import pyxel, random #import dependencies pyxel.init(13*16, 9*16) #pyxel.init(39*16, 27*16) #dev mode, sees whole map pyxel.load("res2.pyxres") #load res file floor = [ [0 for i in range(39)] for i in range(27)] #define 39*27 table player_cell_x = 6 #player start x pos player_cell_y = 4 #player start y pos orientation = "S" level = 0 rooms = [] #init a list of room centers (used for corridors building) mobs = [] dither_timer = 0 dither_amount = 0 life = 3 def generation(): #generation of the dungeon (Lev part) global floor, level, rooms #use the global floor table + level var floor = [[0 for i in range(39)] for i in range(27)] #define 39*27 table def spawn(): global player_cell_x, player_cell_y # ----------SPAWN---------- x = player_cell_x - 1 #spawn room x pos y = player_cell_y - 1 #spawn room y pos for h in range(3): #height 3 for w in range(3): #width 3 floor[y+h][x+w] = 10 #set to floor tile rooms.append((x+1, y+1)) #save center position spawn() # run func def random_room(): #make ONE random room width = random.randint(3, 10) #random width height = random.randint(3, 10) #random height x = random.randint(0, 39 - width) #random x pos y = random.randint(0, 27 - height) #random y pos for h in range(height): # room will be HEIGHT tall for w in range(width): # room will be WIDTH wide floor[y+h][x+w] = 10 #set to floor tile rooms.append((x + w//2, y + h//2)) # add room's centers to list of centers for _ in range(3+level): #make X random rooms random_room() #call rand room func def end(): #pre-built room templates global player_cell_x, player_cell_y #use global player coords x = random.randint(0, 34) y = random.randint(0,22) for h in range(5): for w in range (5): floor[y+h][x+w] = 10 if h==2 and w==2: floor[y+h][x+w] = 199 rooms.append((x+2, y+2)) end() def corridors(): #connect them with corridors for i in range(1, len(rooms)): # x1, y1 = rooms[i-1] x2, y2 = rooms[i] for x in range(min(x1, x2), max(x1, x2) + 1): floor[y1][x] = 10 for y in range(min(y1, y2), max(y1, y2) + 1): floor[y][x2] = 10 corridors() floor[rooms[-1][1]][rooms[-1][0]]=199 def walls(): for line in range(27): for tile in range(39): if floor[line][tile] == 10: walls = [0, 0, 0, 0] #top try: if floor[line-1][tile] == 0: walls[0] = 1 except IndexError: walls[0] = 1 #right try: if floor[line][tile+1] == 0: walls[1] = 1 except IndexError: walls[1] = 1 #bottom try: if floor[line+1][tile] == 0: walls[2] = 1 except IndexError: walls[2] = 1 #left try: if floor[line][tile-1] == 0: walls[3] = 1 except IndexError: walls[3] = 1 match walls: case [0,0,0,0]: floor[line][tile] = 100 case [1,0,0,0]: floor[line][tile] = 101 case [1,1,0,0]: floor[line][tile] = 102 case [0,1,0,0]: floor[line][tile] = 103 case [0,1,1,0]: floor[line][tile] = 104 case [0,0,1,0]: floor[line][tile] = 105 case [0,0,1,1]: floor[line][tile] = 106 case [0,0,0,1]: floor[line][tile] = 107 case [1,0,0,1]: floor[line][tile] = 108 case [1,0,1,0]: floor[line][tile] = 109 case [0,1,0,1]: floor[line][tile] = 110 level+=1 walls() generation() def generation_mobs(): global floor, mobs #use the global floor table + level var mobs = [[0 for i in range(39)] for i in range(27)] #define 39*27 table for line in range(len(mobs)): for cell in range(len(mobs[line])): if floor[line][cell]//100 == 1: chance = random.randint(1,100) if chance > 92: mobs[line][cell] = 11 generation_mobs() print(mobs) def dither_in(time): global dither_timer, dither_amount print(dither_amount, dither_timer, time) if dither_timer < time: dither_timer+=1 dither_amount=dither_timer/time dither_amount = 1 def dither_out(time): global life if life<3: life+=1 global dither_timer, dither_amount if dither_timer != 0: dither_timer-=1 dither_amount=dither_timer/time dither_amount = 0 def mob_movement(player_x, player_y): global mobs, life temp = [[0 for i in range(39)] for i in range(27)] for line in range(len(mobs)): for cell in range(len(mobs[line])): if mobs[line][cell] != 0: if line>=player_y+5 or line<=player_y-5 or cell<=player_x-7 or cell>=player_x+7: temp[line][cell]=11 else: if line < player_y and floor[line+1][cell]!