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This commit is contained in:
Gabriele Cosmo
2020-12-04 12:30:43 +01:00
parent 67ba86d073
commit dab42d2018
3770 changed files with 226369 additions and 286486 deletions
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source/processes/hadronic/models/parton_string/hadronization/src/G4HadronBuilder.cc
+329 -1
View File
@@ -40,6 +40,7 @@
#include "G4ParticleTable.hh"
//#define debug_Hbuilder
//#define debug_heavyHadrons
G4HadronBuilder::G4HadronBuilder(G4double mesonMix, G4double barionMix,
std::vector<double> scalarMesonMix,
@@ -168,6 +169,133 @@ G4ParticleDefinition * G4HadronBuilder::Meson(G4ParticleDefinition * black,
if ( (IsUp && IsAnti ) || (!IsUp && !IsAnti ) ) PDGEncoding = - PDGEncoding;
}
// ---------------------------------------------------------------------
// Special treatment for charmed and bottom mesons : in Geant4 there are
// no excited charmed or bottom mesons, therefore we need to transform these
// into existing charmed and bottom mesons in Geant4. Whenever possible,
// we use the corresponding ground state mesons with the same quantum numbers;
// else, we prefer to conserve the electric charge rather than other flavor numbers.
#ifdef debug_heavyHadrons
G4int initialPDGEncoding = PDGEncoding;
#endif
if ( std::abs( PDGEncoding ) == 10411 ) // D*0(2400)+ -> D+
( PDGEncoding > 0 ? PDGEncoding = 411 : PDGEncoding = -411 );
else if ( std::abs( PDGEncoding ) == 10421 ) // D*0(2400)0 -> D0
( PDGEncoding > 0 ? PDGEncoding = 421 : PDGEncoding = -421 );
else if ( std::abs( PDGEncoding ) == 413 ) // D*(2010)+ -> D+
( PDGEncoding > 0 ? PDGEncoding = 411 : PDGEncoding = -411 );
else if ( std::abs( PDGEncoding ) == 423 ) // D*(2007)0 -> D0
( PDGEncoding > 0 ? PDGEncoding = 421 : PDGEncoding = -421 );
else if ( std::abs( PDGEncoding ) == 10413 ) // D1(2420)+ -> D+
( PDGEncoding > 0 ? PDGEncoding = 411 : PDGEncoding = -411 );
else if ( std::abs( PDGEncoding ) == 10423 ) // D1(2420)0 -> D0
( PDGEncoding > 0 ? PDGEncoding = 421 : PDGEncoding = -421 );
else if ( std::abs( PDGEncoding ) == 20413 ) // D1(H)+ -> D+
( PDGEncoding > 0 ? PDGEncoding = 411 : PDGEncoding = -411 );
else if ( std::abs( PDGEncoding ) == 20423 ) // D1(2430)0 -> D0
( PDGEncoding > 0 ? PDGEncoding = 421 : PDGEncoding = -421 );
else if ( std::abs( PDGEncoding ) == 415 ) // D2*(2460)+ -> D+
( PDGEncoding > 0 ? PDGEncoding = 411 : PDGEncoding = -411 );
else if ( std::abs( PDGEncoding ) == 425 ) // D2*(2460)0 -> D0
( PDGEncoding > 0 ? PDGEncoding = 421 : PDGEncoding = -421 );
else if ( std::abs( PDGEncoding ) == 10431 ) // Ds0*(2317)+ -> Ds+
( PDGEncoding > 0 ? PDGEncoding = 431 : PDGEncoding = -431 );
else if ( std::abs( PDGEncoding ) == 433 ) // Ds*+ -> Ds+
( PDGEncoding > 0 ? PDGEncoding = 431 : PDGEncoding = -431 );
else if ( std::abs( PDGEncoding ) == 10433 ) // Ds1(2536)+ -> Ds+
( PDGEncoding > 0 ? PDGEncoding = 431 : PDGEncoding = -431 );
else if ( std::abs( PDGEncoding ) == 20433 ) // Ds1(2460)+ -> Ds+
( PDGEncoding > 0 ? PDGEncoding = 431 : PDGEncoding = -431 );
else if ( std::abs( PDGEncoding ) == 435 ) // Ds2*(2573)+ -> Ds+
( PDGEncoding > 0 ? PDGEncoding = 431 : PDGEncoding = -431 );
else if ( std::abs( PDGEncoding ) == 10441 ) PDGEncoding = 441; // chi_c0(1P) -> eta_c
else if ( std::abs( PDGEncoding ) == 100441 ) PDGEncoding = 441; // eta_c(2S) -> eta_c
else if ( std::abs( PDGEncoding ) == 10443 ) PDGEncoding = 443; // h_c(1P) -> J/psi
else if ( std::abs( PDGEncoding ) == 20443 ) PDGEncoding = 443; // chi_c1(1P) -> J/psi
else if ( std::abs( PDGEncoding ) == 100443 ) PDGEncoding = 443; // psi(2S) -> J/psi
