def main(override={}):
"""
override from testting scripts
"""
data, results, config = pyWADinput()
# read runtime parameters for module
for name, action in config['actions'].items():
if name == 'acqdatetime':
acqdatetime_series(data, results, action)
elif name == 'qc_series':
OCR(data, results, action, override)
#results.limits["minlowhighmax"]["mydynamicresult"] = [1,2,3,4]
results.write()
BlockEfficiency =detres.find('bBlockEfficiency').find('cBlkValue').find('aValue').text
results.addFloat('Block Efficiency',BlockEfficiency)
MeasuredRandoms = detres.find('cMeasureRandoms').find('cBlkValue').find('aValue').text
results.addFloat('Measured Randoms',MeasuredRandoms)
ScannerEfficiency = detres.find('dScannerEfficiency').find('cBlkValue').find('aValue').text
results.addFloat('Scanner Efficiency',ScannerEfficiency)
ScatterRatio = detres.find('eScatterRatio').find('cBlkValue').find('aValue').text
results.addFloat('Scatter Ratio',ScatterRatio)
ECF = detres.find('fECF').find('cBlkValue').find('aValue').text
results.addFloat('ECF',ECF)
ImagePlaneEfficiency = detres.find('gPlaneEff').find('cBlkValue').find('aValue').text
results.addFloat('Plane efficiency',ImagePlaneEfficiency)
BlockTimingOffset = detres.find('hTimeAlignment').find('cBlkValue').find('aValue').text
results.addFloat('BlockTimingOffset',BlockTimingOffset)
BlockTimingWidth = detres.find('iTAFWHM').find('cBlkValue').find('aValue').text
results.addFloat('BlockTimingWidth',BlockTimingWidth)
TimeAlignmentResidual = detres.find('lTAResidual').find('cBlkValue').find('aValue').text
results.addFloat('Time alignment residual',TimeAlignmentResidual)
if __name__ == "__main__":
data, results, config = pyWADinput()
for name,action in config['actions'].items():
if name == 'acqdatetime':
acqdatetime_series(data, results, action)
elif name == 'parse':
parseqcreport(data, results, action)
results.write()
