ABCDEFGHIJKLMNOPQRSTUVWXYZAAABACADAEAFAGAHAIAJAKALAMANAOAPAQARAS
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Production Sample Status
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(can be edited in the form by the original requester)
(filled and informed by the Production Group)
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TimestampEmail AddressName/tag of the requestShort description of the sample requestThis request involves which detector?To which working group this request refers to?Contact person Name/Email (in case of issues/questions during the production) Intended DeadlinePriority (relative to requests submitted in parallel)Code release versionStage(s) of processing chain to run (workflow) (mark all that apply.)Total number of events to produce Has the workflow been tested?
Production will not start unless this answer is 'Yes', please fill the following questions based on the test output (reach out if you need help w/ this step)		DATA, MC or Other (ex. Overlays)?average file size per eventaverage running time per eventaverage memory usage per eventgen .fclg4 .fcldetsim .fclreco1/Stage0 .fclreco2/Stage1 .fclcaf .fclOther .fcl (please identify stage, several files can be added in this field if needed)Location of any input files, if neededInput dataset, if any(if the workflow filters) expected filter efficiency (%)Comments - please add any necessary information that was not covered in the other fields Stage files to be savedStatus of SampleInternal priority score (Urgent, High, Medium, Low)File Processing location (OSG (POMS) CNAF, Polaris, ...)Campaign ManagerWork started/ended atPOMS Campaign (If using FermiGrid)Production test outputSample Samweb Definition - Stage0/Reco1 filesSample Samweb Definition - Stage1/Reco2 filesSample Samweb Definition - Calibration TuplesSample Samweb Definition - CAF filesSample Samweb Definition - FlatCAF filesSample Samweb Definition - LArCV filesComments
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1/5/2026 16:29:13lwan@fnal.govSBND 2025 fall bnb light 2e19 MC GENIE-fixedSBND 2025 fall bnb light 2e19 MC GENIE-fixedSBNDAll Linyan1/19/20263v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf1 MYesMCprodgenie_corsika_proton_rockbox0p1_sbnd.fclstandard_g4_rockbox_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_systtools_and_fluxwgt_and_g4rw.fcl25Special workflow w/ hacked GENIE using Ar25 tune,
with bugfix & GENIE v3_06_02_sbn1p2 (or whatever John wants to call it)
increased stat in splines		reco1/Stage0, calib ntuples, LArCV, caf
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1/6/2026 14:59:45dds67@pitt.eduNuMI Run 3 RHC NuMI Run 3 data with version of icaruscode (v09_89_01_02p02) ICARUSCross sectionMinerba Betancourt/ betan009@fnal.gov 1/15/20263v09_89_01_02p02reco1/Stage0, reco2/Stage1, caf10% of Run 3 DataYesDATAstage0_run2_icarus.fclstage1_run2_1d_larcv_icarus.fclcafmakerjob_icarus_data.fclrun3_numimajority_data_raw Run 3 NuMI datastage0, LArCV, caf, calib ntuplesDoneAlessandro Maria Ricciproduction_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_stage0production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_stage1production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_flatcaf_blind, production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_flatcaf_unblind, production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_blindproduction_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_flatcaf_prescaledproduction_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_blind, production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_unblind, production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_blindproduction_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_prescaledproduction_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_larcv
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1/12/2026 14:04:36daniel.carber@colostate.eduDetector Systematics - YZ nonuniformity variation NuMI NueTake NuMI nue+cosmics central value (request #17) and run a detector variation on it that adds a nonuniformity map for the TPC in the YZ-componentICARUSCross-section, ML, SystematicsDaniel Carber, daniel.carber@colostate.edu2/14/20263v09_89_02_00p03g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub50000YesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_yzsim_nomerge.fcl stage0_run2_icarus_mc_refactored_nosimchan.fcl stage1_variation_icarus_larcv_nosimchan.fcl cafmakerjob_icarus_detsim2d_nosimchan.fclscrub_stage1_variations_icarus.fcl (run on dataset from #17 before running g4 stage)dataset #17LArCV, cafDoneManuel Dallolioicaruspro_production_v09_89_02_00p03_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_YZ_var_calibtuplesicaruspro_production_v09_89_02_00p03_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_YZ_var_caficaruspro_production_v09_89_02_00p03_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_YZ_var_flatcaficaruspro_production_v09_89_02_00p03_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_YZ_var_larcv
