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fix: PDG database constants #1579

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Merged
c-dilks merged 1 commit into from
Nov 12, 2026
+133 −129
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fix: PDG database constants #1579

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262 changes: 133 additions & 129 deletions common-tools/clas-physics/src/main/java/org/jlab/clas/pdg/PDGDatabase.java
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Original file line number Diff line number Diff line change
Expand Up @@ -57,139 +57,143 @@ private static HashMap<Integer, PDGParticle> initDatabase() {
particleMap.put(-12, new PDGParticle("nue+", -12, 4, 0.320e-6, 0));
particleMap.put(13, new PDGParticle("mu-", 13, 6, 0.1056583715, -1));
particleMap.put(-13, new PDGParticle("mu+", -13, 5, 0.1056583715, 1));
particleMap.put(12, new PDGParticle("nue-", 14, 4, 0.320e-6, 0));
particleMap.put(-12, new PDGParticle("nue+", -14, 4, 0.320e-6, 0));
particleMap.put(14, new PDGParticle("numu-", 14, 4, 0.320e-6, 0));
particleMap.put(-14, new PDGParticle("numu+", -14, 4, 0.320e-6, 0));
particleMap.put(22, new PDGParticle("gamma", 22, 1, 0.000, 0));
particleMap.put(45, new PDGParticle("d", 45, 45,1.87705, 1)); // This is not a PDG code.
particleMap.put(45, new PDGParticle("d", 45, 45, 1.875612, 1)); // This is not a PDG code.

//Light mesons
particleMap.put(211, new PDGParticle("pi+", 211, 8, 0.13957018, 1));
particleMap.put(-211, new PDGParticle("pi-", -211, 9, 0.13957018, -1));
particleMap.put(111, new PDGParticle("pi0", 111, 7, 0.134977, 0));
particleMap.put(321, new PDGParticle("K+", 321, 11, 0.49367716, 1));
particleMap.put(-321, new PDGParticle("K-", -321, 12, 0.49367716, -1));
particleMap.put(311, new PDGParticle("K0", 311,0.497611, 0));
particleMap.put(-311, new PDGParticle("K0bar", -311, 0.497611, 0));
particleMap.put(130, new PDGParticle("K0_L", 130, 10,0.497611, 0));
particleMap.put(310, new PDGParticle("K0_S", 310, 16, 0.497611, 0));
particleMap.put(221, new PDGParticle("eta", 221, 17, 0.547862, 0));
particleMap.put(331, new PDGParticle("eta'", 331, 0.95778, 0));
particleMap.put(223, new PDGParticle("omega", 223, 0.78265, 0));
particleMap.put(113, new PDGParticle("rho0", 113, 0.77526, 0));
particleMap.put(213, new PDGParticle("rho+", 213, 0.77526, 1));
particleMap.put(-213, new PDGParticle("rho-", -213, 12, 0.77526, -1));
particleMap.put(333, new PDGParticle("phi", 333, 1.019461, 0));

// a0 scalar mesons (I=1, J^PC = 0++), mass ~ 0.980 GeV
particleMap.put(9000211, new PDGParticle("a0(980)+", 9000211, 0.980, 1));
particleMap.put(9000111, new PDGParticle("a0(980)0", 9000111, 0.980, 0));
particleMap.put(-9000211, new PDGParticle("a0(980)-", -9000211, 0.980, -1));

// a1 axial vector mesons (I=1, J^PC = 1++), mass ~ 1.230 GeV
particleMap.put(20213, new PDGParticle("a1(1260)+", 20213, 1.230, 1));
particleMap.put(20113, new PDGParticle("a1(1260)0", 20113, 1.230, 0));
particleMap.put(-20213, new PDGParticle("a1(1260)-", -20213, 1.230, -1));

// b1 axial vector mesons (I=1, J^PC = 1+−), mass ~ 1.229 GeV
particleMap.put(10213, new PDGParticle("b1(1235)+", 10213, 1.229, 1));
particleMap.put(10113, new PDGParticle("b1(1235)0", 10113, 1.229, 0));
particleMap.put(-10213, new PDGParticle("b1(1235)-", -10213, 1.229, -1));

// f0(980) mesons (I=0, J^PC = 0++)
particleMap.put(9000221, new PDGParticle("f0(980)", 9000221, 0.980, 0));
// f1 axial vector mesons (I=0, J^PC = 1++), neutral only
particleMap.put(20223, new PDGParticle("f1(1285)", 20223, 1.2819, 0));
particleMap.put(10333, new PDGParticle("f1(1420)", 10333, 1.4264, 0));

