def _prepareTable(self, groups):
result = table.Table('lr')
for group in groups:
formatted = 'avg[{0}] tot[{1}]'.format(
helpers.formatValues(group.aggregate(self._mean)),
helpers.formatValues(group.aggregate(self._sum)))
result.add(self._label(group), formatted)
return result
def _prepareTable(self, groups):
mean = lambda vector: sum(float(x) for x in vector) / len(vector)
_sum = lambda vector: sum(float(x) for x in vector)
result = table.Table('lr')
for group in groups:
formatted = 'avg[{0}] tot[{1}]'.format(
helpers.formatValues(group.aggregate(mean)),
helpers.formatValues(group.aggregate(_sum)))
result.add(self._label(group), formatted)
return result
def _prepareTable(self, groups):
mean = lambda vector: sum(float(x) for x in vector) / len(vector)
_sum = lambda vector: sum(float(x) for x in vector)
result = table.Table('lr')
for group in groups:
formatted = 'avg[{0}] tot[{1}]'.format(
helpers.formatValues(group.aggregate(mean)),
helpers.formatValues(group.aggregate(_sum)))
result.add(self._label(group), formatted)
return result
def update(self, liveData):
for metric in liveData.measurements:
print('{} {}'.format(metric.symbol, helpers.formatValues(metric.status)))
sys.stdout.flush()
def _prepareTable(self, measurements):
result = table.Table('lr')
for metric in measurements:
result.add(metric.symbol, helpers.formatValues(metric.status))
return result
def _values(self, group):
means = self._meanMerge(group)
return helpers.formatValues(means)
def _values(self, group):
means = self._meanMerge(group)
return helpers.formatValues(means)
def update(self, liveData):
for metric in liveData.measurements:
print('{} {}'.format(metric.symbol,
helpers.formatValues(metric.status)))
sys.stdout.flush()
