channelSimData.py

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#!/usr/bin/env python
#
# Generate a random table of FEE channel properties
# for use in the electronics simulation

import random

import makeFeeCableMap

def makeFeeProperties():
    "Return a list of FEE channels and their properties"
    properties = []
    feeIds = makeFeeCableMap.getFeeChannelIds()
    #print "nDetectors = ",len(pmtIds)
    detectors = feeIds.keys()
    detectors.sort()
    for detector in detectors:
        #print "Detector",detector.detName(),"nPmts = ",len(pmtIds[detector])
        for channelId in feeIds[detector]:
            properties.append( getProperties(channelId) )
    return properties

def makeFeeCalibProperties():
    "Return a list of FEE channels and their properties"
    properties = []
    feeIds = makeFeeCableMap.getFeeChannelIds()
    #print "nDetectors = ",len(pmtIds)
    detectors = feeIds.keys()
    detectors.sort()
    for detector in detectors:
        #print "Detector",detector.detName(),"nPmts = ",len(pmtIds[detector])
        for channelId in feeIds[detector]:
            properties.append( getCalibProperties(channelId) )
    return properties

def getProperties(channelId):
    "Generate simulation properties for this FEE channel"
    channelThreshold = 0.0025 # Volts
    adcRangeHigh     = 0.1 # Volts
    adcRangeLow      = 1.0 # Volts
    adcBaselineHigh  = 500.0
    adcBaselineLow   = 500.0

    description = makeFeeCableMap.channelDescription(channelId)
    format = "%-2d %30s %-4.4f %-4.3f %-4.3f %-4.2f %-4.2f"
    line = format  % (channelId.fullPackedData(),
                      description,
                      channelThreshold,
                      adcRangeHigh,
                      adcRangeLow,
                      adcBaselineHigh,
                      adcBaselineLow)
    return line

def getCalibProperties(channelId):
    "Generate calibration properties for this FEE channel"
    status = 1
    adcThresholdHigh = 5.0
    adcThresholdLow  = 0.0
    adcBaselineHigh  = 500.0
    adcBaselineLow   = 500.0

    description = makeFeeCableMap.channelDescription(channelId)
    format = "%-2d %30s %-4.3f %-4.3f %-4.2f %-4.2f"
    line = format  % (channelId.fullPackedData(),
                      description,
                      adcThresholdHigh,
                      adcThresholdLow,
                      adcBaselineHigh,
                      adcBaselineLow)
    return line


def printFeeProperties():
    "Print table of Channel properties"
    print "# Simulation input data for FEE channel properties"
    print "# channelId description channelThreshold[V] adcRangeHigh[V] adcRangeLow[V] adcBaselineHigh adcBaselineLow"
    lines = makeFeeProperties()
    for line in lines:
        print line

def printFeeCalibProperties():
    "Print table of Channel properties"
    print "# Calibration for FEE channel properties"
    print "# channelId description adcThresholdHigh adcThresholdLow adcBaselineHigh adcBaselineLow"
    lines = makeFeeCalibProperties()
    for line in lines:
        print line

if __name__ == "__main__":
    #printFeeProperties()
    printFeeCalibProperties()