CoCalc -- main_lesson

GitHub Repository: wiseplat/python-code
Path: blob/master/python-igra-morskoy-boy/main_lesson_16.py
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from tkinter import *
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from tkinter import messagebox
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import time
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import random
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tk = Tk()
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app_running = True
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size_canvas_x = 500
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size_canvas_y = 500
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s_x = s_y = 8  # размер игрового поля
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s_y = 8
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step_x = size_canvas_x // s_x  # шаг по горизонтали
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step_y = size_canvas_y // s_y  # шаг по вертикали
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size_canvas_x = step_x * s_x
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size_canvas_y = step_y * s_y
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delta_menu_x = 4
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menu_x = step_x * delta_menu_x  # 250
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menu_y = 40
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ships = s_x // 2  # определяем максимальное кол-во кораблей
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ship_len1 = s_x // 5  # длина первого типа корабля
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ship_len2 = s_x // 3  # длина второго типа корабля
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ship_len3 = s_x // 2  # длина третьего типа корабля
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enemy_ships1 = [[0 for i in range(s_x + 1)] for i in range(s_y + 1)]
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enemy_ships2 = [[0 for i in range(s_x + 1)] for i in range(s_y + 1)]
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list_ids = []  # список объектов canvas
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# points1 - список куда мы кликнули мышкой
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points1 = [[-1 for i in range(s_x)] for i in range(s_y)]
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points2 = [[-1 for i in range(s_x)] for i in range(s_y)]
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# boom - список попаданий по кораблям противника
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boom = [[0 for i in range(s_x)] for i in range(s_y)]
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# ships_list - список кораблей игрока 1 и игрока 2
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ships_list = []
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# hod_igrovomu_polu_1 - если Истина - то ходит игрок №2, иначе ходит игрок №1
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hod_igrovomu_polu_1 = False
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# computer_vs_human - если Истина - то играем против компьютера
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computer_vs_human = True
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if computer_vs_human:
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    add_to_label = " (Компьютер)"
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    hod_igrovomu_polu_1 = False
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else:
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    add_to_label = ""
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    hod_igrovomu_polu_1 = False
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# print(enemy_ships1)
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def on_closing():
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    global app_running
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    if messagebox.askokcancel("Выход из игры", "Хотите выйти из игры?"):
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        app_running = False
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        tk.destroy()
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tk.protocol("WM_DELETE_WINDOW", on_closing)
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tk.title("Игра Морской Бой")
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tk.resizable(0, 0)
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tk.wm_attributes("-topmost", 1)
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canvas = Canvas(tk, width=size_canvas_x + menu_x + size_canvas_x, height=size_canvas_y + menu_y, bd=0,
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                highlightthickness=0)
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canvas.create_rectangle(0, 0, size_canvas_x, size_canvas_y, fill="white")
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canvas.create_rectangle(size_canvas_x + menu_x, 0, size_canvas_x + menu_x + size_canvas_x, size_canvas_y,
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                        fill="lightyellow")
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canvas.pack()
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tk.update()
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def draw_table(offset_x=0):
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    for i in range(0, s_x + 1):
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        canvas.create_line(offset_x + step_x * i, 0, offset_x + step_x * i, size_canvas_y)
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    for i in range(0, s_y + 1):
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        canvas.create_line(offset_x, step_y * i, offset_x + size_canvas_x, step_y * i)
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draw_table()
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draw_table(size_canvas_x + menu_x)
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t0 = Label(tk, text="Игрок №1", font=("Helvetica", 16))
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t0.place(x=size_canvas_x // 2 - t0.winfo_reqwidth() // 2, y=size_canvas_y + 3)
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t1 = Label(tk, text="Игрок №2"+add_to_label, font=("Helvetica", 16))
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t1.place(x=size_canvas_x + menu_x + size_canvas_x // 2 - t1.winfo_reqwidth() // 2, y=size_canvas_y + 3)
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t0.configure(bg="red")
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t0.configure(bg="#f0f0f0")
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t3 = Label(tk, text="@@@@@@@", font=("Helvetica", 16))
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t3.place(x=size_canvas_x + menu_x//2 - t3.winfo_reqwidth() // 2, y= size_canvas_y)
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def mark_igrok(igrok_mark_1):
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    if igrok_mark_1:
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        t0.configure(bg="red")
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        t1.configure(bg="#f0f0f0")
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        t3.configure(text="Ход Игрока №2"+add_to_label)
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        t3.place(x=size_canvas_x + menu_x // 2 - t3.winfo_reqwidth() // 2, y=size_canvas_y)
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    else:
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        t1.configure(bg="red")
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        t0.configure(bg="#f0f0f0")
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        t3.configure(text="Ход Игрока №1")
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        t3.place(x=size_canvas_x + menu_x // 2 - t3.winfo_reqwidth() // 2, y=size_canvas_y)
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mark_igrok(hod_igrovomu_polu_1)
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def button_show_enemy1():
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    for i in range(0, s_x):
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        for j in range(0, s_y):
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            if enemy_ships1[j][i] > 0:
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                color = "red"
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                if points1[j][i] != -1:
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                    color = "green"
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                _id = canvas.create_rectangle(i * step_x, j * step_y, i * step_x + step_x, j * step_y + step_y,
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                                              fill=color)
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                list_ids.append(_id)
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def button_show_enemy2():
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    for i in range(0, s_x):
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        for j in range(0, s_y):
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            if enemy_ships2[j][i] > 0:
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                color = "red"
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                if points2[j][i] != -1:
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                    color = "green"
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                _id = canvas.create_rectangle(size_canvas_x + menu_x + i * step_x, j * step_y,
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                                              size_canvas_x + menu_x + i * step_x + step_x, j * step_y + step_y,
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                                              fill=color)
