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Overview

Starting August 2022, the analysis config files are found in another repository: cdmsbats_config. The filenames start with the word config and may end in .Default (you will also find config files dedicated to specific runs or facilities or both here). These files contain values of analysis parameters for each algorithm or process being executed by cdmsbats. It defines things from cut values for BatNoise to frequency cut-offs, pulse shapes and window sizes for the various analysis algorithms. It does not specify analysis decisions like what algorithm to apply or what channels to process. Look in the file and follow the examples. It is fairly self explanatory and the format is flexible.

Glossary of Configuration Commands in BatRoot Configuration Terms

Layout

PARAMETER_NAME - Full name, replacing all shorthands - [Type]. Brief description, including units and valid inputs if applicable. Default: Value that all config files were set to, if applicable. Does not indicate that a value will be set automatically.

  • Directory within UserSettings that files including the parameter can be found: Subdirectory
    • Where data was taken (middle of filename): Runs that include this parameter (end of filename).
    • Alternatively, "Required" will be written if all config files in subdirectory must have the parameter to be run.

Shorthands

CHAN - Channel

CHISQ - Chi-Squared

DET - Detector

F5 -

FB - Feedback

MAX - Maximum

MIN - Minimum

NF - Non-Stationary Optimal Filter

OF - Optimal Filter

P - Phonon

PT - Phonon Temperature

Q - Charge

RTFT - Rise Time/Fall Time

SAT - Saturated

THRESH - Threshold

VT - Veto

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Required in Alphabetical Order

These are a list of necessary parameters that must be used or defined in BatRoot processing files.

D

DET_SUBSTRATE - Detector Substrate - [N/A]. There should be a grid commented toward the top of the file that specifies how this should be set.

  • BatRoot: Analysis
    • Required

DET_TOWER - Detector Tower - [N/A]. Set multiple consecutive detectors as T# (1-6) - Need to confirm

  • BatRoot: Analysis
    • Required

DETECTOR - [Target]. Specifies a detector or list of detectors, numbered from 1 to 30. Formats: DETECTOR #, DETECTOR #-#, or DETECTOR #,#, or any combination thereof. Spaces between list items are optional. Example: DETECTOR 1-3, 5, 7-9, 12, 17-24. Most commands will specify a set of detectors.

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I

INDEX_IN_TOWER - [Integer]

  • BatRoot: Analysis
    • Required

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P

PARAMETER_DOUBLE - [Type]

PARAMETER_INTEGER - [Type]

PARAMETER_STRING - [Type]

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Not Required in Alphabetical Order

These are a list of not necessary parameters you may find in BatRoot Processing files. These are found in specific processing files but not all processing files

D

DO_MINMAX - [Integer]. True (1) or false (0).

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, HV100mm, iZIP100mm

DO_PHONON_CHISQ_CUT - Do Phonon Chi-Squared Cut - [Integer]. True (1) or False (0).

  • BatRoot: Analysis
    • MIT: Default
    • Queens: iIZP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

DO_PILEUP_CUT - [Integer]. True (1) or False (0).

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, IRHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Defualt
    • UMN: Default, HV100mm, iZIP100mm

DO_SEQUENTIAL_CUTS - [Integer]. Do internal cuts sequentially rather than independently. True (1) or False (0).

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVev: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

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E

EVENTWINDOW - [Integer].Time before & after event to look for plow or qlow trigger. Given in microseconds.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

EXTERNAL_CUT_FILENAME - [String]. Name of ROOT file.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

EXTERNAL_CUT_FILEPATH - [String]. Path to ROOT file.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

EXTERNAL_CUT_NAME - [String]. Name of branch within ROOT file.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

EXTERNAL_FILTERDATA_FILENAME - [String]. ROOT file name.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

EXTERNAL_FILTERDATA_FILEPATH - [String]. Path to noise file.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

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M

MINMAX_MAX - [Integer]. Maximum limit for the min/max histogram. Used in cut calculation. Must be a power of 2.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: G42, G101, HV100mm, iZIP100mm

