pipemania.py

Created by schraf

Created on July 06, 2022

4.35 KB

D’autres jeux pour la NUMWORKS sur ma chaine Youtube : Rubika, solitaire, Mission missile, démineur, carré magique, TRON, défis de blanche…

Explications en vidéo

Le célèbre jeu Pipe Mania (Pipe Dream) pour votre Numworks.

Pour jouer

  • Evitez la fuite en plaçant des tuyaux et formez un parcours
  • Flèches de directions
  • Touche EXE pour placer un tuyau
  • Pour passer au niveau suivant, dist doit être égal à zéro
  • OK pour passer au tour suivant


from random import choice, randint
from kandinsky import fill_rect as fr, draw_string as dt
from ion import *
from time import monotonic

PIECES = 'gb,db,hb,gd,gdhb,gh,hd,d,g,h,b'.split(',')
CASES = {'g': (0,1), 'd': (2,1), 'c' : (1,1), 'b': (1,2), 'h': (1,0)}
COLORS = ((50, 50, 50), (75, 115, 153), (192, 192, 192), (255, 255, 0),(0,255,0), (255,0,0))
SENS = ((1,0), (-1,0), (0,-1), (0,1))
EAU_DEP = 8

def plateau():
  fr(0, 0, 320, 222, COLORS[0])
  [fr(x * 28 + 1, y * 28 + 1, 27, 27, COLORS[2]) for y in range(7) for x in range(10)]
  carre(COLORS[3]) 
  change_score(0)

def infos():
  for i in range(5):
    piece(10, 5 - i, PIECES[suivants[i]], COLORS[1], 7)

def change_score(n):
  global score
  score = max(score + n, 0)
  dt('score : ' + str(score) + '   ', 10, 200, COLORS[2], COLORS[0])
  dt('dist : ' + str(dist) + '   ', 180, 200, COLORS[2], COLORS[0])

def depart():
  global dx, dy, dep, grid
  dx, dy = randint(1, 8), randint(1, 5)
  dep = choice(range(4))
  grid[dx][dy] = 7 + dep 
  piece(dx, dy, PIECES[7 + dep], COLORS[4])

def piece(x, y, s, c, m = 0):
    fr(x * 28 + m + 1, y * 28 + 1, 27, 27, COLORS[2])
    for a in s + 'c':
        [u, v] = CASES[a]
        fr(x * 28 + 9 * u + m + 1, y * 28 + 9 * v + 1, 9, 9, c)
    carre(COLORS[3])

def carre(col):
    (x, y) = (coo[0] * 28, coo[1] * 28)
    fr(x, y, 28, 1, col)
    fr(x, y + 28, 28, 1, col)
    fr(x, y + 1, 1, 27, col)
    fr(x + 28, y + 1, 1, 27, col)

def cur(n):
    global key, coo
    vx, vy = SENS[n]
    if monotonic() - key['tps'] > 0.125:
        key['tps'] = monotonic()
        carre(COLORS[0])
        coo[0] += vx
        coo[1] += vy
        carre(COLORS[3])

def remplir(x, y, u, v):
  fr(x * 28 + 9 * u + 1, y * 28 + 9 * v + 1, 9, 9, COLORS[4])

def inv(v):
  return {'g':'d', 'd':'g', 'h':'b', 'b':'h'}[v]

def go():
  global key, coo, suivants, grid, dx, dy, dep, score, dist
  game, score = 1, 0
  while game:
    grid = [[-1 for x in range(7)] for y in range(10)]
    eau = {'delai': EAU_DEP, 'av': False, 'tps': monotonic()}
    key = {'rel': True, 'tps': monotonic()}
    coo = [0, 0]
    run = 1
    dist = min(8 + game, 25)
    suivants = [choice(range(7)) for _ in range(5)]
    plateau()
    depart()
    infos()
    while run:
        if keydown(KEY_RIGHT) and coo[0] < 9: cur(0)
        elif keydown(KEY_LEFT) and coo[0] > 0: cur(1)
        elif keydown(KEY_UP) and coo[1] > 0: cur(2)
        elif keydown(KEY_DOWN) and coo[1] < 6: cur(3)
        elif keydown(KEY_PLUS) and eau['av']: 
          eau['delai'] /= 1.5
          key['tps'] = monotonic()
        elif keydown(KEY_BACK): run, game = 0, 0
        elif keydown(KEY_EXE) and grid[coo[0]][coo[1]] < 7:
            if key['rel']:
                if grid[coo[0]][coo[1]] != -1: change_score(-50)
                grid[coo[0]][coo[1]] = suivants[0]
                key['rel'] = False
                piece(coo[0], coo[1], PIECES[suivants.pop(0)], COLORS[0])
                suivants.append(choice(range(7)))
                infos()
        else: key['rel'] = True
        if monotonic() - eau['tps'] > eau['delai']:
          if eau['delai'] == EAU_DEP: eau['delai'] = 1
          eau['tps'] = monotonic()
          if not(eau['av']):
            dx, dy = dx + SENS[dep][0], dy + SENS[dep][1]
            if 0 <= dx <= 9 and 0 <= dy < 7:
              vg = grid[dx][dy] % 100
              dist = max(dist - 1, 0)
              if 0 <= vg < 7:
                t = PIECES[vg]
                grid[dx][dy] = vg + 100
                d = 'gdbh'[dep]
                if d in t:
                  if len(t) == 4: t = d + inv(d)
                  elif d != t[0]: t = ''.join(list(reversed(t)))
                  etape = 0
                  eau['av'] = True
                  change_score(50)
                  (u,v) = CASES[t[0]]         
                  remplir(dx, dy, u, v)
                else: run = 0
              else: run = 0  
            else: run = 0    
          else:
            etape += 1
            change_score(50)
            if etape == 1:
              remplir(dx, dy, 1, 1)
            else:
              (u,v) = CASES[t[1]]         
              remplir(dx, dy, u, v)
            if etape == 2:
              dep = 'dghb'.index(t[1])
              eau['av'] = False
    if dist == 0:
      change_score(1000)
      dt('TOUCHE OK', 100, 85)
    else:
      game = 0
      dt('GAME OVER', 100, 85)
    while not(keydown(KEY_OK)): continue

go()