ChanCalibErrorCode.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TRIGT1CALOCALIBCONDITIONS_CHANCALIBERRORCODE_H
#define TRIGT1CALOCALIBCONDITIONS_CHANCALIBERRORCODE_H
 
#include "TrigT1CaloCalibConditions/AbstractErrorCode.h"
 
#include <string>
 
class ChanCalibErrorCode: public AbstractErrorCode {
 
    friend std::ostream& operator<<(std::ostream& output, const ChanCalibErrorCode& r);
 
public:
 
    enum ChanErrorCodeBits {
        // Bits 0-3 common for all calibrations
        NoDataBit=0,
        BadDataBit=1,
        BadResultBit=2,
 
        // Specific bits (4-15) for PPM calibrations
 
        // PPM DAC scan
        DacScanBadSlopeBit=4,
        DacScanBadOffsetBit=5,
        DacScanBadCorrCoeffBit=6,
        DacScanBadAdcDistribBit=7,
 
        // PPM pedestal run
        PedRunBadMeanBit=4,
        PedRunBadSigmaBit=5,
        PedRunBadAdcDistribBit=6,
      
      // PPM PHOS4 Scan
      Phos4ScanNoSignalBit=4,
      Phos4ScanBadSignalBit=5,
      Phos4ScanBadWidthBit=6,
      Phos4ScanBadRiseTimeBit=7,
      Phos4ScanBadAdcDistribBit=8,
      Phos4ScanBadSignalShapeBit=9,
      Phos4ScanSignalSaturatedBit=10,
      
 
        // Specific bits (4-15) for CPM calibrations
        // (none defined yet)
 
        // Specific bits (4-15) for JEM calibrations
        TotalWindowSizeUndercutBit=5,
        DistToErrorRegionUndercutBit=6,
        ExceededDelayBit=7,
        ExceededDelayAfterCorrBit=8
 
        // Specific bits (4-15) for CMM calibrations
        // (none defined yet)
 
        // Bits 16-31 are used as copies of 0-3
        // for component calibrations when combined
        // several results into one validated folder.
    };
 
    enum ChanErrorComponent {
        // NB the maximum allowed value here is 7.
        // Components of PPrChanCalib folder.
        DacScan=0,
        PedestalRun=1,
        CoarseTiming=2,
        Phos4Scan=3,
        SatBcidValues=4,
        FirFilterValues=5,
        LutValues=6
    };
 
 
    // Identifies the various sets of specific bits
    // (only used for printing the meaning of the bits).
    enum ChanErrorSet {
        PPM=0,
        CPM=1,
        JEM=2,
        CMM=3
    };
 
    ChanCalibErrorCode();
    ChanCalibErrorCode(unsigned int errorCode);
    virtual ~ChanCalibErrorCode() {}
 
    ChanCalibErrorCode(const ChanCalibErrorCode& e);
    ChanCalibErrorCode& operator=(const ChanCalibErrorCode& e);
    ChanCalibErrorCode& operator|=(const ChanCalibErrorCode& e);
 
    using AbstractErrorCode::errorCode;
    unsigned int errorCode(ChanErrorComponent component) const;
 
    bool chanValid() const;
    bool chanValid(ChanErrorComponent component) const;
 
    bool noData() const { return bitIsSet(NoDataBit); }
    void noData(bool nodata) { setBit(NoDataBit,nodata); }
 
    bool badData() const { return bitIsSet(BadDataBit); }
    void badData(bool bad) { setBit(BadDataBit,bad); }
 
    bool badResult() const { return bitIsSet(BadResultBit); }
    void badResult(bool bad) { setBit(BadResultBit,bad); }
 
    bool dacScanBadSlope() const { return bitIsSet(DacScanBadSlopeBit); }
    void dacScanBadSlope(bool bad) { setBit(DacScanBadSlopeBit,bad); }
 
    bool dacScanBadOffset() const { return bitIsSet(DacScanBadOffsetBit); }
    void dacScanBadOffset(bool bad) { setBit(DacScanBadOffsetBit,bad); }
 