MINMAX_NSIGMA - [Double]. Roughly the number of sigma cut for the distribution. Smaller numbers will give a tighter cut.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

MINMAX_YTHRESH - Min/Max Y-Threshold - [Double]

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

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N

NOISE_CUTS - [String]. Choose an internal cut to use to make noise PSDs. Done with NoiseBuilder. Options: PQ_RandomTrig, P_Sat, Q_Sat, P_MinMax, P_OFamp, P_Slope, P_Offset, none. You may choose more than one cut. Separate by spaces. See the README for BatNoise for more information.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

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P

P_BASELINE_MIN - Phonon Baseline Minimum - [Integer]. First BIN from which baseline can be calculated (baseline calculated between this and P_BASELINE_MAX).

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2Data: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_BASELINE_MAX - Phonon Baseline Maximum - [Integer]. First BIN from which baseline can be calculated (baseline calculated between this and P_BASELINE_MIN).

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefulat, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_BIAS - Phonon Bias - [Double]

  • BatRoot: Analysis - DMC: G101 - MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_CHAN_NOISE_SELECT - Phonon Channel Noise Select - [Integer]. Cuts are calculated using Phonon Total/Charge Total; this allows you to enable/disable channels used to construct the phonon total. Set to 0 for any broken channels to avoid including them in PT noise. Takes 8-12 true (1) or false (0) inputs; each corresponds to a separate channel. Is this independent from processing channels? Does one take precedence if both are set?

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default
    • UMN: HV100mm

P_CHISQ_CUT_PERCENT - Phonon Chi-Squared Cut Percent - [Integer]

  • BatRoot: Analysis
    • MIT: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_CHISQ_CUTOFF - Phonon Chi-Squared Cutoff - [Double]. Cutoff point for non-stationary optimal filter processing. Speeds up processing to skip certain values.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_DigitizerBinsPerVolt - Phonon Digitizer Bins per Volt - [Double]. Takes one numeric input. Property of the digitizer; correct values will be determined by your hardware. Needed to properly normalize data; this number is intended to convert the trace from bins to voltage data.

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_DriverGain - Phonon Driver Gain - [Double]. Takes one to eight integer inputs.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_FALL_TIME - Phonon Fall Time - [Double]. If you're doing an optimal filter and don't have a ROOT file defined for the template, an analytical form can be used instead. This is the fall time, in seconds, from that calculated value. Only important for the optimal filter when there is no existing file.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_FBgain - Phonon Feedback Gain - [Double]. Takes one integer.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS ITHybrid, STHybrid, c58, Dq, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_INFLECTION_WINDOW_MIN - Phonon Inflection Window Minimum - [Integer]. Takes one integer.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101

P_INFLECTION_WINDOW_MAX - Phonon Inflection Window Maximum - [Integer]. Takes one integer.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101

P_INTEGRAL_BUTTERWORTH_CUTOFF - Phonon Integral Butterworth Cutoff - [Double]. Takes one integer.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMs, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_INTEGRAL_BUTTERWORTH_ORDER - Phonon Integral Butterworth Order - [Integer]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_MINADC - Phonon Minumum ADC - [Integer]. Needed to get

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_MINMAX_CUT_MAX - Phonon Min/Max Cut Max - [Integer]. Maximum limit for min/max histogram. Must be a power of 2. Used for P_MinMax if set in NOISE_CUTS.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_MINMAX_CUT_NSIGMA - Phonon Min/Max Cut Number of Sigma - [Double]. Roughly the number of sigma cut for the distribution. Used for P_MinMax if set in NOISE_CUTS.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_MINMAX_CUT_TYPE - Phonon Min/Max Cut Type - [Integer]. Choose whether to use P_MINMAX_CUT_VAL (1), P_MINMAX_CUT_PERCENT (2), or calculate based on sigma (3). Difference between minimum and maximum of a pulse?

