def generate_background(self, loc="LEO"):
self.background_loc = loc
if loc == 'LEO':
self.background=[]
self.background.append( util.load_sprite('images/Earth_at_day.png') )
self.background.append( util.load_sprite('images/Earth_at_day.png') )
self.background.append( util.load_sprite('images/Earth_at_night.png') )
self.background.append( util.load_sprite('images/Earth_at_night.png') )
#for j in self.background: j.scale=.9
self.update(0)
def refresh_image(self):
if not util.GRAPHICS: return
if self.name == 'Water':
self.imgfile = 'images/glitch-assets/cup_of_water/cup_of_water__x1_iconic_png_1354833111.png'
else:
self.imgfile = 'images/glitch-assets/contraband/contraband__x1_1_png_1354836014.png'
self.sprite = util.load_sprite(self.imgfile)
def __init__(self, position, create_bullet_callback):
self.create_bullet_callback = create_bullet_callback
self.laser_sound = load_sound('laser')
self.explosion_sound = load_sound("crush")
self.direction = Vector2(UP)
super().__init__(position, rotozoom(load_sprite("spaceship"), 0, 0.5),
Vector2(0))
def __init__(self,image,x1,y1,x2,y2,vitesse): self.sprite = util.load_sprite(image) self.sprite.rect.centerx = x1 self.sprite.rect.centery = y1 self.x2 = x2 self.y2 = y2 self.vitesse = vitesse
def __init__(self):
self.sprites = {}
self.images = []
self.batches = {}
self.batches['open'] = pyglet.graphics.Batch()
self.batches['closed'] = pyglet.graphics.Batch()
self.sprites['open'] = []
self.sprites['closed'] = []
self.batches['items'] = pyglet.graphics.Batch()
img = pyglet.resource.image('ui/inventory.png')
img.anchor_x = 0
img.anchor_y = img.height
self.background = pyglet.sprite.Sprite(img,
x=gamestate.norm_w,
y=gamestate.norm_h)
self.visible = True
self.items = {}
self.held_item = None
self.isopen = False
# Create the inventory closed state first
self.sprites['closed'].append(
util.load_sprite(['ui', 'purse.png'],
x=gamestate.norm_w,
y=gamestate.norm_h - 15,
batch=self.batches['closed']))
self.translate_bottomleft_to_topright(self.sprites['closed'])
# Create the inventory open state now
self.sprites['open'].append(
util.load_sprite(['ui', 'purseopen.png'],
x=gamestate.norm_w - 5,
y=gamestate.norm_h - 21,
batch=self.batches['open']))
self.translate_bottomleft_to_topright(self.sprites['open'])
self.height = self.sprites['open'][0].height
self.rect_left = 0
self.rect_right = 0
gamestate.event_manager.set_inventory(self)
def __init__(self,infos): self.viePleine = infos[0] self.vieCourante = infos[0] self.puissance = infos[1] self.vitesse = infos[2] self.argent = infos[3] self.sprite = util.load_sprite(infos[4]) self.sprite.rect.centerx = 400 self.sprite.rect.top = 31
def __init__(self, position, create_meteroid_callback, size=3):
self.size = size
self.create_meteroid_callback = create_meteroid_callback
self.explosion_sound = load_sound("meteriod_explo")
self.explosion_sound.set_volume(100)
size_to_scale = {3: .66, 2: 0.44, 1: 0.25}
scale = size_to_scale[size]
sprite = rotozoom(load_sprite("meteroid"), 0, scale)
super().__init__(position, sprite, get_random_velocity(1, 2))
def __init__(self):
self.viePleine = 2
self.vieCourante = 2
self.puissance = 2
self.vitesseTir = 1
self.vitesseDepl = 1
self.nbProjectiles = 1
self.gold = 0
self.sprite = util.load_sprite("hero.png")
self.sprite.rect.centerx = 400
self.sprite.rect.centery = 500
def __init__(self):
self.sprites = {}
self.images = []
self.batches = {}
self.batches['open'] = pyglet.graphics.Batch()
self.batches['closed'] = pyglet.graphics.Batch()
self.sprites['open'] = []
self.sprites['closed'] = []
self.batches['items'] = pyglet.graphics.Batch()
