def find_moves(grid, chain, foundation, next_brick, first_move = 0):
safety = list()
p = player(grid)
p1 = player(grid)
for iterations in range(1000):
p.new_grid(grid)
mymoves = list()
if first_move != 0:
p.turn(first_move[0], first_move[1])
mymoves.append(first_move[1])
for i in foundation:
move = grid_moves[random.randint(0, 9)]
score = p.turn(i, move)
if score > 0 or score < 0:
break
mymoves.append(move)
if len(mymoves) < len(foundation):
continue
for move in possible_moves:
p1.new_grid(p.grid)
score = p1.turn(next_brick, move)
if score >= 3:
return mymoves+[move]
elif p1.currentscore > 70*6:
safety = mymoves+[move]
return safety
def __init__(self, player1, player2):
self.player1 = player.player(player1)
self.player2 = player.player(player2)
self.deck = []
self.winner = 0
self.turno = None
self.isthereawinner = 0
def selectPlayers(self,dealerObj):
print("******************************************")
print(" Welcome to the Texas Hold'em Poker Game")
print("******************************************")
print("What Game would you like :")
print("1. Human PLayer vs Human Player")
print("2. AI Agent vs Human Player")
print("3. AI Agent vs AI Agent")
selected= 0
while(selected == 0):
choice=int(input("Enter Your Choice : "))
if (choice ==1):
self.players.append(player(1, dealerObj))
self.players.append(player(2, dealerObj))
selected= 1
return self.players
elif (choice==2):
level=int(input("Enter Agent Level (1-3) :"))
level1=self.checkLevel(level)
self.players.append(agent(1, dealerObj,level1))
self.players.append(player(2, dealerObj))
selected= 1
return self.players
elif(choice==3):
level=int(input("Enter Agent 1 Level (1-3) :"))
level1=self.checkLevel(level)
self.players.append(agent(1, dealerObj,level1))
level=int(input("Enter Agent 2 Level (1-3) :"))
level2=self.checkLevel(level)
self.players.append(agent(2, dealerObj,level2))
selected= 1
return self.players
else:
print("You Entered the Wrong choice")
def __init__(self):
self.player1 = player("player1")
self.player2 = player("player2")
self.turn = 0
self.player1turn = True
self.horizontalMove = {'A': 0, 'B': 1, 'C': 2, 'D': 3, 'E': 4, 'F': 5, 'G': 6, 'H': 7}
self.verticalMove = {'1': 0, '2': 1, '3': 2, '4': 3, '5': 4, '6': 5, '7': 6, '8': 7}
def play_video(self):
# Get current list item details...
title = unicode(xbmc.getInfoLabel("ListItem.Title"), "utf-8")
thumbnail = xbmc.getInfoImage("ListItem.Thumb")
plot = unicode(xbmc.getInfoLabel("ListItem.Plot"), "utf-8")
genre = unicode(xbmc.getInfoLabel("ListItem.Genre"), "utf-8")
total_time = unicode(xbmc.getInfoLabel("ListItem.EndTime"), "utf-8")
# Show wait dialog while parsing data...
dialog_wait = xbmcgui.DialogProgress()
dialog_wait.create(control.lang(30504), title)
if self.video_url is None:
# Close wait dialog...
dialog_wait.close()
del dialog_wait
# Message...
xbmcgui.Dialog().ok(control.lang(30000), control.lang(30505))
return
# Close wait dialog...
dialog_wait.close()
del dialog_wait
player().run({
"url": self.video_url,
"thumb": thumbnail,
"plot": plot,
"genre": genre,
"title": title,
"endTime": total_time,
"repeat": "Repeat One"
})
return
def main():
"""Main executable for a gameserver
This program establishes an open recieving socket at the indicated host
initialized at 0.0.0.0:6969 here. It then enters an infinite loop.
This loop checks for readable sockets every loop, and removes connections
that it finds to be closed or otherwise disconnected. Otherwise, hands
down the recieved message to the players' current game lobby object,
in the dictionary at the record accorind to their player.state string,
or if the player doesn't have a state, it passes on to cmdInterpreter.
Also outputs everything here to stdout, and flushes every loop to allow
for live log output.