// h1 axial vector mesons (I=0, J^PC = 1+−), neutral only
particleMap.put(10223, new PDGParticle("h1(1170)", 10223, 1.170, 0));
particleMap.put(10331, new PDGParticle("h1(1380)", 10331, 1.380, 0));

// Excited kaon resonances (K* states)
particleMap.put(323, new PDGParticle("K*(892)+", 323, 0.892, 1));
particleMap.put(-323, new PDGParticle("K*(892)-", -323, 0.892, -1));
particleMap.put(313, new PDGParticle("K*(892)0", 313, 0.892, 0));
particleMap.put(-313, new PDGParticle("K*(892)0bar", -313, 0.892, 0));
particleMap.put(315, new PDGParticle("K*(1410)+", 315, 1.410, 1));
particleMap.put(-315, new PDGParticle("K*(1410)-", -315, 1.410, -1));
particleMap.put(325, new PDGParticle("K*(1410)0", 325, 1.410, 0));
particleMap.put(-325, new PDGParticle("K*(1410)0bar", -325, 1.410, 0));

// Charmonium mesons
// J/psi mesons (1S state, 1^-)
particleMap.put(443, new PDGParticle("J/psi", 443, 3.0969, 0));
// eta_c mesons (1S state, 0^-)
particleMap.put(441, new PDGParticle("eta_c", 441, 2.981, 0));
// chi_c0 (2P state, 0++)
particleMap.put(444, new PDGParticle("chi_c0", 444, 3.414, 0));
// chi_c1 (2P state, 1++)
particleMap.put(445, new PDGParticle("chi_c1", 445, 3.510, 0));
// chi_c2 (2P state, 2++)
particleMap.put(446, new PDGParticle("chi_c2", 446, 3.556, 0));
// eta_c(2S) (2S state, 0^-)
particleMap.put(447, new PDGParticle("eta_c(2S)", 447, 3.634, 0));
// J/psi(2S) (2S state, 1^-)
particleMap.put(448, new PDGParticle("J/psi(2S)", 448, 3.686, 0));
// h_c (1P state, 1^+)
particleMap.put(4415, new PDGParticle("h_c", 4415, 3.525, 0));
// psi(2S) (1^-)
particleMap.put(100443, new PDGParticle("psi(2S)", 100443, 3.686, 0));
// psi(3770) (2S state, 1^-)
particleMap.put(100443, new PDGParticle("psi(3770)", 100443, 3.770, 0));
// eta_c(3S) (3S state, 0^-)
particleMap.put(100447, new PDGParticle("eta_c(3S)", 100447, 3.750, 0));

// Light baryons

particleMap.put(211, new PDGParticle("pi+", 211, 8, 0.13957018, 1));
particleMap.put(-211, new PDGParticle("pi-", -211, 9, 0.13957018, -1));
particleMap.put(111, new PDGParticle("pi0", 111, 7, 0.134977, 0));
particleMap.put(321, new PDGParticle("K+", 321, 11, 0.49367716, 1));
particleMap.put(-321, new PDGParticle("K-", -321, 12, 0.49367716, -1));
particleMap.put(311, new PDGParticle("K0", 311, 0.497611, 0));
particleMap.put(-311, new PDGParticle("K0bar", -311, 0.497611, 0));
particleMap.put(130, new PDGParticle("K0_L", 130, 10,0.497611, 0));
particleMap.put(310, new PDGParticle("K0_S", 310, 16, 0.497611, 0));
particleMap.put(221, new PDGParticle("eta", 221, 17, 0.547862, 0));
particleMap.put(331, new PDGParticle("eta'", 331, 0.95778, 0));
particleMap.put(223, new PDGParticle("omega", 223, 0.78265, 0));
particleMap.put(113, new PDGParticle("rho0", 113, 0.77526, 0, 0.1491));
particleMap.put(213, new PDGParticle("rho+", 213, 0.77526, 1, 0.1491));
particleMap.put(-213, new PDGParticle("rho-", -213, 0.77526, -1, 0.1491));
particleMap.put(333, new PDGParticle("phi", 333, 1.019461, 0));

// a0 scalar mesons (I=1, J^PC = 0++), mass ~ 0.980 GeV
particleMap.put(9000211, new PDGParticle("a0(980)+", 9000211, 0.980, 1));
particleMap.put(9000111, new PDGParticle("a0(980)0", 9000111, 0.980, 0));
particleMap.put(-9000211, new PDGParticle("a0(980)-", -9000211, 0.980, -1));

// a1 axial vector mesons (I=1, J^PC = 1++), mass ~ 1.230 GeV
particleMap.put(20213, new PDGParticle("a1(1260)+", 20213, 1.230, 1));
particleMap.put(20113, new PDGParticle("a1(1260)0", 20113, 1.230, 0));
particleMap.put(-20213, new PDGParticle("a1(1260)-", -20213, 1.230, -1));

