def save():
global couleur_balle
global couleur_raquette_droite
global couleur_raquette_gauche
global couleur_arriere_plant
global vitesse_balle
global limite_points
global tk
global input_limite_points
global input_couleur_raquette_gauche
global input_couleur_raquette_droite
global input_couleur_balle
global input_vitesse_balle
global input_couleur_arriere_plant
couleur_balle = input_couleur_balle.get()
couleur_raquette_droite = input_couleur_raquette_droite.get()
couleur_raquette_gauche = input_couleur_raquette_gauche.get()
couleur_arriere_plant = input_couleur_arriere_plant.get()
vitesse_balle = input_vitesse_balle.get()
limite_points = input_limite_points.get()
if (couleur_arriere_plant == "" or couleur_arriere_plant == None):
couleur_arriere_plant = "#1C2833"
if (couleur_balle == "" or couleur_balle == None):
couleur_balle = "#fff"
if (couleur_raquette_gauche == "" or couleur_raquette_gauche == None):
couleur_raquette_gauche = "#fff"
if (couleur_raquette_droite == "" or couleur_raquette_droite == None):
couleur_raquette_droite = "#fff"
if (vitesse_balle == "" or vitesse_balle == None):
vitesse_balle = 2
if (limite_points == "" or limite_points == None):
limite_points = 8
with open('settings.pkl', 'wb') as settingsWrite:
pickle.dump([couleur_balle, couleur_raquette_droite, couleur_raquette_gauche, couleur_arriere_plant, vitesse_balle, limite_points], settingsWrite)
with open('settings.pkl', 'rb') as settingsFile:
print(pickle.load(settingsFile))
tk.destroy()
menu.start()
def login_button_Cmd(self, event=None):
if len(self.coon) > 0 and self.coon == "noCoon":
showinfo(title='提示', message='未连接到服务器，请检查你的网络!')
else:
validate = self.verifyAccountData()
# 管理界面
if validate == 'master':
# self.root.destroy()
# gui_user_manage.start()
pass
# 用户界面
elif validate == 'user':
login_qq = self.GG_Text_NumberVar.get()
print("登录成功")
# self.create_session()
# self.insert_session()
self.top.destroy()
menu.start(login_qq)
elif validate == 'noAccount':
showinfo(title='提示', message='该账号不存在请重新输入!')
elif validate == 'noPassword':
showinfo(title='提示', message='账号/密码错误请重新输入!')
# coding=utf-8
import pygame
import config
import towerdefense
import player
import game
import menu
menu = menu.Menu()
menu.start()
# game = game.Game()
# game.start()
# player = player.Player("Vinicius")
# towerDefense = towerdefense.TowerDefense(player, "maps/map1.map")
# while not game.getGameExit():
# mousePosition = game.getMousePosition()
# for event in game.getEvents():
# if event.type == pygame.QUIT:
# game.setGameExit()
# if event.type == pygame.MOUSEBUTTONDOWN:
# towerDefense.mousePress(game.getMousePosition(), game.getGameDisplay())
# if event.type == pygame.KEYDOWN:
# if event.key == pygame.K_f:
# if game.isFPSOn():
# game.turnOffFPS()
# else:
# game.turnOnFPS()
# phase 4: Travel Phase
distance, g_dist = t.travel_phase(distance, distance_traveled, g_dist)
# Check for win conditions
if ed.win(distance):
break
# Check for loss conditions
if ed.lose(fuel, food, power, hull, crew, morale, g_dist):
break
# Display menu, run game loop, ask player if they want to play again
if m.start():
# begin play again loop
playing = True
while playing == True:
game_loop()
# Prompt user for play again if true continue loop if false break loop
if play_again() == True:
pass
else:
break
def main():
global stdscr
print BT_LOGO
time.sleep(1)
try: # Crash protection ;)
init.init()
stdscr = init.stdscr
h, w = stdscr.getmaxyx()
# Create falco and put him into the map
# falco = Person(-1, "Falco", -1, [0, 0], ["F", curses.COLOR_WHITE, curses.COLOR_BLUE],
# configs.colorof["falco"][0])
# falco.jumpTo(1, 0)
# falco.crashWith = FalcoCrashMike
theWorld = world.World(stdscr, w, h)
# Mike is the hero!
mike = Player(theWorld.statusBox, -1, "Du", -1, [0, 0], ["M", curses.COLOR_BLACK, curses.COLOR_RED],
configs.colorof["mike"][0], profile={"hp": [100, 100],
"mp": [0, 0]})
# Adding mike and falco to Bermuda Triangle World
theWorld.setPlayer(mike)
# theWorld.addPerson(falco)
theWorld.setCheatWalkEverywhere(False)
# Adding water in map (mike cannot move on it)
for i in range(10):
theWorld.gMaps[1][1].gMap[10][i] = ["~", curses.COLOR_WHITE, curses.COLOR_BLUE, True, nothing]
for i in range(10):
theWorld.gMaps[1][0].gMap[10][198-i] = ["~", curses.COLOR_WHITE, curses.COLOR_BLUE, False, nothing]
theWorld.load("testsave")
while 1: # Gameloop
timer.fpsDelay() # FPS-Control
clearError()
# +++ Event handling +++
c = stdscr.getch() # I don't think an eventloop is needed in a
# textadventure
if c == ord("q"):
theWorld.sendText("Bitte im Menue Beenden ('m' druecken)")
if c == ord("w"): # Switches between colored and b/w
misc.COLORED = not misc.COLORED
theWorld.redrawAllMaps()
if c == ord("m"): menu.start() # Enter menu
if c == ord("h"): theWorld.playerGoLeft() #
if c == ord("j"): theWorld.playerGoDown() # Player
if c == ord("k"): theWorld.playerGoUp() # movement
if c == ord("l"): theWorld.playerGoRight() #
if c == ord("s"): theWorld.load("testsave.btt") # Loading doesn't really work ;)
if c == ord("x"): theWorld.sendText(str(mike.gMap.pos))
# --- Event handling ---
# +++ Drawing +++
oldH = h # Need this for resizing
oldW = w
h, w = stdscr.getmaxyx()
#stdscr.erase()
# Window size exception
if (w < 70) | (h < 24):
stdscr.erase()
stdscr.addstr(h/2, (w - len(BT_WINDOW_TOO_SMALL)) / 2,
BT_WINDOW_TOO_SMALL)
elif misc.BT_ERROR != "":
stdscr.addstr(h/2, (w - len(misc.BT_ERROR)) / 2,
misc.BT_ERROR)
else:
# Check for resize event
if (oldH != h) | (oldW != w):
stdscr.erase() # Have to clear the whole screen. Maybe this should do the theWorld object...