"""
server_sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
server_sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
server_addr = ('0.0.0.0', 6969)
server_sock.bind(server_addr)
server_sock.listen()
print("Listening on", server_addr)
player_list.append(player.player(server_sock, server_addr))
while True:
for p in player_list: # Loop through sockets, selecting individually
read = select.select([p.sock], [], [], 0)[0]
#print(p.name, len(read)) # Some nice diagnostics to look at
#time.sleep(3)
for r in read: # Searching one socket at a time, we know the owner
if r == server_sock: # Accept incoming connections
s, a = server_sock.accept()
p = player.player(s, a)
print('Connection from', a)
player_list.append(p)
p.sendUpdate('\n Welcome!\n' + cmdlist)
else: # Otherwise, recieve client message
try:
dat = r.recv(8192).decode()
if dat == "": # Check if connection closed
print(p.name, "connection closed")
purge(p)
else: # Otherwise, handle normally
if p.state is None:
cmdInterpereter(p, dat)
else:
game_list[p.state].updateGame(p, dat)
except: # Connection died, kill
print(p.name, "connection died")
purge(p)
continue
sys.stdout.flush() # Flushing every loop, so we can live view the log
def __init__(self):
self.Player1 = player(playerType.robot, 1,'r',0)
self.Player2 = player(playerType.robot, 2,'b',0)
self.Player1.opponent = self.Player2
self.Player2.opponent = self.Player1
self.gamePositions = 'A','B','C','D'
self.currentGame = game(self.Player1, self.Player2)
self.plc = S71200.S71200("151.141.148.26")
def __init__(self, numHands, numFingers):
self.numHands = numHands
self.numFingers = numFingers
self.root = state(player(numHands, numFingers),
player(numHands, numFingers), 0)
self.root.score = 0
self.allStates = set()
self.allStates.add(self.root)
def createInitPlayers(self,dsn):
app.store = StoreP(app.config['dsn'])
newPlayer = player('Hasan', 'Male', 'Turkish', '1994', 1)
app.store.addPlayer(newPlayer, dsn)
newPlayer2 = player('Rose', 'Female', 'English', '1995', 2)
app.store.addPlayer(newPlayer2, dsn)
newPlayer3 = player('Dimitrov', 'Male', 'Russian', '1993', 4)
app.store.addPlayer(newPlayer3, dsn)
def game_reset(self):
self.player1 = player.player((0, 100), 5, (0, 255, 0), "Player 1")
self.player2 = player.player(
(self.screen_size[0] - self.player1.width, 100), -5, (0, 0, 255),
"Player 2")
self.level = 1
self.spike_arr = []
self.static_spike_arr = []
self.gen_static_spike()
def __init__(self, screen, path1, path2, start_poses, tile_size):
self.Player1 = player(screen, path1, start_poses[0], tile_size)
self.Player2 = player(screen, path2, start_poses[1], tile_size)
self.is_exec = True
self.num = 2
self.cur_num = 0
self.map = 0
self.map_size = 0
self.a = 0
self.b = 0
def __init__(self):
self.p = []
self.p0 = player() #dummy for simplicity in list operations
self.p1 = player()
self.p2 = player()
self.p.append(self.p0)
self.p.append(self.p1)
self.p.append(self.p2)
self.mainstart = 1
self.start = 1
def create(self,name,points_scored,points_lost,result): obj = player(name,points_scored,points_lost,1,0) if result==1 else player(name,points_scored,points_lost,0,1) self.playersDict[name]=obj if self.firstNode == None: #this is the first node to be inserted in the rankingsDict self.firstNode = obj self.lastNode = obj else: if result == 1: #win/lost self.adjustnode(obj,self.lastNode,int(points_scored),int(points_lost),1,0) else: self.adjustnode(obj,self.lastNode,int(points_scored),int(points_lost),0,1)
def eventCustom(x, y):
if not data.makeCustomScreen:
if 200 < x < 500 and 300 < y < 350:
data.startScreen = False
data.animatefirst = True
p2Pieces = {"pawn": [(6, 0), (6, 1), (6, 2), (6, 3), (6, 4), (6, 5), \
(6, 6), (6, 7)], "bishop": [(7, 2), (7, 5)], "rook": [(7, 0), (7, 7)], \
"queen": [(7, 4)], "king": [(7, 3)], "knight": [(7, 1), (7, 6)]}
p1Pieces = {"pawn": [(1, 0), (1, 1), (1, 2), (1, 3), (1, 4), (1, 5), \
(1, 6), (1, 7)], "bishop": [(0, 2), (0, 5)], "rook": [(0, 0), (0, 7)], \
"queen": [(0, 4)], "king": [(0, 3)], "knight": [(0, 1), (0, 6)]}
data.playerOne = player.player(data.player1turn, p1Pieces, [], [],
"p1")
data.playerTwo = player.player(data.player2turn, p2Pieces, [], [],
"p2")
s.initializePieces(data.playerOne)
s.initializePieces(data.playerTwo)
data.addScreen = True
s.getKings()
data.rows = 8
data.cols = 8
elif 200 < x < 500 and 400 < y < 450:
#print("no2")
data.player2turn = True
data.player1turn = False
data.startScreen = False
data.animatefirst = True
data.addScreen = True
p2Pieces = {"pawn": [(6, 0), (6, 1), (6, 2), (6, 3), (6, 4), (6, 5), \
(6, 6), (6, 7)], "bishop": [(7, 2), (7, 5)], "rook": [(7, 0), (7, 7)], \
"queen": [(7, 4)], "king": [(7, 3)], "knight": [(7, 1), (7, 6)]}
p1Pieces = {"pawn": [(1, 0), (1, 1), (1, 2), (1, 3), (1, 4), (1, 5), \
(1, 6), (1, 7)], "bishop": [(0, 2), (0, 5)], "rook": [(0, 0), (0, 7)], \
"queen": [(0, 4)], "king": [(0, 3)], "knight": [(0, 1), (0, 6)]}
data.playerOne = player.player(data.player1turn, p1Pieces, [], [],
"p1")
data.playerTwo = player.player(data.player2turn, p2Pieces, [], [],
"p2")
s.initializePieces(data.playerOne)
s.initializePieces(data.playerTwo)
s.getKings()
data.rows = 8
data.cols = 8
data.cpu = True
elif 200 < x < 500 and 500 < y < 550 and not data.custom:
data.help = True
