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SURPRISE NuWro Fake Data #88

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5512ffe
Fhicl and code updates for running NuWro fake data
Feb 1, 2026
2a3b8b1
Update wirecell nuwro scripts
Feb 1, 2026
58b64f7
Update WireCell scripts with correct fhicl param
Feb 1, 2026
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4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_overlay_nuwro.fcl
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#include "run_combinedrecotree_overlay.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_overlay_sce_nuwro.fcl
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#include "run_combinedrecotree_overlay_sce.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run1_overlay_numi_nuwro.fcl
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#include "run_combinedrecotree_run1_overlay_numi.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run1_overlay_numi_sce_nuwro.fcl
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#include "run_combinedrecotree_run1_overlay_numi_sce.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_altLArPIDWeights_overlay_nuwro.fcl
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#include "run_combinedrecotree_run3_altLArPIDWeights_overlay.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_altLArPIDWeights_overlay_sce_nuwro.fcl
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#include "run_combinedrecotree_run3_altLArPIDWeights_overlay_sce.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_normLArPIDWeights_overlay_nuwro.fcl
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#include "run_combinedrecotree_run3_normLArPIDWeights_overlay.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_normLArPIDWeights_overlay_sce_nuwro.fcl
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#include "run_combinedrecotree_run3_normLArPIDWeights_overlay_sce.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_overlay_numi_nuwro.fcl
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#include "run_combinedrecotree_run3_overlay_numi.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_overlay_numi_sce_nuwro.fcl
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#include "run_combinedrecotree_run3_overlay_numi_sce.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_overlay_nuwro.fcl
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#include "run_combinedrecotree_run3_overlay.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run3_overlay_sce_nuwro.fcl
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#include "run_combinedrecotree_run3_overlay_sce.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run4_overlay_numi_nuwro.fcl
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#include "run_combinedrecotree_run4_overlay_numi.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
4 changes: 4 additions & 0 deletions ubana/CombinedReco/run_combinedrecotree_run4_overlay_nuwro.fcl
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#include "run_combinedrecotree_run4_overlay.fcl"
physics.filters.nuselection.AnalysisTools.default.ignoreMCFlux: true
physics.filters.nuselection.AnalysisTools.default.ignoreGTruth: true
physics.filters.singlephotonana.isTextGen: true
8 changes: 5 additions & 3 deletions ubana/MicroBooNEWireCell/WireCellAnaTree_module.cc
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Expand Up @@ -259,6 +259,7 @@ class WireCellAnaTree : public art::EDAnalyzer {
bool f_get_spill_time;
bool f_get_redk2nu_time;
bool f_get_reboone_time;
bool f_no_mcflux;

// LArPID and MC backtracking (from LANTERN) options:
bool fRunLArPID; //run LArPID network over reco particles
Expand Down Expand Up @@ -2066,6 +2067,7 @@ void WireCellAnaTree::reconfigure(fhicl::ParameterSet const& pset)
f_get_spill_time = pset.get<bool>("get_spill_time", false);
f_get_reboone_time = pset.get<bool>("get_reboone_time", false);
f_get_redk2nu_time = pset.get<bool>("get_redk2nu_time", false);
f_no_mcflux = pset.get<bool>("no_mcflux", false);
fTimeBetweenBuckets = pset.get<float>("TimeBetweenBuckets",1e9/53.103e6);
fBucketTimeSigma = pset.get<float>("BucketTimeSigma",0.750);
fNBucketsPerBatch = pset.get<int>("NBucketsPerBatch",84);
Expand Down Expand Up @@ -4998,13 +5000,13 @@ void WireCellAnaTree::analyze(art::Event const& e)
}
}//f_get_reboone_time

else if(f_get_spill_time){
else if(f_get_spill_time && !f_no_mcflux){
propegation_time = (f_mcflux_dk2gen+f_mcflux_gen2vtx+f_mcflux_vx/100)*100*0.033356;
}

f_cor_nu_time = propegation_time + decay_time + spill_time;
f_cor_nu_time_nospill = propegation_time + decay_time;
f_cor_nu_time_spill = spill_time;
f_cor_nu_time_nospill = propegation_time + decay_time;
f_cor_nu_time_spill = spill_time;
f_cor_nu_deltatime = f_cor_nu_time - f_truth_nu_pos[3];

std::cout<<"Origional nu time "<<f_truth_nu_pos[3]<<" Corrected nu Time: "<<f_cor_nu_time<<" spill time: "<<spill_time<<" decay time: "<<decay_time<<" propegation time: "<<propegation_time<<std::endl;
Expand Down
12 changes: 11 additions & 1 deletion ubana/MicroBooNEWireCell/utils/def_filetype_bnb_nuwro_fakedata.sh
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Expand Up @@ -59,11 +59,12 @@ echo $run_number


FT_STREAM="run1"

BucketTimeSigma='1.3'
if [ "$run_number" -ge "3420" ] && [ "8316" -ge "$run_number" ]; # in the run1 run number interval
then
echo "run run1 fhicl"
FT_STREAM="run1"
BucketTimeSigma="2.8"
elif [ "$run_number" -ge "0008317" ] && [ "0011048" -ge "$run_number" ]; # in the run2 run number interval
then
echo "run run2a fhicl"
Expand Down Expand Up @@ -123,6 +124,15 @@ physics.analyzers.wcpselection.ssmBDT: ${flag_numi}

physics.analyzers.wcpselection.get_redk2nu_time: ${flag_numi}

physics.analyzers.wcpselection.no_mcflux: true
physics.analyzers.wcpselection.get_spill_time: true
physics.analyzers.wcpselection.TimeBetweenBuckets: 18.936
physics.analyzers.wcpselection.BucketTimeSigma: ${BucketTimeSigma}
physics.analyzers.wcpselection.NBucketsPerBatch: 84
physics.analyzers.wcpselection.NFilledBucketsPerBatch: 81
physics.analyzers.wcpselection.BatchIntensities: [1]


physics.analyzers.wcpselection.SaveLeeWeights: ${flag_SaveLeeWeights}
physics.analyzers.wcpweights.SaveLeeWeights: ${flag_SaveLeeWeights}

