ZdcPpmSubBlock.h

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/*
  Copyright (C) 2002-2020 CERN for the benefit of the ATLAS collaboration
*/
 
/*
 *
 */
 
#ifndef ZDCPPMSUBBLOCK_H
#define ZDCPPMSUBBLOCK_H
 
#include <stdint.h>
#include <vector>
 
 
#include "ZdcSubBlock.h"
 
 
 
class ZdcPpmSubBlock : public ZdcSubBlock {
 
 public:
   ZdcPpmSubBlock();
   ~ZdcPpmSubBlock();
 
   // cppcheck-suppress duplInheritedMember
   void clear();
 
   void setPpmHeader(int version, int format, int seqno, int crate,
                 int module, int slicesFadc, int slicesLut);
   void setPpmErrorHeader(int version, int format, int crate,
                      int module, int slicesFadc, int slicesLut);
 
   //  Return PPM-specific header data
   int  slicesFadc() const;
   int  slicesLut()  const;
 
   void fillPpmData(int chan, const std::vector<int>& lut,
                              const std::vector<int>& fadc,
                              const std::vector<int>& bcidLut,
                      const std::vector<int>& bcidFadc);
   void ppmData(int chan, std::vector<int>& lut,
                          std::vector<int>& fadc,
              std::vector<int>& bcidLut,
              std::vector<int>& bcidFadc) const;
 
   void fillPpmError(int chan, int errorWord);
   void fillPpmPinError(int pin, int errorWord);
 
   int  ppmError(int chan)        const;
   int  ppmPinError(int pin)      const;
 
   //  Return individual error bits
   bool glinkPinParity(int chan)  const;
   bool fpgaCorrupt(int chan)     const;
   bool bunchMismatch(int chan)   const;
   bool eventMismatch(int chan)   const;
   bool asicFull(int chan)        const;
   bool timeout(int chan)         const;
   bool mcmAbsent(int chan)       const;
   bool channelDisabled(int chan) const;
   bool channelDisabledA(int pin) const;
   bool channelDisabledB(int pin) const;
   bool channelDisabledC(int pin) const;
   bool channelDisabledD(int pin) const;
   //  Ditto ORed over all pins
   bool glinkPinParity()          const;
   bool fpgaCorrupt()             const;
   bool bunchMismatch()           const;
   bool eventMismatch()           const;
   bool asicFull()                const;
   bool timeout()                 const;
   bool mcmAbsent()               const;
   bool channelDisabledA()        const;
   bool channelDisabledB()        const;
   bool channelDisabledC()        const;
   bool channelDisabledD()        const;
 
   //  Set triggered slice offsets, pedestal value
   void setLutOffset(int offset);
   void setFadcOffset(int offset);
   void setPedestal(int pedval);
   void setFadcBaseline(int baseline);
   void setFadcThreshold(int threshold);
   void setRunNumber(int run);
   //  Return triggered slice offsets, pedestal value
   int  lutOffset()               const;
   int  fadcOffset()              const;
   int  pedestal()                const;
   int  fadcBaseline()            const;
   int  fadcThreshold()           const;
   int  runNumber()               const;
 
   // Reorder channels from Slink to PPM order
   int  getPpmChannel(const int channel)            const;
 
   bool pack();
   bool unpack();
 
   static int channelsPerSubBlock(int version, int format);
          int channelsPerSubBlock() const;
 
   static bool errorBlock(uint32_t word);
 
   void setCompStats(const std::vector<uint32_t>& stats);
   const std::vector<uint32_t>& compStats() const;
 
