class Menu(Widget):
logo_img = ObjectProperty(None)
def __init__(self, **kwargs):
self.uiatlas = Atlas('assets/uitiles.atlas')
self.store = DictStore('hexland.dict')
super(Menu, self).__init__(**kwargs)
self.logo_img.size_hint = 0.1,0.1
Animation(size_hint=(0.8,0.3),t='out_bounce').start(self.logo_img)
def new(self):
self.parent.setup()
def load(self):
state = self.store.get('save')['state']
size = len(state['grid'])
vs = state['gametype']
self.parent.start(size,vs,state)
def help(self):
self.parent.help()
def credits(self):
self.parent.credits()
def continueDisabled(self):
return not self.store.exists('save')
class Menu(Widget):
logo_img = ObjectProperty(None)
def __init__(self, **kwargs):
self.uiatlas = Atlas('assets/uitiles.atlas')
self.store = DictStore('hexland.dict')
super(Menu, self).__init__(**kwargs)
self.logo_img.size_hint = 0.1, 0.1
Animation(size_hint=(0.8, 0.3), t='out_bounce').start(self.logo_img)
def new(self):
self.parent.setup()
def load(self):
state = self.store.get('save')['state']
size = len(state['grid'])
vs = state['gametype']
self.parent.start(size, vs, state)
def help(self):
self.parent.help()
def credits(self):
self.parent.credits()
def continueDisabled(self):
return not self.store.exists('save')
def del_data(store, name):
store = DictStore(store)
if not store.exists(name):
raise StoreException("The dice don't exist")
elif name == "default":
raise StoreException("Default can't be delete")
else:
store.delete(name)
def edit_data(store, name, data):
store = DictStore(store)
if store.exists(name):
store.put(name, data=data)
elif name == "default":
raise StoreException("Default can't be edit")
else:
raise StoreException("The dice don't exit")
def __init__(self, data_path, refresh_ui):
self.refresh_ui = refresh_ui
self.data_path = data_path
fb_db = DictStore(join(data_path, 'fb.db'))
if not fb_db.exists('data'):
fb_db.put('data')
self.db = fb_db
if self.db['data'].get('token') and not platform in ('ios', 'android'):
self.token = self.db['data']['token']
self.refresh_token()
else:
pass
class MySettings(object):
def __init__(self, *args):
self.store = DictStore('user.dat')
self.clientCoutnry = 'notSpecified'
self.previousRound = ''
self.intRound = 0
self.dictRounds = {
'0': 'zero',
'1': 'one',
'2': 'two',
'3': 'three',
'4': 'four',
'5': 'five'
}
self.round = 'zero'
self.IP_Adress = 'http://localhost:8080'
self.question = ''
self.questionAddition = ''
self.numberOfQuestion = ''
self.votingResult = {
'zero_yes': 0,
'zero_no': 0,
'one_yes': 0,
'one_no': 0,
'two_yes': 0,
'two_no': 0,
'three_yes': 0,
'three_no': 0,
'four_yes': 0,
'four_no': 0,
'five_yes': 0,
'five_no': 0,
'final_yes': 0,
'final_no': 0
}
if self.store.exists('IP'):
self.IP_Adress = self.store.get('IP')['data']
class Engine:
def __init__(self, dispatch, resume=True):
self.__dispatch = dispatch
self.__worker = WorkerThread()
self.hist = [Position(initial, 0, (True, True), (True, True), 0, 0)]
self.board = chess.Board()
self.redo = []
self.searcher = Searcher()
self.store = DictStore('fisher.dat')
if resume:
self.load_game()
@mainthread
def dispatch(self, event, *args):
self.__dispatch(event, *args)
@property
def is_game_over(self):
return self.board.is_game_over()
@property
def moves(self):
return self.board.move_stack
# convert sunfish position into a list of pieces with their file and rank
def position(self, pos=None):
pos = pos or self.hist[-1]
pieces = []
for rank, row in enumerate(pos.board.split()):
for file, p in enumerate(row):
if p == '.':
continue
pieces.append('{}{}{}'.format(p, 'abcdefgh'[file], 8 - rank))
return pieces
def validate(self, _move):
try:
move = chess.Move.from_uci(_move)
except:
return None
while True:
if move in self.board.legal_moves:
return move
if self.humans_turn:
break
# Sunfish move deemed illegal by python-chess? likely a promotion
assert not move.promotion
if not self.humans_turn:
move.promotion = chess.QUEEN
def apply_move(self, _move):
move = self.validate(self.decode(_move))
if move:
self.board.push(move)
self.hist.append(self.hist[-1].move(_move))
# after the machine's move, check if redo list still valid
if self.humans_turn:
self.check_redo()
self.dispatch('on_update', *self.status(), move.uci())
if not self.is_game_over:
return move
def input_move(self, move):
move = self.parse_and_validate(move)
if move and self.apply_move(move):
self.search_move()
def parse_and_validate(self, move):
if not self.is_game_over:
match = re.match('([a-h][1-8])' * 2, move)
if match:
return parse(match.group(1)), parse(match.group(2))
def decode(self, move):
if not self.humans_turn:
move = [119 - m for m in move]
return '{}{}'.format(*(render(m) for m in move))
# Fire up the engine to look for a move -- in the background thread
def search_move(self):
def search():
start = time.time()
for _depth, move, _score in self.searcher.search(
self.hist[-1], self.hist):
if time.time() - start > 1:
break
self.apply_move(move)
self.save_game()
self.__worker.send_message(search)
def status_message(self):
if self.board.is_stalemate():
return 'Stalemate'
if self.board.is_checkmate():
return 'Checkmate!'
if self.board.is_check():
return 'Check!'
return 'Your turn' if self.humans_turn else 'Thinking...'
