def init_car(dimension, img_path):
car_sprite = pygf.makeSprite(img_path)
position = (dimension / 2, dimension / 2)
pygf.moveSprite(car_sprite, position[0], position[1], True)
pygf.transformSprite(car_sprite, -90, 0.5)
pygf.showSprite(car_sprite)
return position
def punktSetzen():
global time_since_last_point
while True:
placeOn = rng.randrange(len(spielraster))
if spielraster[placeOn] == 0:
punkt = Punkt(i2xy(placeOn))
spielraster[placeOn] = 1
pgf.showSprite(punkt.sprite)
time_since_last_point = pgf.clock()
return punkt
def display_segmentation(position, img_path, old_sprite=None):
seg_sprite = pygf.makeSprite(img_path)
pygf.moveSprite(seg_sprite, position[0], position[1] - 170, True)
pygf.transformSprite(seg_sprite, 0, 0.9)
if old_sprite:
pygf.hideSprite(old_sprite)
pygf.showSprite(seg_sprite)
return seg_sprite
def make_choice(chosen_card):
"""
Show the chosen card and return its details details.
:param chosen_card: The card object that was chosen. (Card)
:return: The stats of the card
"""
pygame_functions.hideAll()
pygame_functions.moveSprite(chosen_card.card_sprite, SCREEN_SIZE_X // 2,
SCREEN_SIZE_Y // 2)
pygame_functions.showSprite(chosen_card.card_sprite)
return chosen_card.card_type, chosen_card.card_factor
def pointSet(dlt):
if dlt: # 새 게임 시작시 맵구조를 복원
point_d = {}
for i, number in enumerate(gamegrid):
gamegrid[i] = gamegrid_restart[i]
else:
point_d = {}
for i, number in enumerate(gamegrid_restart):
if number not in (1, 2): continue
point_d[i] = Point(
i2xy(i),
'Resource\Teil_17_Punkt.png') if number == 1 else Point(
i2xy(i), 'Resource\Teil_17_Punkt_gross.png')
pgf.showSprite(point_d[i].sprite)
return point_d
def show_cards(current_luck, cards):
"""
Show the option cards according to the dice roll.
:param current_luck: The current roll outcome. (int)
:param cards: The tuple containing the card objects. (tuple)
:return: a tuple containing the sprites of the option cards.
"""
OPTION_CARD_Y = SCREEN_SIZE_Y - 100
OPTION_CARD_MIDDLE_X = SCREEN_SIZE_X // 2
OPTIONS_CARD_SPACING = SCREEN_SIZE_X // 3
rock_card = cards[TYPES_ENUM['rock']][current_luck - 1]
paper_card = cards[TYPES_ENUM['paper']][current_luck - 1]
scissor_card = cards[TYPES_ENUM['scissor']][current_luck - 1]
pygame_functions.moveSprite(rock_card.card_sprite,
OPTION_CARD_MIDDLE_X - OPTIONS_CARD_SPACING,
OPTION_CARD_Y)
pygame_functions.moveSprite(paper_card.card_sprite, OPTION_CARD_MIDDLE_X,
OPTION_CARD_Y)
pygame_functions.moveSprite(scissor_card.card_sprite,
OPTION_CARD_MIDDLE_X + OPTIONS_CARD_SPACING,
OPTION_CARD_Y)
pygame_functions.showSprite(rock_card.card_sprite)
pygame_functions.showSprite(paper_card.card_sprite)
pygame_functions.showSprite(scissor_card.card_sprite)
return rock_card, paper_card, scissor_card
def main_UI():
#global Game
global trikey
pgf.hideAll()
pgf.updateDisplay()
while True:
#pgf.tick(50)
pgf.screen.blit(main1, (183, 200))
pgf.screen.blit(main2, (180, 310))
pgf.updateDisplay()
font = pygame.font.Font('Resource\\NanumGothic.ttf', 35)
gamestart = font.render('G a m e S t a r t', True, (255, 255, 255))
pgf.screen.blit(gamestart, (180, 500))
if trikey == 0:
tri = Point((120, 520), 'Resource\Triangle.png')
pgf.showSprite(tri.sprite)
simulation = font.render('S i m u l a t i o n', True, (255, 255, 255))
pgf.screen.blit(simulation, (180, 570))
if trikey == 1:
tri = Point((120, 590), 'Resource\Triangle.png')
pgf.showSprite(tri.sprite)
exit = font.render('E X I T', True, (255, 255, 255))
pgf.screen.blit(exit, (180, 640))
if trikey == 2:
tri = Point((120, 660), 'Resource\Triangle.png')
pgf.showSprite(tri.sprite)
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_DOWN:
if (trikey < 2):
trikey += 1
elif event.key == pygame.K_UP:
if (trikey > 0):
trikey -= 1
pgf.hideAll()
if pgf.keyPressed('enter'):
if (trikey == 2): # 종료
pygame.quit()
sys.exit()
break
else:
break
def show(self):
pgf.showSprite(self.sprites[self.modus][0])
pacman.changeAnimationFrame()
fps = pgf.tick(120)
if game_status == "run":
if pgf.keyPressed("right"):
pacman.dir_buffer = 0
elif pgf.keyPressed("left"):
pacman.dir_buffer = 1
elif pgf.keyPressed("up"):
pacman.dir_buffer = 2
elif pgf.keyPressed("down"):
pacman.dir_buffer = 3
for dot in dots.values():
pgf.showSprite(dot.sprite)
pacman.eatDot()
pacman.update()
for ghost in ghosts:
ghost.update()
gh_sprite = ghost.sprites[ghost.modus][0]
if pgf.touching(gh_sprite, pacman.sprites[pacman.modus][0]):
if ghost.modus == "jagd" and pacman.modus == 'run':
pacman.changeMode('die')
changeGameStatus('dead')
timer2 = threading.Timer(1.2, nextPacman)
timer2.start()
if ghost.modus in ("flucht", "blink"):
def anzeigen(self):
pgf.moveSprite(self.sprite, self.x, self.y, centre=True)
pgf.showSprite(self.sprite)
def anzeigen(self):
pgf.moveSprite(self.sprite, self.x, self.y, centre=True)
pgf.showSprite(self.sprite)
for b in range(0, len(self.body)):
self.body[b].anzeigen()
def display(self): # 스프라이트를 맵에 배치, 표기하는 함수
pgf.moveSprite(self.sprite, self.x, self.y,
centre=True) # 좌표위치에 스프라이트를 배치
pgf.showSprite(self.sprite) # 배치된 스프라이트 표기
def dibujar(self):
moveSprite(self.sprite, self.posicionX, self.posicionY)
showSprite(self.sprite)
self._al_dibujar()
self.dibujado = True
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)