SBN Production Available Samples wiki

Wiki for SBN Production available samples

SBN Production Available Samples

SBN Production Available Samples Page-

A list of samples that were requested and produced since Oct 2020 and the status of open requests can be checked at the SBN Production Requests Database. More information on how to make requests can be found at the SBN Production Wiki.

The spreadsheet contain the configuration files used, the code version, the statistics produced and the SAM dataset for access. Currently the production passes are organized in spreadsheet tabs. If necessary information can’t be found, please email the production group at sbn-mc-prod@fnal.gov

In 2024, ongoing ICARUS production requests started being tracked with the issue system of GitHub via the dummy repository SBNSoftware/icarus-production.

More information about the workflow can be found at the SBN Analysis Infrastructure Workflow Management page.

Samweb client commands reference

How to access the samples

MC sample datasets are declared to the SBN SAM instance which is acessible to both SBND and ICARUS collaborators. All samweb commands should specify the SBN instance with samweb -e sbn Nov 2024: MCP2024B SBND currently only on SBND SAM acessible using samweb -e sbnd, following are some useful commands:

Definition commands (ICARUS MC)

  • checking definition files: samweb -e sbn list-definition-files {definition}
  • checking number of files and events (for samples with full metadata): samweb -e sbn list-definition-files {definition} --summary
  • For ICARUS data, use the above commands with -e icarus instead of -e sbn

File commands (ICARUS MC)

  • checking metadata: samweb -e sbn get-metadata {filename} (fcl files used are listed in metadata)
  • file location: samweb -e sbn locate-file {filename}
  • For ICARUS data, use the above commands with -e icarus instead of -e sbn

Finding the file that contains a specific run/subrun/event (SBND only)

MC samples

Each SBND MC file has a unique subrun, so one just nedd the run/subrun to identify the file:

  • search: samweb -e sbnd list-files "defname: {dataset name} and run_number run#.subrun#"

Accessing files at CNAF

some of ICARUS samples are available at CNAF, those files are declared to samweb and can be accessed from grid jobs from FNAL.

Recommended workflow:

  • Identify files
    samweb -e icarus get-file-access-url --schema https “file-name.root”
  • Copy a few files locally for development/testing
    ifdh cp -D <url from above command> /path/to/user/data/area/
  • Submit grid jobs over full sample

More info about CNAF: https://wiki.infn.it/progetti/icarus/home

Monte Carlo official SBN Production Samples

SBND MC

For ongoing and analysis specific MC samples information please access this document for gen1 (spring 2025) and this document for gen2 (fall 2025)

Sample Description production push release version # Events File type Samweb definition SAM Database
GIBUU BNB + Cosmics - gen1 SBND2026A v10_06_00_09 ~200k reco1 mc_SBND2026A_gen1_prodgenie_corsika_proton_rockbox_sbnd_GIBUU_CV_v10_06_00_09_reco1_sbnd SBND only
— — — — flatcaf mc_SBND2026A_gen1_prodgenie_corsika_proton_rockbox_sbnd_GIBUU_CV_v10_06_00_09_flatcaf_sbnd SBND only
Fall Production 2025 (gen2) - BNB Light - 2e19 POT SBND2025C v10_14_02 ~1M reco1 mc_MCP2025C_FallProduction_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_reco1_sbnd  
— — — — larcv mc_MCP2025C_FallProduction_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_larcvreco1_sbnd  
— — — — calib ntuple mc_MCP2025C_FallProduction_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_histreco2_sbnd  
— — — — caf mc_MCP2025C_FallProduction_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_caf_sbnd  
— — — — flatcaf mc_MCP2025C_FallProduction_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_v10_14_02_flatcaf_sbnd  
Fall Production 2025 (gen2) - Syst Variations - PDS detvar 0.94xLY SBND2026A v10_14_02_04 ~3.3M reco1 mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_0.94xLY_v10_14_02_04_reco1_sbnd SBND only
— — — — larcv mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_0.94xLY_v10_14_02_04_larcvreco1_sbnd SBND only
— — — — calib ntuple mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_0.94xLY_v10_14_02_04_histreco2_sbnd SBND only
— — — — caf mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_0.94xLY_v10_14_02_04_caf_sbnd SBND only
— — — — flatcaf mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_0.94xLY_v10_14_02_04_flatcaf_sbnd SBND only
Fall Production 2025 (gen2) - Syst Variations - PDS detvar 1.19xLY SBND2026A v10_14_02_04 ~3.3M reco1 mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_1.19xLY_v10_14_02_04_reco1_sbnd SBND only
— — — — larcv mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_1.19xLY_v10_14_02_04_larcvreco1_sbnd SBND only
— — — — calib ntuple mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_1.19xLY_v10_14_02_04_histreco2_sbnd SBND only
— — — — caf mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_1.19xLY_v10_14_02_04_caf_sbnd SBND only
— — — — flatcaf mc_SBND2026A_prodgenie_corsika_proton_rockbox0p1_sbnd_PDS_detvar_1_1.19xLY_v10_14_02_04_flatcaf_sbnd SBND only
Spring25 (gen1) BNB+Cosmics - Syst Variations - CV MC2025B v10_06_00_10 ~170k flatcaf mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_CV_caf_flat_caf_sbnd  
Syst Variations - No SCE — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_0xSCE_caf_flat_caf_sbnd  
Syst Variations - 2x SCE — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_2xSCE_caf_flat_caf_sbnd  
Syst Variations - PMT Gain — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_PMTGainFluct_caf_flat_caf_sbnd  
Syst Variations - PMT QE — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_PMTLowEff_caf_flat_caf_sbnd  
Syst Variations - PMT High SPE Noise — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_PMTHighNoise_caf_flat_caf_sbnd  
Syst Variations - WireMod X-θXW — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_WireMod_XThetaXW_caf_flat_caf_sbnd  
Syst Variations - WireMod Y-Z — — — — mc_MCP2025B_1e20_10_prodgenie_corsika_proton_rockbox_sbnd_SystVar_WireMod_YZ_caf_flat_caf_sbnd  
Fall Production 2025 (gen1) - Syst Variations - Wiremod YZ variation SBND2026A v10_06_00_10 ~6.8M wiremod mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_SV_v10_06_00_10_wiremod_sbnd SBND only
— — — — calib ntuple mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_SV_v10_06_00_10_histreco2_sbnd SBND only
— — — — caf mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_SV_v10_06_00_10_caf_sbnd SBND only
— — — — flatcaf mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_SV_v10_06_00_10_flatcaf_sbnd SBND only
Fall Production 2025 (gen1) - Syst Variations - Wiremod X-ThetaXW variation SBND2026A v10_06_00_10 ~6.8M wiremod mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_wiremod_X-ThetaXW_v10_06_00_10_wiremod_sbnd SBND only
— — — — calib ntuple mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_wiremod_X-ThetaXW_v10_06_00_10_histreco2_sbnd SBND only
— — — — caf mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_wiremod_X-ThetaXW_v10_06_00_10_caf_sbnd SBND only
— — — — flatcaf mc_SBND2026A_prodgenie_corsika_proton_rockbox_sbnd_wiremod_X-ThetaXW_v10_06_00_10_flatcaf_sbnd SBND only
Fall25 Validation II - BNB Light - 1e19 POT MC2025B   ~600k reco1 mc_MCP2025C_FallValidationII_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025C_FallValidationII_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — — — calib tuple hist_mc_MCP2025C_FallValidationII_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025C_FallValidationII_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025C_FallValidationII_prodgenie_corsika_proton_rockbox0p1_sbnd_CV_caf_flat_caf_sbnd  
Fall25 Validation - Intime - DNN MC2025B v10_10_03_02 ~80k larcv mc_MCP2025_FallValidation_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — — — calib tuple hist_mc_MCP2025_FallValidation_prodcorsika_proton_intime_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025_FallValidation_prodcorsika_proton_intime_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025_FallValidation_prodcorsika_proton_intime_sbnd_CV_caf_flat_caf_sbnd  
Fall25 Validation - BNB+Cosmics - DNN MC2025B v10_10_03_02 ~450k larcv mc_MCP2025_FallValidation_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — — — calib tuple hist_mc_MCP2025_FallValidation_DNN_prodgenie_corsika_proton_rockbox_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025_FallValidation_DNN_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025_FallValidation_DNN_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_flat_caf_sbnd  
Fall25 Validation - BNB+Cosmics MC2025B v10_10_03_02 ~450k larcv mc_MCP2025_FallValidation_trad_prodgenie_corsika_proton_rockbox_sbnd_CV_reco1_larcv_sbnd  
— — — — calib tuple hist_mc_MCP2025_FallValidation_trad_prodgenie_corsika_proton_rockbox_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025_FallValidation_trad_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_sbnd  
— — — — flat caf mc_MCP2025_FallValidation_trad_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - Low Energy 1-100MeV MC2025B v10_06_00_05 ~1.8M reco1 mc_MCP2025B_prodgenie_corsika_proton_rockbox_lowenergydirt_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_prodgenie_corsika_proton_rockbox_lowenergydirt_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — calib tuple hist_mc_MCP2025B_v10_06_00_09_prodgenie_corsika_proton_rockbox_lowenergydirt_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025B_v10_06_00_09_prodgenie_corsika_proton_rockbox_lowenergydirt_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025B_v10_06_00_09_prodgenie_corsika_proton_rockbox_lowenergydirt_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - BNB + Cosmics 1e20 POT (100 events p/ file pre-filter) MC2025B v10_06_00_02 ~6.8M reco1 mc_MCP2025B_1e20_02_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_1e20_02_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — calib tuple hist_mc_MCP2025B_1e20_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025C_1e20_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025C_1e20_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - Intime Cosmics 1e20 POT (500 events p/ file pre-filter) MC2025B v10_06_00_02 ~2.2M reco1 mc_MCP2025B_1e20_02_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_1e20_02_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — calib tuple hist_mc_MCP2025B_1e20_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025B_1e20__v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025B_1e20__v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - BNB + Cosmics 5e18 POT (100 events p/ file pre-filter) MC2025B v10_06_00 ~170k reco1 mc_MCP2025B_5e18_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_5e18_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — reco2 mc_MCP2025B_5e18_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_reco2_sbnd  
— — — — calib tuple hist_mc_MCP2025B_5e18_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025B_5e18_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025B_5e18_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - Intime Cosmics 5e18 POT (500 events p/ file pre-filter) MC2025B v10_06_00 ~290k reco1 mc_MCP2025B_5e18_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_5e18_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — reco2 mc_MCP2025B_5e18_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_reco2_sbnd  
— — — — calib tuple hist_mc_MCP2025B_5e18_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025B_5e18_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025B_5e18_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - BNB + Cosmics (100 events p/ file pre-filter) MC2025B v10_06_00 ~680k reco1 mc_MCP2025B_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_prodgenie_corsika_proton_rockbox_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — calib tuple hist_mc_MCP2025B_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025B_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025B_v10_06_00_09_prodgenie_corsika_proton_rockbox_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - Intime Cosmics (500 events p/ file pre-filter) MC2025B v10_06_00 ~510k reco1 mc_MCP2025B_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_sbnd  
— — — — larcv mc_MCP2025B_prodcorsika_proton_intime_sbnd_CV_gen_g4_detsim_reco1_larcv_sbnd  
— — v10_06_00_09 — reco2 mc_MCP2025B_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_reco2_sbnd  
— — — — calib tuple hist_mc_MCP2025B_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025B_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025B_v10_06_00_09_prodcorsika_proton_intime_sbnd_CV_caf_flat_caf_sbnd  
Spring25 - Nue CC MC2025B v10_06_02 556k reco1 mc_MCP2025B_prodgenie_corsika_proton_rockbox_ccnue_sbnd_reco1_sbnd  
— — — — caf mc_MCP2025B_prodgenie_corsika_proton_rockbox_ccnue_sbnd_caf_sbnd  
— — — — flatcaf mc_MCP2025B_prodgenie_corsika_proton_rockbox_ccnue_sbnd_caf_flat_caf_sbnd  
— — v10_06_00_09 — calib tuple hist_mc_MCP2025C_v10_06_00_09_prodgenie_corsika_proton_rockbox_ccnue_sbnd_CV_reco2_sbnd  
— — — — caf mc_MCP2025C_v10_06_00_09_prodgenie_corsika_proton_rockbox_ccnue_sbnd_CV_caf_sbnd  
— — — — flatcaf mc_MCP2025C_v10_06_00_09_prodgenie_corsika_proton_rockbox_ccnue_sbnd_CV_caf_flat_caf_sbnd  

