (fNParamsSol<1) return;
+ fNSegZSol = 0;
+ fMaxRSol = 0;
fSegRSol = new Float_t[fNParamsSol];
float *tmpbufF = new float[fNParamsSol+1];
int *tmpbufI = new int[fNParamsSol+1];
}
fSegRSol[ip] = GetParamSol(ip)->GetBoundMax(0); // upper R
tmpbufI[fNSegZSol-1]++;
+ if (fMaxRSol<fSegRSol[ip]) fMaxRSol = fSegRSol[ip];
}
//
fSegZSol = new Float_t[fNSegZSol];
//
fMinZSol = GetParamSol(0)->GetBoundMin(2);
fMaxZSol = GetParamSol(fNParamsSol-1)->GetBoundMax(2);
- fMaxRSol = GetParamSol(fNParamsSol-1)->GetBoundMax(0);
//
delete[] tmpbufF;
delete[] tmpbufI;
const float kSafety=0.001;
//
if (fNParamsTPCInt<1) return;
+ fNSegZTPCInt = 0;
fSegRTPCInt = new Float_t[fNParamsTPCInt];
float *tmpbufF = new float[fNParamsTPCInt+1];
int *tmpbufI = new int[fNParamsTPCInt+1];