def iniciarConjuntoPlayers(numIndividuos,
lado,
interface,
drawNeuralNetwork=False):
# Estamos trabalhando com interface gráfica?
if interface == True:
game_area_ = GAME_AREA
else:
game_area_ = False
playerSet = []
for i in range(numIndividuos):
if lado == "direita":
player = Player([WIDTH - 150, 100], colors.BLACK, player_type,
WIDTH, GAME_AREA_HEIGHT, ARCHITECTURE, game_area_,
drawNeuralNetwork)
elif lado == "esquerda":
player = Player([150, 100], colors.RED, "bot_ball_follow", WIDTH,
GAME_AREA_HEIGHT, ARCHITECTURE, game_area_,
drawNeuralNetwork)
else:
print(
"Qual lado você quer que o player fique? Corrija esta informação"
)
exit()
playerSet.append(player)
return playerSet
def __init__(self):
self.player1 = Player(1, 'rouge')
self.player2 = Player(2, 'vert')
# Sauvegarde des points powered
self.moves = []
self.playable_points = []
self.init_game()
def setUpClass(cls):
cls.player = Player("Theo")
cls.player2 = Player("Theo")
cls.deck = []
cls.suits = ['Clubs', 'Spades', 'Diamonds', 'Hearts']
for suit in cls.suits:
for rank in range(1, 14):
cls.deck.append((suit, rank))
def __init__(self, number_of_enemies_to_kill=5):
self.number_of_enemies_to_kill = number_of_enemies_to_kill
self.action_log = ActionLog()
player_name = input("Player Name: ").strip()
self.player = Player(self.action_log, player_name)
# Add additional enemies here
self.enemies = [Chicken, Rabbit]
self.current_enemy = None
def get_player_data():
player_filename = 'game_summary_by_player.csv'
data_dir = os.getcwd() + '/data/external'
player_path = os.path.join(data_dir, player_filename)
output_path = os.path.join(data_dir, 'player_metadata.csv')
player_game_df = pd.read_csv(player_path)
players_df = player_game_df[["player_link",
"player_name"]].drop_duplicates()
if os.path.isfile(player_path):
addtl_rows_flg = True
player_metadata_df = pd.read_csv(output_path)
player_metadata_df = player_metadata_df.drop_duplicates()
else:
addtl_rows_flg = False
player_metadata_df = pd.DataFrame()
if addtl_rows_flg == True:
existing_players = list(player_metadata_df["player_link"].unique())
players_df = players_df[~players_df["player_link"].
isin(existing_players)]
print(
"number of players already scraped: {} / length of remaining df: {}"
.format(len(existing_players), len(players_df)))
output_rows = []
for idx, row in players_df.iterrows():
name = row['player_name']
link = row['player_link']
print("{}: {} - {}".format(idx, name, link))
player = Player(name, link)
#print("{}: {} - {}".format(idx, player.name, player.full_player_url))
player_dict = player.get_player_data()
dict_to_csv(player_dict, data_dir, 'player_metadata')
output_rows.append(player_dict)
#output_df = pd.DataFrame(output_rows)
#output_path = os.path.join(data_dir, 'player_metadata.csv' )
#output_df = output_df[["player_link", "player_name", "position", "draft_pick" ,"height", "weight", "height", "birthdate", "forty_yd", "combine_bench", "combine_broad_jump", "combine_cone", "combine_shuttle", "combine_vert", "combine_year"]]
#output_df.to_csv(output_path, index = False)
return
def __setup(self):
name = ""
while len(name) == 0:
name = input("What is your name ? ")
print("Who are you?")
print("I'm a...")
race = 0
while True:
print("1) Human")
print("2) Elf")
print("3) Dwarf")
print("4) Halfling")
try:
race = int(input("? "))
if race < 1 or race > 4:
raise ValueError
except ValueError:
print("Not a valid number!")
continue
else:
break
cls = 0
while True:
print("1) Fighter")
print("2) Rogue")
print("3) Mage")
print("4) Cleric")
try:
cls = int(input("? "))
if cls < 1 or cls > 4:
raise ValueError
except ValueError:
print("Not a valid number!")
continue
else:
break
self.player = Player(name, "", Dice.roll(6, 3), Dice.roll(6, 3), Dice.roll(6, 3), race, cls)
# Starting gold
if cls == 1:
self.player.currency("Gold", 150)
elif cls == 2:
self.player.currency("Gold", 125)
elif cls == 3:
self.player.currency("Gold", 75)
elif cls == 4:
self.player.currency("Gold", 120)
bag = self.__gear["backpack"]
self.player.bag.add_item(bag, 1)
self.map = Map()
def __createPlayers(self):
players = []
playerCount = 3
playerID = 0
while playerCount > 0:
player = Player(playerID)
players.append(player)
playerCount -= 1
playerID += 1
return players
def initSimulation(self):
self.initializeFunctions()
# Initialize collision handlers
self.initializeCollision()
# Generate terrain information
self.initializeScene()
# Generate interactive objects
self.player = Player(self, self.posX, self.posY)
self.tsunamiTime = 150 # time for tsunami to hit the coast
self.tsunami = Water(self)
# Initialize screen on text
self.put2D()
def get_player_stats_rows(snap_rows, team):
game_player_stats = []
for tr in snap_rows:
player_name = tr.th.a.string if tr.th.a is not None else None
if player_name is None:
continue
player_link = tr.th.a['href']
position = tr.find("td", {"data-stat": "pos"}).string
player_game = Player(player_name, player_link, team, position)
player_stats_dict = player_game.get_player_summary()
num_snaps, perc_snaps = player_game.get_snaps(tr)
player_stats_dict["perc_snaps"] = float(perc_snaps)
player_stats_dict["snaps"] = float(num_snaps)
pos_stats_flg = player_game.get_pos_stats_flg(tr)
if pos_stats_flg == True:
positional_player = player_game.player_class(player_game)
pos_player_stats = positional_player.get_positional_stats(
player_game)
player_stats_dict.update(pos_player_stats)
game_player_stats.append(player_stats_dict)
return game_player_stats
def choose_players():
'''Randomly select two players and return their data in the form of a Player class instance.'''