    bool dacScanBadCorrCoeff() const { return bitIsSet(DacScanBadCorrCoeffBit); }
    void dacScanBadCorrCoeff(bool bad) { setBit(DacScanBadCorrCoeffBit,bad); }
 
   bool dacScanBadAdcDistrib() const { return bitIsSet(DacScanBadAdcDistribBit); }
   void dacScanBadAdcDistrib(bool bad) { setBit(DacScanBadAdcDistribBit,bad); }
 
    bool pedRunBadMean() const { return bitIsSet(PedRunBadMeanBit); }
    void pedRunBadMean(bool bad) { setBit(PedRunBadMeanBit,bad); }
 
    bool pedRunBadSigma() const { return bitIsSet(PedRunBadSigmaBit); }
    void pedRunBadSigma(bool bad) { setBit(PedRunBadSigmaBit,bad); }
 
    bool pedRunBadAdcDistrib() const { return bitIsSet(PedRunBadAdcDistribBit); }
    void pedRunBadAdcDistrib(bool bad) { setBit(PedRunBadAdcDistribBit,bad); }
   
   bool phos4ScanNoSignal() const { return bitIsSet(Phos4ScanNoSignalBit); }
   void phos4ScanNoSignal(bool bad) { setBit(Phos4ScanNoSignalBit,bad); }
 
   bool phos4ScanBadSignal() const { return bitIsSet(Phos4ScanBadSignalBit); }
   void phos4ScanBadSignal(bool bad) { setBit(Phos4ScanBadSignalBit,bad); }
 
   bool phos4ScanBadWidth() const { return bitIsSet(Phos4ScanBadWidthBit); }
   void phos4ScanBadWidth(bool bad) { setBit(Phos4ScanBadWidthBit,bad); }
 
   bool phos4ScanBadRiseTime() const { return bitIsSet(Phos4ScanBadRiseTimeBit); }
   void phos4ScanBadRiseTime(bool bad) { setBit(Phos4ScanBadRiseTimeBit,bad); }
 
   bool phos4ScanBadAdcDistrib() const { return bitIsSet(Phos4ScanBadAdcDistribBit); }
   void phos4ScanBadAdcDistrib(bool bad) { setBit(Phos4ScanBadAdcDistribBit,bad); }
 
   bool phos4ScanBadSignalShape() const { return bitIsSet(Phos4ScanBadSignalShapeBit); }
   void phos4ScanBadSignalShape(bool bad) { setBit(Phos4ScanBadSignalShapeBit,bad); }
 
   bool phos4ScanSignalSaturated() const { return bitIsSet(Phos4ScanSignalSaturatedBit); }
   void phos4ScanSignalSaturated(bool bad) { setBit(Phos4ScanSignalSaturatedBit,bad); }
 
    bool totalWindowSizeUndercut() const { return bitIsSet(TotalWindowSizeUndercutBit); }
    void totalWindowSizeUndercut(bool undercut) { setBit(TotalWindowSizeUndercutBit,undercut); setBad(); }
 
    bool distToErrorRegionUndercut() const { return bitIsSet(DistToErrorRegionUndercutBit); }
    void distToErrorRegionUndercut(bool undercut) { setBit(DistToErrorRegionUndercutBit,undercut); setBad(); }
 
    bool exceededDelay() const { return bitIsSet(ExceededDelayBit); }
    void exceededDelay(bool exceeded ){ setBit(ExceededDelayBit,exceeded); setBad(); }
 
    bool exceededDelayAfterCorr() const { return bitIsSet(ExceededDelayAfterCorrBit); }
    void exceededDelayAfterCorr(bool exceeded ) { setBit(ExceededDelayAfterCorrBit,exceeded); setBad(); }
 
    std::string printStatus(ChanErrorSet spec) const;
 
protected:
    void setBad() { setBit(BadDataBit,true); }
};
 
#endif