/
DefaultConfig.cpp
504 lines (414 loc) · 23 KB
/
DefaultConfig.cpp
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#include "ConfigFile.h"
template<class T>
void SetKey(ConfigFile &Conf, string key, const T& t)
{
if (! Conf.keyExists( key))
{
Conf.add(key, t);
}
}
void SetDefault(ConfigFile &Conf)
{
// MuCapture, if enabled, can prevent the standard analysis from running
SetKey(Conf, "MuCapture/Do", false);
SetKey(Conf, "MuCapture/MCType", "G3");
SetKey(Conf, "AnalyzeAllEvents", false); // Michel analysis code crashes on empty events
// ================ Standard Analysis =============== //
// Energy Calibration
SetKey(Conf, "EnergyCalibration/Mode", 0);
//// This is turned on or off using the command line
//// The possible modes:
//// 0 => alpha and beta corrections = shift
//// 1 => 1)beta correction = scale; 2)alpha correction = shift
//// 2 => 1)alpha correction = shift; 2)beta correction = scale
//// 3 => alpha and beta corrections = scale
// Momentum and angle smearing
SetKey(Conf, "MomAngSmearing/Do", false);
SetKey(Conf, "MomAngSmearing/MomMean", 0.0);
SetKey(Conf, "MomAngSmearing/MomSigma", 0.0);
SetKey(Conf, "MomAngSmearing/AngMean", 0.0);
SetKey(Conf, "MomAngSmearing/AngSigma", 0.0);
// Dimension scaling
SetKey(Conf, "MomentumScale/Do", false);
//// This scales the momentum values pz or pu and pv
//// If MomentumScale/Pt = S
//// Then pu=pu*S and pv=pv*S
SetKey(Conf, "MomentumScale/Pt", 1.0);
SetKey(Conf, "MomentumScale/Pz", 1.0);
SetKey(Conf, "MomentumScale/Pt_Upstream", 1.0);
SetKey(Conf, "MomentumScale/Pz_Upstream", 1.0);
SetKey(Conf, "MomentumScale/Pt_Downstream", 1.0);
SetKey(Conf, "MomentumScale/Pz_Downstream", 1.0);
// TCAPm12widthCut
SetKey(Conf, "TCAPm12widthCut/Do", true);
//// For 2006 data: TCAPMin = 26; TCAPMax = 52
//// For 2007 data: TCAPMin = 29; TCAPMax = 55
SetKey(Conf, "TCAPm12widthCut/TCAPMin", -10000.0);
SetKey(Conf, "TCAPm12widthCut/TCAPMax", 10000.0);
SetKey(Conf, "TCAPm12widthCut/m12widthMin", -100000.0);
SetKey(Conf, "TCAPm12widthCut/m12widthMax", 100000.0);
// TECCut
SetKey(Conf, "TECCut/Do", false);
SetKey(Conf, "TECCut/TECxMin", -1000.0);
SetKey(Conf, "TECCut/TECxMax", 1000.0);
SetKey(Conf, "TECCut/TECyMin", -1000.0);
SetKey(Conf, "TECCut/TECyMax", 1000.0);
SetKey(Conf, "TECCut/TECtanthxMin", -1000.0);
SetKey(Conf, "TECCut/TECtanthxMax", 1000.0);
SetKey(Conf, "TECCut/TECtanthyMin", -1000.0);
SetKey(Conf, "TECCut/TECtanthyMax", 1000.0);
SetKey(Conf, "TECCut/TECsigmaxMin", -1.0);
SetKey(Conf, "TECCut/TECsigmaxMax", 1000.0);
SetKey(Conf, "TECCut/TECsigmayMin", -1.0);
SetKey(Conf, "TECCut/TECsigmayMax", 1000.0);
SetKey(Conf, "TECCut/TECifailxMin", -1.0);
SetKey(Conf, "TECCut/TECifailxMax", 1000.0);
SetKey(Conf, "TECCut/TECifailyMin", -1.0);
SetKey(Conf, "TECCut/TECifailyMax", 1000.0);
// EventTypeCut
SetKey(Conf, "EventTypeCut/Do", true);
SetKey(Conf, "EventTypeCut/Types", "1,2,6,7,10,11,21,22");
// MuLastPCut
SetKey(Conf, "MuLastPCut/Do", true);
SetKey(Conf, "MuLastPCut/LastPlane", 28);
// MuUVCut
SetKey(Conf, "MuUVCut/Do", true);
SetKey(Conf, "MuUVCut/MaxRadius", 2.5);
// DkWinTimeCut
SetKey(Conf, "DkWinTimeCut/Do", true);
SetKey(Conf, "DkWinTimeCut/Min", -100000.0);
SetKey(Conf, "DkWinTimeCut/Max", 100000.0);
// NtracksCut
SetKey(Conf, "NtracksCut/Do", true);
// IerrorCut
SetKey(Conf, "IerrorCut/Do", true);
SetKey(Conf, "IerrorCut/SelectIerror", "0");
// StartStopCut
//// The module selects the tracks on the right side
//// of the target according to the classification.