#get existing player ids
player_ids = redis_host.keys()
max_index = len(player_ids) - 1
# choose two random players
i = random.randint(0,max_index)
j = random.randint(0,max_index)
decoder = json.JSONDecoder()
# get the data for the two chosen random players
player_1_data_raw = decoder.raw_decode(redis_host.get(str(player_ids[i])))
player_2_data_raw = decoder.raw_decode(redis_host.get(str(player_ids[j])))
player_1_data = json.loads(player_1_data_raw[0])
player_2_data = json.loads(player_2_data_raw[0])
# create data structures for the players for easy access.
player_1 = Player(player_1_data)
player_2 = Player(player_2_data)
return player_1, player_2
def generatePlayerObjectFromFile(filePath, playerNumber):
headerRow = True
CSV_Data = readListFromCSV(filePath)
playerObject = Player(playerNumber)
for line in CSV_Data:
if headerRow:
headerRow = False
continue
# print(line)
(timestamp, episodeNumber, roundData, roundOut, finalScore) = isolateCellsWithRoundDataAggregated(line)
roundObjectList = generateRoundObjects(roundData, episodeNumber)
playerObject.episodeList.append(Episode(len(roundObjectList), episodeNumber, finalScore, roundObjectList))
return playerObject
def initialize_players():
""" Prompts players for party size and player names.
"""
system('cls')
players = []
playerCount = input('Enter the numbers of players: ')
for playerN in range(int(playerCount)):
playerName = input(f'Enter the name for player {playerN + 1}: ')
players.append(Player(playerName))
print("Let's get started!")
return players
class Game:
class PlayerDiedException(Exception):
pass
def __init__(self, number_of_enemies_to_kill=5):
self.number_of_enemies_to_kill = number_of_enemies_to_kill
self.action_log = ActionLog()
player_name = input("Player Name: ").strip()
self.player = Player(self.action_log, player_name)
# Add additional enemies here
self.enemies = [Chicken, Rabbit]
self.current_enemy = None
def run(self):
try:
for i in range(self.number_of_enemies_to_kill):
self.fight()
except self.PlayerDiedException:
pass
self.action_log.write_action_log_to_file()
def fight(self):
EnemyClass = self.get_random_enemy()
self.current_enemy = EnemyClass(self.action_log)
self.current_enemy.display_enemy_encounter_message()
self.display_player_and_enemy_info()
while self.current_enemy.current_health > 0 and self.player.current_health > 0:
self.player.take_turn(self.current_enemy)
self.current_enemy.take_turn(self.player)
self.display_player_and_enemy_info()
if self.player.current_health <= 0:
# Adds action to log.txt file
self.action_log.add_to_action_list("You died!" + "\n")
raise self.PlayerDiedException("You died!")
self.player.level_up()
self.player.rest()
def get_random_enemy(self):
return choice(self.enemies)
def display_player_and_enemy_info(self):
for line in get_player_and_enemy_info_box_lines(
self.player, self.current_enemy):
print(line)
print()
def check():
"""Settings"""
"""====================================================================="""
new_dir = '../../../Data/invivo_converse/'
setname = 'test1'
filenum = 700 #less than 2400 if setname=='train', else less than 800
"""====================================================================="""
startnum = {'train': 0, 'val': 2400, 'test1': 3200, 'test2': 4000}[setname]
Dname,Sname,Lname=['Patch','S_est_f','L_est_f'] if setname=='test2'\
else ['patch_180','patch_180','patch_180']
filenum = filenum + startnum
player = Player()
D = loadmat('%s/D_data/%s/D%d.mat' % (new_dir, setname, filenum))[Dname]
S = loadmat('%s/fista/%s/S_fista%d.mat' %
(new_dir, setname, filenum))[Sname]
L = loadmat('%s/fista/%s/L_fista%d.mat' %
(new_dir, setname, filenum))[Lname]
D = D.reshape([32, 32, 20])
S = S.reshape([32, 32, 20])
L = L.reshape([32, 32, 20])
player.play([D, S, L])
def what_to_create(self, tile, row, col):
if tile == 'P':
self.player = Player(self, col, row)
if tile == 'W':
Wall(self, col, row)
if tile == '1':
Food(self, col, row)
if tile == 'G':
Ghost(self, col, row)
if tile == '2':
PowerUp(self, col, row)
if tile == '3':
CrossRoad(self, col, row)
Ghost(self, col, row)
def play(self):
card = Card(0, 0, 100, 175)
deck = Deck()
dealer = Dealer()
player = Player()
isGame = False
i = 0
while True:
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_a:
pass
if event.key == pygame.K_s:
deck.shuffle()
isGame = True
if event.key == pygame.K_SPACE:
if i < 52:
i = i + 1
if event.key == pygame.K_ESCAPE:
sys.exit()
self.screen.fill((0, 0, 0))
self.screen.blit(self.image, self.rect)
deck.deal(self.screen, dealer, player)
pygame.display.flip()
if dealer.get_hand >= player.get_hand:
msg = "Dealer Wins"
else:
msg = "player wins"
if isGame:
Tk().wm_withdraw() # to hide the main window
messagebox.showinfo("Game", msg)
isGame = False
device = 'cpu'
if mfile[-3:] == 'pkl':
model = ResNet3dC(gpu)
state_dict = torch.load(mfile, map_location=device)
model.load_state_dict(state_dict)
else:
model = torch.load(mfile)
#Processing
with torch.no_grad():
data = np.load(data_dir)
Sum, Bubbles = data['arr_0'], data['arr_1']
[Sum] = convert.np2torch([Sum], [form_in])
pred = model(Sum)
[predmv, Sum] = convert.torch2np([pred, Sum], [form_out, form_out])
#Display
plt.close('all')
player = Player()
player.play([Sum, predmv, Bubbles], note=note, cmap=cmap)
#Save gif
if saveGif:
mat2gif([Sum, predmv, Bubbles],
save_gif_dir,
note=note,
cmap=cmap,
tit=['Input', 'Prediction', 'Ground Truth'])
#Save matrix
if saveMat:
savemat(save_mat_dir, {'D': Sum, 'S': Bubbles, 'Sp': predmv})
list_of_container_objects = Factory.container_factory(items)