elif 200 < x < 500 and 600 < y < 650 and not data.help:
data.custom = True
data.makeCustomScreen = True
data.customAnim = True
elif 200 < x < 500 and 660 < y < 680:
data.startField = True
else:
data.startField = False
def main():
print('Welcome to Rock, Paper, Scissors, Lizard, Spock')
player1 = player('Player 1')
player2 = player('Player 2')
game1 = game('Game 1', player1, player2)
game2 = game('Game 2', player1, player2)
game3 = game('Game 3', player1, player2)
games = (game1, game2, game3)
getPlayer2(player2)
for gameInstance in games:
game.getrResult(gameInstance)
playAgain()
def run(self):
tracking_home = self.input()['tracking_home'].load() # Row of tracking data
tracking_away = self.input()['tracking_away'].load() # Row of tracking data
ball_start_pos = self.input()['ball_start_pos'].load()
team_in_possession = self.input()['team_in_possession'].load()
params = self.input()['params'].load() # Model parameters
attacking_players = []
defending_players = []
# get player ids
player_ids = np.unique([c.split('_')[1] for c in tracking_home.keys() if c[:4] == 'Home'])
for p in player_ids:
# create a player object for player_id 'p'
team_player = pl.player(p, tracking_home, 'Home', params)
if team_player.inframe:
if team_in_possession == 'Home':
attacking_players.append(team_player)
else:
defending_players.append(team_player)
# get player ids
player_ids = np.unique([c.split('_')[1] for c in tracking_away.keys() if c[:4] == 'Away'])
for p in player_ids:
# create a player object for player_id 'p'
team_player = pl.player(p, tracking_away, 'Away', params)
if team_player.inframe:
if team_in_possession == 'Away':
attacking_players.append(team_player)
else:
defending_players.append(team_player)
if self.remove_offsides_players:
offsides_players = []
# find the second-last defender
x_defending_players = []
for player in defending_players:
x_defending_players.append(player.position[0])
x_defending_players = np.sort(x_defending_players)
second_last_defender_x = x_defending_players[-2]
for player in attacking_players:
position = player.position
# if player is nearer to the opponent's goal than the ball
if position[0] > ball_start_pos[0] and position[0] > second_last_defender_x:
offsides_players.append(player)
for op in offsides_players:
attacking_players.remove(op)
self.save({'attacking_players': attacking_players, 'defending_players': defending_players})
def players():
dsn = app.config['dsn']
app.store = StoreP(dsn)
app.storeT = StoreTeam(dsn)
allTeams = app.storeT.getAllTeams(dsn)
if request.method == 'GET':
allPlayers = app.store.getAllPlayers(dsn)
elif 'delete' in request.form:
ids = request.form.getlist('players')
for id in ids:
app.store.deletePlayer(id, dsn)
allPlayers = app.store.getAllPlayers(dsn)
elif 'add' in request.form:
name = request.form['nameToAdd']
gender = request.form['genderToAdd']
nation = request.form['nationToAdd']
birthDate = request.form['birthDateToAdd']
team = request.form['teamToAdd']
newPlayer = player(name, gender, nation, birthDate, team)
app.store.addPlayer(newPlayer, dsn)
allPlayers = app.store.getAllPlayers(dsn)
elif 'update' in request.form:
ids = request.form.getlist('players')
id = ids[0]
name = request.form['nameToUpdate']
gender = request.form['genderToUpdate']
nation = request.form['nationToUpdate']
birthDate = request.form['birthDateToUpdate']
team = request.form['teamToUpdate']
updatedPlayer = player(name, gender, nation, birthDate, team)
app.store.updatePlayer(updatedPlayer, id, dsn)
allPlayers = app.store.getAllPlayers(dsn)
elif 'find' in request.form:
name = request.form['nameToFind']
gender = request.form['genderToFind']
nation = request.form['nationToFind']
birthDate = request.form['birthDateToFind']
team = request.form['teamToFind']
findPlayer = player(name, gender, nation, birthDate, team)
allPlayers = app.store.selectPlayers(findPlayer, dsn)
return render_template('players.html', players = allPlayers, teams = allTeams )
def __init__(self, login, password, action): #~ if the game is launched with login/password, #~ the player is directly fetched if login is not None and password is not None: self._player = player(login, password) elif action == []: #else an empty player is created self._player = player(None, None) self._doInteractiveAuth() self._action = action self._player.connect()
def __init__(self):
self.title = "PyCard - A simple game of 21 ( Blackjack )"
self.running = True
self.dealer = player("Dealer Bot#{}".format(randint(0, 100000)))
self.player = player("Player Bot#{}".format(randint(0, 100000)))
self.card_deck = deck()
# Deal out the initial two cards to the dealer and player
self.dealer.addCard(self.card_deck.deal())
self.dealer.addCard(self.card_deck.deal())
self.player.addCard(self.card_deck.deal())
self.player.addCard(self.card_deck.deal())
def copyState(self):
newPlayer1 = player(self.players[0].numHands,
self.players[0].numFingers)
newPlayer2 = player(self.players[1].numHands,
self.players[1].numFingers)
newPlayer1.hands = self.players[0].hands[:]
newPlayer2.hands = self.players[1].hands[:]
newState = state(newPlayer1, newPlayer2, self.turn, self.parent)
newState.visits = 0
newState.uct = newState.calcUct()
return newState
def __init__(self,name,new):
"""
Constructor
Uses algorithm to turn string data from txt file into a player object.
...
