def setAggregator(self, name):
self._aggregatorName = name
if (name == "mean"):
self._aggregator = np.mean
elif (name == "median"):
self._aggregator = np.median
elif (name == "min"):
self._aggregator = np.min
elif (name == "max"):
self._aggregator = np.max
elif (name == "std"):
self._aggregator = np.std
elif (name == "range"):
self._aggregator = Util.nprange
elif (name == "count"):
self._aggregator = Util.numvalid
elif (name == "meanabs"):
self._aggregator = Util.meanabs
elif (Util.isnumeric(name)):
quantile = float(name)
if quantile < 0 or quantile > 1:
Util.error("Number after -ct must must be between 0 and 1")
def func(x):
return np.percentile(x, quantile * 100)
self._aggregator = func
else:
Util.error("Invalid aggregator")
def setAggregator(self, name):
self._aggregatorName = name
if (name == "mean"):
self._aggregator = np.mean
elif (name == "median"):
self._aggregator = np.median
elif (name == "min"):
self._aggregator = np.min
elif (name == "max"):
self._aggregator = np.max
elif (name == "std"):
self._aggregator = np.std
elif (name == "range"):
self._aggregator = Util.nprange
elif (Util.isnumeric(name)):
def func(x):
return np.percentile(x, float(name))
self._aggregator = func
else:
Util.error("Invalid aggregator")