 private:
   //  Header word data
   static const uint32_t s_wordIdVal    = 0xc;
   static const int      s_errorMarker  = 63;
   //  Data word positions and masks
   static const int      s_wordLen      = 16;
   static const int      s_lutBit       = 0;
   static const int      s_bcidLutBit   = 8;
   static const int      s_fadcBit      = 1;
   static const int      s_bcidFadcBit  = 0;
   static const uint32_t s_lutMask      = 0xff;
   static const uint32_t s_bcidLutMask  = 0x7;
   static const uint32_t s_fadcMask     = 0x3ff;
   static const uint32_t s_bcidFadcMask = 0x1;
   //  For neutral format
   static const int      s_channels          = 64;
   static const int      s_glinkPins         = 16;
   static const int      s_asicChannels      = 4;
   static const int      s_dataBits          = 11;
   static const int      s_errorBits         = 10;
   static const int      s_bunchCrossingBits = 12;
   //  Error word masks and bit positions
   static const uint32_t s_errorMask          = 0x7ff;
   static const int      s_glinkPinParityBit  = 10;
   static const int      s_fpgaCorruptBit     = 9;
   static const int      s_bunchMismatchBit   = 8;
   static const int      s_eventMismatchBit   = 7;
   static const int      s_asicFullBit        = 6;
   static const int      s_timeoutBit         = 5;
   static const int      s_mcmAbsentBit       = 4;
   static const int      s_channelDisabledBit = 0;
   static const int      s_ppmChannel[];
 
 
 
   int  asic(int chan) const;
   int  pin(int chan) const;
 
   bool errorBit(int pin, int bit) const;
   bool errorBit(int bit) const;
 
   //  Packing/unpacking for specific formats
   bool packNeutral();
   bool packUncompressedData();
   bool packUncompressedErrors();
   bool unpackNeutral();
   bool unpackUncompressedData();
   bool unpackUncompressedErrors();
 
   //  Global error flags
   uint32_t m_globalError;
 
   //  Triggered slice offsets, pedestal value
   int m_lutOffset;
   int m_fadcOffset;
   int m_pedestal;
   int m_fadcBaseline;
   int m_fadcThreshold;
   int m_runNumber;
 
   std::vector<uint32_t> m_compStats;
 
   std::vector<uint32_t> m_datamap;
 
   std::vector<uint32_t> m_errormap;
 
};
 
inline bool ZdcPpmSubBlock::glinkPinParity(const int chan) const
{
  return errorBit(pin(chan), s_glinkPinParityBit);
}
 
inline bool ZdcPpmSubBlock::fpgaCorrupt(const int chan) const
{
  return errorBit(pin(chan), s_fpgaCorruptBit);
}
 
inline bool ZdcPpmSubBlock::bunchMismatch(const int chan) const
{
  return errorBit(pin(chan), s_bunchMismatchBit);
}
 
inline bool ZdcPpmSubBlock::eventMismatch(const int chan) const
{
  return errorBit(pin(chan), s_eventMismatchBit);
}
 
inline bool ZdcPpmSubBlock::asicFull(const int chan) const
{
  return errorBit(pin(chan), s_asicFullBit);
}
 
inline bool ZdcPpmSubBlock::timeout(const int chan) const
{
  return errorBit(pin(chan), s_timeoutBit);
}
 
inline bool ZdcPpmSubBlock::mcmAbsent(const int chan) const
{
  return errorBit(pin(chan), s_mcmAbsentBit);
}
 
inline bool ZdcPpmSubBlock::channelDisabled(const int chan) const
{
  return errorBit(pin(chan), s_channelDisabledBit + asic(chan));
}
 
inline bool ZdcPpmSubBlock::channelDisabledA(const int pin) const
{
  return errorBit(pin, s_channelDisabledBit);
}
 
inline bool ZdcPpmSubBlock::channelDisabledB(const int pin) const
{
  return errorBit(pin, s_channelDisabledBit + 1);
}
 
inline bool ZdcPpmSubBlock::channelDisabledC(const int pin) const
{
  return errorBit(pin, s_channelDisabledBit + 2);
}
 
inline bool ZdcPpmSubBlock::channelDisabledD(const int pin) const
{
  return errorBit(pin, s_channelDisabledBit + 3);
}
 
