import pyxel def en_contact(hitbox1, hitbox2): return ( (hitbox1.x + hitbox1.w) >= hitbox2.x and hitbox1.x <= (hitbox2.x + hitbox2.w) and (hitbox1.y + hitbox1.h) >= hitbox2.y and hitbox1.y <= (hitbox2.y + hitbox2.h) ) def gravite(entite): if entite.saute == False and entite.au_sol == False and entite.en_dash == False: if entite.chute < 2: entite.y = entite.y + (entite.chute**2)*0.8 entite.chute += 0.4 else: entite.y = entite.y + 2.9 else: entite.chute = 0.0 def mouv_1er_plan1(entite, perso): if perso.vivant: entite.x -= perso.x - perso.x_precedent def mouv_1er_plan(entite, perso): if not perso.immobile: if pyxel.btn(pyxel.KEY_D): entite.x -= 1 if pyxel.btn(pyxel.KEY_Q): entite.x += 1 def mouv_2eme_plan2(entite, perso): if perso.vivant: entite.x -= (perso.x - perso.x_precedent)*0.4 def mouv_2eme_plan(entite, perso): if pyxel.btn(pyxel.KEY_D): entite.x -= 0.4 if pyxel.btn(pyxel.KEY_Q): entite.x += 0.4 #********************************************************************************* class Elem_dangereux: def __init__(self, x,y,w,h, type_elem = 0): self.x = x self.y = y self.w = w self.h = 8 self.hitbox = Hitbox(self) self.type = type_elem #0 = piques self.delay_degats = 0 def degats_perso(self, perso): if self.delay_degats == 0: if en_contact(self.hitbox, perso.hitbox): perso.pv -= 1 delay_degats = 30 else: self.delay_degats -= 1 def update(self, perso): mouv_1er_plan(self, perso) self.hitbox.update(self) self.degats_perso(perso) def draw(self): pyxel.blt(self.x, self.y, 0, 144, 48, self.w, self.h,5) #********************************************************************************* class Hitbox: def __init__(self, entite): self.x = entite.x self.y = entite.y self.w = entite.w self.h = entite.h def update(self,entite, x = 0, y = 0, w = 0, h = 0): self.x = entite.x + x self.y = entite.y + y self.w = entite.w + w self.h = entite.h + h def draw(self): pass pyxel.blt(self.x, self.y, 0, 16, 224, self.w, self.h) #********************************************************************************* class Solide: def __init__(self, x,y,w,h): self.x = x self.y = y self.w = w self.h = h self.hitbox = Hitbox(self) def update(self, perso): mouv_1er_plan(self, perso) self.hitbox.update(self) def draw(self): pyxel.bltm(self.x, self.y, 0, 64*8, 112*8, self.w, self.h) #********************************************************************************* class Personnage: def __init__(self, x, y): self.x = x self.y = y self.w = 16 self.h = 16 self.x_precedent = 0 self.y_precedent = 0 self.vivant = True self.pv = 1 self.hitbox = Hitbox(self) self.vitesse = 2 self.vitesse_normale = 2 self.vitesse_dash = 4 self.en_dash = False self.nb_frame_dash = 20 self.temps_dash = 0 self.en_mouv = False self.sens = 1 self.saute = False self.nb_frame_saut = 20 self.temps_saute = 0 self.au_sol = False self.chute = 0.0 self.ascension = 1.6 self.immobile = False self.mun_dash_max = 5 self.mun_dash = self.mun_dash_max self.solides = [Solide(50,100,50,50)] def maj_coord_precedents(self): self.x_precedent = self.x self.y_precedent = self.y def test_collision(self): for solide in self.solides: if en_contact(self.hitbox, solide.hitbox): self.x = self.x_precedent self.y = self.y_precedent self.hitbox.update(self, 1, 1, -2, -2) def test_au_sol(self): self.y += 1 self.hitbox.update(self, 3, 1, -6, -2) for solide in self.solides: if en_contact(self.hitbox, solide.hitbox): self.y -= 1 self.hitbox.update(self, 1, 1, -2, -2) return True self.y -= 1 self.hitbox.update(self, 1, 1, -2, -2) return False def test_saute(self): if self.saute: if self.temps_saute != 0: self.y = self.y - (self.ascension**2) self.temps_saute -= 1 self.ascension -= 0.06 self.au_sol = False else: self.temps_saute = self.nb_frame_saut self.saute = False self.ascension = 1.6 #def update_solides(self): #for solide in self.solides: #solide.update(self) def draw_solides(self): for solide in self.solides: solide.draw() def test_en_dash(self): if self.temps_dash > 0: return True return False #def test_au_sol(self): #for solide in self.solides: #if en_contact(solide.hitbox, self.hitbox) def mouvement(self): #mouvements libre if pyxel.btn(pyxel.KEY_S): self.y = min(self.y + self.vitesse, 256-self.h) self.en_mouv = True #print("s") if pyxel.btn(pyxel.KEY_Z) and self.en_dash: self.y = max(self.y - (self.vitesse/2), 0) self.en_mouv = True #print("z") if pyxel.btn(pyxel.KEY_D): self.x = min(self.x + self.vitesse, 256-self.w) self.en_mouv = True self.sens = 1 #print("d") if pyxel.btn(pyxel.KEY_Q): self.x = self.x - self.vitesse self.en_mouv = True self.sens = -1 #print("q") #dashs if pyxel.btnp(pyxel.KEY_SPACE): if self.au_sol: self.saute = True self.temps_saute = self.nb_frame_saut elif self.mun_dash > 0: self.vitesse = self.vitesse_dash self.temps_dash = self.nb_frame_dash self.en_dash = True self.mun_dash -= 1 if self.temps_dash > 0: self.temps_dash -= 1 else: self.en_dash = False self.vitesse = self.vitesse_normale def test_vivant(self): if self.pv < 0: self.vivant = False def test_immobile(self): if self.x == self.x_precedent: self.immobile = True else: self.immobile = False def test_hors_map(self): if self.x < -16 or self.y > 257: self.vivant = False def recharge_dash(self): if self.au_sol: self.mun_dash = self.mun_dash_max def immo_en_dash(self): if self.en_dash and self.immobile: self.sens = 1 self.y -= self.vitesse def update(self): self.en_mouv = not self.test_immobile self.maj_coord_precedents() self.en_dash = self.test_en_dash() if self.vivant: self.mouvement() self.test_saute() gravite(self) self.au_sol = self.test_au_sol() self.recharge_dash() self.immo_en_dash() self.hitbox.update(self, 1, 1, -2, -2) #self.update_solides() self.test_collision() self.test_vivant() self.test_immobile() self.test_hors_map() def draw(self): if self.en_dash == False and self.en_mouv: if pyxel.frame_count % 14 < 7: pyxel.blt(self.x, self.y, 0, 80, 8, self.w * self.sens, self.h,8) else: pyxel.blt(self.x, self.y, 0, 96, 8, self.w * self.sens, self.h,8) elif self.en_dash: pyxel.blt(self.x, self.y, 0, 112, 8, self.w * self.sens, self.h,8) if pyxel.frame_count % 10 < 5: pyxel.blt(self.x, self.y, 0, 128, 8, self.w * self.sens, self.h,8) else: pyxel.blt(self.x-3, self.y, 0, 144, 8, self.w * self.sens, self.h,8) else: pyxel.blt(self.x, self.y, 0, 80, 8, self.w * self.sens, self.h,8) self.draw_solides() #self.hitbox.draw() #********************************************************************************* class Background: def __init__(self, x,y): self.x = x self.y = y self.w = 128 def recentre_x(self): self.x = self.x % self.w def update(self, perso): mouv_1er_plan(self, perso) self.recentre_x() def draw(self): k = 0 while 128 - (k*128) > -200: pyxel.bltm(self.x - (k*128), self.y, 0, 0, 200*8, 128, 256) k += 1 k = 1 while 128 + (k*128) < 500: pyxel.bltm(self.x + (k*128), self.y, 0, 0, 200*8, 128, 256) k += 1 #********************************************************************************* class Ath: def __init__(self, perso): self.vivant = perso.vivant self.mun_dash = perso.mun_dash self.score = 0 def update(self, perso): self.vivant = perso.vivant self.mun_dash = perso.mun_dash if self.vivant: self.score = pyxel.frame_count def draw(self): if not self.vivant: pyxel.cls(0) pyxel.text(110,110,"Loser !",pyxel.frame_count%16) else: pyxel.text(50,10,"dashs : " + str(self.mun_dash),7) pyxel.text(150,10,"score : " + str(self.score),7) #********************************************************************************* class App: def __init__(self): pyxel.init(256,256,quit_key = pyxel.KEY_DELETE, fps = 60) pyxel.load("4.pyxres") self.perso = Personnage(50, 10) self.elems_dangereux = [] self.background = Background(0,0) self.nb_frame_solide_spawn = 200 self.solide_spawn_ready = 0 self.vitesse = 0.4 self.ath = Ath(self.perso) pyxel.run(self.update, self.draw) def update_elems_dangereux(self): for elem in self.elems_dangereux: elem.update(self.perso) def update_solides(self): for elem in self.perso.solides: elem.update(self.perso) def draw_elems_dangereux(self): for elem in self.elems_dangereux: elem.draw() # def decalage_ecran(self): # decalage = 110 # if self.perso.x > decalage: # self.perso.x -= self.perso.x-decalage # for elem in self.perso.solides: # elem.x -= self.perso.x-decalage # for solide in self.perso.solides: # solide.x -= self.perso.x-decalage # for elem in self.elems_dangereux: # elem.x -= self.perso.x-decalage # self.background.x = self.background.x - (self.perso.x-decalage) def vitesse_decor(self): for elem in self.perso.solides: elem.x -= self.vitesse for elem in self.elems_dangereux: elem.x -= self.vitesse self.background.x -= self.vitesse if self.perso.au_sol: self.perso.x -= self.vitesse self.vitesse += 0.001 def spawn_aléatoire(self): #tous les n pixels parcourus, nouveau spawn if self.solide_spawn_ready == 0: y = pyxel.rndi(50,258-32) w = pyxel.rndi(40,100) h = pyxel.rndi(20,40) self.perso.solides.append(Solide(260,y,w,h)) x2 = pyxel.rndi(260, 260+w-8) w2 = pyxel.rndi(8,(260+w)-(x2)) h2 = 0 #sert à rien mais pas le temps là self.solide_spawn_ready = self.nb_frame_solide_spawn self.elems_dangereux.append(Elem_dangereux(x2,y-7,w2,h2)) else: self.solide_spawn_ready -= 1 def update(self): self.spawn_aléatoire() self.perso.update() self.vitesse_decor() self.background.update(self.perso) self.update_solides() self.update_elems_dangereux() #self.decalage_ecran() self.ath.update(self.perso) def draw(self): pyxel.cls(5) self.background.draw() self.draw_elems_dangereux() self.perso.draw() self.ath.draw() App()