#include "FitBeam.h" //---------------------------------------------------------------------------- std::string FitBeam::BeamTypeAsString(FitBeam_t beam) { switch (beam) { case kUnknown: return "Unknown"; break; case kNuMuLE000z200i: return "le000z200i"; break; case kNuMuLE010z000i: return "le010z000i"; break; case kNuMuLE010z170i: return "le010z170i"; break; case kNuMuLE010z185i: return "le010z185i"; break; case kNuMuLE010z185iN: return "le010z185iN"; break; case kNuMuLE010z200i: return "le010z200i"; break; case kNuMuLE100z200i: return "le100z200i"; break; case kNuMuLE150z200i: return "le150z200i"; break; case kNuMuLE250z200i: return "le250z200i"; break; case kNuMuLE250z200iN: return "le250z200iN"; break; case kAntiNuMuLE000z200i: return "le000z200i"; break; case kAntiNuMuLE010z000i: return "le010z000i"; break; case kAntiNuMuLE010z170i: return "le010z170i"; break; case kAntiNuMuLE010z185i: return "le010z185i"; break; case kAntiNuMuLE010z185iN: return "le010z185iN"; break; case kAntiNuMuLE010z200i: return "le010z200i"; break; case kAntiNuMuLE100z200i: return "le100z200i"; break; case kAntiNuMuLE150z200i: return "le150z200i"; break; case kAntiNuMuLE250z200i: return "le250z200i"; break; case kAntiNuMuLE250z200iN: return "le250z200iN"; break; case kBeamNueLE000z200i: return "le000z200i"; break; case kBeamNueLE010z000i: return "le010z000i"; break; case kBeamNueLE010z170i: return "le010z170i"; break; case kBeamNueLE010z185i: return "le010z185i"; break; case kBeamNueLE010z185iN: return "le010z185iN"; break; case kBeamNueLE010z200i: return "le010z200i"; break; case kBeamNueLE100z200i: return "le100z200i"; break; case kBeamNueLE150z200i: return "le150z200i"; break; case kBeamNueLE250z200i: return "le250z200i"; break; case kBeamNueLE250z200iN: return "le250z200iN"; break; default: return "Unknown"; break; } return "Unknown"; } std::string FitBeam::NeutrinoTypeAsString(FitBeam_t beam) { switch (beam) { case kUnknown: return "Unknown"; break; case kNuMuLE000z200i: return "NuMu"; break; case kNuMuLE010z000i: return "NuMu"; break; case kNuMuLE010z170i: return "NuMu"; break; case kNuMuLE010z185i: return "NuMu"; break; case kNuMuLE010z185iN: return "NuMu"; break; case kNuMuLE010z200i: return "NuMu"; break; case kNuMuLE100z200i: return "NuMu"; break; case kNuMuLE150z200i: return "NuMu"; break; case kNuMuLE250z200i: return "NuMu"; break; case kNuMuLE250z200iN: return "NuMu"; break; case kAntiNuMuLE000z200i: return "AntiNuMu"; break; case kAntiNuMuLE010z000i: return "AntiNuMu"; break; case kAntiNuMuLE010z170i: return "AntiNuMu"; break; case kAntiNuMuLE010z185i: return "AntiNuMu"; break; case kAntiNuMuLE010z185iN: return "AntiNuMu"; break; case kAntiNuMuLE010z200i: return "AntiNuMu"; break; case kAntiNuMuLE100z200i: return "AntiNuMu"; break; case kAntiNuMuLE150z200i: return "AntiNuMu"; break; case kAntiNuMuLE250z200i: return "AntiNuMu"; break; case kAntiNuMuLE250z200iN: return "AntiNuMu"; break; case kBeamNueLE000z200i: return "BeamNue"; break; case kBeamNueLE010z000i: return "BeamNue"; break; case kBeamNueLE010z170i: return "BeamNue"; break; case kBeamNueLE010z185i: return "BeamNue"; break; case kBeamNueLE010z185iN: return "BeamNue"; break; case kBeamNueLE010z200i: return "BeamNue"; break; case kBeamNueLE100z200i: return "BeamNue"; break; case kBeamNueLE150z200i: return "BeamNue"; break; case kBeamNueLE250z200i: return "BeamNue"; break; case kBeamNueLE250z200iN: return "BeamNue"; break; default: return "Unknown"; break; } return "Unknown"; } Int_t FitBeam::AsInt(FitBeam_t beam) { switch (beam) { case kUnknown: return