@property
def humans_turn(self):
return self.board.turn == chess.WHITE
def status(self):
pos = self.hist[-1] if self.hist else None
if pos and not self.humans_turn:
pos = pos.rotate()
return self.position(pos), self.status_message()
def __can_use(self, moves_list):
return len(moves_list) > 0 and (self.humans_turn or self.is_game_over)
def can_undo(self):
return self.__can_use(self.moves)
def can_redo(self):
return self.__can_use(self.redo)
def check_redo(self):
if self.redo and self.last_move != self.redo[-1]:
# history took a different turn; redo list is invalid
self.redo.clear()
def undo_move(self):
assert self.can_undo()
assert len(self.hist) >= 2
# Assuming human plays white -- careful if/when implementing a "switch" feature
# Moves count should be even, unless we lost.
# Length of position history is odd because of initial empty position.
assert len(self.hist) % 2 or self.is_game_over
n = 1 if len(self.moves) % 2 else 2
self.hist = self.hist[:-n]
self.redo.append(self.moves[-n].uci())
while n > 0:
self.board.pop()
n -= 1
self.redo.append(self.last_move)
self.dispatch('on_update', *self.status(), self.last_move)
def redo_move(self):
assert self.redo
assert len(self.redo) % 2 == 0
move = self.redo.pop()
assert move == self.last_move
move = self.redo.pop()
self.input_move(move)
def start(self):
if not self.humans_turn:
self.search_move()
@property
def last_move(self):
return self.moves[-1].uci() if self.moves else None
def load_game(self):
Logger.debug('{}: load'.format(__name__))
if self.store.exists('game'):
data = self.store.get('game')
self.hist = data.get('hist', [])
for move in data.get('moves', []):
self.board.push(move)
def save_game(self):
Logger.debug('{}: save'.format(__name__))
self.store.put('game', hist=self.hist, moves=self.moves)
from ImageDownload import downloadimages
class Program:
def __init__(self, isim, time, kanal):
self.isim = isim
self.time = time
self.kanal = kanal
store = DictStore('data.py')
Programlar = []
Kanallar_settings = [False] * 47
if (store.exists('1')):
print('loading data')
for i in range(0, len(Kanallar_settings)):
Kanallar_settings[i] = store.get(str(i))['state']
class WindowManager(ScreenManager):
pass
class ChooseWindow(Screen):
renklist = ListProperty(None)
def storedata(self):
for i in range(0, len(Kanallar_settings)):
store.put(str(i), state=Kanallar_settings[i])
class Analytics(EventDispatcher):
gameEnemies = NumericProperty()
gameDamage = NumericProperty()
towersBought = NumericProperty()
towersSold = NumericProperty()
towerUpgrades = NumericProperty()
maxTowerLevel = NumericProperty()
finalWave = NumericProperty()
gameTimeEnd = NumericProperty()
moneyEarned = NumericProperty()
moneySpent = NumericProperty()
def on_gameEnemies(self, instance, value):
self.numEnemies = value
def on_gameDamage(self, instance, value):
self.gameDamage = value
def on_towersBought(self, instance, value):
self.towersBought = value
def on_towersSold(self, instance, value):
self.towersSold = value
def on_towerUpgrades(self, instance, value):
self.towerUpgrades = value
def on_maxTowerLevel(self, instance, value):
self.maxTowerLevel = value
def on_finalWave(self, instance, value):
self.finalWave = value
def on_gameTimeEnd(self, instance, value):
self.gameLength = self.gameTimeEnd - self.gameTimeStart
if self.gameLength >= 60:
self.gameLength = (self.gameLength / 60, self.gameLength % 60)
else:
self.gameLength = (0, self.gameLength)
def on_moneyEarned(self, instance, value):
self.moneyEarned = value
def on_moneySpent(self, instance, value):
self.moneySpent = value
def __init__(self):
super(Analytics, self).__init__()
self.gameTimeStart = 0
self.gameTimeEnd = 0
self.playerData = DictStore('player_data.txt')
if self.playerData.exists('lastgame'):
self.numEnemies = self.playerData.get('lastgame')['numEnemies']
self.gameDamage = self.playerData.get('lastgame')['gameDamage']
self.towersBought = self.playerData.get('lastgame')['towersBought']
self.towersSold = self.playerData.get('lastgame')['towersSold']
self.towerUpgrades = self.playerData.get(
'lastgame')['towerUpgrades']
self.maxTowerLevel = self.playerData.get(
'lastgame')['maxTowerLevel']
self.finalWave = self.playerData.get('lastgame')['finalWave']
self.moneyEarned = self.playerData.get('lastgame')['moneyEarned']
self.moneySpent = self.playerData.get('lastgame')['moneySpent']
self.gameLength = self.playerData.get('lastgame')['gameLength']
self.score = self.playerData.get('lastgame')['score']
else:
self.numEnemies = 0
self.gameDamage = 0
self.towersBought = 0
self.towersSold = 0
self.towerUpgrades = 0
self.maxTowerLevel = 1
self.finalWave = 1
self.moneyEarned = 0
self.moneySpent = 0
self.gameLength = (0, 0)
self.score = 0
if self.playerData.exists('totals'):
self.totalGames = self.playerData.get('totals')['totalGames']
self.totalEnemies = self.playerData.get('totals')['totalEnemies']
self.totalDamage = self.playerData.get('totals')['totalDamage']
self.totalBought = self.playerData.get('totals')['totalBought']
self.totalSold = self.playerData.get('totals')['totalSold']
self.totalUpgraded = self.playerData.get('totals')['totalUpgraded']
self.highestTowerLevel = self.playerData.get(
'totals')['highestTowerLevel']
self.latestWave = self.playerData.get('totals')['latestWave']
self.totalEarned = self.playerData.get('totals')['totalEarned']
self.totalSpent = self.playerData.get('totals')['totalSpent']
self.timePlayed = self.playerData.get('totals')['timePlayed']
