MineSweeper

minesweeper.py

from kandinsky import *
from random import *
from ion import *
from time import *

class Mine():
  def __init__(self,mode=0):
    self.time=0
    self.mode=mode
    self.game=[[0 for i in range([9,15,30][mode])] for i in range([9,13,16][mode])]
    self.last=[[20 for i in i] for i in self.game]
    for i in range([10,40,99][self.mode]):
      while True:
        x=randrange(len(self.game[0]))
        y=randrange(len(self.game))
        if self.game[y][x]!=2 and not (x<=1 and y<=1):
          self.game[y][x]=2
          break
  def mineAround(self,x,y):
    m=0
    if x:
      if y:
        if self.game[y-1][x-1]%4>=2:m+=1
      if self.game[y][x-1]%4>=2:m+=1
      if y<len(self.game)-1:
        if self.game[y+1][x-1]%4>=2:m+=1
    if y:
      if self.game[y-1][x]%4>=2:m+=1
    if y<len(self.game)-1:
      if self.game[y+1][x]%4>=2:m+=1
    if x<len(self.game[0])-1:
      if y:
        if self.game[y-1][x+1]%4>=2:m+=1
      if self.game[y][x+1]%4>=2:m+=1
      if y<len(self.game)-1:
        if self.game[y+1][x+1]%4>=2:m+=1
    return m
  def show(self,ask=True):
    for x in range(len(self.game[0])):
      for y in range(len(self.game)):
        if self.game[y][x]==self.last[y][x] and ask:continue
        fill_rect(x*10,y*10,10,10,(255,255,255))
        fill_rect(x*10,y*10,1,10,(0,0,0))
        fill_rect(x*10,y*10,10,1,(0,0,0))
        if self.game[y][x]%2:
          if self.game[y][x]==3:fill_rect(x*10+1,y*10+1,9,9,(255,0,0))
          if self.mineAround(x,y):
            for i in range(self.mineAround(x,y)):
              fill_rect(x*10+(i%3)*3+1,y*10+(i//3)*3+1,2,2,(255,0,0))
          elif self.game[y][x]!=3:fill_rect(x*10+1,y*10+1,9,9,(0,200,0))
        if self.game[y][x]>=4:
          fill_rect(x*10+1,y*10+1,9,9,(255,180,50))
        self.last[y][x]=self.game[y][x]
  def main(self,tipa):
    x=0
    y=0
    lastx=0
    lasty=0
    fill_rect(0,0,320,222,(0,0,0))
    a=True
    while not True in [3 in [j%4 for j in i] for i in self.game]:
      if keydown(0):
        a=False
        while not a:
          if x:
            x-=1
          elif y:
            x=len(self.game[0])-1
            y-=1
          else:
            x=len(self.game[0])-1
            y=len(self.game)-1
          if self.game[y][x]%2==0:a=True
      if keydown(1):
        a=False
        while not a:
          if y:
            y-=1
          elif x:
            y=len(self.game)-1
            x-=1
          else:
            x=len(self.game[0])-1
            y=len(self.game)-1
          if self.game[y][x]%2==0:a=True
      if keydown(2):
        a=False
        while not a:
          if y<len(self.game)-1:
            y+=1
          elif x<len(self.game[0])-1:
            y=0
            x+=1
          else:
            x=0
            y=0
          if self.game[y][x]%2==0:a=True
      if keydown(3):
        a=False
        while not a:
          if x<len(self.game[0])-1:
            x+=1
          elif y<len(self.game)-1:
            x=0
            y+=1
          else:
            x=0
            y=0
          if self.game[y][x]%2==0:a=True
      if keydown(4) and not self.game[y][x]%2:
        self.game[y][x]=self.game[y][x]%4+1
        a=False
        while not a:
          if x<len(self.game[0])-1:
            x+=1
          elif y<len(self.game)-1:
            x=0
            y+=1
          else:
            x=0
            y=0
          if self.game[y][x]%2==0:a=True
      if keydown(17) and (not self.game[y][x]%2) and (sum([sum([int(j>=4) for j in i]) for i in self.game])<[10,40,99][self.mode] or self.game[y][x]>=4):
        if self.game[y][x]//4:self.game[y][x]-=4
        else:self.game[y][x]+=4
        a=False
        while not a:
          if x<len(self.game[0])-1:
            x+=1
          elif y<len(self.game)-1:
            x=0
            y+=1
          else:
            x=0
            y=0
          if self.game[y][x]%2==0:a=True
      if sum([i.count(6) for i in self.game])==[10,40,99][self.mode]:return True
      if a:
        fill_rect(lastx*10+1,lasty*10+1,9,9,(255,255,255))
        self.last[lasty][lastx]=20
        lastx=x
        lasty=y
        self.show()
        fill_rect(x*10+1,y*10+1,9,9,(0,0,255))
        sleep(0.2)
        a=False
      draw_string("Drapeaux:"+str(sum([sum([int(j>=4) for j in i]) for i in self.game]))+"/"+str([10,40,99][self.mode])+" ",0,204,(255,180,50),(0,0,0))
      draw_string(str(int(monotonic()-tipa)+self.time)+"s",0,186,(255,180,50),(0,0,0))
    return False
  def play(self):
    tipa=monotonic()
    result=None
    try:result=self.main(tipa)
    except KeyboardInterrupt:input("Jeu en pause (press OK)")
    finally:
      self.last=[[20 for i in i] for i in self.game]
      self.time+=int(monotonic()-tipa)
      if result!=None:
        if result:
          fill_rect(0,0,320,222,(0,100,0))
          fill_rect(0,0,len(self.game[0])*10+1,len(self.game)*10+1,(0,0,0))
          draw_string(str(self.time)+"s",0,186,(255,255,255),(0,100,0))
        else:
          fill_rect(0,0,320,222,(255,0,0))
          fill_rect(0,0,len(self.game[0])*10+1,len(self.game)*10+1,(0,0,0))
          for i in self.game:
            for j in range(len(i)):
              if i[j] in [2,6]:i[j]=3
          draw_string(str(self.time)+"s",0,186,(0,0,0),(255,0,0))
        self.show(False)