class FinJeu:
def __init__(self, couleur, y_fin):
self.__texte = Images().charger_image(
f'res/img/interfaces/fin/victoire-{couleur}.png').convert_alpha()
self.__rect_texte = self.__texte.get_rect()
self.__rect_texte.x = LARGEUR / 2 - self.__rect_texte.width / 2
self.__rect_texte.y = -self.__rect_texte.height * 2
self.__vitesse = 500
self.__y_fin = y_fin
self.debut = False
self.fin = False
Affichage().enregistrer(self, 4)
Maj().enregistrer(self)
def affichage(self, ecran):
ecran.blit(self.__texte, self.__rect_texte)
def maj(self, delta):
if self.debut:
if self.__rect_texte.y + self.__rect_texte.height < self.__y_fin:
self.__vitesse += 800 * delta
self.__rect_texte = self.__rect_texte.move(
0, delta * self.__vitesse)
else:
self.fin = True
Maj().supprimer(self)
class Dino:
def __init__(self, couleur, position, deplacement):
self.__sprite = Images().charger_image(f'{CHEMIN_SPRITE}dino-{couleur}.png')
self.__rect = self.__sprite.get_rect()
self.__rect.x, self.__rect.y = position
self.vitesse = 300
self.deplacement = deplacement
self.anim = Animation(18, 0, TAILLE_PERSO[0], TAILLE_PERSO[1], 6, 0.2)
Maj().enregistrer(self)
Affichage().enregistrer(self, 3)
def maj(self, delta):
self.anim.ajouter_temps(delta)
self.__rect = self.__rect.move(self.vitesse * self.deplacement[0] * delta,
self.vitesse * self.deplacement[1] * delta)
def affichage(self, ecran):
sous_sprite, sous_sprite_rect = self.anim.recuperer_sous_sprite(self.__sprite, self.__rect.x, self.__rect.y)
ecran.blit(pygame.transform.flip(sous_sprite, self.deplacement[0] < 0, False), sous_sprite_rect)
def get_pos(self):
return self.__rect.x, self.__rect.y
def fin(self):
Affichage().supprimer(self)
Maj().supprimer(self)
class __Coeur:
def __init__(self, i, coord=(0, 0), selectionne=False):
self.surface = Images().charger_image(
'res/img/hud/coeur-rouge.bmp').convert_alpha()
self.surface_transparent = self.surface.copy()
self.surface_transparent.fill((255, 255, 255, 70), None,
pygame.BLEND_RGBA_MULT)
self.selectionne = selectionne
self.coord = coord
self.index = i + 1
def collision(self, point):
rect = self.surface.get_rect()
rect.x, rect.y = self.coord
return rect.collidepoint(point)
class HudFlecheDirection:
def __init__(self):
self.__fleche = Images().charger_image('res/img/fleche.png')
self.__visible = True
self.__temps = 0
self.__delai = 0.5
Affichage().enregistrer(self, 5)
Maj().enregistrer(self)
def maj(self, delta):
self.__temps += delta
if self.__temps >= self.__delai:
self.__temps -= self.__delai
self.__visible = not self.__visible
def affichage(self, ecran):
if self.__visible:
ecran.blit(self.__fleche,
(10, HAUTEUR / 2 - self.__fleche.get_rect().height / 2))
def fin(self):
Affichage().supprimer(self)
Maj().supprimer(self)
class Joueur:
NB_SAUT_MAX = 1
RECTANGLE_COLLISION = pygame.Rect(16, 16, 62, 70)
RECTANGLE_COLLISION_ACCROUPI = pygame.Rect(24, 25, 54, 61)
TEMPS_SUBIT_TORNADE = 2 # En seconde
__count = 0
def __init__(self, touches, couleur, nb_coeurs):
# Private
Joueur.__count += 1
self.__attente_releve = False
self.__vies = nb_coeurs
self.__sprite = Images().charger_image(
f'{CHEMIN_SPRITE}dino-{couleur}.png')
self.__hud = HudVie(self.__vies, couleur)
