def __init__(self, r, name, cond_samples=None):
self._r = r
self._name = name
ConditionalFreqDist.__init__(self, cond_samples)
# initialize self._fdists for all matching keys
for key in self._r.keys(encode_key('%s:*' % name)):
condition = key.split(':')[1]
self[condition] # calls self.__getitem__(condition)
def __init__(self, r, name, cond_samples=None):
self._r = r
self._name = name
ConditionalFreqDist.__init__(self, cond_samples)
for key in self._r.keys(encode_key('%s:*' % name)):
condition = key.split(b':')[1].decode()
self[condition] # calls self.__getitem__(condition)
def __init__(self, r, name, cond_samples=None):
self._r = r
self._name = name
ConditionalFreqDist.__init__(self, cond_samples)
for key in self._r.keys(encode_key('%s:*' % name)):
condition = key.split(b':')[1].decode()
self[condition] # calls self.__getitem__(condition)
def __init__(self, r, name, cond_samples=None):
self._r = r
self._name = name
ConditionalFreqDist.__init__(self, cond_samples)
# initialize self._fdists for all matching keys
for key in self._r.keys(encode_key('%s:*' % name)):
condition = key.split(':')[1]
self[condition] # calls self.__getitem__(condition)
def __contains__(self, condition): return encode_key(condition) in self._fdists
def __contains__(self, condition):
return encode_key(condition) in self._fdists