//// The StartPlane and StopPlane can be defined
//// precisely. For example for the tracks starting
//// right at the target and using 22 planes:
//// StartStopCut/StartPlane = 22,23
//// StartStopCut/StopPlane = 1,44
SetKey(Conf, "StartStopCut/Do", true);
SetKey(Conf, "StartStopCut/StartPlane", "-1,-1");
SetKey(Conf, "StartStopCut/StopPlane", "-1,-1");
// ChargeCut
SetKey(Conf, "ChargeCut/Do", true);
SetKey(Conf, "ChargeCut/SelectCharge", 1);
// PairMatchingCut
SetKey(Conf, "PairMatchingCut/Do", true);
SetKey(Conf, "PairMatchingCut/MinCDA", 0.5); // For all the other tracks
SetKey(Conf, "PairMatchingCut/MinCDA_BrokTrk", 2.0); // For broken tracks
SetKey(Conf, "PairMatchingCut/MinCDA_Beame", 0.5); // For beam positron
SetKey(Conf, "PairMatchingCut/BrokTrk_Z_Range", "22.0,48.0"); // For beam positron
SetKey(Conf, "PairMatchingCut/Beame_Z_Range", "0.0,6.0"); // For beam positron
SetKey(Conf, "PairMatchingCut/MinDT", 60.0);
SetKey(Conf, "PairMatchingCut/tolerance_abs", 1.e-4); /*cm*/
SetKey(Conf, "PairMatchingCut/tolerance_rel", 0.);
SetKey(Conf, "PairMatchingCut/max_iter", 100);
SetKey(Conf, "PairMatchingCut/CalculateCDA", false);
// Mu_eVertexCut
SetKey(Conf, "Mu_eVertexCut/Do", true);
SetKey(Conf, "Mu_eVertexCut/Do_mu_e_Calc-MOFIA", 0);
//// Function 0:
//// min < r < max
//// CutParameters = min,max
//// Function 1:
//// Bmin + Amin / |cos(theta)| < r < Bmax + Amax / |cos(theta)|
//// CutParameters = Bmin,Amin,Bmax,Amax
SetKey(Conf, "Mu_eVertexCut/CutFunction", 1);
SetKey(Conf, "Mu_eVertexCut/CutParameters", "0.0,0.0,1.0,1.0");
// DistToTargetSel
SetKey(Conf, "DistToTargetSel/Do", true);
// Mu_eVertexSel
SetKey(Conf, "Mu_eVertexSel/Do", true);
SetKey(Conf, "Mu_eVertexSel/Do_mu_e_Calc-MOFIA", 0);
// DkFitTimeCut
SetKey(Conf, "DkFitTimeCut/Do", true);
SetKey(Conf, "DkFitTimeCut/Min", 1050.0); // in ns
SetKey(Conf, "DkFitTimeCut/Max", 9000.0); // in ns
// PACTCut
SetKey(Conf, "PACTCut/Do", 0);
SetKey(Conf, "PACTCut/NbBins", 500);
SetKey(Conf, "PACTCut/MaximumWidth", 500.0); // ns
SetKey(Conf, "PACTCut/quadrant_11", 1);
SetKey(Conf, "PACTCut/quadrant_12", 1);
SetKey(Conf, "PACTCut/quadrant_21", 1);
SetKey(Conf, "PACTCut/quadrant_22", 1);
SetKey(Conf, "PACTCut/region_11", "1.634, -5.428, -61.26, 642.3");
SetKey(Conf, "PACTCut/region_12", "1.634, -5.428, -61.26, 642.3");
SetKey(Conf, "PACTCut/region_21", "1.634, -5.428, -61.26, 642.3");
SetKey(Conf, "PACTCut/region_22", "1.634, -5.428, -61.26, 642.3");
SetKey(Conf, "MuCapture/PACT/smearing_11", 0.);
SetKey(Conf, "MuCapture/PACT/smearing_12", 0.);
SetKey(Conf, "MuCapture/PACT/smearing_21", 0.);
SetKey(Conf, "MuCapture/PACT/smearing_22", 0.);
// Fiducial Cut
SetKey(Conf, "FiducialCut/MinAbsCosTheta", 0.54);
SetKey(Conf, "FiducialCut/MaxAbsCosTheta", 0.96);
SetKey(Conf, "FiducialCut/MaxMomentum", 52.0); // Mev/c
