def __init__(self): #Lets define interfaces self.interface_a = interface(int_select = 1) self.interface_b = interface(int_select = 2) #lets initizlize interface A and B into mpsse mode self.interface_b.reset() self.interface_a.reset_uart() #lets define gpio's self.led_user = gpio(self.interface_b.port_h, 7, 1, 0) if(self.uart_mode == False): self.gpio_1 = gpio(self.interface_a.port_l, 4, 1, 0) self.gpio_2 = gpio(self.interface_a.port_l, 5, 1, 0) self.gpio_mclr = gpio(self.interface_b.port_h, 0, 1, 1) self.gpio_boot_en = gpio(self.interface_b.port_h, 1, 1, 1) self.gpio_5 = gpio(self.interface_b.port_h, 2, 1, 1) self.gpio_6 = gpio(self.interface_b.port_h, 3, 1, 1) self.gpio_7 = gpio(self.interface_b.port_h, 4, 1, 1) self.gpio_8 = gpio(self.interface_b.port_h, 5, 1, 1) self.gpio_9 = gpio(self.interface_b.port_h, 6, 1, 1) self.sel_spi_jtag = gpio(self.interface_b.port_l, 4, 1, 0) self.sel_spi_uart = gpio(self.interface_b.port_l, 5, 1, 0)
def passage_couche(angle_incidence, n1, n2, n3, n):
_, _, a_t1, _ = interface(angle_incidence, n1, n2)
t23, r23, a_t2, _ = interface(a_t1, n2, n3)
_, r21, _, _ = interface(a_t1, n2, n1)
transmission = t23 * ((1 - (r23 * r21)**n) / (1 - (r23 * r21)))
angle_interne = a_t1
return transmission, angle_interne
def users_interface():
print("Добро пожаловать в наш VCS.")
while 1:
username=si.login()
print("Вы авторизировались как </"+username+"/>.")
uc.check_users_requests(username)
intf.interface(username)
if input("Вы хотите сменить пользователя?(д/н)\n>> ").lower() in ["yes","да","y","д"]:
continue
elif input("Вы хотите выйти из системы?(д/н)\n>> ").lower() in ["yes","да","y","д"]:
sys.exit()
def __init__(self):
'''
Constructor
'''
list_empty = Set([])
self.interface_principal = interface.interface(list_empty,"researchers.txt","archivo.bib")
self.interface_principal.ini_listas()
self.list_c = self.interface_principal.list_citation #objetos
self.list_r = self.interface_principal.list_reference #objetos
self.interface_citation = interface.interface(self.list_c,"researchers.txt","archivo.bib")
self.interface_reference = interface.interface(self.list_r,"researchers.txt","archivo.bib")
self.interface_citation.ini_listas()
self.interface_reference.ini_listas()
def __init__(self):
self.lcd = None
self.num_lcd_rows = 2
self.ben_line = ["Starting", "Ben"]
self.imu_line = ["Starting", "IMU"]
self.rpm_line = ["Starting", "Speed m/s"]
self.loop_timer = 0
self.last_button_pressed = 2
self.rpm = 0
self.timer_interval = 0.001
self.current_menu = 0
self.last_string_length = 0
self.ben_identifier = None
self.cv_depth_image = None
self.cv_rgb_image = None
self.rgb_get = False
self.depth_get = False
self.text_xpos = 1050
self.text_ypos = 350
self.text_pos_multiplier = 40
self.font_size = 30
self.bridge = CvBridge()
self.image_sub = rospy.Subscriber("/camera/rgb/image_raw", Image, self.rgbCallback)
self.depth_sub = rospy.Subscriber("/camera/depth/image_raw", Image, self.depthCallback)
self.imu_values = rospy.Subscriber('/imu', Imu, self.imuCallback)
self.odom_values = rospy.Subscriber('/odom', Odometry, self.rpmCallback)
self.music_subscriber = rospy.Subscriber('/play_melody', Int8, self.musicCallback)
self.button_publisher = rospy.Publisher('/pushed', Int8, queue_size=1)
self.main_interface = interface.interface()
def SendDhcpPacket(self, request, response):
giaddr = ".".join(map(str, request.GetOption("giaddr")))
ciaddr = ".".join(map(str, request.GetOption("ciaddr")))
yiaddr = ".".join(map(str, response.GetOption("yiaddr")))
chaddr = struct.pack(6 * "B", *request.GetOption("chaddr")[0:6])
broadcast = request.GetOption("flags")[0] != 0
if (giaddr != "0.0.0.0"):
self.SendDhcpPacketTo(response, giaddr, self.listen_port)
elif (response.IsDhcpNackPacket()):
self.SendDhcpPacketTo(response, "255.255.255.255", self.emit_port)
elif (ciaddr != "0.0.0.0"):
self.SendDhcpPacketTo(response, ciaddr, self.emit_port)
elif (broadcast):
self.SendDhcpPacketTo(response, "255.255.255.255", self.emit_port)
else: # unicast to yiaddr
ifconfig = interface.interface()
ifindex = ifconfig.getIndex(self.ifname)
ifaddr = ifconfig.getAddr(self.ifname)
if (ifaddr is None):
ifaddr = "0.0.0.0"
_rawsocket.udp_send_packet(response.EncodePacket(),
