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particleType.h
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particleType.h
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/*
* particleType.h
*/
#ifndef particleTypeH_INCLUDED
#define particleTypeH_INCLUDED
#include <math.h>
#include <stdio.h>
#include <string.h>
typedef enum {
/* An extensive list of the GEANT3 particle
* codes can be found here:
* http://wwwasdoc.web.cern.ch/wwwasdoc/geant/node72.html
*/
Unknown = 0,
Gamma = 1,
Positron = 2,
Electron = 3,
Neutrino = 4,
MuonPlus = 5,
MuonMinus = 6,
Pi0 = 7,
PiPlus = 8,
PiMinus = 9,
KLong = 10,
KPlus = 11,
KMinus = 12,
Neutron = 13,
Proton = 14,
AntiProton = 15,
KShort = 16,
Eta = 17,
Lambda = 18,
SigmaPlus = 19,
Sigma0 = 20,
SigmaMinus = 21,
Xi0 = 22,
XiMinus = 23,
OmegaMinus = 24,
AntiNeutron = 25,
AntiLambda = 26,
AntiSigmaMinus = 27,
AntiSigma0 = 28,
AntiSigmaPlus = 29,
AntiXi0 = 30,
AntiXiPlus = 31,
AntiOmegaPlus = 32,
Deuteron = 45,
Triton = 46,
Helium = 47,
Geantino = 48,
He3 = 49,
Li6 = 61,
Li7 = 62,
Be7 = 63,
Be9 = 64,
B10 = 65,
B11 = 66,
C12 = 67,
N14 = 68,
O16 = 69,
F19 = 70,
Ne20 = 71,
Na23 = 72,
Mg24 = 73,
Al27 = 74,
Si28 = 75,
P31 = 76,
S32 = 77,
Cl35 = 78,
Ar36 = 79,
K39 = 80,
Ca40 = 81,
Sc45 = 82,
Ti48 = 83,
V51 = 84,
Cr52 = 85,
Mn55 = 86,
Fe56 = 87,
Co59 = 88,
Ni58 = 89,
Cu63 = 90,
Zn64 = 91,
Ge74 = 92,
Se80 = 93,
Kr84 = 94,
Sr88 = 95,
Zr90 = 96,
Mo98 = 97,
Pd106 = 98,
Cd114 = 99,
Sn120 = 100,
Xe132 = 101,
Ba138 = 102,
Ce140 = 103,
Sm152 = 104,
Dy164 = 105,
Yb174 = 106,
W184 = 107,
Pt194 = 108,
Au197 = 109,
Hg202 = 110,
Pb208 = 111,
U238 = 112,
/* the constants defined by GEANT end here */
/*
* Several particle codes are added below which did
* not overlap with the original GEANT particle list.
* However, the link above has several other particle
* codes added which do actually overlap. Because of
* this, each of the values below was increased by
* 100 so that they don't overlap with any of the new
* codes and they can be used.
*/
/* These are E852-defined constants */
Rho0 = 44, // was 157
RhoPlus = 42, // was 158
RhoMinus = 43, // was 159
omega = 33, // was 160
phiMeson = 34, // was 162
EtaPrime = 35, // was 161
//Rho0 = 157,
//RhoPlus = 158,
//RhoMinus = 159,
//omega = 160,
//EtaPrime = 161,
//phiMeson = 162,
a0_980 = 163,
f0_980 = 164,
/* These are GlueX-defined constants */
KStar_892_0 = 165,
KStar_892_Plus = 166,
KStar_892_Minus = 167,
AntiKStar_892_0 = 168,
K1_1400_Plus = 169,
K1_1400_Minus = 170,
b1_1235_Plus = 171,
Sigma_1385_Minus = 172,
Sigma_1385_0 = 173,
Sigma_1385_Plus = 174,
Jpsi = 183,
Eta_c = 184,
Chi_c0 = 185,
Chi_c1 = 186,
Chi_c2 = 187,
Psi2s = 188,
D0 = 189,
DPlus = 190,
Dstar0 = 191,
DstarPlus = 192,
Lambda_c = 193,
AntiD0 = 194,
/* These are defined in pythia-geant.map in bggen */
//Rho0 = 80, // already defined above (44)
//omega = 81, // already defined above (33)
DeltaPlusPlus = 182
} Particle_t;
static inline Particle_t RemapParticleID(Particle_t p)
{
// bggen defines these in pythia-geant.dat. However,
// they are not the same as the definitions used from
// E-852 in the enum above. Remap them using this routine
// which is called from several of the routines below.