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_MINMAX_CUT_PERCENT - Phonon Min/Max Cut Percent - [Integer]. Calculate cut value based on a percentage of events kept.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_MINMAX_CUT_VAL - Phonon Min/Max Cut Value - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_MINMAX_CUT_YTHRESH - Phonon Min/Max Cut Y-Threshold - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_NSPEAK_CHIWINDOW_HALF - Phonon Non-Stationary Optimal Filter Peak Chi Window Half - [Integer]. Default: 0 (Takes time from PTOF). Most values make this very slow.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_OFAMP_CUT_NSIGMA - Phonon Optimal Filter Amplifier Cut Number Sigma - [Double]. Roughly the number of sigma cut for the distribution.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_OFAMP_CUT_PERCENT - Phonon Optimal Filter Amplifier Cut Percent - [Integer]. Calculate the cut value based on a percentage of events kept.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_OFAMP_CUT_TYPE - Phonon Optimal Filter Amplifier Cut Type - [Integer]. Choose to use P_OFAMP_CUT_VAL (1) or P_OFAMP_CUT_PERCENT (2). Cut off high and low, or just high?

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_OFAMP_CUT_VAL - Phonon Optimal Filter Amplifier Cut Value - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_OFCHISQ_CUT_NSIGMA - Phonon Optimal Filter Chi-Squared Cut Number of Sigma - [Double]. Roughly hte number of sigma cut for the distribution. Not implemented.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFCHISQ_CUT_PERCENT - Phonon Optimal Filter Chi-Squared Cut Percent - [Integer]. Calculate the cut value based on a percent of events kept.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFCHISQ_CUT_TYPE - Phonon Optimal Filter Chi-Squared Cut Type - [Integer]. Choose whether to use P_OFCHISQ_CUT_VAL (1) or P_OFCHISQ_CUT_PERCENT (2). Using (2) will make your processing less sensitive to changes in the absolute value.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFCHISQ_CUT_VAL - Phonon Optimal Filter Chi-Squared Cut Value - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFFSET_CUT_NSIGMA - Phonon Offset Cut Number Sigma - [Double]. Roughly the number of sigma cut for the distribution. Not implemented.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFFSET_CUT_PERCENT - Phonon Offset Cut Percent - [Integer]. Calculate the cut value based on a percentage of events kept.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFFSET_CUT_TYPE - Phonon Offset Cut Type - [Integer]. Choose whether to use P_OFFSET_CUT_VAL (1) or P_OFFSET_CUT_PERCENT (2).

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_OFFSET_CUT_VAL - Phonon Offset Cut Value - [Double]. Cut on baseline value.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • Pd2: Default
    • UCB: Default

P_PEAK_WINDOW_MIN - Phonon Peak Window Minimum - [Double]. Important for the optimal filter. Window in which the optimal filter looks for a peak, in seconds. Eventually will corresponds to bins.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_PEAK_WINDOW_MAX - Phonon Peak Window Maximum - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_POSTBASELINE - Phonon Post Baseline - [Integer]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • Soudan: SuperCDMS, DQ, R132, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: G42, G101, HV100mm

P_POSTTRIGGER - Phonon Post-Trigger - [Integer]. For end of trace baseline. Default (configCUTEData.iZIP): 4500 (7.2ms). Default (configCUTEData.iZIP): P_PRETRIGGER+P_POSTTRIGGER = 5000 (8ms)

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_PRETRIGGER - Phonon Pre-Trigger - [Integer]. Default (configCUTEData.iZIP): 500 (0.8ms). Default (configCUTEData.iZIP): P_PRETRIGGER+P_POSTTRIGGER = 5000 (8ms)

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_PULSENORM - Phonon Pulse Normalization - [Double]. Needed for optimal filter.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • MIT: Default
    • Midas: Default
    • PD2: Default
    • Queens: Default, iZIP
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_RELATIVE_CALIBRATION - Phonon Relative Channel Calibration - [Double]. Takes four to twelve numeric inputs. Each corresponds to a different channel and is a weighting factor that should be set based on the channel's gain. For equal weighting, set to 1; to ignore a channel, set to 0.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • MIT: Default
    • Midas: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_Rshunt - Phonon Rshunt - [Double]. Takes one number. Default: 20E-3. Needed to get the correct current value.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_SAMPLERATE - Phonon Sample Rate - [Double]. Takes one number. Default (configCUTEData.iZIP): 0.625e06

