def screen_function(current_luck):
pygame_functions.screenSize(SCREEN_SIZE_X, SCREEN_SIZE_Y, fullscreen=False)
cards = init_cards()
card_sprites = show_cards(current_luck, cards)
print(detect_choice(card_sprites))
wait_function()
def __init__(self):
self._init_pygame()
self.screen = screenSize(1000, 700)
self.background = load_sprite("space", False)
self.clock = pygame.time.Clock()
self.font = pygame.font.Font(None, 64)
self.message = ""
self.destroyed_small = 0
self.score = 0
self.scoretext = self.font.render("Score = " + str(self.score), 1,
(255, 0, 0))
file = 'C://Users//ActionICT//PycharmProjects//Asteroids//assets//music//jlbrock44_-_Stars_Below_Us.mp3'
pygame.init()
pygame.mixer.init()
pygame.mixer.music.load(file)
pygame.mixer.music.play(
-1) # If the loops is -1 then the music will repeat indefinitely.
self.asteroids = []
self.bullets = []
self.spaceship = Spaceship((400, 300), self.bullets.append)
for _ in range(6):
while True:
position = get_random_position(self.screen)
if (position.distance_to(self.spaceship.position) >
self.MIN_ASTEROID_DISTANCE):
break
self.asteroids.append(Asteroid(position, self.asteroids.append))
# game import pygame_functions as pg pg.screenSize(800,800) pg.setBackgroundColour((255,60,70)) pg.endWait()
def changeGameStatus(status):
global game_status
game_status = status
pgf.setAutoUpdate(False)
w = 672
h = 744
spalten, zeilen = w // 24, h // 24
raster_w = 24
raster_h = 24
zellen = spalten * zeilen
pgf.screenSize(w, h)
pgf.setBackgroundImage("Teil_17_pacman.png")
pacman = Pacman(sync(321, 420))
blinky = Ghosts("blinky_tileset2.png", sync(348, 276))
pinky = Ghosts("pinky_tileset2.png", sync(300, 348))
inky = Ghosts("inky_tileset2.png", sync(348, 348))
clyde = Ghosts("clyde_tileset2.png", sync(396, 348))
ghosts = [blinky, pinky, inky, clyde]
def dotsAufbauen():
global dots
dots = {}
for i, zahl in enumerate(grid):
if zahl == 1:
x, y = i2xy(i)
WAIT_BEFORE_RESTART = 5000
restartCounter = 0
#SCORE
MIN_SCORE_POINT = 50
SCORE_FOR_POINT = 100
SCORE = -100
time_since_last_point = pgf.clock()
#TICK RATE
ADD_TICK_RATE = 10
START_RATE = 120
TICK_RATE = START_RATE - ADD_TICK_RATE
#setup Screen
pgf.screenSize(BREITE, HÖHE)
pgf.setBackgroundImage('./img/level.png')
pgf.setAutoUpdate(False)
#setup start
snakeman = Snakeman("Snake-Man", (SNAKEMAN_START_X, SNAKEMAN_START_Y))
snakeman.addBody()
snakeman.addBody()
punkt = None
spielraster = SPIELRASTER_START.copy()
#gameloop
while True:
#geschwindigkeit setzten
pgf.tick(TICK_RATE)
FPS = 500 # frame per second , 빠른 진화속도를 위해 높은 프레임
trikey = 0 # 메뉴 선택 변수
dlt = True
directions = {
0: (1, 0),
1: (-1, 0),
2: (0, -1),
3: (0, 1)
} # 각 방향에 해당하는 좌표 변화 값
width, height = 672, 812
grid = 24
column = width // grid # 맵 구조 열 개수
low = height // grid # 맵 구조 행 개수
pgf.screenSize(width, height)
score = 0
main1 = pygame.image.load('Resource\Main_image1.png')
main2 = pygame.image.load('Resource\Main_image2.png')
nextAnimation = pgf.clock() + 100
clear = False
# 게임화면에 현재 점수를 표기하는 함수
def writeScore(count):
global score
pygame.draw.rect(pgf.screen, (0, 0, 0), [500, 760, 300, 100])
score += count