else:
self.totalGames = 0
self.totalEnemies = 0
self.totalDamage = 0
self.totalBought = 0
self.totalSold = 0
self.totalUpgraded = 0
self.highestTowerLevel = 1
self.latestWave = 1
self.totalEarned = 0
self.totalSpent = 0
self.timePlayed = {'hours': 0, 'minutes': 0, 'seconds': 0}
def _print(self):
if self.gameEnemies != 0:
print["Num Enemies: ", self.numEnemies, "Total Damage: ",
int(self.gameDamage), "Towers Bought: ", self.towersBought,
"Towers Sold: ", self.towersSold, "Tower Upgrades: ",
self.towerUpgrades, "Max Tower Level: ", self.maxTowerLevel,
"Final Wave: ", self.finalWave, "Game Length: ",
str(int(self.gameLength[0])) + " minutes " +
str(int(self.gameLength[1])) + " seconds", "Money Earned: ",
self.moneyEarned, "Money Spent: ", self.moneySpent,
"total Enemies: ", self.totalEnemies, "total Damage: ",
self.totalDamage, "total Bought: ", self.totalBought,
"total Sold: ", self.totalSold, "total Upgraded: ",
self.totalUpgraded, "highest Level: ",
self.highestTowerLevel, "latest Wave: ", self.latestWave,
"total Earned: ", self.totalEarned, "total Spent: ",
self.totalSpent, "total time played: ", self.timePlayed,
"total games: ", self.totalGames]
def updateData(self):
self.totalGames += 1
self.totalEnemies += self.numEnemies
self.totalDamage += int(self.gameDamage)
self.totalBought += self.towersBought
self.totalSold += self.towersSold
self.totalUpgraded += self.towerUpgrades
if self.highestTowerLevel < self.maxTowerLevel:
self.highestTowerLevel = self.maxTowerLevel
if self.latestWave < self.finalWave:
self.latestWave = self.finalWave
self.totalEarned += self.moneyEarned
self.totalSpent += self.moneySpent
self.timePlayed['minutes'] += int(self.gameLength[0])
self.timePlayed['seconds'] += int(self.gameLength[1])
if self.timePlayed['seconds'] > 60:
self.timePlayed['seconds'] = int(self.timePlayed['seconds'] % 60)
self.timePlayed['minutes'] += 1
if self.timePlayed['minutes'] > 60:
self.timePlayed['minutes'] = int(self.timePlayed['minutes'] % 60)
self.timePlayed['hours'] += 1
def store_data(self):
self.playerData.put('lastgame',
numEnemies=self.numEnemies,
gameDamage=self.gameDamage,
towersBought=self.towersBought,
towersSold=self.towersSold,
towerUpgrades=self.towerUpgrades,
maxTowerLevel=self.maxTowerLevel,
finalWave=self.finalWave,
gameLength=self.gameLength,
moneyEarned=self.moneyEarned,
moneySpent=self.moneySpent,
score=self.score)
self.playerData.put('totals',
totalGames=self.totalGames,
totalEnemies=self.totalEnemies,
totalDamage=self.totalDamage,
totalBought=self.totalBought,
totalSold=self.totalSold,
totalUpgraded=self.totalUpgraded,
highestTowerLevel=self.highestTowerLevel,
latestWave=self.latestWave,
timePlayed=self.timePlayed,
totalEarned=self.totalEarned,
totalSpent=self.totalSpent)
class HexGrid(ScatterLayout):
gridsize = NumericProperty()
gametype = NumericProperty()
grid = ListProperty()
deadGroups = ListProperty()
baseimg = ObjectProperty()
player = NumericProperty()
lastPass = BooleanProperty(False) # la ultima jugada ha sigut passar?
def __init__(self,**kwargs):
super(HexGrid, self).__init__(do_rotation=False,scale_min=.5, scale_max=3.,auto_bring_to_front=False)
self.gridsize = kwargs['gridsize']
self.gametype = kwargs['gametype']
self.gui = kwargs['gui']
# Preparem atlas d'imatges pels tiles
self.baseatlas = Atlas('assets/basetiles.atlas')
self.playeratlas = Atlas('assets/playertiles.atlas')
self.uiatlas = Atlas('assets/uitiles.atlas')
# Nomes gridsize inparell
assert(self.gridsize%2 != 0)
# Preparem store
self.store = DictStore('hexland.dict')
self.grid = []
self.deads = {1:0,2:0}
self.resetScore()
self.setup()
# Si ens construeixen amb estat, el carreguem
if kwargs['state']:
self.loadState(kwargs['state'],True)
self.reloadGridGraphics()
# Si estem vs cpu, creem el jugador CPU
if not self.gametype == GAMETYPE["PVP"]:
self.cpu = CpuPlayer(self.gametype)
def setup(self):
# Torn del jugador per defecte
self.player = 1
# Posicio i mida segons mida GRID
self.drawgridsize = self.gridsize*65,89+(int(self.gridsize/2)*(35+65))
self.size[0] = 1000
self.size[1] = 1000
self.pos = Window.size[0]/2-self.size[0]/2,Window.size[1]/2-self.size[1]/2
# Com es la illa? Aleatori
possibleBases = ['tileAutumn','tileGrass','tileSnow','tileMagic','tileLava','tileStone','tileRock']
self.baseimg = self.baseatlas[random.choice(possibleBases)]
self.setupGrid()
def getState(self):
state = {}
state["player"] = self.player
state["gametype"] = int(self.gametype)
state["deads"] = self.deads
state["tileScore"] = self.tileScore
state["terrScore"] = self.terrScore
grid = []
sz = self.gridsize
for y in range(0,sz):
row = []
for x in range(0,sz):
t = self.grid[y][x]
if t:
row.append(t.content)
else:
row.append(None)
grid.append(row)
state["grid"] = grid
return state
def loadState(self,state,fromContinue=False):
grid = state["grid"]
sz = len(grid)
# No pot passar que aixo sigui diferent
assert(sz == self.gridsize)
for y in range(0,sz):
for x in range(0,sz):
t = grid[y][x]
if t is not None:
self.grid[y][x].content = t
if fromContinue and not state["player"] == self.player: # Nomes 2 jugadors
self.nextPlayer()
self.gametype = state["gametype"]
self.deads = state["deads"]
self.tileScore = state["tileScore"]
self.terrScore = state["terrScore"]
def setupGrid(self):
# Crea i configura el grid
sz = self.gridsize
mid = int(sz/2)
for y in range(0,sz):
line = []
dif = abs(mid-y)
for x in range(0,sz):