inline bool ZdcPpmSubBlock::glinkPinParity() const
{
  return errorBit(s_glinkPinParityBit);
}
 
inline bool ZdcPpmSubBlock::fpgaCorrupt() const
{
  return errorBit(s_fpgaCorruptBit);
}
 
inline bool ZdcPpmSubBlock::bunchMismatch() const
{
  return errorBit(s_bunchMismatchBit);
}
 
inline bool ZdcPpmSubBlock::eventMismatch() const
{
  return errorBit(s_eventMismatchBit);
}
 
inline bool ZdcPpmSubBlock::asicFull() const
{
  return errorBit(s_asicFullBit);
}
 
inline bool ZdcPpmSubBlock::timeout() const
{
  return errorBit(s_timeoutBit);
}
 
inline bool ZdcPpmSubBlock::mcmAbsent() const
{
  return errorBit(s_mcmAbsentBit);
}
 
inline bool ZdcPpmSubBlock::channelDisabledA() const
{
  return errorBit(s_channelDisabledBit);
}
 
inline bool ZdcPpmSubBlock::channelDisabledB() const
{
  return errorBit(s_channelDisabledBit + 1);
}
 
inline bool ZdcPpmSubBlock::channelDisabledC() const
{
  return errorBit(s_channelDisabledBit + 2);
}
 
inline bool ZdcPpmSubBlock::channelDisabledD() const
{
  return errorBit(s_channelDisabledBit + 3);
}
 
inline void ZdcPpmSubBlock::setLutOffset(const int offset)
{
  m_lutOffset = offset;
}
 
inline void ZdcPpmSubBlock::setFadcOffset(const int offset)
{
  m_fadcOffset = offset;
}
 
inline void ZdcPpmSubBlock::setPedestal(const int pedval)
{
  m_pedestal = pedval;
}
 
inline void ZdcPpmSubBlock::setFadcBaseline(const int baseline)
{
  m_fadcBaseline = baseline;
}
 
inline void ZdcPpmSubBlock::setFadcThreshold(const int threshold)
{
  m_fadcThreshold = threshold;
}
 
inline void ZdcPpmSubBlock::setRunNumber(const int run)
{
  m_runNumber = run;
}
 
inline int ZdcPpmSubBlock::lutOffset() const
{
  return (m_lutOffset < 0) ? slicesLut()/2 : m_lutOffset;
}
 
inline int ZdcPpmSubBlock::fadcOffset() const
{
  return (m_fadcOffset < 0) ? slicesFadc()/2 : m_fadcOffset;
}
 
inline int ZdcPpmSubBlock::pedestal() const
{
  return m_pedestal;
}
 
inline int ZdcPpmSubBlock::fadcBaseline() const
{
  return m_fadcBaseline;
}
 
inline int ZdcPpmSubBlock::fadcThreshold() const
{
  return m_fadcThreshold;
}
 
inline int ZdcPpmSubBlock::runNumber() const
{
  return m_runNumber;
}
 
inline const std::vector<uint32_t>& ZdcPpmSubBlock::compStats() const
{
  return m_compStats;
}
 
inline void ZdcPpmSubBlock::setCompStats(const std::vector<uint32_t>& stats)
{
  m_compStats = stats;
}
 
inline int  ZdcPpmSubBlock::asic(const int chan) const
{
  return chan / s_glinkPins;
}
 
inline int  ZdcPpmSubBlock::pin(const int chan) const
{
  return chan % s_glinkPins;
}
 
inline bool ZdcPpmSubBlock::errorBit(const int pin, const int bit) const
{
  return m_errormap[pin] & (0x1 << bit);
}
 
//This is needed to convert from SLINK channel ordering to PPM channel ordering
inline  int ZdcPpmSubBlock::getPpmChannel (const int channel) const
{
    return s_ppmChannel[channel];
}
 
#endif