ICARUS MC

NuMI neutrino + cosmics Extended Central Value Sample

NuMI nu + Cosmics Extended MC2025A v09_89_01_02p02 1.5 M flatcaf icaruspro_production_v09_89_01_02p02_2025A_icarus_NuMI_MC_FHC_NuMI_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_icarus_NuMI_MC_FHC_NuMI_larcv

NuMI neutrino + cosmics Central Value sample

Sample Description production push release version # Events File type Samweb definition
NuMI neutrino + cosmics MC2026A v09_89_01_02p02 300k stage1 icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_stage1
— — — — calibtuple icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_calibtuples
— — — — caf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_caf
— — — — flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_flatcaf
— — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_2_larcv
NuMI neutrino + cosmics MC2025A v09_89_01_02p02 200k stage1 icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_stage1
— — — — calibtuple icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_calibtuple
— — — — caf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_caf
— — — — flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_flatcaf
— — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CV_larcv

NuMI neutrino + cosmics det var samples:

NuMI DetSyst -High Gain MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_GainHigh_V2_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_GainHigh_V2_larcv
NuMI DetSyst-Low Gain MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Gain_Low_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Gain_Low_larcv
NuMI DetSyst-Low lifetime MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Low_LT_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Low_LT_larcv
NuMI DetSyst-High lifetime MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_High_LT_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_High_LT_larcv
NuMI DetSyst- Recomb model MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_RecombModel_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_RecombModel_larcv
NuMI DetSyst-High TPC Coh Noise MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_high_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_high_larcv
NuMI DetSyst-Low TPC Coh Noise MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_low_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_low_larcv
NuMI DetSyst-Hgh TPC int noise   MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_Int_high_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_Int_high_larcv  
NuMI DetSyst-Low TPC int noise MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_Int_low_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCnoice_Int_low_larcv
NuMI DetSyst- Wire gap sim MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_WireGap_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_WireGap_larcv
NuMI DetSyst- Cathode bending sim MC2025A v09_89_02_02 200k flatcaf icaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_larcv
NuMI DetSyst- YZ sim MC2025A v09_89_02_00p03 200k flatcaf icaruspro_production_v09_89_02_00p03_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCYZsim_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_02_00p03_2025A_NuMI_nuCos_CV_detsys_nu_cos_TPCYZsim_larcv
NuMI DetSyst- Scintilation MC2025A v09_89_01_02p02 200k flatcaf icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Scintvar_correct_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_02p02_2025A_NuMI_nuCos_CV_detsys_nu_cos_Scintvar_correct_larcv
NuMI DetSyst- Cathode Bending MC2025A v09_89_02_02 200k flatcaf
icaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_flatcaf        
transferred to SLAC — — — larcv
icaruspro_production_v09_89_02_02_2025A_NuMI_nuCos_CV_detsys_nu_cos_CathodeBen_Corr_larcv        

BNB neutrino + cosmics Central Value sample

BNB neutrino + cosmics (Respun CV) MC2024A v09_89_01_02p01 200k stage1 icaruspro_production_v09_89_01_02p01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_respunCV_2ndV_stage1
— — — — calibtuple icaruspro_production_v09_89_01_02p01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_respunCV_2ndV_calibtuple
— — — — caf icaruspro_production_v09_89_01_02p01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_respunCV_2ndV_caf
— — — — flatcaf icaruspro_production_v09_89_01_02p01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_respunCV_2ndV_flatcaf
— — — — larcv icaruspro_production_v09_89_01_02p01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_respunCV_2ndV_larcv
BNB neutrino + cosmics (CV) MC2024A v09_89_01_01 200k calibtuple icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CV_2ndV_calibtuple
— — — — caf icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CV_2ndV_caf
— — — — flatcaf icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CV_2ndV_flatcaf
— — — — larcv icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CV_2ndV_larcv

BNB neutrino + cosmics det var sample

BNB neutrino + cosmics detvar - Ind1 gain low MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_GainVar_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_GainVar_2ndV_larcv
BNB neutrino + cosmics detvar - Ind1 gain high MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_GainHi_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_GainHi_2ndV_larcv
BNB neutrino + cosmics detvar - Low lifetime MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_LowLT_2ndV_correct_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_LowLT_2ndV_correct_larcv
BNB neutrino + cosmics detvar - High lifetime MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_HighLT_2ndV_correct_caf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_HighLT_2ndV_correct_larcv
BNB neutrino + cosmics detvar - Recombination MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_RecoMod_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_RecoMod_2ndV_larcv
BNB neutrino + cosmics detvar - Scintillation MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_ScintQE_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_ScintQE_2ndV_larcv
BNB neutrino + cosmics detvar - High Int noise MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_HiTPCNoise_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_HiTPCNoise_2ndV_larcv
BNB neutrino + cosmics detvar - Low Int noise MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_LoTPCNoise_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_LoTPCNoise_2ndV_larcv
BNB neutrino + cosmics detvar - High Coh noise MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_HiTPCCohNoise_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_HiTPCCohNoise_2ndV_larcv
BNB neutrino + cosmics detvar - Low Coh noise MC2024A v09_89_01_01p03 200k flatcaf icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_LowTPCCohNoise_2ndV_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_01_01p03_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_LowTPCCohNoise_2ndV_larcv
BNB neutrino + cosmics detvar - Cathode Bending MC2026A v09_89_02_02 200k flatcaf icaruspro_production_v09_89_02_02_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CathBen_2ndV_correct_flatcaf
transferred to SLAC — — — larcv icaruspro_production_v09_89_02_02_2024A_ICARUS_MC_Sys_NuCos_2024A_MC_Sys_NuCos_CathBen_2ndV_correct_larcv
BNB + Intime Cosmics (2d deconvolution validation) MC2024A v09_83_01 24851 calibtuple icaruspro_production_v09_83_01_2024A_ICARUS_BNB_Intime_Cosmics_MC_2024_BNB_MC_calibtuple
— — — — caf icaruspro_production_v09_83_01_2024A_ICARUS_BNB_Intime_Cosmics_MC_2024_BNB_MC_caf
— — — — flatcaf icaruspro_production_v09_83_01_2024A_ICARUS_BNB_Intime_Cosmics_MC_2024_BNB_MC_flatcaf