// b1 axial vector mesons (I=1, J^PC = 1+−), mass ~ 1.229 GeV
particleMap.put(10213, new PDGParticle("b1(1235)+", 10213, 1.229, 1));
particleMap.put(10113, new PDGParticle("b1(1235)0", 10113, 1.229, 0));
particleMap.put(-10213, new PDGParticle("b1(1235)-", -10213, 1.229, -1));

// f0(980) mesons (I=0, J^PC = 0++)
particleMap.put(9000221, new PDGParticle("f0(980)", 9000221, 0.980, 0));
// f1 axial vector mesons (I=0, J^PC = 1++), neutral only
particleMap.put(20223, new PDGParticle("f1(1285)", 20223, 1.2819, 0));
particleMap.put(20333, new PDGParticle("f1(1420)", 20333, 1.4264, 0));

// h1 axial vector mesons (I=0, J^PC = 1+−), neutral only
particleMap.put(10223, new PDGParticle("h1(1170)", 10223, 1.170, 0));
particleMap.put(10333, new PDGParticle("h1(1380)", 10333, 1.380, 0));

// Excited kaon resonances (K* states)
particleMap.put(323, new PDGParticle("K*(892)+", 323, 0.892, 1));
particleMap.put(-323, new PDGParticle("K*(892)-", -323, 0.892, -1));
particleMap.put(313, new PDGParticle("K*(892)0", 313, 0.892, 0));
particleMap.put(-313, new PDGParticle("K*(892)0bar", -313, 0.892, 0));
particleMap.put(325, new PDGParticle("K2*(1430)+", 325, 1.430, 1));
particleMap.put(-325, new PDGParticle("K2*(1430)-", -325, 1.430, -1));
particleMap.put(315, new PDGParticle("K2*(1430)0", 315, 1.430, 0));
particleMap.put(-315, new PDGParticle("K2*(1430)0bar", -315, 1.430, 0));
particleMap.put(100323, new PDGParticle("K*(1410)+", 100323, 1.410, 1));
particleMap.put(-100323, new PDGParticle("K*(1410)-", -100323, 1.410, -1));
particleMap.put(100313, new PDGParticle("K*(1410)0", 100313, 1.410, 0));
particleMap.put(-100313, new PDGParticle("K*(1410)0bar", -100313, 1.410, 0));

// Charmonium mesons
// J/psi mesons (1S state, 1^-)
particleMap.put(443, new PDGParticle("J/psi", 443, 3.0969, 0));
// eta_c mesons (1S state, 0^-)
particleMap.put(441, new PDGParticle("eta_c", 441, 2.981, 0));
// chi_c0 (2P state, 0++)
particleMap.put(444, new PDGParticle("chi_c0", 444, 3.414, 0));
// chi_c1 (2P state, 1++)
particleMap.put(445, new PDGParticle("chi_c1", 445, 3.510, 0));
// chi_c2 (2P state, 2++)
particleMap.put(446, new PDGParticle("chi_c2", 446, 3.556, 0));
// eta_c(2S) (2S state, 0^-)
particleMap.put(447, new PDGParticle("eta_c(2S)", 447, 3.634, 0));
// J/psi(2S) (2S state, 1^-)
particleMap.put(448, new PDGParticle("J/psi(2S)", 448, 3.686, 0));
// h_c (1P state, 1^+)
particleMap.put(4415, new PDGParticle("h_c", 4415, 3.525, 0));
// psi(2S) (1^-)
particleMap.put(100443, new PDGParticle("psi(2S)", 100443, 3.686, 0));
// psi(3770) (2S state, 1^-)
particleMap.put(100443, new PDGParticle("psi(3770)", 100443, 3.770, 0));
// eta_c(3S) (3S state, 0^-)
particleMap.put(100447, new PDGParticle("eta_c(3S)", 100447, 3.750, 0));