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1/12/2026 16:40:18sas1084@pitt.educProcess all of RUN-2 NuMI minbias up to stage1 (nominal production workflow) for RWM/bunch timing studies.ICARUSOpReco, Event SelectionMatteo Vicenzi / mvicenzi@bnl.gov1/31/20263v10_06_00_06p03reco1/Stage0, reco2/Stage1All of RUN-2 NuMI MinBias eventsYesDATAstage0_run2_wcdnn_icarus.fclstage1_run2_icarus.fclstage0_daqPMT_drop.fcl, runs right after stage0run2_compression_production_v09_82_02_01_numiminbias_compressed_datareco2/Stage1, calib ntuplesDoneAntonio GioiosaIcaruspro_2025_wcdnn_production_NuMI_Run2_MinBias_v10_06_00_06p03_numiminbias_stage0Icaruspro_2025_wcdnn_production_NuMI_Run2_MinBias_v10_06_00_06p03_numiminbias_stage1Icaruspro_2025_wcdnn_production_NuMI_Run2_MinBias_v10_06_00_06p03_numiminbias_calibtuples
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1/20/2026 14:14:57mueller@fnal.govExtended MPV/MPR SampleAn extended MPV/MPR training sample for SPINE for understanding the impact of the Omni detector model in the training. The plan is to replace the Omni sample with this sample, re-train, then characterize the impact of detector systematics with both to assess the impact to detector systematic sensitivity. This is a direct copy of the campaign in cell 110 & 140 of the 'MC-Data 2025' spreadsheet, though it must result in an entirely separate dataset (SAM definition, no mixing of files).ICARUSSBN OscJustin Mueller (mueller@fnal.gov)2/23/20262v10_06_00_06 (gen-stage0) v10_06_00_06p03 (stage1-larCV)gen, g4, detsim, reco1/Stage0, reco2/Stage1500kYesMC10MB10 minutes16 GBgen_mpvmpr.fcllarg4_icarus_cosmics_sce.fcldetsim_2d_icarus_refactored_yzsim_notrigger.fclstage0_run2_wcdnn_icarus_mc_notriggersim.fclstage1_run2_icarus_MC.fclrun_MPVMPR_supera_yz.fclLArCVAlessandro Maria Ricci
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1/27/2026 16:26:15daniel.carber@colostate.eduDetector Systematics - CV NuMI + cosmicsCentral Value of NuMI nu sample that was used for detector systematicsICARUScross section, MLDaniel Carber, daniel.carber@colostate.edu1/26/20262v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf300,000YesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored.fclstage0_run2_icarus_mc_refactored.fcl stage1_run2_1d_larcv_icarus_MC.fcl cafmakerjob_icarus_detsim2d_systtools_and_fluxwgt.fclscrub_stage1_variations_icarus.fcl (run on dataset from #35)dataset #35 2025reco2/Stage1, LArCV, cafDoneAntonio Gioiosaicaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_stage1icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_calibtuplesicaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_caficaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_flatcaficaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_larcv
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1/21/2026 22:16:05leonidas.aliagasoplin@uta.eduSBND_GiBUU2025p1_v10_06_00_09_ProdStandard SBND MC chain (G4 to CAF) using GiBUU 2025 pre-generated Gen samples defined in the samweb definition: prod_gen_GiBUU2025p1_sbnd_v10_06_00_09_group1SBNDSBND SimulationLeo Aliaga / leonidas.aliagasoplin@uta.edu1/30/20262v10_06_00_09g4, detsim, reco1/Stage0, reco2/Stage1, caf~250 000 (Requesting all events in the input definition. Est. based on 12,475 files with ~20 events/file)YesMC~34 MB/event in Gen stageAssume standard SBND production. My estimation is 5 mins/eventStandard SBND MC profilestandard_g4_rockbox_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fclcafmakerjob_sbnd_sce.fclSamweb definition: prod_gen_GiBUU2025p1_sbnd_v10_06_00_09_group1reco1/Stage0, caf
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2/2/2026 20:18:32lwan@fnal.govSBND gen2 bnb run1 dataSBND gen2 bnb run1 dataSBNDAll Linyan2/28/20263v10_14_02_02reco1/Stage0, reco2/Stage1, cafallYesDATA"reco1: 5 M / evt larcv: 8 M / evt calib ntuple: 2 M / evt caf: 0.3 M / evt flat caf: 0.4 M / evt ""reco1: 130 s / evt reco2: 25 s / evt caf: 2 s / evt""reco1: 7 GB reco2: 2 GB caf: 1.5 GB"reco1_data.fclreco2_data.fclcafmakerjob_sbnd_data_sce_bnblight.fcl1. run_decoders_job.fcl
2. run_DigitalNoiseEventFilter.fcl
3. run_sbndbnbinfo_sbn.fcl		SBND_DATA_FullRun1Light_bnblight_RawSBND gen2 run1 bulky data ~4 M evtsreco1/Stage0, calib ntuples, LArCV, caf
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2/2/2026 20:20:28lwan@fnal.govSBND gen2 offbeamlight run1 dataSBND gen2 offbeamlight run1 dataSBNDAllLinyan2/28/20262v10_14_02_02reco1/Stage0, reco2/Stage1, cafallYesDATA"reco1: 5 M / evt larcv: 5 M / evt calib ntuple: 2 M / evt caf: 0.2 M / evt flat caf: 0.3 M / evt ""reco1: 130 s / evt reco2: 25 s / evt caf: 2 s / evt""reco1: 7 GB reco2: 2 GB caf: 1.5 GB"reco1_data.fclreco2_data.fclcafmakerjob_sbnd_data_sce_offbeamlight.fcl1. run_decoders_job.fcl
2. run_DigitalNoiseEventFilter.fcl
3. run_sbndbnbextinfo_sbn.fcl		SBND_DATA_FullRun1Light_offbeamlight_RawSBND gen2 run1 bulky offbeamlight data ~ 2M evtsreco1/Stage0, calib ntuples, LArCV, caf
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2/2/2026 20:54:07lwan@fnal.govSBND gen2 bnb light run1 MCSBND gen2 bnb light run1 MCSBNDAll Linyan2/28/20263v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf20 MNoMCprodgenie_corsika_proton_rockbox0p1_sbnd.fclstandard_g4_rockbox_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_systtools_and_fluxwgt_and_g4rw.fcl25Due to the Ar25 hack I cannot test locally. Production team please reach out to me and let's work together on a test. Thank you!reco1/Stage0, calib ntuples, LArCV, caf
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2/3/2026 10:24:23gputnam@fnal.govWireMod Overlay ICARUS Generation, Run 2 Part 2Generation of cosmic-like MC muons with overlays, for use in WireMod calibrations in ICARUS.

