def init_backgrounds(self,biome):
coefs = []
temp = []
for x in range(3,-1,-1):
bg_name = f'B{biome}_{x}'
temp.append(go.Background(bg_name, self.app.images[bg_name],1/(x+1)))
return temp
def spawnObstacle(self, with_coin, mode = "classic"):
if mode == "classic":
_type = random.choice(["spike", "arch", "pit"])
elif mode == "ia":
_type = "spike" if self.lastObstacle == "pit" else "pit"
else:
_type = random.choice(["spike", "pit"])
self.lastObstacle = _type
variant = random.randint(0,1)
obstacle = _type + str(variant)
self.obstacles.append(go.Obstacle(_type, obstacle, self.app.images[obstacle]))
if with_coin:
self.spawnCoins(_type)
def spawnCoins(self, key_word=''):
x = 1100 #bord de l'ecran (par defaut)
y = 170 #heuteur de spawn (par defaut)
if key_word == '':
key_word, schema = random.choice(list(self.schemas.items()))
else:
schema = self.schemas[key_word]
for ligne in schema:
for caractere in ligne:
if caractere == "0":
self.coins.append(go.Coin('coin', self.app.images['coin'], x, y))
x += 80
x = 1100
y += 60
def cycleBase(self):
if not self.paused:
if self.players.vsIA:
self.refreshInputs()
#Update et affichage des backgrounds
for bg in self.backgrounds:
bg.update(self.speed)
self.screen.blit(self.app.images[bg.image], bg.rects[0])
self.screen.blit(self.app.images[bg.image], bg.rects[1])
#Affichage de l'UI
self.displayUI()
#Update et affichage des obstacles
to_delete = []
for obstacle in self.obstacles:
obstacle.update(self.screen, self.speed, False)
self.screen.blit(self.app.images[obstacle.image], obstacle.rect)
if obstacle.rect.right <=0:
to_delete.append(obstacle)
for el in self.players.elements:
if obstacle.hitbox.colliderect(el.hitbox):
if obstacle.ob_type == 'pit':
el.in_hole = True
el.vel += 3
else:
self.players.kill(el)
for ob in to_delete:
self.obstacles.remove(ob)
#Update et affichage des pieces
to_delete = []
for coin in self.coins:
coin.update(self.speed)
self.screen.blit(self.app.images[coin.image], coin.rect)
if coin.rect.right <=0:
to_delete.append(coin)
elif self.players.elements:
if coin.rect.colliderect(self.players.elements[0].hitbox):
to_delete.append(coin)
self.coin_count += 1
self.score += 1
#print('line 235 in #update et affichage des pièces, ajout de score')
for ob in to_delete:
self.coins.remove(ob)
#Spawn des obstacles et des pièces
self.counter += 1
if self.counter% (1200//(-self.speed)) == 0:
self.counter = 1
temp = random.randint(0,5)
if temp > 0:
arg = "vsIA" if self.players.vsIA else "classic"
self.spawnObstacle(True if temp > 3 else False, arg)
else:
self.spawnCoins()
#Update et affichage du/des joueur(s)
self.players.updateElements(self.screen, False)
self.players.drawElements(self.screen, self.app)
#Verification rover en dehors de l'écran
for el in self.players.elements:
if el.rect.bottom > 730:
self.players.kill(el)
#dessine les particules
if len(self.particules) < 20:
self.particules.append(go.Particule(self.players.elements[0].hitbox.bottomleft,
**self.dico_particules))
need2del = []
for part in self.particules:
if self.players.elements:
part.update(self.players.elements[0].hitbox.bottomleft, self.dico_particules)
self.screen.blit(self.app.images['particule1'], part.rect)
#Augmentation de la vitesse
if self.counter%40 == 0 and self.speed > -23:
self.speed -= 1
#Augmentation du score
self.score += 1