else if ( std::abs( PDGEncoding ) == 30443 ) PDGEncoding = 443; // psi(3770) -> J/psi
else if ( std::abs( PDGEncoding ) == 9000443 ) PDGEncoding = 443; // psi(4040) -> J/psi
else if ( std::abs( PDGEncoding ) == 9010443 ) PDGEncoding = 443; // psi(4160) -> J/psi
else if ( std::abs( PDGEncoding ) == 9020443 ) PDGEncoding = 443; // psi(4415) -> J/psi
else if ( std::abs( PDGEncoding ) == 445 ) PDGEncoding = 443; // chi_c2(1P) -> J/psi
else if ( std::abs( PDGEncoding ) == 100445 ) PDGEncoding = 443; // chi_c2(2P) -> J/psi
// Bottom mesons
else if ( std::abs( PDGEncoding ) == 10511 ) // B0*0 -> B0
( PDGEncoding > 0 ? PDGEncoding = 511 : PDGEncoding = -511 );
else if ( std::abs( PDGEncoding ) == 10521 ) // B0*+ -> B+
( PDGEncoding > 0 ? PDGEncoding = 521 : PDGEncoding = -521 );
else if ( std::abs( PDGEncoding ) == 513 ) // B*0 -> B0
( PDGEncoding > 0 ? PDGEncoding = 511 : PDGEncoding = -511 );
else if ( std::abs( PDGEncoding ) == 523 ) // B*+ -> B+
( PDGEncoding > 0 ? PDGEncoding = 521 : PDGEncoding = -521 );
else if ( std::abs( PDGEncoding ) == 10513 ) // B1(L)0 -> B0
( PDGEncoding > 0 ? PDGEncoding = 511 : PDGEncoding = -511 );
else if ( std::abs( PDGEncoding ) == 10523 ) // B1(L)+ -> B+
( PDGEncoding > 0 ? PDGEncoding = 521 : PDGEncoding = -521 );
else if ( std::abs( PDGEncoding ) == 20513 ) // B1(H)0 -> B0
( PDGEncoding > 0 ? PDGEncoding = 511 : PDGEncoding = -511 );
else if ( std::abs( PDGEncoding ) == 20523 ) // B1(H)+ -> B+
( PDGEncoding > 0 ? PDGEncoding = 521 : PDGEncoding = -521 );
else if ( std::abs( PDGEncoding ) == 515 ) // B2*0 -> B0
( PDGEncoding > 0 ? PDGEncoding = 511 : PDGEncoding = -511 );
else if ( std::abs( PDGEncoding ) == 525 ) // B2*+ -> B+
( PDGEncoding > 0 ? PDGEncoding = 521 : PDGEncoding = -521 );
else if ( std::abs( PDGEncoding ) == 10531 ) // Bs0*0 -> Bs0
( PDGEncoding > 0 ? PDGEncoding = 531 : PDGEncoding = -531 );
else if ( std::abs( PDGEncoding ) == 533 ) // Bs*0 -> Bs0
( PDGEncoding > 0 ? PDGEncoding = 531 : PDGEncoding = -531 );
else if ( std::abs( PDGEncoding ) == 10533 ) // Bs1(L)0 -> Bs0
( PDGEncoding > 0 ? PDGEncoding = 531 : PDGEncoding = -531 );
else if ( std::abs( PDGEncoding ) == 20533 ) // Bs1(H)0 -> Bs0
( PDGEncoding > 0 ? PDGEncoding = 531 : PDGEncoding = -531 );
else if ( std::abs( PDGEncoding ) == 535 ) // Bs2*0 -> Bs0
( PDGEncoding > 0 ? PDGEncoding = 531 : PDGEncoding = -531 );
else if ( std::abs( PDGEncoding ) == 10541 ) // Bc0*+ -> Bc+
( PDGEncoding > 0 ? PDGEncoding = 541 : PDGEncoding = -541 );
else if ( std::abs( PDGEncoding ) == 543 ) // Bc*+ -> Bc+
( PDGEncoding > 0 ? PDGEncoding = 541 : PDGEncoding = -541 );
else if ( std::abs( PDGEncoding ) == 10543 ) // Bc1(L)+ -> Bc+
( PDGEncoding > 0 ? PDGEncoding = 541 : PDGEncoding = -541 );
else if ( std::abs( PDGEncoding ) == 20543 ) // Bc1(H)+ -> Bc+
( PDGEncoding > 0 ? PDGEncoding = 541 : PDGEncoding = -541 );
else if ( std::abs( PDGEncoding ) == 545 ) // Bc2*+ -> Bc+
( PDGEncoding > 0 ? PDGEncoding = 541 : PDGEncoding = -541 );
else if ( std::abs( PDGEncoding ) == 551 ) PDGEncoding = 553; // eta_b(1S) -> Upsilon
else if ( std::abs( PDGEncoding ) == 10551 ) PDGEncoding = 553; // chi_b0(1P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 100551 ) PDGEncoding = 553; // eta_b(2S) -> Upsilon
else if ( std::abs( PDGEncoding ) == 110551 ) PDGEncoding = 553; // chi_b0(2P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 200551 ) PDGEncoding = 553; // eta_b(3S) -> Upsilon
else if ( std::abs( PDGEncoding ) == 210551 ) PDGEncoding = 553; // chi_b0(3P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 10553 ) PDGEncoding = 553; // h_b(1P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 20553 ) PDGEncoding = 553; // chi_b1(1P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 30553 ) PDGEncoding = 553; // Upsilon_1(1D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 100553 ) PDGEncoding = 553; // Upsilon(2S) -> Upsilon