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCG: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_SATURATION - Phonon Saturation - [Integer]. Digitized values indicating saturation of the given channel? Determined by hardware.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_SLOPE_CUT_BINS - Phonon Slope Cut Bins - [Integer]. Not used by default.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_SLOPE_CUT_FRAC - Phonon Slope Cut Fraction - [Double]. Not used by default.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_SLOPE_CUT_NCHUNK - Phonon Slope Cut Number of Chunks - [Integer]. Number of divisions for pileup calculation.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_SLOPE_CUT_PERCENT - Phonon Slope Cut Percent - [Integer]. Calculate cut value based on a percentage of events kept.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_SLOPE_CUT_TYPE - Phonon Slope Cut Type - [Integer]. Choose whether to use P_SLOPE_CUT_VAL (1), P_SLOPE_CUT_PERCENT (2), or calculate cut value based on sigma (3). Use when you're on a muon tail to avoid including the muon in noise calculations.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_SLOPE_CUT_VAL - Phonon Slope Cut Value - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

P_TAIL_FIT_START - Phonon Tail Fit Start - [Double]. Start time of tail fit relative to [trigger time or pulse]. Given in seconds.

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_TAIL_FIT_TAU - Phonon Tail Fit Tau - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_TAIL_FIT_TAU_FLAG - Phonon Tail Fit Tau Flag - [Integer]

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_TAIL_FIT_TAU_SIGMA - Phonon Tail Fit Tau Sigma - [Double]. Ask Ben

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_TAIL_FIT_USE_QDELAY - Phonon Tail Fit USE Charge Delay - [Integer]. Decides where fit starts based on delay? Must choose phonon or charge?

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_PF_FALLFUNC_AF_ADD - Phonon PF Fall Function AF Add - [Double]

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_FALLFUNC_END - Phonon PF Fall Function End - [Double]

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_FALLFUNC_STEPSIZE_ADD1 - Phonon PF Fall Function Step Size Add 1 - [Double]

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_FALLFUNC_STEPSIZE_ADD2 - Phonon PF Fall Function Step Size Add 2 - [Double]

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_FALLFUNC_TF1_START - Phonon PF Fall Function TF1 Start - [Double]. Starting value for parameter TF1.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_FALLFUNC_TF2_START - Phonon PF Fall Function TF2 Start - [Double]. Starting value of parameter TF2.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_FALLFUNC_TFR_START - Phonon PF Fall Function TFR Start - [Double]. Starting value of parameter TFR.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAX_THRESHCHECK - Phonon PF Maximum Threshold Check - [Double]. Large pulse threshold.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAXADCPOINT_ADD - Phonon PF Maximum ADC Point Add - [Double]. Set "a" in ffend = maxadcpt+a.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAXADCPOINT_START_ADD - Phonon PF Maximum ADC Point Start Add - [Double]. Set "a" in rfend = 3.0*(maxadcpt-rfstart) + a.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAXADCPOINT_START_DIFF - Phonon PF Maximum ADC Point Start Difference - [Double]. Set "a" to check if maxadcpt-rfstart >= a.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAXADCPOINT_START_MULT - Phonon PF Maximum ADC Point Start Multiplier - [Double]. Set "a" in rfend = a*(maxadcpt-rfstart).

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAXTRACE_PULSE_DIFF_SAT - Phonon PF Maximum Trace Pulse Difference Saturated - [Double]. Set "a" to test for (Pulseheight-pulseheightatbin(i))< a.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MAXTRACESTART_SATURATED - Phonon PF Maximum Trace Start Saturated - [Double]. Starting value for pulse height for saturated pulse.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_MIDPOINT_DEFAULT - Phonon PF Midpoint Default - [Double]. Default falling function start.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_NUMBER_SATURATION_BINS - Phonon PF Number Saturation Bins - [Double]. Number of bins required for saturation.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_A0DEFAULT - Phonon PF Rise Function A_0 Default - [Double]. Default start value of parameter a0.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_A1DEFAULT - Phonon PF Rise Function A_1 Default - [Double]. Default start value of parameter a1.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58.

