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#ifndef RAWECAL_ECALDCCHEADERBLOCK_H
#define RAWECAL_ECALDCCHEADERBLOCK_H
/** \class EcalDCCHeaderBlock
* Container for ECAL specific DCC Header information
*
*
*/
#include <vector>
#define MAX_TCC_SIZE 4
#define MAX_TT_SIZE 70
class EcalDCCHeaderBlock {
public:
typedef int key_type; ///< For the sorted collection
enum EcalDCCRuntype {
// run types pre-global runs
COSMIC = 0,
BEAMH4 = 1,
BEAMH2 = 2,
MTCC = 3,
LASER_STD = 4,
LASER_POWER_SCAN = 5,
LASER_DELAY_SCAN = 6,
TESTPULSE_SCAN_MEM = 7,
TESTPULSE_MGPA = 8,
PEDESTAL_STD = 9,
PEDESTAL_OFFSET_SCAN = 10,
PEDESTAL_25NS_SCAN = 11,
LED_STD = 12,
// physics triggers in global runs
PHYSICS_GLOBAL = 13,
COSMICS_GLOBAL = 14,
HALO_GLOBAL = 15,
// gap events in global runs
LASER_GAP = 16,
TESTPULSE_GAP = 17,
PEDESTAL_GAP = 18,
LED_GAP = 19,
// physics triggers in local runs
PHYSICS_LOCAL = 20,
COSMICS_LOCAL = 21,
HALO_LOCAL = 22,
CALIB_LOCAL = 23
};
enum EcalBasicTriggerType {
PHYSICS_TRIGGER = 1,
CALIBRATION_TRIGGER = 2,
TEST_TRIGGER = 3,
TECHNICAL_EXTERNAL_TRIGGER = 4
};
enum TTC_DTT_TYPE { TTC_LASER = 4, TTC_LED = 5, TTC_TESTPULSE = 6, TTC_PEDESTAL = 7 };
struct EcalDCCEventSettings {
short LaserPower;
short LaserFilter;
short wavelength;
short delay;
short MEMVinj;
short mgpa_content;
short ped_offset;
};
EcalDCCHeaderBlock();
EcalDCCHeaderBlock(const int& dccId);
// partitional and geometrical:
// CMS: 1-9 EE-, 10-45 EB, 46-54 EE+
// TB and COSM: 1 (10 in case of EcalRawToDigi)
const int& id() const { return dccId_; }
// as found in raw data, namely
// CMS: 601-654 TB and COSM: 0-35
const int fedId() const { return fedId_; }
void setId(const int& dccId) { dccId_ = dccId; };
void setFedId(const int& fedId) { fedId_ = fedId; };
void setErrors(const int& dccErrors) { dccErrors_ = dccErrors; };
void setDccInTTCCommand(const int& dccInTTCCommand) { dccInTTCCommand_ = dccInTTCCommand; };
void setRunNumber(const int& run) { runNumber_ = run; }
void setLV1(const int& LV1) { LV1event_ = LV1; }
void setBX(const int& BX) { BX_ = BX; }
void setOrbit(const int& orbit) { orbitNumber_ = orbit; }
void setEventSettings(const EcalDCCEventSettings& EventSettings) { EventSettings_ = EventSettings; };
void setRunType(const short& runType) { runType_ = runType; };
void setZs(const short& zs) { zs_ = zs; };
void setBasicTriggerType(const short& triggerType) { basic_trigger_type_ = triggerType; };
//void setSequence(const short& sequence) { sequence_=sequence; } ;
void setRtHalf(const short& rtHalf) { rtHalf_ = rtHalf; };
void setMgpaGain(const short& mgpaGain) { mgpaGain_ = mgpaGain; };
void setMemGain(const short& memGain) { memGain_ = memGain; };
void setSelectiveReadout(const bool& selectiveReadout) { selectiveReadout_ = selectiveReadout; };
void setZeroSuppression(const bool& zeroSuppression) { zeroSuppression_ = zeroSuppression; };
void setTestZeroSuppression(const bool& testZeroSuppression) { testZeroSuppression_ = testZeroSuppression; };
void setSrpStatus(const short& srpStatus) { srpStatus_ = srpStatus; };
void setTccStatus(const std::vector<short>& tccStatus) { tccStatus_ = tccStatus; };
void setTriggerTowerFlags(const std::vector<short>& triggerTowerFlag) { triggerTowerFlag_ = triggerTowerFlag; };
void setFEStatus(const std::vector<short>& feStatus) { feStatus_ = feStatus; };
void setFEBx(const std::vector<short>& feBx) { feBx_ = feBx; }
void setTCCBx(const std::vector<short>& tccBx) { tccBx_ = tccBx; }
void setSRPBx(const short& srpBx) { srpBx_ = srpBx; }
void setFELv1(const std::vector<short>& feLv1) { feLv1_ = feLv1; }
void setTCCLv1(const std::vector<short>& tccLv1) { tccLv1_ = tccLv1; }
void setSRPLv1(const short& srpLv1) { srpLv1_ = srpLv1; }
//TODO add all the get methods
int getDCCErrors() const { return dccErrors_; }
int getDccInTCCCommand() const { return dccInTTCCommand_; };
int getRunNumber() const { return runNumber_; }
int getLV1() const { return LV1event_; }
int getBX() const { return BX_; }
int getOrbit() const { return orbitNumber_; }
EcalDCCEventSettings getEventSettings() const { return EventSettings_; }
short getRunType() const { return runType_; }
short getZs() const { return zs_; }
short getBasicTriggerType() const { return basic_trigger_type_; }
short getRtHalf() const { return rtHalf_; }
short getMgpaGain() const { return mgpaGain_; }
short getMemGain() const { return memGain_; }
short getSelectiveReadout() const { return selectiveReadout_; }
bool getZeroSuppression() const { return zeroSuppression_; }
bool getTestZeroSuppression() const { return testZeroSuppression_; }
short getSrpStatus() const { return srpStatus_; }
const std::vector<short>& getTccStatus() const { return tccStatus_; }
const std::vector<short>& getTriggerTowerFlag() const { return triggerTowerFlag_; }
const std::vector<short>& getFEStatus() const { return feStatus_; }
const std::vector<short>& getFEBxs() const { return feBx_; }
const std::vector<short>& getTCCBx() const { return tccBx_; }
short getSRPBx() const { return srpBx_; }
const std::vector<short>& getFELv1() const { return feLv1_; }
const std::vector<short>& getTCCLv1() const { return tccLv1_; }
short getSRPLv1() const { return srpLv1_; }
private:
int dccId_; //to be used as the Key
int fedId_;
int dccErrors_;
int dccInTTCCommand_;
int orbitNumber_;
short runType_;
short zs_;
short basic_trigger_type_;
int LV1event_;
int runNumber_;
int BX_;
EcalDCCEventSettings EventSettings_;
short rtHalf_;
short mgpaGain_;
short memGain_;
bool selectiveReadout_;
bool testZeroSuppression_;
bool zeroSuppression_;
short srpStatus_;
std::vector<short> tccStatus_;
std::vector<short> triggerTowerFlag_;
std::vector<short> feStatus_;
std::vector<short> feBx_;
std::vector<short> tccBx_;
short srpBx_;
std::vector<short> feLv1_;
std::vector<short> tccLv1_;
short srpLv1_;
};
#endif
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