def __init__(self, cactusHistory):
super(OrderedHistory, self).__init__(cactusHistory.cactus)
self.copy(cactusHistory)
self.eventCosts = cactusHistory.eventCosts
self.ordering = PartialOrderSet(X for X in self.parent)
for event in self.parent:
if self.parent[event] is not None and (
debug.DEBUG or event.ratio > debug.RATIO_CUTOFF):
assert self.ordering.addConstraint(self.parent[event], event)
def __init__(self, cactusHistory): super(OrderedHistory, self).__init__(cactusHistory.cactus) self.copy(cactusHistory) self.eventCosts = cactusHistory.eventCosts self.ordering = PartialOrderSet(X for X in self.parent) for event in self.parent: if self.parent[event] is not None and (debug.DEBUG or event.ratio > debug.RATIO_CUTOFF): assert self.ordering.addConstraint(self.parent[event], event)
class OrderedHistory(ScheduledHistory): """ History with arbitrary linear ordering compatible with tree structure """ def __init__(self, cactusHistory): super(OrderedHistory, self).__init__(cactusHistory.cactus) self.copy(cactusHistory) self.eventCosts = cactusHistory.eventCosts self.ordering = PartialOrderSet(X for X in self.parent) for event in self.parent: if self.parent[event] is not None and (debug.DEBUG or event.ratio > debug.RATIO_CUTOFF): assert self.ordering.addConstraint(self.parent[event], event) def braneyText(self, ID, cost=None): if cost is None: cost = self.rearrangementCost() return "\n".join(filter(lambda X: len(X) > 0, (X[1].braneyText(ID, X[0], self.ordering, cost, self.eventCosts) for X in enumerate(self.netHistories.values()))))
class OrderedHistory(ScheduledHistory):
""" History with arbitrary linear ordering compatible with tree structure """
def __init__(self, cactusHistory):
super(OrderedHistory, self).__init__(cactusHistory.cactus)
self.copy(cactusHistory)
self.eventCosts = cactusHistory.eventCosts
self.ordering = PartialOrderSet(X for X in self.parent)
for event in self.parent:
if self.parent[event] is not None and (
debug.DEBUG or event.ratio > debug.RATIO_CUTOFF):
assert self.ordering.addConstraint(self.parent[event], event)
def braneyText(self, ID, cost=None):
if cost is None:
cost = self.rearrangementCost()
return "\n".join(
filter(lambda X: len(X) > 0,
(X[1].braneyText(ID, X[0], self.ordering, cost,
self.eventCosts)
for X in enumerate(self.netHistories.values()))))