else if ( std::abs( PDGEncoding ) == 110553 ) PDGEncoding = 553; // h_b(2P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 120553 ) PDGEncoding = 553; // chi_b1(2P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 130553 ) PDGEncoding = 553; // Upsilon_1(2D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 200553 ) PDGEncoding = 553; // Upsilon(3S) -> Upsilon
else if ( std::abs( PDGEncoding ) == 210553 ) PDGEncoding = 553; // h_b(3P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 220553 ) PDGEncoding = 553; // chi_b1(3P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 300553 ) PDGEncoding = 553; // Upsilon(4S) -> Upsilon
else if ( std::abs( PDGEncoding ) == 9000553 ) PDGEncoding = 553; // Upsilon(10860) -> Upsilon
else if ( std::abs( PDGEncoding ) == 9010553 ) PDGEncoding = 553; // Upsilon(11020) -> Upsilon
else if ( std::abs( PDGEncoding ) == 555 ) PDGEncoding = 553; // chi_b2(1P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 10555 ) PDGEncoding = 553; // eta_b2(1D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 20555 ) PDGEncoding = 553; // Upsilon_2(1D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 100555 ) PDGEncoding = 553; // chi_b2(2P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 110555 ) PDGEncoding = 553; // eta_b2(2D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 120555 ) PDGEncoding = 553; // Upsilon_2(2D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 200555 ) PDGEncoding = 553; // chi_b2(3P) -> Upsilon
else if ( std::abs( PDGEncoding ) == 557 ) PDGEncoding = 553; // Upsilon_3(1D) -> Upsilon
else if ( std::abs( PDGEncoding ) == 100557 ) PDGEncoding = 553; // Upsilon_3(2D) -> Upsilon
#ifdef debug_heavyHadrons
if ( initialPDGEncoding != PDGEncoding ) {
G4cout << "G4HadronBuilder::Meson : forcing (inexisting in G4) heavy meson with pdgCode="
<< initialPDGEncoding << " into pdgCode=" << PDGEncoding << G4endl;
}
#endif
// ---------------------------------------------------------------------
G4ParticleDefinition * MesonDef=
G4ParticleTable::GetParticleTable()->FindParticle(PDGEncoding);
@@ -247,7 +375,7 @@ G4ParticleDefinition * G4HadronBuilder::Barion(G4ParticleDefinition * black,
theSpin = (kfla == kflb && kflb == kflc)? SpinThreeHalf : theSpin;
G4int kfll = 0;
if (kfld < 4) {
if (kfld < 6) {
if (theSpin == SpinHalf && kfld > kfle && kfle > kflf) {
// Spin J=1/2 and all three quarks different
// Two states exist: (uds -> lambda or sigma0)
@@ -274,6 +402,206 @@ G4ParticleDefinition * G4HadronBuilder::Barion(G4ParticleDefinition * black,
if (id1 < 0)
PDGEncoding = -PDGEncoding;
// ---------------------------------------------------------------------
// Special treatment for charmed and bottom baryons : in Geant4 there are
// neither excited charmed or bottom baryons, nor baryons with two or three
// heavy (c, b) constitutent quarks:
// Sigma_c* , Xi_c' , Xi_c* , Omega_c* ,
// Xi_cc , Xi_cc* , Omega_cc , Omega_cc* , Omega_ccc ;
// Sigma_b* , Xi_b' , Xi_b* , Omega_b*,
// Xi_bc , Xi_bc' , Xi_bc* , Omega_bc , Omega_bc' , Omega_bc* ,
// Omega_bcc , Omega_bcc* , Xi_bb, Xi_bb* , Omega_bb, Omega_bb* ,
// Omega_bbc , Omega_bbc* , Omega_bbb
// therefore we need to transform these into existing charmed and bottom
// baryons in Geant4. Whenever possible, we use the corresponding ground state
// baryons with the same quantum numbers; else, we prefer to conserve the
// electric charge rather than other flavor numbers.