Expand Down
3 changes: 2 additions & 1 deletion ubana/MicroBooNEWireCell/utils/def_filetype_numi_fhc_nu_overlay.sh
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Expand Up @@ -116,7 +116,8 @@ physics.analyzers.wcpweights.IsNuMI: ${flag_numi}

physics.analyzers.wcpselection.ssmBDT: ${flag_numi}

physics.analyzers.wcpselection.get_redk2nu_time: ${flag_numi}
physics.analyzers.wcpselection.no_mcflux: true
physics.analyzers.wcpselection.get_spill_time: true

physics.analyzers.wcpselection.SaveLeeWeights: ${flag_SaveLeeWeights}
physics.analyzers.wcpweights.SaveLeeWeights: ${flag_SaveLeeWeights}
Expand Down
3 changes: 2 additions & 1 deletion ubana/MicroBooNEWireCell/utils/def_filetype_numi_fhc_nuwro_fakedata.sh
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Expand Up @@ -121,7 +121,8 @@ physics.analyzers.wcpweights.IsNuMI: ${flag_numi}

physics.analyzers.wcpselection.ssmBDT: ${flag_numi}

physics.analyzers.wcpselection.get_redk2nu_time: ${flag_numi}
physics.analyzers.wcpselection.no_mcflux: true
physics.analyzers.wcpselection.get_spill_time: true

physics.analyzers.wcpselection.SaveLeeWeights: ${flag_SaveLeeWeights}
physics.analyzers.wcpweights.SaveLeeWeights: ${flag_SaveLeeWeights}
Expand Down
3 changes: 3 additions & 0 deletions ubana/MicroBooNEWireCell/utils/def_filetype_numi_rhc_nu_overlay.sh
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Expand Up @@ -118,6 +118,9 @@ physics.analyzers.wcpselection.ssmBDT: ${flag_numi}

physics.analyzers.wcpselection.get_redk2nu_time: ${flag_numi}

physics.analyzers.wcpselection.no_mcflux: true
physics.analyzers.wcpselection.get_spill_time: true

physics.analyzers.wcpselection.SaveLeeWeights: ${flag_SaveLeeWeights}
physics.analyzers.wcpweights.SaveLeeWeights: ${flag_SaveLeeWeights}

Expand Down
3 changes: 2 additions & 1 deletion ubana/MicroBooNEWireCell/utils/def_filetype_numi_rhc_nuwro_fakedata.sh
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Expand Up @@ -121,7 +121,8 @@ physics.analyzers.wcpweights.IsNuMI: ${flag_numi}

physics.analyzers.wcpselection.ssmBDT: ${flag_numi}

physics.analyzers.wcpselection.get_redk2nu_time: ${flag_numi}
physics.analyzers.wcpselection.no_mcflux: true
physics.analyzers.wcpselection.get_spill_time: true

physics.analyzers.wcpselection.SaveLeeWeights: ${flag_SaveLeeWeights}
physics.analyzers.wcpweights.SaveLeeWeights: ${flag_SaveLeeWeights}
Expand Down
11 changes: 7 additions & 4 deletions ubana/searchingfornues/Selection/AnalysisTools/DefaultAnalysis_tool.cc
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Expand Up @@ -130,6 +130,7 @@ class DefaultAnalysis : public AnalysisToolBase

bool fMakeNuMINtuple;
bool fIgnoreMCFlux;
bool fIgnoreGTruth;

const int k_nu_e_other = 1;
const int k_nu_e_cc0pi0p = 10;
Expand Down Expand Up @@ -374,6 +375,7 @@ DefaultAnalysis::DefaultAnalysis(const fhicl::ParameterSet &p)

fMakeNuMINtuple = p.get<bool>("makeNuMINtuple", false);
fIgnoreMCFlux = p.get<bool>("ignoreMCFlux", false);
fIgnoreGTruth = p.get<bool>("ignoreGTruth", false);
NuMIOpFilterProd = p.get<std::string>("NuMIOpFiltProcName","");
NuMISWTrigProd = p.get<std::string>("NuMISWTriggerProcName","" );
}
Expand Down Expand Up @@ -1470,7 +1472,11 @@ void DefaultAnalysis::SaveTruth(art::Event const &e)
{

// load GTruth
auto const &gt_h = e.getValidHandle<std::vector<simb::GTruth>>(fMCTproducer);
if(!fIgnoreGTruth){
auto const &gt_h = e.getValidHandle<std::vector<simb::GTruth>>(fMCTproducer);
auto gt = gt_h->at(0);
_resid = gt.fResNum;
}

// load MCTruth
auto const &mct_h = e.getValidHandle<std::vector<simb::MCTruth>>(fMCTproducer);
Expand Down Expand Up @@ -1529,9 +1535,6 @@ void DefaultAnalysis::SaveTruth(art::Event const &e)
}// if flux handle is valid
}// if ignore MCFlux is false

auto gt = gt_h->at(0);
_resid = gt.fResNum;

auto mct = mct_h->at(0);
if (mct.NeutrinoSet()){ // NeutrinoSet(): whether the neutrino information has been set
auto neutrino = mct.GetNeutrino();
Expand Down