def solveCliqueGames(self):
cliqueCount = 0
for pair in zip(self.cliques, self.cliquePayoffs):
#should be a list of two sets of strategies
cliques = pair[0]
#is an array of payoffs
payoffs = pair[1]
sNumStrat = [len(cliques[0]), len(cliques[1])]
strats = {}
for i,stratSet in enumerate(cliques):
strats[self.roleInd[i]] = {
j: strat \
for j, strat in enumerate(stratSet)
}
cliqueCount += 1
p = SolveGame.gameData(self.roles, sNumStrat, strats, payoffs)
if self.debug:
pprint.pprint(p.roles)
pprint.pprint(p.numStrat)
pprint.pprint(p.strat)
pprint.pprint(p.payoff)
# try:
SolveGame.solveGame(p, "clique"+str(cliqueCount))
def solveCliqueGames(self):
cliqueCount = 0
for pair in zip(self.cliques, self.cliquePayoffs):
#should be a list of two sets of strategies
cliques = pair[0]
#is an array of payoffs
payoffs = pair[1]
sNumStrat = [len(cliques[0]), len(cliques[1])]
strats = {}
for i, stratSet in enumerate(cliques):
strats[self.roleInd[i]] = {
j: strat \
for j, strat in enumerate(stratSet)
}
cliqueCount += 1
p = SolveGame.gameData(self.roles, sNumStrat, strats, payoffs)
if self.debug:
pprint.pprint(p.roles)
pprint.pprint(p.numStrat)
pprint.pprint(p.strat)
pprint.pprint(p.payoff)
# try:
SolveGame.solveGame(p, "clique" + str(cliqueCount))
def solveGames(self):
strat = {}
for roles in self.roles:
t = {}
for k,v in self.stratInd[roles].iteritems():
t[v] = k
strat[roles] = t
p = SolveGame.gameData(self.roles, self.numStrategies, strat, self.payoffMat)
if self.debug:
pprint.pprint(p.roles)
pprint.pprint(p.numStrat)
pprint.pprint(p.strat)
pprint.pprint(p.payoff)
SolveGame.solveGame(p, "Something")
def solveGames(self):
strat = {}
for roles in self.roles:
t = {}
for k, v in self.stratInd[roles].iteritems():
t[v] = k
strat[roles] = t
p = SolveGame.gameData(self.roles, self.numStrategies, strat,
self.payoffMat)
if self.debug:
pprint.pprint(p.roles)
pprint.pprint(p.numStrat)
pprint.pprint(p.strat)
pprint.pprint(p.payoff)
SolveGame.solveGame(p, "Something")
def solveSubGames(self, num):
t = [[(None, None) for i in range(self.numStrategies[1])] for j in range(int(num))]
counter = 0
hodor = snippets.getFileNames("subGames")
for triples in itertools.combinations(self.strategies[self.roles[0]], num):
print "Attacker strategies:- ",
print triples
name = '_'.join(list(triples))
if name in hodor:
# print "Skipping "+name
continue
p = []
m = {}
n = {}
for i, atStr in enumerate(triples):
m[i] = atStr
for j, dStr in enumerate(self.strategies[self.roles[1]]):
# p.append(self.payoffMat[self.stratInd[self.roles[0]][atStr]]\
# [self.stratInd[self.roles[1]][dStr]])
t[i][j] = self.payoffMat[self.stratInd[self.roles[0]][atStr]]\
[self.stratInd[self.roles[1]][dStr]]
if j not in n:
n[j] = dStr
# t.append(p)
if self.debug:
print p
numStrats = [num, self.numStrategies[1]]
strats = {
self.roles[0]:m,
self.roles[1]:n
}
p = SolveGame.gameData(self.roles, numStrats, strats, t)
# if self.debug:
print "Subgame-" + str(counter)
if self.debug:
pprint.pprint(p.roles)
pprint.pprint(p.numStrat)
pprint.pprint(p.strat)
pprint.pprint(p.payoff)
SolveGame.solveGame(p, "subGame-" + name)
print "Finished subGame " + str(counter)
counter+=1
def solveSubGames(self, num):
t = [[(None, None) for i in range(self.numStrategies[1])]
for j in range(int(num))]
counter = 0
hodor = snippets.getFileNames("subGames")
for triples in itertools.combinations(self.strategies[self.roles[0]],
num):
# print "Attacker strategies:- ",
# print triples
name = '_'.join(list(triples))
if name in hodor:
# print "Skipping "+name
continue
p = []
m = {}
n = {}
for i, atStr in enumerate(triples):
m[i] = atStr
for j, dStr in enumerate(self.strategies[self.roles[1]]):
# p.append(self.payoffMat[self.stratInd[self.roles[0]][atStr]]\
# [self.stratInd[self.roles[1]][dStr]])
t[i][j] = self.payoffMat[self.stratInd[self.roles[0]][atStr]]\
[self.stratInd[self.roles[1]][dStr]]
if j not in n:
n[j] = dStr
# t.append(p)
if self.debug:
print p
numStrats = [num, self.numStrategies[1]]
strats = {self.roles[0]: m, self.roles[1]: n}
p = SolveGame.gameData(self.roles, numStrats, strats, t)
# if self.debug:
print "Subgame-" + str(counter)
if self.debug:
pprint.pprint(p.roles)
pprint.pprint(p.numStrat)
pprint.pprint(p.strat)
pprint.pprint(p.payoff)
SolveGame.solveGame(p, "subGame-" + name)
print "Finished subGame " + str(counter)
counter += 1