Int_t(kUnknown); break; case kNuMuLE000z200i: return Int_t(kNuMuLE000z200i); break; case kNuMuLE010z000i: return Int_t(kNuMuLE010z000i); break; case kNuMuLE010z170i: return Int_t(kNuMuLE010z170i); break; case kNuMuLE010z185i: return Int_t(kNuMuLE010z185i); break; case kNuMuLE010z185iN: return Int_t(kNuMuLE010z185iN); break; case kNuMuLE010z200i: return Int_t(kNuMuLE010z200i); break; case kNuMuLE100z200i: return Int_t(kNuMuLE100z200i); break; case kNuMuLE150z200i: return Int_t(kNuMuLE150z200i); break; case kNuMuLE250z200i: return Int_t(kNuMuLE250z200i); break; case kNuMuLE250z200iN: return Int_t(kNuMuLE250z200iN); break; case kAntiNuMuLE000z200i: return Int_t(kAntiNuMuLE000z200i); break; case kAntiNuMuLE010z000i: return Int_t(kAntiNuMuLE010z000i); break; case kAntiNuMuLE010z170i: return Int_t(kAntiNuMuLE010z170i); break; case kAntiNuMuLE010z185i: return Int_t(kAntiNuMuLE010z185i); break; case kAntiNuMuLE010z185iN: return Int_t(kAntiNuMuLE010z185iN); break; case kAntiNuMuLE010z200i: return Int_t(kAntiNuMuLE010z200i); break; case kAntiNuMuLE100z200i: return Int_t(kAntiNuMuLE100z200i); break; case kAntiNuMuLE150z200i: return Int_t(kAntiNuMuLE150z200i); break; case kAntiNuMuLE250z200i: return Int_t(kAntiNuMuLE250z200i); break; case kAntiNuMuLE250z200iN: return Int_t(kAntiNuMuLE250z200iN); break; case kBeamNueLE000z200i: return Int_t(kBeamNueLE000z200i); break; case kBeamNueLE010z000i: return Int_t(kBeamNueLE010z000i); break; case kBeamNueLE010z170i: return Int_t(kBeamNueLE010z170i); break; case kBeamNueLE010z185i: return Int_t(kBeamNueLE010z185i); break; case kBeamNueLE010z185iN: return Int_t(kBeamNueLE010z185iN); break; case kBeamNueLE010z200i: return Int_t(kBeamNueLE010z200i); break; case kBeamNueLE100z200i: return Int_t(kBeamNueLE100z200i); break; case kBeamNueLE150z200i: return Int_t(kBeamNueLE150z200i); break; case kBeamNueLE250z200i: return Int_t(kBeamNueLE250z200i); break; case kBeamNueLE250z200iN: return Int_t(kBeamNueLE250z200iN); break; default: return Int_t(kUnknown); break; } } FitBeam::FitBeam_t FitBeam::IntToEnum(Int_t beamint) { switch (beamint) { case 0: return kUnknown; break; case 5601: return kNuMuLE000z200i; break; case 5608: return kNuMuLE010z000i; break; case 5606: return kNuMuLE010z170i; break; case 5602: return kNuMuLE010z185i; break; case 5611: return kNuMuLE010z185iN; break; case 5607: return kNuMuLE010z200i; break; case 5603: return kNuMuLE100z200i; break; case 5609: return kNuMuLE150z200i; break; case 5604: return kNuMuLE250z200i; break; case 5610: return kNuMuLE250z200iN; break; case 5501: return kAntiNuMuLE000z200i; break; case 5508: return kAntiNuMuLE010z000i; break; case 5506: return kAntiNuMuLE010z170i; break; case 5502: return kAntiNuMuLE010z185i; break; case 5511: return kAntiNuMuLE010z185iN; break; case 5507: return kAntiNuMuLE010z200i; break; case 5503: return kAntiNuMuLE100z200i; break; case 5509: return kAntiNuMuLE150z200i; break; case 5504: return kAntiNuMuLE250z200i; break; case 5510: return kAntiNuMuLE250z200iN; break; case 5301: return kBeamNueLE000z200i; break; case 5308: return kBeamNueLE010z000i; break; case 5306: return kBeamNueLE010z170i; break; case 5302: return kBeamNueLE010z185i; break; case 5311: return kBeamNueLE010z185iN; break; case 5307: return kBeamNueLE010z200i; break; case 5303: return kBeamNueLE100z200i; break; case 5309: return kBeamNueLE150z200i; break; case 5304: return kBeamNueLE250z200i; break; case 5310: return kBeamNueLE250z200iN; break; default: return kUnknown; break; } } FitBeam::FitBeam_t FitBeam::StringToEnum(std::string beamstring) { if (beamstring=="") { return