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"""
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Name:Sudo Game
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Date:2024.04.09
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Version:1.0
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Description:None
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"""
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import pickle
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import random
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from PySide6.QtCore import QTimer
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from PySide6.QtWidgets import *
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from PySide6.QtGui import QIcon
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from win.win import Ui_Form as Form1
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import sudo as sd
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def replace_element(arr, old_val, new_val):
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return list(map(lambda x: new_val if x == old_val else x, arr))
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def count_occurrences(lst, x, mode):
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count = 0
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if mode == 0:
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for item in lst:
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if item == x:
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count += 1
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else:
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for row in lst:
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for item in row:
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if item == x:
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count += 1
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return count
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class Form(Form1):
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def __init__(self):
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super().__init__()
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self.setupUi(self)
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self.total_seconds = 0
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# self.test()
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self.konami_code = [65, 66, 65, 66]
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# self.lll =[]
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self.konami_index = 0
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self.pushButton.clicked.connect(self.B_back)
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self.B_S.clicked.connect(self.B_S_fun)
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self.B_save.clicked.connect(self.B_save_fun)
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self.B_read.clicked.connect(self.B_read_fun)
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self.timer = QTimer()
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self.timer.setInterval(1000)
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self.timer.timeout.connect(self.update_time)
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self.init_bt()
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def init_bt(self):
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self.B0_0.clicked.connect(self.put_num)
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self.B0_1.clicked.connect(self.put_num)
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self.B0_2.clicked.connect(self.put_num)
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self.B0_3.clicked.connect(self.put_num)
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self.B0_4.clicked.connect(self.put_num)
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self.B0_5.clicked.connect(self.put_num)
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self.B0_6.clicked.connect(self.put_num)
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self.B0_7.clicked.connect(self.put_num)
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self.B0_8.clicked.connect(self.put_num)
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self.B1_0.clicked.connect(self.put_num)
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self.B1_1.clicked.connect(self.put_num)
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self.B1_2.clicked.connect(self.put_num)
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self.B1_3.clicked.connect(self.put_num)
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self.B1_4.clicked.connect(self.put_num)
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self.B1_5.clicked.connect(self.put_num)
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self.B1_6.clicked.connect(self.put_num)
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self.B1_7.clicked.connect(self.put_num)
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self.B1_8.clicked.connect(self.put_num)
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self.B2_0.clicked.connect(self.put_num)
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self.B2_1.clicked.connect(self.put_num)
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self.B2_2.clicked.connect(self.put_num)
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self.B2_3.clicked.connect(self.put_num)
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self.B2_4.clicked.connect(self.put_num)
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self.B2_5.clicked.connect(self.put_num)
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self.B2_6.clicked.connect(self.put_num)
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self.B2_7.clicked.connect(self.put_num)
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self.B2_8.clicked.connect(self.put_num)
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self.B3_0.clicked.connect(self.put_num)
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self.B3_1.clicked.connect(self.put_num)
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self.B3_2.clicked.connect(self.put_num)
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self.B3_3.clicked.connect(self.put_num)
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self.B3_4.clicked.connect(self.put_num)
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self.B3_5.clicked.connect(self.put_num)
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self.B3_6.clicked.connect(self.put_num)
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self.B3_7.clicked.connect(self.put_num)
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self.B3_8.clicked.connect(self.put_num)
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self.B4_0.clicked.connect(self.put_num)
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self.B4_1.clicked.connect(self.put_num)
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self.B4_2.clicked.connect(self.put_num)
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self.B4_3.clicked.connect(self.put_num)
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self.B4_4.clicked.connect(self.put_num)
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self.B4_5.clicked.connect(self.put_num)
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self.B4_6.clicked.connect(self.put_num)
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self.B4_7.clicked.connect(self.put_num)
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self.B4_8.clicked.connect(self.put_num)
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self.B5_0.clicked.connect(self.put_num)
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self.B5_1.clicked.connect(self.put_num)
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self.B5_2.clicked.connect(self.put_num)
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self.B5_3.clicked.connect(self.put_num)
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self.B5_4.clicked.connect(self.put_num)
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self.B5_5.clicked.connect(self.put_num)
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self.B5_6.clicked.connect(self.put_num)
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self.B5_7.clicked.connect(self.put_num)
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self.B5_8.clicked.connect(self.put_num)
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self.B6_0.clicked.connect(self.put_num)