// Light baryons

particleMap.put(2212, new PDGParticle("p", 2212, 14, 0.938272046, 1));
particleMap.put(-2212, new PDGParticle("pbar", -2212, 15, 0.938272046, -1));
particleMap.put(2112, new PDGParticle("n", 2112, 13, 0.939565379, 0));
particleMap.put(-2112, new PDGParticle("nbar", -2112, 25, 0.939565379, 0));
particleMap.put(2224, new PDGParticle("Delta++", 2224, 1.232, 2));
particleMap.put(2214, new PDGParticle("Delta+", 2214, 1.232, 1));
particleMap.put(2114, new PDGParticle("Delta0", 2114, 1.232, 0));
particleMap.put(1114, new PDGParticle("Delta-", 1114, 1.232, -1));
particleMap.put(-2224, new PDGParticle("AntiDelta--", -2224, 1.232, -2));
particleMap.put(-2214, new PDGParticle("AntiDelta-", -2214, 1.232, -1));
particleMap.put(-2114, new PDGParticle("AntiDelta0", -2114, 1.232, 0));
particleMap.put(-1114, new PDGParticle("AntiDelta+", -1114, 1.232, 1));
particleMap.put(3122, new PDGParticle("Lambda", 3122, 18, 1.115683, 0));
particleMap.put(-3122, new PDGParticle("AntiLambda", -3122, 26, 1.115683, 0));
particleMap.put(3222, new PDGParticle("Sigma+", 3222, 19, 1.18937, 1));
particleMap.put(3212, new PDGParticle("Sigma0", 3212, 20, 1.192642, 0));
particleMap.put(3112, new PDGParticle("Sigma-", 3112, 21, 1.197449, -1));
particleMap.put(-3222, new PDGParticle("AntiSigma-", -3222, 27, 1.18937, -1));
particleMap.put(-3212, new PDGParticle("AntiSigma0", -3212, 28, 1.192642, 0));
particleMap.put(-3112, new PDGParticle("AntiSigma+", -3112, 29, 1.197449, 1));
particleMap.put(3322, new PDGParticle("Xi0", 3322, 22, 1.31486, 0));
particleMap.put(3312, new PDGParticle("Xi-", 3312, 23, 1.32171, -1));
particleMap.put(-3322, new PDGParticle("AntiXi0", -3322, 30, 1.31486, 0));
particleMap.put(-3312, new PDGParticle("AntiXi+", -3312, 31, 1.32171, 1));
particleMap.put(3224, new PDGParticle("Sigma*+", 3224, 1.3828, 1));
particleMap.put(3214, new PDGParticle("Sigma*0", 3214, 1.3846, 0));
particleMap.put(3114, new PDGParticle("Sigma*-", 3114, 1.3872, -1));
particleMap.put(3324, new PDGParticle("Xi*0", 3324, 1.5318, 0));
particleMap.put(3314, new PDGParticle("Xi*-", 3314, 1.5334, -1));
particleMap.put(-3224, new PDGParticle("AntiSigma*-", -3224, 1.3828, -1));
particleMap.put(-3214, new PDGParticle("AntiSigma*0", -3214, 1.3846, 0));
particleMap.put(-3114, new PDGParticle("AntiSigma*+", -3114, 1.3872, 1));
particleMap.put(-3324, new PDGParticle("AntiXi*0", -3324, 1.5318, 0));
particleMap.put(-3314, new PDGParticle("AntiXi*+", -3314, 1.5334, -1));
particleMap.put(3334, new PDGParticle("Omega-", 3334, 24, 1.67245, -1));
particleMap.put(-3334, new PDGParticle("AntiOmega+", -3334, 32, 1.67245, 1));

particleMap.put(1000010020, new PDGParticle("deuteron", 1000010020, 45, 1.87612, 1));
particleMap.put(1000010030, new PDGParticle("triton", 1000010030, 46, 2.80943, 1));
particleMap.put(1000020030, new PDGParticle("He3", 1000020030, 49, 2.80941, 2));
particleMap.put(1000020040, new PDGParticle("alpha", 1000020040, 47, 3.7284, 2));