self.__rect = self.__sprite.get_rect()
self.__rect.y = HAUTEUR - TAILLE_PERSO[1]
self.__vitesse = 300
self.__deplacement = [0, 0]
self.__boost = 0
self.__velocite_saut, self.vitesse_chute = 2, 4
self.__nb_saut_restant = 1
self._subit_tornade = -1
self.__accroupi = False
self.__anim_attente = Animation(0, 0, TAILLE_PERSO[0], TAILLE_PERSO[1],
4, 0.2)
self.__anim_deplacement = Animation(4, 0, TAILLE_PERSO[0],
TAILLE_PERSO[1], 6, 0.13)
self.__anim_attaque = Animation(10, 0, TAILLE_PERSO[0],
TAILLE_PERSO[1], 3, 0.2)
self.__anim_degat = Animation(13, 0, TAILLE_PERSO[0], TAILLE_PERSO[1],
4, 0.2, False, 0.5)
self.__anim_accroupi = Animation(18, 0, TAILLE_PERSO[0],
TAILLE_PERSO[1], 6, 0.2)
self.__anim_active = self.__anim_attente
# Protected
self._touches = touches
self._couleur = couleur
evenement = Evenement()
evenement.enregistrer(pygame.KEYDOWN, self)
evenement.enregistrer(pygame.KEYUP, self)
Affichage().enregistrer(self, 1)
Maj().enregistrer(self)
def evenement(self, evenement):
if self.__vies <= 0:
return
if evenement.type == pygame.KEYDOWN:
if evenement.key == self._touches.get('aller_gauche'):
self.__deplacement[0] -= 1
elif evenement.key == self._touches.get('aller_droite'):
self.__deplacement[0] += 1
elif evenement.key == self._touches.get(
'sauter') and self.__nb_saut_restant > 0:
self.__deplacement[1] -= self.__velocite_saut
self.__nb_saut_restant -= 1
Sons().jouer_son('saut')
elif evenement.key == self._touches.get('accroupir'):
self.accroupir()
else: # KEYUP
if evenement.key == self._touches.get('aller_gauche'):
self.__deplacement[0] += 1
elif evenement.key == self._touches.get('aller_droite'):
self.__deplacement[0] -= 1
elif evenement.key == self._touches.get('accroupir'):
self.relever()
if self._subit_tornade <= 0:
self.__maj_animation()
def __maj_animation(self):
if not self.__accroupi:
if self.__deplacement[0] != 0:
self.__anim_active = self.__anim_deplacement
else:
self.__anim_active = self.__anim_attente
def __reset_boost(self):
self.__deplacement[0] -= self.__boost
self.__boost = 0
def __correction_direction(self):
precision = 10
self.__deplacement[0] = round(
self.__deplacement[0] * 10**precision) / 10**precision
self.__deplacement[1] = round(
self.__deplacement[1] * 10**precision) / 10**precision
def __gestion_releve(self):
self.__accroupi = False
if Jeu.Jeu().collisions(self, 0):
self.__accroupi = True
else:
self.__anim_active = self.__anim_attente
self.__vitesse += 100
self.__attente_releve = False
def maj(self, delta):
jeu = Jeu.Jeu()
if self.__vies <= 0:
return
elif Joueur.__count == 1:
jeu.fin(self._couleur)
return
if self.__attente_releve:
self.__gestion_releve()
if self._subit_tornade <= 0:
if self.__deplacement[0] or not self.__accroupi:
self.__anim_active.ajouter_temps(delta)
else:
self.__anim_active.reinitialiser(1)
self.__correction_direction()
ancien_boost = self.__boost
# Mouvement X
self.__rect = self.__rect.move(
self.__vitesse * self.__deplacement[0] * delta, 0)
self.__collisions((self.__deplacement[0], 0),
jeu.collisions(self, delta))
if self.__boost == ancien_boost:
self.__reset_boost()
else:
# gere temps de stun
self._subit_tornade -= delta
self.__anim_active.ajouter_temps(delta)