P_PF_RISEFUNC_KAPPADEFAULT - Phonon PF Rise Function κ Default - [Double]. Default start value of parameter κ.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_KAPPAMULT - Phonon PF Rise Function κ Multiplier - [Double]. Set "a" in τ = a*(maxadcpt-rfstart)

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_PULSEHEIGHTMULT - Phonon PF Rise Function Pulse Height Multiplier - [Double]. Set "a" for parameter a0 = pulseheight*a.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_STARTBINDIFF - Phonon PF Rise Function Starting Bin Difference - [Double]. Set "a" in parameter t0 = rfstart-a.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_T0DEFAULT - Phonon PF Rise Function t0 Default - [Double]. Default starting value of parameter t0.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_TAUDEFAULT - Phonon PF Rise Function τ Default - [Double]. Default starting value of parameter τ.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_RISEFUNC_TAUMULT - Phonon PF Rise Function τ Multiplier - [Double]. Set "a" for parameter τ = a*(maxadcpt-rfstart)

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_START_LARGERMSMULTIPLIER - Phonon PF Start Large RMS Multiplier - [Double]. Set "a" for if large pulse use a*rms in pipefitterwalk.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_START_RMSMULTIPLIER - Phonon PF Start RMS Multiplier - [Double]. Set "a" for check where pulseheight is above a*rms.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_TESTFOR_SMALL_RMS - Phonon PF Test for Small RMS - [Double]. Set "a" for if pulseheight < a*rms then pulse is small.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_START_THRESHCHECK - Phonon PF Start Threshold Check - [Double]. Set "a" in if maxheight>a use 0.05*maxheight.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_START_WALKMULTIPLIER - Phonon PF Start Walk Multiplier - [Double]. Set "a" for check where pulse is above a*maxheight.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_START_WINDOW_MIN - Phonon PF Start Window Minimum - [Integer]. Lower bin limit of the pipefitterwalk routine.

  • BatRoot: Analysis
  • DMC: Default, iZIPDefault
  • Soudan: STHybrid, c58

P_PF_START_WINDOW_MAX - Phonon PF Start Window Maximum - [Integer]. Upper bin limit of the pipefitterwalk routine.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_STARTTIME_DEFAULT_SMALL - Phonon PF Start Time Default Small - [Integer]. Default start time for small pulses.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PF_PULSEHEIGHTMAX_SATURATED - Phonon PF Pulse Height Maximum Saturated - [Double]. Saturation threshold.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

P_PULSENORM - Phonon Pulse Normalization - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_RISE_TIME - Phonon Rise Time - [Double]. If you're doing an optimal filter and don't have a ROOT file defined for the template, an analytical form can be used instead. This is the rise time, in seconds, from that calculated value. Only important for the optimal filter when there is no existing file.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100m

P_RTFT_BUTTERWORTH_1 - Phonon RTFT Butterworth 1 - [Double]. Takes ten numeric inputs.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133

P_RTFT_BUTTERWORTH_2 - Phonon RTFT Butterworth 2 - [Double]. Takes ten numeric inputs.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133

P_RTFT_BUTTERWORTH_CUTOFF_DEFAULT - Phonon RTFT Butterworth Cuttoff Default - [Double]. 50e3 for Ge; 90e3 for Si.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_RTFT_BUTTERWORTH_CUTOFF_LOWERLIMIT - Phonon RTFT Butterworth Cutoff Lower Limit - [Double]. Default: 6e3

  • BatRoot: Analysis
    • Cute: iZIP
    • DMC: Default, iZIPDefault
    • HveV: Default
    • Midas: Default
    • Pd2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_RTFT_BUTTERWORTH_CUTOFF_UPPERLIMIT - Phonon RTFT Butterworth Cutoff Upper Limit - [Double]. Default: 200e3

  • BatRoot: Analysis
    • Cute: iZIP
    • DMC: Default, iZIPDefault
    • HveV: Default
    • Midas: Default
    • Pd2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_RTFT_BUTTERWORTH_ORDER - Phonon RTFT Butterworth Order - [Integer]. Order (exponential) for Butterworth filtering.