SetKey(Conf, "FiducialCut/MinTransMom", 10.0); // Mev/c
SetKey(Conf, "FiducialCut/MaxTransMom", 38.0); // Mev/c
SetKey(Conf, "FiducialCut/MinLongiMom", 14.0); // Mev/c
// StatusHistograms
SetKey(Conf, "StatusHistograms/Do", true);
SetKey(Conf, "StatusHistograms/PerWindowType", false);
// ==================== Special Analyses ======================== //
// Truth Bank
SetKey(Conf, "TruthBank/Do", false);
//// This flag turns the truth bank analysis off. No vertex bank analysed
//// but the accflag is still used for the Michel spectrum.
// Bias Plots
SetKey(Conf, "BiasPlots/Do", true);
SetKey(Conf, "BiasPlots/Nptotbins", 8);
SetKey(Conf, "BiasPlots/minptot", 15.0); // MeV
SetKey(Conf, "BiasPlots/maxptot", 55.0); // MeV
SetKey(Conf, "BiasPlots/Nbinscosth", 100); //
SetKey(Conf, "BiasPlots/mincosth", 0.3); //
SetKey(Conf, "BiasPlots/maxcosth", -0.3); //
SetKey(Conf, "BiasPlots/Nbinsdp", 401); //
SetKey(Conf, "BiasPlots/mindp", -2.0); // MeV
SetKey(Conf, "BiasPlots/maxdp", 2.0); // MeV
SetKey(Conf, "BiasPlots/Nbinsdcosth", 200); //
SetKey(Conf, "BiasPlots/mindcosth", -0.05); //
SetKey(Conf, "BiasPlots/maxdcosth", 0.05); //
// Asymmetry Plots
SetKey(Conf, "AsymmetryPlots/WeightedPlots", 1); // default ON
SetKey(Conf, "AsymmetryPlots/UnweightedPlots", 0); // default OFF
SetKey(Conf, "AsymmetryPlots/tmu", 2197.03); // ns
SetKey(Conf, "AsymmetryPlots/t_min", 245.28); // ns
SetKey(Conf, "AsymmetryPlots/t_width_min", 68.435); // ns
SetKey(Conf, "AsymmetryPlots/Fiducial/costh_min", 0.54);
SetKey(Conf, "AsymmetryPlots/Fiducial/costh_max", 0.96);
SetKey(Conf, "AsymmetryPlots/Fiducial/ptot_min", 31.0);
SetKey(Conf, "AsymmetryPlots/Fiducial/ptot_max", 52.0);
SetKey(Conf, "AsymmetryPlots/Fiducial/long_min", 14.0);
SetKey(Conf, "AsymmetryPlots/Fiducial/trans_max", 38.0);
SetKey(Conf, "AsymmetryPlots/Weighting", 1.0);
// ChiSquare
SetKey(Conf, "ChiSquare/Do", 0); // default OFF
SetKey(Conf, "ChiSquare/RedChi2CutMin", -1.0); // default OFF
SetKey(Conf, "ChiSquare/RedChi2CutMax", -1.0); // default OFF
// Quadrant Spectra
SetKey(Conf, "PhiQuadrantSpectra/Do", false);
// Michel spectrum histogram
SetKey(Conf, "ChiSquare/NCosThBinsMichel", 100);
SetKey(Conf, "ChiSquare/NXBinsMichel", 110);
SetKey(Conf, "ChiSquare/XMinMichel", 0.0);
SetKey(Conf, "ChiSquare/XMaxMichel", 55.0);
// ================== Detector Parameters ======================== //
SetKey(Conf, "Detector/BField", 2.0);
SetKey(Conf, "Detector/GeometryFile", -57); // CFM number of the file
// ================== General Parameters ======================== //
// Truth Bank
SetKey(Conf, "TruthBank/MuUVMaxRadius", 4.0); //
SetKey(Conf, "TruthBank/TriggerTimeJitter", 100.0); //
SetKey(Conf, "TruthBank/MuZAroundTarget", 1.0); //
SetKey(Conf, "TruthBank/MueVertexEpsilon", 0.01); //
SetKey(Conf, "TruthBank/MinDkTimeAfterMu", 300.0); //
