def effectsSummary(self, **kwArgs):
"""
Returns an EffectsSummary object. If present, notes will be made in a
provided memo kwArgs to allow elision of reprocessing, which should
eliminate the combinatoric explosion.
>>> obj = _testingValues[0]
>>> memo = {}
>>> es = obj.effectsSummary(memo=memo)
>>> es.pprint()
2:
41
>>> len(memo) # will have obj *and* the single substitution subtable
2
"""
memo = kwArgs.pop('memo', {})
if id(self) in memo:
return memo[id(self)]
r = EffectsSummary()
for key, lkGroup in self.items():
for lkRec in lkGroup:
onlyWant = {key[lkRec.sequenceIndex]}
for sub in lkRec.lookup:
if id(sub) not in memo:
memo[id(sub)] = sub.effectsSummary(**kwArgs)
r.updateSets(memo[id(sub)], onlyWant=onlyWant)
memo[id(self)] = r
return r
def effectsSummary(self, **kwArgs):
"""
Returns an EffectsSummary object. If present, notes will be made in a
provided memo kwArgs to allow elision of reprocessing, which should
eliminate the combinatoric explosion.
>>> obj = _testingValues[2]
>>> memo = {}
>>> es = obj.effectsSummary(memo=memo)
>>> es.pprint()
4:
10
5:
97
6:
18
>>> id(obj) in memo
True
"""
memo = kwArgs.pop('memo', {})
if id(self) in memo:
return memo[id(self)]
r = EffectsSummary()
for gIn, gOut in self.items():
r[gIn].add(gOut)
memo[id(self)] = r
return r
def effectsSummary(self, **kwArgs):
"""
Returns an EffectsSummary object. If present, notes will be made in a
provided memo kwArgs to allow elision of reprocessing, which should
eliminate the combinatoric explosion.
>>> obj = _testingValues[0]
>>> memo = {}
>>> es = obj.effectsSummary(memo=memo)
>>> es.pprint()
50:
60
51:
61
53:
63
56:
66
57:
67
"""
memo = kwArgs.pop('memo', {})
if id(self) in memo:
return memo[id(self)]
r = EffectsSummary()
for key, tOut in self.items():
for gIn, gOut in zip(sorted(key[1]), tOut):
r[gIn].add(gOut)
memo[id(self)] = r
return r
def effectsSummary(self, **kwArgs):
"""
Returns an EffectsSummary object. If present, notes will be made in a
provided memo kwArgs to allow elision of reprocessing, which should
eliminate the combinatoric explosion.
>>> obj = _testingValues[0]
>>> memo = {}
>>> es = obj.effectsSummary(memo=memo)
>>> es.pprint()
2:
41
4:
42
6:
43
>>> len(memo) # will have obj *and* the single substitution subtable
2
"""
memo = kwArgs.pop('memo', {})
if id(self) in memo:
return memo[id(self)]
r = EffectsSummary()
revMap = utilities.invertDictFull(self.classDefInput, asSets=True)
for key, lkGroup in self.items():
for lkRec in lkGroup:
ci = key[1][lkRec.sequenceIndex]
if ci:
onlyWant = revMap[ci]
else:
onlyWant = self.coverageExtras
for sub in lkRec.lookup:
if id(sub) not in memo:
memo[id(sub)] = sub.effectsSummary(**kwArgs)
r.updateSets(memo[id(sub)], onlyWant=onlyWant)
memo[id(self)] = r
return r