//if(p==80) return Rho0;
//if(p==81) return omega;
return p;
}
inline static int IsLepton(Particle_t p)
{
return ((p == Electron) || (p == Positron) || (p == MuonPlus) || (p == MuonMinus) || (p == Neutrino));
}
inline static char* ParticleType(Particle_t p)
{
p = RemapParticleID(p);
switch (p) {
case Unknown:
return (char*)"Unknown";
case Gamma:
return (char*)"Photon";
case Positron:
return (char*)"Positron";
case Electron:
return (char*)"Electron";
case Neutrino:
return (char*)"Neutrino";
case MuonPlus:
return (char*)"Muon+";
case MuonMinus:
return (char*)"Muon-";
case Pi0:
return (char*)"Pi0";
case PiPlus:
return (char*)"Pi+";
case PiMinus:
return (char*)"Pi-";
case KLong:
return (char*)"KLong";
case KPlus:
return (char*)"K+";
case KMinus:
return (char*)"K-";
case Neutron:
return (char*)"Neutron";
case Proton:
return (char*)"Proton";
case AntiProton:
return (char*)"AntiProton";
case KShort:
return (char*)"KShort";
case Eta:
return (char*)"Eta";
case Lambda:
return (char*)"Lambda";
case SigmaPlus:
return (char*)"Sigma+";
case Sigma0:
return (char*)"Sigma0";
case SigmaMinus:
return (char*)"Sigma-";
case Xi0:
return (char*)"Xi0";
case XiMinus:
return (char*)"Xi-";
case OmegaMinus:
return (char*)"Omega-";
case AntiNeutron:
return (char*)"AntiNeutron";
case AntiLambda:
return (char*)"AntiLambda";
case AntiSigmaMinus:
return (char*)"AntiSigma-";
case AntiSigma0:
return (char*)"AntiSigma0";
case AntiSigmaPlus:
return (char*)"AntiSigma+";
case AntiXi0:
return (char*)"AntiXi0";
case AntiXiPlus:
return (char*)"AntiXi+";
case AntiOmegaPlus:
return (char*)"AntiOmega+";
case Geantino:
return (char*)"Geantino";
case Rho0:
return (char*)"Rho0";
case RhoPlus:
return (char*)"Rho+";
case RhoMinus:
return (char*)"Rho-";
case omega:
return (char*)"Omega";
case EtaPrime:
return (char*)"EtaPrime";
case phiMeson:
return (char*)"Phi";
case a0_980:
return (char*)"a0(980)";
case f0_980:
return (char*)"f0(980)";
case KStar_892_0:
return (char*)"K*(892)0";
case KStar_892_Plus:
return (char*)"K*(892)+";
case KStar_892_Minus:
return (char*)"K*(892)-";
case AntiKStar_892_0:
return (char*)"antiK*(892)0";
case K1_1400_Plus:
return (char*)"K1(1400)+";
case K1_1400_Minus:
return (char*)"K1(1400)-";
case b1_1235_Plus:
return (char*)"b1(1235)+";
case Sigma_1385_Minus:
return (char*)"Sigma(1385)-";
case Sigma_1385_0:
return (char*)"Sigma(1385)0";
case Sigma_1385_Plus:
return (char*)"Sigma(1385)+";
case Deuteron:
return (char*)"Deuteron";
case Triton:
return (char*)"Triton";
case Helium:
return (char*)"Helium";
case He3:
return (char*)"Helium-3";
case Li6:
return (char*)"Lithium-6";
case Li7:
return (char*)"Lithium-7";
case Be7:
return (char*)"Beryllium-7";
case Be9:
return (char*)"Beryllium-9";
case B10:
return (char*)"Boron-10";
case B11:
return (char*)"Boron-11";
case C12:
return (char*)"Carbon";
case N14:
return (char*)"Nitrogen";
case O16:
return (char*)"Oxygen";
case F19:
return (char*)"Fluorine";
case Ne20:
return (char*)"Neon";
case Na23:
return (char*)"Sodium";
case Mg24:
return (char*)"Magnesium";
case Al27:
return (char*)"Aluminum";
case Si28:
return (char*)"Silicon";
case P31:
return (char*)"Phosphorous";
case S32:
return (char*)"Sulphur";
case Cl35:
return (char*)"Chlorine";
case Ar36:
return (char*)"Argon";
case K39:
return (char*)"Potassium";
case Ca40:
return (char*)"Calcium";
case Sc45:
return (char*)"Scandium";
case Ti48:
return (char*)"Titanium";
case V51:
return (char*)"Vanadium";
case Cr52:
return (char*)"Chromium";
case Mn55:
return (char*)"Manganese";
case Fe56:
return (char*)"Iron";
case Co59:
return (char*)"Cobalt";
case Ni58:
return (char*)"Nickel";
case Cu63:
return (char*)"Copper";
case Zn64:
return (char*)"Zinc";
case Ge74:
return (char*)"Germanium";
case Se80:
return (char*)"Selenium";
case Kr84:
return (char*)"Krypton";
case Sr88:
return (char*)"Strontium";
case Zr90:
return (char*)"Zirconium";
case Mo98:
return (char*)"Molybdenum";
case Pd106:
return (char*)"Palladium";
case Cd114:
return (char*)"Cadmium";
case Sn120:
return (char*)"Tin";
case Xe132:
return (char*)"Xenon";
case Ba138:
return (char*)"Barium";
case Ce140:
return (char*)"Cesium";
case Sm152:
return (char*)"Samerium";
case Dy164:
return (char*)"Dysprosium";
case Yb174:
return (char*)"Ytterbium";
case W184:
return (char*)"Tungsten";
case Pt194:
return (char*)"Platium";
case Au197:
return (char*)"Gold";
case Hg202:
return (char*)"Mercury";
case Pb208:
return (char*)"Lead";
case U238:
return (char*)"Uranium";
case DeltaPlusPlus:
return (char*)"Delta++";
case Jpsi:
return (char*)"Jpsi";
case Eta_c:
return (char*)"EtaC";
case Chi_c0:
return (char*)"ChiC0";
case Chi_c1:
return (char*)"ChiC1";
case Chi_c2:
return (char*)"ChiC2";
case Psi2s:
return (char*)"Psi(2S)";
case D0:
return (char*)"D0";
case AntiD0:
return (char*)"AntiD0";
case DPlus:
return (char*)"D+";
case Dstar0:
return (char*)"D*0";
case DstarPlus:
return (char*)"D*+";
case Lambda_c:
return (char*)"LambdaC";
default:
return (char*)"Unknown";
}
}
inline static char* EnumString(Particle_t p)
{
//returns string that is exact match to enum name. for auto-generating code
p = RemapParticleID(p);
switch (p) {
case Unknown:
return (char*)"Unknown";
case Gamma:
return (char*)"Gamma";
case Positron:
return (char*)"Positron";
case Electron:
return (char*)"Electron";
case Neutrino:
return (char*)"Neutrino";
case MuonPlus:
return (char*)"MuonPlus";
case MuonMinus:
return (char*)"MuonMinus";
case Pi0:
return (char*)"Pi0";
case PiPlus:
return (char*)"PiPlus";
case PiMinus:
return (char*)"PiMinus";
case KLong:
return (char*)"KLong";
case KPlus:
return (char*)"KPlus";
case KMinus:
return (char*)"KMinus";
case Neutron:
return (char*)"Neutron";
case Proton:
return (char*)"Proton";
case AntiProton:
return (char*)"AntiProton";
case KShort:
return (char*)"KShort";
case Eta:
return (char*)"Eta";
case Lambda:
return (char*)"Lambda";
case SigmaPlus:
return (char*)"SigmaPlus";
case Sigma0:
return (char*)"Sigma0";
case SigmaMinus:
return (char*)"SigmaMinus";
case Xi0:
return (char*)"Xi0";
case XiMinus:
return (char*)"XiMinus";
case OmegaMinus:
return (char*)"OmegaMinus";
case AntiNeutron:
return (char*)"AntiNeutron";
case AntiLambda:
return (char*)"AntiLambda";
case AntiSigmaMinus:
return (char*)"AntiSigmaMinus";
case AntiSigma0:
return (char*)"AntiSigma0";
case AntiSigmaPlus:
return (char*)"AntiSigmaPlus";
case AntiXi0:
return (char*)"AntiXi0";
case AntiXiPlus:
return (char*)"AntiXiPlus";
case AntiOmegaPlus:
return (char*)"AntiOmegaPlus";
case Geantino:
return (char*)"Geantino";
case Rho0:
return (char*)"Rho0";
case RhoPlus:
return (char*)"RhoPlus";
case RhoMinus:
return (char*)"RhoMinus";
case omega:
return (char*)"omega";
case EtaPrime:
return (char*)"EtaPrime";
case phiMeson:
return (char*)"phiMeson";
case a0_980:
return (char*)"a0_980";
case f0_980:
return (char*)"f0_980";
case KStar_892_0:
return (char*)"KStar_892_0";
case KStar_892_Plus:
return (char*)"KStar_892_Plus";
case KStar_892_Minus:
return (char*)"KStar_892_Minus";
case AntiKStar_892_0:
return (char*)"AntiKStar_892_0";
case K1_1400_Plus:
return (char*)"K1_1400_Plus";
case K1_1400_Minus:
return (char*)"K1_1400_Minus";
case b1_1235_Plus:
return (char*)"b1_1235_Plus";
case Sigma_1385_Minus:
return (char*)"Sigma_1385_Minus";
case Sigma_1385_0:
return (char*)"Sigma_1385_0";
case Sigma_1385_Plus:
return (char*)"Sigma_1385_Plus";
case Deuteron:
return (char*)"Deuteron";
case Triton:
return (char*)"Triton";
case Helium:
return (char*)"Helium";
case He3:
return (char*)"Helium-3";
case Li6:
return (char*)"Lithium-6";
case Li7:
return (char*)"Lithium-7";
case Be7:
return (char*)"Beryllium-7";
case Be9:
return (char*)"Beryllium-9";
case B10:
return (char*)"Boron-10";
case B11:
return (char*)"Boron-11";
case C12:
return (char*)"Carbon";
case N14:
return (char*)"Nitrogen";
case O16:
return (char*)"Oxygen";
case F19:
return (char*)"Fluorine";
case Ne20:
return (char*)"Neon";
case Na23:
return (char*)"Sodium";
case Mg24:
return (char*)"Magnesium";
case Al27:
return (char*)"Aluminum";
case Si28:
return (char*)"Silicon";
case P31:
return (char*)"Phosphorous";
case S32:
return (char*)"Sulphur";
case Cl35:
return (char*)"Chlorine";
case Ar36:
return (char*)"Argon";
case K39:
return (char*)"Potassium";
case Ca40:
return (char*)"Calcium";
case Sc45:
return (char*)"Scandium";
case Ti48:
return (char*)"Titanium";
case V51:
return (char*)"Vanadium";
case Cr52:
return (char*)"Chromium";
case Mn55:
return (char*)"Manganese";
case Fe56:
return (char*)"Iron";
case Co59:
return (char*)"Cobalt";
case Ni58:
return (char*)"Nickel";
case Cu63:
return (char*)"Copper";
case Zn64:
return (char*)"Zinc";
case Ge74:
return (char*)"Germanium";
case Se80:
return (char*)"Selenium";
case Kr84:
return (char*)"Krypton";
case Sr88:
return (char*)"Strontium";
case Zr90:
return (char*)"Zirconium";
case Mo98:
return (char*)"Molybdenum";
case Pd106:
return (char*)"Palladium";
case Cd114:
return (char*)"Cadmium";
case Sn120:
return (char*)"Tin";
case Xe132:
return (char*)"Xenon";
case Ba138:
return (char*)"Barium";
case Ce140:
return (char*)"Cesium";
case Sm152:
return (char*)"Samerium";
case Dy164:
return (char*)"Dysprosium";
case Yb174:
return (char*)"Ytterbium";
case W184:
return (char*)"Tungsten";
case Pt194:
return (char*)"Platium";
case Au197:
return (char*)"Gold";
case Hg202:
return (char*)"Mercury";
case Pb208:
return (char*)"Lead";
case U238:
return (char*)"Uranium";