containers = ContainerManager(list_of_container_objects)
list_of_investigatable_objects = Factory.investigatable_factory()
investigatables = InvestigatableManager(list_of_investigatable_objects)
list_of_character_objects = Factory.character_factory()
characters = CharacterManager(list_of_character_objects)
list_of_location_objects = Factory.location_factory(characters, items,
containers,
investigatables)
locations = LocationManager(list_of_location_objects)
player = Player("Detective Joe Smith")
time = Time()
narrative = Narrative(time, disp, locations, player, items, characters)
from events import add_events
add_events(narrative)
def main(): #KYLE
# for line in logo:
# disp.type(line,0.000001)
# get_location returns a location object from the name of a location
# In this case, we are starting at scotland yard, so we get the scotland yard location
starting_location = locations.get_location("Scotland Yard")
cmap='hot'
"""========================================================================="""
#load model
net=ResNet3dC(gpu)
#device='cuda:0' if torch.cuda.is_available() else 'cpu'
device='cpu'
if mfile[-3:]=='pkl':
state_dict=torch.load(mfile,map_location=device)
#state_dict=delitems(state_dict)
net.load_state_dict(state_dict)
else:
net=torch.load(mfile)
#process
process_dataset(net,data_dir,setname,patch_dir)
#display
if display:
startnum={'train':0,'val':2400,'test1':3200,'test2':4000}[setname]
Dname='Patch' if setname=='test2' else 'patch_180'
D=loadmat('%s/D_data/%s/D%d.mat'%(data_dir,setname,startnum))[Dname]
Si=loadmat('%s/data0.mat'%(patch_dir))['data']
D=D.reshape([32,32,20])
Si=Si.reshape([32,32,20])
player=Player()
player.play([D,Si],tit=['Input','Prediction'],
cmap=cmap,note=note,minDB=minDB)
state_dict = torch.load(mfile, map_location=device)
#state_dict=delitems(state_dict)
net.load_state_dict(state_dict)
else:
net = torch.load(mfile)
#Processing
D, Sp = process_patch(net, data_dir, arange)
brow, erow, bcol, ecol, bt, et = arange
if Sfile[-3:] == 'mat':
S = loadmat(Sfile)['vid'][brow:erow, bcol:ecol, bt:et]
else:
S = np.load(Sfile)['arr_0'][brow:erow, bcol:ecol, bt:et]
#Display
player = Player()
player.play([D, Sp, S],
cmap=cmap,
note=note,
tit=['Input', 'Prediction', 'Fista'])
#save as gif
if saveGif:
mat2gif([D, Sp, S],
save_gif_dir,
cmap=cmap,
note=note,
tit=['Input', 'Prediction', 'Fista'],
play=False)
#save the matrices
if saveMat:
#state_dict=delitems(state_dict)
net.load_state_dict(state_dict)
else:
net=torch.load(mfile)
print('done.')
"""========================================================================="""
""" Load data """
"""========================================================================="""
print('Loading phase...')
print('----------------')
#Dataset, converter and player
data_dir={'invivo':d_invivo,'sim_pm':d_simpm,'sim':d_sim}[prefix]
conter=Converter()
player=Player()
formshow={'pre':'concat','shape':(32,32,20)}
formlist=[]
for i in range(6):
formlist.append(formshow)
minloss=np.inf
#validation - MSE calculations are performed on the validation set
val_dataset = ImageDataset(round(ValInstances),shape_dset,
train=1,data_dir=data_dir)
val_loader = data.DataLoader(val_dataset,batch_size=ValBatchSize,shuffle=False)
print('Finished loading.\n')
"""========================================================================="""
""" Compute the MSE as a function of increasing layers """
"""========================================================================="""
def begin(self):
Program.set_mode(self.screen_size, self.full_screen, False)
Program.set_fps(self.fps)
pygame.mouse.set_visible(False)
self.playlist = Playlist()
self.player = Player()
self.state = State()
#print "State volume: {0}".format(self.state.volume)
#print "State channel: {0}".format(self.state.channel)
self.encoders_board = EncodersBoard(0x40, 0, 20, self.state.volume, 0, len(self.playlist.playlist) - 1, self.state.channel);
self.pt2314 = PT2314()
self.pt2314.setVolume(self.state.volume*5)
#self.pt2314.setAttenuation(0)
self.pt2314.setBass(0)
self.pt2314.setTreble(12)
self.pt2314.selectChannel(0)
self.pt2314.loudnessOn()
self.pt2314.muteOff()
time.sleep(0.1)
self.last_volume = self.state.volume
self.last_channel = self.state.channel
self.last_played_channel = self.last_channel
station_url = self.playlist.playlist[self.state.channel].url
self.player.load("radio")
self.player.play(self.state.channel)
self.scene = AppRadio(self)
while True:
try:
micro = self.get_micro()
self.encoders_board.read()
self.volume = self.encoders_board.get_value1()
if self.volume > 20:
self.volume = 20
self.encoders_board.set_value1(self.volume)
self.encoders_board.set_max_value1(self.volume)
self.encoders_board.write()
self.channel = self.encoders_board.get_value2()
if self.channel > len(self.playlist.playlist) - 1:
self.channel = len(self.playlist.playlist) - 1
self.encoders_board.set_value2(self.channel)
self.encoders_board.set_max_value2(self.channel)
self.encoders_board.write()
self.buttons = self.encoders_board.get_buttons()
if self.last_volume != self.volume:
self.pt2314.setVolume(self.volume*5)
self.last_volume = self.volume
self.last_volume_changed_time = micro
if self.last_channel != self.channel:
self.last_channel = self.channel
self.last_channel_changed_time = micro
if self.last_buttons != self.buttons and micro - self.last_buttons_changed_time > 100:
self.last_buttons = self.buttons
self.last_buttons_changed_time = micro
self.need_change_buttons = True