kUnknown; } else if (beamstring=="NuMuLE000z200i") { return kNuMuLE000z200i; } else if (beamstring=="NuMuLE010z000i") { return kNuMuLE010z000i; } else if (beamstring=="NuMuLE010z170i") { return kNuMuLE010z170i; } else if (beamstring=="NuMuLE010z185i") { return kNuMuLE010z185i; } else if (beamstring=="NuMuLE010z185iN") { return kNuMuLE010z185iN; } else if (beamstring=="NuMuLE010z200i") { return kNuMuLE010z200i; } else if (beamstring=="NuMuLE100z200i") { return kNuMuLE100z200i; } else if (beamstring=="NuMuLE150z200i") { return kNuMuLE150z200i; } else if (beamstring=="NuMuLE250z200i") { return kNuMuLE250z200i; } else if (beamstring=="NuMuLE250z200iN") { return kNuMuLE250z200iN; } else if (beamstring=="AntiNuMuLE000z200i") { return kAntiNuMuLE000z200i; } else if (beamstring=="AntiNuMuLE010z000i") { return kAntiNuMuLE010z000i; } else if (beamstring=="AntiNuMuLE010z170i") { return kAntiNuMuLE010z170i; } else if (beamstring=="AntiNuMuLE010z185i") { return kAntiNuMuLE010z185i; } else if (beamstring=="AntiNuMuLE010z185iN") { return kAntiNuMuLE010z185iN; } else if (beamstring=="AntiNuMuLE010z200i") { return kAntiNuMuLE010z200i; } else if (beamstring=="AntiNuMuLE100z200i") { return kAntiNuMuLE100z200i; } else if (beamstring=="AntiNuMuLE150z200i") { return kAntiNuMuLE150z200i; } else if (beamstring=="AntiNuMuLE250z200i") { return kAntiNuMuLE250z200i; } else if (beamstring=="AntiNuMuLE250z200iN") { return kAntiNuMuLE250z200iN; } else if (beamstring=="BeamNueLE000z200i") { return kBeamNueLE000z200i; } else if (beamstring=="BeamNueLE010z000i") { return kBeamNueLE010z000i; } else if (beamstring=="BeamNueLE010z170i") { return kBeamNueLE010z170i; } else if (beamstring=="BeamNueLE010z185i") { return kBeamNueLE010z185i; } else if (beamstring=="BeamNueLE010z185iN") { return kBeamNueLE010z185iN; } else if (beamstring=="BeamNueLE010z200i") { return kBeamNueLE010z200i; } else if (beamstring=="BeamNueLE100z200i") { return kBeamNueLE100z200i; } else if (beamstring=="BeamNueLE150z200i") { return kBeamNueLE150z200i; } else if (beamstring=="BeamNueLE250z200i") { return kBeamNueLE250z200i; } else if (beamstring=="BeamNueLE250z200iN") { return kBeamNueLE250z200iN; } else return kUnknown; } Int_t FitBeam::AsZbeamCode(FitBeam_t beam){ switch (beam) { case kUnknown: return 0; break; case kNuMuLE000z200i: return 1; break; case kNuMuLE010z000i: return 8; break; case kNuMuLE010z170i: return 6; break; case kNuMuLE010z185i: return 2; break; case kNuMuLE010z185iN: return 2; break; case kNuMuLE010z200i: return 7; break; case kNuMuLE100z200i: return 3; break; case kNuMuLE150z200i: return 9; break; case kNuMuLE250z200i: return 4; break; case kNuMuLE250z200iN: return 4; break; case kAntiNuMuLE000z200i: return 1; break; case kAntiNuMuLE010z000i: return 8; break; case kAntiNuMuLE010z170i: return 6; break; case kAntiNuMuLE010z185i: return 2; break; case kAntiNuMuLE010z185iN: return 2; break; case kAntiNuMuLE010z200i: return 7; break; case kAntiNuMuLE100z200i: return 3; break; case kAntiNuMuLE150z200i: return 9; break; case kAntiNuMuLE250z200i: return 4; break; case kAntiNuMuLE250z200iN: return 4; break; case kBeamNueLE000z200i: return 1; break; case kBeamNueLE010z000i: return 8; break; case kBeamNueLE010z170i: return 6; break; case kBeamNueLE010z185i: return 2; break; case kBeamNueLE010z185iN: return 2; break; case kBeamNueLE010z200i: return 7; break; case kBeamNueLE100z200i: return 3; break; case kBeamNueLE150z200i: return 9; break; case kBeamNueLE250z200i: return 4; break; case kBeamNueLE250z200iN: return 4; break; default: return 0; break; } }