Parameters
----------
:param name: Name of user
:type name: str
:param new: if the game is a new or must be loaded
:type new: Bool
"""
if new == True:
self.user = player(level=1, name = name, EXP=0, gold= 150, items ={})
else:
x = name.lower() + ".txt" # create string with name matching one used to create savegames
with open(x, 'r') as f: # open file in read mode and parse through lines in same order as data was stored
name = f.readline().rstrip('\n') # strip of \n
level = int(f.readline()) # turn strings into int
gold = int(f.readline())
items_keys = f.readline()
item_am = f.readline()
cl_map = f.readline().rstrip('\n')
cl_row = int(f.readline())
cl_col = int(f.readline())
exp = int(f.readline())
exp_n = int(f.readline())
st = int(f.readline())
curr_map = None # emptry var to be assigned current map
for i in all_maps:
if i.key == cl_map:
curr_map = i
non_pot_items = [] # items that are not pots
try:
bag = self.get_items(items_keys,item_am) # bag containing all items
for i in bag:
if i.key != "hpo" and i.key != "mpo" and i.key != "upo":# if itst not a pot then remove from bag and add via add_item method to ensure stats are updated
non_pot_items.append(i)
for i in non_pot_items:
del bag[i]
except:
bag = {}
user1 = player(location(curr_map,cl_row,cl_col),location(curr_map,cl_row,cl_col), level,name,exp,exp_n,gold, bag,st)
for i in non_pot_items:
user1.add_item(i)
self.user = user1
def __init__(self, data={}):
if len(data) == 0:
player1 = player('kuba', 'p1', 'nan')
player2 = player('marks', 'p2', 'nan')
a = prov_creator('A', 'A', 'p1', 5, 3, 3, ['B'])
b = prov_creator('B', 'B', 'p2', 5, 3, 3, ['A'])
ind_prov_creator('X', 'X', 3)
ind_prov_creator('Y', 'Y', 3)
ind_prov_creator('Z', 'Z', 3)
self.nilfgaard = nilfgaard(5, 8)
for i in pl_list:
self.pl_sitting_order.append(i)
random.shuffle(self.pl_sitting_order)
self.turn_order = self.pl_sitting_order
def play_video(self):
# Get current list item details...
title = unicode(xbmc.getInfoLabel("ListItem.Title"), "utf-8")
thumbnail = xbmc.getInfoImage("ListItem.Thumb")
studio = unicode(xbmc.getInfoLabel("ListItem.Studio"), "utf-8")
plot = unicode(xbmc.getInfoLabel("ListItem.Plot"), "utf-8")
genre = unicode(xbmc.getInfoLabel("ListItem.Genre"), "utf-8")
total_time = unicode(xbmc.getInfoLabel("ListItem.EndTime"), "utf-8")
dbid = unicode(xbmc.getInfoLabel("ListItem.DBID"), "utf-8")
# Show wait dialog while parsing data...
dialog_wait = xbmcgui.DialogProgress()
dialog_wait.create(control.lang(30504), title)
if self.video_url is None:
# Close wait dialog...
dialog_wait.close()
del dialog_wait
# Message...
xbmcgui.Dialog().ok(control.lang(30000), control.lang(30505))
return
# Play video...
# playlist = xbmc.PlayList(xbmc.PLAYLIST_VIDEO)
# playlist.clear()
# list_item = xbmcgui.ListItem(title, iconImage="DefaultVideo.png", thumbnailImage=thumbnail)
# list_item.setInfo("video", {"Title": title, "Studio": studio, "Plot": plot, "Genre": genre})
# playlist.add(self.video_url, list_item)
# Close wait dialog...
dialog_wait.close()
del dialog_wait
# Play video...
# xbmc_player = xbmc.Player()
player().run({
"url": self.video_url,
"thumb": thumbnail,
"plot": plot,
"genre": genre,
"title": title,
"endTime": total_time,
"dbid": dbid
})
# xbmc_player.play(playlist)
return
def main():
currentRoom = room.startRoom()
print "Welcome to Pygame.\n"
char = player.player()
#while player is alive
while char.chp > 0:
#check to see if a monster is in the room, if so set it to monster
monster = currentRoom.enter(char)
#if there is a monster in the room, begin combat
while currentRoom.monCount > 0 and monster != None:
combat.combat(char, monster)
currentRoom.monCount -= 1
if char.chp < 1:
char.death()
#check for chance event
currentRoom.rollChance(char)
#display next room options
currentRoom.nextRooms(currentRoom.exits)
#(re)initialize results to None
result = None
#display game prompt. If the user selects a new room, restart the loop
while not result:
result = prompt(char, currentRoom)
if isinstance(result, room.maps):
currentRoom = result
if char.chp < 1:
char.death()
def run_bot(r, comments_replied_to):
print "Obtaining 25 most recent comments..."
for comment in r.subreddit('mytestzone').comments(limit=25):
if "!New_Character" == comment.body and comment.id not in comments_replied_to and not comment.author == r.user.me():
#Check if user already has a character
username = str(comment.author)
if search_player_list(username) == True:
comment.reply("You already have a character. " +
"\n\nAre you sure you want to restart?")
else:
newplayer=player(username)
#comment.reply("You've created a new character, " +
# newplayer.username + "!")
with open ("player_list.txt", "a") as text_file:
text_file.write(newplayer.username + "\n")
print newplayer.username + " created a new character!"
