更新代码

UI.py

@@ -7,6 +7,7 @@
 # -*- encoding: utf-8 -*-
 
 import tkinter as tk
+from pprint import pprint
 from tkinter import *
 from data import *
 import time
@@ -26,7 +27,7 @@ GREY = '#808080'
 GREYLESS = '#CCCCCC'
 
 
-BC = 40
+side = 40
 
 # 构建主窗口
 width, height = 840, 610#设置长宽
@@ -35,16 +36,17 @@ root.title("数独")#设置窗口标题
 root.config(bg=BLACK)#设置背景
 root.geometry(f'{width}x{height}')#设置窗口大小
 root.resizable(0, 0) # 防止用户调整尺寸
-cv = tk.Canvas(root, bg=WHITE, bd=2, relief="sunken", width=width, height=height, background=ORANGE,
+canvas = tk.Canvas(root, bg=WHITE, bd=2, width=width, height=height, background=ORANGE,
-               borderwidth=0, highlightthickness=0)#设置画布
+                   highlightthickness=0)#设置画布
-cv.place(x=0, y=0, anchor=NW)#设置画布位置
 
-bc = 40
+canvas.place(x=0, y=0, anchor=NW)#设置画布位置
+
+side = 40
 """文字框"""
-top_x = (bc + 3) * 11 # 文本框顶点x
+top_x = (side + 3) * 11 # 文本框顶点x
 top_y = 50  # 文本框顶点y
-bc_x = (bc + 3) * 7 + 20  # 文本框宽度
+bc_x = (side + 3) * 7 + 20  # 文本框宽度
-bc_y = (bc + 3) * 12  # 文本框高度
+bc_y = (side + 3) * 12  # 文本框高度
 
 right = tk.Frame(root, bg=WHITE, relief="sunken", width=bc_x, height=bc_y)
 right.place(x=top_x, y=top_y, anchor=NW) # 右边栏
@@ -93,10 +95,10 @@ class MyTimer:
             self.min.set(now // 60)
             self.sec.set(now - self.min.get() * 60)
 
-def rect_draw(bc, row, col):
+def rect_draw(side, row, col):
     '''
     绘制一个方格
-    :param bc: 方格大小
+    :param side: 方格边长
     :param row: 行
     :param col: 列
     :return:
@@ -108,9 +110,32 @@ def rect_draw(bc, row, col):
         color = "#FAE067"
     else:
         color = 'white'
-    cv.create_rectangle(row * (bc + 3) + 50, col * (bc + 3) + 50, row * (bc + 3) + 50 + bc, col * (bc + 3) + 50 + bc,
+    canvas.create_rectangle(row * (side + 3) + 50, col * (side + 3) + 50, row * (side + 3) + 50 + side, col * (side + 3) + 50 + side,
-                        fill=color, width=0)  # 绘制一个方格
+                            fill=color, width=0)  # 绘制一个方格
 
+def draw_all_rect():
+    """
+    左上角开始
+    :param left_x: 
+    :param top_y: 
+    :return: 
+    """
+    for i in range(9):
+        for n in range(9):
+            rect_draw(side, i, n)
+
+
+martix_position_mapping = dict()
+def creat_martix_mapping(side):
+    mapping_dict = dict()
+    offeset_x = 50
+    side = side + 3
+    for i in range(9):  # 坐标映射
+        for n in range(9):
+            x = side *i+offeset_x
+            y = side *n+offeset_x
+            mapping_dict[n, i] = [x, y]
+    return mapping_dict
 
 def show_Time(timer: MyTimer):
     '''
@@ -125,10 +150,10 @@ def show_Time(timer: MyTimer):
     Sec = tk.Label(right, textvariable=timer.sec, bg=WHITE, fg=BLACK, font=('幼圆', 16, 'bold'))  # 秒钟计数
     Sec.place(x=220, y=30, width=30, height=30)
 