ICARUS MC 2023 and before

NuMI Dirt + Cosmic MC2023A v09_72_00_03 211500 reco2 icaruspro_v09_72_00_03_2023A_ICARUS_NuMI_MC_dirt_plus_cosmics_pretuned_signal_shape_stage1
— — — — calibtuple icaruspro_production_v09_72_00_03_2023A_ICARUS_NuMI_MC_dirt_plus_cosmics_pretuned_signal_shape_calibtuple
— — — — caf icaruspro_production_v09_72_00_03_2023A_ICARUS_NuMI_MC_dirt_plus_cosmics_pretuned_signal_shape_caf
— — — — flatcaf icaruspro_production_v09_72_00_03_2023A_ICARUS_NuMI_MC_dirt_plus_cosmics_pretuned_signal_shape_flatcaf
NuMI Intime Cosmic MC2023A v09_72_00_03 200375 reco2 icaruspro_v09_72_00_03_2023A_ICARUS_NuMI_MC_intime_cosmics_pretuned_signal_shape_stage1
— — — — calibtuple icaruspro_production_v09_72_00_03_2023A_ICARUS_NuMI_MC_intime_cosmics_pretuned_signal_shape_calibtuple
— — — — caf icaruspro_production_v09_72_00_03_2023A_ICARUS_NuMI_MC_intime_cosmics_pretuned_signal_shape_caf
— — — — flatcaf icaruspro_production_v09_72_00_03_2023A_ICARUS_NuMI_MC_intime_cosmics_pretuned_signal_shape_flatcaf
NuMI Neutrino MC Phase 1 MC2023A v09_72_00_03 586890 reco2 icaruspro_v09_72_00_03_2023A_ICARUS_NuMI_MC_Nu_Phase1_sample_pretuned_signal_shape_stage1
ICARUS BNB Mini Production intime cosmics MC2023A v09_72_00_01 90093 reco2 icaruspro_2023A_ICARUS_BNB_cosmics_reco2
— — — — calibtuple icaruspro_hists_2023A_ICARUS_BNB_cosmics_reco2
— — — — caf icaruspro_2023A_ICARUS_BNB_cosmics_caf
— — — — flatcaf icaruspro_2023A_ICARUS_BNB_cosmics_flatcaf
ICARUS BNB Mini Production MC2023A v09_69_01 94980 reco2 icaruspro_2023A_ICARUS_BNB_cosmics_reco2
— — — — calibtuple icaruspro_hists_2023A_ICARUS_BNB_cosmics_reco2
— — — — caf icaruspro_2023A_ICARUS_NuMI_MC_flatcaf_2023Mar10
— — — — flatcaf icaruspro_2023A_ICARUS_NuMI_MC_flatcaf_2023Mar10
NuMI Neutrino Mini Production MC2023A v09_68_00_01 74600 calibtuples icaruspro_2023A_ICARUS_NuMI_MC_caf_2023Mar10
— — — — caf icaruspro_2023A_ICARUS_NuMI_MC_caf_2023Mar10
— — — — flatcaf icaruspro_2023A_ICARUS_NuMI_MC_flatcaf_2023Mar10
NuMI in-time cosmics w/Overburden MC2022A v09_37_02_04 809054 reco2 IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_04_reco2
— — — — calibtuples IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_04_calibtuples
— — — — caf IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_07_caf
— — — — flatcaf IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_07_flatcaf
ICARUS_numi_higgs_M200_th2e-4_KDIF MC2022A v09_37_02_05 77950 reco2 IcarusProd_2022A_ICARUS_numi_higgs_M200_th2e-4_KDIF_reco2
— — — 77950 caf IcarusProd_2022A_ICARUS_numi_higgs_M200_th2e-4_KDIF_caf
— — — 77950 flatcaf IcarusProd_2022A_ICARUS_numi_higgs_M200_th2e-4_KDIF_flatcaf
ICARUS_numi_higgs_M150_th2e-4_KDIF MC2022A v09_37_02_05 56300 reco2 IcarusProd_2022A_ICARUS_numi_higgs_M150_th2e-4_KDIF_reco2
— — — 56300 caf IcarusProd_2022A_ICARUS_numi_higgs_M150_th2e-4_KDIF_caf
— — — 56300 flatcaf IcarusProd_2022A_ICARUS_numi_higgs_M150_th2e-4_KDIF_flatcaf
ICARUS_numi_higgs_M100_th2e-4_KDIF MC2022A v09_37_02_05 111100 reco2 IcarusProd_2022A_ICARUS_numi_higgs_M100_th2e-4_KDIF_reco2
— — — 110900 caf IcarusProd_2022A_ICARUS_numi_higgs_M100_th2e-4_KDIF_caf
— — — 110900 flatcaf IcarusProd_2022A_ICARUS_numi_higgs_M100_th2e-4_KDIF_flatcaf
ICARUS_numi_higgs_M050_th2e-4_KDIF MC2022A v09_37_02_05 59850 reco2 IcarusProd_2022A_ICARUS_numi_higgs_M050_th2e-4_KDIF_reco2
— — — 59750 caf IcarusProd_2022A_ICARUS_numi_higgs_M050_th2e-4_KDIF_caf
— — — 59750 flatcaf IcarusProd_2022A_ICARUS_numi_higgs_M050_th2e-4_KDIF_flatcaf
ICARUS intime cosmics 1D drift simulation waveform files MC2022A v09_51_00 217,332 reco2 IcarusProd_2022A_Intime_Cosmic_WF_v09_51_00_reco2
— — — 204,630 calib tuple IcarusProd_2022A_Intime_Cosmic_WF_v09_51_00_calibtuples
NUMI in-time cosmics with Overburden MC2022A v09_37_02_04 809,054 reco2 IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_04_reco2
— — — — calib tuple IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_04_calibtuples
— — v09_37_02_07 809,054 caf IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_07_caf
— — — — flatcaf IcarusProd_2022A_NUMI_in-time_Cosmics_withOverburden_v09_37_02_07_flatcaf
NUMI in-time cosmics without Overburden MC2022A v09_37_02_04 1,441,943 reco2 IcarusProd_2022A_NUMI_in-time_Cosmics_v09_37_02_04_reco2
— — — — calib tuple IcarusProd_2022A_NUMI_in-time_Cosmics_v09_37_02_04_calibtuples
— — v09_37_02_07 1,443,061 caf IcarusProd_2022A_NUMI_in-time_Cosmics_v09_37_02_07_caf
— — — — flatcaf IcarusProd_2022A_NUMI_in-time_Cosmics_v09_37_02_07_flatcaf
BNB in-time cosmics with Overburden MC2022A v09_37_02_04 1,909,017 reco2 IcarusProd_2022A_BNB_in-time_Cosmics_v09_37_02_04_reco2
— — — — calib tuple IcarusProd_2022A_BNB_in-time_Cosmics_v09_37_02_04_calibtuples
— — v09_37_02_07 1,909,017 caf IcarusProd_2022A_BNB_in-time_Cosmics_v09_37_02_07_caf
— — — — flatcaf IcarusProd_2022A_BNB_in-time_Cosmics_v09_37_02_07_flatcaf
nu+cosmics w/Overburden MC2022A v09_37_02_04 437044 reco1 IcarusProd2022A_icarus_BNB_Nu_Cosmics_v09_37_02_04_reco1
— — — — reco2 IcarusProd2022A_icarus_BNB_Nu_Cosmics_v09_37_02_04_reco2
— — — — calib tuples hist_IcarusProd2022A_icarus_BNB_Nu_Cosmics_v09_37_02_04_reco2
— — — 346060 caf IcarusProd2022A_icarus_BNB_Nu_Cosmics_v09_37_02_04_caf
— — — — flatcaf IcarusProd2022A_icarus_BNB_Nu_Cosmics_v09_37_02_04_flatcaf
NuMI nu+cosmics w/o Overburden MC2022A v09_37_02_04 — reco1 IcarusProd2022A_icarus_numi_nu_cosmics_v09_37_02_04_reco1
— — — — reco2 IcarusProd2022A_icarus_numi_nu_cosmics_v09_37_02_04_reco2
— — — 628249 caf IcarusProd2022A_icarus_numi_nu_cosmics_v09_37_02_04_caf
BNB fullosc+cosmics w/Overburden MC2022A v09_37_02_04 — reco1 IcarusProd_2022A_BNB_FullOsc_Cosmics_v09_37_02_04_reco1
— — — — reco2 IcarusProd_2022A_BNB_FullOsc_Cosmics_v09_37_02_04_reco2
— — — 194 caf IcarusProd_2022A_BNB_FullOsc_Cosmics_v09_37_02_04_caf
BNB nue+cosmics w/Overburden MC2022A v09_37_02_04 — reco1 IcarusProd_2022A_BNB_Nue_Cosmics_v09_37_02_04_reco1
— — — — reco2 IcarusProd_2022A_BNB_Nue_Cosmics_v09_37_02_04_reco2
— — — 200 caf IcarusProd_2022A_BNB_Nue_Cosmics_v09_37_02_04_caf
NuMI full-osc+cosmics w/o Overburden MC2022A v09_37_02_04 — reco1 IcarusProd_2022A_NuMI_FullOsc_Cosmics_v09_37_02_04_reco1
— — — — reco2 IcarusProd_2022A_NuMI_FullOsc_Cosmics_v09_37_02_04_reco2
— — — 3724 caf IcarusProd_2022A_NuMI_FullOsc_Cosmics_v09_37_02_04_caf
NuMI nue+cosmics w/o Overburden MC2022A v09_37_02_04 — reco1 IcarusProd_2022A_NuMI_Nue_Cosmics_v09_37_02_04_reco1
— — — — reco2 IcarusProd_2022A_NuMI_Nue_Cosmics_v09_37_02_04_reco2
— — — 3554 caf IcarusProd_2022A_NuMI_Nue_Cosmics_v09_37_02_04_caf
Cosmics, Lifetime 3.5 ms, No SCE MCP2021C v09_37_01_03p01 24400 reco2 IcarusProd_PuritySample_eLifetime3.5ms_NoSCE_v09_37_01_03p01_reco2
— — — — calib ntuples IcarusProd_PuritySample_eLifetime3.5ms_NoSCE_v09_37_01_03p01_calibtuples
Cosmics, Lifetime 6 ms, No SCE MCP2021C v09_37_01_03p01 24400 reco2 IcarusProd_PuritySample_eLifetime6ms_NoSCE_v09_37_01_03p01_reco2
— — — — calib ntuples IcarusProd_PuritySample_eLifetime6ms_NoSCE_v09_37_01_03p01_calibtuples
Cosmics, Lifetime 3.5 ms, No Diffusion MCP2021C v09_37_01_03p01 20925 reco2 IcarusProd_PuritySample_eLifetime3.5ms_NoDiffusion_v09_37_01_03p01_reco2
— — — — calib ntuples IcarusProd_PuritySample_eLifetime3.5ms_NoDiffusion_v09_37_01_03p01_calibtuples
Cosmics, Lifetime 6 ms, No Diffusion MCP2021C v09_37_01_03p01 20750 reco2 IcarusProd_PuritySample_eLifetime6ms_NoDiffusion_v09_37_01_03p01_reco2
— — — — calib ntuples IcarusProd_PuritySample_eLifetime6ms_NoDiffusion_v09_37_01_03p01_calibtuples
Cosmics, Lifetime 3.5 ms, No SCE No Diffusion MCP2021C v09_37_01_03p01 21125 reco2 IcarusProd_PuritySample_eLifetime3.5ms_NoSCE_NoDiffusion_v09_37_01_03p01_reco2
— — — — calib ntuples IcarusProd_PuritySample_eLifetime3.5ms_NoSCE_NoDiffusion_v09_37_01_03p01_calibtuples
Cosmics, Lifetime 6 ms, No SCE No Diffusion MCP2021C v09_37_01_03p01 20600 reco2 IcarusProd_PuritySample_eLifetime6ms_NoSCE_NoDiffusion_v09_37_01_03p01_reco2