print "Replied to comment " + comment.id
comments_replied_to.append(comment.id)
with open ("comments_replied_to.txt", "a") as f:
f.write(comment.id + "\n")
print "Sleeping for 3 seconds"
#Sleep for 3 seconds
time.sleep(3)
def reset_all():
global pontuacao_total
global i
if i == 3:
pontuacao_total = []
i = 1
else:
i += 1
print(i)
global king
king = pl.player(WINDOW_WIDTH // 2, WINDOW_HEIGHT // 2, 32, 32, win,
WINDOW_WIDTH, WINDOW_HEIGHT)
global zombies
zombies = []
global items
items = []
global mapa
mapa = mp.mapa(0, 0, win, 'mapa' + str(i))
global collected_itens
collected_itens = {
'coin': 0,
'boots': 0,
'coffee': 0,
'multi_shot': 0,
'fast_shot': 0,
'clock': 0
}
def multiplayer(self):
"""Setup to represent the game with 2 human players
variables:
instances - Player1 and Player2 - Instances of player class who store name, Symbol and are used to determine whos turn it is
attributes:
current_player - Points to the Instance of the player whos turn it is"""
self.Player1 = player("X")
self.Player1.turn = True
self.Player2 = player("O")
self.current_player = self.Player1
self.Turn_count = 0
# Setup Board
if self.board_init_true == False:
self.init_Board()
def run_game():
#breakpoint()
screen = pygame.display.set_mode((1024, 512))
player_image = pygame.image.load('blue.png').convert()
background_image = pygame.image.load('back.jpg').convert()
print(player_image.get_rect().width)
print(player_image.get_rect().height)
p = player(player_image, {'width': player_image.get_rect().width, 'height': player_image.get_rect().height}, {'x': 0, 'y': 0})
while True:
# handle input
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
elif event.type == pygame.KEYDOWN and event.key == pygame.K_ESCAPE:
sys.exit()
# elif event.type == pygame.KEYDOWN:
# if event.key == pygame.K_RIGHT:
# p.change_speed((10,0))
# elif event.key == pygame.K_LEFT:
# p.change_speed((-10,0))
active_keys = pygame.key.get_pressed()
if active_keys[pygame.K_RIGHT]:
p.change_speed((1,0))
elif active_keys[pygame.K_LEFT]:
p.change_speed((-1,0))
p.move((640, 480))
screen.blit(background_image, (0, 0))
screen.blit(p.image, p.pos)
pygame.display.update()
pygame.time.delay(100)
def main():
currentRoom = room.startRoom()
print "Welcome to Pygame.\n"
char = player.player()
#while player is alive
while char.chp > 0:
#check to see if a monster is in the room, if so set it to monster
monster = currentRoom.enter(char)
#if there is a monster in the room, begin combat
while currentRoom.monCount > 0 and monster != None:
combat.combat(char, monster)
currentRoom.monCount -= 1
if char.chp < 1:
char.death()
#check for chance event
currentRoom.rollChance(char)
#display next room options
currentRoom.nextRooms(currentRoom.exits)
#(re)initialize results to None
result = None
#display game prompt. If the user selects a new room, restart the loop
while not result:
result = prompt(char, currentRoom)
if isinstance(result, room.maps):
currentRoom = result
if char.chp < 1:
char.death()
def main():
dices = []
for i in range(6):
dice1 = dice()
dices.append(dice1)
player1 = player('Mona')
player2 = player('Andreas')
while player1.score < 10000 and player2.score < 10000:
turn(player1, dices)
time.sleep(5)
turn(player2, dices)
if player1.score < 10000:
print('Reaced 10000 or more! Score: ' + str(player1.score))
elif player2.score < 10000:
print('Reaced 10000 or more! Score: ' + str(player2.score))
time.sleep(60)
def setup_player(self):
try:
self.my_player = player.player()
if self.my_player.get_db_status():
messagebox.showinfo("success!", "connected successfuly to db")
else:
raise Exception("sorry u cannot save or load favourites!!!")
except Exception as ex:
messagebox.showerror("db error!", ex)
self.Button9.config(state="disabled")
self.Button10.config(state="disabled")
self.Button11.config(state="disabled")
self.vol_scale.configure(from_=0, to=100, command=self.change_volume)
self.vol_scale.set(50)
self.addSongsToPlayListButton.configure(command=self.add_song)
self.deleteSongsFromPlaylistButton.configure(command=self.remove_song)
self.playButton.configure(command=self.play_song)
self.stopButton.configure(command=self.stop_song)
self.top.title("Mouzikka-Dance to the rhythm of your heart")
self.top.protocol("WM_DELETE_WINDOW", self.close_window)
self.isPaused = False
self.isPlaying = False
self.pauseButton.configure(command=self.pause_song)
self.previousButton.configure(command=self.load_previous_song)
self.Button9.configure(command=self.add_song_to_favourites)
self.Button10.configure(command=self.remove_song_from_favourites)
self.Button11.configure(command=self.load_songs_from_favourites)
self.playList.configure(font="vivaldi 12")
self.playList.bind("<Double-1>", self.list_double_click)
img = tk.PhotoImage(file="./icons/broken-heart.png")
self.top.iconphoto(self.top, img)
#self.i=0
self.isThreadRunning = False
async def getPlayer(self, name):
hdr = {
'User-Agent':
'Mozilla/5.0',
'Accept':
'text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8'
}
async with aiohttp.get(
"http://www.blissscape.net/highscores/index.php",
params={"player": name},