This is an additional request on top of the earlier "WireMod Overlay ICARUS Generation" for more events.		ICARUSSBN OscGray Putnam (gputnam@fnal.gov), Joseph Zennamo <jaz8600@fnal.gov>, Francesco Poppi <francesco.poppi6@unibo.it>3/1/20262v10_06_00_06p03gen, g4, detsim, reco1/Stage0, reco2/Stage1300kYesOverlays5 MB10 minutes16 GBprodwiremod_icarus_overlays.fcllarg4_icarus_cosmics_sce.fcldetsim_2d_icarus_refactored_yzsim_overlay.fclstage0_run2_wcdnn_icarus_overlay.fclstage1_run2_icarus_overlay.fcldecoder_run2_icarus.fcl overlay_waveforms.fcl ORDER: Decoder Gen G4 Detsim Overlay Stage0 Stage1
run2_compression_production_v09_82_02_01_offbeambnbminbias_compressed_dataThis request is intended to be routed to the ANL production team.reco1/Stage0, calib ntuplesDoneThomas Westericaruspro_production_2026_run2_wiremod_mc_v10_06_00_06p03_stage0icaruspro_production_2026_run2_wiremod_mc_v10_06_00_06p03_calib_ntuples
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2/3/2026 10:26:16gputnam@fnal.govWireMod Overlay ICARUS Generation, Run 4Generation of cosmic-like MC muons with overlays, for use in WireMod calibrations in ICARUS in Run 4.ICARUSSBN OscGray Putnam (gputnam@fnal.gov), Joseph Zennamo <jaz8600@fnal.gov>, Francesco Poppi <francesco.poppi6@unibo.it>3/1/20262v10_06_00_06p03gen, g4, detsim, reco1/Stage0, reco2/Stage1600kYesOverlays5 MB10 minutes16 GBprodwiremod_icarus_overlays.fcllarg4_icarus_cosmics_sce.fcldetsim_2d_icarus_refactored_yzsim_overlay_Run4.fclstage0_run2_wcdnn_icarus_overlay.fclstage1_run2_icarus_overlay.fcldecoder_run2_icarus.fcl overlay_waveforms.fcl ORDER: Decoder Gen G4 Detsim Overlay Stage0 Stage1Run 4 offbeam minbias raw filesThis request is intended to be routed to the ANL production team.reco1/Stage0, calib ntuplesDoneThomas Westericaruspro_production_2026_run4_wiremod_mc_v10_06_00_06p03_stage0icaruspro_production_2026_run4_wiremod_mc_v10_06_00_06p03_calib_ntuples
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3/3/2026 11:10:44promita@vt.eduNuMI Detector systematics: Scintillation lightTake nu+cosmics central value (request #35 MC-Data 2025) and run a detector variation on it that sets the PMT quantum efficiency value to 4%ICARUSNuMI Cross-sectionpromita@vt.edu3/10/20262v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub, scrub_stage1_variations_icarus.fcl (run on dataset from #35 before running g4 stage)200kYesMCg4_icarus_qe_variations.fcl detsim_2d_variation_refactored_icarus.fclstage0_variation_icarus_refactored.fclstage1_variation_icarus_larcv.fclcafmakerjob_icarus_detsim2d.fcldataset #35LArCV, cafDonePromitaicaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Scintvar_correct_calibtuplesicaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Scintvar_correct_caficaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Scintvar_correct_flatcaficaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Scintvar_correct_larcv
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3/3/2026 13:38:48daniel.carber@colostate.eduBNB Nu + cosmics cathode variationTake nu+cosmics central value (icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CV_2ndV_scrub) and run a detector variation on it that adds a cathode bending variationICARUSOscillation, MLdaniel.carber@colostate.edu3/13/20263v09_89_02_02g4, detsim, reco1/Stage0, reco2/Stage1, caf200kYesMCrefactored_g4_icarus_step2_variations.fcldetsim_2d_icarus_refactored_variation_cathodebending.fclstage0_variation_icarus_refactored.fclstage1_variation_icarus_larcv.fclcafmakerjob_icarus_detsim2d.fclscrub stage dataset from icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CV_2ndV_scrub,LArCV, caf
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3/3/2026 13:43:20daniel.carber@colostate.eduSystematics -- Cathode Bending Variation NuMI NuTake nu+cosmics central value (request #35, from 2025) and run a detector variation on it that adds the cathode bending effect we see in data after bug fixICARUSCross section, MLdaniel.carber@colostate.edu3/20/20262v09_89_02_02g4, detsim, reco1/Stage0, reco2/Stage1, caf200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_variation_cathodebending.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcvcafmakerjob_icarus_detsim2d.fclscrub_stage1_variations_icarus.fcl (run on dataset from #35 from 2025 before running g4 stage)dataset #35, from 2025LArCV, cafDonePromitaicaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_calibtuplesicaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_caficaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_flatcaficaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_larcv
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3/3/2026 13:46:57daniel.carber@colostate.eduSystematics -- Cathode Bending Variation NuMI NueTake nue+cosmics central value (request #17, from 2025) and run a detector variation on it that adds the cathode bending effect we see in data with bug fixICARUSCross section, MLdaniel.carber@colostate.edu3/20/20262v09_89_02_02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub50kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_variation_cathodebending.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fclscrub_stage1_variations_icarus.fcl (run on dataset from #17,from before running g4 stage)dataset #17, from 2025LArCV, cafDonePromitaicaruspro_production_v09_89_02_02_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_Correct_CathBen_caf icaruspro_production_v09_89_02_02_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_Correct_CathBen_flatcaf