#ifdef debug_heavyHadrons
G4int charmViolation = 0, bottomViolation = 0; // Only positive
G4int initialPDGEncoding = PDGEncoding;
#endif
if ( std::abs( PDGEncoding ) == 4224 ) { // Sigma_c*++ -> Sigma_c++
( PDGEncoding > 0 ? PDGEncoding = 4222 : PDGEncoding = -4222 );
} else if ( std::abs( PDGEncoding ) == 4214 ) { // Sigma_c*+ -> Sigma_c+
( PDGEncoding > 0 ? PDGEncoding = 4212 : PDGEncoding = -4212 );
} else if ( std::abs( PDGEncoding ) == 4114 ) { // Sigma_c*0 -> Sigma_c0
( PDGEncoding > 0 ? PDGEncoding = 4112 : PDGEncoding = -4112 );
} else if ( std::abs( PDGEncoding ) == 4322 ) { // Xi_c'+ -> Xi_c+
( PDGEncoding > 0 ? PDGEncoding = 4232 : PDGEncoding = -4232 );
} else if ( std::abs( PDGEncoding ) == 4312 ) { // Xi_c'0 -> Xi_c0
( PDGEncoding > 0 ? PDGEncoding = 4132 : PDGEncoding = -4132 );
} else if ( std::abs( PDGEncoding ) == 4324 ) { // Xi_c*+ -> Xi_c+
( PDGEncoding > 0 ? PDGEncoding = 4232 : PDGEncoding = -4232 );
} else if ( std::abs( PDGEncoding ) == 4314 ) { // Xi_c*0 -> Xi_c0
( PDGEncoding > 0 ? PDGEncoding = 4132 : PDGEncoding = -4132 );
} else if ( std::abs( PDGEncoding ) == 4334 ) { // Omega_c*0 -> Omega_c0
( PDGEncoding > 0 ? PDGEncoding = 4332 : PDGEncoding = -4332 );
} else if ( std::abs( PDGEncoding ) == 4412 ) { // Xi_cc+ -> Xi_c+
( PDGEncoding > 0 ? PDGEncoding = 4232 : PDGEncoding = -4232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 4422 ) { // Xi_cc++ -> Sigma_c++ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 4222 : PDGEncoding = -4222 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 4414 ) { // Xi_cc*+ -> Xi_c+
( PDGEncoding > 0 ? PDGEncoding = 4232 : PDGEncoding = -4232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 4424 ) { // Xi_cc*++ -> Sigma_c++ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 4222 : PDGEncoding = -4222 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 4432 ) { // Omega_cc+ -> Xi_c+ (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 4232 : PDGEncoding = -4232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 4434 ) { // Omega_cc*+ -> Xi_c+ (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 4232 : PDGEncoding = -4232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 4444 ) { // Omega_ccc++ -> Sigma_c++ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 4222 : PDGEncoding = -4222 );
#ifdef debug_heavyHadrons
charmViolation = 2;
#endif
// Bottom baryons
} else if ( std::abs( PDGEncoding ) == 5114 ) { // Sigma_b*- -> Sigma_b-
( PDGEncoding > 0 ? PDGEncoding = 5112 : PDGEncoding = -5112 );
} else if ( std::abs( PDGEncoding ) == 5214 ) { // Sigma_b*0 -> Sigma_b0
( PDGEncoding > 0 ? PDGEncoding = 5212 : PDGEncoding = -5212 );
} else if ( std::abs( PDGEncoding ) == 5224 ) { // Sigma_b*+ -> Sigma_b+
( PDGEncoding > 0 ? PDGEncoding = 5222 : PDGEncoding = -5222 );
} else if ( std::abs( PDGEncoding ) == 5312 ) { // Xi_b'- -> Xi_b-
( PDGEncoding > 0 ? PDGEncoding = 5132 : PDGEncoding = -5132 );
} else if ( std::abs( PDGEncoding ) == 5322 ) { // Xi_b'0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
} else if ( std::abs( PDGEncoding ) == 5314 ) { // Xi_b*- -> Xi_b-
( PDGEncoding > 0 ? PDGEncoding = 5132 : PDGEncoding = -5132 );
} else if ( std::abs( PDGEncoding ) == 5324 ) { // Xi_b*0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
} else if ( std::abs( PDGEncoding ) == 5334 ) { // Omega_b*- -> Omega_b-
( PDGEncoding > 0 ? PDGEncoding = 5332 : PDGEncoding = -5332 );