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self.B6_1.clicked.connect(self.put_num)
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self.B6_2.clicked.connect(self.put_num)
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self.B6_3.clicked.connect(self.put_num)
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self.B6_4.clicked.connect(self.put_num)
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self.B6_5.clicked.connect(self.put_num)
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self.B6_6.clicked.connect(self.put_num)
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self.B6_7.clicked.connect(self.put_num)
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self.B6_8.clicked.connect(self.put_num)
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self.B7_0.clicked.connect(self.put_num)
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self.B7_1.clicked.connect(self.put_num)
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self.B7_2.clicked.connect(self.put_num)
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self.B7_3.clicked.connect(self.put_num)
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self.B7_4.clicked.connect(self.put_num)
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self.B7_5.clicked.connect(self.put_num)
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self.B7_6.clicked.connect(self.put_num)
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self.B7_7.clicked.connect(self.put_num)
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self.B7_8.clicked.connect(self.put_num)
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self.B8_0.clicked.connect(self.put_num)
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self.B8_1.clicked.connect(self.put_num)
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self.B8_2.clicked.connect(self.put_num)
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self.B8_3.clicked.connect(self.put_num)
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self.B8_4.clicked.connect(self.put_num)
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self.B8_5.clicked.connect(self.put_num)
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self.B8_6.clicked.connect(self.put_num)
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self.B8_7.clicked.connect(self.put_num)
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self.B8_8.clicked.connect(self.put_num)
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# 重写窗口按键事件
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def keyPressEvent(self, event):
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global sudo
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key = event.key()
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try:
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if key == self.konami_code[self.konami_index]:
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self.konami_index += 1
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if self.konami_index == len(self.konami_code):
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sudo.print_sudo()
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self.konami_index = 0
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else:
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self.konami_index = 0
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except Exception as e:
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self.konami_index = 0
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# self.lll.append(key)
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# print(self.lll)
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def update_time(self):
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self.total_seconds += 1
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hours = self.total_seconds // 3600
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minutes = (self.total_seconds % 3600) // 60
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seconds = self.total_seconds % 60
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time_str = f"{hours:02d}:{minutes:02d}:{seconds:02d}"
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self.lcdNumber.display(time_str)
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def B_save_fun(self):
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global sudo,cnt,del_cnt
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# 保存已填处,第一位用于记录cnt,第二位记录delcnt，第三位记录time
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answer_list = [cnt,del_cnt, self.total_seconds]
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with open('as.pickle', 'wb') as f:
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# 使用pickle的dump函数将对象写入文件
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pickle.dump(answer_list, f)
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with open('sudo.pickle', 'wb') as f:
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# 使用pickle的dump函数将对象写入文件
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pickle.dump(sudo, f)
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print(f"已保存{answer_list[0]}个有效答案")
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def B_read_fun(self):
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global sudo, cnt, subject_with_answer,del_cnt
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answer_list = None
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with open('as.pickle', 'rb') as f:
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# 使用pickle的load函数从文件中读取对象
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answer_list = pickle.load(f)
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with open('sudo.pickle', 'rb') as f:
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# 使用pickle的load函数从文件中读取对象
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sudo = pickle.load(f)
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# 配置计数器和计时器
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cnt = answer_list[0]
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del_cnt = answer_list[1]
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print(cnt)
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stack.clear()
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self.total_seconds = answer_list[2]
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self.timer.start()
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# 映射题目并配置答案进度
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self.translate(sudo.subject)
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subject_with_answer = sudo.subject_with_answer
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i = 1
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self.translate(subject_with_answer,1)
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def B_back(self):
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global stack, cnt, subject_with_answer
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try:
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top = stack.pop()
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info = top.split(",", 1)
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b = self.findChild(QPushButton, info[0])
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if info[1] == ' ':
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info[1] = 0
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b.setText(' ')
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cnt = cnt - 1
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else:
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b.setText(info[1])
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subject_with_answer[int(info[0][1]), int(info[0][3])] = int(info[1])
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except Exception as e:
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print(e)
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def check_sudo(self):
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global cnt, del_cnt, subject_with_answer
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f = 1
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for row_index in range(9):
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for col_index in range(9):
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num = subject_with_answer[row_index, col_index]
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# 获取该格子对应的行、列、九宫格