if self.last_played_channel != self.channel and micro - self.last_channel_changed_time > 1000:
self.need_change_song = True
if self.state.volume != self.volume and micro - self.last_volume_changed_time > 5000:
self.state.volume = self.volume
self.need_save_state = True
if self.state.channel != self.channel and micro - self.last_channel_changed_time > 5000:
self.state.channel = self.channel
self.need_save_state = True
if micro - self.last_currentsong_time > 1000:
self.icy_current_song = self.player.currentsong()
#print self.icy_current_song
self.last_currentsong_time = micro
global ring_bell
if ring_bell:
#print "Doorbell detected";
ring_bell = False
self.player.stop()
self.pt2314.setVolume(95)
os.system('mplayer ' + Config.bell)
time.sleep(0.5)
self.pt2314.setVolume(self.volume*5)
self.need_change_song = True
if self.need_change_song:
self.need_change_song = False
self.last_played_channel = self.channel
time.sleep(0.5)
self.player.play(self.channel)
if self.need_save_state:
self.need_save_state = False
self.state.save()
if self.need_change_buttons:
self.need_change_buttons = False
if (self.last_buttons & Config.BTN_POWER):
subprocess.call(["poweroff"])
if (self.last_buttons & Config.BTN_ALARM):
subprocess.call(["reboot"])
except Exception:
pass
yield
def begin(self):
Program.set_mode(self.screen_size, self.full_screen, False)
Program.set_fps(self.fps)
pygame.mouse.set_visible(False)
self.playlist = Playlist()
self.player = Player()
self.state = State()
#print "State volume: {0}".format(self.state.volume)
#print "State channel: {0}".format(self.state.channel)
self.encoders_board = EncodersBoard(0x40, 0, 20, self.state.volume, 0,
len(self.playlist.playlist) - 1,
self.state.channel)
self.pt2314 = PT2314()
self.pt2314.setVolume(self.state.volume * 5)
#self.pt2314.setAttenuation(0)
self.pt2314.setBass(0)
self.pt2314.setTreble(12)
self.pt2314.selectChannel(0)
self.pt2314.loudnessOn()
self.pt2314.muteOff()
time.sleep(0.1)
self.last_volume = self.state.volume
self.last_channel = self.state.channel
self.last_played_channel = self.last_channel
station_url = self.playlist.playlist[self.state.channel].url
self.player.load("radio")
self.player.play(self.state.channel)
self.scene = AppRadio(self)
while True:
try:
micro = self.get_micro()
self.encoders_board.read()
self.volume = self.encoders_board.get_value1()
if self.volume > 20:
self.volume = 20
self.encoders_board.set_value1(self.volume)
self.encoders_board.set_max_value1(self.volume)
self.encoders_board.write()
self.channel = self.encoders_board.get_value2()
if self.channel > len(self.playlist.playlist) - 1:
self.channel = len(self.playlist.playlist) - 1
self.encoders_board.set_value2(self.channel)
self.encoders_board.set_max_value2(self.channel)
self.encoders_board.write()
self.buttons = self.encoders_board.get_buttons()
if self.last_volume != self.volume:
self.pt2314.setVolume(self.volume * 5)
self.last_volume = self.volume
self.last_volume_changed_time = micro
if self.last_channel != self.channel:
self.last_channel = self.channel
self.last_channel_changed_time = micro
if self.last_buttons != self.buttons and micro - self.last_buttons_changed_time > 100:
self.last_buttons = self.buttons
self.last_buttons_changed_time = micro
self.need_change_buttons = True
if self.last_played_channel != self.channel and micro - self.last_channel_changed_time > 1000:
self.need_change_song = True
if self.state.volume != self.volume and micro - self.last_volume_changed_time > 5000:
self.state.volume = self.volume
self.need_save_state = True
if self.state.channel != self.channel and micro - self.last_channel_changed_time > 5000:
self.state.channel = self.channel
self.need_save_state = True
if micro - self.last_currentsong_time > 1000:
self.icy_current_song = self.player.currentsong()
#print self.icy_current_song
self.last_currentsong_time = micro
global ring_bell
if ring_bell:
#print "Doorbell detected";
ring_bell = False
self.player.stop()
self.pt2314.setVolume(95)
os.system('mplayer ' + Config.bell)
time.sleep(0.5)
self.pt2314.setVolume(self.volume * 5)
self.need_change_song = True
if self.need_change_song:
self.need_change_song = False
self.last_played_channel = self.channel
time.sleep(0.5)
self.player.play(self.channel)
if self.need_save_state:
self.need_save_state = False
self.state.save()
if self.need_change_buttons:
self.need_change_buttons = False
if (self.last_buttons & Config.BTN_POWER):
subprocess.call(["poweroff"])
if (self.last_buttons & Config.BTN_ALARM):
subprocess.call(["reboot"])
except Exception:
pass
yield
# length of 9
from classes.Inputs import Inputs
from classes.Player import Player
from classes.NN import NN
from classes.Board import Board
import numpy as np
import random
from random import randint
# create 100 players
# for every round pair them up and get the victor
# those with higher fitness will then breed
# and also mutate
players = [Player(NN.randWeights(), 0.5) for _ in range(100)]
games = []
def comp(x):
return x.score
for _ in range(200):
print(_)
random.shuffle(players)
games = [
Board(players[2 * i], players[2 * i + 1])
for i in range(len(players) // 2)
]
class Game:
"""The main game functionality"""
__weapons = {}
__armour = {}
__gear = {}
__npc = {}
def __init__(self):
# Want to have a set "Gold" Item, because currency is the same everywhere
self.copper = Item("Copper coin", "", 0.01, 0)
self.silver = Item("Silver coin", "", 0.1, 0)
self.gold = Item("Gold coin", "", 1, 0)
self.platinum = Item("Platinum coin", "", 10, 0)
# Same thing with items
weapons = parse("weapons.csv")