img = pyglet.resource.image('ui/inventory.png')
img.anchor_x = 0
img.anchor_y = img.height
self.background = pyglet.sprite.Sprite(img, x=gamestate.norm_w, y=gamestate.norm_h)
self.visible = True
self.items = {}
self.held_item = None
self.isopen = False
# Create the inventory closed state first
self.sprites['closed'].append(util.load_sprite(['ui', 'purse.png'],
x=gamestate.norm_w, y=gamestate.norm_h-15,
batch=self.batches['closed']))
self.translate_bottomleft_to_topright(self.sprites['closed'])
# Create the inventory open state now
self.sprites['open'].append(util.load_sprite(['ui', 'purseopen.png'],
x=gamestate.norm_w-5, y=gamestate.norm_h-21,
batch=self.batches['open']) )
self.translate_bottomleft_to_topright(self.sprites['open'])
self.height = self.sprites['open'][0].height
self.rect_left = 0
self.rect_right = 0
gamestate.event_manager.set_inventory(self)
def __init__(self):
self.score = 0
self._init_pygame()
self.screen = pygame.display.set_mode((self.WIDTH, self.HEIGHT))
self.background = load_sprite("space1", False)
self.background_game_music = load_sound("game_play_music")
self.game_over_music = load_sound("game_over_music")
self.clock = pygame.time.Clock()
self.font = pygame.font.Font(None, 64)
self.message = ""
self.meteroids = []
self.bullets = []
self.spaceship = Spaceship((400, 300), self.bullets.append)
for _ in range(4):
while True:
pos = get_random_position(self.screen)
if pos.distance_to(self.spaceship.position) > self.MIN_METEROID_DIS:
break
self.meteroids.append(Meteroid(pos, self.meteroids.append))
from enum import Enum, IntEnum
AIR = 0b00000001 # Something you can shoot through
WALL = 0b00000010 # Something you cannot walk through
ITEM = 0b00000100 # Something you can pick up
STEP = 0b00001000 # Something you can trigger by stepping on
POKE = 0b00010000 # Something you can trigger by poking
GRID = 0b00100000 # Something you can shoot portals on
from util import load_sprite, cut_sheet, draw_sprite, level_surface
import pygame, time, config
SPRITES = load_sprite('level_sprites.png')
GRASS_SPRITE = cut_sheet(SPRITES, 5, 1)
# A cell in the level
class Tile:
MASK = 0
SYMBOL = ' '
BG = False
FG = False
MG = False
COLORED = False
STICKY = False
TELE = False
SPRITE = cut_sheet(SPRITES, 7, 0)
def is_air(self):
return self.MASK & AIR
def play(screen, varOptions):
jeu = 1
pygame.init()
# Background + Zone ---------------------------------------------------------------------
background = util.load_sprite("background.png")
niveauActuel = 0
bg = util.load_sprite(levelBg[niveauActuel])
bg.rect = [0, 31]
myfont = pygame.font.SysFont("monospace", 30)
myfont.set_bold(1)
# Creation Classes Boss+Hero ------------------------------------------------------------
cBoss = classes.Enemy(classes.bosses[niveauActuel])
cHero = classes.Hero()
# Sprites du heros -------------------------------------------------------------------------
heroDeb = util.load_image("hero.png")
heroPasG = util.load_image("heroPasG.png")
heroPasD = util.load_image("heroPasD.png")
if varOptions[1] == 0:
heroDebA = util.load_image("heroDebAD.png")
heroPasDA = util.load_image("heroPasDAD.png")
heroPasGA = util.load_image("heroPasGAD.png")
else:
heroDebA = util.load_image("heroDebAG.png")
heroPasDA = util.load_image("heroPasDAG.png")
heroPasGA = util.load_image("heroPasGAG.png")
# Variables ---------------------------------------------------------------------------------
timerPas = 0
marche = 20
pas = 1
timerTir = 0
bullet_rects = []
timerMenu = 20
timerSon = 50
timerPause = 50
timerMobSpawn = 50
mob_rects = []
timerBossAttack = 50
timerMoveBoss = 50
timerSp = 50