def init_screen(dimension):
screen = pygf.screenSize(dimension, dimension)
pygf.setAutoUpdate(False)
return screen
def __init__(self, nmax, filename):
# Variaveis de Controle
self.nmax = nmax
self.mouse_state_plus = False
self.mouse_state_minus = False
#self.alg
self.sprite_list = []
self.shuffler = shuffle.Shuffle(self.nmax)
self.imagesize = c.IMAGE_SIZE
self.time_elapsed = 0
# Inicializacao Pygame
pyf.screenSize(c.SCREEN_WIDTH, c.SCREEN_HEIGHT)
pyf.setBackgroundColour(c.GRAY)
# Instancia lista de sprites
for i in range(0, nmax * nmax):
self.sprite_list.append(
pyf.makeSprite("images/" + filename + str(i) + ".png"))
# Carrega sprites padroes
self.plus = pyf.makeSprite("images/plus.png")
self.minus = pyf.makeSprite("images/minus.png")
self.shuffle_button = pyf.makeSprite("images/shuffle.png")
self.BFS_button = pyf.makeSprite("images/BFS.png")
self.DFS_button = pyf.makeSprite("images/DFS.png")
self.DFS_IT_button = pyf.makeSprite("images/BFS_IT.png")
self.A1_button = pyf.makeSprite("images/A_H1.png")
self.A2_button = pyf.makeSprite("images/A_H2.png")
self.text_shuffler_label = pyf.makeLabel(u"Número de iterações: ", 30,
50, 690, "black", "Arial",
"clear")
self.text_time = pyf.makeLabel(u"Tempo de execução: ", 30, 700, 400,
"black", "Arial", "clear")
self.text_time2 = pyf.makeLabel("segundos", 30, 980, 400, "black",
"Arial", "gray")
self.text_memory = pyf.makeLabel(u"Memória utilizada: ", 30, 735, 450,
"black", "Arial", "clear")
#self.text_moves = pyf.makeLabel("Movimentos Realizados: ", 30, 735, 500, "black", "Arial", "clear")
#self.text_moves2 = pyf.makeLabel("", 30, 735, 500, "black", "Arial", "gray")
self.text_memory2 = pyf.makeLabel("bytes", 30, 980, 450, "black",
"Arial", "gray")
self.number_shuffler_label = pyf.makeLabel(str(c.IT), 30, 332, 692,
"black", "Arial", "clear")
# Transforma sprites para tamanhos maiores que 3x3
if self.nmax > 3:
self.initial_transformation()
# Posiciona Sprites
self.initial_position()
pyf.moveSprite(self.shuffle_button, 570, 710, True)
pyf.moveSprite(self.plus, 515, 710, True)
pyf.moveSprite(self.minus, 460, 710, True)
pyf.moveSprite(self.BFS_button, 800, 100, True)
pyf.moveSprite(self.DFS_button, 1010, 100, True)
pyf.moveSprite(self.DFS_IT_button, 900, 210, True)
pyf.moveSprite(self.A1_button, 800, 320, True)
pyf.moveSprite(self.A2_button, 1010, 320, True)
# Mostra sprites na tela
for i in range(0, nmax * nmax):
pyf.showSprite(self.sprite_list[i])
# print(i)
pyf.showSprite(self.shuffle_button)
pyf.showSprite(self.plus)
pyf.showSprite(self.minus)
pyf.showLabel(self.text_shuffler_label)
pyf.showLabel(self.number_shuffler_label)
pyf.showLabel(self.BFS_button)
pyf.showLabel(self.DFS_button)
pyf.showLabel(self.DFS_IT_button)
pyf.showLabel(self.A1_button)
pyf.showLabel(self.A2_button)
pyf.showLabel(self.text_time)
pyf.showLabel(self.text_time2)
pyf.showLabel(self.text_memory)
pyf.showLabel(self.text_memory2)
#pyf.showLabel(self.text_moves)
#pyf.showLabel(self.text_moves2)
pyf.transformSprite(self.shuffle_button, 0, 0.25)
pyf.transformSprite(self.plus, 0, 0.25)
pyf.transformSprite(self.minus, 0, 0.1)