# Comprova si hi ha casella. Les caselles superiors esquerres i inferiors
# dretes queden buides.
if y==mid or (y < mid and x >= dif) or (y>mid and x<sz-dif):
# Graphics
t = Tile(grid_x = x, grid_y = y, caller = self, content = 0)
self.add_widget(t)
line.append(t)
else:
line.append(None)
self.grid.append(line)
self.reloadGridGraphics()
def getTile(self,x,y):
# No es poden demanar index negatius
if x < 0 or y < 0:
return None
if x >= self.gridsize or y >= self.gridsize: # Ens demanen un tile inexistent
return None
return self.grid[y][x]
# Reseteja les puntuacions actuals
def resetScore(self):
self.tileScore = {1:0,2:0}
self.terrScore = {1:0,2:0}
# Reseteja els grups dels tiles
def resetTileGroups(self):
sz = self.gridsize
for y in range(0,sz):
for x in range(0,sz):
t = self.grid[y][x]
if t: t.group = 0 # No te grup
# Reseteja la marca de si el tile ha estat fet servir per puntuar terreny
def resetTileUsed(self):
sz = self.gridsize
for y in range(0,sz):
for x in range(0,sz):
t = self.grid[y][x]
if t: t.usedByTerrain = False
# Assigna tot el grup. També comprova si es un grup mort
def recursiveSetGroup(self,t,grpnum,dead=True):
t.group = grpnum
for nt in t.getNeighbors():
if nt.content == 0:
dead = False # el grup té com a minim una llibertat,
elif not nt.group and nt.content == t.content: # No te grup i mateix jugador
dead = self.recursiveSetGroup(nt,grpnum,dead)
return dead
# Assigna tot el grup de terreny buit. Torna també informacio per puntuacio de terrany
def recursiveSetTerrainGroup(self,t,grpnum,terrInfo):
t.group = grpnum
terrInfo['count']+=1
for nt in t.getNeighbors():
if nt.content and not nt.usedByTerrain: # es un jugador, el sumem i marquem com a fet servit (per a aquest grup)
nt.usedByTerrain = True
terrInfo[nt.content]+=1
elif not nt.group and nt.content == 0: # No te grup i mateix jugador
terrInfo = self.recursiveSetTerrainGroup(nt,grpnum,terrInfo)
return terrInfo
# Agrupa els tiles connectats, aprofita el bucle per comprovar grups morts i calcular puntuacio
def setTileGroups(self):
self.resetTileGroups()
self.resetScore()
self.deadGroups = []
lastGroup = 0
sz = self.gridsize
for y in range(0,sz):
for x in range(0,sz):
t = self.grid[y][x]
if t:
# Si no es buida, la sumem com a puntuacio de caselles del jugador (tile)
if t.content:
self.tileScore[t.content]+=1
if t.group == 0:
# Assignem nou grup
lastGroup += 1
if t.content:
dead = self.recursiveSetGroup(t,lastGroup)
if dead:
self.deadGroups.append(lastGroup)
else:
self.resetTileUsed()
terrInfo = {'count':0,1:0,2:0}
terrInfo = self.recursiveSetTerrainGroup(t,lastGroup,terrInfo)
# Puntuacio de terreny
if terrInfo[1]>terrInfo[2]:
self.terrScore[1]+=terrInfo['count']
elif terrInfo[1]<terrInfo[2]:
self.terrScore[2]+=terrInfo['count']
def deleteGroups(self):
if self.deadGroups:
sz = self.gridsize
for y in range(0,sz):
for x in range(0,sz):
t = self.grid[y][x]
if t and t.group in self.deadGroups:
# Contem la mort
pl = t.content
if pl in self.deads:
self.deads[pl]+=1
else:
self.deads[pl]=1
t.content = 0 # buidem casella
# Pinta de costat caselles (jugadors) i grups
def debugGrid(self):
txt = ""
sz = self.gridsize
for y in range(0,sz):
for x in range(0,sz):
t = self.grid[y][x]
if t:
txt += str(t.content)
else:
txt += " "
txt += " " # deixem un espai entre mig
for x in range(0,sz):
t = self.grid[y][x]
if t:
txt += str(t.group) if t.content else str(0) # per no liar, no imprimim els grups de caselles buides
else:
txt += " "
txt += "\n"
print txt
print self.score()
def reloadGridGraphics(self):
# Actualitza els grafics de cada tile
sz = self.gridsize
for y in range(0,sz):
for x in range(0,sz):
t = self.grid[x][y]
if t:
if t.content == 0: # No pertany a cap jugador
t.upperimg = self.baseatlas['tileNone']
elif t.upperimg == self.baseatlas['tileNone']: # Si encara no te imatge...