SetKey(Conf, "TruthBank/MaxDkTimeAfterMu", 9100.0);//
// Kinematic end point
SetKey(Conf, "Parameters/KinematicPmax", 52.828);
// Speed of light
SetKey(Conf, "Parameters/c",29.979245800); // cm/ns
// Michel spectrum histogram
SetKey(Conf, "Parameters/NCosThBinsMichel", 100);
SetKey(Conf, "Parameters/NXBinsMichel", 110);
SetKey(Conf, "Parameters/XMinMichel", 0.0);
SetKey(Conf, "Parameters/XMaxMichel", 55.0);
// Energy Calibration histograms
SetKey(Conf, "Parameters/NCBins_EC", 360);
SetKey(Conf, "Parameters/NCBins_ECinvc",72);
SetKey(Conf, "Parameters/NXBins_EC", 4000);
SetKey(Conf, "Parameters/XMin_EC", 30.0);
SetKey(Conf, "Parameters/XMax_EC", 70.0);
SetKey(Conf, "Parameters/CosMin_EC", 0.3);
SetKey(Conf, "Parameters/CosMax_EC", 0.95);
SetKey(Conf, "Parameters/MuonWinType", 1);
SetKey(Conf, "Parameters/UpDkWinType", "2,7,9,14");
SetKey(Conf, "Parameters/DownDkWinType", "3,8,10,15");
SetKey(Conf, "Parameters/DCplanes", "5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52");
SetKey(Conf, "Parameters/PCplanes", "1, 2, 3, 4, 27, 28, 29, 30, 53, 54, 55, 56");
SetKey(Conf, "Parameters/PlaneType", "PC,PC,PC,PC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,PC,PC,PC,PC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,DC,PC,PC,PC,PC");
SetKey(Conf, "Parameters/DCzposition", "-49.7924,-49.3923,-48.9923,-48.5922,-48.1921,-47.7921,-47.3920,-46.9919,-42.1920,-41.7921,-36.9923,-36.5924,-29.7941,-29.3941,-22.5960,-22.1961,-15.3980,-14.9981,-10.1987, -9.7988, -4.9995, -4.5995, 4.5998, 4.9998, 9.7994, 10.1993, 14.9976, 15.3976, 22.1960, 22.5959, 29.3943, 29.7942, 36.5927, 36.9926, 41.7924, 42.1924, 46.9924, 47.3923, 47.7922, 48.1922, 48.5922, 48.9922, 49.3922, 49.7922");
// ================== MuCapture analysis ======================== //
SetKey(Conf, "MuCapture/loadDefaultTWISTVars", true);
SetKey(Conf, "MuCapture/fillXtalkPC", false);
SetKey(Conf, "MuCapture/fillXtalkDC", false);
SetKey(Conf, "MuCapture/debugEventList", "");
SetKey(Conf, "Detector/Geometry/dc_ppc", 25);
SetKey(Conf, "Detector/Geometry/pc_ppc", 5);
SetKey(Conf, "MuCapture/killPC6DeadWire", true);
SetKey(Conf, "MuCapture/HitPreproc/PC/applyXTalk", true);
SetKey(Conf, "MuCapture/HitPreproc/DC/applyXTalk", true);
SetKey(Conf, "MuCapture/HitPreproc/PC/processor", "SameWireHitDiscarder");
SetKey(Conf, "MuCapture/HitPreproc/PC/NarrowHitDiscarder/cutMinTDCWidth", 40.);
SetKey(Conf, "MuCapture/HitPreproc/PC/SameWireHitDiscarder/cutSameWireDt", 200.);
SetKey(Conf, "MuCapture/HitPreproc/DC/processor", "NarrowHitDiscarder");
SetKey(Conf, "MuCapture/HitPreproc/DC/NarrowHitDiscarder/cutMinTDCWidth", 50.);
// If defined, ignore all other input events
SetKey(Conf, "MuCapture/inputEventNumberFile", "");
// Print out details about events on this list
SetKey(Conf, "MuCapture/debugEventList", "");
