# -*- coding: utf-8 -*-
# What the code does: Convert pictures to text
# Author: Kkkkix
# Last Modified: 21/05/20
import win32gui, win32api, win32con
import matplotlib.pyplot as plt
import colorsys
import random
import numpy as np
from PIL import ImageGrab
def initiate_para():
block_x = 16
block_y = 16
# block_x = 8 # Beginner
# block_y = 8
block_width = 16
block_height = 16
return block_x,block_y,block_width,block_height
# Find the minesweeper window and get the mine area
def findMinesweeper():
title_name = 'Minesweeper Clone 2007'
ms_win = win32gui.FindWindow(None, title_name)
# window coordinates
left,top,right,bottom = 0,0,0,0
if ms_win:
print("找到窗口：%s" % title_name)
left, top, right, bottom = win32gui.GetWindowRect(ms_win)
win32gui.SetForegroundWindow(ms_win)
print("窗口的坐标是：left:%d; top:%d; right:%d; bottom:%d" % (left,top,right,bottom))
else:
print("未找到窗口")
return (left,top,right,bottom)
# Take a screenshot and select the mine area
def getMineArea(win_pos):
win_pos_temp = list(win_pos[:])
win_pos_temp[0] += 15
win_pos_temp[1] += 104
win_pos_temp[2] -= 15
win_pos_temp[3] -= 40
img = ImageGrab.grab().crop(win_pos_temp)
# plt.figure('a')
# plt.imshow(img)
# plt.show()
return img
# The color info
def init_colorInfo():
rgb_0 = [(22, (255, 255, 255)), (110, (192, 192, 192))]
rgb_1 = [(88, (192, 192, 192)), (11, (128, 128, 128)), (33, (0, 0, 255))]
rgb_2 = [(66, (192, 192, 192)), (11, (128, 128, 128)), (55, (0, 128, 0))]
rgb_3 = [(53, (255, 0, 0)), (68, (192, 192, 192)), (11, (128, 128, 128))]
rgb_4 = [(68, (192, 192, 192)), (11, (128, 128, 128)), (53, (0, 0, 128))]
rgb_5 = [(61, (128, 0, 0)), (60, (192, 192, 192)), (11, (128, 128, 128))]
rgb_50 = [(22, (255, 255, 255)), (17, (255, 0, 0)), (79, (192, 192, 192)), (14, (0, 0, 0))] # number 50: red flag
rgb_100 = [(121, (192, 192, 192)), (11, (128, 128, 128))] # number 100: opened and empty
rgb_101 = [(4, (255, 255, 255)), (51, (192, 192, 192)), (11, (128, 128, 128)), (66, (0, 0, 0))] #101: opened and mine
rgb_102 = [(4, (255, 255, 255)), (51, (255, 0, 0)), (11, (128, 128, 128)), (66, (0, 0, 0))] #102: clicked mine
rgb_game_finish = [(61, (255, 255, 0)), (3, (16, 16, 0)), (12, (247, 247, 0)), (11, (239, 239, 0)), (6, (231, 231, 0)), (151, (225, 225, 225)), (2, (49, 49, 24)), (2, (16, 16, 16)), (2, (189, 189, 0)), (1, (181, 181, 0)), (4, (173, 173, 0)), (1, (165, 165, 0)), (5, (123, 123, 132)), (1, (115, 115, 115)), (1, (49, 49, 16)), (6, (107, 107, 115)), (1, (123, 123, 115)), (2, (107, 107, 0)), (4, (99, 99, 99)), (1, (74, 74, 16)), (2, (123, 123, 0)), (2, (57, 57, 57)), (1, (49, 49, 41)), (1, (74, 74, 24)), (1, (41, 41, 41)), (3, (33, 33, 0)), (6, (41, 41, 0)), (2, (57, 57, 16)), (2, (41, 41, 16)), (2, (24, 24, 16)), (1, (74, 74, 57)), (2, (57, 57, 0)), (8, (222, 222, 0)), (4, (24, 24, 0)), (9, (206, 206, 0)), (7, (214, 214, 0)), (8, (198, 198, 198)), (2, (198, 198, 0)), (2, (156, 156, 0)), (1, (140, 140, 0)), (3, (132, 132, 132)), (1, (132, 132, 0)), (4, (90, 90, 0)), (2, (115, 115, 0)), (1, (99, 99, 0)), (1, (82, 82, 0)), (6, (74, 74, 0)), (3, (66, 66, 57)), (1, (66, 66, 0)), (1, (66, 66, 24)), (2, (33, 33, 16)), (5, (49, 49, 0)), (2, (24, 24, 8)), (1, (16, 16, 8)), (2, (8, 8, 0)), (22, (0, 0, 0))]