if t.content == 1: # Jugador 1
posibles = [i for i in self.playeratlas.textures.keys() if i.startswith("wood")]
else: # Jugador 2
posibles = [i for i in self.playeratlas.textures.keys() if i.startswith("sand")]
t.upperimg = self.playeratlas[random.choice(posibles)]
# Realitza un moviment. Torna fals si no es possible (suicidi), o true en cas contrari
def doMovement(self,t,player=None):
if t.content == 0: # si ja està ocupada res
# Per poder provar jugades desde l'ordinador
if player: t.content = player
else: t.content = self.player
self.setTileGroups()
# Validem que no hi hagi suicidi
dead = False
if t.group in self.deadGroups:
# Pot ser que sigui un suicidi d'atac: Estas matant un altre grup i per tant no mors
# Per compvoar això, si hi ha més d'un grup mort, treiem el nostre grup dels grups
# morts, matem els grups, refem els grups, i si estem vius es jugada valida
dead = True
if len(self.deadGroups) > 1:
state = self.getState()
self.deadGroups.remove(t.group)
otherDeads = self.deadGroups
self.deleteGroups()
self.setTileGroups()
if not t.group in self.deadGroups:
dead = False
self.deadGroups = otherDeads
self.loadState(state)
return not dead
# if dead:
# return False
# else:
# # Correcte, seguim jugada
# return True
else:
return False
@mainthread
def manageTurn(self,t,playerMove=True):
# Si el jugador intenta jugar mentre es el torn de la IA, no fem res
if playerMove and not self.gametype == GAMETYPE["PVP"] and self.player == 2:
return False
# En cap cas es pot jugar sobre una casella ocupada
if not t.content == 0:
return False
state = self.getState()
if self.doMovement(t):
# Correcte, seguim jugada
self.deleteGroups()
self.reloadGridGraphics()
self.lastPass = False
self.debugGrid()
# Guardem estat a cada moviment
self.nextPlayer()
self.store.put('save',state=self.getState())
else:
self.loadState(state)
launchSimpleModal("INVALID MOVE\nYou can't suicide.")
playClickSound()
@mainthread
def doPass(self,playerMove=True):
if playerMove and not self.gametype == GAMETYPE["PVP"] and self.player == 2:
return False
if not self.gametype == GAMETYPE["PVP"] and self.player == 2:
launchSimpleModal("CPU passed.")
if self.lastPass:
# Final del joc
self.gameOver()
else:
self.lastPass = True
self.nextPlayer()
def getNextPlayerNum(self,player):
if player == 1: player = 2
elif player == 2: player = 1
return player
def nextPlayer(self):
# Gestiona el canvi de jugador
self.player = self.getNextPlayerNum(self.player)
self.gui.setPlayerText(self.player)
if not self.gametype == GAMETYPE["PVP"] and self.player == 2:
self.startCpu()
def startCpu(self):
threading.Thread(target=self.cpu.move, args=(self,)).start()
# Retorna la puntuació en un moment concret, desglosada
def score(self):
score = {1:0,2:0}
deadScore = {1:0,2:0}
# Sumem mortes
deadScore[1] += self.deads[2] if 2 in self.deads else 0
deadScore[2] += self.deads[1] if 1 in self.deads else 0
for k in score.keys():
score[k]+=deadScore[k]+self.tileScore[k]+self.terrScore[k]
score['tileScore'] = self.tileScore
score['terrScore'] = self.terrScore
score['deadScore'] = deadScore
return score
@mainthread
def gameOver(self):
score = self.score()
# Qui ha guanyat?
whowin = "TIE!"
if score[1]>score[2]:
whowin = "Player 1 WINS!"
elif score[1]<score[2]:
whowin = "Player 2 WINS!"
# Esborrem partida, mostrem guanyador, tornem al menu
if self.store.exists('save'):
self.store.delete('save')
launchSimpleModal("Game Finished\nP1: "+str(score[1])+" | P2: "+str(score[2])+"\n"+whowin)
self.parent.parent.gameOver()
class irc1App(App):
def build(self):
if platform == 'android':
from android import AndroidService
service = AndroidService('irc1\'s service', 'running')
service.start('service started')
self.service = service
osc.init()
oscid = osc.listen(ipAddr='127.0.0.1', port=activityport)
osc.bind(oscid, self.main_api_callback, '/api/main')
Clock.schedule_interval(lambda *x: osc.readQueue(oscid), 0.1)
self.icon = 'data/icon.png'
self.servers = DictStore('servers.db')
self.msg_animation = Animation(opacity=1, transition='out_cubic')
self.screenmain = ScreenMain()
self.running = {}
self.boxes = {}
for name in sorted(dict(self.servers.find()).keys()):
data = self.servers.get(name)
box = ServerBox(name=name)
self.boxes[name] = box
self.screenmain.ids.servers.add_widget(box)
manager = ScreenManager(transition=SlideTransition(duration=0.2))
manager.add_widget(self.screenmain)
return manager
def go_back(self):
name = self.root.current
if name == 'ScreenMain':
pause_app()
else:
self.root.transition.direction = 'right'
self.root.current = 'ScreenMain'
def init_connection(self, name):
if name not in self.servers:
return
if name not in self.running:
Animation(background_color=(0.1, 1, 0.1, 1)).start(
self.boxes[name].ids.servername)
screen = ScreenConversation(name=name)
data = self.servers.get(name)
self.running[name] = screen
self.root.add_widget(screen)
screen.ids.nick.text = data['nick']
osc.sendMsg(
'/api/main',
[
'connect', name, data['host'], data['port'], data['nick'],
data['password'], data['auth_nickserv'], data['scripts']
] + data['autojoin'],
port=serviceport)
self.root.transition.direction = 'left'
self.root.current = name
def close_connection(self, name):
osc.sendMsg('/api/main', ['disconnect', name], port=serviceport)
if name not in self.running:
return
Animation(background_color=(1, 1, 1,
