def setUp(self):
self.game = gambit.read_game("test_games/mixed_strategy.nfg")
self.profile_double = self.game.mixed_profile()
self.profile_rational = self.game.mixed_profile(True)
self.restriction = self.profile_double.restriction()
self.tree_game = gambit.read_game("test_games/mixed_behavior_game.efg")
self.tree_profile_double = self.tree_game.mixed_profile()
self.tree_profile_rational = self.tree_game.mixed_profile(True)
self.tree_restriction = self.tree_profile_double.restriction()
def setUp(self):
self.game = gambit.read_game("test_games/mixed_strategy.nfg")
self.profile_double = self.game.mixed_profile()
self.profile_rational = self.game.mixed_profile(True)
self.restriction = self.profile_double.restriction()
self.tree_game = gambit.read_game("test_games/mixed_behavior_game.efg")
self.tree_profile_double = self.tree_game.mixed_profile()
self.tree_profile_rational = self.tree_game.mixed_profile(True)
self.tree_restriction = self.tree_profile_double.restriction()
def test_player_get_max_payoff(self):
"To test getting the maximum payoff for the players"
game = gambit.read_game("test_games/payoff_game.nfg")
assert game.players[0].max_payoff == fractions.Fraction(10, 1)
assert game.players["Player 1"].max_payoff == fractions.Fraction(10, 1)
assert game.players[1].max_payoff == fractions.Fraction(8, 1)
assert game.players["Player 2"].max_payoff == fractions.Fraction(8, 1)
def test_player_get_min_payoff(self):
"To test getting the minimum payoff for the players"
game = gambit.read_game("test_games/payoff_game.nfg")
assert game.players[0].min_payoff == fractions.Fraction(4,1)
assert game.players["Player 1"].min_payoff == fractions.Fraction(4,1)
assert game.players[1].min_payoff == fractions.Fraction(1,1)
assert game.players["Player 2"].min_payoff == fractions.Fraction(1,1)
def setUp(self):
self.game = gambit.new_table([2,2])
self.game.players[0].label = "joe"
self.game.players["joe"].strategies[0].label = "cooperate"
self.game.players[1].label = "dan"
self.game.players["dan"].strategies[1].label = "defect"
self.profile_double = self.game.mixed_profile()
self.profile_rational = self.game.mixed_profile(True)
self.tree_game = gambit.read_game("test_games/mixed_behavior_game.efg")
self.tree_profile_double = self.tree_game.mixed_profile()
self.tree_profile_rational = self.tree_game.mixed_profile(True)
def setUp(self):
self.game = gambit.new_table([2, 2])
self.game.players[0].label = "joe"
self.game.players["joe"].strategies[0].label = "cooperate"
self.game.players[1].label = "dan"
self.game.players["dan"].strategies[1].label = "defect"
self.profile_double = self.game.mixed_profile()
self.profile_rational = self.game.mixed_profile(True)
self.tree_game = gambit.read_game("test_games/mixed_behavior_game.efg")
self.tree_profile_double = self.tree_game.mixed_profile()
self.tree_profile_rational = self.tree_game.mixed_profile(True)
def getEquilibrium(fname, infoFile):
debug = 0
g = gambit.read_game(fname)
for player in g.players:
print player.label, len(player.strategies)
with open(infoFile) as jFile:
data = json.load(jFile)
for pnum, role in enumerate(data['roles']):
for index, strategy in enumerate(role['strategies']):
g.players[pnum].strategies[index].label = strategy
if debug:
for player in g.players:
print player.strategies,"\n"
print list(g.contingencies)
for i in range(0, len(g.players[0].strategies)):
for j in range(0, len(g.players[1].strategies)):
print g[i,j][0],
print "\t\t\t",
print g[i,j][1]
with open("Eq.txt", 'w') as rF:
rF.write("Mapping of player strategies\n")
for player in g.players:
rF.write(player.label + ":[")
for strategy in player.strategies:
rF.write(strategy.label + " ")
rF.write("]\n")
rF.write("\n\n")
for desc, func in methods.iteritems():
rF.write(desc + "\n")
solver = func();
res = solver.solve(g)
writeToFile(rF, g, res)
rF.write("\n\n")
def setUp(self):
self.game = gambit.read_game("test_games/mixed_behavior_game.efg")
self.profile_double = self.game.behav_profile()
self.profile_rational = self.game.behav_profile(True)
def setUp(self):
self.game = gambit.new_tree()
self.extensive_game = gambit.read_game("test_games/basic_extensive_game.efg")
def setUp(self):
self.game = gambit.read_game("test_games/mixed_behavior_game.efg")
self.profile_double = self.game.behav_profile()
self.profile_rational = self.game.behav_profile(True)
def setUp(self):
self.extensive_game = gambit.read_game(
"test_games/complicated_extensive_game.efg")
def setUp(self):
self.extensive_game = gambit.read_game("test_games/basic_extensive_game.efg")
self.complicated_game = gambit.read_game("test_games/complicated_extensive_game.efg")
def setUp(self):
self.game = gambit.read_game("./test_games/sample_extensive_game.efg")
def setUp(self):
self.game = gambit.read_game("test_games/mixed_strategy.nfg")
self.support_profile = self.game.support_profile()
self.restriction = self.support_profile.restrict()
def test_game_is_not_perfect_recall(self):
"To test checking if the game is not of perfect recall"
game = gambit.read_game("test_games/not_perfect_recall.efg")
assert not game.is_perfect_recall
def test_game_get_max_payoff(self):
"To test getting the maximum payoff of the game"
game = gambit.read_game("test_games/payoff_game.nfg")
assert game.max_payoff == fractions.Fraction(10,1)
def setUp(self):
self.game = gambit.new_table([2,2])
self.extensive_game = gambit.read_game("test_games/basic_extensive_game.efg")
def test_game_is_not_const_sum(self):
"To test checking if the game is not constant sum"
game = gambit.read_game("test_games/non_const_sum_game.nfg")
assert not game.is_const_sum