sensDir = 1
EnemyBullets_rects = []
vie = util.load_sprite("vie.png")
# Boucle du jeu ##############################################
while jeu == 1:
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
# Mise a jour des timers --------------------------------------------------------------------
marche -= 1
timerPas -= 1
timerTir -= 1
timerMenu -= 1
timerMobSpawn -= 1
timerBossAttack -= 1
timerMoveBoss -= 1
timerSp -= 1
timerSon -= 1
timerPause -= 1
# Set de la valeur de l'argent du personnage -----------------------------------------------
label = myfont.render(str(cHero.gold), 1, (255, 185, 0))
# Gestion des touches clavier --------------------------------------------------------------
keys = pygame.key.get_pressed()
if keys[pygame.K_ESCAPE] and timerMenu <= 0:
jeu = 0
if keys[pygame.K_m] and timerSon <= 0:
if varOptions[0] == 0:
pygame.mixer.music.unpause()
else:
pygame.mixer.music.pause()
timerSon = 50
varOptions[0] = abs(varOptions[0] - 1)
if keys[pygame.K_p] and timerPause <= 0:
pause = 1
timerPause = 30
pygame.time.wait(100)
while pause == 1:
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
keys = pygame.key.get_pressed()
timerPause -= 1
if keys[pygame.K_p] and timerPause <= 0:
pause = 0
timerPause = 30
pygame.time.wait(10)
if keys[pygame.K_UP] and cHero.sprite.rect.bottom > 350:
cHero.sprite.rect = cHero.sprite.rect.move(0, -(cHero.vitesseDepl))
marche = 5
if keys[pygame.K_DOWN] and cHero.sprite.rect.bottom < 530:
cHero.sprite.rect = cHero.sprite.rect.move(0, cHero.vitesseDepl)
marche = 5
if keys[pygame.K_LEFT] and cHero.sprite.rect.left > 5:
cHero.sprite.rect = cHero.sprite.rect.move(-(cHero.vitesseDepl), 0)
marche = 5
if keys[pygame.K_RIGHT] and cHero.sprite.rect.right < 795:
cHero.sprite.rect = cHero.sprite.rect.move(cHero.vitesseDepl, 0)
marche = 5
if keys[pygame.K_SPACE] or varOptions[2] == 1:
if timerTir <= 0:
timerTir = tabVitesseTir[cHero.vitesseTir]
if cHero.puissance < 6:
tb = util.load_sprite("armes/rock.png")
elif cHero.puissance > 5 and cHero.puissance < 11:
tb = util.load_sprite("armes/dague.png")
elif cHero.puissance > 10 and cHero.puissance < 16:
tb = util.load_sprite("armes/lance.png")
elif cHero.puissance > 15 and cHero.puissance < 26:
tb = util.load_sprite("armes/dague_aura.png")
elif cHero.puissance > 25 and cHero.puissance < 36:
tb = util.load_sprite("armes/bombe.png")
elif cHero.puissance > 35 and cHero.puissance < 46:
tb = util.load_sprite("armes/feu.png")
else:
tb = util.load_sprite("armes/feu_blue.png")
tb.rect.left = (cHero.sprite.rect.right + cHero.sprite.rect.left) / 2
tb.rect.top = cHero.sprite.rect.top - 2
bullet_rects.append(tb)
if marche > 0:
if pas == 1:
cHero.sprite.image = heroPasGA
else:
cHero.sprite.image = heroPasDA
if timerPas <= 0:
pas = abs(pas - 1)
timerPas = 20
else:
cHero.sprite.image = heroDebA
else:
if marche > 0:
if pas == 1:
cHero.sprite.image = heroPasG
else:
cHero.sprite.image = heroPasD
if timerPas <= 0:
pas = abs(pas - 1)
timerPas = 20
else:
cHero.sprite.image = heroDeb
# Spawn des mobs ------------------------------------------------------------------------
if timerMobSpawn <= 0:
tm = classes.Enemy(classes.mobs[niveauActuel])
tm.sprite.rect.centery = 31 + (tm.sprite.rect.height / 2)
tm.sprite.rect.centerx = random.randint(50, 750)
mob_rects.append(tm)
timerMobSpawn = mobSpawnTime[niveauActuel]
# Gestion une fois mort + Affichage menu etc ---------------------------------------------
if cHero.vieCourante <= 0:
cHero = util.upgrades(screen, cHero)
if cHero.vieCourante <= 0:
jeu = 0
else:
timerMenu = 50
niveauActuel = 0
cBoss = classes.Enemy(classes.bosses[niveauActuel])