1)).start(self.boxes[name].ids.servername)
self.root.transition.direction = 'right'
self.root.current = 'ScreenMain'
self.root.remove_widget(self.running[name])
del self.running[name]
def disconnect_all(self):
for name, data in self.servers.find():
self.close_connection(name)
def update_or_add_server(self, popup, name=''):
host = str(popup.ids.host.text).strip()
port = int(str(popup.ids.port.text).strip())
nick = str(popup.ids.nick.text).strip()
password = str(popup.ids.password.text)
auth_nickserv = popup.ids.auth_nickserv.active
scripts = str(popup.ids.scripts.text).strip()
autojoin = str(popup.ids.autojoin.text).strip()
autojoin = autojoin.replace(',', ' ').split()
data = {
'host': host,
'port': port,
'nick': nick,
'password': password,
'auth_nickserv': auth_nickserv,
'scripts': scripts,
'autojoin': autojoin
}
if name:
self.servers.put(name, **data)
return
name = '%s:%d' % (host, port)
if self.servers.exists(name):
return
if not host or not port > 0 or not nick:
return
self.servers.put(name, **data)
box = ServerBox(name=name)
self.boxes[name] = box
self.screenmain.ids.servers.add_widget(box)
self.screenmain.ids.serverscroll.scroll_to(box)
def del_server(self, serverbox):
name = serverbox.name
if self.servers.exists(name):
self.servers.delete(name)
del_animation = Animation(opacity=0, duration=0.2)
del_animation.bind(
on_complete=lambda *x: serverbox.parent.remove_widget(serverbox))
del_animation.start(serverbox)
del self.boxes[name]
def log_msg(self, name, message):
label = ChatLabel(text=message)
self.running[name].ids.chatlog.add_widget(label)
self.running[name].ids.chatscroll.scroll_to(label)
if self.root.current == name:
self.msg_animation.start(label)
else:
label.opacity = 1
def input_focus(self, name, dt):
self.running[name].ids.message.focus = True
def send_msg(self, name, message):
Clock.schedule_once(partial(self.input_focus, name), 0)
osc.sendMsg('/api/main', ['send', name, message], port=serviceport)
def change_channel(self, name, channel):
osc.sendMsg('/api/main', ['channel', name, channel], port=serviceport)
def main_api_callback(self, message, *args):
# print message[2:]
if len(message) > 3:
name = message[3]
if name not in self.running:
return
if message[2] == 'nick':
nick = message[4]
self.running[name].ids.nick.text = nick
elif message[2] == 'channel':
channel, channels = message[4], message[5:]
self.running[name].ids.channel.text = channel or 'No channel'
self.running[name].ids.channel.values = [
x or 'No channel' for x in channels
]
elif message[2] == 'check':
osc.sendMsg('/api/main', ['unread', name], port=serviceport)
elif message[2] == 'unread':
self.log_msg(name, message[4])
def on_start(self):
Window.softinput_mode = 'below_target'
hook_keyboard()
def on_pause(self):
return True
def on_resume(self):
pass
def on_stop(self):
if platform == 'android':
self.service.stop()
class Player():
def __init__(self):
self.health = playerhealth
self.money = 0
self.gems = 0
self.upgPathSelectLvl = 5
self.abilities = list()
self.wavenum = 0
self.gameover = False
self.towerSelected = None
self.tbbox = None
self.layout = None
self.wavestart = 999
self.next_wave = False
self.pausetime = 0
self.state = "Start"
self.restart = False
self.score = 0
self.newMoveList = False
self.wavetime = None
self.wavetimeInt = None
self.myDispatcher = EventDispatcher.EventDisp()
self.analytics = Analytics.Analytics()
self.store = DictStore('settings.txt')
if self.store.exists('audio'):
self.soundOn = self.store.get('audio')['soundOn']
self.musicOn = self.store.get('audio')['musicOn']
else:
self.soundOn = True
self.musicOn = True
def setResources(self):
if Map.mapvar.difficulty == 'easy':
self.money = 2000
self.gems = 5
self.myDispatcher.Money = str(self.money)
self.myDispatcher.Gems = str(self.gems)
elif Map.mapvar.difficulty == 'medium':
self.money = 1000
self.gems = 4
self.myDispatcher.Money = str(self.money)
self.myDispatcher.Gems = str(self.gems)
else:
self.money = 300
self.gems = 3
self.myDispatcher.Money = str(self.money)
self.myDispatcher.Gems = str(self.gems)
self.myDispatcher.Score = str(self.score)
self.myDispatcher.Timer = str(self.wavetimeInt)
self.myDispatcher.Health = str(self.health)
def setupCoinAnim(self):
self.coinAnimating = False
self.coinanim = Animation(pos=(__main__.ids.coinimage.x, __main__.ids.coinimage.y+20), duration=.1) + \
Animation(pos=(__main__.ids.coinimage.x, __main__.ids.coinimage.y), duration=.1)
self.coinanim.on_complete(self.toggleCoinAnim)
def toggleCoinAnim(self):
self.coinAnimating = False
def die(self):
'''Set gameover to True to reset the game'''
self.gameover = True
def genWaveList(self):
self.waveList, self.waveTypeList = Wavegen.wavegen() # [{'wavenum': 1, 'setnum': 1, 'enemytype': 'b', 'enemymods': []}, dict repeats]
self.wavetime = Map.mapvar.waveseconds
self.wavetimeInt = int(Map.mapvar.waveseconds)
def storeSettings(self):
self.store.put('audio', soundOn=self.soundOn,musicOn=self.musicOn)
self.store.put('gameplay', difficulty = Map.mapvar.difficulty, numpaths = Map.mapvar.numpaths, waveorder = Map.mapvar.waveOrder)
class HexGrid(ScatterLayout):
gridsize = NumericProperty()
gametype = NumericProperty()
grid = ListProperty()
deadGroups = ListProperty()
baseimg = ObjectProperty()
player = NumericProperty()
lastPass = BooleanProperty(False) # la ultima jugada ha sigut passar?