armour = parse("armour.csv")
gear = parse("gear.csv")
npc = parse("npc.csv")
for weapon in weapons:
# {'Name': 'Spear', 'Price': 2, 'Slots': 2, 'Roll': [1, 8], 'Range': 6, 'Ranged': 0, 'Quest': 0}
self.__weapons[weapon['Name'].lower()] = Weapon(weapon['Name'], weapon['Price'], weapon['Quest'], weapon['Range'], weapon['Roll'], weapon['Slots'], weapon['Ranged'])
for armor in armour:
# {'Name': 'Tower Shield', 'Price': 30, 'Slots': 1, 'Bonus': 4, 'Class': 3, 'Quest': 0}
self.__armour[armor['Name'].lower()] = Armour(armor['Name'], armor['Price'], armor['Bonus'], armor['Slots'], armor['Class'], armor['Quest'])
for item in gear:
#{'Name': 'Winter Blanket', 'Description': '', 'Value': '0.5', 'Quest': 0, 'Container': 0, 'Capacity': 0}
if item['Container'] == 0:
self.__gear[item['Name'].lower()] = Gear(item['Name'], item['Description'], item['Value'], 3, item['Quest'], item['Container'], item['Capacity'])
else:
self.__gear[item['Name'].lower()] = Container(item['Name'], item['Description'], 0, item['Capacity'])
for creature in npc:
#{'Attack': [4, 8, 2], 'Armor': 14, 'Effect': [1, 2, -2], 'Damage': [1, 2, -2], 'Name': 'Scorpion'}
self.__npc[creature['Name'].lower()] = Npc(creature['Name'], creature['Description'], creature['Race'], 1, creature['Damage'], creature['Effect'], creature['Intelligence'])
self.map = Map()
def run(self):
self.__setup()
self.__intro()
loose_items = {"map":{}}
location = self.map.location.inspect()
if len(location[2]) > 0:
for k, item in enumerate(location[2]):
# loose_items["map"]["copper"] = [50, Item Object]
if item[1] in loose_items["map"]:
loose_items["map"][item[1]][0] += item[0]
else:
loose_items["map"][item[1]] = [item[0], item[4]]
while True:
action = input("? ").lower()
location = self.map.location.inspect()
if "help" in action or action == "h":
print("Available commands:")
print("")
print("Look (at) [something]")
print("Look (at) me/self")
print("Go [direction]")
print("Open [something]")
print("Open my [something]")
print("Fight [someone]")
print("Talk (to) [someone]")
print("Take [something]")
print("Drop [something]")
print("")
print("[quit] to Quit")
print("")
elif action == "quit":
break
else:
action = action.split(" ")
target = False
if len(action) > 2:
if action[1] == "at" or action[1] == "to":
target = " ".join(action[2:])
else:
target = " ".join(action[1:])
elif len(action) > 1:
target = action[1]
if "go" in action[0]:
movement = self.map.move(action[1])
if movement == False:
print("You can't go there")
else:
# Reset the takeable loose items
loose_items = {"map":{}}
print("")
print(movement[0])
print("")
print(movement[1])
location = self.map.location.inspect()
if len(location[2]) > 0:
for k, item in enumerate(location[2]):
# loose_items["map"]["copper"] = [50, Item Object]
if item[1] in loose_items["map"]:
loose_items["map"][item[1]][0] += item[0]
else:
loose_items["map"][item[1]] = [item[0], item[4]]
elif "look" in action[0]:
if len(action) == 1 or (len(action) == 2 and action[1] == "at"):
print("")
print(location[0])
print("")
print(location[1])
print("")
if len(location[2]) > 0:
print("You can see these items: ")
for k, item in enumerate(location[2]):
print("%dx %s" % (item[0], item[1]))
print("")
if len(location[3]) > 0:
print("Here are: ")
for k, item in enumerate(location[3]):
print("%dx level %d %s" % (item[0], item[3], item[1]))
elif target == "self" or target == "me":
items = self.player.bag.open()
print("You have:")
for k, item in enumerate(items):
print("%dx %s" % (item[0], item[1]))
else:
item = self.map.location.find(target)
if not item:
print("That's not here")
else:
print("%dx %s" % (item[0], item[1]))
print(item[2])
elif "open" in action[0]:
if "my " in target:
t = target.split(" ")
items = self.player.bag.open()
found = False
for k, item in enumerate(items):
if t[1] == item[1].lower():
found = True
if isinstance(item[3], Container):
gear = item[3].open()
if not gear:
print("It's empty")
else:
print("Inside you find:")
for k, g in enumerate(gear):
print("%dx %s" % (g[0], g[1]))
print(item[2])
else:
print("You can't open tahat")
if not found:
print("You don't have this")
else:
item = self.map.location.find(target)
if item == False:
print("That isn't here")
else:
result = item[3].open()
if not result:
print("It's empty")
else:
print("Inside you find:")
for k, item in enumerate(result):
print("%dx %s" % (item[0], item[1]))
print(item[2])
if target not in loose_items:
loose_items[target] = {}
# loose_items["chest"]["copper"] = [50, Item Object]
if item[1] in loose_items[target]:
loose_items[target][item[1]][0] += item[0]
else:
loose_items[target][item[1]] = [item[0], item[3]]
elif "take" in action[0]:
item = False
for location in loose_items:
for name, i in loose_items[location].items():
if name.lower() == target:
item = i
break
bag = self.player.bag.open()
bag = bag[0][3]
if item == False:
print("That isn't here")
else:
bag.add_item(item[1], item[0])
print("Put %s in your bag" % item[1].name)
elif "drop" in action[0]:
bag = self.player.bag.open()
bag = bag[0][3]
item = self.__gear[target]
if bag.remove_item(item, 1):
print("Dropped %s" % item.name)
self.map.location.add_item(item, 1)
else:
print("Don't have %s to drop" % item.name)
elif "fight" in action[0] or "attack" in action[0]:
print(target)
foe = self.__npc[target]
print(foe)
print(foe.name)
elif "talk" in action[0]:
# TODO: ?????
print(target)
npc = self.__npc[target]
print("")
def __setup(self):
name = ""
while len(name) == 0:
name = input("What is your name ? ")
print("Who are you?")