— — — — calib ntuples IcarusProd_PuritySample_eLifetime6ms_NoSCE_NoDiffusion_v09_37_01_03p01_calibtuples
Cosmics, Lifetime 1 ms MCP2021C v09_37_01_03p01 20200 reco2 IcarusProd_PuritySample_eLifetime1ms_v09_37_01_03p01_reco2_commonruns
— — — — calib ntuples IcarusProd_PuritySample_eLifetime1ms_v09_37_01_03p01_calibtuples_commonruns
Cosmics, Lifetime 3.5 ms MCP2021C v09_37_01_03p01 20200 reco2 IcarusProd_PuritySample_eLifetime3.5ms_v09_37_01_03p01_reco2_commonruns
— — — — calib ntuples IcarusProd_PuritySample_eLifetime3.5ms_v09_37_01_03p01_calibtuples_commonruns
Cosmics, Lifetime 6 ms MCP2021C v09_37_01_03p01 20200 reco2 IcarusProd_PuritySample_eLifetime6ms_v09_37_01_03p01_reco2_commonruns
— — — — calib ntuples IcarusProd_PuritySample_eLifetime6ms_v09_37_01_03p01_calibtuples_commonruns
Cosmics, Lifetime 10 ms MCP2021C v09_37_01_03p01 20200 reco2 IcarusProd_PuritySample_eLifetime10ms_v09_37_01_03p01_reco2_commonruns
— — — — calib ntuples IcarusProd_PuritySample_eLifetime10ms_v09_37_01_03p01_calibtuples_commonruns
NuMI nue + cosmics MCP2021C v09_37_01_02p01 13326 reco1 Official_IcarusProd2021C_NUMI_Nue_Cosmics_v09_37_01_02p01_reco1
— — — 13326 reco2 Official_IcarusProd2021C_NUMI_Nue_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_NUMI_Nue_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 13326 caf Official_IcarusProd2021C_NUMI_Nue_Cosmics_v09_37_01_03p01_caf
NuMI nu + cosmic MCP2021C v09_37_01_02p01 48487 reco1 Official_IcarusProd2021C_NUMI_Nu_Cosmics_v09_37_01_02p01_reco1
— — — 48459 reco2 Official_IcarusProd2021C_NUMI_Nu_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_NUMI_Nu_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 48459 caf Official_IcarusProd2021C_NUMI_Nu_Cosmics_v09_37_01_03p01_caf
NUMI full osc MCP2021C v09_37_01_02p01 16565 reco1 Official_IcarusProd2021C_NUMI_FullOsc_Cosmics_v09_37_01_02p01_reco1
— — — 16564 reco2 Official_IcarusProd2021C_NUMI_FullOsc_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_NUMI_FullOsc_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 16564 caf Official_IcarusProd2021C_NUMI_FullOsc_Cosmics_v09_37_01_03p01_caf
NUMI Intime Cosmics MCP2021C v09_37_01_02p01 350794 reco1 Official_IcarusProd2021C_NUMI_in-time_Cosmics_v09_37_01_02p01_reco1
— — — 350554 reco2 Official_IcarusProd2021C_NUMI_in-time_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_NUMI_in-time_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 350554 caf Official_IcarusProd2021C_NUMI_in-time_Cosmics_v09_37_01_03p01_caf
BNB nue + cosmic MCP2021C v09_37_01_02p01 2549 reco1 Official_IcarusProd2021C_BNB_Nue_Cosmics_v09_37_01_02p01_reco1
— — — 2549 reco2 Official_IcarusProd2021C_BNB_Nue_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_BNB_Nue_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 2549 caf Official_IcarusProd2021C_BNB_Nue_Cosmics_v09_37_01_03p01_caf
BNB nu + cosmics MCP2021C v09_37_01_02p01 34800 reco1 Official_IcarusProd2021C_BNB_Nu_Cosmics_v09_37_01_02p01_reco1
— — — 34770 reco2 Official_IcarusProd2021C_BNB_Nu_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_BNB_Nu_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 34770 caf Official_IcarusProd2021C_BNB_Nu_Cosmics_v09_37_01_03p01_caf
BNB full osc MCP2021C v09_37_01_02p01 2146 reco1 Official_IcarusProd2021C_BNB_FullOsc_Cosmics_v09_37_01_02p01_reco1
— — — 2129 reco2 Official_IcarusProd2021C_BNB_FullOsc_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_BNB_FullOsc_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 2129 caf Official_IcarusProd2021C_BNB_FullOsc_Cosmics_v09_37_01_03p01_caf
BNB Intime Cosmics MCP2021C v09_37_01_02p01 339541 reco1 Official_IcarusProd2021C_BNB_in-time_Cosmics_v09_37_01_02p01_reco1
— — — 339305 reco2 Official_IcarusProd2021C_BNB_in-time_Cosmics_v09_37_01_02p01_reco2
— — — — calib ntuples Official_IcarusProd2021C_BNB_in-time_Cosmics_v09_37_01_02p01_CalibTuples
— — v09_37_01_03p01 339257 caf Official_IcarusProd2021C_BNB_in-time_Cosmics_v09_37_01_03p01_caf
NuMI nue + cosmics MCP2021B v09_28_01_01_01 10020 reco2 IcarusProd2021B_NuMI_Nue_Cosmics_v09_28_01_01_01_reco2
— — — — calib ntuples IcarusProd2021B_NuMI_Nue_Cosmics_v09_28_01_01_01_CalibTuples
— — — 10020 caf IcarusProd2021B_NuMI_Nue_Cosmics_v09_28_01_01_01_caf
NuMI + cosmic MCP2021B v09_28_01_01_01 60278 reco1 IcarusProd2021B_NuMI_Nu_Cosmics_v09_28_01_01_01_reco1
— — — 59625 reco2 IcarusProd2021B_NuMI_Nu_Cosmics_v09_28_01_01_01_reco2
— — — — calib ntuples IcarusProd2021B_NuMI_Nu_Cosmics_v09_28_01_01_01_CalibTuples
— — — 59625 caf IcarusProd2021B_NuMI_Nu_Cosmics_v09_28_01_01_01_caf
BNB nue + cosmic MCP2021B v09_28_01_01_01 16598 reco1 IcarusProd2021B_BNB_Nue_Cosmics_v09_28_01_01_01_reco1
— — — 15471 reco2 IcarusProd2021B_BNB_Nue_Cosmics_v09_28_01_01_01_reco2
— — — — calib ntuples IcarusProd2021B_BNB_Nue_Cosmics_v09_28_01_01_01_CalibTuples
— — — 15471 caf IcarusProd2021B_BNB_Nue_Cosmics_v09_28_01_01_01_caf
BNB full osc MCP2021B v09_28_01_01_01 16091 reco1 IcarusProd2021B_BNB_FullOsc_Cosmics_v09_28_01_01_01_reco1
— — — 15960 reco2 IcarusProd2021B_BNB_FullOsc_Cosmics_v09_28_01_01_01_reco2
— — — — calib ntuples IcarusProd2021B_BNB_FullOsc_Cosmics_v09_28_01_01_01_CalibTuples
— — — 9048 caf IcarusProd2021B_BNB_FullOsc_Cosmics_v09_28_01_01_01_caf
Intime Cosmics MCP2021B v09_28_01_01_01 50479 reco1 IcarusProd2021B_Intime_Cosmic_v09_28_01_01_01_reco1
— — — 50452 reco2 IcarusProd2021B_Intime_Cosmic_v09_28_01_01_01_reco2
— — — — calib ntuples IcarusProd2021B_Intime_Cosmic_v09_28_01_01_01_CalibTuples
— — — 50452 caf IcarusProd2021B_Intime_Cosmic_v09_28_01_01_01_caf
BNB nu + cosmics MCP2021B v09_28_01_01_01 51827 reco1 IcarusProd2021B_BNB_Nu_Cosmics_v09_28_01_01_01_reco1
— — — 50478 reco2 IcarusProd2021B_BNB_Nu_Cosmics_v09_28_01_01_01_reco2
— — — — calib ntuples IcarusProd2021B_BNB_Nu_Cosmics_v09_28_01_01_01_CalibTuples
— — — 49872 caf IcarusProd2021B_BNB_Nu_Cosmics_v09_28_01_01_01_caf
Intime cosmics with overburden MCP2021A v09_27_00_02 32525 reco2 ICARUS_prod_2021A_00_nu_outoftime_ovb_v09_27_00_02
Nu + Cosmics Overburden MCP2021A v09_27_00_02 31489 reco2 ICARUS_prod_2021A_00_intime_outoftime_ovb_v09_27_00_02
intime cosmics MCP2020A v09_17_00 14939 detsim ICARUS_event_selection_intime_cosmics_v09_17_00_detsim
BNB Nu + intime cosmics MCP2020A v09_17_00 11175 detsim ICARUS_event_selection_BNB_NuPlus_intime_cosmics_v09_17_00_detsim
Intime Cosmics SBNWorkshop0421 v09_19_00_02 112223 caf workshop_SBNWorkshop0421_prod_corsika_intime_cosmics-config_caf_icarus
BNB Nue SBNWorkshop0421 v09_19_00_02 53250 caf workshop_SBNWorkshop0421_prodoverlay_corsika_cosmics_cosmics_proton_genie_intrnue_spill_gsimple-config_caf_icarus
BNB Nu SBNWorkshop0421 v09_19_00_02 162896 caf workshop_SBNWorkshop0421_prodoverlay_corsika_cosmics_cosmics_proton_genie_nu_spill_gsimple-config_caf_icarus
BNB Nue + cosmics MCP2020A v09_17_01 9190 reco2 poms_icarus_bnb_nue_cosmic_v09_17_01_reco2
— — — 8790 caf poms_icarus_bnb_nue_cosmic_v09_17_01_caf
Numi off axis + cosmic MCP2020A v09_17_01 47425 reco2 icarus_numi_offaxis_cosmic_v09_17_01
BNB nu-only MCP2020A v09_09_02_01 113302 reco2 poms_icarus_prod_2020A_00_BNB_nu_v09_09_02_01_reco2
NuMI off axis for ICARUS MCP2020A v09_07_00_prof 70790 reco2 ICARUS_prod_2020A_00_numioffaxis_v09_10_01_reco2
COSMICs_ML — v09_07_00_prof 543700 detsim ICARUS_poms_prod_cosmics_ML_v09_07_00_detsim
Intime cosmics MCP2020A v09_09_00 189534 reco2 ICARUS_prod_2020A_00_intime_cosmic_v09_09_00_reco2_halfstats
— — — 159538 reco2SCEfix ICARUS_prod_intime_cosmic_v09_09_02_01_reco2SCEfix
BNB Nue + cosmics MCP2020A v09_09_00 58339 reco2 ICARUS_prod_2020A_00_BNB_nue_cosmic_v09_09_00_reco2
— — — 56514 reco2SCEfix ICARUS_prod_BNB_nue_cosmic_v09_09_02_01_reco2SCEfix
BNB Nu + cosmics MCP2020A v09_09_00 189775 reco2 ICARUS_prod_2020A_00_BNB_nu_cosmic_v09_09_00_reco2_halfstats
— — — 165816 reco2SCEfix ICARUS_prod_BNB_nu_cosmic_v09_09_02_01_reco2SCEfix
BNB nue MCP2020A v09_09_00 50976 reco2 ICARUS_prod_2020A_00_BNB_nue_v09_09_00_reco2
— — — 51092 reco2SCEfix ICARUS_prod_BNB_nue_v09_09_02_01_reco2SCEfix