rgb_game_running = [(116, (255, 255, 0)), (2, (16, 16, 0)), (7, (247, 247, 0)), (9, (239, 239, 0)), (4, (231, 231, 0)), (151, (225, 225, 225)), (1, (49, 49, 8)), (1, (16, 16, 16)), (3, (189, 189, 0)), (1, (181, 181, 0)), (2, (173, 173, 0)), (2, (165, 165, 0)), (6, (123, 123, 132)), (2, (115, 115, 0)), (2, (49, 49, 16)), (8, (107, 107, 115)), (2, (123, 123, 0)), (4, (99, 99, 99)), (1, (74, 74, 16)), (10, (57, 57, 0)), (1, (49, 49, 41)), (1, (74, 74, 24)), (1, (41, 41, 41)), (1, (33, 33, 16)), (4, (41, 41, 0)), (1, (57, 57, 16)), (3, (41, 41, 16)), (2, (24, 24, 16)), (1, (74, 74, 57)), (6, (222, 222, 0)), (3, (24, 24, 0)), (5, (206, 206, 0)), (1, (214, 214, 0)), (8, (198, 198, 198)), (1, (198, 198, 0)), (2, (49, 49, 0)), (1, (156, 156, 0)), (2, (132, 132, 132)), (1, (132, 132, 0)), (2, (90, 90, 0)), (2, (99, 99, 0)), (2, (82, 82, 0)), (5, (74, 74, 0)), (3, (66, 66, 57)), (1, (66, 66, 24)), (2, (49, 49, 49)), (3, (24, 24, 8)), (1, (16, 16, 8))]
rgb_game_over = [(95, (255, 255, 0)), (11, (16, 16, 0)), (5, (247, 247, 0)), (3, (239, 239, 0)), (3, (231, 231, 0)), (151, (225, 225, 225)), (2, (49, 49, 16)), (1, (16, 16, 16)), (7, (189, 189, 0)), (10, (181, 181, 0)), (7, (173, 173, 0)), (1, (165, 165, 0)), (6, (123, 123, 132)), (2, (49, 49, 0)), (8, (107, 107, 115)), (2, (123, 123, 0)), (4, (99, 99, 99)), (1, (74, 74, 16)), (2, (57, 57, 57)), (1, (49, 49, 41)), (1, (74, 74, 24)), (1, (41, 41, 41)), (3, (33, 33, 16)), (4, (41, 41, 0)), (2, (57, 57, 0)), (3, (41, 41, 16)), (2, (24, 24, 16)), (1, (74, 74, 57)), (1, (57, 57, 16)), (6, (222, 222, 0)), (2, (24, 24, 0)), (3, (206, 206, 0)), (2, (214, 214, 0)), (8, (198, 198, 198)), (7, (198, 198, 0)), (2, (156, 156, 0)), (3, (148, 148, 0)), (6, (140, 140, 0)), (2, (132, 132, 132)), (3, (132, 132, 0)), (1, (90, 90, 0)), (2, (99, 99, 0)), (1, (82, 82, 0)), (4, (74, 74, 0)), (3, (66, 66, 57)), (1, (66, 66, 24)), (1, (49, 49, 8)), (2, (24, 24, 8)), (1, (16, 16, 8))]
color_info = {'1':rgb_1, '2':rgb_2, '3':rgb_3, '4':rgb_4, '5':rgb_5,
'50':rgb_50, '0':rgb_0,
'100':rgb_100, '101':rgb_101, '102':rgb_102,
'finish':rgb_game_finish,'running':rgb_game_running,'over':rgb_game_over}
return color_info
# Convert the mine area image to map
def convertImg2map(img):
# number 1-8: number of mines around
# number 0: not opened
# number 50: red flag
# number 100: opened and empty
# number 101: opened and mine
# number 102: clicked mine
block_x,block_y,block_width,block_height = initiate_para()
color_info = init_colorInfo()
DictLab = color_info.copy()
mine_map = [[0 for i in range(block_x)] for j in range(block_y)]
for y in range(block_y):
