def _processGaugeData(self, bundle, trackway, data):
pesCount = bundle.leftPes.count + bundle.rightPes.count
record = {'name':trackway.name, 'count':pesCount}
gaugeData = data['gauges']
try:
value = NumericUtils.getWeightedMeanAndDeviation(gaugeData.abs)
record['abs'] = value.value
record['absUnc'] = value.uncertainty
self._trackwayGauges.abs.append((pesCount, value))
except ZeroDivisionError:
return
widthValue = NumericUtils.getWeightedMeanAndDeviation(gaugeData.width)
record['width'] = widthValue.value
record['widthUnc'] = widthValue.uncertainty
self._trackwayGauges.width.append((pesCount, widthValue))
if gaugeData.pace:
value = NumericUtils.getWeightedMeanAndDeviation(gaugeData.pace)
record['pace'] = value.value
record['paceUnc'] = value.uncertainty
self._trackwayGauges.pace.append((pesCount, value))
else:
record['pace'] = ''
record['paceUnc'] = ''
if gaugeData.stride:
value = NumericUtils.getWeightedMeanAndDeviation(gaugeData.stride)
record['stride'] = value.value
record['strideUnc'] = value.uncertainty
self._trackwayGauges.stride.append((pesCount, value))
else:
record['stride'] = ''
record['strideUnc'] = ''
self._trackwayCsv.addRow(record)
plot = ScatterPlot(
data=data['points'],
title='%s Width-Normalized Gauges (%s)' % (trackway.name, widthValue.label),
xLabel='Track Position (m)',
yLabel='Gauge (AU)')
self._paths.append(plot.save(self.getTempFilePath(extension='pdf')))
analysisTrackway = trackway.getAnalysisPair(self.analysisSession)
analysisTrackway.simpleGauge = widthValue.raw
analysisTrackway.simpleGaugeUnc = widthValue.rawUncertainty