headers=hdr) as r:
if r.status == 200:
print(name.strip() + ": " + str(r.status))
soup = BeautifulSoup(await r.text(), "lxml")
table = soup.findAll('table')
if table:
rows = table[0].findAll('tr')
del rows[0]
total = []
for i in rows:
cells = i.findAll('td')
total.append([
int(cells[3].getText().replace(',', '')),
int(cells[2].getText().replace(',', ''))
])
return player(name, total)
else:
return None
def main():
village = card("village", 'a', 3, 2, 0, 1, 0, 0)
my_dom = dominion([village] * 10)
copper = card("copper", "t", 0, treasure=1)
estate = card("estate", "v", 2, victory=1)
my_player = player([copper] * 7 + [estate] * 3)
my_dom.turn(None, my_player)
def test_player_attack_pass_roll_prestige(self):
"""
Tests player attack in a mock mob object
"""
tp=player.player()
tp.DEX=5
tp.STR=1
tp.totatk=1
tp.lv=0
tm=testmob()
tm.exp=1
tm.pres=1
for i in range(1,101):
tp.attack(tm)
self.assertEqual(tm.HP, -i)
self.assertEqual(tm.hit, 1)
self.assertEqual(tp.prestige, i)
self.assertEqual(tp.totalhits, i)
self.assertEqual(tp.totalatks, i)
self.assertEqual(tp.totaldmg, i)
self.assertEqual(tp.maxdmg, 1)
self.assertEqual(tp.kills, i)
self.assertEqual(tp.exp, i)
def on_reloadbutton_clicked(self,button):
self.players=[]
name=self.partychooser.get_active_text()
if len(name)>0:
name=name+".par"
j=0
with open("userdata/"+name, 'rb') as csvfile:
reader = csv.reader(csvfile, delimiter=',', quotechar='|')
for row in reader:
self.players.append(player(row))
j+=1
self.globaldata.players=self.players
name=self.enemychooser.get_active_text()
if (len(name)>0):
name=name+".enc"
j=0
with open("userdata/"+name, 'rb') as csvfile:
self.globaldata.selected=[]
reader = csv.reader(csvfile, delimiter=',', quotechar='|')
for row in reader:
monst=Monster(row[0],row[1],row[2],row[3],row[4],row[5],row[6])
self.globaldata.selected.append(monst)
self.create_rows()
self.remove_old_info()
self.get_monster_info()
def __init__(self, mpv_path, streamer_fifo_path, mpv_cmds_fifo_path, server_ip, mpd_port, http_port):
self.streamer_fifo_path = streamer_fifo_path
self.mpv_cmds_fifo_path = mpv_cmds_fifo_path
# the command that Popen will call in a new process (the media player,
# controlled by writing commands to mpv_cmds_fifo_path, a handy feature
# of mpv)
self.playercmd = [mpv_path, "--input-file=" + mpv_cmds_fifo_path, streamer_fifo_path]
# create mpd client, connect it to the server
self.remote = mpd_client.mpd_client(server_ip, mpd_port, REMOTE_DEBUGLEVEL)
self.remote.connect_to_server()
# get the status of the server
self.remote.retrieve_status()
# create player
self.player = player.player(self.playercmd, mpv_cmds_fifo_path, PLAYER_DEBUGLEVEL)
# create http client
self.streamer = http_client.http_client(server_ip, http_port, streamer_fifo_path, STREAMER_BUFFER_SIZE, STREAMER_DEBUGLEVEL)
# if the mpd server is playing, initialize the http client's connetion
state = self.remote.status.state
if state == "play":
self.player.play()
self.streamer.play()
# check if the streamer successfully connected
if not self.streamer.connected:
self.print_debug("Error: could not connect to HTTP server!", 1)
self.quit()
self.message = None
def main():
global dror
pygame.init()
dror = player.player(X_screen / 2 - player_width, Y_screen - player_height,
player_width, player_height)
#BACKGROUND = pygame.image.SSload("background.jpg") - load background later
run = True
CLOCK = pygame.time.Clock()
if not stats.game_active:
play_button.draw_button()
while game_active:
CLOCK.tick(60)
updategame(WIN)
#movement-------------------------------------------------------
keys = pygame.key.get_pressed()
if keys[pygame.K_LEFT]:
dror.x -= dror.velocity
if keys[pygame.K_RIGHT]:
dror.x += dror.velocity
if not (dror.isJump):
if keys[pygame.K_SPACE]:
dror.isJump = True
else:
if dror.jumpCount >= -10:
dror.y -= (dror.jumpCount * abs(dror.jumpCount)) * 0.5
dror.jumpCount -= 1
else:
dror.jumpCount = 10
dror.isJump = False
#---------------------------------------------------------------
for event in pygame.event.get():
if event.type == pygame.QUIT:
run = False
def __init__(self): # initial board state stuff self.hints = 8 self.bombs = 3 self.played = [0] * len(COLORS) self.played_features = np.zeros([NUM_COLORS, NUM_VALUES]) # set up deck self.deck = deck() # set up discard pile self.discarded = [] self.discarded_features = np.zeros([NUM_COLORS, NUM_VALUES]) # set up each of the players' hands self.hands = [] for i in range(NUM_PLAYERS): self.hands.append(self.deck.deal()) # set up player states self.players = [] for i in range(NUM_PLAYERS): # cards you see in others' hands known = self.total_known_cards(self.get_known_in_hand(i), self.played_features, self.discarded_features) # create player with unfucked beliefs self.players.append(player(known, self.get_others_hands(i), self.hints, self.bombs, self.played)) # weight array used for both players self.weights = np.empty([ACTION_NUM, NUM_COLORS * NUM_VALUES * NUM_HAND * NUM_PLAYERS + 7]) self.weights.fill(0.1)
def startup(self):
#method for starting Game state stuff
print('Starting Up Game State...')