SetKey(Conf, "MuCapture/winPCLength", 100.);
// Trigger window has to be within max dt from 0
SetKey(Conf, "MuCapture/winTrigMaxdt", 30.);
SetKey(Conf, "MuCapture/winPCPreTrigSeparation", 1050.);
SetKey(Conf, "MuCapture/cutMuonFirstPlane", 1);
SetKey(Conf, "MuCapture/Accidentals/tmax", -1100.);
// Cyclotron RF=23.058 MHz [Glen Marshall in the 2013-06-12 muminus meeting]
// See e.g.
// R.~H.~M.~Gummer,
// %``Accelerating Voltage Control and Stabilization in the TRIUMF Cyclotron,''
// IEEE Trans.\ Nucl.\ Sci.\ {\bf 22}, 1257 (1975).
// http://inspirehep.net/record/102708
// http://dx.doi.org/10.1109/TNS.1975.4327860
SetKey(Conf, "MuCapture/Accidentals/cycleLength", 1000./23.058);
SetKey(Conf, "MuCapture/Accidentals/numCycles", 104);
SetKey(Conf, "MuCapture/Accidentals/maxSubdivisions", 3);
SetKey(Conf, "MuCapture/winDCStart", -100.); // W.r.t PC win start
SetKey(Conf, "MuCapture/winDCEnd", 1050.); // W.r.t PC win start
SetKey(Conf, "MuCapture/winDCDoHistos", true);
SetKey(Conf, "MuCapture/muStopRMax", 2.5); // in cm
SetKey(Conf, "MuCapture/cutWinTimeMin", 400.); // ns
SetKey(Conf, "MuCapture/cutWinTimeMax", 10000. - 1050.); // ns, make sure DC window ends.
// PACT cuts have been moved to config files: different settings for data and MC
SetKey(Conf, "MuCapture/cutBeamVetoMaxPCplanes", 1);
SetKey(Conf, "MuCapture/DIOUp/cutMinTime", 300.);
SetKey(Conf, "MuCapture/DIODn/cutMinTime", 300.);
SetKey(Conf, "MuCapture/cutMultiwinNextdt", 1050.);
SetKey(Conf, "MuCapture/HistDriftTime/cutEffTrackHitDtPC", 100.);
SetKey(Conf, "MuCapture/HistDriftTime/cutEffTrackHitDtDC", 1500.);
// Empty file name disables the output
SetKey(Conf, "MuCapture/uvOutFileName", "");
SetKey(Conf, "MuCapture/commonSkimOutFileName", "");
//----------------
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutCharge", +1);
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutTrackWinTimedt", 100.);//ns
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutTrackRmax", 99999.);//cm
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutCosThetaMin", 0.5);
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutCosThetaMax", 0.98);
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutPtMin", 11.9); // MeV/c = 2 cm R
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutPzMin", 28.4); // MeV/c = 30cm L
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutPtotMin", 0.); // MeV/c
// NB: remember about "name helixfit helixfitmommax=..." in the KCM file.
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutPtotMax", 99999.); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/pos/cutTrackMuonOffset", 1.5);//cm
//----------------
// The kinematic cuts for the DIO normalization sample
// follow the TWIST DIO Phys.Rev.D.
// Here we use ptot rather than E. But the biggest difference
// is our use of the wire center fit.