bg = util.load_sprite(levelBg[niveauActuel])
bg.rect = [0, 31]
mob_rects = []
EnemyBullets_rects = []
# Gestion si boss mort ---------------------------------------------------------------------
if cBoss.vieCourante <= 0:
niveauActuel += 1
# si le jeu est fini
if niveauActuel == 9:
jeu = 0
util.win(screen)
else:
cHero.gold += cBoss.argent
bg = util.load_sprite(levelBg[niveauActuel])
bg.rect = [0, 31]
cBoss = classes.Enemy(classes.bosses[niveauActuel])
mob_rects = []
EnemyBullets_rects = []
# Gestion des projectiles boss -------------------------------------------------------------
if timerBossAttack <= 0:
if niveauActuel == 0:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 230),
(cBoss.sprite.rect.top + 200),
(cBoss.sprite.rect.left + 80),
600,
1,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 250),
(cBoss.sprite.rect.top + 200),
(cBoss.sprite.rect.left + 400),
600,
1,
)
)
timerBossAttack = 200
if niveauActuel == 1:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 185),
(cBoss.sprite.rect.top + 190),
(cHero.sprite.rect.centerx),
600,
1,
)
)
timerBossAttack = 100
if niveauActuel == 2:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 105),
(cBoss.sprite.rect.top + 230),
(cBoss.sprite.rect.left + 145),
600,
2,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 180),
(cBoss.sprite.rect.top + 230),
(cBoss.sprite.rect.left + 220),
600,
2,
)
)
timerBossAttack = 100
if niveauActuel == 3:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 70),
(cBoss.sprite.rect.top + 80),
(cBoss.sprite.rect.left + 70),
600,
2,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 120),
(cBoss.sprite.rect.top + 80),
(cBoss.sprite.rect.left + 120),
600,
2,
)
)
timerBossAttack = 40
if niveauActuel == 4:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 60),
(cBoss.sprite.rect.top + 145),
(cBoss.sprite.rect.left + 60),
600,
3,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 90),
(cBoss.sprite.rect.top + 145),
(cBoss.sprite.rect.left + 90),
600,
3,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 120),
(cBoss.sprite.rect.top + 145),
(cBoss.sprite.rect.left + 120),
600,
3,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 150),
(cBoss.sprite.rect.top + 145),
(cBoss.sprite.rect.left + 150),
600,
3,
)
)
timerBossAttack = 200
if niveauActuel == 5:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 50),
(cBoss.sprite.rect.top + 80),
(cBoss.sprite.rect.left + 50),
600,
4,
)
)
timerBossAttack = 50
if niveauActuel == 6: # 84 122 26 122
lo = random.randint(0, 1)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 26 + 58 * lo),
(cBoss.sprite.rect.top + 122),
(cBoss.sprite.rect.left + 26 + 58 * lo),
600,
1,
)
)
timerBossAttack = 40
if timerSp <= 0:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[7],
(cBoss.sprite.rect.left + 53),
(cBoss.sprite.rect.top + 44),
(cBoss.sprite.rect.left + 53),
600,
5,
)
)
timerSp = 300
if niveauActuel == 7:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 190),
(cBoss.sprite.rect.top + 120),
(cHero.sprite.rect.centerx),
(cHero.sprite.rect.centery),
2,
)
)
timerBossAttack = 80
if niveauActuel == 8:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 135),
(cBoss.sprite.rect.top + 120),
(cHero.sprite.rect.centerx),
(cHero.sprite.rect.centery),
2,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 190),
(cBoss.sprite.rect.top + 120),
(cHero.sprite.rect.centerx),
(cHero.sprite.rect.centery),
2,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 250),
(cBoss.sprite.rect.top + 120),
(cHero.sprite.rect.centerx),
(cHero.sprite.rect.centery),
2,
)
)
timerBossAttack = 80