def __init__(self, **kwargs):
super(HexGrid, self).__init__(do_rotation=False,
scale_min=.5,
scale_max=3.,
auto_bring_to_front=False)
self.gridsize = kwargs['gridsize']
self.gametype = kwargs['gametype']
self.gui = kwargs['gui']
# Preparem atlas d'imatges pels tiles
self.baseatlas = Atlas('assets/basetiles.atlas')
self.playeratlas = Atlas('assets/playertiles.atlas')
self.uiatlas = Atlas('assets/uitiles.atlas')
# Nomes gridsize inparell
assert (self.gridsize % 2 != 0)
# Preparem store
self.store = DictStore('hexland.dict')
self.grid = []
self.deads = {1: 0, 2: 0}
self.resetScore()
self.setup()
# Si ens construeixen amb estat, el carreguem
if kwargs['state']:
self.loadState(kwargs['state'], True)
self.reloadGridGraphics()
# Si estem vs cpu, creem el jugador CPU
if not self.gametype == GAMETYPE["PVP"]:
self.cpu = CpuPlayer(self.gametype)
def setup(self):
# Torn del jugador per defecte
self.player = 1
# Posicio i mida segons mida GRID
self.drawgridsize = self.gridsize * 65, 89 + (int(self.gridsize / 2) *
(35 + 65))
self.size[0] = 1000
self.size[1] = 1000
self.pos = Window.size[0] / 2 - self.size[0] / 2, Window.size[
1] / 2 - self.size[1] / 2
# Com es la illa? Aleatori
possibleBases = [
'tileAutumn', 'tileGrass', 'tileSnow', 'tileMagic', 'tileLava',
'tileStone', 'tileRock'
]
self.baseimg = self.baseatlas[random.choice(possibleBases)]
self.setupGrid()
def getState(self):
state = {}
state["player"] = self.player
state["gametype"] = int(self.gametype)
state["deads"] = self.deads
state["tileScore"] = self.tileScore
state["terrScore"] = self.terrScore
grid = []
sz = self.gridsize
for y in range(0, sz):
row = []
for x in range(0, sz):
t = self.grid[y][x]
if t:
row.append(t.content)
else:
row.append(None)
grid.append(row)
state["grid"] = grid
return state
def loadState(self, state, fromContinue=False):
grid = state["grid"]
sz = len(grid)
# No pot passar que aixo sigui diferent
assert (sz == self.gridsize)
for y in range(0, sz):
for x in range(0, sz):
t = grid[y][x]
if t is not None:
self.grid[y][x].content = t
if fromContinue and not state[
"player"] == self.player: # Nomes 2 jugadors
self.nextPlayer()
self.gametype = state["gametype"]
self.deads = state["deads"]
self.tileScore = state["tileScore"]
self.terrScore = state["terrScore"]
def setupGrid(self):
# Crea i configura el grid
sz = self.gridsize
mid = int(sz / 2)
for y in range(0, sz):
line = []
dif = abs(mid - y)
for x in range(0, sz):
# Comprova si hi ha casella. Les caselles superiors esquerres i inferiors
# dretes queden buides.
if y == mid or (y < mid and x >= dif) or (y > mid
and x < sz - dif):
# Graphics
t = Tile(grid_x=x, grid_y=y, caller=self, content=0)
self.add_widget(t)
line.append(t)
else:
line.append(None)
self.grid.append(line)
self.reloadGridGraphics()
def getTile(self, x, y):
# No es poden demanar index negatius
if x < 0 or y < 0:
return None
if x >= self.gridsize or y >= self.gridsize: # Ens demanen un tile inexistent
return None
return self.grid[y][x]
# Reseteja les puntuacions actuals
def resetScore(self):
self.tileScore = {1: 0, 2: 0}
self.terrScore = {1: 0, 2: 0}
# Reseteja els grups dels tiles
def resetTileGroups(self):
sz = self.gridsize
for y in range(0, sz):
for x in range(0, sz):
t = self.grid[y][x]
if t: t.group = 0 # No te grup
# Reseteja la marca de si el tile ha estat fet servir per puntuar terreny
def resetTileUsed(self):
sz = self.gridsize
for y in range(0, sz):
for x in range(0, sz):
t = self.grid[y][x]
if t: t.usedByTerrain = False
# Assigna tot el grup. També comprova si es un grup mort
def recursiveSetGroup(self, t, grpnum, dead=True):
t.group = grpnum
for nt in t.getNeighbors():
if nt.content == 0:
dead = False # el grup té com a minim una llibertat,
elif not nt.group and nt.content == t.content: # No te grup i mateix jugador
dead = self.recursiveSetGroup(nt, grpnum, dead)
return dead
# Assigna tot el grup de terreny buit. Torna també informacio per puntuacio de terrany
def recursiveSetTerrainGroup(self, t, grpnum, terrInfo):
t.group = grpnum
terrInfo['count'] += 1
for nt in t.getNeighbors():
if nt.content and not nt.usedByTerrain: # es un jugador, el sumem i marquem com a fet servit (per a aquest grup)
nt.usedByTerrain = True
terrInfo[nt.content] += 1
elif not nt.group and nt.content == 0: # No te grup i mateix jugador
terrInfo = self.recursiveSetTerrainGroup(nt, grpnum, terrInfo)
return terrInfo
# Agrupa els tiles connectats, aprofita el bucle per comprovar grups morts i calcular puntuacio
def setTileGroups(self):
self.resetTileGroups()
self.resetScore()
self.deadGroups = []
lastGroup = 0
sz = self.gridsize
for y in range(0, sz):
for x in range(0, sz):
t = self.grid[y][x]
if t:
# Si no es buida, la sumem com a puntuacio de caselles del jugador (tile)
if t.content:
self.tileScore[t.content] += 1
if t.group == 0:
# Assignem nou grup
lastGroup += 1
if t.content:
dead = self.recursiveSetGroup(t, lastGroup)
if dead:
self.deadGroups.append(lastGroup)
else:
self.resetTileUsed()
terrInfo = {'count': 0, 1: 0, 2: 0}
terrInfo = self.recursiveSetTerrainGroup(
t, lastGroup, terrInfo)
# Puntuacio de terreny
if terrInfo[1] > terrInfo[2]:
self.terrScore[1] += terrInfo['count']
elif terrInfo[1] < terrInfo[2]:
self.terrScore[2] += terrInfo['count']
def deleteGroups(self):
if self.deadGroups:
sz = self.gridsize
for y in range(0, sz):
for x in range(0, sz):
t = self.grid[y][x]
if t and t.group in self.deadGroups:
# Contem la mort
pl = t.content
if pl in self.deads:
self.deads[pl] += 1
else:
self.deads[pl] = 1
t.content = 0 # buidem casella
# Pinta de costat caselles (jugadors) i grups
def debugGrid(self):
txt = ""
sz = self.gridsize
for y in range(0, sz):
for x in range(0, sz):
t = self.grid[y][x]
if t:
txt += str(t.content)
else:
txt += " "
txt += " " # deixem un espai entre mig
for x in range(0, sz):
t = self.grid[y][x]
if t:
txt += str(t.group) if t.content else str(
0
) # per no liar, no imprimim els grups de caselles buides
else:
txt += " "
txt += "\n"
print txt
print self.score()
def reloadGridGraphics(self):
# Actualitza els grafics de cada tile
sz = self.gridsize
for y in range(0, sz):
for x in range(0, sz):
t = self.grid[x][y]
if t:
if t.content == 0: # No pertany a cap jugador
t.upperimg = self.baseatlas['tileNone']
elif t.upperimg == self.baseatlas[
'tileNone']: # Si encara no te imatge...