=0 and temp[line+1][cell]==0: temp[line+1][cell]=11 elif line > player_y and floor[line-1][cell]!=0 and temp[line-1][cell]==0 : temp[line-1][cell]=11 elif cell < player_x and floor[line][cell+1]!=0 and temp[line][cell+1]==0: temp[line][cell+1]=11 elif cell > player_x and floor[line][cell-1]!=0 and temp[line][cell-1]==0: temp[line][cell-1]=11 else: temp[line][cell]=11 mobs = temp def player_movement(player_x, player_y, orientation): global floor, mobs, life if pyxel.btnp(pyxel.KEY_W) or pyxel.btnp(pyxel.KEY_Z): if floor[player_y-1][player_x]//100 == 1 and mobs[player_y-1][player_x]==0: mob_movement(player_x, player_y) player_y -=1 if player_y < 0: player_y = 0 orientation = "N" elif pyxel.btnp(pyxel.KEY_A) or pyxel.btnp(pyxel.KEY_Q): if floor[player_y][player_x-1]//100 == 1 and mobs[player_y][player_x-1]==0: mob_movement(player_x, player_y) player_x -=1 if player_x < 0: player_x = 0 orientation = "W" elif pyxel.btnp(pyxel.KEY_S): if floor[player_y+1][player_x]//100 == 1 and mobs[player_y+1][player_x]==0: mob_movement(player_x, player_y) player_y +=1 if player_y > 26: player_y = 26 orientation = "S" elif pyxel.btnp(pyxel.KEY_D) : if floor[player_y][player_x+1]//100 == 1 and mobs[player_y][player_x+1]==0: mob_movement(player_x, player_y) player_x +=1 if player_x > 38: player_x = 38 orientation = "E" if mobs[player_y][player_x]==11: life-=1 mobs[player_y][player_x]=0 return player_x, player_y, orientation def attack(orientation, player_x, player_y): global mobs if pyxel.btnp(pyxel.KEY_SPACE): match orientation: case "N": if mobs[player_y-1][player_x]: mobs[player_y-1][player_x]=0 case "S": if mobs[player_y+1][player_x]: mobs[player_y+1][player_x]=0 case "E": if mobs[player_y][player_x+1]: mobs[player_y][player_x+1]=0 case "W": if mobs[player_y][player_x-1]: mobs[player_y][player_x-1]=0 mob_movement(player_x, player_y) def update_and_draw_health(life, level): x=13*16-10 y=3 if life==1: pyxel.blt(x, y, 0, 35, 67, 9, 9, 2) if life==2: pyxel.blt(x, y, 0, 35, 67, 9, 9, 2) pyxel.blt(x-13, y, 0, 35, 67, 9, 9, 2) if life==3: pyxel.blt(x, y, 0, 35, 67, 9, 9, 2) pyxel.blt(x-13, y, 0, 35, 67, 9, 9, 2) pyxel.blt(x-26, y, 0, 35, 67, 9, 9, 2) if life<1: life-=1000 pyxel.blt(0, 0, 2, 0, 32, 13*16, 9*16, 2) def update(): global player_cell_x, player_cell_y, orientation, rooms, dither_timer, life player_cell_x, player_cell_y, orientation = player_movement(player_cell_x, player_cell_y, orientation) attack(orientation, player_cell_x, player_cell_y) if player_cell_x == rooms[-1][0]: if player_cell_y == rooms[-1][1]: dither_in(60) generation() generation_mobs() dither_out(60) def draw(): global floor, monstre, orientation, dither_timer, mobs pyxel.cls(0) cell_x = (-player_cell_x+6) * 16 cell_y = (-player_cell_y+4) * 16 if dither_amount != 0: pyxel.dither(dither_amount) for line in range(len(floor)): for cell in range(len(floor[line])): if floor[line][cell]//100 == 1: tile = floor[line][cell] - 100 pyxel.blt(cell_x, cell_y, 1, 0, tile*16, 16, 16) if tile == 99: pyxel.blt(cell_x, cell_y, 1, 32, 0, 16, 16) else: pyxel.rect(cell_x, cell_y, 16, 16, 0) cell_x += 16 cell_y += 16 cell_x = (-player_cell_x+6) * 16 cell_x = (-player_cell_x+6) * 16 cell_y = (-player_cell_y+4) * 16 for line in range(len(mobs)): #dessine les mobs for cell in range(len(mobs[line])): if mobs[line][cell]//10 == 1: pyxel.blt(cell_x, cell_y, 0, 16, 16-16, 16, 16, 2) cell_x += 16 cell_y += 16 cell_x = (-player_cell_x+6) * 16 if orientation == "N": pyxel.blt(6*16, 4*16, 0, 0, 48, 16, 16, 2) elif orientation == "W": pyxel.blt(6*16, 4*16, 0, 0, 32, 16, 16, 2) elif orientation == "S": pyxel.blt(6*16, 4*16, 0, 0, 0, 16, 16, 2) elif orientation == "E": pyxel.blt(6*16, 4*16, 0, 0, 16, 16, 16, 2) update_and_draw_health(life, level) pyxel.run(update, draw)