# Gestion des mouvements boss ----------------------------------------------------------
if timerMoveBoss <= 0:
if niveauActuel == 0:
if cBoss.sprite.rect.centerx < cHero.sprite.rect.centerx:
cBoss.sprite.rect = cBoss.sprite.rect.move(cBoss.vitesse, 0)
elif cBoss.sprite.rect.centerx > cHero.sprite.rect.centerx:
cBoss.sprite.rect = cBoss.sprite.rect.move(-cBoss.vitesse, 0)
else:
# Attaque speciale
if timerSp <= 0:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 230),
(cBoss.sprite.rect.top + 200),
(cBoss.sprite.rect.left + 230),
600,
1.5,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 250),
(cBoss.sprite.rect.top + 200),
(cBoss.sprite.rect.left + 250),
600,
1.5,
)
)
timerSp = 15
timerMoveBoss = 5
if niveauActuel == 1 or niveauActuel == 2:
if cBoss.sprite.rect.centerx < cHero.sprite.rect.centerx:
cBoss.sprite.rect = cBoss.sprite.rect.move(cBoss.vitesse, 0)
elif cBoss.sprite.rect.centerx > cHero.sprite.rect.centerx:
cBoss.sprite.rect = cBoss.sprite.rect.move(-cBoss.vitesse, 0)
timerMoveBoss = 3
if niveauActuel == 3:
if (cBoss.sprite.rect.centerx < cHero.sprite.rect.centerx) and cBoss.sprite.rect.left > 0:
cBoss.sprite.rect = cBoss.sprite.rect.move(-cBoss.vitesse, 0)
elif (cBoss.sprite.rect.centerx > cHero.sprite.rect.centerx) and cBoss.sprite.rect.right < 800:
cBoss.sprite.rect = cBoss.sprite.rect.move(cBoss.vitesse, 0)
else:
if timerSp <= 0:
cBoss.sprite.rect.top = 34
cBoss.sprite.rect.centerx = 400
timerSp = 1000
if niveauActuel == 4:
if timerSp <= 0:
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 60),
(cBoss.sprite.rect.top + 145),
(cBoss.sprite.rect.left - 200),
600,
2,
)
)
EnemyBullets_rects.append(
classes.Projectile(
projectiles[niveauActuel],
(cBoss.sprite.rect.left + 150),
(cBoss.sprite.rect.top + 145),
(cBoss.sprite.rect.left + 410),
600,
2,
)
)
timerSp = 500
if niveauActuel == 5:
if timerSp <= 0:
for i in range(1, 25):
EnemyBullets_rects.append(
classes.Projectile(projectiles[niveauActuel], 10 + i * 30, 35, 10 + i * 30, 600, 1)
)
timerSp = 400
if niveauActuel == 6:
if cBoss.sprite.rect.centerx < cHero.sprite.rect.centerx:
cBoss.sprite.rect = cBoss.sprite.rect.move(cBoss.vitesse, 0)
elif cBoss.sprite.rect.centerx > cHero.sprite.rect.centerx:
cBoss.sprite.rect = cBoss.sprite.rect.move(-cBoss.vitesse, 0)
timerMoveBoss = 2
if niveauActuel == 7 or niveauActuel == 8:
if sensDir == 1:
cBoss.sprite.rect = cBoss.sprite.rect.move(cBoss.vitesse, 0)
if cBoss.sprite.rect.right > 800:
sensDir = 0
else:
cBoss.sprite.rect = cBoss.sprite.rect.move(-cBoss.vitesse, 0)
if cBoss.sprite.rect.left < 0:
sensDir = 1
timerMoveBoss = 5
# Blit du background + zone de combat ---------------------------------------------------
screen.blit(background.image, background.rect)
screen.blit(bg.image, bg.rect)
# Blit des projectiles boss -----------------------------------------------------------------
ebullet_vdb = 0
auto = 0
for i in EnemyBullets_rects:
if i.sprite.rect.bottom > 536 or i.sprite.rect.left > 800 or i.sprite.rect.right < 0:
EnemyBullets_rects.pop(ebullet_vdb)
elif pygame.sprite.collide_mask(cHero.sprite, i.sprite):
cHero.vieCourante -= cBoss.puissance
EnemyBullets_rects.pop(ebullet_vdb)
else:
bullet_vdb = 0
for u in bullet_rects:
if pygame.sprite.collide_mask(u, i.sprite):
bullet_rects.pop(bullet_vdb)
EnemyBullets_rects.pop(ebullet_vdb)
bullet_vdb += 1
if i.x2 == 0 and i.y2 == 0: # Si tir autoguide
i.x2 = cHero.sprite.rect.centerx
i.y2 = cHero.sprite.rect.centery
auto = 1
# i.sprite.rect.centerx et i.sprite.rect.centery = coordonnees point de depart
# i.x2 et i.y2 = coordonnes point d arrivee
# si les x sont 2* plus grands que les y
if (abs(i.x2 - i.sprite.rect.centerx)) > 2 * (abs(i.y2 - i.sprite.rect.centery)):
