def _combineResults(self):
smartLenOfResults = len(
list(resultsWithoutNone(self._childResults, ignoreNans=True)))
if smartLenOfResults == 0:
self._result = None
else:
self._result = float(smartSum(self._childResults,
ignoreNans=True)) / smartLenOfResults
def _combineResults(self):
allKeys = reduce(
lambda l1, l2: l1 + l2,
[childDict.keys() for childDict in self._childResults])
uniqueKeys = set(allKeys)
self._result = OrderedDict([
(key, smartSum([res.get(key) for res in self._childResults]))
for key in uniqueKeys
])
return self._result
def _combineResults(self):
allKeys = reduce(lambda l1,l2:l1+l2, [childDict['stateBPCounter'].keys() for childDict in self._childResults])
uniqueKeys = set(allKeys)
#print 'uniqueKeys: ', uniqueKeys
tmp = dict([ (key, smartSum([res['stateBPCounter'].get(key) for res in self._childResults])) for key in uniqueKeys ])
res = {'catInfo':self._childResults[0]['catInfo']}
res['stateBPCounter'] = tmp
res['genome'] = self.getGenome()
self._result = res
#self._result = {'result':res}
#print 'self._result: ', self._result
return self._result
def _combineResults(self):
res = OrderedDict()
for childDict in self._childResults:
for key1 in childDict.keys():
if key1 not in res:
res[key1] = copy(childDict[key1])
else:
for key2 in childDict[key1]:
if key2 in res[key1]:
res[key1][key2] = smartSum((res[key1][key2], childDict[key1][key2]))
else:
res[key1][key2] = childDict[key1][key2]
self._result = res
return self._result
def _combineResults(self):
res = OrderedDict()
for childDict in self._childResults:
for key1 in childDict.keys():
if key1 not in res:
res[key1] = copy(childDict[key1])
else:
for key2 in childDict[key1]:
if key2 in res[key1]:
res[key1][key2] = smartSum((res[key1][key2], childDict[key1][key2]))
else:
res[key1][key2] = childDict[key1][key2]
self._result = res
return self._result
def _combineResults(self):
self._result = OrderedDict([ (key, smartSum([res[key] for res in self._childResults])) for key in self._childResults[0] ])
def _combineResults(self):
self._result = smartSum(self._childResults)
def testSmartSum(self):
self.assertEqual(6, smartSum([1, 2, 3]))
self.assertEqual(3, smartSum([1, 2, None]))
self.assertEqual(None, smartSum([None, None, None]))
self.assertEqual(0, smartSum([]))
self.assertRaises(TypeError, smartSum['a', 'b'])
def _combineResults(self):
allKeys = reduce(lambda l1,l2:l1+l2, [childDict.keys() for childDict in self._childResults])
uniqueKeys = set(allKeys)
self._result = OrderedDict([ (key, smartSum([res.get(key) for res in self._childResults])) for key in uniqueKeys ])
return self._result
def _combineResults(self):
self._result = OrderedDict([ (key, smartSum([res[key] for res in self._childResults])) for key in self._childResults[0] ])
def _combineResults(self):
self._result = smartSum(self._childResults)