RTS/src/RTS_EXAMPLE/tpc_rerun.C

/*
        The example shows how to rerun the cluster finder
        on the TPX (or TPC) cluster data...
*/


#include <stdio.h>
#include <sys/types.h>

#include <rtsLog.h>
#include <DAQ_READER/daqReader.h>
#include <DAQ_READER/daq_dta.h>
#include <DAQ_TPX/daq_tpx.h>



int main(int argc, char *argv[])
{
        rtsLogOutput(RTS_LOG_STDERR) ;
//      rtsLogLevel(NOTE) ;

        daqReader *dr = new daqReader(argv[1]) ;        // open file


        // need this specific construct so that the cluster finder can initialize!
        daq_tpx *tpx = new daq_tpx(dr) ;        // insert the TPX detector explicitly in the DAQ_READER
        tpx->InitRun(123) ;                     // initialize the run with some dummy run number...


        while(dr->get(0,0)) {                   // zip through the input files...


        int got_adc_data = 0 ;
        daq_dta *dd, *sim_dta ;

#define DUMP_CLD_IN_FILE
#ifdef DUMP_CLD_IN_FILE
        // if you care, you can dump the in-file clusters here
        dd = dr->det("tpx")->get("cld") ;
        while(dd && dd->iterate()) {
                for(u_int i=0;i<dd->ncontent;i++) {
//                      if(dd->cld[i].tb < 15.0)
                        printf("in file: row %2d: pad %f [%d:%d], tb %f [%d:%d], charge %d, flags 0x%X\n",dd->row,
                               dd->cld[i].pad,
                               dd->cld[i].p1,
                               dd->cld[i].p2,
                               dd->cld[i].tb,
                               dd->cld[i].t1,
                               dd->cld[i].t2,
                               dd->cld[i].charge,
                               dd->cld[i].flags) ;

                }



        }
                
#endif

        dd = dr->det("tpx")->get("adc") ;       // get the ADC data
        if(dd == 0) {
                LOG(WARN,"No adc data in this event...") ;
                continue ;                      // not there, skip...
        }


        sim_dta = dr->det("tpx")->put("adc_sim") ;      // create the ADC data for simulation


        // read input data and fill in the adc_sim
        while(dd->iterate()) {
                got_adc_data = 1 ;
                daq_sim_adc_tb *sim_d = (daq_sim_adc_tb *) sim_dta->request(512) ;      // ask for space
                
                // copy over
                for(u_int i=0;i<dd->ncontent;i++) {
                        sim_d[i].adc = dd->adc[i].adc ;
                        sim_d[i].tb = dd->adc[i].tb ;
                        sim_d[i].track_id = 0xFFFF ;    // should be 0xFFFF if you don;t have tracking...
                }

                // wrap up this pad with the correct length & coordinates
                sim_dta->finalize(dd->ncontent,dd->sec,dd->row,dd->pad) ;

        }

        if(!got_adc_data) {
                LOG(WARN,"No ADC data in this event...") ;
                continue ;
        }
        LOG(NOTE,"Doing adc data...") ;

        // OK, now we have the ADC data ready for re-clusterfinding so let's do it


        dd = dr->det("tpx")->get("cld_sim") ;   // this will rerun the cluster finder on the "adc_sim" data
        if(dd == 0) continue ;  // error

        // dump the newly found data out...
        while(dd->iterate()) {
                //printf("sec %2d, row %3d: %d clusters\n",dd->sec,dd->row,dd->ncontent) ;

                for(u_int i=0;i<dd->ncontent;i++) {
#if 0
                        if(dd->sim_cld[i].cld.flags != 0) continue ;
                        if((dd->sim_cld[i].cld.p2 - dd->sim_cld[i].cld.p1) != 2) continue ;

                        u_short tid = dd->sim_cld[i].track_id ;

                        daq_dta *dta = dr->det("tpx")->get("adc_sim") ;
                        while(dta && dta->iterate()) {
                                daq_sim_adc_tb *sim_d = (daq_sim_adc_tb *) dta->Void ;

                                for(int i=0;i<dta->ncontent;i++) {
                                        if(sim_d[i].track_id == tid) {
                                                printf("%5d %d %d %d %d\n",tid,dta->row,dta->pad,sim_d[i].tb,sim_d[i].adc) ;
                                        }
                                }
                        }
#endif

#if 1
//                      if(dd->sim_cld[i].cld.tb < 15.0) 
                        printf("rerun: row %2d: pad %f [%d:%d], tb %f [%d:%d], charge %d, flags 0x%X: track %d, Q %d\n",dd->row,
                               dd->sim_cld[i].cld.pad,
                               dd->sim_cld[i].cld.p1,
                               dd->sim_cld[i].cld.p2,
                               dd->sim_cld[i].cld.tb,
                               dd->sim_cld[i].cld.t1,
                               dd->sim_cld[i].cld.t2,
                               dd->sim_cld[i].cld.charge,
                               dd->sim_cld[i].cld.flags,
                               dd->sim_cld[i].track_id,
                               dd->sim_cld[i].quality) ;
#endif
                }
        }



        }       // end of ebent

        return 0 ;
        }

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