Functions | |
| def | makeFeeProperties |
| def | makeFeeCalibProperties |
| def | getProperties |
| def | getCalibProperties |
| def | printFeeProperties |
| def | printFeeCalibProperties |
| def channelSimData::makeFeeProperties | ( | ) |
Definition at line 10 of file channelSimData.py.
00010 : 00011 "Return a list of FEE channels and their properties" 00012 properties = [] 00013 feeIds = makeFeeCableMap.getFeeChannelIds() 00014 #print "nDetectors = ",len(pmtIds) 00015 detectors = feeIds.keys() 00016 detectors.sort() 00017 for detector in detectors: 00018 #print "Detector",detector.detName(),"nPmts = ",len(pmtIds[detector]) 00019 for channelId in feeIds[detector]: 00020 properties.append( getProperties(channelId) ) 00021 return properties 00022 def makeFeeCalibProperties():
| def channelSimData::makeFeeCalibProperties | ( | ) |
Definition at line 23 of file channelSimData.py.
00023 : 00024 "Return a list of FEE channels and their properties" 00025 properties = [] 00026 feeIds = makeFeeCableMap.getFeeChannelIds() 00027 #print "nDetectors = ",len(pmtIds) 00028 detectors = feeIds.keys() 00029 detectors.sort() 00030 for detector in detectors: 00031 #print "Detector",detector.detName(),"nPmts = ",len(pmtIds[detector]) 00032 for channelId in feeIds[detector]: 00033 properties.append( getCalibProperties(channelId) ) 00034 return properties 00035 def getProperties(channelId):
| def channelSimData::getProperties | ( | channelId | ) |
Definition at line 36 of file channelSimData.py.
00036 : 00037 "Generate simulation properties for this FEE channel" 00038 channelThreshold = 0.0025 # Volts 00039 adcRangeHigh = 0.1 # Volts 00040 adcRangeLow = 1.0 # Volts 00041 adcBaselineHigh = 500.0 00042 adcBaselineLow = 500.0 00043 00044 description = makeFeeCableMap.channelDescription(channelId) 00045 format = "%-2d %30s %-4.4f %-4.3f %-4.3f %-4.2f %-4.2f" 00046 line = format % (channelId.fullPackedData(), 00047 description, 00048 channelThreshold, 00049 adcRangeHigh, 00050 adcRangeLow, 00051 adcBaselineHigh, 00052 adcBaselineLow) 00053 return line 00054 def getCalibProperties(channelId):
| def channelSimData::getCalibProperties | ( | channelId | ) |
Definition at line 55 of file channelSimData.py.
00055 : 00056 "Generate calibration properties for this FEE channel" 00057 status = 1 00058 adcThresholdHigh = 5.0 00059 adcThresholdLow = 0.0 00060 adcBaselineHigh = 500.0 00061 adcBaselineLow = 500.0 00062 00063 description = makeFeeCableMap.channelDescription(channelId) 00064 format = "%-2d %30s %-4.3f %-4.3f %-4.2f %-4.2f" 00065 line = format % (channelId.fullPackedData(), 00066 description, 00067 adcThresholdHigh, 00068 adcThresholdLow, 00069 adcBaselineHigh, 00070 adcBaselineLow) 00071 return line 00072 00073 def printFeeProperties():
| def channelSimData::printFeeProperties | ( | ) |
Definition at line 74 of file channelSimData.py.
00074 : 00075 "Print table of Channel properties" 00076 print "# Simulation input data for FEE channel properties" 00077 print "# channelId description channelThreshold[V] adcRangeHigh[V] adcRangeLow[V] adcBaselineHigh adcBaselineLow" 00078 lines = makeFeeProperties() 00079 for line in lines: 00080 print line 00081 def printFeeCalibProperties():
| def channelSimData::printFeeCalibProperties | ( | ) |
Definition at line 82 of file channelSimData.py.
00082 : 00083 "Print table of Channel properties" 00084 print "# Calibration for FEE channel properties" 00085 print "# channelId description adcThresholdHigh adcThresholdLow adcBaselineHigh adcBaselineLow" 00086 lines = makeFeeCalibProperties() 00087 for line in lines: 00088 print line 00089 if __name__ == "__main__":
1.4.7