case DeltaPlusPlus:
return (char*)"DeltaPlusPlus";
case Jpsi:
return (char*)"Jpsi";
case Eta_c:
return (char*)"Eta_c";
case Chi_c0:
return (char*)"Chi_c0";
case Chi_c1:
return (char*)"Chi_c1";
case Chi_c2:
return (char*)"Chi_c2";
case Psi2s:
return (char*)"Psi2s";
case D0:
return (char*)"D0";
case AntiD0:
return (char*)"AntiD0";
case DPlus:
return (char*)"DPlus";
case Dstar0:
return (char*)"Dstar0";
case DstarPlus:
return (char*)"DstarPlus";
case Lambda_c:
return (char*)"Lambda_c";
default:
return (char*)"Unknown";
}
}
inline static char* EvtGenString(Particle_t p)
{
//returns string that is exact match to enum name. for auto-generating code
p = RemapParticleID(p);
switch (p) {
case Unknown:
return (char*)"Unknown";
case Gamma:
return (char*)"gamma";
case Positron:
return (char*)"e+";
case Electron:
return (char*)"e-";
case Neutrino:
return (char*)"nu_e";
case MuonPlus:
return (char*)"mu+";
case MuonMinus:
return (char*)"mu-";
case Pi0:
return (char*)"pi0";
case PiPlus:
return (char*)"pi+";
case PiMinus:
return (char*)"pi-";
case KLong:
return (char*)"K_L0";
case KPlus:
return (char*)"K+";
case KMinus:
return (char*)"K-";
case Neutron:
return (char*)"n0";
case Proton:
return (char*)"p+";
case AntiProton:
return (char*)"anti-p-";
case KShort:
return (char*)"K_S0";
case Eta:
return (char*)"eta";
case Lambda:
return (char*)"Lambda0";
case SigmaPlus:
return (char*)"Sigma+";
case Sigma0:
return (char*)"Sigma0";
case SigmaMinus:
return (char*)"Sigma-";
case Xi0:
return (char*)"Xi0";
case XiMinus:
return (char*)"Xi-";
case OmegaMinus:
return (char*)"Omega-";
case AntiNeutron:
return (char*)"anti-n0";
case AntiLambda:
return (char*)"anti-Lambda0";
case AntiSigmaMinus:
return (char*)"anti-Sigma-";
case AntiSigma0:
return (char*)"anti-Sigma0";
case AntiSigmaPlus:
return (char*)"anti-Sigma+";
case AntiXi0:
return (char*)"anti-Xi0";
case AntiXiPlus:
return (char*)"anti-Xi+";
case AntiOmegaPlus:
return (char*)"anti-Omega+";
case Geantino:
return (char*)"geantino";
case Rho0:
return (char*)"rho0";
case RhoPlus:
return (char*)"rho+";
case RhoMinus:
return (char*)"rho-";
case omega:
return (char*)"omega";
case EtaPrime:
return (char*)"eta'";
case phiMeson:
return (char*)"phi";
case a0_980:
return (char*)"a_0";
case f0_980:
return (char*)"f_0";
case KStar_892_0:
return (char*)"K*0";
case KStar_892_Plus:
return (char*)"K*+";
case KStar_892_Minus:
return (char*)"K*-";
case AntiKStar_892_0:
return (char*)"anti-K*0";
case K1_1400_Plus:
return (char*)"K'_1+";
case K1_1400_Minus:
return (char*)"K'_1-";
case b1_1235_Plus:
return (char*)"b_1+";
case Sigma_1385_Minus:
return (char*)"Sigma_1385_Minus";
case Sigma_1385_0:
return (char*)"Sigma_1385_0";
case Sigma_1385_Plus:
return (char*)"Sigma_1385_Plus";
case Deuteron:
return (char*)"deuteron";
case Triton:
return (char*)"Triton"; // FIX
case Helium:
return (char*)"Helium"; // FIX
case He3:
return (char*)"He3";
case Li6:
return (char*)"Lithium-6";
case Li7:
return (char*)"Lithium-7";
case Be7:
return (char*)"Beryllium-7";
case Be9:
return (char*)"Beryllium-9";
case B10:
return (char*)"Boron-10";
case B11:
return (char*)"Boron-11";