-def num_draw(bc, row, col, martix, u_martix):
+def num_draw(side, row, col, martix, u_martix):
     '''
     绘制方格中的数字
-    :param bc: 方格大小
+    :param side: 方格大小
     :param row: 行
     :param col: 列
     :param martix: 原矩阵
@@ -145,10 +170,8 @@ def num_draw(bc, row, col, martix, u_martix):
         else:
             color = 'purple' # 用户填的数字的颜色
     if martix[row, col] != 0 or u_martix[row, col] != 0: #如果该格子有数据要显示
-        cv.create_text(col * (bc + 3) + 50 + bc / 2, row * (bc + 3) + 50 + bc / 2,
+        canvas.create_text(col * (side + 3) + 50 + side / 2, row * (side + 3) + 50 + side / 2,
-                        text=f"{u_martix[row, col]}", font=('幼圆', 18, 'bold'), fill=color)
+                           text=f"{u_martix[row, col]}", font=('幼圆', 18, 'bold'), fill=color, tags="num")
-
-
 
 
 def Difficulty(empty):
@@ -191,9 +214,6 @@ def seq_recode(right, STEP):
 
 
 
-
-
-
 def empty(u_martix):
     count = 0  # 计数
     for i in range(9):
@@ -224,15 +244,30 @@ if __name__ == "__main__":
                     [0, 2, 8, 0, 5, 1, 0, 6, 9],
                     [0, 1, 3, 0, 6, 0, 7, 4, 8],
                     [0, 5, 0, 4, 0, 0, 0, 1, 2]])
-    # text_enter(BC)
+    # text_enter(side)
 
     # time1.start()  # 计时开始
-    # draw((5, 5),M,u_M)
+    # draw((5, 5),M,u_martix)
-
 
-    BC = 40
+    side = 40
     def left1(event):
         print(event.x, event.y)
-    cv.bind('<Button-1>', left1)
+        x = event.x
+        y = event.y
+        for key, posit_lt in martix_position_mapping.items():
+            if posit_lt[0] < x < posit_lt[0]+side and posit_lt[1] < y < posit_lt[1]+side:
+                print(key)
+    canvas.bind('<Button-1>', left1)
+    draw_all_rect()
+    martix_position_mapping = creat_martix_mapping(side)
+    seq_recode(right,[])
+
+    time1 = MyTimer()  # 实例计时器
+    show_Time(time1)
+    
+    emp = empty(u_M)
+    Difficulty(emp)
+    noter(True)
+    
 
     mainloop()

hello.py

@@ -0,0 +1 @@
+print('hello world')

run.sh

@@ -0,0 +1,6 @@
+xrandr --addmode VNC-0 "1920x1200"
+xrandr --output VNC-0 --mode "1920x1200"
+nohup python3 /home/headless/Desktop/workspace/myshixun/src/new_UI.py
+echo "执行开始"
+echo "过程正确"
+echo "执行完成"

sudoku.py

@@ -35,6 +35,7 @@ main_menu = tk.Menu(root)
 root.config(menu=main_menu)
 game_menu(main_menu)
 auto_menu(main_menu)
+martix_position_mapping = creat_martix_mapping(side)
 
 def speed_set(spd):
     global wait_time
@@ -176,6 +177,8 @@ def load_game():
 
     draw(loca, martix, u_martix, STEP)
 
+
+
 def left1(event):
     '''
     martix坐标映射
@@ -185,21 +188,17 @@ def left1(event):
     """"""
     x = event.x
     y = event.y
-    row = -1
-    col = -1
     global STEP, loca, loca_o
-    for cur_col in range(9):
+
-        for cur_row in range(9):
+    for key, posit_lt in martix_position_mapping.items():
-            top_x, top_y = cur_col * (bc + 3) + 50, cur_row * (bc + 3) + 50# 计算每个方格的四个角
+        if posit_lt[0] < x < posit_lt[0] + side and posit_lt[1] < y < posit_lt[1] + side:
-            ud_x, ud_y = (cur_col + 1) * (bc + 3) + 50, (cur_row + 1) * (bc + 3) + 50# 计算每个方格的四个角
+            print(key)
-            if x < ud_x and x > top_x:#计算点击的列数
+            
-                col = cur_col
+            if key[0] >= 0 and key[1] >= 0 and not martix[key[0], key[1]]:
-            if y < ud_y and y > top_y:#计算点击的行数
+                # print(col, row, "dks")
-                row = cur_row
-            if row >= 0 and col >= 0 and not martix[row, col]:
                 if loca:#若已经点击过坐标
                     loca_o = loca  # 保留上次点击过的坐标
-                loca = (row + 1, col + 1)  # 更新选中的格子位置
+                loca = (key[0] + 1, key[1] + 1)  # 更新选中的格子位置
                 draw(loca, martix, u_martix, STEP)#绘制界面
                 return
 