type_ipv4.ipv4(ifaddr).int(),
self.listen_port,
type_ipv4.ipv4(yiaddr).int(),
self.emit_port, chaddr, ifindex)
def __init__(self, screen, display):
self.screen = screen
self.background = pygame.Surface((800, 600))
self.background.fill(constants.background_color)
self.terrain = pygame.Surface((800, 600))
self.camera_x = 0
self.camera_y = 0
self.tile_draw_dimensions = (45, 33)
self.tile_odd_offset = 22.5
self.model = None #intialized manually
self.display = display
self.centered_actor = None
self.chunk_offset = (0, 0)
self.tile_offset = (0, 0)
self.tile_offset_end = (0, 0)
self.centered_actor_offset = (0, 0) #tuple of actor landscape coordinates
#image caches
self.actor_images = actor_images.actor_images()
self.terrain_images = terrain_images.terrain_images()
#render groups
self.actor_sprite_group = pygame.sprite.Group()
self.effect_sprite_group = pygame.sprite.Group()
self.gui_group = pygame.sprite.Group()
self.text_group = pygame.sprite.RenderUpdates()
self.interface = interface.interface()
def main():
interf = interface.interface()
for i in range(4):
print("RFID!!!!!!")
interf.get_i()
uid=interf.get_UID()
print(uid)
def SendDhcpPacket(self, request, response):
giaddr = ".".join(map(str, request.GetOption("giaddr")))
ciaddr = ".".join(map(str, request.GetOption("ciaddr")))
yiaddr = ".".join(map(str, response.GetOption("yiaddr")))
chaddr = struct.pack(6*"B", *request.GetOption("chaddr")[0:6])
broadcast = request.GetOption("flags")[0] != 0
if (giaddr != "0.0.0.0"):
self.SendDhcpPacketTo(response, giaddr, self.listen_port)
elif (ciaddr != "0.0.0.0"):
self.SendDhcpPacketTo(response, ciaddr, self.emit_port)
elif (broadcast):
self.SendDhcpPacketTo(response, "255.255.255.255", self.emit_port)
else:
ifconfig = interface.interface()
ifindex = ifconfig.getIndex(self.ifname)
ifaddr = ifconfig.getAddr(self.ifname)
_rawsocket.udp_send_packet( response.EncodePacket(),
type_ipv4.ipv4(ifaddr).int(),
self.listen_port,
type_ipv4.ipv4(yiaddr).int(),
self.emit_port,
chaddr,
ifindex
)
async def on_message(message):
"""
Handles all messages. Only command hardcoded here is !reload, which'll reload all subplugins.
Passes everything else through.
"""
global plugin
if message.author == client.user:
return
try:
print("#{} - {}: {}".format(message.channel.name, str(message.author),
message.content))
except UnicodeEncodeError:
print("#{} - {}: [UNENCODEABLE]".format(message.channel.name,
str(message.author)))
except Exception as exception:
await handleException(message, exception)
if message.content.split(" ")[0].lower() == "!reload":
accesslevel = getAccessLevel(message.author)
if accesslevel >= 4:
try:
await plugin.beforeReload()
importlib.reload(interface)
plugin = interface.interface()
await plugin.reload(client)
await sendMessage(message, "Reloaded!")
except Exception as exception:
await handleException(message, exception)
else:
await sendMessage(
message, "You don't have access to !reload, {}.".format(
message.author.mention))
try:
await plugin.action(message)
except Exception as exception:
await handleException(message, exception)
def interface_n1_smaller(angle_incidence, angle_1, angle_2):
indice_ch_39 = 1.5
indice_BI = 1.35
transmission, reflexion, angle_transmit, angle_reflechi = interface(angle_incidence, angle_1, angle_2)
assert transmission + reflexion - 1 < 0.01
assert reflexion == 0.7
assert angle_transmit.deg() < 45
assert angle_transmit.deg() > 0
assert angle_reflechi == -angle_incidence
def __init__(self, ifname, listen_address="0.0.0.0", listen_port=67, emit_port=68):
netifo = interface.interface()
self.ifname = ifname
self.listen_port = int(listen_port)
self.emit_port = int(emit_port)
self.listen_address = listen_address
self.so_reuseaddr = False
self.so_broadcast = True
self.dhcp_socket = None
def initialize():
main_interface = interface.interface()
main_interface.start_screen()
main_interface.init_joystick()
joystick_count = main_interface.get_joystick_count()
main_interface.create_menu()
bus = can.interface.Bus(bustype='socketcan', channel='can1', bitrate=1000000)
return (main_interface, joystick_count, bus)
def main():
os.system('cls' if os.name == 'nt' else 'clear')
print("Starting the interface...")
