Here is a list of all variables with links to the files they belong to:

- p -

• p : dp_mult.C, dp_w_dalitz.C, etap+omeg.C, etap.C, make_demo_pfilter.C, test_weight.C, use_DensityMatrix.C, w_dalitz.C
• p1 : complete_eta.C, dp_2delta_dalitz.C, dp_delta_dalitz.C, eta_disto.C, fermi_dd.C, jpsi.C, pd_delta_dalitz.C, pid_delta_dalitz.C, pp_delta_dalitz.C, pp_elastic.C
• p2 : complete_eta.C, dp_2delta_dalitz.C, dp_delta_dalitz.C, eta_disto.C, fermi_dd.C, jpsi.C, pd_delta_dalitz.C, pid_delta_dalitz.C, pp_delta_dalitz.C, pp_elastic.C
• p3 : complete_eta.C, dp_2delta_dalitz.C, dp_delta_dalitz.C, pd_delta_dalitz.C, pid_delta_dalitz.C, pp_delta_dalitz.C, pp_elastic.C
• p4 : complete_eta.C, dp_2delta_dalitz.C, dp_delta_dalitz.C, pd_delta_dalitz.C, pid_delta_dalitz.C, pp_delta_dalitz.C, pp_elastic.C
• p5 : dp_2delta_dalitz.C, dp_delta_dalitz.C, pd_delta_dalitz.C
• par : analyze_g12C.C, analyze_g3He.C, analyze_g40Ca.C, analyze_g4He.C, analyze_g7Li.C, analyze_g93Nb.C, ana_eta_generator.C, anaAngularDistribution.C, analyze_pp_delta_dalitz.C, analyze_pp_elastic.C
• par2 : analyze_pp_delta_dalitz.C
• pconv : conversion_demo.C
• pdg : PDistributionManager.mod.cc
• pdm : dp_w_dalitz.C, eta_disto.C, etap+omeg.C, etap.C, jpsi.C, pp_cocktail_35.C, test_weight.C
• phi1 : pn_ela.C
• phi2170 : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi2170_to_KKpipi : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi2170_to_KKpipi_idx : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi2170_to_phi_pipi : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi2170_to_phi_pipi_idx : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi2170_to_phif0 : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi2170_to_phif0_idx : make_phi2170_partial_fig.C, test_phi2170_ingo.C
• phi50 : pp_ela_4e.C
• pi : use_Do_in_PChannel.C
• pi0 : thermal_pi0.C, w_dalitz.C
• pi01 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C
• Pi02g : analyze_g12C.C, analyze_g3He.C, analyze_g40Ca.C, analyze_g4He.C, analyze_g7Li.C, analyze_g93Nb.C
• pi03 : pA_cocktail_35.C
• Pi0plusEta : analyze_g12C.C, analyze_g3He.C, analyze_g40Ca.C, analyze_g4He.C, analyze_g7Li.C, analyze_g93Nb.C
• pi1 : thermal_all_pi.C, thermal_b.C
• pi10 : thermal_b.C
• pi2 : thermal_all_pi.C, thermal_b.C
• pi3 : thermal_all_pi.C, thermal_b.C
• pi4 : thermal_all_pi.C, thermal_b.C
• pi5 : thermal_all_pi.C, thermal_b.C
• pi6 : thermal_all_pi.C, thermal_b.C
• pi7 : thermal_all_pi.C, thermal_b.C
• pi8 : thermal_b.C
• pi9 : thermal_b.C
• pid_resonance : user_mass.C
• pidecay : thermal_pi0.C
• pim : w_dalitz.C
• pip1 : thermal_b.C
• pip10 : thermal_b.C
• pip11 : thermal_b.C
• pip12 : thermal_b.C
• pip13 : thermal_b.C
• pip14 : thermal_b.C
• pip15 : thermal_b.C
• pip2 : thermal_b.C
• pip3 : thermal_b.C
• pip4 : thermal_b.C
• pip5 : thermal_b.C
• pip6 : thermal_b.C
• pip7 : thermal_b.C
• pip8 : thermal_b.C
• pip9 : thermal_b.C
• pl : bulk_decay.C, ntuple_to_pparticle.C
• plugin : PDistributionManager.mod.cc
• pmodel : fermi_dd.C, rho_mass_shape.C
• pn_sum : dp_cocktail_1.25.C
• pnsaid : PDistributionManager.mod.cc
• posi1 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, thermal_delta.C
• posi2 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, pA_cocktail_35.C, thermal_delta.C
• posi3 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, pA_cocktail_35.C, thermal_delta.C
• posi4 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, pA_cocktail_35.C, thermal_delta.C
• posi5 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, pA_cocktail_35.C, thermal_delta.C
• posi6 : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, pA_cocktail_35.C
• posi7 : pA_cocktail_35.C
• posi8 : pA_cocktail_35.C
• pp_model : eta_disto.C
• pp_sum : pp_cocktail_1.25.C
• ptcls : NiNi_2AGeV.C, NiNi_2AGeV_ee.C, pA_cocktail_35.C
• px : analyze_g12C.C, analyze_g3He.C, analyze_g40Ca.C, analyze_g4He.C, analyze_g7Li.C, analyze_g93Nb.C
• py : analyze_g12C.C, analyze_g3He.C, analyze_g40Ca.C, analyze_g4He.C, analyze_g7Li.C, analyze_g93Nb.C
• pz : analyze_g12C.C, analyze_g3He.C, analyze_g40Ca.C, analyze_g4He.C, analyze_g7Li.C, analyze_g93Nb.C