if t.content == 1: # Jugador 1
posibles = [
i for i in self.playeratlas.textures.keys()
if i.startswith("wood")
]
else: # Jugador 2
posibles = [
i for i in self.playeratlas.textures.keys()
if i.startswith("sand")
]
t.upperimg = self.playeratlas[random.choice(posibles)]
# Realitza un moviment. Torna fals si no es possible (suicidi), o true en cas contrari
def doMovement(self, t, player=None):
if t.content == 0: # si ja està ocupada res
# Per poder provar jugades desde l'ordinador
if player: t.content = player
else: t.content = self.player
self.setTileGroups()
# Validem que no hi hagi suicidi
dead = False
if t.group in self.deadGroups:
# Pot ser que sigui un suicidi d'atac: Estas matant un altre grup i per tant no mors
# Per compvoar això, si hi ha més d'un grup mort, treiem el nostre grup dels grups
# morts, matem els grups, refem els grups, i si estem vius es jugada valida
dead = True
if len(self.deadGroups) > 1:
state = self.getState()
self.deadGroups.remove(t.group)
otherDeads = self.deadGroups
self.deleteGroups()
self.setTileGroups()
if not t.group in self.deadGroups:
dead = False
self.deadGroups = otherDeads
self.loadState(state)
return not dead
# if dead:
# return False
# else:
# # Correcte, seguim jugada
# return True
else:
return False
@mainthread
def manageTurn(self, t, playerMove=True):
# Si el jugador intenta jugar mentre es el torn de la IA, no fem res
if playerMove and not self.gametype == GAMETYPE[
"PVP"] and self.player == 2:
return False
# En cap cas es pot jugar sobre una casella ocupada
if not t.content == 0:
return False
state = self.getState()
if self.doMovement(t):
# Correcte, seguim jugada
self.deleteGroups()
self.reloadGridGraphics()
self.lastPass = False
self.debugGrid()
# Guardem estat a cada moviment
self.nextPlayer()
self.store.put('save', state=self.getState())
else:
self.loadState(state)
launchSimpleModal("INVALID MOVE\nYou can't suicide.")
playClickSound()
@mainthread
def doPass(self, playerMove=True):
if playerMove and not self.gametype == GAMETYPE[
"PVP"] and self.player == 2:
return False
if not self.gametype == GAMETYPE["PVP"] and self.player == 2:
launchSimpleModal("CPU passed.")
if self.lastPass:
# Final del joc
self.gameOver()
else:
self.lastPass = True
self.nextPlayer()
def getNextPlayerNum(self, player):
if player == 1: player = 2
elif player == 2: player = 1
return player
def nextPlayer(self):
# Gestiona el canvi de jugador
self.player = self.getNextPlayerNum(self.player)
self.gui.setPlayerText(self.player)
if not self.gametype == GAMETYPE["PVP"] and self.player == 2:
self.startCpu()
def startCpu(self):
threading.Thread(target=self.cpu.move, args=(self, )).start()
# Retorna la puntuació en un moment concret, desglosada
def score(self):
score = {1: 0, 2: 0}
deadScore = {1: 0, 2: 0}
# Sumem mortes
deadScore[1] += self.deads[2] if 2 in self.deads else 0
deadScore[2] += self.deads[1] if 1 in self.deads else 0
for k in score.keys():
score[k] += deadScore[k] + self.tileScore[k] + self.terrScore[k]
score['tileScore'] = self.tileScore
score['terrScore'] = self.terrScore
score['deadScore'] = deadScore
return score
@mainthread
def gameOver(self):
score = self.score()
# Qui ha guanyat?
whowin = "TIE!"
if score[1] > score[2]:
whowin = "Player 1 WINS!"
elif score[1] < score[2]:
whowin = "Player 2 WINS!"
# Esborrem partida, mostrem guanyador, tornem al menu
if self.store.exists('save'):
self.store.delete('save')
launchSimpleModal("Game Finished\nP1: " + str(score[1]) + " | P2: " +
str(score[2]) + "\n" + whowin)
self.parent.parent.gameOver()
def add_data(store, name, data):
store = DictStore(store)
if not store.exists(name) and name != "default":
store.put(name, data=data)
else:
raise StoreException("The dice exist")