if i.x2 - i.sprite.rect.centerx > 0:
i.sprite.rect = i.sprite.rect.move(i.vitesse * 2, 0)
else:
i.sprite.rect = i.sprite.rect.move(-i.vitesse * 2, 0)
# si les y sont 2* plus grands que les x
elif (abs(i.y2 - i.sprite.rect.centery)) > 2 * (abs(i.x2 - i.sprite.rect.centerx)):
if i.y2 - i.sprite.rect.centery > 0:
i.sprite.rect = i.sprite.rect.move(0, i.vitesse * 2)
else:
i.sprite.rect = i.sprite.rect.move(0, -i.vitesse * 2)
# sinon, bouge normalement
else:
if i.y2 - i.sprite.rect.centery > 0:
i.sprite.rect = i.sprite.rect.move(0, i.vitesse)
else:
i.sprite.rect = i.sprite.rect.move(0, -i.vitesse)
if i.x2 - i.sprite.rect.centerx > 0:
i.sprite.rect = i.sprite.rect.move(i.vitesse, 0)
else:
i.sprite.rect = i.sprite.rect.move(-i.vitesse, 0)
if auto == 1:
i.x2 = 0
i.y2 = 0
auto = 0
screen.blit(i.sprite.image, i.sprite.rect)
ebullet_vdb += 1
# Blit des projectiles joueur ----------------------------------------------------------------
bullet_vdb = 0
for i in bullet_rects:
if i.rect.top < 35:
bullet_rects.pop(bullet_vdb)
elif pygame.sprite.collide_mask(cBoss.sprite, i):
cBoss.vieCourante -= cHero.puissance
try:
bullet_rects.pop(bullet_vdb)
except IndexError:
print("nope")
else:
i.rect.top = i.rect.top - 10
screen.blit(i.image, i.rect)
bullet_vdb += 1
# Affichage mobs --------------------------------------------------------------------------
mobs_vdb = 0
for k in mob_rects:
if pygame.sprite.collide_mask(k.sprite, cHero.sprite):
mob_rects.pop(mobs_vdb)
cHero.vieCourante -= k.puissance
elif k.sprite.rect.bottom > 536:
mob_rects.pop(mobs_vdb)
else:
bullet_vdb = 0
for u in bullet_rects:
if pygame.sprite.collide_mask(k.sprite, u):
bullet_rects.pop(bullet_vdb)
k.vieCourante -= cHero.puissance
if k.vieCourante <= 0:
mob_rects.pop(mobs_vdb)
cHero.gold += k.argent
bullet_vdb += 1
mobs_vdb += 1
for k in mob_rects:
k.sprite.rect = k.sprite.rect.move(0, k.vitesse)
screen.blit(k.sprite.image, k.sprite.rect)
# -------------------------------------------------------------------------------------------
screen.blit(cHero.sprite.image, cHero.sprite.rect)
screen.blit(cBoss.sprite.image, cBoss.sprite.rect)
# Blit de la barre de vie du heros ----------------------------------------------------------
for i in range(1, ((cHero.vieCourante * 50) / cHero.viePleine) + 1):
vie.rect.centery = 579
vie.rect.left = 296 + i * 4
screen.blit(vie.image, vie.rect)
# Blit de la barre de vie du boss -----------------------------------------------------------
for i in range(1, ((cBoss.vieCourante * 125) / cBoss.viePleine) + 1):
vie.rect.centery = 15
vie.rect.left = 284 + i * 4
screen.blit(vie.image, vie.rect)
# -------------------------------------------------------------------------------------------
screen.blit(label, (565, 551))
pygame.display.flip()
screen.blit
pygame.time.wait(10)
def __init__(self, position, velocity):
super().__init__(position, rotozoom(load_sprite("pizza"), 0, 0.5),
velocity)
import sys
import pygame
import os
import game,util
pygame.init()
os.environ['SDL_VIDEO_CENTERED'] = '1'
size = width, height = 800, 600
screen = pygame.display.set_mode(size)
background = util.load_sprite("menu.png")
menuPos = [98,199,300,401,502]
select = util.load_sprite("select.png")
select.rect.right = 520
select.rect.centery = menuPos[0]
pygame.mixer.music.load("menutheme.mp3")
pygame.mixer.music.play(1000)
choix = 0
timer = 0
timerMenu = 0
varOptions = [1,0,0]
# 0:(optSon) 0 = Mute / 1 = Play
# 1:(optGD) 0 = Droitier / 1 = Gaucher
# 2:(optTir) 0 = Manuel / 1 = Automatique