icaruspro_production_v09_89_02_02_2025A_ICARUS_NuMI_NueCos_MC_CV_DetSys_2025A_MC_Nue_Cos_Correct_CathBen_larcv
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3/5/2026 18:24:40vclnguyen@ucsb.eduSBND Neutrino 2026 - HNL nuee m35MeVSBND Neutrino 2026 - HNL nuee m35MeVSBNDSBND BSMvclnguyen@ucsb.edu3/26/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMC"gen: 132 kb g4: 96 Mb detsim: 44 Mb reco1: 20 Mb reco2: 22 Mb caf: 1.9 Mb flat.caf: 2.3 Mb""gen: 7.7 s g4: 85 s detsim: 177 s reco1: 13.8 s reco2: 21 s caf: 3s""gen: 1078 Mb g4: 3324 Mb detsim: 6348 Mb reco1: 1145 Mb reco2: 1920 Mb caf: 1808 Mb"prodoverlay_corsika_MeVPrtl_hnl_nuee_m_35_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100 (no filter)reco1/Stage0, calib ntuples, LArCV, caf
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3/5/2026 18:27:25lwan@fnal.govSBND Neutrino 2026 - HNL nuee m50MeVSBND Neutrino 2026 - HNL nuee m50MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/26/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nuee_m_50_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
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3/5/2026 18:28:04lwan@fnal.govSBND Neutrino 2026 - HNL nuee m75MeVSBND Neutrino 2026 - HNL nuee m75MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/26/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nuee_m_75_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
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3/5/2026 18:28:55lwan@fnal.govSBND Neutrino 2026 - HNL nuee m100MeVSBND Neutrino 2026 - HNL nuee m100MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/26/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nuee_m_100_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
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3/5/2026 18:29:38lwan@fnal.govSBND Neutrino 2026 - HNL nuee m125MeVSBND Neutrino 2026 - HNL nuee m125MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/26/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nuee_m_125_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
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3/5/2026 18:30:54lwan@fnal.govSBND Neutrino 2026 - HNL nuee m140MeVSBND Neutrino 2026 - HNL nuee m140MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/26/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nuee_m_140_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
26
3/9/2026 10:07:02lwan@fnal.govSBND Neutrino 2026 - HNL nupi0 m140MeVSBND Neutrino 2026 - HNL nupi0 m140MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/27/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nupi0_m_140_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
27
3/9/2026 10:07:44lwan@fnal.govSBND Neutrino 2026 - HNL nupi0 m165MeVSBND Neutrino 2026 - HNL nupi0 m165MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/27/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nupi0_m_165_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
28
3/9/2026 10:08:17lwan@fnal.govSBND Neutrino 2026 - HNL nupi0 m190MeVSBND Neutrino 2026 - HNL nupi0 m190MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/27/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nupi0_m_190_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
29
3/9/2026 10:08:54lwan@fnal.govSBND Neutrino 2026 - HNL nupi0 m215MeVSBND Neutrino 2026 - HNL nupi0 m215MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/27/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nupi0_m_215_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
30
3/9/2026 10:09:24lwan@fnal.govSBND Neutrino 2026 - HNL nupi0 m240MeVSBND Neutrino 2026 - HNL nupi0 m240MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/27/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nupi0_m_240_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
31
3/9/2026 10:09:55lwan@fnal.govSBND Neutrino 2026 - HNL nupi0 m260MeVSBND Neutrino 2026 - HNL nupi0 m260MeVSBNDBSMvclnguyen@ucsb.edu
jcrespo@ciemat.es		3/27/20262v10_14_02_03gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf50000YesMCprodoverlay_corsika_MeVPrtl_hnl_nupi0_m_260_Um4_1p00e7_TPC_sbnd.fclstandard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl100reco1/Stage0, calib ntuples, LArCV, caf
32
3/9/2026 19:36:26msotgia@fnal.govPandora DL Vertex BNB numu sampleTraining sample (BNB muon neutrino only) for the vertex dl algorithmICARUSICARUS reconstruction/simulationmsotgia@fnal.gov3/30/20263v10_06_00_06p03gen, g4, detsim, reco1/Stage0150k (filtered)YesMCGen: 150KB; LArG4: 9.1MB; DetSim 136 MB; Stage0 5.4 MB0.1 (Genie) + 20 (LArG4) + 150 (DetSim) + 500 (Stage0) s = ~700 s0.1 GB (Genie) + 3 GB (LArG4) + 16 GB (DetSim) + 15 GB (Stage0)/exp/icarus/app/users/msotgia/devareas/dev_v10_06_00_06p03_twoDValidations/srcs/icaruscode/fcl/gen/genie/simulation_genie_icarus_bnb_volDetEnclosure_numu.fcllarg4_icarus_cosmics.fcldetsim_2d_icarus_refactored_yzsim.fclstage0_run2_wcdnn_icarus_mc.fclNoneNonefilter_genie_active_icarus.fcl (Should be run after GENIE Gen. stage to filter events out of the active volume)NoneNone40% (GENIE active volume filter)The request is for 150k events. However this is the number of events requested after the filter_genie_active_icarus.fcl is run. This filter keeps ~40% of the events.
