def room_start():
while (1):
if start == 1:
start = 0
display.start()
else:
display.back_start()
userin = ''
userin = input(
"\nType a command or the name of the object you want to interact with.\n"
)
if userin.lower() == 'computer':
if password in items:
print('good stuff')
else:
display.computer_1()
elif userin.lower() == 'desk':
display.desk_stuff()
elif userin == 'e':
print("\nYou can't go that way.\n")
elif userin == 'w':
print("\nYou can't go that way.\n")
elif userin == 'n':
print("\nYou can't go that way.\n")
elif userin == 's':
print("\nYou can't go that way.\n")
elif userin == 'i':
if len(items) == 0:
print("\nYou don't have anything at the moment")
else:
print(items)
elif userin == 'c':
display.controls()
else:
print("\nPlease enter either a valid command or an item.\n")
def main():
pygame.init() #界面初始化
pygame.mixer_music.load('./audio/成都.mp3') #载入背景音乐
pygame.mixer_music.play(-1, 0.0) #背景音乐循环播放
pygame.display.set_caption('My Game:2048') #设置界面标题
screen = pygame.display.set_mode((540, 796)) #设置界面大小
while True:
display.start(screen) #启动开始界面
# 如果该函数返回的是None，说明玩家选择的是最高分界面，如果不为空，则进入游戏界面
if not display.pl_choice(screen):
continue
else:
(map, squ_len, space) = display.pl_choice(screen)
display.game_display(map, screen, squ_len, space)
while True: # 持续获取玩家的行为，直到游戏结束
display.game(map, screen, squ_len, space)
time.sleep(0.02) # 稍微设置一下延迟来等待界面更新
if map.gameover():
result = map.check(
2048) # 检查地图中是否有2048或者比2048更大的数，有就说明玩家赢了
time.sleep(1)
display.gameover_display(
map, screen, result) # 显示玩家是赢了还是输了，并确定玩家是否重新开始游戏
break
continue
#状态循环，检测到退出则退出
while True:
pygame.time.Clock().tick(3) #设置帧率为3
for event in pygame.event.get():
if event.type == QUIT:
pygame.mixer_music.stop()
pygame.quit()
def toggle_keyboard(self):
"""docstring"""
if self.keeb_mode:
self.keeb_mode = False
self.selected_button_binds = 1
self.selected_axis_binds = 1
dp.stop()
else:
self.keeb_mode = True
self.selected_button_binds = 2
self.selected_axis_binds = 2
dp.start()
mouse.press(pynput.mouse.Button.left)
mouse.release(pynput.mouse.Button.left)
import os
import sys
sys.path.insert(0,'src/')
import tests
import distsvm
import display
import analysisdata as analysis
nodes, test_info = display.start()
X, y = analysis.read_data(**test_info['data_info'])
if test_info['type'] == 'linear':
ldsvm = distsvm.LDSVM(nodes = nodes)
if test_info['name'] == 'artificial':
tests.artificial_linear(ldsvm, X, y)
else:
tests.real_linear(ldsvm, X, y)
else:
ndsvm = distsvm.NDSVM(nodes = nodes)
if test_info['name'] == 'artificial':
tests.artificial_non_linear(ndsvm, X, y)
else:
tests.real_non_linear(ndsvm, X, y)
import os
import sys
sys.path.insert(0, 'src/')
import tests
import distsvm
import display
import analysisdata as analysis
nodes, test_info = display.start()
X, y = analysis.read_data(**test_info['data_info'])
if test_info['type'] == 'linear':
ldsvm = distsvm.LDSVM(nodes=nodes)
if test_info['name'] == 'artificial':
tests.artificial_linear(ldsvm, X, y)
else:
tests.real_linear(ldsvm, X, y)
else:
ndsvm = distsvm.NDSVM(nodes=nodes)
if test_info['name'] == 'artificial':
tests.artificial_non_linear(ndsvm, X, y)
else:
tests.real_non_linear(ndsvm, X, y)
import time
import display
import main_menu
import makemaps
import world
from objects import Player
#makemaps.make_from_file('maps/Multiplayer/start.txt', 'maps/Multiplayer/start.py')
display.start()
main_menu.start()
# Title menu!
# Needs world selection menu. Probably try for a scrolling menu with basic graphics if possible.
# Print world out
world.dispworld()
display.draw_topbar()
display.printc(display.WEAPON_X, display.WEAPON_Y, world.player.attributes["weapon"].name)
display.printc(display.HAT_X, display.HAT_Y, world.player.attributes["hat"].name)
display.printc(display.SHIRT_X, display.SHIRT_Y, world.player.attributes["shirt"].name)
display.printc(display.PANTS_X, display.PANTS_Y, world.player.attributes["pants"].name)
display.printc(display.RING_X, display.RING_Y, world.player.attributes["ring"].name)
world.player.attributes["spell"].draw()
world.player.attributes["consumable"].draw()
start_time = time.time()
return (i + 1)
return 0
#---------------------------------------ACTUADOR------------------------------------------------------------
#clase que activa los actuadores luego de que se tienen las secuancias confirmadas
class ActuarI(Conector.Actuador):
def __init__(self):
self.ga=grovepiActuador.GroveActuador()
def actuart(self, melodia, current=None):
print ("entro ", melodia)
self.ga.PrintCancion(melodia)
#--------------------------------------SERVIDOR-------------------------------------------------------------
with Ice.initialize(sys.argv) as communicator:
ip=display.start()
ac = "tcp -h "+ip+" -p 10002"
co = "tcp -h "+ip+" -p 10003"
adapterE = communicator.createObjectAdapterWithEndpoints("Actuador", ac)
adapterC = communicator.createObjectAdapterWithEndpoints("Confirmador", co)
objectC = ConfirmarMelodiaI()
objectE = ActuarI()
adapterC.add(objectC, communicator.stringToIdentity("ConfirmadorPRX"))
adapterE.add(objectE, communicator.stringToIdentity("ActuadorPRX"))
adapterC.activate()
adapterE.activate()
print "--------------------EndPoints-----------------------"