#set the next state, defaults to the transition state
self.next = self.previousState.targetState
#initialize the player
self.player1 = player.player(self.window.windowSize)
self.playerProjectiles = []
#initialize the camera
#self.camera1 = camera('basicCamera', self.levelWidth, self.levelHeight)
#initialize enemies
self.enemies = []
numberEnemies = 5
for i in range(0, numberEnemies):
self.enemies.append(
enemy.enemy(self.window.windowSize[0],
self.window.windowSize[1]))
pass
#initialize entities object list
self.entities = []
def newgame(quick=0):
"""
This function displays the menu to create a new character.
Receives an optionanl quick parameter. if 1, it generates a 40x40 dungeon and a random player.
"""
cfg=config.config()
#If quick is 1, generate everything randomly
if quick:
dung=dungeon.dungeon(50,50,1)
hero=player.player()
hero.enter(dung)
#If not, go through the usual process
elif not quick:
while 1:
#purge()
try:
common.version()
print "New game [1/5] Dungeon size\n~40x40 recommended\n"
xsize=int(raw_input("Horizontal size: "))
ysize=int(raw_input("Vertical size: "))
if xsize<40 or ysize<20: print "Minimum size 40x20"
else:
print "%ix%i dungeon created"%(xsize,ysize)
common.getch()
break
except ValueError: pass
def __init__(self,playerCount):
print ("Starting Game...")
self.deck = deck()
#If the game has a bunch of people, we need more cards, so we creat a double deck
if playerCount >= 4:
deck2 = deck()
self.deck.cards.extend(deck2.cards)
#Once we have all the cards, we shuffle them
self.deck.shuffle()
print ("Starting Deck Length: "+str(self.getDeckLength()))
#Time to create players
self.players = []
for x in range(0,playerCount):
print ("Loading Player "+str(x)+"...")
#Draw 5 cards for each player and insert them into our player list
newPlayerHand = self.deck.drawCard(13)
newPlayer = player(self,x,newPlayerHand)
self.players.append(newPlayer)
#We pick a starting card with onlyNumerical = true so we dont start with an action card
self.currentCard = self.deck.drawCard(1,True)
#index of current player (players list)
self.currentPlayer = 0;
#which direction the flow is going
self.rotationManager = 1
def run():
import player as _player_
player = _player_.player()
p = player_client(player)
data = {}
data["quit"] = 0
while not data["quit"]:
data = p.chat()
def testcharsh(): """ Test environment for the character sheet. """ dung=dungeon.dungeon(0,0,0) test=player.player(dung,1) test.charsheet()
def initBattle(self,roles):
self.players = []
self.warriors = []
for r in roles:
p = player(r,self)
self.players.append(p)
self.init_role(p)
def main(): conn = xmmsclient.glib.GLibConnector(xmms) app = player(xmms) app.window.show() gtk.gdk.threads_init() gtk.gdk.threads_enter() gtk.main() gtk.gdk.threads_leave()
def test_pick_consumable_pass(self):
"""
Tests if the player can pick a consumable
"""
tp=player.player()
ti=testhppotion
ans=tp.pickconsumable(ti)
self.assertEqual(ans, (1, "You picked hp."))
def testvend(): """ Test environment for vendors and sellers """ dung=dungeon.dungeon(0,0,0) hero=player.player(dung,1) seller=npc.vendor() seller.commerce(hero)
def startGame():
#Setup Objects
try:
level.levelSpawner = level.levelSpawner()
level.background = level.background()
except: pass
objects.player = player.player(PLAYERSTART[0],PLAYERSTART[1])
objects.energyBar = misc.energyBar()
objects.healthBar = misc.healthBar()
def __init__(self):
"""Main running function"""
self.windowx = 680
self.windowy = 800
pygame.init()
self.clock = pygame.time.Clock()
self.set_up_screen()
self.time_since_last_frame = 0.0
self.enemy_text = open("enemies.txt").readlines()
self.enemy_data = self.interp_enemies(self.enemy_text)
self.text_text = open("text_disp.txt").readlines()
self.text_data = self.interp_text(self.text_text)
self.text_list = []
self.debris_list = []
self.rock_list = []
self.sbear_list = []
self.wbear_list = []
self.particle_list = []
self.boss = None
self.boss_killed = False
self.boss_spawned = False
self.lady_spawned = False
self.lady_koi = None
self.lives = 6
self.last_death = -2000
self.immortal_time = 2000
self.player = player(self.windowx, self)
self.distance = 0
self.worldspeed = 1 #distance per ms for river image movement
self.riverimg = pygame.image.load("img/river1.png").convert()
#self.landimgl = pygame.image.load("img/landproxy.png").convert()
#self.landimgr = pygame.image.load("img/landproxy.png").convert()
#self.landimgr = pygame.transform.rotate(self.landimgl, 180)
self.landimgl = pygame.image.load("img/good_grass_left.png").convert_alpha()
self.landimgr = pygame.image.load("img/good_grass_right.png").convert_alpha()
self.sidebarimg = pygame.image.load("img/sidebar.png").convert()
self.heartimg = pygame.image.load("img/heart.png").convert_alpha()
self.key_bindings = key_bindings()