So at the generation stage ~375k events should be produced

Generation FHiCL are kept in my local area (as indicated in the respective field)		reco1/Stage0
33
3/9/2026 19:36:13msotgia@fnal.govPandora DL Vertex BNB nue sampleTraining sample (BNB electron neutrino only) for the vertex dl algorithmICARUSICARUS reconstruction/simulationmsotgia@fnal.gov3/30/20263v10_06_00_06p03gen, g4, detsim, reco1/Stage0150k (filtered)YesMCGen: 150KB; LArG4: 9.1MB; DetSim 136 MB; Stage0 5.4 MB0.1 (Genie) + 20 (LArG4) + 150 (DetSim) + 500 (Stage0) s = ~700 s0.1 GB (Genie) + 3 GB (LArG4) + 16 GB (DetSim) + 15 GB (Stage0)/exp/icarus/app/users/msotgia/devareas/dev_v10_06_00_06p03_twoDValidations/srcs/icaruscode/fcl/gen/genie/simulation_genie_icarus_bnb_volDetEnclosure_nue.fcllarg4_icarus_cosmics.fcldetsim_2d_icarus_refactored_yzsim.fclstage0_run2_wcdnn_icarus_mc.fclNoneNonefilter_genie_active_icarus.fcl (Should be run after GENIE Gen. stage to filter events out of the active volume)NoneNone40% (GENIE active volume filter)The request is for 150k events. However this is the number of events requested after the filter_genie_active_icarus.fcl is run. This filter keeps ~40% of the events. So at the generation stage ~375k events should be produced

Generation FHiCL are kept in my local area (as indicated in the respective field)		reco1/Stage0
34
3/9/2026 20:20:34msotgia@fnal.govPandora DL Vertex NuMI numu sampleTraining sample (NuMI muon neutrino only) for the vertex dl algorithmICARUSICARUS reconstruction/simulationmsotgia@fnal.gov3/30/20263v10_06_00_06p03gen, g4, detsim, reco1/Stage0150k (filtered)YesMCGen: 200KB; LArG4: 2.6MB; DetSim 135 MB; Stage0 2.3 MB10 (Genie) + 40 (LArG4) + 100 (DetSim) + 500 (Stage0) s = ~700 s0.1 GB (Genie) + 3 GB (LArG4) + 16 GB (DetSim) + 15 GB (Stage0)/exp/icarus/app/users/msotgia/devareas/dev_v10_06_00_06p03_twoDValidations/srcs/icaruscode/fcl/gen/numi/simulation_genie_icarus_numi_volDetEnclosure_numu.fcllarg4_icarus_cosmics.fcldetsim_2d_icarus_refactored_yzsim.fclstage0_run2_wcdnn_icarus_mc.fclNoneNonefilter_genie_active_icarus.fcl (Should be run after GENIE Gen. stage to filter events out of the active volume)NoneNone45% (GENIE active volume filter)The request is for 150k events. However this is the number of events requested after the filter_genie_active_icarus.fcl is run. This filter keeps ~40% of the events. So at the generation stage ~375k events should be produced. Generation FHiCL are kept in my
local area (as indicated in the respective field)		reco1/Stage0
35
3/9/2026 20:24:47msotgia@fnal.govPandora DL Vertex NuMI nue sampleTraining sample (NuMI electron neutrino only) for the vertex dl algorithmICARUSICARUS reconstruction/simulationmsotgia@fnal.gov3/30/20263v10_06_00_06p03gen, g4, detsim, reco1/Stage0150k (filtered)YesMCGen: 200KB; LArG4: 2.6MB; DetSim 135 MB; Stage0 2.3 MB10 (Genie) + 40 (LArG4) + 100 (DetSim) + 500 (Stage0) s = ~700 s0.1 GB (Genie) + 3 GB (LArG4) + 16 GB (DetSim) + 15 GB (Stage0)/exp/icarus/app/users/msotgia/devareas/dev_v10_06_00_06p03_twoDValidations/srcs/icaruscode/fcl/gen/numi/simulation_genie_icarus_numi_volDetEnclosure_nue.fcllarg4_icarus_cosmics.fcldetsim_2d_icarus_refactored_yzsim.fclstage0_run2_wcdnn_icarus_mc.fclNoneNonefilter_genie_active_icarus.fcl (Should be run after GENIE Gen. stage to filter events out of the active volume)NoneNone45% (GENIE active volume filter)The request is for 150k events. However this is the number of events requested after the filter_genie_active_icarus.fcl is run. This filter keeps ~40% of the events. So at the generation stage ~375k events should be produced. Generation FHiCL are kept in my
local area (as indicated in the respective field)		reco1/Stage0
36
3/26/2026 11:49:44lwan@fnal.govSBND gen2 production PDS detvar 1 0.94xLYSBND gen2 production PDS detvar 1 0.94xLYSBNDSBNDLinyan4/10/20262v10_14_02_04detsim, reco1/Stage0, reco2/Stage1, caf, scruballYesMC"detsim 15 s / evt reco1 15 s / evt reco2 30 s / evt caf 10 s / evt""detsim 2 GB reco1 4 GB reco2 3 GB caf 3 GB"standard_detsim_sbnd_PMTLowEff.fclreco1_detvar_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_systtools_and_fluxwgt_and_g4rw.fclscrub_PDS_detsim_reco1.fclaurora_SBND2026A_gen2_BNBLight_DevSample_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_03_reco1_sbndNote this is much faster & lightweight than the nominal samplereco1/Stage0, calib ntuples, LArCV, caf
37
3/26/2026 12:05:17lwan@fnal.govSBND gen2 production PDS detvar 1 1.19xLYSBND gen2 production PDS detvar 1 1.19xLYSBNDSBNDLinyan4/10/20262v10_14_02_04scrub, detsim, reco1/Stage0, reco2/Stage1, cafallYesMCstandard_detsim_sbnd_PMTHighEff.fclreco1_detvar_sbnd.fclstandard_reco2_sbnd.fcl cafmakerjob_sbnd_sce_systtools_and_fluxwgt_and_g4rw.fclscrub_PDS_detsim_reco1.fclaurora_SBND2026A_gen2_BNBLight_DevSample_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_03_reco1_sbndNote this is much faster & lightweight than the nominal samplereco1/Stage0, calib ntuples, LArCV, caf
38
4/3/2026 10:07:04manuel.dallolio@uta.eduGIBUU BNB v9_89Use GIBUU generated MC and propagate to flatcafICARUSmanuel.dallolio@uta.edu4/24/20262v09_89_01_02p01g4, detsim, reco1/Stage0, reco2/Stage1, caf622400YesMCrefactored_g4_icarus_step1.fcldetsim_2d_icarus_refactored.fclstage0_run2_icarus_mc_refactored.fclstage1_run2_1d_larcv_icarus_MC.fclcafmakerjob_icarus_detsim2d_systtools_and_fluxwgt.fclprod_gen_GiBUU2025p1_icarus_v09_89_01_02p01_group1caf
