try:
player_num = int(raw_input(players_prompt))
except:
print "Please enter a value that makes sense."
players = []
for i in range(0, player_num):
pname = raw_input(name_prompt)
pcolor = raw_input(color_prompt)
player = Player(pname, pcolor)
players.append(player)
generator = MapGenerator()
game_map = generator.create_map('dirt', 40)
state = GameState(game_map=game_map, players=players)
print "\nBeginning deployment phase"
for i in range(0, player_num):
print player_deployments[i] % players[i].name
deploy_units(state, players[i])
while True:
for player in state.players:
player.begin_turn()
display_turn_menu(state, player)
if not player.is_alive():
game_over(state, player)
state.play()
class Logic:
def __init__(self, numPlayers, tiles_per_player):
self.gameState = GameState(numPlayers,tiles_per_player)
def chooseValidTile(self, hand):
if len(self.gameState.board.tiles)==0: #First play in the whole game
return hand[0], True
else:
leftValue = self.gameState.board.tiles[0].head
rightValue = self.gameState.board.tiles[-1].tail
for tile in hand:
if (tile>6):
leftTile = str(tile)[0]
rightTile = str(tile)[1]
else:
leftTile = 0
rightTile = tile
if int(leftTile) == int(rightValue): #Add no changed tile to the right side
return tile, True
if int(rightTile) == int(leftValue): #Add no changed tile to the left side
return tile, False
if int(rightTile) == int(rightValue): #Add flipped tile to the right side
return tile, True
if int(leftTile) == int(leftValue): #Add flipped tile to the left side
return tile, False
return None #No tile good enough was found
def chooseRandomTile(self):
possible_tiles = [0,1,2,3,4,5,6,11,12,13,14,15,16,22,23,24,25,26,33,34,35,36,44,45,46,55,56,66]
for index in possible_tiles:
actDict = {
'type': messages.ACTION_REPLY,
'action': {
'ac': 'play',
'tile': possible_tiles[index],
'right': True
}
}
if self.gameState.play(Action(actDict['action'], self.gameState.turn), False):
return possible_tiles[index], actDict['action']['right']
actDict['action']['right'] = False
if self.gameState.play(Action(actDict['action'], self.gameState.turn), False):
return possible_tiles[index], actDict['action']['right']
def playTile(self, tile, bool): #Update the board with the last play
actDict = {
'type': messages.ACTION_REPLY,
'action': {
'ac': 'play',
'tile': tile,
'right': bool
}
}
if not self.gameState.play(Action(actDict['action'],self.gameState.turn)):
return False
print(self.gameState.board)
return
def playPass(self):
actDict = {
'type': messages.ACTION_REPLY,
'action': {
'ac': 'pass'
}
}
print(self.gameState.board)
return actDict
def playDraw(self,tile):
actDict = {
'type': messages.ACTION_REPLY,
'action': {
'ac': 'draw',
'tile': tile
}
}
print(self.gameState.board)
return actDict
def duplicatedTile(self, hand):
for boardTile in self.gameState.board.tiles:
for handTile in hand:
if str(boardTile.id()) == str(handTile):
return True, handTile, self.gameState.whoPlayedTile(handTile)
return False, None
