def preCount(self):
"MeekNZ STV: prepare for count"
MeekSTV.preCount(self)
self.strongTieBreakMethod = "random" # documentation only; we override breakStrongTie()
self.surplusLimit = self.p / 10000 # 0.0001 per clause 13
# initialize PRNG per clause 42
prng = MeekNZSTV.NZprng(c=self.b.numCandidates, n=self.numSeats, v=self.b.numBallots)
for c in self.continuing:
rc = prng.next()
while rc in self.prng_cands.values():
rc = prng.next()
self.prng_cands[c] = rc
def preCount(self):
"MeekNZ STV: prepare for count"
MeekSTV.preCount(self)
self.strongTieBreakMethod = "random" # documentation only; we override breakStrongTie()
self.surplusLimit = self.p / 10000 # 0.0001 per clause 13
# initialize PRNG per clause 42
prng = MeekNZSTV.NZprng(c=self.b.numCandidates,
n=self.numSeats,
v=self.b.numBallots)
for c in self.continuing:
rc = prng.next()
while rc in self.prng_cands.values():
rc = prng.next()
self.prng_cands[c] = rc
def inInfiniteLoop(self):
"Detect hangs by looking for at keep factor changes"
if MeekSTV.inInfiniteLoop(self):
return True
if (self.R > 1):
for kf1, kf2 in zip(self.keepFactor[self.R-2], self.keepFactor[self.R-1]):
if kf2 > kf1: # if any keep factor increased, we're in a loop
return True
return False
def inInfiniteLoop(self):
"Detect hangs by looking for at keep factor changes"
if MeekSTV.inInfiniteLoop(self):
return True
if (self.R > 1):
for kf1, kf2 in zip(self.keepFactor[self.R - 2],
self.keepFactor[self.R - 1]):
if kf2 > kf1: # if any keep factor increased, we're in a loop
return True
return False
