""" Code pour les niveaux : -1 : position du joueur 0 : case vide 1 : caisse 2 : croix 3 : mur """ import lvls as l levels_save = l.levels_save levels_no_cross = [[k2[:] for k2 in k1] for k1 in levels_save] for k1 in levels_no_cross: for k2 in k1: for k3 in k2: if k3 == 2: k3 = 0 levels = [[k2[:] for k2 in k1] for k1 in levels_no_cross] cur = 0 cross = [[[[k3,k2[k3] == 2] for k3 in range(len(k2))] for k2 in k1] for k1 in levels_save] """---------------------------------------------------------------------------------------------------------------------------------------------------""" def gate(): """Renvoie la grille du niveau actuel""" global cur if cur >= len(levels_save): cur = 0 t = [len(k) for k in levels[cur]] if t.count(t[0]) == len(t): return levels[cur] else: return levels[0] def gateC(): """Renvoie la grille des croix du niveau actuel""" global cur if cur >= len(levels_save): cur = 0 t = [len(k) for k in levels[cur]] return cross[cur] def get_cur(): """Renvoie la variable CUR, du niveau actuel""" global cur if cur > len(levels_save) - 1: cur = 0 return cur def get_levels(): """Renvoie la grille des niveaux""" return levels def get_gateC(): """Renvoie la grille des croix""" return gateC """---------------------------------------------------------------------------------------------------------------------------------------------------""" x1 = [levels[0].index(k) for k in levels[cur] if -1 in k][0] x2 = [k.index(-1) for k in levels[cur] if -1 in k][0] """---------------------------------------------------------------------------------------------------------------------------------------------------""" class event: """Permet de créer un faux EVENT de Tkinter pour éxecuter des tests dans la console""" def __init__(self,keycode): self.keycode = keycode return class player: """Class d'un joueur""" ALL = [] nb = 0 def __init__(self,x=x1,y=x2): player.ALL.append(self) player.nb += 1 self.x,self.y = x,y return def move(self,event): """Permet de bouger un joueur et, parfois, une caisse""" try: c_up = event.keycode == 38 and not (gate()[self.x][self.y-1] in [-1,3] or (gate()[self.x][self.y-1] == 1 and (gate()[self.x][self.y-2] in [-1,1,3] or self.y-2 < 0)) or self.y-1 < 0) except Exception: c_up = False try: c_do = event.keycode == 40 and not (gate()[self.x][self.y+1] in [-1,3] or (gate()[self.x][self.y+1] == 1 and gate()[self.x][self.y+2] in [-1,1,3])) except Exception: c_do = False try: c_ri = event.keycode == 39 and not (gate()[self.x+1][self.y] in [-1,3] or (gate()[self.x+1][self.y] == 1 and gate()[self.x+2][self.y] in [-1,1,3])) except Exception: c_ri = False try: c_le = event.keycode == 37 and not (gate()[self.x-1][self.y] in [-1,3] or (gate()[self.x-1][self.y] == 1 and (gate()[self.x-2][self.y] in [-1,1,3] or self.x-2 < 0)) or self.x-1 < 0) except Exception: c_le = False returned = [(c_up,c_do,c_ri,c_le),(-1,-1)] if c_up or c_do or c_ri or c_le: levels[cur][self.x][self.y] = 0 if c_up: self.y -= 1 if gate()[self.x][self.y] == 1: levels[cur][self.x][self.y-1] = 1 returned[1] = (self.x,self.y-1) e = cross[cur][self.x][self.y-1] e[1] = not (self.y-1 in [k[0] for k in gateC()[self.x]]) elif c_do: self.y += 1 if gate()[self.x][self.y] == 1: levels[cur][self.x][self.y+1] = 1 returned[1] = (self.x,self.y+1) e = cross[cur][self.x][self.y+1] e[1] = not (self.y+1 in [k[0] for k in gateC()[self.x]]) elif c_ri: self.x += 1 if gate()[self.x][self.y] == 1: levels[cur][self.x+1][self.y] = 1 returned[1] = (self.x+1,self.y) e = cross[cur][self.x+1][self.y] e[1] = not (self.y in [k[0] for k in gateC()[self.x+1]]) elif c_le: self.x -= 1 if gate()[self.x][self.y] == 1: levels[cur][self.x-1][self.y] = 1 returned[1] = (self.x-1,self.y) e = cross[cur][self.x-1][self.y] e[1] = not (self.y in [k[0] for k in gateC()[self.x-1]]) if not gateC()[self.x][self.y][1] and levels_save[cur][self.x][self.y] == 2: cross[cur][self.x][self.y][1] = True levels[cur][self.x][self.y] = -1 return returned def repos(self,x,y): """Actualise les coordonnées du joueur""" self.x,self.y = x,y return def repos_all(cls): """Actualise les coordonnées de tous les joueurs""" p = [] for k1 in range(len(gate())): for k2 in range(len(gate()[k1])): if k2 == -1: p.append((k1,k2)) for k in ALL: tup = p.pop() k.repos(tup[0],tup[1]) return repos_all = classmethod(repos_all) """---------------------------------------------------------------------------------------------------------------------------------------------------""" def restart(): """Fait le niveau actuel recommencer""" new_level(actu=False) #x1 = [levels[cur].index(k) for k in levels[cur] if -1 in k][0] #x2 = [k.index(-1) for k in levels[cur] if -1 in k][0] #for k in player.ALL: # k.repos(x1,x2) return """---------------------------------------------------------------------------------------------------------------------------------------------------""" def check_end(ins=False,want_ins=True): """ Renvoie si le niveau est terminé ins : permet de directement passer au prochain niveau ; variable intérieure au programme want_ins : permet de gérer si le programme passe automatiquement au prochain niveau """ if want_ins and not ins: if check_end(True,want_ins): new_level() player.repos_all() return sum([sum([k[1] for k in i]) for i in gateC()]) == 0 def new_level(actu=True): """Actualise cur""" global cur levels[cur] = [k[:] for k in levels_no_cross[cur]] cross[cur] = [[[k2,k1[k2] == 2] for k2 in range(len(k1))] for k1 in levels_save[cur]] for k in player.ALL: del k player.ALL = [] if actu: cur += 1 if cur > len(levels_save): cur = 0 return