loop = asyncio.get_event_loop()
task = loop.create_task(interface(loop))
loop.run_until_complete(task)
loop.close()
def main():
parser = argparse.ArgumentParser(description="Sort image in folders")
parser.add_argument("-s", "--source")
parser.add_argument("-d", "--destination")
parser.add_argument("-x", "--delete", action="store_true")
parser.add_argument("-p", "--prefix")
parser.add_argument("-y", "--year")
parser.add_argument("-m", "--month")
parser.add_argument("-r", "--rename", action="store_true")
parser.add_argument("-c",
"--count",
action="store_true",
help="Print number of copied/moved jpg files")
parser.add_argument("-g", "--gui", action="store_true")
args = parser.parse_args()
if (args.gui != 0):
if ((args.source != None) and (args.destination != None)):
parameters = {
'delete': args.delete,
'rename': args.rename,
}
if (args.prefix == None):
parameters['prefix'] = ""
if (args.year == None):
parameters['year'] = ""
if (args.month == None):
parameters['month'] = ""
(numberCp, numberRm) = core.sortImgs(args.source, args.destination,
parameters)
if (args.count != None):
print("Number of copied files: %d" % numberCp)
print("Number of removed files: %d" % numberRm)
else:
print('Error, args -s and -d are required')
else:
interface.interface()
def main():
interf = interface.interface()
interf.send_dir(dir[0])
interf.get_p()
interf.send_dir(dir[1])
interf.get_p()
interf.send_dir(dir[2])
interf.get_i()
uid = interf.get_UID()
print(uid)
'''
def main():
# point = score.Scoreboard("data/UID.csv", "team_3")
thread = threading.Thread(target=start_socket)
thread.start()
interf = interface.interface()
for i in range(12):
interf.get_i()
uid = interf.get_UID()
print(uid)
point.add_UID(uid)
print(point.getCurrentScore())
def interface_show(cmd, *args, **argv):
"""
"""
context = argv["context"]
"""
from _interface_auxiliary import interface as __interface
interface_date = __interface()
from _prettytable import PrettyTable
interface_t = PrettyTable(["Interface", "Status", "Zone", "IP", "MAC"])
for interface_l in interface_date:
if interface_l[3] == []:
interface_l[3] = ["-"]
for ip in interface_l[3]:
interface_t.add_row([interface_l[0], interface_l[1], interface_l[2], ip, interface_l[4]])
context.write("%s" % interface_t)
"""
from interface import interface
interface("interface", context=context)
def __init__(self):
com_port = "/dev/ttyACM0"
#com_port = "COM8"
self.multiwii = interface.interface()
self.multiwii.init_serial(com_port)
self.multiwii.get_variables("")
self.fow_scale = 100.0
self.turn_scale = 100.0
self.skew_scale = 100.0
def main():
maze = mz.Maze("data/small_maze.csv")
point = score.Scoreboard("data/UID.csv", "team_NTUEE")
interf = interface.interface()
# TODO : Initialize necessary variables
if (sys.argv[1] == '0'):
print("Mode 0: for treasure-hunting")
# TODO : for treasure-hunting, which encourages you to hunt as many scores as possible
elif (sys.argv[1] == '1'):
print("Mode 1: Self-testing mode.")