theWorld.resize(w, h)
# Painting wonderful border ;)
stdscr.box()
stdscr.addstr(0, (w - len(BT_SMALL_LOGOTEXT)) / 2,
BT_SMALL_LOGOTEXT)
theWorld.draw(stdscr)
waveWare(w - 10, h - 1, stdscr)
stdscr.refresh()
# --- Drawing ---
init.quit()
except SystemExit: # This is not really an error so there happens nothing
pass
except: # If there was an error python will do this:
# Exiting curses
curses.nocbreak()
stdscr.keypad(0)
curses.echo()
curses.endwin()
# Telling there is went something wrong
print "Hardcore error in Bermuda Triangle " + BT_VERSION + " :`( Exiting forced!!!"
print "Please send bt_last_error.log and a description what you did"
print "to [email protected]"
# Writing error to file
errorFile = file("bt_last_error.log", "w")
errorFile.write("Error in Bermuda Triangle Text - Version " + BT_VERSION + "\n")
traceback.print_exc(file=errorFile)
errorFile.close()
# If debug is switched on it will print the error to stdout
if misc.DEBUG:
traceback.print_exc()
def main():
menu.start()
menu.start([
{
'icon': 'bulb.png',
'action': 'asd',
},
{
'icon': 'bulb.png',
'action': 'dsa',
},
{
'icon': 'back.png',
'action': menu.BACK,
},
{
'icon': 'back.png',
'action': [
{
'icon': 'bulb.png',
'action': 'asd',
},
{
'icon': 'bulb.png',
'action': 'dsa',
},
{
'icon': 'back.png',
'action': menu.BACK,
},
{
'icon': 'back.png',
'action': menu.BACK,
},
{
'action': None,
},
{
'icon': 'back.png',
'action': turn_on_gpio,
},
],
},
{
'action': None,
},
{
'icon': 'back.png',
'action': turn_on_gpio,
},
], 640, 480, 3, 3)
tile_images = {
'gold': load_image('gold.png'),
'empty1': load_image('grass1.png'),
'empty2': load_image('grass2.png'),
'none': load_image('none.png')
}
was_on_gold = {
"red": False,
"blue": False,
"black": False
}
joysticks = [pygame.joystick.Joystick(x) for x in range(pygame.joystick.get_count())]
playerskolvo = start(Board, SelectImage, generate_level)
level, maximum = load_level("map" + str(playerskolvo) + "_" + str(randrange(1, 6)) + ".txt")
selected_cell = (4, 4)
board = Board(playerskolvo, left, top, maximum)
generate_level(level, board, left, top)
SLEEPEVENT = pygame.USEREVENT + 1
sleeptime = 1000 * 60
pygame.time.set_timer(SLEEPEVENT, sleeptime)
sleepevent_was = False
f = False
fon = pygame.transform.scale(load_image('fon.png'), (width, height))
lines = open("settings.txt", encoding="utf8", mode="r").readlines()
# platform
MOVE_RATE = 1
brain = new_classes.PlatformBrain()
platformCoords = [[400, 275]]
allPlatForms = [new_classes.Ground(win, 'dungeon', platformCoords[0], 50)]
allSprites.add(allPlatForms[0])
platforms.add(allPlatForms[0])
# Wall
wall = [new_classes.Wall(win, 'dungeon', [150, 250], 100)]
allSprites.add(wall[0])
platforms.add(wall)
#main menu
done = menu.start(win)
#game
while not done:
#fill screen with black
win.fill((0, 0, 0))
for event in pg.event.get():
if event.type == pg.QUIT:
done = True
'''
# Checks if touching ground
# Go through all Ground new_classes and sees if they collide with the player.
isTouchingGround = False
for i in range(0, len(ground)):
if ground[i].touchingGround(player.coords):
from consts import *
import menu
import reactions
import chimp
win = pg.display.set_mode((WIDTH, HEIGHT))
pg.display.set_caption(TITLE_TEXT)
scores = {x: 0 for x in GAME_NAMES}
menu = menu.Menu(win)
clock = pg.time.Clock()
is_running = True
if __name__ == '__main__':
# Main game loop
while True:
selection = menu.start()
print(selection)
if selection == 'Reactions':
scores['Reactions'] = reactions.Reactions(win).start()
elif selection == 'Chimp Test':
pass
# scores['Chimp Test'] = chimp.ChimpTest(win).start()