// // GroundDataConvert.cc -- standalone program to call the GroundDataConvert macro. // by Emiliano Mocchiutti // // Version 1.00 (2005/11/29) // // Changelog: // // 0.00 - 1.00 : working. // #include #include #include // extern int GroundDataConvert(TString, TString, TString, TString, Int_t); extern void info(); using namespace std; // int main(int numinp, char *inps[]){ TString name; TString outdir; TString det; TString lev; int force; if ( numinp < 6 ){ if ( numinp > 1 ){ if ( !strcmp(inps[1],"--version") ){ info(); return(0); }; if ( !strcmp(inps[1],"-h") || !strcmp(inps[1],"--help") ){ printf("\nUsage:\n\n GroundDataConvert file detector level outDir force \n"); printf("\n - file can be in the form: /path/to/filesfromyoda/dw_000000_00000/ or, for \n"); printf( " TOF and tracker, can be the full path and name of the rz file\n"); printf( " - detector can be tracker, tof or anticounter \n"); printf( " - level can be 1 or 2 for tracker, 1 for AC and TOF\n"); printf( " - outDir output directory\n"); printf( " - force force flag (1 = force, 0 do not force) \n"); printf("\nExample: \n\nGroundDataConvert /home/pamela/filesfromyoda/dw_050301_00100/ anticounter 1 /home/pamela/ 1 \n\n"); return(0); }; }; printf("\n Welcome to the PAMELA ground data converter! \n"); // printf("\n You must provide the following input parameters: \n\n"); // char input[256]; // printf(" Path to YODA unpacked directory (if files are in Physics/LevelX/...)\n or full path and name of the rz file: \n "); cin.getline(input,256); name = (TString)input; printf(" Detector (tracker/tof/anticounter)?: \n "); cin.getline(input,256); det = (TString)input; printf(" Data level (1/2)?: \n "); cin.getline(input,256); lev = (TString)input; printf(" Output directory?: \n "); cin.getline(input,256); outdir = (TString)input; printf(" Force processing (1=yes, 0=no)?: \n "); cin.getline(input,256); force = atoi(input); // } else { printf("\n Welcome to the PAMELA ground data converter! \n"); name = (TString)inps[1]; det = (TString)inps[2]; lev = (TString)inps[3]; outdir = (TString)inps[4]; force = atoi(inps[5]); }; // Int_t ERR=GroundDataConvert(name,det,lev,outdir,force); // return(ERR); }