LArProv Namespace Reference

Enumerations
enum	LArProvenance : uint16_t {   PEAKAVG = 0x1, PEAKPARABOLA = 0x3, PEAKCUBIC = 0x4, PEAKOFC = 0x5,   PEAKTILEINFO = 0x6, PEAKNN = 0x7, PATCHED = 0x8, RAMPCONST = 0x10,   RAMPDB = 0x20, PEDSAMPLEZERO = 0x40, SCPASSBCIDMAX = 0x40, PEDDB = 0x80,   DEFAULTRECO = PEAKOFC | RAMPDB | PEDDB, ITERCONVERGED = 0x0100, SCTIMEPASS = 0x0200, SATURATED = 0x0400,   MASKED = 0x0800, DSPCALC = 0x1000, QTPRESENT = 0x2000 }

Functions
bool	test (const uint16_t prov, const LArProvenance check)

Enumeration Type Documentation

LArProvenance

enum LArProv::LArProvenance : uint16_t

Enumerator
PEAKAVG
PEAKPARABOLA
PEAKCUBIC
PEAKOFC
PEAKTILEINFO
PEAKNN
PATCHED
RAMPCONST
RAMPDB
PEDSAMPLEZERO
SCPASSBCIDMAX
PEDDB
DEFAULTRECO
ITERCONVERGED
SCTIMEPASS
SATURATED
MASKED
DSPCALC
QTPRESENT

Definition at line 13 of file LArProvenance.h.

                     : uint16_t {
 
    PEAKAVG      = 0x1, // Only used in early commissioning
    PEAKPARABOLA = 0x3, // Only used in early commissioning
    PEAKCUBIC    = 0x4, // Only used in early commissioning
    PEAKOFC      = 0x5, // Default Run 1 - Run 3
    PEAKTILEINFO = 0x6, // Only used in early commissioning
    PEAKNN       = 0x7, // Neural-Network peak reco (run 4 plans) 
    PATCHED      = 0x8, // patched from the SuperCells or neighbors
    RAMPCONST     = 0x10, //use hard-coded constant Ramp value (only early commissioning)
    RAMPDB        = 0x20, //Ramp from DB (default)
    PEDSAMPLEZERO = 0x40, //use ADC[0] as pedestal value (only early commissioning)
    SCPASSBCIDMAX = 0x40, //Supercell peak finder (overlap with PEDSAMPLEZERO should not matter)
    PEDDB         = 0x80, //Pedestal from DB (default)
    
    DEFAULTRECO   = PEAKOFC | RAMPDB | PEDDB, //0x00A5;
    ITERCONVERGED = 0x0100, //Iteration convered (in case of OF-Iteration)
    SCTIMEPASS    = 0x0200, //Supercell inside time-window
    SATURATED     = 0x0400, //ADC 0 or 4096 
    MASKED        = 0x0800, //Known noisy cell, E set to zero
    DSPCALC       = 0x1000, //Energy from online calculation
    QTPRESENT     = 0x2000, //Quality and time values are valid
    
  };

Function Documentation

test()

bool LArProv::test ( const uint16_t  prov, const LArProvenance  check  )

inline

Definition at line 38 of file LArProvenance.h.

                                                                   {
    if (check & 0xF) {
      //The first four bits are a number, require exact match 
      if ((prov & 0xF) != (check &0xF)) return false;
    }
    //The remaining bits are independent, check only if 'check' bits are set
    return (((prov >>4)  & (check >>4)) ==  (check >>4));
  }