if self.__anim_active.est_finie():
self.__anim_active.reinitialiser()
if self.__accroupi:
self.__anim_active = self.__anim_accroupi
else:
self.__anim_active = self.__anim_attente
# Mouvement Y
self.__rect = self.__rect.move(
0, self.__vitesse * self.__deplacement[1] * delta)
self.__collisions((0, self.__deplacement[1]),
jeu.collisions(self, delta))
self.__deplacement[1] += self.vitesse_chute * delta
self.__maj_camera(delta)
def __collisions(self, deplacement, collisions):
if collisions:
rect = self.get_rect_collision()
if deplacement[0] > 0:
rect.right = collisions.left
self.__reset_boost()
elif deplacement[0] < 0:
rect.left = collisions.right
self.__reset_boost()
if deplacement[1] < 0:
rect.top = collisions.bottom
self.__deplacement[1] = 0
elif deplacement[1] > 0:
rect.bottom = collisions.top
self.__deplacement[1] = 0
self.ajout_saut(1)
self.set_rect_collision(rect)
def __maj_camera(self, delta):
rect = self.get_rect()
droite = rect.x + self.RECTANGLE_COLLISION.right
haut = rect.y + self.RECTANGLE_COLLISION.top
if Ecran.get_droite() - droite < DISTANCE_DEPLACEMENT:
Ecran.deplacement(droite - Ecran.largeur + DISTANCE_DEPLACEMENT,
Ecran.y)
Parallax().deplacement_joueur(self.__deplacement[0], delta)
if Ecran.x > droite or Ecran.y + Ecran.hauteur < haut:
self.__retirer_vie()
def __retirer_vie(self):
self.__vies -= 1
self.__hud.retirer_pv()
if Jeu.Jeu.konami_actif():
Sons().jouer_son('k-mort')
else:
Sons().jouer_son('mort')
if self.__vies > 0:
self.__revivre()
else:
Joueur.__count -= 1
def __revivre(self):
self.__rect.x = Ecran.x + Ecran.largeur / 2
self.__rect.y = Ecran.y + Ecran.hauteur / 2
def affichage(self, ecran):
if self.__vies <= 0:
return
sous_sprite, sous_sprite_rect = self.__anim_active.recuperer_sous_sprite(
self.__sprite, self.__rect.x, self.__rect.y)
miroir = (self._subit_tornade < 0 and self.__deplacement[0] < 0) or \
(self._subit_tornade > 0 and self._subit_tornade % 0.2 > 0.1)
ecran.blit(pygame.transform.flip(sous_sprite, miroir, False),
sous_sprite_rect)
def get_couleur(self):
return self._couleur
def get_vitesse(self):
return self.__vitesse
def get_sprite(self):
return self.__sprite
def get_rect(self):
return self.__rect
def get_rect_collision(self):
if self.__accroupi:
rect_collision = self.RECTANGLE_COLLISION_ACCROUPI
else:
rect_collision = self.RECTANGLE_COLLISION
rect = self.__rect.copy()
rect.x += rect_collision.x
rect.y += rect_collision.y
rect.width = rect_collision.width
rect.height = rect_collision.height
return rect
def set_rect_collision(self, rect):
if self.__accroupi:
rect_collision = self.RECTANGLE_COLLISION_ACCROUPI
else:
rect_collision = self.RECTANGLE_COLLISION
self.__rect.x = rect.x - rect_collision.x
self.__rect.y = rect.y - rect_collision.y
def get_deplacement(self):
return self.__deplacement
def get_nb_saut_restant(self):
return self.__nb_saut_restant
def get_nb_saut_max(self):
return self.NB_SAUT_MAX
def set_vitesse(self, vitesse):
self.__vitesse = vitesse
def set_deplacement(self, deplacement):
self.__deplacement = deplacement
def ajouter_boost(self, x, y):
self.__boost += x
self.__deplacement[0] += x
self.__deplacement[1] += y
def set_sprite(self, nom_fichier):