def __init__(self,
ifname,
listen_address="0.0.0.0",
listen_port=67,
emit_port=68):
netifo = interface.interface()
self.ifname = ifname
self.listen_port = int(listen_port)
self.emit_port = int(emit_port)
self.listen_address = listen_address
self.so_reuseaddr = False
self.so_broadcast = True
self.dhcp_socket = None
def transmission(angle, delta_n, angle_interface):
n1 = 1 # indice de l'air
n2 = 1.5 # indice du CH 39
n3 = 1.55 # indice HI
n4 = 1.35 # indice BI
n5 = 1.5 # indice CR39
nb_iterations = 100000
T1, _, angle1, _ = interface(angle, n1, n2)
T2, angle2 = passage_couche(angle1, n2, n3, n4, nb_iterations)
T3, _, angle3, _ = interface(
DegreeAngle(90 - angle_interface.deg() - angle2.deg()), n3,
n3 + delta_n)
T4, angle4 = passage_couche(
DegreeAngle(angle_interface.deg() - angle3.deg()), n3 + delta_n, n4,
n5, nb_iterations)
T5, _ = passage_couche(angle4, n4, n5, n1, nb_iterations)
transmission = T1 * T2 * T3 * T4 * T5
# Transmission_progressive = [T1, T1 * T2, T1 * T2 * T3, T1 * T2 * T3 * T4, T1 * T2 * T3 * T4 * T5];
# plt.plot(Transmission_progressive)
return transmission
def __init__(self):
self.config = config;
self.console = interface.interface();
self.engine = opencv2.opencv2;
self.input = control.control;
self.serverChoose_module = server_choose.server_choose(self.engine);
self.console.printLogo();
self.clientInit();
self.userInit();
self.login();
self.startSCA();
def animed_over(screen):
inter = interface.interface(screen)
ani_over = pygame.image.load("img/comando.png")
while not False:
for event in pygame.event.get():
if event.type == pygame.QUIT:
fechar_janela()
screen.blit(ani_over, (0, 0))
pressed = pygame.key.get_pressed()
if pressed[pygame.K_RETURN]:
inter.menu(screen)
pygame.display.flip()
def main():
maze = mz.Maze("data/maze_test.csv")
point = score.Scoreboard("data/UID.csv")
interf = interface.interface() # the part of calling interface.py was commented out.
# TODO : Initialize necessary variables
if (sys.argv[1] == '0'):
print("Mode 0: for treasure-hunting with rule 1")
# TODO : for treasure-hunting with rule 1, which encourages you to hunt as many scores as possible
elif (sys.argv[1] == '1'):
print("Mode 1: for treasure-hunting with rule 2")
# TODO : for treasure-hunting with rule 2, which requires you to hunt as many specified treasures as possible
elif (sys.argv[1] == '2'):
print("Mode 2: Self-testing mode.")
def main():
point = score.Scoreboard("data/UID.csv", "team_NTUEE")
interf = interface.interface()
# TODO : Initializ1e necessary variables
print("Mode 0: for checkpoint")
direction = 2 #input("Enter the initial direction:(1,2,3,4)")
in_node = 1
interf.send_action(mz.Action(1))
while(in_node < 13):
command = interf.get_command()
if command == "n":
if in_node == 1 or in_node == 2 or in_node == 3:
interf.send_action(mz.Action(1))
in_node += 1
elif in_node == 4:
interf.send_action(mz.Action(3))
in_node += 1
elif in_node == 5:
interf.send_action(mz.Action(2))
in_node += 1
elif in_node == 6:
interf.send_action(mz.Action(1))
in_node += 1
elif in_node == 7:
interf.send_action(mz.Action(3))
in_node += 1
elif in_node == 8:
interf.send_action(mz.Action(4))
in_node += 1
elif in_node == 9:
interf.send_action(mz.Action(3))
in_node += 1
elif in_node == 10:
interf.send_action(mz.Action(2))
in_node += 1
elif in_node == 11:
interf.send_action(mz.Action(1))
in_node += 1
elif in_node == 12:
interf.send_action(mz.Action(5))
in_node += 1
print(in_node)
# TODO : for treasure-hunting, which encourages you to hunt as many scores as possible
interf.end_process()
def collect_selfplay_data(self, n_games = 1):
for i in range(n_games):
inter = interface(self.board_length)
current_board = copy.deepcopy(self.chess)
current_real_mcts = real_mcts(current_board,
self.policy_value_net.policy_value,
self.cpuct,
self.real_mcts_simulation_times,
self.temperature,
self.num_history,
True)
play_data = inter.start_self_play(player = current_real_mcts)
# =============================================================================
# play_data = start_self_play(player = current_real_mcts)
# =============================================================================
play_data = list(play_data)[:]
self.episode_len = len(play_data)
play_data = self.get_equi_data(play_data)
self.data_buffer.extend(play_data)
def __init__(self, buildingID, SwitchID):
print("Starting Logical Layer")
self.buildingID = buildingID
self.SwitchID = SwitchID
self.building_config = switch_board_building(self.buildingID)
self.intf = interface(self.building_config, self.SwitchID)
cfg = configuration_reader(self.intf)
self.comms = communicator_physical_layer()
self.translator = name_translator()
self.busy_busbars = {}
self.work_q = Queue()
self.work_pauser = Queue()
self.logic = logic(self.comms, self.work_q, self.work_pauser,
self.translator, self.intf)
#self.logic.switchboard_initialization(self.intf)
self.online_reader = Process(target=cfg.run,
args=(self.work_q, self.work_pauser))
self.online_reader.daemon = True
self.online_reader.start()
def __init__(self):
ans = raw_input("Use new input? y/N ").strip().lower()
if ans == 'y':
self.mode = 'setup'
self.inter = interface.interface(self, 10, 10)
self.inter.startup(
) #this call doesn't return until the window is closed, nothing will be run after it
#print "done!"