39
4/3/2026 10:27:42lwan@fnal.govSBND 2025 fall bnb rolling dev data respinSBND 2025 fall bnb rolling dev data respinSBNDAll Linyan4/10/20262v10_14_02_04reco2/Stage1, cafallYesDATAreco2_data.fclcafmakerjob_sbnd_data_sce_bnblight.fcldata_MCP2025C_Fall25-Run1_BNB_RollingDev_bnblight_v10_14_02_reco1_sbnddev respin to v10_14_02_04calib ntuples, caf
40
4/3/2026 10:27:27lwan@fnal.govSBND 2025 fall bnb fixed dev data respinSBND 2025 fall bnb fixed dev data respinSBNDAll Linyan4/10/20262v10_14_02_04reco2/Stage1, cafallYesDATAreco2_data.fclcafmakerjob_sbnd_data_sce_bnblight.fcldata_MCP2025C_Fall25-Run1_BNB_FixedDev_bnblight_v10_14_02_reco1_sbndcalib ntuples, caf
41
4/3/2026 18:47:41dds67@pitt.eduNuMI Run3 offbeamNuMI Run 3 off beam data with version of icaruscode (v09_89_01_02p02) ICARUSCross sectionDihan Senadheera/ dds67@pitt.edu4/13/20263v09_89_01_02p02reco1/Stage0, reco2/Stage1, cafAllYesDATAstage0_run2_icarus.fclstage1_run2_1d_larcv_icarus.fclcafmakerjob_icarus_data.fclPOT fcl: run_numiextinfo_sbn.fclRun 3 NuMI off beam datareco1/Stage0, reco2/Stage1, LArCV, caf
42
4/9/2026 14:11:37vclnguyen@ucsb.eduLan NguyenNarrow Bunch Data for Timing PaperSBNDSim/RecoAlejandro: asanchezcastillo@ugr.es, Lan: vclnguyen@ucsb.edu4/30/20263v10_14_02_02reco1/Stage0, reco2/Stage1, 1. run_decoders_job.fcl 2. run_DigitalNoiseEventFilter.fcl 3. run_sbndbnbinfo_sbn.fcl100000YesDATAreco1: 5 M / evtreco1: 130 s / evt reco2: 25 s / evtreco1: 7 GB reco2: 2 GBreco1_data.fclreco2_data.fcl1. run_decoders_job.fcl
2. run_DigitalNoiseEventFilter.fcl
3. run_sbndbnbinfo_sbn.fcl		SBND_DATA_Run2_NarrowBunch_Rawreco1/Stage0, reco2/Stage1
43
4/9/2026 9:37:25lwan@fnal.govSBND gen2 gen-stage xsecSBND gen2 gen-stage xsecSBNDXSeclwan@fnal.gov4/17/20262v10_14_02_04gen1000000000YesMCprodgenie_corsika_proton_rockbox0p1_sbnd.fclThis is a gen stage campaign for downstream filters.
Expected to be run at ANL.		gen
44
4/10/2026 16:45:56twester@uchicago.eduGen1 WireMod X-ThetaXWLarge WireMod sample request for Gen1, XThetaXW variationSBNDCalibrationThomas4/20/20263v10_06_00_10reco2/Stage1, caf, WireModFull sampleYesMCwiremod_reco2_sbnd.fclwiremod_cafmaker_sbnd.fclrun_wiremodifier_sbnd_x_thetaxw.fclmc_MCP2025B_1e20_02_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_sbndFhicl order: WireMod -> Reco2 -> Cafmakercalib ntuples, caf, flat caf
45
4/10/2026 16:49:14twester@uchicago.eduGen1 WireMod Y-ZLarge WireMod sample request for Gen1, YZ variationSBNDCalibrationThomas4/20/20263v10_06_00_10reco2/Stage1, caf, WireModFull sampleYesMCwiremod_reco2_sbnd.fclwiremod_cafmaker_sbnd.fclrun_wiremodifier_sbnd_y_z.fclmc_MCP2025B_1e20_02_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_sbndFhicl order: WireMod -> Reco2 -> Cafmakercalib ntuples, caf, flat caf
46
4/13/2026 17:38:27graylcputnam@gmail.comICARUS Spring 2025 Run 2 Overlay Dirt MC ProductionDirt MC events with Overlays for ICARUS Run 2ICARUSSBN OscGray Putnam, graylcputnam@gmail.com5/1/20263v10_06_00_06p04gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf, Also includes MIX and OVERLAY400kYesOverlaySave as CV sampleSave as CV sampleSave as CV samplesimulation_genie_icarus_bnb_volWorld_DetEnclosurerockbox.fcllarg4_icarus_cosmics_sce_filterdirt.fcldetsim_2d_icarus_refactored_yzsim_overlay.fclstage0_run2_wcdnn_icarus_overlay.fclstage1_run2_icarus_overlay.fclcafmakerjob_icarus_detsim2d_systtools_and_fluxwgt_overlay.fclMIX: dirt_gen_overlay_siminfomixer.fcl
OVERLAY: overlay_waveforms.fcl

Order is: GEN, G4, MIX, DETSIM, OVERLAY, STAGE0, STAGE1, CAF		Run2 offbeam min bias data0.01This requests requires a new Overlay+Filter workflow:
-Generated gen+g4 from scratch
-Copy the g4 file to: genfile.root.local (hardcoded name)
-Run the MIX stage with the data file as input in a directory with genfile.root.local
-Run downstream stages as usual

This request is intended for production at ALCF.		reco1/Stage0, calib ntuples, LArCV, caf
47
4/13/2026 17:41:19gputnam@fnal.govICARUS Spring 2025 Run 4 Overlay Dirt MC ProductionDirt MC events with Overlays for ICARUS Run 4ICARUSSBN OscGray Putnam / gputnam@fnal.gov5/1/20263v10_06_00_06p04gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf, MIX, OVERLAY1.2MYesOverlaySame as CVSame as CVSame as CVsimulation_genie_icarus_bnb_volWorld_rockbox.fcllarg4_icarus_cosmics_sce_filterdirt.fcldetsim_2d_icarus_refactored_yzsim_overlay_Run4.fclstage0_run2_wcdnn_icarus_overlay.fclstage1_run2_icarus_overlay.fclcafmakerjob_icarus_detsim2d_systtools_and_fluxwgt_overlay.fclMIX: dirt_gen_overlay_siminfomixer.fcl
OVERLAY: overlay_waveforms.fcl

Order is: GEN, G4, MIX, DETSIM, OVERLAY, STAGE0, STAGE1, CAF		Run4 offbeam min bias data0.025This requests requires a new Overlay+Filter workflow:
-Generated gen+g4 from scratch
-Copy the g4 file to: genfile.root.local (hardcoded name)
-Run the MIX stage with the data file as input in a directory with genfile.root.local
-Run downstream stages as usual

This request is intended for production at ALCF.		reco1/Stage0, calib ntuples, LArCV, caf
48
4/21/2026 15:13:41lwan@fnal.govSBND gen2 crossingmu run2 data Apr 26SBND gen2 crossingmu run2 data Apr 26SBNDAllLinyan5/23/20262v10_14_02_04reco1/Stage0, reco2/Stage1, cafallYesDATA"reco1: 7 M caf: 300 K flatcaf: 500 K calib ntuple: 1.6 M ""reco1: 150 s reco2: 35 s caf: 3 s""reco1: 6.7 GB reco2: 2.2 GB caf: 1.5 GB"reco1_data.fclreco2_data.fclcafmakerjob_sbnd_data_sce.fcl1. run_decoders_job.fcl
