input files
Here is a complete list of all possible input files used by different stages
of module0_flow. The list is structured by the stage class name and then by
the specific configuration field used to set the source for the given input
file. Where possible, a brief statement of where the file comes from or how
to re-generate it is given.
resources
RunDatarunlist_file: a whitespace separated.txtfile of run-level information. This file is manually created for each data collection period.
Geometrycrs_geometry_file: alarnd-sim-structured geometry.yamlfile describing pixel locations and shape. This file is generated usinglarpix-geometry.lrs_geometry_file: a.yamlfile describing light detector locations and shape. This file is manually created (seeGeometrydocumentation).
DisabledChannelsdisabled_channels_list: a.jsonfile with a list of channels that are disabled. This can be generated via a script (contact B. Russell).missing_asic_list: a.jsonfile with a list of channels missing from the configuration network. This can be generated via a script (contact B. Russell).
LArDataelectron_lifetime_file: a.npzor.rootfile containing timestamped electron lifetime data. This file (.root) is provided by the CSU team. The (.npz) file is manually produced.
ParticleDatamuon_range_table_path: a whitespace separated.txtfile of PDG muon range data. This file can be downloaded from the PDG website.proton_range_table_path: a whitespace separates.txtfile of NIST proton range data. This file can be downloaded from the NIST PSTAR website.
charge event building
No additional input files except those required by resources are required to run the stages in the charge event builder.
charge event reconstruction
HitBuilderpedestal_file: a.jsonfile describing the pedestal voltage on each pixel. This file is generated from a script withinlarpix-v2-testing-scripts.configuration_file: a.jsonfile describing the reference voltages on each pixel. This file is generated from a script withinlarpix-v2-testing-scripts.
TimeDependentGaingain_file: a.npzfile providing gain correction as a function of time. This file is generated manually, see the module documentation for specifics.
light event building
No additional input files except those required by resources are required to run the stages in the light event builder.
light event reconstruction
WaveformDeconvolutionnoise_spectrum_filename: a.npzfile containing noise FFT on each channel. This file can be generated by running theWaveformDeconvolutionin a different mode.signal_spectrum_filename: a.npzfile containing signal+noise FFT on each channel. This file can be generated by running theWaveformDeconvolutionin a different mode.signal_impulse_filename: a.npzfile containing impulse response on each channel. This file can be generated by running theWaveformDeconvolutionstage in a different mode.
charge/light matching
No additional input files except those required by resources are required to run the stages in the charge/light matching.
combined reconstruction
TrackletMergerpdf_filename: an.npzfile containing signal and noise histograms for likelihood discriminator. This file can be generated by running theBrokenTrackSim.
stopping muon analysis
MichelIDlikelihood_pdf_filename: a.npzfile containing signal and noise histograms for likelihood discriminator. This file can be generated by running theMichelIDstage in a different mode.