for x in range(block_x):
this_image = img.crop((x*block_width, y*block_height, (x+1)*block_width,(y+1)*block_height))
this_image = this_image.crop((2,1,13,13))
# plt.figure('a')
# plt.imshow(this_image)
# plt.ion()
# plt.pause(0.1)
# plt.close()
print(this_image.getcolors())
if this_image.getcolors() == color_info['1']:
mine_map[y][x] = 1
elif this_image.getcolors() == color_info['2']:
mine_map[y][x] = 2
elif this_image.getcolors() == color_info['3']:
mine_map[y][x] = 3
elif this_image.getcolors() == color_info['4']:
mine_map[y][x] = 4
elif this_image.getcolors() == color_info['5']:
mine_map[y][x] = 5
elif this_image.getcolors() == color_info['50']:
mine_map[y][x] = 50
elif this_image.getcolors() == color_info['100']:
mine_map[y][x] = 100
elif this_image.getcolors() == color_info['101']:
mine_map[y][x] = 101
elif this_image.getcolors() == color_info['102']:
mine_map[y][x] = 102
elif this_image.getcolors() == color_info['0']:
mine_map[y][x] = 0
else:
print('There is one figure which can not be recognized')
print('x = %d; y = %d' % (x,y))
input('press Enter button to continue --->>>')
if this_image.getcolors() not in DictLab.values():
DictLab["%d;%d" % (x,y)] = this_image.getcolors()
print('The DictLab is: ',end='')
print(DictLab)
# input('press Enter button to continue --->>>')
return mine_map
def mouse_click(x, y):
win32api.SetCursorPos([x, y])
win32api.mouse_event(win32con.MOUSEEVENTF_LEFTDOWN, 0, 0, 0, 0)
win32api.mouse_event(win32con.MOUSEEVENTF_LEFTUP, 0, 0, 0, 0)
def mouse_right_click(x, y):
win32api.SetCursorPos([x, y])
win32api.mouse_event(win32con.MOUSEEVENTF_RIGHTDOWN, 0, 0, 0, 0)
win32api.mouse_event(win32con.MOUSEEVENTF_RIGHTUP, 0, 0, 0, 0)
def luck(mine_map,win_pos):
block_width,block_height = initiate_para()[2:4]
mine_map = np.array(mine_map)
enpty_index = np.where(mine_map == 0)
empty_index_matrix = np.dstack((enpty_index[0],enpty_index[1]))
num_empty = empty_index_matrix.shape[1] # (1, 176, 2)
ran_int = random.randint(0,num_empty-1)
click_x, click_y = empty_index_matrix[0][ran_int][1],empty_index_matrix[0][ran_int][0]
win_pos_temp = list(win_pos[:])
win_pos_temp[0] += 15
win_pos_temp[1] += 104
win_pos_temp[2] -= 15
win_pos_temp[3] -= 40
mouse_click(win_pos_temp[0]+(click_x+1)*block_width-int(block_width/2), win_pos_temp[1]+(click_y+1)*block_height-int(block_height/2))
print('click %d %d' % (click_x,click_y))
def num_around(mine_map,posi):
# This function is used to count the surround situation
# posi format is (row = y,column = x)
block_x,block_y = initiate_para()[0:2]
num_num = -1
num_empty = 0
num_closed = 0
num_flag = 0
closed_posi = []
if posi[0] == 0: # the first row
start_y = 0
end_y = 2
elif posi[0] == block_y-1: # the last row
start_y = block_y-2
end_y = block_y
else: # the other row
start_y = posi[0] -1
end_y = posi[0] +2
if posi[1] == 0: # the first column
start_x = 0
end_x = 2
elif posi[1] == block_x-1: # the last column