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                list_ids.append(_id)
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def button_begin_again():
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    global list_ids
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    global points1, points2
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    global boom
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    global enemy_ships1, enemy_ships2
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    for el in list_ids:
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        canvas.delete(el)
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    list_ids = []
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    generate_ships_list()
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    # print(ships_list)
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    enemy_ships1 = generate_enemy_ships()
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    enemy_ships2 = generate_enemy_ships()
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    points1 = [[-1 for i in range(s_x)] for i in range(s_y)]
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    points2 = [[-1 for i in range(s_x)] for i in range(s_y)]
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    boom = [[0 for i in range(s_x)] for i in range(s_y)]
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b0 = Button(tk, text="Показать корабли Игрока №1", command=button_show_enemy1)
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b0.place(x=size_canvas_x + 20, y=30)
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b1 = Button(tk, text="Показать корабли Игрока №2", command=button_show_enemy2)
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b1.place(x=size_canvas_x + 20, y=70)
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b2 = Button(tk, text="Начать заново!", command=button_begin_again)
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b2.place(x=size_canvas_x + 20, y=110)
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def draw_point(x, y):
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    # print(enemy_ships1[y][x])
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    if enemy_ships1[y][x] == 0:
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        color = "red"
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        id1 = canvas.create_oval(x * step_x, y * step_y, x * step_x + step_x, y * step_y + step_y, fill=color)
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        id2 = canvas.create_oval(x * step_x + step_x // 3, y * step_y + step_y // 3, x * step_x + step_x - step_x // 3,
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                                 y * step_y + step_y - step_y // 3, fill="white")
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        list_ids.append(id1)
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        list_ids.append(id2)
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    if enemy_ships1[y][x] > 0:
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        color = "blue"
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        id1 = canvas.create_rectangle(x * step_x, y * step_y + step_y // 2 - step_y // 10, x * step_x + step_x,
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                                      y * step_y + step_y // 2 + step_y // 10, fill=color)
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        id2 = canvas.create_rectangle(x * step_x + step_x // 2 - step_x // 10, y * step_y,
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                                      x * step_x + step_x // 2 + step_x // 10, y * step_y + step_y, fill=color)
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        list_ids.append(id1)
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        list_ids.append(id2)
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def draw_point2(x, y, offset_x=size_canvas_x + menu_x):
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    # print(enemy_ships1[y][x])
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    if enemy_ships2[y][x] == 0:
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        color = "red"
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        id1 = canvas.create_oval(offset_x + x * step_x, y * step_y, offset_x + x * step_x + step_x, y * step_y + step_y,
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                                 fill=color)
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        id2 = canvas.create_oval(offset_x + x * step_x + step_x // 3, y * step_y + step_y // 3,
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                                 offset_x + x * step_x + step_x - step_x // 3,
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                                 y * step_y + step_y - step_y // 3, fill="white")
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        list_ids.append(id1)
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        list_ids.append(id2)
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    if enemy_ships2[y][x] > 0:
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        color = "blue"
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        id1 = canvas.create_rectangle(offset_x + x * step_x, y * step_y + step_y // 2 - step_y // 10,
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                                      offset_x + x * step_x + step_x,
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                                      y * step_y + step_y // 2 + step_y // 10, fill=color)
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        id2 = canvas.create_rectangle(offset_x + x * step_x + step_x // 2 - step_x // 10, y * step_y,
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                                      offset_x + x * step_x + step_x // 2 + step_x // 10, y * step_y + step_y,
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                                      fill=color)
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        list_ids.append(id1)
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        list_ids.append(id2)
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def check_winner(x, y):
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    win = False
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    if enemy_ships1[y][x] > 0:
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        boom[y][x] = enemy_ships1[y][x]
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    sum_enemy_ships1 = sum(sum(i) for i in zip(*enemy_ships1))
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    sum_boom = sum(sum(i) for i in zip(*boom))
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    # print(sum_enemy_ships1, sum_boom)
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    if sum_enemy_ships1 == sum_boom:
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        win = True
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    return win
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def check_winner2():
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    win = True
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    for i in range(0, s_x):
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        for j in range(0, s_y):
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            if enemy_ships1[j][i] > 0:
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                if points1[j][i] == -1:
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                    win = False
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    # print(win)
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    return win
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def check_winner2_igrok_2():
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    win = True
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    for i in range(0, s_x):
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        for j in range(0, s_y):
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            if enemy_ships2[j][i] > 0:
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                if points2[j][i] == -1:
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                    win = False
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    # print(win)
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    return win
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def hod_computer():
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    global points1, points2, hod_igrovomu_polu_1
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    tk.update()
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    time.sleep(1)
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    hod_igrovomu_polu_1 = False
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    ip_x = random.randint(0, s_x-1)
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    ip_y = random.randint(0, s_y-1)
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    #print(ip_x, ip_y)
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    while not points1[ip_y][ip_x] == -1:
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        ip_x = random.randint(0, s_x-1)
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        ip_y = random.randint(0, s_y-1)
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    points1[ip_y][ip_x] = 7
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    draw_point(ip_x, ip_y)
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    if check_winner2():
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        winner = "Победа Игрока №2"+add_to_label
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        winner_add = "(Все корабли противника Игрока №1 подбиты)!!!!!"