2. run_DigitalNoiseEventFilter.fcl		SBND_DATA_Run2_crossingmu_Rawreco1/Stage0, calib ntuples, LArCV, caf
49
4/24/2026 2:18:45rvizarre@ur.rochester.eduNuMI nue scint_varTake nu+cosmics central value (request #17 MC-Data 2025) and run a detector variation on it that sets the PMT quantum efficiency value to 4%ICARUSCross-section/MLRenzo Vizarreta / rvizarre@ur.rochester.edu4/30/20263icaruscode_v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub, scrub_stage1_variations_icarus.fcl (run on dataset from #17 before running g4 stage)50000YesMC/exp/icarus/app/home/icaruspro/promita/wrapper_g4_icarus_qe_variations.fcldetsim_2d_variation_refactored_icarus.fcl stage0_variation_icarus_refactored.fclstage1_variation_icarus_larcv.fclcafmakerjob_icarus_detsim2d.fcldataset #17LArCV, cafAlessandro Maria Ricci
50
4/28/2026 22:48:30dds67@pitt.eduNuMI RHC + cosmics CV extendedNuMI RHC CV extended sample with comparable statistics to Run 3ICARUSCross sectionDihan Senadheera/dds67@pitt.edu5/12/20262v09_89_01_02p02gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf1.2MYesMCprodcorsika_genie_protononly_icarus_numi_RHC.fcllarg4_icarus_cosmics_sce_2d_drift.fcldetsim_2d_icarus_refactored.fclstage0_run2_icarus_mc_refactored.fclstage1_run2_1d_larcv_icarus_MC.fclcafmakerjob_icarus_detsim2d_systtools_and_fluxwgt.fcl300k MC using the same config was produced under request #108 2025reco2/Stage1, LArCV, cafAntonio Gioiosa
51
4/28/2026 23:09:07dds67@pitt.eduNuMI RHC Nu Detector Systematics - Null variationTake RHC nu+cosmics central value (request #108) and run a detector variation on it that does not change anything from the central value. Assessing floor of systematics we can assess with these samplesICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_variation_refactored_icarus.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
52
5/1/2026 16:04:09dds67@pitt.eduNuMI RHC Nu Detector Systematics - Scintillation VariationTake RHC nu+cosmics central value (request #108) and run a detector variation on it that sets the PMT quantum efficiency value to 4%ICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCg4_icarus_qe_variations.fcl /exp/icarus/app/home/icaruspro/promita/wrapper_g4_icarus_qe_variations.fclstage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcl/exp/icarus/app/home/icaruspro/promita/wrapper_g4_icarus_qe_variations.fcldataset #108need to get scrub files produced from CV sample (#108) for all variationsreco2/Stage1, LArCV, caf
53
4/28/2026 23:30:54dds67@pitt.eduNuMI RHC Nu Detector Systematics - Low Gain VariationTake RHC nu+cosmics central value (request #108) and run a detector variation on that as for other variationsICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_variation_ind0gainlow.fclstage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/28/2026 23:36:09dds67@pitt.eduNuMI RHC Nu Detector Systematics - High Gain VariationTake RHC NuMI +cosmics central value (request #108) and run a detector variation on that as for other variationsICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_variation_ind0gainhi.fclstage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/28/2026 23:39:45dds67@pitt.eduNuMI RHC Nu Detector Systematics - Higher TPC Coherent NoiseTake RHC nu+cosmics central value (request #108) and run a detector variation on it that increases the level of the coherent noise for the TPCICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_TPCnoise_refactored_variation_cohp1_icarus.fclstage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fclcafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/28/2026 23:43:41dds67@pitt.eduNuMI RHC Nu Detector Systematics - Lower TPC Coherent NoiseTake RHC nu+cosmics central value (request #108) and run a detector variation on it that decreases the level of the coherent noise for the TPCICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_TPCnoise_refactored_variation_cohm1_icarus.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/28/2026 23:46:56dds67@pitt.eduNuMI RHC Nu Detector Systematics - Higher TPC Intrinsic NoiseTake RHC nu+cosmics central value (request #108) and run a detector variation on it that increases the level of the intrinsic noise for the TPCICARUSCross section Dihan Senadheera/dds67@pitt.edu5/14/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_TPCnoise_refactored_variation_intp1_icarus.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/28/2026 23:49:14dds67@pitt.eduNuMI RHC Nu Detector Systematics - Lower TPC Intrinsic NoiseTake RHC nu+cosmics central value (request #108) and run a detector variation on it that decreases the level of the intrinsic noise for the TPCICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_TPCnoise_refactored_variation_intm1_icarus.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/28/2026 23:53:12dds67@pitt.eduNuMI RHC Nu Detector Systematics -- Wire gapTake RHC nu+cosmics central value (request #108) and run a detector variation on it that a wire gap in the first inductionICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_filter.fclstage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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5/1/2026 16:02:26dds67@pitt.eduNuMI RHC Nu Detector Systematics -- Cathode Bending VariationTake RHC nu+cosmics central value (request #108) and run a detector variation on it that adds the cathode bending effect we see in dataICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_02_02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_variation_cathodebending.