Notes on samples

  • MC2020A
    • SBND Intime Cosmic sample in MCP2020A (and possibly older productions)
      • bug in LArSoft can lead to issues where the best matching particle is non existent.
      • more information: DocDB:20894

Data SBN Production Samples

SBND DATA

For ongoing and analysis specific DATA samples information please access this document for gen1 (spring 2025) and this document for gen2 (fall 2025)

Sample Description release version # Events File type Samweb definition SAM Database
Gen2 Run2 Cosmic Muon Data v10_14_02_04 ~42.9k files raw SBND_DATA_Run2_crossingmu_Raw_Snapshot_2026May19 (from SBND_DATA_Run2_crossingmu_Raw)  
— — ~1.93 million events reco1 data_SBND2026A_gen2_crossingmu-Run2_v10_14_02_04_reco1_sbnd SBND only
— — — larcv data_SBND2026A_gen2_crossingmu-Run2_v10_14_02_04_larcvreco1_sbnd SBND only
— — — calib ntuple data_SBND2026A_gen2_crossingmu-Run2_v10_14_02_04_histreco2_sbnd SBND only
— — — caf data_SBND2026A_gen2_crossingmu-Run2_v10_14_02_04_caf_sbnd SBND only
— — — flatcaf data_SBND2026A_gen2_crossingmu-Run2_v10_14_02_04_flatcaf_sbnd SBND only
Gen2 Run2 - BNB+light (Narrow Bunch) Runs 20011 and runs 20015 to 20019 v10_14_02_02 1876 files raw SBND_DATA_Run2_NarrowBunch_Raw  
— — ~88k events reco1 data_SBND2026A_SBND2026A_gen2_run2_BNBLight_Data_v10_14_02_02_reco1_sbnd SBND only
— — — larcv data_SBND2026A_SBND2026A_gen2_run2_BNBLight_Data_v10_14_02_02_larcvreco1_sbnd SBND only
— — — calib ntuple data_SBND2026A_SBND2026A_gen2_run2_BNBLight_Data_v10_14_02_02_histreco2_sbnd SBND only
Gen2 Run1 - BNB+light Unblinded (Full sample) v10_14_02_02 ~102k files raw SBND_DATA_FullRun1Light_bnblight_Raw  
— — ~4.79 million events reco1 data_SBND2026A_gen2_BNB-Run1_v10_14_02_02_reco1_sbnd SBND only
— — — larcv data_SBND2026A_gen2_BNB-Run1_v10_14_02_02_larcvreco1_sbnd SBND only
— — — calib ntuple data_SBND2026A_gen2_BNB-Run1_v10_14_02_02_histreco2_sbnd SBND only
— — — caf data_SBND2026A_gen2_BNB-Run1_v10_14_02_02_caf_sbnd SBND only
— — — flatcaf data_SBND2026A_gen2_BNB-Run1_v10_14_02_02_flatcaf_sbnd SBND only
Gen2 Run1 - off-Beam+light Unblinded (Full sample) v10_14_02_02 ~49k files raw SBND_DATA_FullRun1Light_offbeamlight_Raw  
— — ~2.23 million events reco1 data_SBND2026A_gen2_InTime-Run1_v10_14_02_02_reco1_sbnd SBND only
— — — larcv data_SBND2026A_gen2_InTime-Run1_v10_14_02_02_larcvreco1_sbnd SBND only
— — — calib ntuple data_SBND2026A_gen2_InTime-Run1_v10_14_02_02_histreco2_sbnd SBND only
— — — caf data_SBND2026A_gen2_InTime-Run1_v10_14_02_02_caf_sbnd SBND only
— — — flatcaf data_SBND2026A_gen2_InTime-Run1_v10_14_02_02_flatcaf_sbnd SBND only
Run2 - gen1 (spring 2025) - BNB+light Fixed Dev v10_06_00_09 ~2k files raw SBND_DATA_Run2_FixedDev_Raw  
— — — reco1 data_MCP2025C_Spring25-Run2_FixedDev_bnblight_v10_06_00_09_reco1_sbnd  
— — — larcv data_MCP2025C_Spring25-Run2_FixedDev_bnblight_v10_06_00_09_larcvreco1_sbnd  
— — — calib ntuple data_MCP2025C_Spring25-Run2_FixedDev_bnblight_v10_06_00_09_histreco2_sbnd  
— — — caf data_MCP2025C_Spring25-Run2_FixedDev_bnblight_v10_06_00_09_caf_sbnd  
— — — flatcaf data_MCP2025C_Spring25-Run2_FixedDev_bnblight_v10_06_00_09_flatcaf_sbnd  
Fall Production 2025 (gen2) - Run 1 - BNB Dev v10_14_02 ~3.5k files raw SBND_DATA_Run1_DevSample_bnblight_Raw  
— — — reco1 data_MCP2025C_Fall25-Run1_BNB_Dev_bnblight_v10_14_02_reco1_sbnd  
— — — larcv data_MCP2025C_Fall25-Run1_BNB_Dev_bnblight_v10_14_02_larcvreco1_sbnd  
— — — calib ntuple data_MCP2025C_Fall25-Run1_BNB_Dev_bnblight_v10_14_02_histreco2_sbnd  
— — — caf data_MCP2025C_Fall25-Run1_BNB_Dev_bnblight_v10_14_02_caf_sbnd  
— — — flatcaf data_MCP2025C_Fall25-Run1_BNB_Dev_bnblight_v10_14_02_flatcaf_sbnd  
Fall Production 2025 (gen2) - Run 1 - BNB Light Rolling Dev Respin v10_14_02_04 ~1.5k files calib ntuple data_SBND2026A_SBND2026A_gen2_run1_BNBLight_Data_RollingDev_Respin_v10_14_02_04_histreco2_sbnd SBND only
— — — caf data_SBND2026A_SBND2026A_gen2_run1_BNBLight_Data_RollingDev_Respin_v10_14_02_04_caf_sbnd SBND only
— — — flatcaf data_SBND2026A_SBND2026A_gen2_run1_BNBLight_Data_RollingDev_Respin_v10_14_02_04_flatcaf_sbnd SBND only
Fall Production 2025 (gen2) - Run 1 - BNB Light Fixed Dev Respin v10_14_02_04 ~1.8k files calib ntuple data_SBND2026A_SBND2026A_gen2_run1_BNBLight_Data_FixedDev_Respin_v10_14_02_04_histreco2_sbnd SBND only
— — — caf data_SBND2026A_SBND2026A_gen2_run1_BNBLight_Data_FixedDev_Respin_v10_14_02_04_caf_sbnd SBND only
— — — flatcaf data_SBND2026A_SBND2026A_gen2_run1_BNBLight_Data_FixedDev_Respin_v10_14_02_04_flatcaf_sbnd SBND only
Fall Production 2025 (gen2) - Run 1 - Intime Dev v10_14_02 ~1.5k files raw SBND_DATA_Run1_DevSample_offbeamlight_Raw  
— — — reco1 data_MCP2025C_Fall25-Run1_InTime_offbeamlight_v10_14_02_reco1_sbnd  
— — — larcv data_MCP2025C_Fall25-Run1_InTime_offbeamlight_v10_14_02_larcvreco1_sbnd  
— — — calib ntuple data_MCP2025C_Fall25-Run1_InTime_offbeamlight_v10_14_02_histreco2_sbnd  
— — — caf data_MCP2025C_Fall25-Run1_InTime_offbeamlight_v10_14_02_caf_sbnd  
— — — flatcaf data_MCP2025C_Fall25-Run1_InTime_offbeamlight_v10_14_02_flatcaf_sbnd  
Fall25 Validation II - Run 1 - Intime Dev v10_14_02 ~1.5k files raw SBND_DATA_FallValidationII_RollingDev_bnblight_Raw_Nov2025  
— — — reco1 data_MCP2025C_FallValidationII_RollingDev_bnblight_v10_14_00_reco1_sbnd  
— — — larcv data_MCP2025C_FallValidationII_RollingDev_bnblight_v10_14_00_larcvreco1_sbnd  
— — — calib ntuple data_MCP2025C_FallValidationII_RollingDev_bnblight_v10_14_00_histreco2_sbnd  
— — — caf data_MCP2025C_FallValidationII_RollingDev_bnblight_v10_14_00_caf_sbnd  
— — — flatcaf data_MCP2025C_FallValidationII_RollingDev_bnblight_v10_14_00_flatcaf_sbnd  
Fall25 Validation II - Run 1 - Intime Rolling Dev v10_14_02 ~700 files raw SBND_DATA_FallValidationII_RollingDev_offbeamlight_Raw_Nov2025  
— — — reco1 data_MCP2025C_FallValidationII_RollingDev_offbeamlight_v10_14_00_reco1_sbnd  
— — — larcv data_MCP2025C_FallValidationII_RollingDev_offbeamlight_v10_14_00_larcvreco1_sbnd  
— — — calib ntuple data_MCP2025C_FallValidationII_RollingDev_offbeamlight_v10_14_00_histreco2_sbnd  
— — — caf data_MCP2025C_FallValidationII_RollingDev_offbeamlight_v10_14_00_caf_sbnd  
— — — flatcaf data_MCP2025C_FallValidationII_RollingDev_offbeamlight_v10_14_00_flatcaf_sbnd  
Fall25 Validation - FullRun1 - RollingDev - bnblight v10_10_03_01 ~75k raw SBND_DATA_FullRun1_RollingSample_bnblight_Raw  
— — — reco1 data_MCP2025B_noPOT_FullRun1_RollingDev_bnblight_v10_10_03_01_reco1_sbnd  
— — — larcv data_MCP2025B_noPOT_FullRun1_RollingDev_bnblight_v10_10_03_01_larcvreco1_sbnd  
— — — calib tuple data_MCP2025B_noPOT_FullRun1_RollingDev_bnblight_bnblight_v10_10_03_01_histreco2_sbnd  
— — — caf data_MCP2025B_noPOT_FullRun1_RollingDev_bnblight_bnblight_v10_10_03_01_caf_sbnd  
— — — flat caf data_MCP2025B_noPOT_FullRun1_RollingDev_bnblight_bnblight_v10_10_03_01_flatcaf_sbnd  
Fall25 Validation - FullRun1 - RollingDev - bnblight - DNN v10_10_03_02 ~75k raw SBND_DATA_FullRun1_RollingSample_bnblight_Raw  
— — — reco1 data_MCP2025B_FullRun1_RollingDev_DNN_bnblight_v10_10_03_02_reco1_sbnd  
— — — larcv data_MCP2025B_FullRun1_RollingDev_DNN_bnblight_v10_10_03_02_larcvreco1_sbnd  
— — — calib tuple data_MCP2025B_FullRun1_RollingDev_DNN_bnblight_v10_10_03_02_histreco2_sbnd  
— — — caf data_MCP2025B_FullRun1_RollingDev_DNN_bnblight_v10_10_03_02_caf_sbnd  
— — — flat caf data_MCP2025B_FullRun1_RollingDev_DNN_bnblight_v10_10_03_02_flatcaf_sbnd  
Fall25 Validation - FullRun1 - RollingDev - offbeamlight - DNN v10_10_03_02 ~40k raw SBND_DATA_FullRun1_RollingSample_offbeamlight_Raw  
— — — reco1 data_MCP2025B_FullRun1_RollingDev_offbeamlight_v10_10_03_02_reco1_sbnd  
— — — larcv data_MCP2025B_FullRun1_RollingDev_offbeamlight_v10_10_03_02_larcvreco1_sbnd  
— — — calib tuple data_MCP2025B_FullRun1_RollingDev_offbeamlight_v10_10_03_02_histreco2_sbnd  
— — — caf data_MCP2025B_FullRun1_RollingDev_offbeamlight_v10_10_03_02_caf_sbnd  
— — — flat caf data_MCP2025B_FullRun1_RollingDev_offbeamlight_v10_10_03_02_flatcaf_sbnd  
Crossing Muon afterlight trigger v10_06_03 ~30k raw sbnd_CrossingMuon_FullRun1_AfterLight_raw  
— — — decode data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_decode_sbnd  