self.__sprite = Images().charger_image(CHEMIN_SPRITE + nom_fichier)
def set_rect(self, rect):
self.__rect = rect
def set_velocite_saut(self, velocite_saut):
self.__velocite_saut = velocite_saut
def set_vitesse_chute(self, vitesse_chute):
self.vitesse_chute = vitesse_chute
def ajout_saut(self, nb=1):
self.__nb_saut_restant = min(
[nb + self.__nb_saut_restant, self.NB_SAUT_MAX])
def fin(self):
self.__hud.fin()
Joueur.__count = 0
Evenement().supprimer(self)
Affichage().supprimer(self)
Maj().supprimer(self)
def subit_tornade(self):
self._subit_tornade = self.TEMPS_SUBIT_TORNADE
self.__anim_active = self.__anim_degat
self.__deplacement[1] = -1
def reprendre(self):
key_pressed = pygame.key.get_pressed()
if key_pressed[self._touches.get('aller_droite')]:
self.__deplacement[0] = 1
elif key_pressed[self._touches.get('aller_gauche')]:
self.__deplacement[0] = -1
else:
self.__deplacement[0] = 0
self.__deplacement[0] += self.__boost
self.__maj_animation()
def accroupir(self):
if not self.__accroupi:
self.__accroupi = True
self.__anim_active = self.__anim_accroupi
self.__vitesse -= 100
def relever(self):
self.__attente_releve = True
class Tornade:
TAILLE_IMAGE = [64, 64]
CHEMIN_SPRITE = 'res/img/competences/'
RECTANGLE_COLLISION = pygame.Rect(9, 0, 45, 60)
def __init__(self, positions, deplacement, couleur_joueur, vitesse=400, duree=3):
self.__couleur_joueur = couleur_joueur
self.__sprite = Images().charger_image(self.CHEMIN_SPRITE + 'Tornade.png')
self.__rect = self.__sprite.get_rect()
self.__rect.x, self.__rect.y = positions
self.__deplacement = deplacement
self.__vitesse = vitesse
self.__animation = Animation(0, 0, Tornade.TAILLE_IMAGE[0], Tornade.TAILLE_IMAGE[1], 4, duree / 12)
self.__temps_restant = duree
Sons().jouer_son('Tornade', 'wav', math.ceil(duree/3) - 1, duree) # Avec 3 la duree du sons
Affichage().enregistrer(self, 1)
Maj().enregistrer(self)
def maj(self, delta):
self.gerer_collisions()
if self.__temps_restant > 0:
self.__animation.ajouter_temps(delta)
self.__rect = self.__rect.move(self.__vitesse * self.__deplacement[0] * delta,
self.__vitesse * self.__deplacement[1] * delta)
self.__temps_restant -= delta
else:
Maj().supprimer(self)
def affichage(self, ecran):
if self.__temps_restant > 0:
sous_sprite = self.__sprite.subsurface(self.__animation.recuperer_image())
sous_sprite_rect = sous_sprite.get_rect()
sous_sprite_rect.x, sous_sprite_rect.y = self.__rect.x, self.__rect.y
ecran.blit(pygame.transform.flip(sous_sprite, self.__deplacement[0] < 0, False), sous_sprite_rect)
else:
Affichage().supprimer(self)
def set_deplacement(self, deplacement):
self.__deplacement = deplacement
def get_rect(self):
return self.__rect
def get_couleur_joueur(self):
return self.__couleur_joueur
def get_rect_collision(self):
rect = self.__rect.copy()
rect.x += self.RECTANGLE_COLLISION.x
rect.y += self.RECTANGLE_COLLISION.y
rect.width = self.RECTANGLE_COLLISION.width
rect.height = self.RECTANGLE_COLLISION.height
return rect
def gerer_collisions(self):
joueurs = Jeu.Jeu().get_joueurs()
if joueurs:
for joueur in joueurs:
if joueur.get_rect_collision().colliderect(self.get_rect_collision()) and self.get_couleur_joueur() != joueur.get_couleur():
joueur.subit_tornade()
