def results(self, ballots, **kwargs):
"""IRV results.
>>> Irv().resultsFor(DeterministicModel(3)(5,3),Irv().honBallot)["results"]
[0, 1, 2]
>>> Irv().results([[0,1,2]])[2]
2
>>> Irv().results([[0,1,2],[2,1,0]])[1]
0
>>> Irv().results([[0,1,2]] * 4 + [[2,1,0]] * 3 + [[1,2,0]] * 2)
[2, 0, 1]
"""
if type(ballots) is not list:
ballots = list(ballots)
ncand = len(ballots[0])
results = [-1] * ncand
piles = [[] for i in range(ncand)]
loserpile = ballots
loser = -1
for i in range(ncand):
self.resort(loserpile, loser, ncand, piles)
negscores = ["x" if isnum(pile) else -len(pile) for pile in piles]
loser = self.winner(negscores)
results[loser] = i
loserpile, piles[loser] = piles[loser], -1
return results
def results(self, ballots, **kwargs):
"""IRV results.
>>> Irv().resultsFor(DeterministicModel(3)(5,3),Irv().honBallot)["results"]
[0, 1, 2]
>>> Irv().results([[0,1,2]])[2]
2
>>> Irv().results([[0,1,2],[2,1,0]])[1]
0
>>> Irv().results([[0,1,2]] * 4 + [[2,1,0]] * 3 + [[1,2,0]] * 2)
[2, 0, 1]
"""
if type(ballots) is not list:
ballots = list(ballots)
ncand = len(ballots[0])
results = [-1] * ncand
piles = [[] for i in range(ncand)]
loserpile = ballots
loser = -1
for i in range(ncand):
self.resort(loserpile, loser, ncand, piles)
negscores = ["x" if isnum(pile) else -len(pile)
for pile in piles]
loser = self.winner(negscores)
results[loser] = i
loserpile, piles[loser] = piles[loser], -1
return results
def __init__(self,Tag,ListTag=[],ListMeas=[],ListSigma=[],ListFlag=[],ListUnit=[]):
if (not (isnum(Tag)) and(len(ListTag)!=0) and (len(ListMeas)!=0) and (len(ListSigma)) and (len(ListFlag)!=0)):
if (Tag in ListTag):
self.Tag=ListTag[ListTag.index(Tag)]
self.Meas=float(ListMeas[ListTag.index(Tag)])
self.Sigma=float(ListSigma[ListTag.index(Tag)])
self.Flag=int(ListFlag[ListTag.index(Tag)])
self.Est=self.Meas
self.Sol=self.Meas
self.Unit=ListUnit[ListTag.index(Tag)]
else:
print "Error : in ", Tag," Sensor Tag not found in the Measurement file"
elif ((isnum(Tag)) and(len(ListTag)==0) and (len(ListMeas)==0) and (len(ListSigma)==0) and (len(ListFlag)==0) and (len(ListUnit)==0)):
''' You are expected to give the concentration in mole fraction '''
self.Tag=[]
self.Meas=Tag
self.Est=Tag
self.Sigma=1#0.01*Tag
self.Flag=1.0
self.Sol=Tag
def winner(results):
"""Simply find the winner once scores are already calculated. Override for
ranked methods.
>>> Method().winner([1,2,3,2,-100])
2
>>> 2 < Method().winner([1,2,1,3,3,3,2,1,2]) < 6
True
"""
winScore = max([result for result in results if isnum(result)])
winners = [cand for (cand, score) in enumerate(results) if score==winScore]
return random.choice(winners)
def winner(results):
"""Simply find the winner once scores are already calculated. Override for
ranked methods.
>>> Method().winner([1,2,3,2,-100])
2
>>> 2 < Method().winner([1,2,1,3,3,3,2,1,2]) < 6
True
"""
winScore = max([result for result in results if isnum(result)])
winners = [cand for (cand, score) in enumerate(results) if score==winScore]
return random.choice(winners)
def setPortNumber(self, portNumber):
"""
Sets the port number to use with the connection.
"""
if isnum(portNumber):
self._port = portNumber
def isnum_foreach(s):
for i in s:
if not isnum(i):
return 0
else:
return 1
print('-107:', end=' ')
asal.asalmı_gelismis(-107)
print('0:', end=' ')
asal.asalmı_gelismis(0)
print('1:', end=' ')
asal.asalmı_gelismis(1)
print('2:', end=' ')
asal.asalmı_gelismis(2)
print('-1:', end=' ')
asal.asalmı_gelismis(-1)
print('-2:', end=' ')
asal.asalmı_gelismis(-2)
print('-11:', end=' ')
asal.asalmı_gelismis(-11)
print(isnum(1))
print(isnum(-1))
print(isnum('1'))
print(isnum('a'))
L = [1, 2, 3]
print(isnum(L[:]))
def isnum_foreach(s):
for i in s:
if not isnum(i):
return 0
else:
return 1