def play_game():
print "calling play_game"
games_played = []
global grid, next_grid, games_played
for x in range(space_size):
for y in range(space_size):
current_fox = grid[x][y]
if type(current_fox) != Fox:
continue
for foxB in current_fox.fox_neighbors:
if (current_fox.stag_neighbors == 0
and current_fox.rabbit_neighbors) > 0:
g.inclusive_cooperate = 0
g.inclusive_defect = 3
g.exclusive_defect = 3
g.exclusive_cooperate = 0
if len(current_fox.fox_neighbors) > 0:
if current_fox.stag_neighbors == 0 and current_fox.rabbit_neighbors == 0:
continue
if (current_fox, foxB
) not in games_played and current_fox is not foxB:
g = Nash.Game(current_fox, foxB)
if current_fox.stag_neighbors > 0 and current_fox.rabbit_neighbors > 1:
g.inclusive_cooperate = 5
g.inclusive_defect = 3
g.exclusive_defect = 0
g.exclusive_cooperate = 3
elif current_fox.stag_neighbors > 0 and current_fox.rabbit_neighbors == 0:
g.inclusive_cooperate = 5
g.inclusive_defect = 0
g.exclusive_defect = 0
g.exclusive_cooperate = 0
elif current_fox.stag_neighbors == 0 and current_fox.rabbit_neighbors > 1:
g.inclusive_cooperate = 0
g.inclusive_defect = 3
g.exclusive_defect = 0
g.exclusive_cooperate = 3
current_fox.last_score = current_fox.score
foxB.last_score = foxB.score
g.play()
games_played.append((current_fox, foxB))
games_played.append((foxB, current_fox))