print("I'm a...")
race = 0
while True:
print("1) Human")
print("2) Elf")
print("3) Dwarf")
print("4) Halfling")
try:
race = int(input("? "))
if race < 1 or race > 4:
raise ValueError
except ValueError:
print("Not a valid number!")
continue
else:
break
cls = 0
while True:
print("1) Fighter")
print("2) Rogue")
print("3) Mage")
print("4) Cleric")
try:
cls = int(input("? "))
if cls < 1 or cls > 4:
raise ValueError
except ValueError:
print("Not a valid number!")
continue
else:
break
self.player = Player(name, "", Dice.roll(6, 3), Dice.roll(6, 3), Dice.roll(6, 3), race, cls)
# Starting gold
if cls == 1:
self.player.currency("Gold", 150)
elif cls == 2:
self.player.currency("Gold", 125)
elif cls == 3:
self.player.currency("Gold", 75)
elif cls == 4:
self.player.currency("Gold", 120)
bag = self.__gear["backpack"]
self.player.bag.add_item(bag, 1)
self.map = Map()
def __intro(self):
chest = Container("Old chest", "A ruggedy old chest, half-buried in the sand", 0, 10)
chest.add_item(self.__gear["bell"], 1)
self.map.location.add_item(chest, 1)
print("Welcome Adventurer!")
print("If you need help, just type in [h] or [help].")
print("Quit with [quit] and move around with 'Go [direction]'")
print("Usable stuff is brought out by '[' and ']'.")
location = self.map.location.inspect()
print("")
print(location[0])
print("")
print(location[1])
class Main(Process):
playlist = None
player = None
state = None
pt2314 = None
channel = 0
volume = 0
buttons = 0
icy_current_song = None
last_channel = 0
last_played_channel = 0
last_volume = 0
last_buttons = 0
current_time = 0
last_channel_changed_time = 0
last_volume_changed_time = 0
last_buttons_changed_time = 0
last_currentsong_time = 0
last_mpd_poll = 0
need_save_state = False
need_change_song = False
need_change_buttons = False
screen_size = None
fps = None
full_screen = False
scene = None
def __init__(self):
self.screen_size = Config.default_screen_size
self.fps = Config.fps
self.full_screen = Config.full_screen
os.environ["SDL_FBDEV"] = Config.fb_dev
self.serv = HTTPServer( ("0.0.0.0", 8000), HttpProcessor)
thread = threading.Thread(target = self.serv.serve_forever)
thread.daemon = True
thread.start()
super(Main, self).__init__()
def begin(self):
Program.set_mode(self.screen_size, self.full_screen, False)
Program.set_fps(self.fps)
pygame.mouse.set_visible(False)
self.playlist = Playlist()
self.player = Player()
self.state = State()
#print "State volume: {0}".format(self.state.volume)
#print "State channel: {0}".format(self.state.channel)
self.encoders_board = EncodersBoard(0x40, 0, 20, self.state.volume, 0, len(self.playlist.playlist) - 1, self.state.channel);
self.pt2314 = PT2314()
self.pt2314.setVolume(self.state.volume*5)
#self.pt2314.setAttenuation(0)
self.pt2314.setBass(0)
self.pt2314.setTreble(12)
self.pt2314.selectChannel(0)
self.pt2314.loudnessOn()
self.pt2314.muteOff()
time.sleep(0.1)
self.last_volume = self.state.volume
self.last_channel = self.state.channel
self.last_played_channel = self.last_channel
station_url = self.playlist.playlist[self.state.channel].url
self.player.load("radio")
self.player.play(self.state.channel)
self.scene = AppRadio(self)
while True:
try:
micro = self.get_micro()
self.encoders_board.read()
self.volume = self.encoders_board.get_value1()
if self.volume > 20:
self.volume = 20
self.encoders_board.set_value1(self.volume)
self.encoders_board.set_max_value1(self.volume)
self.encoders_board.write()
self.channel = self.encoders_board.get_value2()
if self.channel > len(self.playlist.playlist) - 1:
self.channel = len(self.playlist.playlist) - 1
self.encoders_board.set_value2(self.channel)
self.encoders_board.set_max_value2(self.channel)
self.encoders_board.write()
self.buttons = self.encoders_board.get_buttons()
if self.last_volume != self.volume:
self.pt2314.setVolume(self.volume*5)
self.last_volume = self.volume
self.last_volume_changed_time = micro
if self.last_channel != self.channel:
self.last_channel = self.channel
self.last_channel_changed_time = micro
if self.last_buttons != self.buttons and micro - self.last_buttons_changed_time > 100:
self.last_buttons = self.buttons
self.last_buttons_changed_time = micro
self.need_change_buttons = True
if self.last_played_channel != self.channel and micro - self.last_channel_changed_time > 1000:
self.need_change_song = True
if self.state.volume != self.volume and micro - self.last_volume_changed_time > 5000:
self.state.volume = self.volume
self.need_save_state = True
if self.state.channel != self.channel and micro - self.last_channel_changed_time > 5000:
self.state.channel = self.channel
self.need_save_state = True
if micro - self.last_currentsong_time > 1000:
self.icy_current_song = self.player.currentsong()
#print self.icy_current_song
self.last_currentsong_time = micro
global ring_bell
if ring_bell:
#print "Doorbell detected";
ring_bell = False
self.player.stop()
self.pt2314.setVolume(95)
os.system('mplayer ' + Config.bell)
time.sleep(0.5)
self.pt2314.setVolume(self.volume*5)
self.need_change_song = True
if self.need_change_song:
self.need_change_song = False
self.last_played_channel = self.channel
time.sleep(0.5)
self.player.play(self.channel)
if self.need_save_state:
self.need_save_state = False