@@ -267,17 +266,17 @@ def u_number(num, loca):
                     possible[row][col].add(num)
         draw(loca, martix, u_martix, STEP)#重新绘制界面
 
-def control_draw_old(bc):
+def control_draw_old(side):
     '''
     绘制数字按钮
-    :param bc: 全局按钮大小
+    :param side: 全局按钮大小
     :return:
     '''
     for i in range(9):#遍历0~9
-        top_x, top_y = i * (bc + 3) + 50, 12 * (bc + 3) + 10#计算每个按钮左上角坐标
+        top_x, top_y = i * (side + 3) + 50, 12 * (side + 3) + 10#计算每个按钮左上角坐标
         B = tk.Button(root, text=f"{i + 1}", bg='white', fg='black',
                           font=('幼圆', 14, 'bold'), command=lambda num=i + 1: u_number(num, loca))
-        B.place(x=top_x, y=top_y, width=bc + 3, height=bc + 3)#绘制按钮到图上
+        B.place(x=top_x, y=top_y, width=side + 3, height=side + 3)#绘制按钮到图上
 def control_draw(bc, u_martix):
     '''
     绘制数字按钮
@@ -331,19 +330,19 @@ def listen_all_note(possible, u_martix):
                 u_martix[row][col] = 10#标记这个格子为存在提示
     draw(loca, martix, u_martix, STEP)#重新绘制界面
 
-def show_hint(bc, u_martix, possible):
+def show_hint(side, u_martix, possible):
     '''
     显示提示信息
-    :param bc: 方格大小
+    :param side: 方格大小
     :return:
     '''
-    hint_bc = int(bc // 3)# 小数字的间距
+    hint_bc = int(side // 3)# 小数字的间距
     for row in range(9):
         for col in range(9):
             if not u_martix[row][col] == 10:
                 possible[row][col].clear()# 只有u_martix[j][i]为10才表示该格子有笔记存在
                 continue# 若该格无笔记，则跳过该格
-            x, y = col * (bc + 3) + 50 + bc / 2, row * (bc + 3) + 50 + bc / 2# 计算大方格中点坐标
+            x, y = col * (side + 3) + 50 + side / 2, row * (side + 3) + 50 + side / 2# 计算大方格中点坐标
             x = x - hint_bc#计算左上角第一个数字坐标
             y = y - hint_bc#计算左上角第一个数字坐标
             for ii in range(3):# 按照九宫格显示小数字
@@ -352,9 +351,9 @@ def show_hint(bc, u_martix, possible):
                     if possible[row][col]:  # 在用户已填的部分有可能导致部分格子无解，所以先加一个判断
                         for k in possible[row][col]:
                             if n == k:# 如果possible[row][col]中含有k，则说明该格子可以填k，则将k显示在方格中
-                                cv.create_text(x + ii * hint_bc, y + jj * hint_bc,
+                                canvas.create_text(x + ii * hint_bc, y + jj * hint_bc,
-                                               text=f"{n}", font=('楷体', 10), fill='purple')
+                                                   text=f"{n}", font=('楷体', 10), fill='purple', tags="mini_num")
-    cv.update()#更新画布
+    
 
 
 
@@ -430,6 +429,15 @@ def control(bc):
                   font=('幼圆', 12, 'bold'), command=lambda: listen_hint(loca, u_martix))
     B5.place(x=(lon + 2) * 4 + 50, y=(bc + 3) * 11 + 8, width=lon, height=bc)
 