self.screen_rect = pygame.Rect(0,0,self.windowx,self.windowy)
self.player_killed = False
self.killedforealz = False
self.deaddraw = True
self.deaddrawnum = 0 #a counter to make the player flicker when respawning
#self.font32 = pygame.font.Font(None, 32) #Temp Font
self.font32 = pygame.font.Font("fonts/SVBasicManual.ttf", 20)
self.aqua32 = pygame.font.Font("fonts/Aquanaut.ttf", 40)
#final boss stuff
#self.bad_koi = evil_koi(self.windowx)
self.bad_projectiles = []
self.music = game_music()
self.distance_bar = generic_bar(0, 200000, (0,0,0), (0,0,0), (255,255,255), 620, 100, 20, 300)
self.energy_bar = generic_bar(0, 300, (255,0,0), (255,255,0), (255,255,255), 645, 100, 20, 300)
self.dont_exit = True
self.lady_time = 0
self.fire_particle_image = pygame.image.load("img/fire_particle.png").convert_alpha()
self.water_particle_image = pygame.image.load("img/water_particle.png").convert_alpha()
self.rock_particle_image = pygame.image.load("img/rock_particle.png").convert_alpha()
def test_pick_consumable_fail(self):
"""
Tests if the consumable picking fails when inv is epmty
"""
tp=player.player()
tp.belt=[testhppotion for i in range(4)]
ti=testhppotion
ans=tp.pickconsumable(ti)
self.assertEqual(ans, (0, "Your belt is full"))
def test_player_fall_enter(self):
"""
Tests if a player can correctly enter a dungeon falling
"""
td=testdungeon
tp=player.player()
tp.enter(td, 1)
self.assertEqual(tp.xpos, 1)
self.assertEqual(tp.ypos, 2)
def test_player_spec_enter(self):
"""
Tests if a player can correctly enter a dungeon specifying normally
"""
td=testdungeon
tp=player.player()
tp.enter(td, 0)
self.assertEqual(tp.xpos, 1)
self.assertEqual(tp.ypos, 1)
def test_pick_itemp_pass(self):
"""
Tests if the player can successfully pick an item
"""
tp=player.player()
ti=testitem
ans=tp.pickobject(ti)
self.assertEqual(ans, (0, "You picked test_item\n"))
self.assertEqual(tp.itemspck, 1)
def run_curses():
import curses_ as curses
import player as _player_
player = _player_.player()
player = curses.player_curses()
p = player_client(player)
data = {}
data["quit"] = 0
while not data["quit"]:
data = p.chat()
def play_video(self):
# Get current list item details...
title = unicode(xbmc.getInfoLabel("ListItem.Title"), "utf-8")
thumbnail = xbmc.getInfoImage("ListItem.Thumb")
studio = unicode(xbmc.getInfoLabel("ListItem.Studio"), "utf-8")
plot = unicode(xbmc.getInfoLabel("ListItem.Plot"), "utf-8")
genre = unicode(xbmc.getInfoLabel("ListItem.Genre"), "utf-8")
total_time = unicode(xbmc.getInfoLabel("ListItem.EndTime"), "utf-8")
dbid = unicode(xbmc.getInfoLabel("ListItem.DBID"), "utf-8")
# Show wait dialog while parsing data...
dialog_wait = xbmcgui.DialogProgress()
dialog_wait.create(control.lang(30504), title)
if self.video_url is None:
# Close wait dialog...
dialog_wait.close()
del dialog_wait
# Message...
xbmcgui.Dialog().ok(control.lang(30000), control.lang(30505))
return
# Play video...
# playlist = xbmc.PlayList(xbmc.PLAYLIST_VIDEO)
# playlist.clear()
# list_item = xbmcgui.ListItem(title, iconImage="DefaultVideo.png", thumbnailImage=thumbnail)
# list_item.setInfo("video", {"Title": title, "Studio": studio, "Plot": plot, "Genre": genre})
# playlist.add(self.video_url, list_item)
# Close wait dialog...
dialog_wait.close()
del dialog_wait
# Play video...
# xbmc_player = xbmc.Player()
player().run({"url": self.video_url, "thumb": thumbnail, "plot": plot, "genre": genre, "title": title,
"endTime": total_time, "dbid": dbid})
# xbmc_player.play(playlist)
return
def test_levelup_multiple(self):
"""
Same as test_levelup_once, except it sets the exp to 67
With that exp the player should get to level 6 with a single call
"""
tp=player.player()
tp.exp=67
self.assertEqual(tp.lv, 1)
tp.levelup()
self.assertEqual(tp.lv, 6)
def testchat(): """ Test environment for seller chat Starts a chat with a random vendor, giving extra information for testing purposes. """ dung=dungeon.dungeon(0,0,0) hero=player.player(dung,1) seller=npc.vendor() parser.chat(seller.keeper,hero)
def test_levelup_none(self):
"""
Same as the other test_levelup functions, except it sets the exp to 4
At level 1 with less than 5 exp, the player should not level up at all
"""
tp=player.player()
tp.exp=4
self.assertEqual(tp.lv, 1)
tp.levelup()
self.assertEqual(tp.lv, 1)
def __init__(self):
"""initializes the game"""
pygame.init()
self.screen = pygame.display.set_mode((680, 800))
self.clock = pygame.time.Clock()
self.player = player(680)
self.FrameRate = 1
self.SCREENRECT = pygame.Rect(0, 0, 680, 800)
self.debris = False
self.evil_koi = evil_koi(680)
self.debris_list = []
def test_levelup_once(self):
"""
Tests player increasing levels
Set the experience to 5
Expects the player to level up just once
"""
tp=player.player()
tp.exp=5
self.assertEqual(tp.lv, 1)
tp.levelup()
self.assertEqual(tp.lv, 2)