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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5/1/2026 16:02:55dds67@pitt.eduNuMI RHC Nu Detector Systematics - YZ nonuniformity variationTake NuMI RHC nu+cosmics central value (request #108) and run a detector variation on it that adds a nonuniformity map for the TPC in the YZ-componentICARUSCross section Dihan Senadheera/dds67@pitt.edu5/14/20263v09_89_02_00p03g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_yzsim_nomerge.fcl stage0_run2_icarus_mc_refactored_nosimchan.fcl stage1_variation_icarus_larcv_nosimchan.fclcafmakerjob_icarus_detsim2d_nosimchan.fcldataset #108reco2/Stage1, LArCV, caf
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4/29/2026 0:08:17dds67@pitt.eduNuMI RHC Nu Detector Systematics - Low Lifetime Variation Another sample for the ICARUS detector systematics targeting variations in the electron lifetime updating the previous sample to correct the lifetime within the reconstructionICARUSCross section Dihan Senadheera/dds67@pitt.edu5/14/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcldetsim_2d_icarus_refactored_variation_run2lifetimelow.fclstage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/29/2026 0:11:21dds67@pitt.eduNuMI RHC Nu Detector Systematics - High Lifetime VariationAnother sample for the ICARUS detector systematics targeting variations in the electron lifetime updating the previous sample to correct the lifetime within the reconstructionICARUSCross section Dihan Senadheera/dds67@pitt.edu5/14/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCrefactored_g4_icarus_step2_variations.fcl detsim_2d_icarus_refactored_variation_run2lifetimehi.fcl stage0_variation_icarus_refactored.fcl stage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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4/29/2026 0:17:45dds67@pitt.eduNuMI RHC Nu Detector Systematics - Recombination VariationTake RHC nu+cosmics central value (request #108) and run a detector variation on it that changes the recombination model used in the geant4 simulationICARUSCross section Dihan Senadheera/dds67@pitt.edu5/12/20263v09_89_01_02p02g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCg4_icarus_step2_refactored_recombmodel_variations.fcl detsim_2d_variation_refactored_icarus.fcl stage0_variation_icarus_refactored.fclstage1_variation_icarus_larcv.fcl cafmakerjob_icarus_detsim2d.fcldataset #108reco2/Stage1, LArCV, caf
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5/1/2026 16:11:34dds67@pitt.eduRHC Rock Muon SampleRock Muon Sample for NuMI RHCICARUSCross sectionDihan Senadheera/dds67@pitt.edu5/14/20263v09_89_01_02p02gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf, scrub200kYesMCprodcorsika_genie_protononly_icarus_numi_rock.fcllarg4_icarus_cosmics_sce_2d_drift.fcldetsim_2d_icarus_refactored.fclstage0_run2_icarus_mc_refactored.fclstage1_run2_1d_larcv_icarus_MC.fclcafmakerjob_icarus_detsim2d_systtools_and_fluxwgt.fclreco2/Stage1, LArCV, caf
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5/7/2026 15:49:07lwan@fnal.govSBND gen2 xsec 2e8SBND gen2 xsec 2e8SBNDXSectwester@uchicago.edu5/15/20262v10_14_02_05gen, g4, detsim, reco1/Stage0, reco2/Stage1, caf200000000NoMC
prodgenie_corsika_proton_rockbox0p1_sbnd.fcl
standard_g4_sbnd.fclstandard_detsim_sbnd.fclstandard_reco1_sbnd.fcstandard_reco2_sbnd.fc
cafmakerjob_sbnd_sce_and_fluxwgt_and_g4rw.fcl
run_sbnd_gen2_rare_signal_filter.fclvaries
This is the 2e8 to be run at ANL, ahead of the 1e9 gen stage at FermiGrid. Special workflow after filter to attach the meta info.
reco1/Stage0, calib ntuples, LArCV, caf
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5/8/2026 11:41:00mueller@fnal.govICARUS Run 4 Off-beam LArCV+CAF Files
Process ICARUS Run 4 to produce LArCV files and CAF files. Intended to enable SPINE validation and exposure accounting validation (so far not possible in existing Run 4 datasets).
ICARUSSBN Oscillationsmueller@fnal.gov5/22/20263v10_06_00_06p07reco2/Stage1, caf, BNB EXT: run_bnbextinfo_sbn.fclAll input eventsYesDATA10 MB18GBstage1_run2_larcv_icarus.fclcafmakerjob_icarus_data.fclBNB EXT: run_bnbextinfo_sbn.fcl
Icaruspro_2025_wcdnn_production_Run4_SBN_v10_06_00_01p05_fstrmOffBeamBNBMAJORITY_stage0
LArCV, caf
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5/8/2026 11:43:22mueller@fnal.govICARUS Run 4 On-beam LArCV+CAF Files
Process ICARUS Run 4 to produce LArCV files and CAF files. Intended to enable SPINE validation and exposure accounting validation (so far not possible in existing Run 4 datasets).
ICARUSSBN Oscillationsmueller@fnal.gov5/22/20262v10_06_00_06p07reco2/Stage1, caf, BNB EXT: run_bnbextinfo_sbn.fclAll input eventsYesDATA10 MB18GBstage1_run2_larcv_icarus.fclcafmakerjob_icarus_data.fclBNB EXT: run_bnbextinfo_sbn.fcl
Icaruspro_2025_wcdnn_production_Run4_SBN_v10_06_00_01p05_fstrmBNBMAJORITY_stage0
LArCV, caf
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