  • BatRoot: Analysis
    • Cute: iZIP
    • DMC: Default, iZIPDefault
    • HveV: Default
    • Midas: Default
    • Pd2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_RTFT_BUTTERWORTH_SCALEFACTOR - Phonon RTFT Butterworth Scale Factor - [Double]. Scale factor for Butterworth filtering.

  • BatRoot: Analysis
    • Cute: iZIP
    • DMC: Default, iZIPDefault
    • HveV: Default
    • Midas: Default
    • Pd2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

P_RTFT_PULLBACK - Phonon RTFT Pullback - [Integer]. Default: 150. Ask Nick about pullback quantity.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm,
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

P_WF_BIN_END_ADD - Phonon WF Bin End Add - [Integer]

  • BatRoot: Analysis
    • DMC: Default
    • Soudan: STHybrid, c58

P_WF_BIN_START_SUB - Phonon WF Bin Start Subtract - [Integer]

  • BatRoot: Analysis
    • DMC: Default
    • Soudan: STHybrid, c58

P_WF_PAR1_START - Phonon WF Parameter 1 Start - [Double]

  • BatRoot: Analysis
    • DMC: Default
    • Soudan: STHybrid, c58

PILEUP_BINS - [Integer]. Not used by default

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

PILEUP_CUT - [Double]

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

PILEUP_FRAC - [Double]. Minimum fraction of events in pileup distribution allowed to fail. Not used by default. Takes one numeric input (<1).

  • BatRoot: Analysis
    • DMC: Dfault, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c48, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

PILEUP_NCHUNK - [Integer]. Number of divisions for pileup calculation.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

PIPEFITPHONON_THRESH_DET - Pipefit Phonon Threshold Detector - [Double]. Takes six integer inputs

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: STHybrid, c58

PT_CALIBRATION_NF - Phonon Temperature Calibration for Non-Stationary Optimal Filter - [Double]. Takes one to three numeric inputs followed by up to two strings.

  • BatRoot: Analysis
    • HVeV: Default
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135 - UMN: HV100mm, iIZP100m

Back to Top

Q

Q_BASELINE_MAX - Charge Baseline Maximum - [Integer]. First BIN from which baseline can be calculated (baseline calculated between this and P_BASELINE_MAX).

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iIZPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_BASELINE_MIN - Charge Baseline Minimum - [Integer]. First BIN from which baseline can be calculated (baseline calculated between this and Q_BASELINE_MAX).

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_BIAS - Charge Bias - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: G101
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_CALIBRATION_OF - Charge Calibration for Optimal Filter - [Double]

  • BatRoot: Analysis
    • Midas: Default
    • Queens: iZIP
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: Hv100mm, iZIP100mm

Q_CFB - Charge CFB - [Double]. Takes one numeric input. Default: 1e-12

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_CHAN_NOISE - Charge Channel Noise - [Integer]. Cuts are calculated using PT/QT; this allows you to enable/disable channels used to construct QT. Takes eight True (1) or False (0) inputs; each corresponds to a separate channel.

  • BatRoot: Analysis
    • Noise: Include
    • UCB: Default
    • UMN: HV100mm

Q_CHISQ_THRESH - Charge Chi-Squared Threshold - [Double]. Above the threshold, full chi-squared minimization is done during the charge X-talk calculation. Value "999999" turns off chi-squared calculation for all energies. Takes two to four numeric inputs.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133 - UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_DELAY_INTERPOLATE - Charge Delay Interpolate - [Integer]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_DriverGain - Charge Driver Gain - [Double]. Takes one to six integer inputs.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_DigitizerBinsPerVolt - Charge Digitizer Bins per Volt - [Double]. Takes one numeric input. Property of the digitizer; needed to properly normalize data.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • Pd2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_END_GOOD_CHARGE - Charge End Good Charge - [Integer]. Related to F5 filter.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_F5_NOISE - Charge F5 Noise - [Double]. Type of filter algorithm.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, Dq, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_FALL_TIME - Charge Fall Time - [Double]. If you're doing an optimal filter and don't have a ROOT file defined for the template, an analytical form can be used instead. This is the fall time, in seconds, from that calculated value. Only important for the optimal filter when there is no existing file.