#self.inter.set_text('Enter the setup number')
#print "New input is not yet coded"
#self.interface_setup()
#return
else:
ans = raw_input("Enter setup number: ").strip()
if ans.isdigit() == False:
ans = 0
else:
ans = int(ans)
self.game = game(ans)
self.mainloop()
def game_over(screen, score):
inter = interface.interface(screen)
game_over = pygame.image.load(FIM)
trofeu = pygame.image.load(TROFEU)
ultimo_recorde = open(ARQUIVO_SALVA_SCORE, "r").read()
efeitos_sonoros("Game_Over")
intro(1)
while not False:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
screen.blit(game_over, (0, 0))
if score >= int(ultimo_recorde):
imprime_texto(screen, "NOVO RECORDE", (197, 210), FONTE_PIXEL,
BRANCO)
imprime_texto(screen, score, (255, 240), FONTE_DG, BRANCO)
screen.blit(trofeu, (230, 280))
else:
imprime_texto(screen, "seu score", (77, 210), FONTE_PIXEL, BRANCO)
imprime_texto(screen, score, (133, 240), FONTE_DG, BRANCO)
imprime_texto(screen, "maior score", (277, 210), FONTE_PIXEL,
BRANCO)
imprime_texto(screen, ultimo_recorde, (356, 240), FONTE_DG, BRANCO)
imprime_texto(screen, "TENTE NOVAMENTE...", (152, 388), FONTE_DG,
BRANCO)
imprime_texto(screen, "PRESSIONE ENTER", (90, 540), FONTE_PIXEL2,
PRETO)
pressed = pygame.key.get_pressed()
if pressed[pygame.K_RETURN]:
inter.menu(screen)
pygame.display.flip()
def policy_evaluate(self, n_games=10):
win_cnt = defaultdict(int)
for i in range(n_games):
inter = interface(self.board_length)
current_board = copy.deepcopy(self.chess)
current_real_mcts = real_mcts(current_board,
self.policy_value_net.policy_value,
self.cpuct,
1000,
self.temperature,
self.num_history,
False)
current_pure_mcts = pure_mcts(current_board,
self.pure_mcts_simulation_times)
winner = inter.start_play(current_real_mcts,
current_pure_mcts,
start_player=i % 2)
win_cnt[winner] += 1
print('winner', winner)
win_ratio = 1.0 * (win_cnt[1] + 0.5 * win_cnt[0]) / n_games
print("num_simulation_times:{}, win: {}, lose: {}, tie:{}".format(self.pure_mcts_simulation_times,win_cnt[1], win_cnt[2], win_cnt[0]))
return win_ratio
def main():
maze = mz.Maze("data/mid_map.csv")
point = score.Scoreboard("data/UID.csv", "team_puipui")
#start_point="1.0" #正式競賽由這個取代下兩行 車車放在1的位置面向北邊
#car_d="3"
start_point = input("input the start point: ")
car_d = input("input the car direction (N1 E2 S3 W4): ")
car_direction = Direction(int(car_d))
sequence = maze.BFS(start_point) #list of type:str
interf = interface.interface()
for i in range(0, len(sequence) - 1):
a = maze.getAction(car_direction, sequence[i], sequence[i + 1])
interf.send_action(a)
print(a)
car_direction = maze.update_cardirc(sequence[i], sequence[i + 1])
interf.send_action("e")
while True:
point.add_UID(interf.read())
# TODO : Initialize necessary variables
'''
def main():
maze = mz.Maze("data/medium_maze.csv")
point = score.Scoreboard("data/UID.csv", "team_4")
interf = interface.interface() # it will send "s" to arduino
# TODO : Initialize necessary variables
if (sys.argv[1] == '0'):
print("Mode 0: for treasure-hunting")
# TODO : for treasure-hunting, which encourages you to hunt as many scores as possible
shortest_path = maze.ShortestPath(int(float(str(maze.getStartPoint()))))
print("THE PATH:", shortest_path, "\n")
end_node = maze.FindEndNode()
end_node.pop(0)
i = 0
while i < len(shortest_path) - 1:
if interf.ser.SerialReadString() == "1":
nd_from = maze.nd_dict[shortest_path[i]]
nd_to = maze.nd_dict[shortest_path[i + 1]]
print(f"arrive at Node{shortest_path[i]}")
interf.ser.SerialWrite(f"{maze.getAction(nd_from, nd_to)}")
if shortest_path[i] in end_node :
UID = interf.ser.SerialReadByte()
while UID == "0" or UID == "31":
UID = interf.ser.SerialReadByte()
UID = str(hex(int(UID)))
print("讀到的:", UID)
point.add_UID(UID)
i += 1
if interf.ser.SerialReadString() == "1":
interf.ser.SerialWrite("2")
UID = interf.ser.SerialReadByte()
while UID == "0" or UID == "31":
UID = interf.ser.SerialReadByte()
UID = str(hex(int(UID)))
point.add_UID(UID)
interf.end_process()
milisecond = 1000
## END CONFIGURATION
#########################
# == GENERATED CONFIG VALUES ==
half_width = screen_width/2
half_height = screen_height/2
# == END GENERATED ==
random.seed()
iface = interface(screen_width=screen_width, screen_height=screen_height, border=border, point_rad=point_rad)
slider_control = None
# utility function
def is_number(s):
try:
float(s)
return True or s.isdigit()
except ValueError:
return False
# help dialogue
def help_dia():
# + "\n\t-w <file>\toutput file (used with -s) (NYI)" \
# + "\n\t-p \tread from input pipe (NYI)" \
# + "\n\t-s \tspoof other vehicles on this same path (NYI)" \
def main():
wine_list = pickle.load( open("train/training_cellar.p", "rb") )
interface.interface(wine_list)
