tutorials/dec13 ----------------- The files in this folder (tutorials/dec13) are supporting material for the tutorial given during the PANDA Collaboration Meeting in December 2013. ----------------- General info material about Rho analysis can be found on several Wiki pages: Standard tutorial: http://panda-wiki.gsi.de/cgi-bin/view/Computing/PandaRootRhoTutorial Info Rho Classes : http://panda-wiki.gsi.de/cgi-bin/view/Computing/PandaRootAnalysisJuly13 ----------------- The purpose of this tutorial is to practice several things like e.g. - principle reconstruction of a decay channel - doing analysis in a FairTask - make use of n-Tuples for analysis - playing around with data For - doing simulation with Box generator, EvtGen or DPM locally or - submitting jobs to Prometheus cluster@GSI please consult README file in macro/prod and/or Wiki page http://panda-wiki.gsi.de/cgi-bin/view/Computing/PandaRootSimulationPrometheus ----------------- The files in this directory are: - README - this file - TutDec2013.pdf - slides for the tutorial session - tut_ana.C - template macro for analysis of multiple input files - tut_ana_task.C - template macro to run analysis task with multiple input files - PndTutAnaTask.h - analysis task template header - PndTutAnaTask.cxx - analysis task template implementation - CMakeLists.txt - necessary to build library - tutDec13LinkDef.h - necessary to build library - examples_D0toKpi - directory with example analysis D0 -> K- pi+ (+c.c.) ----------------- Reconstructable data for several signal decay channels and DPM are located at /hera/panda/tutdata//_GeV__pid.root, __par.root --------------------------------------------------------- : p(pbar) : sqrt(s) : channel --------------------------------------------------------- DPM : 15.15 : 5.5 : DPM events; to be used as background events DPM_15GeV_[1..20]_pid.root, par file DPM_15GeV_1_par.root D0Kpi : 15.15 : 5.5 : D0 D*0, one D0 -> K- pi+; D0Kpi_15GeV_[1..10]_pid.root, par file D0Kpi_15GeV_1_par.root DpmKpipi : 15.15 : 5.5 : D+- D*-+, one D+- -> K-+ pi+- pi+-; DpmKpipi_15GeV_[1..10]_pid.root, par file DpmKpipi_15GeV_1_par.root DpmKSpipi0 : 15.15 : 5.5 : D+- D*-+, one D+- -> K_S(pi+ pi-) pi pi0 (gamma gamma) ; DpmKSpipi0_15GeV_[1..10]_pid.root, par file DpmKSpipi0_15GeV_1_par.root EtacKKpi0 : 15.15 : 5.5 : eta_c pi+ pi-, eta_c -> K+ K- pi0; EtacKKpi0_15GeV_[1..10]_pid.root, par file EtacKKpi0_15GeV_1_par.root Jpsi2e : 15.15 : 5.5 : J/psi pi+ pi-, J/psi -> e+ e-; Jpsi2e_15GeV_[1..10]_pid.root, par file Jpsi2e_15GeV_1_par.root LamcPKpi : 15.15 : 5.5 : Lambda_c Lambda_c bar, one Lambda_c -> p K- pi+; LamcPKpi_15GeV_[1..10]_pid.root, par file LamcPKpi_15GeV_1_par.root LamPpi : 15.15 : 5.5 : Lambda Lambda bar, one Lambda -> p pi-; LamPpi_15GeV_[1..10]_pid.root, par file LamPpi_15GeV_1_par.root MuMu : 15.15 : 5.5 : pbar p -> mu+ mu-; MuMu_15GeV_[1..10]_pid.root, par file MuMu_15GeV_1_par.root PhiPhi : 15.15 : 5.5 : phi phi, one phi -> K+ K-; PhiPhi_15GeV_[1..10]_pid.root, par file PhiPhi_15GeV_1_par.root