— — — reco1 data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_reco1_sbnd  
— — — larcv data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_larcvreco1_sbnd  
— — — reco2 data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_reco2_sbnd  
— — — calib tuple data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_histreco2_sbnd  
— — — caf data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_caf_sbnd  
— — — flatcaf data_MCP2025B_CrossingMuon_FullRun1_AfterLight_8_crossingmuon_v10_06_03_flatcaf_sbnd  
Spring25 - BNB 1e20 POT v10_06_00_02 ~1.7M raw SBND_DATA_1e20_Raw_May2025  
— — — decode data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_decode_sbnd  
— — — reco1 data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_reco1_sbnd  
— — — larcv data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_larcvreco1_sbnd  
— — — reco2 data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_reco2_sbnd  
— — — calib tuple data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_histreco2_sbnd  
— — — caf data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_caf_sbnd  
— — — flatcaf data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_02_flatcaf_sbnd  
— v10_06_00_05 — reco2 data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_05_reco2_sbnd  
— — — calib tuple data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_05_histreco2_sbnd  
— — — caf data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_05_caf_sbnd  
— — — flatcaf data_MCP2025B_02_FullData_1e20_bnblight_v10_06_00_05_flatcaf_sbnd  
— v10_06_00_09 — calib tuple data_MCP2025C_Spring25_reprocess_FullData1e20_bnblight_v10_06_00_09_histreco2_sbnd  
— — — caf data_MCP2025C_Spring25_reprocess_FullData1e20_bnblight_v10_06_00_09_caf_sbnd  
— — — flatcaf data_MCP2025C_Spring25_reprocess_FullData1e20_bnblight_v10_06_00_09_flatcaf_sbnd  
Spring25 - Intime Cosmics v10_06_00 ~k raw SBND_DATA_InTime-Cosmic_Raw_Snapshot-20250527  
— — — decode data_MCP2025B_InTimeCosmics_offbeamlight_v10_06_00_decode_sbnd  
— — — reco1 data_MCP2025B_InTimeCosmics_offbeamlight_v10_06_00_reco1_sbnd  
— — — larcv data_MCP2025B_InTimeCosmics_offbeamlight_v10_06_00_larcvreco1_sbnd  
— v10_06_00_02 — reco2 data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_02_reco2_sbnd  
— — — calib tuple data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_02_histreco2_sbnd  
— — — caf data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_02_caf_sbnd  
— — — flatcaf data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_02_flatcaf_sbnd  
— v10_06_00_05 — reco2 data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_05_reco2_sbnd  
— — — calib tuple data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_05_histreco2_sbnd  
— — — caf data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_05_caf_sbnd  
— — — flatcaf data_MCP2025B_02_InTimeCosmics_offbeamlight_v10_06_00_05_flatcaf_sbnd  
— v10_06_00_09 — calib tuple data_MCP2025C_Spring25_reprocess_Intime_offbeamlight_v10_06_00_09_histreco2_sbnd  
— — — caf data_MCP2025C_Spring25_reprocess_Intime_offbeamlight_v10_06_00_09_caf_sbnd  
— — — flatcaf data_MCP2025C_Spring25_reprocess_Intime_offbeamlight_v10_06_00_09_flatcaf_sbnd  
Spring25 - fixed DevSample (5e18 POT) v10_06_00 ~90k raw SBND_DATA_DevSample_Raw_Mar2025  
— — — decode data_MCP2025B_DevSample_bnblight_v10_06_00_decode_sbnd  
— — — reco1 data_MCP2025B_DevSample_bnblight_v10_06_00_reco1_sbnd  
— — — larcv data_MCP2025B_DevSample_bnblight_v10_06_00_larcvreco1_sbnd  
— v10_06_00_02 — reco2 data_MCP2025B_02_DevSample_bnblight_v10_06_00_02_reco2_sbnd  
— — — calib tuple data_MCP2025B_02_DevSample_bnblight_v10_06_00_02_histreco2_sbnd  
— — — caf data_MCP2025B_02_DevSample_bnblight_v10_06_00_02_caf_sbnd  
— — — flatcaf data_MCP2025B_02_DevSample_bnblight_v10_06_00_02_flatcaf_sbnd  
— v10_06_00_05 — reco2 data_MCP2025B_05_DevSample_bnblight_v10_06_00_05_reco2_sbnd  
— — — calib tuple data_MCP2025B_05_DevSample_bnblight_v10_06_00_05_histreco2_sbnd  
— — — caf data_MCP2025B_05_DevSample_bnblight_v10_06_00_05_caf_sbnd  
— — — flatcaf data_MCP2025B_05_DevSample_bnblight_v10_06_00_05_flatcaf_sbnd  
Spring25 - rolling DevSample v10_06_00 ~30k raw SBND_DATA_DevSample_Run1Rolling_5e18_Raw_May2025  
— — — decode data_MCP2025B_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_decode_sbnd  
— — — reco1 data_MCP2025B_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_reco1_sbnd  
— — — larcv data_MCP2025B_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_larcvreco1_sbnd  
— v10_06_00_02 — reco2 data_MCP2025B_02_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_02_reco2_sbnd  
— — — calib tuple data_MCP2025B_02_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_02_histreco2_sbnd  
— — — caf data_MCP2025B_02_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_02_caf_sbnd  
— — — flatcaf data_MCP2025B_02_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_02_flatcaf_sbnd  
— v10_06_00_04 — reco2 data_MCP2025B_04_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_04_reco2_sbnd  
— — — calib tuple data_MCP2025B_04_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_04_histreco2_sbnd  
— — — caf data_MCP2025B_04_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_04_caf_sbnd  
— — — flatcaf data_MCP2025B_04_DevSample_Run1Rolling_5e18_bnblight_v10_06_00_04_flatcaf_sbnd  
— v10_06_00_05 — reco2 data_MCP2025B_05_DevSample_Run1Rolling_bnblight_v10_06_00_05_reco2_sbnd  
— — — calib tuple data_MCP2025B_05_DevSample_Run1Rolling_bnblight_v10_06_00_05_histreco2_sbnd  
— — — caf data_MCP2025B_05_DevSample_Run1Rolling_bnblight_v10_06_00_05_caf_sbnd  
— — — flatcaf data_MCP2025B_05_DevSample_Run1Rolling_bnblight_v10_06_00_05_flatcaf_sbnd  
Spring25 validation - DevSample v10_04_06_01 90k raw SBND_DATA_DevSample_Raw_Mar2025  
— — — decode MCP2025Av3_DevSample_bnblight_v10_04_06_01_decode  
— — — reco1 MCP2025Av3_DevSample_bnblight_v10_04_06_01_reco1  
— — — larcv MCP2025Av3_DevSample_bnblight_v10_04_06_01_larcvreco1  
— — — reco2 MCP2025Av3_DevSample_bnblight_v10_04_06_01_reco2  
— — — calib tuple MCP2025Av3_DevSample_bnblight_v10_04_06_01_histreco2  
— — — caf MCP2025Av3_DevSample_bnblight_v10_04_06_01_caf  
— — — flatcaf MCP2025Av3_DevSample_bnblight_v10_04_06_01_flatcaf  
Feb25 Workshop - Run 18115 OffBeam Zero Bias Data v10_04_03 240k raw GoldenRun_18115_ZeroBias_raw  
— — — reco1 MCP2025A_GoldenRun_LArv10_v10_04_03_offbeamzerobias_reco1  
— — — reco2 MCP2025A_GoldenRun_LArv10_v10_04_03_offbeamzerobias_reco2  
— — — calib tuple MCP2025A_GoldenRun_LArv10_v10_04_03_offbeamzerobias_histreco2  
— — — caf MCP2025A_GoldenRun_LArv10_v10_04_03_offbeamzerobias_caf  
— — — flatcaf MCP2025A_GoldenRun_LArv10_v10_04_03_offbeamzerobias_flatcaf  
Feb25 Workshop - Run 18115 BNB Zero Bias Data v10_04_03 610k raw GoldenRun_18115_ZeroBias_raw  
— — — reco1 MCP2025A_GoldenRun_LArv10_v10_04_03_bnbzerobias_reco1  
— — — reco2 MCP2025A_GoldenRun_LArv10_v10_04_03_bnbzerobias_reco2  
— — — calib tuple MCP2025A_GoldenRun_LArv10_v10_04_03_bnbzerobias_histreco2  
— — — caf MCP2025A_GoldenRun_LArv10_v10_04_03_bnbzerobias_caf  
— — — flatcaf MCP2025A_GoldenRun_LArv10_v10_04_03_bnbzerobias_flatcaf  
Feb25 Workshop - Calibration / CrossingMuons v10_04_03 - raw CalibData_18115_17934_CrossingMuon_raw  
— — — decode MCP2025A_CalibData_LArv10_v10_04_03_decode  
— — — reco1 MCP2025A_CalibData_LArv10_v10_04_03_reco1  
Feb25 Workshop - Calibration / CrossingMuons v10_04_01_01 - raw CalibData_18115_17934_CrossingMuon_raw  
— — — decode MCP2025A_CalibDatawraw_18115_17934_CrossingMuon_v10_04_01_01_decode_DATA_SBND  
— — — reco1 MCP2025A_CalibDatawraw_18115_17934_CrossingMuon_v10_04_01_01_reco1_DATA_SBND  
BNB Summer 2024 Data v09_93_01_01 - raw sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009  
— — — decode sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009_decode  
— — — reco1 sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009_reco1  
— — — reco2 sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009_reco2  
— — — calib tuple hist_sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009_reco2  
— — — caf sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009_caf  
— — — flatcaf sbnd_keepup_summer2024_neutrino_data_bnbZeroBiasAndSunset0-00009_flatcaf  