} else if ( std::abs( PDGEncoding ) == 5142 ) { // Xi_bc0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5242 ) { // Xi_bc+ -> Sigma_b+ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5222 : PDGEncoding = -5222 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5412 ) { // Xi_bc'0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5422 ) { // Xi_bc'+ -> Sigma_b+ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5222 : PDGEncoding = -5222 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5414 ) { // Xi_bc*0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5424 ) { // Xi_bc*+ -> Sigma_b+ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5222 : PDGEncoding = -5222 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5342 ) { // Omega_bc0 -> Xi_b0 (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5432 ) { // Omega_bc'0 -> Xi_b0 (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5434 ) { // Omega_bc*0 -> Xi_b0 (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5442 ) { // Omega_bcc+ -> Sigma_b+ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5222 : PDGEncoding = -5222 );
#ifdef debug_heavyHadrons
charmViolation = 2;
#endif
} else if ( std::abs( PDGEncoding ) == 5444 ) { // Omega_bcc*+ -> Sigma_b+ (use Sigma to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5222 : PDGEncoding = -5222 );
#ifdef debug_heavyHadrons
charmViolation = 2;
#endif
} else if ( std::abs( PDGEncoding ) == 5512 ) { // Xi_bb- -> Xi_b-
( PDGEncoding > 0 ? PDGEncoding = 5132 : PDGEncoding = -5132 );
#ifdef debug_heavyHadrons
bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5522 ) { // Xi_bb0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5514 ) { // Xi_bb*- -> Xi_b-
( PDGEncoding > 0 ? PDGEncoding = 5132 : PDGEncoding = -5132 );
#ifdef debug_heavyHadrons
bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5524 ) { // Xi_bb*0 -> Xi_b0
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5532 ) { // Omega_bb- -> Omega_b-
( PDGEncoding > 0 ? PDGEncoding = 5332 : PDGEncoding = -5332 );
#ifdef debug_heavyHadrons
bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5534 ) { // Omega_bb*- -> Omega_b-
( PDGEncoding > 0 ? PDGEncoding = 5332 : PDGEncoding = -5332 );
#ifdef debug_heavyHadrons
bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5542 ) { // Omega_bbc0 -> Xi_b0 (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1; bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5544 ) { // Omega_bbc*0 -> Xi_b0 (use Xi to conserve charge)
( PDGEncoding > 0 ? PDGEncoding = 5232 : PDGEncoding = -5232 );
#ifdef debug_heavyHadrons
charmViolation = 1; bottomViolation = 1;
#endif
} else if ( std::abs( PDGEncoding ) == 5554 ) { // Omega_bbb- -> Omega_b-
( PDGEncoding > 0 ? PDGEncoding = 5332 : PDGEncoding = -5332 );
#ifdef debug_heavyHadrons
bottomViolation = 2;
#endif
}
#ifdef debug_heavyHadrons
if ( initialPDGEncoding != PDGEncoding ) {
G4cout << "G4HadronBuilder::Barion : forcing (inexisting in G4) heavy baryon with pdgCode="
<< initialPDGEncoding << " into pdgCode=" << PDGEncoding << G4endl;
if ( charmViolation != 0 || bottomViolation != 0 ) {
G4cout << "\t --> VIOLATION of " << ( charmViolation != 0 ? " CHARM " : " " )
<< ( charmViolation != 0 && bottomViolation != 0 ? " and " : " " )
<< ( bottomViolation != 0 ? " BOTTOM " : " " ) << " quantum number ! " << G4endl;
}
}
#endif
// ---------------------------------------------------------------------
G4ParticleDefinition * BarionDef=
G4ParticleTable::GetParticleTable()->FindParticle(PDGEncoding);