self.state.save()
if self.need_change_buttons:
self.need_change_buttons = False
if (self.last_buttons & Config.BTN_POWER):
subprocess.call(["poweroff"])
if (self.last_buttons & Config.BTN_ALARM):
subprocess.call(["reboot"])
except Exception:
pass
yield
def get_micro(self):
return int(round(time.time() * 1000))
def get_current_time(self):
return datetime.now().strftime("%H:%M")
def unicodify(self, text, min_confidence=0.5):
guess = chardet.detect(text)
if guess["confidence"] < min_confidence:
raise UnicodeDecodeError
decoded = text.decode(guess["encoding"])
return decoded
def fetch_song_title(self):
if self.icy_current_song is not None and self.icy_current_song != '':
try:
title = self.unicodify(self.icy_current_song)
#title = self.icy_current_song
return title.upper()
except Exception as e:
return ''
else:
return ''
def fetch_station_title(self):
station = self.playlist.playlist[self.channel]
return station.name.upper()
model=UnfoldedNet3dC(params_net)
state_dict=torch.load(mfile,map_location=device)
model.load_state_dict(state_dict)
else:
model=torch.load(mfile)
#Processing
with torch.no_grad():
data=np.load(data_dir)
Sum,Bubbles,Tissue=data['arr_0'],data['arr_1'],data['arr_2']
[Sum]=convert.np2torch([Sum],[form_in])
predL,predS=model(Sum)
[predL,predS,Sum]=convert.torch2np([predL,predS,Sum],[form_out,form_out,form_out])
#Display
plt.close('all')
player=Player()
player.play([Sum,Bubbles,Tissue,None,predS,predL],note=note,cmap=cmap,
tit=['Input','Ground Truth S','Ground Truth L',
None,'Prediction S','Prediction L'])
#Save gif
if saveGif:
mat2gif([Sum,Bubbles,Tissue,None,predS,predL],save_gif_dir,
note=note,cmap=cmap,
tit=['Input','Ground Truth S','Ground Truth L',
None,'Prediction S','Prediction L'])
#Save matrix
if saveMat:
savemat(save_mat_dir,{'D':Sum,'S':Bubbles,'L':Tissue,
'Sp':predS,'Lp':predL})
Created on Wed Aug 15 13:48:39 2018
@author: Yi Zhang
"""
import numpy as np
import sys
sys.path.append('../')
from classes.Player import Player
from SimPlatform.ZoneTissue import ZoneTissue
from SimPlatform.ZoneBubbles import ZoneBubbles
from SimPlatform.Simulator import Simulator
from SimPlatform.Functions import Envelope
from SimPlatform.Parameters import params_default
player=Player()
# =============================================================================
# #zTissue=ZoneTissue()
# zTissue=ZoneTissue()
#
# T=30
# shape=params_default['shape']
# Tissue=np.zeros([shape[0],shape[1],T],dtype=np.complex128)
#
# for i in range(T):
# Tissue[:,:,i]=zTissue.image()
# zTissue.refresh()
#
# player.play([Tissue])
# =============================================================================
def __init__(self):
self._players = [Player(0), Player(1)]
self._current_player = 0
self._board = Board()
self._gameUI = GameUI(self._players[0])
#Processing
D, Sp, Lp = process_patch(net, data_dir, arange)
brow, erow, bcol, ecol, bt, et = arange
if Sfile[-3:] == 'mat':
S = loadmat(Sfile)['vid'][brow:erow, bcol:ecol, bt:et]
else:
S = np.load(Sfile)['arr_0'][brow:erow, bcol:ecol, bt:et]
if Lfile[-3:] == 'mat':
L = loadmat(Lfile)['vid'][brow:erow, bcol:ecol, bt:et]
else:
L = np.load(Lfile)['arr_0'][brow:erow, bcol:ecol, bt:et]
#Display
player = Player()
player.play(
[D, S, L, None, Sp, Lp],
cmap=cmap,
note=note,
tit=['Input', 'Fista S', 'Fista L', None, 'Prediction S', 'Prediction L'])
#save as gif
if saveGif:
mat2gif([D, S, L, None, Sp, Lp],
save_gif_dir,
cmap=cmap,
note=note,
tit=[
'Input', 'Fista S', 'Fista L', None, 'Prediction S',
'Prediction L'
folder='../../../Data/Sim1/'
setname='val'
numInst=16
Dname,Sname,Lname=['patch_180','patch_180','patch_180']\
if setname!='test2' else ['Patch','S_est_f','L_est_f']
#the start number of .mat file
numstart={'train':0, 'val':2400, 'test1':3200, 'test2':4000}[setname]
params=params_default
shape=(128,128)
T=20
params['shape']=shape
rIter=int(shape[0]/32)
cIter=int(shape[1]/32)
player=Player()
nIter=int(numInst/shape[0]/shape[1]/T*32*32*20)
print('total iterations and instances: %d, %d'%(nIter,numInst))
numf=numstart
for i in range(nIter):
print('current iteration: %d, file number: %d to %d'%(i,numf,numf+rIter*cIter))
simtor=Simulator(params)
Sum,Bubbles,Tissue=simtor.generate(T)
for rr in range(rIter):
for cc in range(cIter):
D=Sum[rr*32:(rr+1)*32,cc*32:(cc+1)*32,0:20]
S=Bubbles[rr*32:(rr+1)*32,cc*32:(cc+1)*32,0:20]
L=Tissue[rr*32:(rr+1)*32,cc*32:(cc+1)*32,0:20]
from classes.helpers import Address
from classes.Map import Map
from classes.Column import Column
from classes.Player import Player
from classes.Game import Game
from classes.Entity import HealFloor, Warrior
if __name__ == '__main__':
a1 = Address("127.0.0.1 ", 3331)
w1 = Warrior((0, 0))
p1 = Player(a1, "p1", w1)
a2 = Address("127.0.0.1 ", 3332)
w2 = Warrior((0, 0))
p2 = Player(a2, "p2", w2)
hf1 = HealFloor((2, 1))
columnList = [
[Column((0, 0), 1, []),
Column((1, 0), 1, []),
Column((2, 0), 1, [])],
[Column((0, 1), 1, []),
Column((1, 1), 2, []),
Column((2, 1), 2, [])],
[Column((0, 2), 1, []),
Column((1, 2), 2, []),
Column((2, 2), 2, [])],
]
map = Map(1, (3, 3), columnList)
class Main(Process):
playlist = None
player = None
state = None
pt2314 = None
channel = 0
volume = 0
buttons = 0
icy_current_song = None
last_channel = 0