case C12:
return (char*)"Carbon";
case N14:
return (char*)"Nitrogen";
case O16:
return (char*)"Oxygen";
case F19:
return (char*)"Fluorine";
case Ne20:
return (char*)"Neon";
case Na23:
return (char*)"Sodium";
case Mg24:
return (char*)"Magnesium";
case Al27:
return (char*)"Aluminum";
case Si28:
return (char*)"Silicon";
case P31:
return (char*)"Phosphorous";
case S32:
return (char*)"Sulphur";
case Cl35:
return (char*)"Chlorine";
case Ar36:
return (char*)"Argon";
case K39:
return (char*)"Potassium";
case Ca40:
return (char*)"Calcium";
case Sc45:
return (char*)"Scandium";
case Ti48:
return (char*)"Titanium";
case V51:
return (char*)"Vanadium";
case Cr52:
return (char*)"Chromium";
case Mn55:
return (char*)"Manganese";
case Fe56:
return (char*)"Iron";
case Co59:
return (char*)"Cobalt";
case Ni58:
return (char*)"Nickel";
case Cu63:
return (char*)"Copper";
case Zn64:
return (char*)"Zinc";
case Ge74:
return (char*)"Germanium";
case Se80:
return (char*)"Selenium";
case Kr84:
return (char*)"Krypton";
case Sr88:
return (char*)"Strontium";
case Zr90:
return (char*)"Zirconium";
case Mo98:
return (char*)"Molybdenum";
case Pd106:
return (char*)"Palladium";
case Cd114:
return (char*)"Cadmium";
case Sn120:
return (char*)"Tin";
case Xe132:
return (char*)"Xenon";
case Ba138:
return (char*)"Barium";
case Ce140:
return (char*)"Cesium";
case Sm152:
return (char*)"Samerium";
case Dy164:
return (char*)"Dysprosium";
case Yb174:
return (char*)"Ytterbium";
case W184:
return (char*)"Tungsten";
case Pt194:
return (char*)"Platium";
case Au197:
return (char*)"Gold";
case Hg202:
return (char*)"Mercury";
case Pb208:
return (char*)"Lead";
case U238:
return (char*)"Uranium";
case DeltaPlusPlus:
return (char*)"Delta++";
case Jpsi:
return (char*)"J/psi";
case Eta_c:
return (char*)"eta_c";
case Chi_c0:
return (char*)"chi_c0";
case Chi_c1:
return (char*)"chi_c1";
case Chi_c2:
return (char*)"chi_c2";
case Psi2s:
return (char*)"psi(2S)";
case D0:
return (char*)"D0";
case AntiD0:
return (char*)"anti-D0";
case DPlus:
return (char*)"D+";
case Dstar0:
return (char*)"D*0";
case DstarPlus:
return (char*)"D*+";
case Lambda_c:
return (char*)"Lambda_c0";
default:
return (char*)"Unknown";
}
}
inline static char* ShortName(Particle_t locPID)
{
//returns string that is exact match to enum name. for auto-generating code
locPID = RemapParticleID(locPID);
switch (locPID) {
case Unknown:
return (char*)"x";
case Gamma:
return (char*)"g";
case Positron:
return (char*)"ep";
case Electron:
return (char*)"em";
case Neutrino:
return (char*)"nu";
case MuonPlus:
return (char*)"mup";
case MuonMinus:
return (char*)"mum";
case Pi0:
return (char*)"pi0";
case PiPlus:
return (char*)"pip";
case PiMinus:
return (char*)"pim";
case KLong:
return (char*)"kl";
case KPlus:
return (char*)"kp";
case KMinus:
return (char*)"km";
case Neutron:
return (char*)"n";
case Proton:
return (char*)"prot";
case AntiProton:
return (char*)"antip";
case KShort:
return (char*)"ks";
case Eta:
return (char*)"eta";
case Lambda:
return (char*)"lamb";
case SigmaPlus:
return (char*)"sigp";
case Sigma0:
return (char*)"sig0";
case SigmaMinus:
return (char*)"sigm";