growHarvestPress.dictionarizeTerms( wine_list )
localeHelper = LocaleHelper()
lang = localeHelper.getLocale()
t=gettext.translation('google2ubuntu',os.path.dirname(os.path.abspath(__file__))+'/i18n/',languages=[lang])
t.install()
# pause media player if necessary
config = expanduser('~')+'/.config/google2ubuntu/google2ubuntu.conf'
paused = False
try:
with open(config,"r") as f:
for line in f.readlines():
line = line.strip('\n')
field = line.split('=')
if field[0] == 'pause' and field[1].replace('"','') != '':
os.system(field[1].replace('"','')+' &')
paused = True
elif field[0] == 'play':
play_command = field[1].replace('"','')
except Exception:
print 'Error reading google2ubuntu.conf file'
# launch the recognition
g2u = interface()
# restore media player state
print paused
if paused:
os.system(play_command+' &')
def main():
print("hello world!")
current_user = sign.login()
interface.interface(current_user)
from create_grid import create_grid
from grid_2048 import init_game
from interface import interface
from grid_add_new_tile import grid_add_new_tile
from read_player_command import read_player_command
from movement import movement
from whether_gameover import whether_the_game_is_over
import time
game_continue=0
while game_continue==0:
game_grid=init_game(4)
interface(game_grid)
game_continue=whether_the_game_is_over(game_grid)
while game_continue==1:
game_continue=whether_the_game_is_over(game_grid)
if game_continue==0:
break
move= read_player_command()
grid = create_grid(4)
for i in range(0,4):
for j in range(0,4):
grid[i][j]=game_grid[i][j]
movement(game_grid,move)
game_grid=grid_add_new_tile(game_grid)
while grid==game_grid:
print("UNABLE TO MOVE THIS WAY")
move= read_player_command()
movement(game_grid,move)
interface(game_grid)
global terrain, terrain_complet, cases_vues, pos_mines
# On récupère les nouveaux paramètres
largeur = iu.sc_largeur.get()
hauteur = iu.sc_hauteur.get()
nb_mines = iu.sc_mines.get()
# On prépare les éléments pour pouvoir finir la partie
ordi.reset(hauteur, largeur, nb_mines)
# On remet à zéro les positions vues
cases_vues = []
# On génère un terrain et on récupère le terrain et les positions des mines
terrain, pos_mines = jeu.genere_terrain(largeur, hauteur, nb_mines)
# On sauvegarde le terrain non-modifié
terrain_complet = tuple(deepcopy(terrain))
# On génère le plateau
iu.canvas_plateau(iu.fenetre, largeur, hauteur)
iu.lb_chrono.stop_chrono()
iu.lb_chrono.lance_chrono()
# Exemples en console, toutes les valeurs ici sont des valeurs de test
if __name__ == "__main__":
iu.interface(NOM_APP, LARGEUR_MIN, HAUTEUR_MIN)
import interface
from scraper import locate_url, rank_movies, scrape_IMDB, scrape_rt
import movie_page
from movie_summary import get_movie_summary
from similarity_analyzer import find3MostSim
import summary_page
from tkinter import *
if __name__ == "__main__":
# call interface.py
window = Tk()
interface = interface.interface(window)
window.mainloop()
user_inputs = [] # obtain user selections
for i in interface.result:
user_inputs.append(interface.emotions[i])
# apply self-built crawler
user_emotion = user_inputs
url_lst = locate_url(user_emotion)
movie_dict = {}
for url in url_lst:
if "www.imdb.com" in url:
if len(user_emotion) == 1:
movie_dict.update(scrape_IMDB(url, 12))
elif len(user_emotion) == 2:
# pause media player if necessary
config = expanduser('~')+'/.config/google2ubuntu/google2ubuntu.conf'
paused = False
haskey = False
key = ''
try:
with open(config,"r") as f:
for line in f.readlines():
line = line.strip('\n')
field = line.split('=')
if field[0] == 'pause' and field[1].replace('"','') != '':
os.system(field[1].replace('"','')+' &')
paused = True
elif field[0] == 'play':
play_command = field[1].replace('"','')
elif field[0] == 'key' and field[1].replace('"','') != '':
key = field[1].replace('"','')
haskey = True
except Exception:
print 'Error reading google2ubuntu.conf file'
if haskey == True:
# launch the recognition
g2u = interface(key)
# restore media player state
if paused:
os.system(play_command+' &')
# Name: noha-alert.py
# Purpose: Simple script that connects to NoHa and alerts via XML-RPC
#
# Author: Rune "TheFlyingCorpse" Darrud
#
# Created: 22.01.2012
# Copyright: (c) Rune "TheFlyingCorpse" Darrud 2012
# Licence: GPL 2
#-------------------------------------------------------------------------------
import sys, getopt, xmlrpclib, yaml
import interface
import logging
# Make it shorter
i = interface.interface()
debug = False
verbose = False
# Read the config, so it doesnt have to be loaded for every call (downside to reading and parsing for every notifiction)
(temp_result, YamlConfig) = i.load_yaml_config(None)
if temp_result:
# Set up alert_logger.before anything else! (Ugly?)
LoggingEnabled = YamlConfig['app_properties']['alert_logging_properties']['logging_enabled']
# Use the config (if found) to be the guiding star.
if LoggingEnabled:
LogFile = YamlConfig['app_properties']['alert_logging_properties']['logfile']
LogLevel = YamlConfig['app_properties']['alert_logging_properties']['loglevel']
else:
# # Created: 21.01.2012 # Copyright: (c) Rune "TheFlyingCorpse" Darrud 2012 # Licence: GPL 2 #------------------------------------------------------------------------------- import sys, getopt, xmlrpclib, daemon, time from SimpleXMLRPCServer import SimpleXMLRPCServer import threading, logging from threading import Thread from ruleeval import ruleeval from interface import interface # Make it shorter: r = ruleeval() i = interface() # Puproses which need no explainin debug = False verbose = False # Read the config, so it doesnt have to be loaded for every call (downside to reading and parsing for every notifiction) (temp_result, YamlConfig) = i.load_yaml_config(None) if temp_result: # Set up logging before anything else! (Ugly?) LoggingEnabled = YamlConfig['app_properties']['daemon_logging_properties']['logging_enabled'] # Use the config (if found) to be the guiding star. if LoggingEnabled: LogFile = YamlConfig['app_properties']['daemon_logging_properties']['logfile'] LogLevel = YamlConfig['app_properties']['daemon_logging_properties']['loglevel']
def main():
maze = mz.Maze("data/final_map.csv")
interf = interface.interface()
point = score2.Scoreboard("data/medium_maze_UID.csv", "Lily小粉絲與他的快樂夥伴",
sys.argv[1])
# TODO : Initialize necessary variables
nownode = 1
path = []
sequence = []
preUID = ""
if (sys.argv[1] == '0'):
print("Mode 0: for treasure-hunting with rule 1")
# TODO : for treasure-hunting with rule 1, which encourages you to hunt as many scores as possible
maze.setStartDirection(1)
path = maze.strategy(nownode)
if len(path) == 1:
interf.end_process()
print('end')
else:
print(path)
while (len(path) >= 2):
nd_to = path[1]
nd_from = path.pop(0)
nowdirection = maze.getNowDirection()
action = maze.getAction(nowdirection, nd_from, nd_to)
interf.send_action(str(int(action)))
print(action)
nownode = nd_to
while (True):
if preUID != "":
point.add_UID(preUID)
print(preUID)
preUID = ""
path = maze.strategy(nownode)
if len(path) == 1:
break
interf.send_action('5')
print('Action.HALT')
print(path)
while (len(path) >= 2):
nd_to = path[1]
nd_from = path.pop(0)
nowdirection = maze.getNowDirection()
action = maze.getAction(nowdirection, nd_from, nd_to)
interf.send_action(str(int(action)))
print(action)
nownode = nd_to
# RFID
while (True):
UID = interf.get_string()
if UID != "":
print(UID)
preUID = UID
break
#RFID
interf.send_action('5')
print('Action.HALT')
while (True):
UID = interf.get_string()
if UID != "":
print(UID)
point.add_UID(UID)
break
interf.end_process()
print('end')
elif (sys.argv[1] == '1'):
print("Mode 1: for treasure-hunting with rule 2")
# TODO : for treasure-hunting with rule 2, which requires you to hunt as many specified treasures as possible
sequence = [1, 8, 24, 44, 41, 36]
# 1, 7, 10, 9, 12
# 1, 8, 24, 44, 41, 36
print(sequence)
maze.setStartDirection(sequence[0])
print(maze.getNowDirection())
if len(sequence) == 1:
interf.end_process()
print("end")
else:
ND_TO = sequence[1]
ND_FROM = sequence.pop(0)
path = maze.strategy_2(ND_FROM, ND_TO)
print(path)
while (len(path) >= 2):
nd_to = path[1]
nd_from = path.pop(0)
nowdirection = maze.getNowDirection()
action = maze.getAction(nowdirection, nd_from, nd_to)
interf.send_action(str(int(action)))
print(action)
nownode = nd_to
while (True):
if preUID != "":
point.add_UID(preUID)
print(preUID)
preUID = ""
if len(sequence) == 1:
break
interf.send_action('5')
print('Action.HALT')