//522 deuteron 1000010020 1 100 Baryon 3 1.87612 0.00000e+00 -100 -1 -100 -1 -1 0
//523 triton 1000010030 1 100 Baryon 3 2.80943 0.00000e+00 -100 -1 -100 -1 -1 0
//524 He3 1000020030 1 100 Baryon 6 2.80941 0.00000e+00 -100 -1 -100 -1 -1 0
//525 alpha 1000020040 1 100 Baryon 6 3.7284 0.00000e+00 -100 -1 -100 -1 -1 0
//526 He6 1000020060 1 100 Baryon 6 5.60656 0.00000e+00 -100 -1 -100 -1 -1 0
//527 Li6 1000030060 1 100 Baryon 9 5.60305 0.00000e+00 -100 -1 -100 -1 -1 0
//528 Li7 1000030070 1 100 Baryon 9 6.53537 0.00000e+00 -100 -1 -100 -1 -1 0
particleMap.put(2112, new PDGParticle("n", 2112, 13, 0.939565379, 0));
particleMap.put(-2112, new PDGParticle("nbar", -2112, 25, 0.939565379, 0));
particleMap.put(2224, new PDGParticle("Delta++", 2224, 1.232, 2));
particleMap.put(2214, new PDGParticle("Delta+", 2214, 1.232, 1));
particleMap.put(2114, new PDGParticle("Delta0", 2114, 1.232, 0));
particleMap.put(1114, new PDGParticle("Delta-", 1114, 1.232, -1));
particleMap.put(-2224, new PDGParticle("AntiDelta--", -2224, 1.232, -2));
particleMap.put(-2214, new PDGParticle("AntiDelta-", -2214, 1.232, -1));
particleMap.put(-2114, new PDGParticle("AntiDelta0", -2114, 1.232, 0));
particleMap.put(-1114, new PDGParticle("AntiDelta+", -1114, 1.232, 1));
particleMap.put(3122, new PDGParticle("Lambda", 3122, 18, 1.115683, 0));
particleMap.put(-3122, new PDGParticle("AntiLambda", -3122, 26, 1.115683, 0));
particleMap.put(3222, new PDGParticle("Sigma+", 3222, 19, 1.18937, 1));
particleMap.put(3212, new PDGParticle("Sigma0", 3212, 20, 1.192642, 0));
particleMap.put(3112, new PDGParticle("Sigma-", 3112, 21, 1.197449, -1));
particleMap.put(-3222, new PDGParticle("AntiSigma-", -3222, 27, 1.18937, -1));
particleMap.put(-3212, new PDGParticle("AntiSigma0", -3212, 28, 1.192642, 0));
particleMap.put(-3112, new PDGParticle("AntiSigma+", -3112, 29, 1.197449, 1));
particleMap.put(3322, new PDGParticle("Xi0", 3322, 22, 1.31486, 0));
particleMap.put(3312, new PDGParticle("Xi-", 3312, 23, 1.32171, -1));
particleMap.put(-3322, new PDGParticle("AntiXi0", -3322, 30, 1.31486, 0));
particleMap.put(-3312, new PDGParticle("AntiXi+", -3312, 31, 1.32171, 1));
particleMap.put(3224, new PDGParticle("Sigma*+", 3224, 1.3828, 1));
particleMap.put(3214, new PDGParticle("Sigma*0", 3214, 1.3846, 0));
particleMap.put(3114, new PDGParticle("Sigma*-", 3114, 1.3872, -1));
particleMap.put(3324, new PDGParticle("Xi*0", 3324, 1.5318, 0));
particleMap.put(3314, new PDGParticle("Xi*-", 3314, 1.5334, -1));
particleMap.put(-3224, new PDGParticle("AntiSigma*-", -3224, 1.3828, -1));
particleMap.put(-3214, new PDGParticle("AntiSigma*0", -3214, 1.3846, 0));
particleMap.put(-3114, new PDGParticle("AntiSigma*+", -3114, 1.3872, 1));
particleMap.put(-3324, new PDGParticle("AntiXi*0", -3324, 1.5318, 0));
particleMap.put(-3314, new PDGParticle("AntiXi*+", -3314, 1.5334, -1));
particleMap.put(3334, new PDGParticle("Omega-", 3334, 24, 1.67245, -1));
particleMap.put(-3334, new PDGParticle("AntiOmega+", -3334, 32, 1.67245, 1));

particleMap.put(1000010020, new PDGParticle("deuteron", 1000010020, 45, 1.87612, 1));
particleMap.put(1000010030, new PDGParticle("triton", 1000010030, 46, 2.80943, 1));
particleMap.put(1000020030, new PDGParticle("He3", 1000020030, 49, 2.80941, 2));
particleMap.put(1000020040, new PDGParticle("alpha", 1000020040, 47, 3.7284, 2));

//522 deuteron 1000010020 1 100 Baryon 3 1.87612 0.00000e+00 -100 -1 -100 -1 -1 0
//523 triton 1000010030 1 100 Baryon 3 2.80943 0.00000e+00 -100 -1 -100 -1 -1 0
//524 He3 1000020030 1 100 Baryon 6 2.80941 0.00000e+00 -100 -1 -100 -1 -1 0
//525 alpha 1000020040 1 100 Baryon 6 3.7284 0.00000e+00 -100 -1 -100 -1 -1 0
//526 He6 1000020060 1 100 Baryon 6 5.60656 0.00000e+00 -100 -1 -100 -1 -1 0
//527 Li6 1000030060 1 100 Baryon 9 5.60305 0.00000e+00 -100 -1 -100 -1 -1 0
//528 Li7 1000030070 1 100 Baryon 9 6.53537 0.00000e+00 -100 -1 -100 -1 -1 0

return particleMap;
}
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