start_x = block_x-2
end_x = block_x
else: # the other column
start_x = posi[1] - 1
end_x = posi[1] + 2
for x in range(start_x,end_x):
for y in range(start_y,end_y):
if (mine_map[y][x] <= 8) & (mine_map[y][x] != 0):
num_num += 1
elif (mine_map[y][x] == 0):
num_closed += 1
closed_posi.append((y,x))
elif (mine_map[y][x] == 50):
num_flag += 1
elif (mine_map[y][x] == 100):
num_empty += 1
return [num_num,num_empty,num_closed,num_flag,closed_posi]
def flagandclick(mine_map,win_pos):
win_pos_temp = list(win_pos[:])
win_pos_temp[0] += 15
win_pos_temp[1] += 104
win_pos_temp[2] -= 15
win_pos_temp[3] -= 40
block_width, block_height = initiate_para()[2:4]
mine_map = np.array(mine_map)
print(mine_map)
clicked_num_index = np.where((mine_map <=8) & (mine_map != 0))
clicked_num_index_matrix = np.dstack((clicked_num_index[0], clicked_num_index[1]))
print(clicked_num_index_matrix)
for each_num in clicked_num_index_matrix[0]:
print(each_num)
ar_det = num_around(mine_map,each_num) # around details of this position
print('around details: ', end='')
print(ar_det)
if ar_det[2] == 0:
continue
elif mine_map[each_num[0]][each_num[1]] - ar_det[3] == ar_det[2]: # number of mines - flags = closed
print('each_num: ',end='')
print(each_num)
for each in ar_det[4]:
print(each)
y = win_pos_temp[1] + (each[0] + 1) * block_height - int(block_height / 2)
x = win_pos_temp[0] + (each[1] + 1) * block_width - int(block_width / 2)
print('click',end='')
print(x,y)
mouse_right_click(x,y)
break
elif mine_map[each_num[0]][each_num[1]] - ar_det[3] == 0: # number of mines = flags
for each in ar_det[4]:
y = win_pos_temp[1] + (each[0] + 1) * block_height - int(block_height / 2)
x = win_pos_temp[0] + (each[1] + 1) * block_width - int(block_width / 2)
print('click',end='')
print(x,y)
mouse_click(x,y)
break
def checkGameStatus(win_pos):
color_info = init_colorInfo()
win_pos_temp = list(win_pos[:])
win_pos_temp[0] += 132
win_pos_temp[1] += 67
win_pos_temp[2] = win_pos_temp[0] + 20
win_pos_temp[3] = win_pos_temp[1] + 20
img = ImageGrab.grab().crop(win_pos_temp)
if img.getcolors() == color_info['running']:
return True
elif img.getcolors() == color_info['over']:
print('Game Over. Too Sad...')
return False
elif img.getcolors() == color_info['finish']:
print('Game is finish!!!')
return False
else:
print('nothin detected')
return True
def Solver():
game_status = True
times = 0
while game_status:
win_pos = findMinesweeper()
mine_area_img = getMineArea(win_pos)
mine_map = convertImg2map(img=mine_area_img)
# luck(mine_map, win_pos)
flagandclick(mine_map,win_pos)
game_status = checkGameStatus(win_pos)
times += 1
if times == 1000:
break
# break
# if
if __name__ == '__main__':
# win_pos = findMinesweeper()
# mine_area_img = getMineArea(win_pos)
# mine_map = convertImg2map(img=mine_area_img,block_x=16,block_y=16,block_width=16,block_height=16)
# print(mine_map)
Solver()
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