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_Gain1 - Charge Gain 1 - [Double]. Takes one integer.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_MINADC - Charge Minimum ADC - [Integer]. Default: 2

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UC:B Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_MINMAX_CUT_NSIGMA - Charge Min/Max Cut Number of Sigma - [Double]. Roughly the number of sigma cut for the distribution. Default: 3.0

  • Batroot: Analysis
    • Noise: Include
    • UCB: Default

Q_MINMAX_CUT_PERCENT - Charge Min/Max Cut Percent - [Integer]. Calculate cut value based on a percentage of events kept.

  • BatRoot: Analysis
    • Noise: Include
    • UCB: Default

Q_MINMAX_CUT_TYPE - Charge Min/Max Cut Type - [Integer]. Choose whether to use Q_MINMAX_CUT_VAL (1), Q_MINMAX_CUT_PERCENT (2), or calculate based on sigma (3).

  • BatRoot: Analysis
    • Noise: Include
    • UCB: Default

Q_MINMAX_CUT_VAL - Charge Min/Max Cut Value - [Double]

  • BatRoot: Analysis
    • Noise: Include
    • UCB: Default

Q_MINMAX_CUT_YTHRESH - Charge Min/Max Cut Y-Threshold - [Double]

  • BatRoot: Analysis
    • Noise: Include
    • UCB: Default

Q_POSTBASELINE - Charge Post Baseline - [Integer]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_POSTTRIGGER - Charge Post-Trigger - [Integer]. Default (/analysis/configCUTEData.iZIP): 3584

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

Q_PRETRIGGER - Charge Pre-Trigger - [Integer]. Default (/analysis/configCUTEData.iZIP): 512

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

Q_PEAK_WINDOW_MAX - Charge Peak Window Maximum - [Double]. Default: 10e-6

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c48, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_PEAK_WINDOW_MIN - Charge Peak Window Minimum - [Double]. Takes one numeric input.

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c48, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_PTDELAY_CONSTRAINT - Charge PT Delay Constraint - [Integer]

  • BatRoot: Analysis
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135, HV100mm, iZIP100mm

Q_PULSENORM - Charge Pulse Normalization - [Double]

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefualt, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_RFB - Charge RFB - [Double]. Default: 40e6

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_RISE_TIME - Charge Rise Time - [Double]. If you're doing an optimal filter and don't have a ROOT file defined for the template, an analytical form can be used instead. This is the rise time, in seconds, from that calculated value. Only important for the optimal filter when there is no existing file.

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: G101
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, DQ, R132, R133, R134, R135
    • UCB: Default
    • UMN: Defualt, G42, G101, HV100mm, iZIP100mm

Q_RTFT_BUTTERWORTH_CUTOFF - Charge Butterworth Cutoff - [Double]. Default: 200e3

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_RTFT_BUTTERWORTH_ORDER - Charge RTFT Butterworth Order - [Integer]. Order (exponential) for Butterworth filtering. Default: 2

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_SAMPLERATE - Charge Sample Rate - [Double]. Takes one numeric input. Default (/analysis/configCUTEData.iZIP): 2.5e06

  • BatRoot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • MIT: Default
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Defualt, G42, G101, HV100mm, iZIP100mm

Q_SATURATION - Charge Saturation - [Double]. Digitized values indicating saturation of the given channel? Determined by hardware.

  • Batroot: Analysis
    • CUTE: iZIP
    • DMC: Default, iZIPDefault, G101
    • HVeV: Default
    • Midas: Default
    • MIT: Default
    • Noise: Include
    • PD2: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_START_GOOD_CHARGE - Charge Start Good Charge - [Integer]. Related to F5 filter.

  • Batroot: Analysis
    • DMC: Default, iZIPDefault, G101
    • Midas: Default
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_TEMPLATE_START - Charge Template Start - [Integer]. Related to F5 filter.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefaut, G101
    • Midas: Default
    • MIT: Default
    • Queens: Default, iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135
    • UCB: Default
    • UF: Default
    • UMN: Default, G42, G101, HV100mm, iZIP100mm

Q_Z_DELAY_CONSTRAINT - Charge Z Delay Constraint - [Integer]. 0 or 1.