ICARUS Run2 2025 Spring SBN Production Samples

Notes on samples: These are produced with v10_xx_xx_xx using wcdnn fcls.

ICARUS Run2 SBN data production

Sample Description release version # Events File type Samweb definition
ICARUS Spring, Run 2 BNB Majority Data w/o calib v10_06_00_01p05 — stage0 w PMT WF Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_stage0
— — — stage0 w/o PMT WF Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_stage0_daqPMT_drop
— — — calibration tuples Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_calibtuples
— — — caf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_caf_prescaled
— — — caf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_caf_blind
— — — caf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_caf_unblind
— — — flatcaf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_flatcaf_prescaled
— — — flatcaf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_flatcaf_blind
— — — flatcaf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_flatcaf_unblind
— — — larcv Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_bnbmajority_larcv
ICARUS Spring, Run 2 Off-Beam BNB Majority Data w/o calib v10_06_00_01p05 — stage0 w PMT WF Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_stage0
— — — stage0 w/o PMT WF Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_stage0_daqPMT_drop
— — — calibration tuples Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_calibtuples
— — — caf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_caf_prescaled
— — — caf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_caf_blind
— — — caf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_caf_unblind
— — — flatcaf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_flatcaf_prescaled
— — — flatcaf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_flatcaf_blind
— — — flatcaf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_flatcaf_unblind
— — — larcv Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_v10_06_00_01p05_offbeambnbmajority_larcv
ICARUS Spring, Run 2 BNB Majority w Calibrated CAFs v10_06_00_04p03 — calibration tuples Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_calibtuples
— — — caf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_caf_prescaled
— — — caf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_caf_blind
— — — caf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_caf_unblind
— — — flatcaf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_flatcaf_prescaled
— — — flatcaf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_flatcaf_blind
— — — flatcaf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_flatcaf_unblind
— — — larcv Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_wCalib_v10_06_00_04p03_bnbmajority_larcv
ICARUS Spring, Run 2 BNB Majority (recalibrated) v10_06_00_06p03 — calibration tuples Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_calibtuples
— — — caf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_caf_prescaled
— — — caf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_caf_blind
— — — caf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_caf_unblind
— — — flatcaf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_flatcaf_prescaled
— — — flatcaf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_flatcaf_blind
— — — flatcaf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_flatcaf_unblind
— — — larcv Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_bnbmajority_larcv
ICARUS Spring, Run 2 OFFBeam BNB Majority (recalibrated) v10_06_00_06p03 — calibration tuples Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_calibtuples
— — — caf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_caf_prescaled
— — — caf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_caf_blind
— — — caf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_caf_unblind
— — — flatcaf_prescaled Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_flatcaf_prescaled
— — — flatcaf_blind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_flatcaf_blind
— — — flatcaf_unblind Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_flatcaf_unblind
— — — larcv Icaruspro_2025_wcdnn_production_Reproc_Run2_SBN_2_v10_06_00_06p03_offbeambnbmajority_larcv

ICARUS Run2 SBN MC

Notes on samples:

Sample Description release version # Events File type Samweb definition
WireMod Overlay ICARUS Generation, Run 2 Part 2 v10_06_00_06p03 300k stage0 icaruspro_production_2026_run2_wiremod_mc_v10_06_00_06p03_stage0
— — — calibtuples icaruspro_production_2026_run2_wiremod_mc_v10_06_00_06p03_calib_ntuples
Sample Description release version # Events File type Samweb definition
ICARUS Spring 2025A BNB Run 2 Overlay w offbeamminbias data (A) v10_06_00_04p04 0.9M stage0 (A) production_mc_2025A_ICARUS_Overlays_BNB_MC_RUN2_September_v10_06_00_04p04_stage0
ICARUS Spring 2025A BNB Run 2 Overlay w offbeamminbias data (B) v10_06_00_04p04 0.9M stage0 (B) production_mc_2025A_ICARUS_Overlays_BNB_RUN2_September_v10_06_00_04p04_stage0
  • Flatcafs/larcv with old icaruscode v10_06_00_04p04 | Sample Description| release version | # Events | File type | Samweb definition | | — | — | — | calibtuples | production_mc_2025A_ICARUS_Overlays_BNB_MC_RUN2_summer_2025_v10_06_00_04p04_calibtuples | | — | — | — | caf | production_mc_2025A_ICARUS_Overlays_BNB_MC_RUN2_summer_2025_v10_06_00_04p04_caf | | — | — | — | flatcaf | production_mc_2025A_ICARUS_Overlays_BNB_MC_RUN2_summer_2025_v10_06_00_04p04_flatcaf | | — | — | — | larcv | production_mc_2025A_ICARUS_Overlays_BNB_MC_RUN2_summer_2025_v10_06_00_04p04_larcv |

Latest MC overlays samples:

  • Request #86 (MC-2025), stage1 downstream processed with v10_06_00_06p03
Sample Description release version # Events File type Samweb definition
— — — calibtuples production_mc_2025A_ICARUS_Overlays_BNB_RUN2_September_v10_06_00_06p03_calibtuples
— — — caf production_mc_2025A_ICARUS_Overlays_BNB_RUN2_September_v10_06_00_06p03_caf
— — — flatcaf production_mc_2025A_ICARUS_Overlays_BNB_RUN2_September_v10_06_00_06p03_flatcaf
— — — larcv production_mc_2025A_ICARUS_Overlays_BNB_RUN2_September_v10_06_00_06p03_larcv

ICARUS DATA

ICARUS Run3 DATA

Sample Description release version # Events File type Samweb definition
Run3 NuMI majority (RHC) v09_89_01_02p02 — stage0 production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_stage0
— — — caf_blind production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_blind
— — — caf_unblind production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_unblind
— — — caf_prescaled production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_caf_prescaled
— — — flatcaf_blind production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_flatcaf_blind
— — — flatcaf_unblind production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_flatcaf_unblind
— — — flatcaf_prescaled production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_flatcaf_prescaled
trasferred to SLAC – – larcv production_data_2026_ICARUS_Run3_NuMI_RHC_Run3_Data_numimajority_v09_89_01_02p02_larcv

ICARUS Run2 DATA

Notes on samples:

  • These are Run2 reprocessed data with v09_89_xx_xx icaruscode used for BNB νμ disappearance analysis and some of the mature NuMI cross-section analyses
Sample Description release version # Events File type Samweb definition
RUN-2 NuMI minbias for RWM/Bunch structure v10_06_00_06p03 — stage0 Icaruspro_2025_wcdnn_production_NuMI_Run2_MinBias_v10_06_00_06p03_numiminbias_stage0
— — — calibtuples Icaruspro_2025_wcdnn_production_NuMI_Run2_MinBias_v10_06_00_06p03_numiminbias_calibtuples
Sample Description release version # Events File type Samweb definition
Run2 reprocessed BNB majority v09_89_01_01p03 — stage1 Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_stage1
— — — caf blind Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_caf_blind
— — — caf unblind Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_caf_unblind
— — — caf prescaled Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_caf_prescaled
— — — flatcaf blind Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_flatcaf_blind
— — — flatcaf unblind Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_flatcaf_unblind
— — — flatcaf prescaled Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_flatcaf_prescaled
— — — larcv Icaruspro_2024_Run2_production_Reproc_Run2_v09_89_01_01p03_bnbmajority_larcv
Run2 reprocessed BNB majority recaf v09_89_02_01 — caf blind Icaruspro_2025_Run2_production_Reproc_Run2_v09_89_02_01_bnbmajority_caf_blind
— — — caf unblind Icaruspro_2025_Run2_production_Reproc_Run2_v09_89_02_01_bnbmajority_caf_unblind
— — — caf prescaled Icaruspro_2025_Run2_production_Reproc_Run2_v09_89_02_01_bnbmajority_caf_prescaled
— — — flatcaf blind Icaruspro_2025_Run2_production_Reproc_Run2_v09_89_02_01_bnbmajority_flatcaf_blind
— — — flatcaf unblind Icaruspro_2025_Run2_production_Reproc_Run2_v09_89_02_01_bnbmajority_flatcaf_unblind
— — — flatcaf prescaled Icaruspro_2025_Run2_production_Reproc_Run2_v09_89_02_01_bnbmajority_flatcaf_prescaled
Run2 reprocessed NuMI majority v09_89_01_02p02 — stage1 Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_stage1
— — — caf blind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_caf_blind
— — — caf unblind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_caf_unblind
— — — caf prescaled Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_caf_prescaled
— — — flatcaf blind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_flatcaf_blind
— — — flatcaf unblind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_flatcaf_unblind
— — — flatcaf prescaled Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_flatcaf_prescaled
— — — larcv Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_numimajority_larcv
Run2 reprocessed OFFBeam NuMI majority v09_89_01_02p02 — stage1 Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_stage1
— — — caf blind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_caf_blind
— — — caf unblind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_caf_unblind
— — — caf prescaled Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_caf_prescaled
— — — flatcaf blind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_flatcaf_blind
— — — flatcaf unblind Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_flatcaf_unblind
— — — flatcaf prescaled Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_flatcaf_prescaled
— — — larcv Icaruspro_2025_Run2_production_Run2reprocess_v09_89_01_02p02_offbeamnumimajority_larcv

