TrigConf::XEFlavour Class Reference

#include <L1TopoAlgorithm.h>

Collaboration diagram for TrigConf::XEFlavour:

Public Types
enum class	FLAV {   jXE = 0 , jXEC = 1 , jTE = 2 , jTEC = 3 ,   jTEFWD = 4 , jTEFWDA = 5 , jTEFWDC = 6 , gXEJWOJ = 7 ,   gXERHO = 8 , gXENC = 9 , gTE = 10 , gMHT = 11 ,   cXE = 12 , gESPRESSO = 13 , jXEPerf = 14 }
	DO NOT CHANGE! More...

Static Public Member Functions
static std::string	flavourIntToStr (const unsigned int flavInt)
static unsigned int	flavourStrToInt (const std::string &flavStr)

Detailed Description

Definition at line 112 of file L1TopoAlgorithm.h.

Member Enumeration Documentation

FLAV

enum class TrigConf::XEFlavour::FLAV

strong

DO NOT CHANGE!

Need to match with firmware values

Enumerator
jXE
jXEC
jTE
jTEC
jTEFWD
jTEFWDA
jTEFWDC
gXEJWOJ
gXERHO
gXENC
gTE
gMHT
cXE
gESPRESSO
jXEPerf

Definition at line 115 of file L1TopoAlgorithm.h.

                      { 
          jXE     = 0,
          jXEC    = 1, 
          jTE     = 2, 
          jTEC    = 3, 
          jTEFWD  = 4, 
          jTEFWDA = 5, 
          jTEFWDC = 6, 
          gXEJWOJ = 7, 
          gXERHO  = 8, 
          gXENC   = 9, 
          gTE     = 10,
          gMHT    = 11,
          cXE     = 12,
          gESPRESSO = 13,
          jXEPerf = 14, // Only for simulation studies!
      };

Member Function Documentation

flavourIntToStr()

std::string TrigConf::XEFlavour::flavourIntToStr ( const unsigned int flavInt )

inlinestatic

Definition at line 133 of file L1TopoAlgorithm.h.

                                                                  {
          if(flavInt==int(FLAV::jXE))     return "jXE";
          if(flavInt==int(FLAV::jXEC))    return "jXEC";
          if(flavInt==int(FLAV::jTE))     return "jTE";
          if(flavInt==int(FLAV::jTEC))    return "jTEC";
          if(flavInt==int(FLAV::jTEFWD))  return "jTEFWD";
          if(flavInt==int(FLAV::jTEFWDA)) return "jTEFWDA";
          if(flavInt==int(FLAV::jTEFWDC)) return "jTEFWDC";
          if(flavInt==int(FLAV::gXEJWOJ)) return "gXEJWOJ";
          if(flavInt==int(FLAV::gXERHO))  return "gXERHO";
          if(flavInt==int(FLAV::gXENC))   return "gXENC";
          if(flavInt==int(FLAV::gTE))     return "gTE";
          if(flavInt==int(FLAV::gMHT))    return "gMHT";
          if(flavInt==int(FLAV::cXE))     return "cXE";
          if(flavInt==int(FLAV::gESPRESSO))   return "gESPRESSO";
          if(flavInt==int(FLAV::jXEPerf))     return "jXEPerf";
          throw std::runtime_error("Flavour " + std::to_string(flavInt) + " for EnergyThreshold algorithm not recongnised!");
      };

flavourStrToInt()

unsigned int TrigConf::XEFlavour::flavourStrToInt ( const std::string & flavStr )

inlinestatic

Definition at line 151 of file L1TopoAlgorithm.h.

                                                                    {
          if(flavStr=="jXE")     return int(FLAV::jXE);
          if(flavStr=="jXEC")    return int(FLAV::jXEC);
          if(flavStr=="jTE")     return int(FLAV::jTE);
          if(flavStr=="jTEC")    return int(FLAV::jTEC);
          if(flavStr=="jTEFWD")  return int(FLAV::jTEFWD);
          if(flavStr=="jTEFWDA") return int(FLAV::jTEFWDA);
          if(flavStr=="jTEFWDC") return int(FLAV::jTEFWDC);
          if(flavStr=="gXE")     return int(FLAV::gXEJWOJ); // for backward compatibility
          if(flavStr=="gXEJWOJ") return int(FLAV::gXEJWOJ);
          if(flavStr=="gXERHO")  return int(FLAV::gXERHO);
          if(flavStr=="gXEPUFIT") return int(FLAV::gXENC); // for backward compatibility
          if(flavStr=="gXENC")   return int(FLAV::gXENC);
          if(flavStr=="gTE")     return int(FLAV::gTE);
          if(flavStr=="gMHT")    return int(FLAV::gMHT);
          if(flavStr=="cXE")     return int(FLAV::cXE);
          if(flavStr=="gESPRESSO")   return int(FLAV::gESPRESSO);
          if(flavStr=="jXEPerf")     return int(FLAV::jXEPerf);
          throw std::runtime_error("Flavour " + flavStr + " for EnergyThreshold algorithm not recongnised!");
      };

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The documentation for this class was generated from the following file:

• L1TopoAlgorithm.h