last_played_channel = 0
last_volume = 0
last_buttons = 0
current_time = 0
last_channel_changed_time = 0
last_volume_changed_time = 0
last_buttons_changed_time = 0
last_currentsong_time = 0
last_mpd_poll = 0
need_save_state = False
need_change_song = False
need_change_buttons = False
screen_size = None
fps = None
full_screen = False
scene = None
def __init__(self):
self.screen_size = Config.default_screen_size
self.fps = Config.fps
self.full_screen = Config.full_screen
os.environ["SDL_FBDEV"] = Config.fb_dev
self.serv = HTTPServer(("0.0.0.0", 8000), HttpProcessor)
thread = threading.Thread(target=self.serv.serve_forever)
thread.daemon = True
thread.start()
super(Main, self).__init__()
def begin(self):
Program.set_mode(self.screen_size, self.full_screen, False)
Program.set_fps(self.fps)
pygame.mouse.set_visible(False)
self.playlist = Playlist()
self.player = Player()
self.state = State()
#print "State volume: {0}".format(self.state.volume)
#print "State channel: {0}".format(self.state.channel)
self.encoders_board = EncodersBoard(0x40, 0, 20, self.state.volume, 0,
len(self.playlist.playlist) - 1,
self.state.channel)
self.pt2314 = PT2314()
self.pt2314.setVolume(self.state.volume * 5)
#self.pt2314.setAttenuation(0)
self.pt2314.setBass(0)
self.pt2314.setTreble(12)
self.pt2314.selectChannel(0)
self.pt2314.loudnessOn()
self.pt2314.muteOff()
time.sleep(0.1)
self.last_volume = self.state.volume
self.last_channel = self.state.channel
self.last_played_channel = self.last_channel
station_url = self.playlist.playlist[self.state.channel].url
self.player.load("radio")
self.player.play(self.state.channel)
self.scene = AppRadio(self)
while True:
try:
micro = self.get_micro()
self.encoders_board.read()
self.volume = self.encoders_board.get_value1()
if self.volume > 20:
self.volume = 20
self.encoders_board.set_value1(self.volume)
self.encoders_board.set_max_value1(self.volume)
self.encoders_board.write()
self.channel = self.encoders_board.get_value2()
if self.channel > len(self.playlist.playlist) - 1:
self.channel = len(self.playlist.playlist) - 1
self.encoders_board.set_value2(self.channel)
self.encoders_board.set_max_value2(self.channel)
self.encoders_board.write()
self.buttons = self.encoders_board.get_buttons()
if self.last_volume != self.volume:
self.pt2314.setVolume(self.volume * 5)
self.last_volume = self.volume
self.last_volume_changed_time = micro
if self.last_channel != self.channel:
self.last_channel = self.channel
self.last_channel_changed_time = micro
if self.last_buttons != self.buttons and micro - self.last_buttons_changed_time > 100:
self.last_buttons = self.buttons
self.last_buttons_changed_time = micro
self.need_change_buttons = True
if self.last_played_channel != self.channel and micro - self.last_channel_changed_time > 1000:
self.need_change_song = True
if self.state.volume != self.volume and micro - self.last_volume_changed_time > 5000:
self.state.volume = self.volume
self.need_save_state = True
if self.state.channel != self.channel and micro - self.last_channel_changed_time > 5000:
self.state.channel = self.channel
self.need_save_state = True
if micro - self.last_currentsong_time > 1000:
self.icy_current_song = self.player.currentsong()
#print self.icy_current_song
self.last_currentsong_time = micro
global ring_bell
if ring_bell:
#print "Doorbell detected";
ring_bell = False
self.player.stop()
self.pt2314.setVolume(95)
os.system('mplayer ' + Config.bell)
time.sleep(0.5)
self.pt2314.setVolume(self.volume * 5)
self.need_change_song = True
if self.need_change_song:
self.need_change_song = False
self.last_played_channel = self.channel
time.sleep(0.5)
self.player.play(self.channel)
if self.need_save_state:
self.need_save_state = False
self.state.save()
if self.need_change_buttons:
self.need_change_buttons = False
if (self.last_buttons & Config.BTN_POWER):
subprocess.call(["poweroff"])
if (self.last_buttons & Config.BTN_ALARM):
subprocess.call(["reboot"])
except Exception:
pass
yield
def get_micro(self):
return int(round(time.time() * 1000))
def get_current_time(self):
return datetime.now().strftime("%H:%M")
def unicodify(self, text, min_confidence=0.5):
guess = chardet.detect(text)
if guess["confidence"] < min_confidence:
raise UnicodeDecodeError
decoded = text.decode(guess["encoding"])
return decoded
def fetch_song_title(self):
if self.icy_current_song is not None and self.icy_current_song != '':
try:
title = self.unicodify(self.icy_current_song)
#title = self.icy_current_song
return title.upper()
except Exception as e:
return ''
else:
return ''
def fetch_station_title(self):
station = self.playlist.playlist[self.channel]
return station.name.upper()
from classes.Player import Player
from classes.Birth import Birth
from classes.Hotel import Hotel
from classes.Hotelgast import Hotelgast
from classes.Hotelkamer import Hotelkamer
bob3 = Birth(12, 2, 1996)
bob4 = Birth(12, 2, 200)
p1 = Player("bob", "jos", 15, bob3)
p2 = Player("h", "ij", 48, bob4)
bob = Birth(12, 2, 1996)
bob2 = Birth.randomNumber()
print(p1)
# print(Birth.toonAantal())
# print(bob)
# print(bob2)
# print(Birth.randomList(5))
# print(bob == bob2)
# print(bob == bob3)
# print(bob.sameDay(bob4))
# print(bob.sameDay(bob2))
# for i in hotel1.dic().keys():