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutCharge", -1);
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutTrackWinTimedt", 100.);//ns
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutTrackRmax",6.34);//cm = 38.0 MeV/c pt
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutCosThetaMin", 0.54);
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutCosThetaMax", 0.92);
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutPtMin", 11.0); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutPzMin", 14.0); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutPtotMin", 17.5); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutPtotMax", 73.5); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioNorm/cutTrackMuonOffset", 1.5);//cm
//----------------
// A loose set of cuts to get more DIOs for vetoing capture events
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutCharge", -1);
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutTrackWinTimedt", 100.);//ns
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutTrackRmax",81.7);//cm, approx 49 MeV/c pt
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutCosThetaMin", 0.0);
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutCosThetaMax", 0.98);
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutPtMin", 0.0); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutPzMin", 4.0); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutPtotMin", 0.); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutPtotMax", 73.5); // MeV/c
SetKey(Conf, "MuCapture/TrkAnalysisHF/dioVeto/cutTrackMuonOffset", 1.5);//cm
//----------------
// Require the track to NOT hit the last plane of the dense stack.
// So that it is not sensitive to hits in the outer PCs.
SetKey(Conf, "MuCapture/dnPosTrkContainment/cutMaxPlane", 51);
SetKey(Conf, "MuCapture/dnPosTrkContainment/cutMaxRout", 15.);
SetKey(Conf, "MuCapture/dnPosTrkContainment/useExtendedRange", true);
//================================================================
SetKey(Conf, "MuCapture/channels/versions", "rcp1,rp1,rpz1");
//----------------
// rangecos vs p: like legacy, but exclude outer PCs from contained tracks
SetKey(Conf, "MuCapture/channels/rcp1/contained/vars", "RangeCosVsP");
SetKey(Conf, "MuCapture/channels/rcp1/contained/ccut/cutMaxPlane", 51);
SetKey(Conf, "MuCapture/channels/rcp1/contained/ccut/cutMaxRout", 15.);
SetKey(Conf, "MuCapture/channels/rcp1/contained/ccut/useExtendedRange", true);
SetKey(Conf, "MuCapture/channels/rcp1/numGeneratorBins", 650);
SetKey(Conf, "MuCapture/channels/rcp1/genpmin", 0.);
SetKey(Conf, "MuCapture/channels/rcp1/genpmax", 650.);
SetKey(Conf, "MuCapture/channels/rcp1/contained/xvarnbins", 250);
SetKey(Conf, "MuCapture/channels/rcp1/contained/xvarmin", 25.);
SetKey(Conf, "MuCapture/channels/rcp1/contained/xvarmax", 650.);
SetKey(Conf, "MuCapture/channels/rcp1/contained/yvarnbins", 6);
SetKey(Conf, "MuCapture/channels/rcp1/contained/yvarmin", 8.);
SetKey(Conf, "MuCapture/channels/rcp1/contained/yvarmax", 32.);
SetKey(Conf, "MuCapture/channels/rcp1/uncontained/recopnbins", 250);
SetKey(Conf, "MuCapture/channels/rcp1/uncontained/recopmin", 25.);
SetKey(Conf, "MuCapture/channels/rcp1/uncontained/recopmax", 650.);
SetKey(Conf, "MuCapture/channels/rcp1/hitbased/cwiresnbins", 60);
SetKey(Conf, "MuCapture/channels/rcp1/hitbased/cwiresmin", 0.5);
SetKey(Conf, "MuCapture/channels/rcp1/hitbased/cwiresmax", 60.5);
SetKey(Conf, "MuCapture/channels/rcp1/hitbased/cplanesnbins", 25);
