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/data/refman/pasoursint/CMSSW_6_1_2_SLHC2/src/DataFormats/HcalRecHit/src/HcalSourcePositionData.cc

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00001 #include "DataFormats/HcalRecHit/interface/HcalSourcePositionData.h"
00002 #include <cstdio>
00003 
00004 using namespace std;
00005 
00006 HcalSourcePositionData::HcalSourcePositionData(){
00007   messageCounter_=0;
00008   indexCounter_=0;
00009   reelCounter_=0;
00010   timestamp1_sec_=0;
00011   timestamp1_usec_=0;
00012   timestamp2_sec_=0;
00013   timestamp2_usec_=0;
00014   status_=0;
00015   motorCurrent_=0;
00016   speed_=0;
00017   tubeId_=-1;
00018   driverId_=-1;
00019   sourceId_=-1;
00020 }
00021 
00022 void HcalSourcePositionData::set(int message_counter,
00023                                        int timestamp1_sec,
00024                                        int timestamp1_usec,
00025                                        int timestamp2_sec,
00026                                        int timestamp2_usec,
00027                                        int status,
00028                                        int index_counter,
00029                                        int reel_counter,
00030                                        int motor_current,
00031                                        int speed,
00032                                        int tube_id,
00033                                        int driver_id,
00034                                        int source_id){
00035 
00036   messageCounter_=message_counter;
00037   indexCounter_=index_counter;
00038   reelCounter_=reel_counter;
00039   timestamp1_sec_=timestamp1_sec;
00040   timestamp1_usec_=timestamp1_usec;
00041   timestamp2_sec_=timestamp2_sec;
00042   timestamp2_usec_=timestamp2_usec;
00043   status_=status;
00044   motorCurrent_=motor_current;
00045   speed_=speed;
00046   tubeId_=tube_id;
00047   driverId_=driver_id;
00048   sourceId_=source_id;
00049 }
00050 
00051 void HcalSourcePositionData::getDriverTimestamp(int& seconds, int& useconds) const{
00052   seconds=timestamp1_sec_;
00053   useconds=timestamp1_usec_;
00054 }
00055 
00056 void HcalSourcePositionData::getDAQTimestamp(int& seconds, int& useconds) const{
00057   seconds=timestamp2_sec_;
00058   useconds=timestamp2_usec_;
00059 }
00060 
00061 ostream& operator<<(ostream& s, const HcalSourcePositionData& hspd) {
00062 
00063   s << "  Message Counter =" << hspd.messageCounter() << endl;
00064   s << "  Index Counter   =" << hspd.indexCounter() << endl;
00065   s << "  Reel Counter    =" << hspd.reelCounter() << endl;
00066   s << "  Status          =" << hex << hspd.status() << dec << endl;
00067   s << "  Motor Current   =" << hspd.motorCurrent() << endl;
00068   s << "  Speed           =" << hspd.speed() << endl;
00069   s << "  Tube Id         =" << hspd.tubeId() << endl;
00070   s << "  Driver Id       =" << hspd.driverId() << endl;
00071   s << "  Source Id       =" << hspd.sourceId() << endl;
00072   
00073   int timebase =0; int timeusec=0;
00074   hspd.getDriverTimestamp(timebase,timeusec);
00075   // trim seconds off of usec and add to base
00076   timeusec %= 1000000;
00077   timebase += timeusec/1000000;
00078   char str[50];
00079   sprintf(str, "  Driver Timestamp : %s", ctime((time_t *)&timebase));
00080   s << str;
00081   timebase=0; timeusec=0;
00082   hspd.getDAQTimestamp(timebase,timeusec);
00083   timeusec %= 1000000;
00084   timebase += timeusec/1000000;
00085   
00086   sprintf(str, "  DAQ Timestamp : %s", ctime((time_t *)&timebase));
00087   s << str;
00088   
00089   return s;
00090 }