ND_TO = sequence[1]
ND_FROM = sequence.pop(0)
path = maze.strategy_2(ND_FROM, ND_TO)
print(path)
while (len(path) >= 2):
nd_to = path[1]
nd_from = path.pop(0)
nowdirection = maze.getNowDirection()
action = maze.getAction(nowdirection, nd_from, nd_to)
interf.send_action(str(int(action)))
print(action)
nownode = nd_to
#RFID
while (True):
UID = interf.get_string()
if UID != "":
print(UID)
preUID = UID
break
#RFID
interf.send_action('5')
print('Action.HALT')
while (True):
UID = interf.get_string()
if UID != "":
print(UID)
point.add_UID(UID)
break
elif (sys.argv[1] == '2'):
# print("Mode 2: Self-testing mode.")
# TODO: You can write your code to test specific function.
# interf.send_action('2')
# interf.send_action(input())
for i in range(0, 4):
for j in range(2):
interf.send_action('3')
interf.send_action('3')
interf.send_action('2')
for j in range(2):
interf.send_action('4')
interf.send_action('4')
interf.send_action('2')
def __init__(self, role = constants.get('default.role'), \
group = constants.get('default.group')):
# invoke the constructor of the threading superclass
super(ThunderRPC, self).__init__()
# check the role of the service to determine the proper configuration
if (role == 'PUBLISHER'):
iface = constants.get('server.interface')
port = SERVER_PORT
elif (role == 'SUBSCRIBER'):
iface = constants.get('default.interface')
port = constants.get('default.port')
else:
print('Invalid role identifer. Must be either ' + \
'"PUBLISHER" or "SUBSCRIBER"')
sys.exit(-1)
# set the interface variable, which is the interface that we want to
# bind the service to
self._interface = iface
# set the role ('PUBLISHER' | 'SUBSCRIBER')
self._role = role
# set the default nonce value. this is autogenerated, so the initial
# value does not matter.
self._nonce = 'DEADBEEF'
iface_tool = interface()
# get the IP address of the system
self._IP = iface_tool.getAddr(iface)
# create a TCP server, and bind it to the address of the desired
# interface
self._server = self.rpc.ThunderRPCServer((self._IP, port), \
self.rpc.RequestHandler)
self._server._ThunderRPCInstance = self
self._server.daemon = True
# workaround for getting the port number for auto-assigned ports
# (default behavior for clients)
self._port = self._server.server_address[1]
# create a dictionary mapping an event name to a function
self._events = Dictionary()
# create a dictionary mapping group name to an array of tuples (IP,Port)
# these tuples represent the clients that are connecting to this service
# if the role of this service is SUBSCRIBER then this dictionary should
# always be empty.
self._clients = Dictionary()
print('Starting ThunderRPC Service (role = %s)' % role)
print('-------------------------------------------------')
print('Binding to IP address - %s:%s' % (self._IP, self._port))
# register some builtin events for metadata aggregation
self.registerEvent('UTILIZATION', builtinEvents.utilization)
self.registerEvent('SYSINFO', builtinEvents.sysInfo)
# associate with a group
self._group = group
# give this node an arbitrary name
self._name = getMAC(getnode())
# set the default publisher to None
self._publisher = None
if (role == 'PUBLISHER'):
# startup a multicasting thread to respond to multicast messages
self.mcastThread = threading.Thread(target = self.multicastThread)
self.mcastThread.start()
if (self.clients.contains(self.group)):
c = self.clients.get(self.group)
c.append((self.addr[0], int(self.addr[1])))
else:
self.clients.append((self.group, [(self.addr[0], \
int(self.addr[1]))]))
myConnector = mysql(self.addr[0], 3306)
myConnector.connect()
myConnector.insertNode(self.name, self.addr[0] + ':' + \
str(self.addr[1]), self.group)
myConnector.disconnect()
# recreate preseeding files from template
generatePreseed(self._IP)
# start the thread
self.start()
return