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sudo_row = sd.get_row(subject_with_answer, row_index)
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sudo_col = sd.get_col(subject_with_answer, col_index)
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sudo_block = sd.get_block(subject_with_answer, row_index, col_index)
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# print(num)
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# print(sudo_row)
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# print(sudo_col)
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# print(sudo_block)
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cnt_oc1 = count_occurrences(sudo_row, num, 0)
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cnt_oc2 = count_occurrences(sudo_col, num, 0)
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cnt_oc3 = count_occurrences(sudo_block, num, 1)
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if cnt_oc1 != 1 or cnt_oc2 != 1 or cnt_oc3 != 1:
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f = 0
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break
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if f == 0:
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break
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if f == 1:
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print("yes")
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QMessageBox.information(self, '提示', '成功')
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self.timer.stop()
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else:
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print("no")
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QMessageBox.information(self, '提示', '失败')
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def put_num(self):
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global cnt, del_cnt, subject_with_answer, stack
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b = self.sender()
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x = int(b.objectName()[1])
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y = int(b.objectName()[3])
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old_text = b.text()
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if b.text() == ' ':
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cnt = cnt + 1
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stack.append(f'B{x}_{y},{old_text}')
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# print(stack)
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if self.R_1.isChecked():
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b.setText("1")
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subject_with_answer[x, y] = 1
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if self.R_2.isChecked():
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b.setText("2")
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subject_with_answer[x, y] = 2
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if self.R_3.isChecked():
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b.setText("3")
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subject_with_answer[x, y] = 3
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if self.R_4.isChecked():
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b.setText("4")
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subject_with_answer[x, y] = 4
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if self.R_5.isChecked():
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b.setText("5")
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subject_with_answer[x, y] = 5
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if self.R_6.isChecked():
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b.setText("6")
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subject_with_answer[x, y] = 6
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if self.R_7.isChecked():
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b.setText("7")
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subject_with_answer[x, y] = 7
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if self.R_8.isChecked():
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b.setText("8")
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subject_with_answer[x, y] = 8
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if self.R_9.isChecked():
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b.setText("9")
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subject_with_answer[x, y] = 9
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if cnt == del_cnt:
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self.check_sudo()
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def B_S_fun(self):
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global cnt, del_cnt, stack, sudo, subject_with_answer
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# 清零
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cnt = 0
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stack.clear()
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self.total_seconds = 0
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self.timer.start()
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# 选择难度
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if self.R_e.isChecked():
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level = 1
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if self.R_m.isChecked():
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level = 2
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if self.R_h.isChecked():
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level = 3
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# 这里可以用多线程
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sudo = sd.Sudo()
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subject_with_answer = sudo.createSubjectByLevel(level).subject_with_answer
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del_cnt = sudo.get_del_cnt()
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# 打印参考答案
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# sudo.print_sudo()
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# print(sudo)
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self.translate(sudo.subject)
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def translate(self, nparray, mode=0):
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# 将np数组内容映射到按钮上
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for row_index, row in enumerate(nparray):
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row_list = list(map(str, row.tolist()))
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row_list = replace_element(row_list, '0', ' ')
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for single_index, single in enumerate(row_list):
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# 找到对象名为对应坐标的按钮
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b = self.findChild(QPushButton, 'B' + str(row_index) + '_' + str(single_index))
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# 将值映射到按钮上
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b.setText(single)
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# 禁用空值按钮
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if mode == 0:
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if single != ' ':
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b.setDisabled(True)
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else:
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b.setDisabled(False)
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if __name__ == '__main__':
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cnt = 0
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del_cnt = 0
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stack = []
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subject_with_answer = None
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sudo = None
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app = QApplication()
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win = Form()
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win.setWindowIcon(QIcon('src/sudo32.png'))
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win.show()
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app.exec()
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