ChanDeadErrorCode.h

Go to the documentation of this file.

/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TRIGT1CALOCALIBCONDITIONS_CHANDEADERRORCODE_H
#define TRIGT1CALOCALIBCONDITIONS_CHANDEADERRORCODE_H
 
#include "TrigT1CaloCalibConditions/AbstractErrorCode.h"
 
#include <string>
 
class ChanDeadErrorCode: public AbstractErrorCode {
 
    friend std::ostream& operator<<(std::ostream& output, const ChanDeadErrorCode& r);
 
public:
 
    enum ChanDeadBits {
        // Bits used for CPM/JEM dead channel folders.
        BadLvdsBit = 0,
 
        // Bits used for PPM dead (or problem) channel folder.
        // Bits 0-15 will zero the LUT if they are set.
        // Bits 16-31 are flagging problems that do not need
        // the LUT to be zeroed.
 
        // Internal L1Calo problems:
        BadAdcBit = 0,
        BadMcmBit = 1,
 
        // Calorimeter problems:
        FrontEndDeadBit = 4,
        ReceiverDeadBit = 5,
        HighVoltsOffBit = 6,
        LowVoltsOffBit = 7,
        NoisyTowerBit = 8,
 
        // Calorimeter flags:
        // (for Tile, can use A=Front, B/C=Middle, D=Back)
        PSCellsMaskedBit = 16,
        FrontCellsMaskedBit = 17,
        MiddleCellsMaskedBit = 18,
        BackCellsMaskedBit = 19
    };
 
    ChanDeadErrorCode();
    ChanDeadErrorCode(unsigned int errorCode);
    virtual ~ChanDeadErrorCode() {}
 
    ChanDeadErrorCode(const ChanDeadErrorCode& e);
    ChanDeadErrorCode& operator=(const ChanDeadErrorCode& e);
    ChanDeadErrorCode& operator|=(const ChanDeadErrorCode& e);
 
    bool chanValid() const {return (( this->errorCode() & 0xffff) == 0);}
 
    bool badLvds() const { return bitIsSet(BadLvdsBit); }
    void badLvds(bool bad) { setBit(BadLvdsBit,bad); }
 
    bool badAdc() const { return bitIsSet(BadAdcBit); }
    void badAdc(bool bad) { setBit(BadAdcBit,bad); }
 
    bool badMcm() const { return bitIsSet(BadMcmBit); }
    void badMcm(bool bad) { setBit(BadMcmBit,bad); }
 
    bool frontEndDead() const { return bitIsSet(FrontEndDeadBit); }
    void frontEndDead(bool bad) { setBit(FrontEndDeadBit,bad); }
 
    bool receiverDead() const { return bitIsSet(ReceiverDeadBit); }
    void receiverDead(bool bad) { setBit(ReceiverDeadBit,bad); }
 
    bool highVoltsOff() const { return bitIsSet(HighVoltsOffBit); }
    void highVoltsOff(bool bad) { setBit(HighVoltsOffBit,bad); }
 
    bool lowVoltsOff() const { return bitIsSet(LowVoltsOffBit); }
    void lowVoltsOff(bool bad) { setBit(LowVoltsOffBit,bad); }
 
    bool noisyTower() const { return bitIsSet(NoisyTowerBit); }
    void noisyTower(bool bad) { setBit(NoisyTowerBit,bad); }
 
    bool psCellsMasked() const { return bitIsSet(PSCellsMaskedBit); }
    void psCellsMasked(bool bad) { setBit(PSCellsMaskedBit,bad); }
 
    bool frontCellsMasked() const { return bitIsSet(FrontCellsMaskedBit); }
    void frontCellsMasked(bool bad) { setBit(FrontCellsMaskedBit,bad); }
 
    bool middleCellsMasked() const { return bitIsSet(MiddleCellsMaskedBit); }
    void middleCellsMasked(bool bad) { setBit(MiddleCellsMaskedBit,bad); }
 
    bool backCellsMasked() const { return bitIsSet(BackCellsMaskedBit); }
    void backCellsMasked(bool bad) { setBit(BackCellsMaskedBit,bad); }
 
    std::string printStatus() const;
};
 
#endif