ICARUS Reconstructed DATA (Run1)

Notes on samples:

  • Run 1 reprocessing is the reprocessing of selected runs based on the good run list created by Gray and Minerba. Please refer to this docdb for the list of runs: https://sbn-docdb.fnal.gov/cgi-bin/sso/RetrieveFile?docid=25407&filename=ICARUS%20Data%20Re-Processing.pdf&version=1
  • Run 1 batch 2 is the processing of run_number > 7621 and run_number < 8460 (before the update to the new DAQ configuration)
  • Run 1 batch 3 is the processing of run_number >= 8460 and run_number < 8598 (after the update to the new DAQ configuration resulting in 8 new data stream: (offbeam) BNB/NuMI Majority/MinBias)
Sample Description production push release version # Events Sample type Samweb definition
Offbeam NuMI MinBias stream Run 1 batch3 v09_37_02_09 374836 stage0 IcarusProd_Run1_batch3_OffBeamNuMIMinBiasstream_stage0
— — — 374836 stage1 IcarusProd_Run1_batch3_OffBeamNuMIMinBiasstream_stage1
Offbeam BNB MinBias stream Run 1 batch3 v09_37_02_09 741147 stage0 IcarusProd_Run1_batch3_OffBeamBNBMinBiasstream_stage0
— — — 741147 stage1 IcarusProd_Run1_batch3_OffBeamBNBMinBiasstream_stage1
NuMI MinBias stream Run 1 batch3 v09_37_02_09 19566 stage0 IcarusProd_Run1_batch3_NuMIMinBiasstream_stage0
— — — 19566 stage1 IcarusProd_Run1_batch3_NuMIMinBiasstream_stage1
BNB MinBias stream Run 1 batch3 v09_37_02_09 42680 stage0 IcarusProd_Run1_batch3_BNBMinBiasstream_stage0
— — — 42680 stage1 IcarusProd_Run1_batch3_BNBMinBiasstream_stage1
Offbeam NuMI Majority stream Run 1 batch3 v09_37_02_09 109510 stage0 IcarusProd_Run1_batch3_OffBeamNuMIMajoritystream_stage0
— — — 109510 stage1 IcarusProd_Run1_batch3_OffBeamNuMIMajoritystream_stage1
Offbeam BNB Majority stream Run 1 batch3 v09_37_02_09 231169 stage0 IcarusProd_Run1_batch3_OffBeamBNBMajoritystream_stage0
— — — 231169 stage1 IcarusProd_Run1_batch3_OffBeamBNBMajoritystream_stage1
NuMI Majority stream Run 1 batch3 v09_37_02_09 284336 stage0 IcarusProd_Run1_batch3_NuMIMajoritystream_stage0
— — — 284336 stage1 IcarusProd_Run1_batch3_NuMIMajoritystream_stage1
BNB Majority stream Run 1 batch3 v09_37_02_09 368711 stage0 IcarusProd_Run1_batch3_BNBMajoritystream_stage0
— — — 368711 stage1 IcarusProd_Run1_batch3_BNBMajoritystream_stage1
Offbeam NuMI stream Run 1 batch2 v09_37_02_03 102488 stage0 IcarusProd_Run1_batch2_OffBeamNuMIstream_stage0
— — — 102488 stage1 IcarusProd_Run1_batch2_OffBeamNuMIstream_stage1
Offbeam BNB stream Run 1 batch2 v09_37_02_03 327855 stage0 IcarusProd_Run1_batch2_OffBeamBNBstream_stage0
— — — 327855 stage1 IcarusProd_Run1_batch2_OffBeamBNBstream_stage1
NuMI stream Run 1 batch2 v09_37_02_03 200220 stage0 IcarusProd_Run1_batch2_NuMIstream_stage0
— — — 200220 stage1 IcarusProd_Run1_batch2_NuMIstream_stage1
BNB stream Run 1 batch2 v09_37_02_03 935069 stage0 IcarusProd_Run1_batch2_BNBstream_stage0
— — — 935069 stage1 IcarusProd_Run1_batch2_BNBstream_stage1
Offbeam NuMI stream Run 1 reprocessing v09_37_02_01 212809 stage0 IcarusProd_Run1_reprocess_OffBeamNuMIstream_stage0
— — — 212809 stage1 IcarusProd_Run1_reprocess_OffBeamNuMIstream_stage1
Offbeam BNB stream Run 1 reprocessing v09_37_02_01 127768 stage0 IcarusProd_Run1_reprocess_OffBeamBNBstream_stage0
— — — 127768 stage1 IcarusProd_Run1_reprocess_OffBeamBNBstream_stage1
NuMI stream Run 1 reprocessing v09_37_02_01 333097 stage0 IcarusProd_Run1_reprocess_NuMIstream_stage0
— — — 333097 stage1 IcarusProd_Run1_reprocess_NuMIstream_stage1
BNB stream Run 1 reprocessing v09_37_02_01 627484 stage0 IcarusProd_Run1_reprocess_BNBstream_stage0
— — — 627484 stage1 IcarusProd_Run1_reprocess_BNBstream_stage1

ICARUS Compressed RAW DATA (Run2)

Run datastream SAM dataset Raw Files not in the compressed datasets
Run 2 numiminbias run2_compression_production_v09_82_02_01_numiminbias_compressed_data numiminbias_run2_physics_9301_to_10097_recover
Run 2 bnbminbias run2_compression_production_v09_82_02_01_bnbminbias_compressed_data nbnbminbias_run2_physics_9301_to_10097_recover
Run 2 offbeamnumiminbias run2_compression_production_v09_82_02_01_offbeamnumiminbias_compressed_data offbeamnumiminbias_run2_physics_9301_to_10097_recover
Run 2 offbeamnumimajority run2_compression_production_v09_82_02_01_offbeamnumimajority_compressed_data offbeamnumimajority_run2_physics_9301_to_10097_recover
Run 2 numimajority run2_compression_production_v09_82_02_01_numimajority_compressed_data numimajority_run2_physics_9301_to_10097_recover
Run 2 offbeambnbmajority run2_compression_production_v09_82_02_01_offbeambnbmajority_compressed_data offbeambnbmajority_run2_physics_9301_to_10097_recover
Run 2 bnbmajority run2_compression_production_v09_82_02_01_bnbmajority_compressed_data bnbmajority_run2_physics_9301_to_10097_recover
Run 2 offbeambnbminbias run2_compression_production_v09_82_02_01_offbeambnbminbias_compressed_data offbeambnbminbias_run2_physics_9301_to_10097_recover

Polaris Production Samples

MC files generated on the Polaris computer at Argonne National Lab.

SBND Data

2024 Winter: Calibration request for data processing to produce calibration ntuples was performed on Polaris.

Run list: 17625, 17635, 17648, 17658, 17660, 17662, 17664

Sample Description release version # Events File type Samweb definition
Winter 2024 calibration request v09_93_01_01 — calib tuple polaris_v09_93_01_01_data_calibration_ntuple_sbnd

SBND MC

2024 November: A sample of central value SBND MC events were generated on Polaris as part of production tests. The Flat CAF files are copied from Polaris and are available on /pnfs. The .fcl files used for each stage are as follows:

  • gen: prodoverlay_corsika_cosmics_proton_genie_rockbox_sbnd.fcl
  • g4: g4_dirt_filter_lite.fcl
  • detsim: standard_detsim_sbnd.fcl
  • reco1: standard_reco1_sbnd.fcl
  • reco2: standard_reco2_sbnd.fcl
  • caf: cafmakerjob_sbnd_systtools_and_fluxwgt.fcl
Sample Description release version # Events File type Samweb definition
BNB + Cosmics CV v09_93_01 274387 flatcaf polaris_v09_93_01_prodoverlay_corsika_cosmics_proton_genie_rockbox_sbnd_caf_flat_caf_sbnd

ICARUS RUN4 DATA

Sample Description release version # Events File type Samweb definition
ICARUS Spring Run 4 BNB Majority Data v10_06_00_01p05 — stage0 Icaruspro_2025_wcdnn_production_Run4_SBN_v10_06_00_01p05_fstrmBNBMAJORITY_stage0
— — — calib_ntuples Icaruspro_2025_wcdnn_production_Run4_SBN_v10_06_00_01p05_fstrmBNBMAJORITY_calib_ntuples
ICARUS Spring Run 4 BNB OffbeamMajority Data v10_06_00_01p05 — stage0 Icaruspro_2025_wcdnn_production_Run4_SBN_v10_06_00_01p05_fstrmOffBeamBNBMAJORITY_stage0
— — — calib_ntuples Icaruspro_2025_wcdnn_production_Run4_SBN_v10_06_00_01p05_fstrmOffBeamBNBMAJORITY_calib_ntuples

ICARUS RUN4 MC Overlays

Sample Description release version # Events File type Samweb definition
Run 4 Neutrino Overlay MC v10_06_00_06p03 3.5M stage0 icaruspro_production_2025_run4_nu_overlay_mc_v10_06_00_06p03_stage0
— — — flatcaf icaruspro_production_2025_run4_nu_overlay_mc_v10_06_00_06p03_flat_caf

ICARUS RUN4 Wiremod Overlays

Sample Description release version # Events File type Samweb definition
ICARUS Run 4 WireMod Overlay v10_06_00_06p03 600k stage0 icaruspro_production_2026_run4_wiremod_mc_v10_06_00_06p03_stage0
— — — calibtuples icaruspro_production_2026_run4_wiremod_mc_v10_06_00_06p03_calib_ntuples

SBND Production Progress Report