  • BatRoot: Analysis
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

Q_Z_WINDOW_MAX - Charge Z Window Maximum - [Double]. Takes one +#e-# input.

  • BatRoot: Analysis
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

Q_Z_WINDOW_MIN - Charge Z Window Minimum - [Double]. Takes one -#e-# input.

  • BatRoot: Analysis
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

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S

SIMPT_NORM_KEV - Simple Temperature Normalization (keV) - [Double]. Rough conversion from keV. Default: 80000000. Obsolete, but must be present for code to work.

  • Batroot: Analysis
    • MidaS: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

SIMPTWFLATSPEC_MAX_E - Simple TW Flat SPEC Maximum Energy - [Double]. Roughly in keV. Default: 10. Obsolete, but must be present for code to work.

  • Batroot: Analysis
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

SIMPTWFLATSPEC_MIN_E - Simple TW Flat SPEC Minimum Energy - [Double]. Roughly in keV. Default: 0. Obsolete, but must be present for code to work.

  • Batroot: Analysis
    • Midas: Default
    • Queens: iZIP
    • SLAC: iZIP100mm
    • Soudan: SuperCDMS, R133, R134, R135
    • UMN: HV100mm, iZIP100mm

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U

USE_EXTERNAL_CUT - [Integer]. Use a ROOT File cut. True (1) or False (0).

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • PD2: Default
    • UCB: Default

USE_EXTERNAL_FILTERDATA - [Integer]. Use a previous noise file to calculate parameters, skipping the BatNoise process. Should generally be 0 for processing experimental data. True (1) or False (0).

  • BatRoot: Analysis
    • CUTE: iZIP
    • HVeV: Default
    • Midas: Default
    • Noise: Include
    • OD2: Default
    • UCB: Default

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V

VT_BASELINEMIN - Veto Baseline Minimum - [Integer]. Default: 1800

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

VT_BASELINEMAX - Veto Baseline Maximum - [Integer]. Default: 2800

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

VT_BINTO_VOLTS - Veto Bin to Volts - [Double]. Conversion factor. Default: 2.44140625e-3

  • Batroot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

VT_PRETRIGGER - Veto Pre-Trigger - [Integer]. Default: 924

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

VT_SAMPLE_TIME - Veto Sample Time - [Double]. Sample time given in microseconds.

  • BatRoot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

VT_SLOPE_THRESH - Veto Slope Threshold - [Double]. Default: 16.67

  • Batroot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

VT_TRIGGEROFFSET - Veto Trigger Offset - [Double]. Extension past trigger time to look for pulses. Listed in microseconds.

  • Batroot: Analysis
    • DMC: Default, iZIPDefault
    • Soudan: SuperCDMS, ITHybrid, STHybrid, c58, DQ, R132, R133, R134, R135

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Not Defined

These are a list of parameters that do not have a definition yet but can be found in BatRoot Processing files.

P

P1X2OF_PEAK_WINDOW_MAX?

P1X2OF_PEAK_WINDOW_MIN?

P_BASELINE_MAX_TO_TRIG_USEC?

P_BASELINE_MIN_FROM_START_USEC?

P_I0_uA?

P_INTEGRAL_DO_FILTER

P_INTEGRAL_MAX_FROM_TRIG_USEC

P_INTEGRAL_MIN_TO_TRIG_USEC

P_LPgain?

P_OF1X2_DELAY_INTERPOLATE

P_POSTBASELINE_TO_END_USEC?

P_Rp?

P_WF_BIN_T0PAR_SUB?

PT_THRESHOLD?

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Q

Q_BASELINE_MAX_TO_TRIG_USEC?

Q_BASELINE_MIN_FROM_START_USEC?

Q_MINMAX_CUT_MAX?

Q_POSTBASELINE_TO_END_USEC?

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R

RDEL_THRESHOLD?

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