+# def draw(loca, martix, u_martix, STEP):
+
+def draw_fixation_num():
+    for i in range(9):
+        for n in range(9):
+            x,y = martix_position_mapping[i,n]
+            canvas.create_text(x+ side / 2, x + side / 2,
+                               text=f"{u_martix[i, n]}", font=('幼圆', 18, 'bold'), fill="black", tags="fixa_num")
+            num_draw(side,i,n,martix,u_martix)
 
 def draw(loca, martix, u_martix, STEP):
     '''
@@ -437,33 +445,33 @@ def draw(loca, martix, u_martix, STEP):
     :param loca: 当前位置
     :return:
     '''
-    for i in range(9):
-        for j in range(9):# 绘制小方格
-            rect_draw(BC, i, j)
     if loca != ():#根据当前选中位置绘制阴影
+        canvas.delete("rect")
         row, col = loca[0] - 1, loca[1] - 1
         for i in range(9):
             for j in range(9):
                 if col == i and row == j:#当前选中的方格使用灰色标记
-                    cv.create_rectangle(col * (BC + 3) + 52, row * (BC + 3) + 52, col * (BC + 3) + 48 + BC,
+                    canvas.create_rectangle(col * (side + 3) + 52, row * (side + 3) + 52, col * (side + 3) + 48 + side,
-                                        row * (BC + 3) + 48 + BC, fill='grey', width=0)
+                                            row * (side + 3) + 48 + side, fill='grey', width=0, tags="rect")
                 elif col == i or row == j:#当前选中方格所在行列使用浅灰色标记
-                    cv.create_rectangle(i * (BC + 3) + 52, j * (BC + 3) + 52, i * (BC + 3) + 48 + BC,
+                    canvas.create_rectangle(i * (side + 3) + 52, j * (side + 3) + 52, i * (side + 3) + 48 + side,
-                                        j * (BC + 3) + 48 + BC, fill='#CCCCCC', width=0)
+                                            j * (side + 3) + 48 + side, fill='#CCCCCC', width=0, tags="rect")
-    show_hint(BC, u_martix, possible)# 显示提示信息
+        canvas.delete("num")            
-    for row in range(9):
+        num_draw(side, row, col, martix, u_martix)
-        for col in range(9):# 在小方格上绘制数字
+        
-            num_draw(BC, row, col, martix, u_martix)
+    canvas.delete("mini_num")
-    print(u_martix.tolist())
+    show_hint(side, u_martix, possible)# 显示提示信息
-    print(loca)
+
-    control(BC)# 绘制五个控制按键
+    
-    control_draw(BC, u_martix)# 绘制9个数字按钮
+    # print(u_martix.tolist())
+    # print(loca)
+
     empty_count = empty(martix)# 计算数组空格
     Difficulty(empty_count)# 根据空格数量显示难度
     noter(note_mark)# 显示笔记提示
     seq_recode(right, STEP)# 显示步骤
     win(u_martix, time1, STEP)# 检查游戏是否结束
-    cv.update()# 更新画布
+    # canvas.update()# 更新画布
 
 N = 30 # 空白格子数
 martix = InitMartix(N)
@@ -488,12 +496,18 @@ step = []  # 操作步骤
 STEP = [[0, (0, 0), 0, martix]]  # 记录每一步的状态
 seq = 1  # 全局操作次序初始化
 
+
+draw_all_rect()    # 显示底图
+control(side)  # 绘制五个控制按键
+control_draw(side, u_martix)  # 绘制9个数字按钮
+draw_fixation_num()
+
 time1 = MyTimer()  # 实例计时器
 # 显示时间信息
 show_Time(time1)
 draw(loca, martix, u_martix, STEP)
 
-cv.bind('<Button-1>', left1)
+canvas.bind('<Button-1>', left1)
 
 if __name__ == "__main__":
     mainloop()

函数调用.py

@@ -0,0 +1,15 @@
+
+from pycallgraph2 import PyCallGraph
+from pycallgraph2.output import GraphvizOutput
+from pycallgraph2 import Config
+from pycallgraph2 import GlobbingFilter
+
+def main():
+	# TODO: 调用各种类、函数
+	return
+	
+if __name__ == "__main__":
+	graphviz = GraphvizOutput()
+	graphviz.output_file = 'graph.png'
+	with PyCallGraph(output=graphviz):
+		main()