SetKey(Conf, "MuCapture/channels/rcp1/hitbased/cplanesmin", 0.5);
SetKey(Conf, "MuCapture/channels/rcp1/hitbased/cplanesmax", 25.5);
// histogram (costh vs p) in slices of range
SetKey(Conf, "MuCapture/channels/rcp1/doPCosthSlices", true);
// Make a PID plot for the paper with a nicer binning
SetKey(Conf, "MuCapture/channels/rcp1/doExtraHistos", true);
//----------------
// range vs p set of vars
SetKey(Conf, "MuCapture/channels/rp1/contained/vars", "RangeVsP");
SetKey(Conf, "MuCapture/channels/rp1/contained/ccut/cutMaxPlane", 51);
SetKey(Conf, "MuCapture/channels/rp1/contained/ccut/cutMaxRout", 15.);
SetKey(Conf, "MuCapture/channels/rp1/contained/ccut/useExtendedRange", true);
SetKey(Conf, "MuCapture/channels/rp1/numGeneratorBins", 650);
SetKey(Conf, "MuCapture/channels/rp1/genpmin", 0.);
SetKey(Conf, "MuCapture/channels/rp1/genpmax", 650.);
SetKey(Conf, "MuCapture/channels/rp1/contained/xvarnbins", 125);
SetKey(Conf, "MuCapture/channels/rp1/contained/xvarmin", 25.);
SetKey(Conf, "MuCapture/channels/rp1/contained/xvarmax", 650.);
SetKey(Conf, "MuCapture/channels/rp1/contained/yvarnbins", 16);
SetKey(Conf, "MuCapture/channels/rp1/contained/yvarmin", 7.5);
SetKey(Conf, "MuCapture/channels/rp1/contained/yvarmax", 23.5);
SetKey(Conf, "MuCapture/channels/rp1/uncontained/recopnbins", 250);
SetKey(Conf, "MuCapture/channels/rp1/uncontained/recopmin", 25.);
SetKey(Conf, "MuCapture/channels/rp1/uncontained/recopmax", 650.);
SetKey(Conf, "MuCapture/channels/rp1/hitbased/cwiresnbins", 60);
SetKey(Conf, "MuCapture/channels/rp1/hitbased/cwiresmin", 0.5);
SetKey(Conf, "MuCapture/channels/rp1/hitbased/cwiresmax", 60.5);
SetKey(Conf, "MuCapture/channels/rp1/hitbased/cplanesnbins", 25);
SetKey(Conf, "MuCapture/channels/rp1/hitbased/cplanesmin", 0.5);
SetKey(Conf, "MuCapture/channels/rp1/hitbased/cplanesmax", 25.5);
//----------------
// range vs pz set of vars
SetKey(Conf, "MuCapture/channels/rpz1/contained/vars", "RangeVsPz");
SetKey(Conf, "MuCapture/channels/rpz1/contained/ccut/cutMaxPlane", 51);
SetKey(Conf, "MuCapture/channels/rpz1/contained/ccut/cutMaxRout", 15.);
SetKey(Conf, "MuCapture/channels/rpz1/contained/ccut/useExtendedRange", true);
SetKey(Conf, "MuCapture/channels/rpz1/numGeneratorBins", 650);
SetKey(Conf, "MuCapture/channels/rpz1/genpmin", 0.);
SetKey(Conf, "MuCapture/channels/rpz1/genpmax", 650.);
SetKey(Conf, "MuCapture/channels/rpz1/contained/xvarnbins", 50);
SetKey(Conf, "MuCapture/channels/rpz1/contained/xvarmin", 0.);
SetKey(Conf, "MuCapture/channels/rpz1/contained/xvarmax", 650.);
SetKey(Conf, "MuCapture/channels/rpz1/contained/yvarnbins", 16);
SetKey(Conf, "MuCapture/channels/rpz1/contained/yvarmin", 7.5);
SetKey(Conf, "MuCapture/channels/rpz1/contained/yvarmax", 23.5);
SetKey(Conf, "MuCapture/channels/rpz1/uncontained/recopnbins", 250);
SetKey(Conf, "MuCapture/channels/rpz1/uncontained/recopmin", 25.);
SetKey(Conf, "MuCapture/channels/rpz1/uncontained/recopmax", 650.);
SetKey(Conf, "MuCapture/channels/rpz1/hitbased/cwiresnbins", 60);
SetKey(Conf, "MuCapture/channels/rpz1/hitbased/cwiresmin", 0.5);
SetKey(Conf, "MuCapture/channels/rpz1/hitbased/cwiresmax", 60.5);
SetKey(Conf, "MuCapture/channels/rpz1/hitbased/cplanesnbins", 25);
SetKey(Conf, "MuCapture/channels/rpz1/hitbased/cplanesmin", 0.5);
SetKey(Conf, "MuCapture/channels/rpz1/hitbased/cplanesmax", 25.5);
//================================================================
// This cut is inactive by default
SetKey(Conf, "HitBasedAnalysis/maxClusterWiresFilterCutPC", 999);
//================================================================
}