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        print(winner, winner_add)
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        points1 = [[10 for i in range(s_x)] for i in range(s_y)]
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        points2 = [[10 for i in range(s_x)] for i in range(s_y)]
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        id1 = canvas.create_rectangle(step_x * 3, step_y * 3, size_canvas_x + menu_x + size_canvas_x - step_x * 3,
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                                      size_canvas_y - step_y, fill="blue")
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        list_ids.append(id1)
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        id2 = canvas.create_rectangle(step_x * 3 + step_x // 2, step_y * 3 + step_y // 2,
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                                      size_canvas_x + menu_x + size_canvas_x - step_x * 3 - step_x // 2,
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                                      size_canvas_y - step_y - step_y // 2, fill="yellow")
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        list_ids.append(id2)
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        id3 = canvas.create_text(step_x * 10, step_y * 5, text=winner, font=("Arial", 50), justify=CENTER)
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        id4 = canvas.create_text(step_x * 10, step_y * 6, text=winner_add, font=("Arial", 25), justify=CENTER)
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        list_ids.append(id3)
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        list_ids.append(id4)
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def add_to_all(event):
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    global points1, points2, hod_igrovomu_polu_1
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    _type = 0  # ЛКМ
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    if event.num == 3:
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        _type = 1  # ПКМ
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    # print(_type)
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    mouse_x = canvas.winfo_pointerx() - canvas.winfo_rootx()
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    mouse_y = canvas.winfo_pointery() - canvas.winfo_rooty()
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    # print(mouse_x, mouse_y)
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    ip_x = mouse_x // step_x
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    ip_y = mouse_y // step_y
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    #  print(ip_x, ip_y, "_type:", _type)
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    # первое игровое поле
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    if ip_x < s_x and ip_y < s_y and hod_igrovomu_polu_1:
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        if points1[ip_y][ip_x] == -1:
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            points1[ip_y][ip_x] = _type
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            hod_igrovomu_polu_1 = False
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            draw_point(ip_x, ip_y)
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            # if check_winner(ip_x, ip_y):
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            if check_winner2():
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                hod_igrovomu_polu_1 = True
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                winner = "Победа Игрока №2"
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                winner_add = "(Все корабли противника Игрока №1 подбиты)!!!!!"
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                print(winner, winner_add)
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                points1 = [[10 for i in range(s_x)] for i in range(s_y)]
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                points2 = [[10 for i in range(s_x)] for i in range(s_y)]
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                id1 = canvas.create_rectangle(step_x*3, step_y*3, size_canvas_x + menu_x + size_canvas_x-step_x*3, size_canvas_y-step_y, fill="blue")
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                list_ids.append(id1)
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                id2 = canvas.create_rectangle(step_x * 3+step_x//2, step_y * 3+step_y//2,
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                                              size_canvas_x + menu_x + size_canvas_x - step_x * 3 - step_x//2,
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                                              size_canvas_y - step_y - step_y//2, fill="yellow")
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                list_ids.append(id2)
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                id3 = canvas.create_text(step_x*10, step_y*5, text=winner, font=("Arial", 50), justify=CENTER)
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                id4 = canvas.create_text(step_x * 10, step_y * 6, text=winner_add, font=("Arial", 25), justify=CENTER)
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                list_ids.append(id3)
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                list_ids.append(id4)
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        # print(len(list_ids))
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    # второе игровое поле
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    if ip_x >= s_x + delta_menu_x and ip_x <= s_x + s_x + delta_menu_x and ip_y < s_y and not hod_igrovomu_polu_1:
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        # print("ok")
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        if points2[ip_y][ip_x - s_x - delta_menu_x] == -1:
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            points2[ip_y][ip_x - s_x - delta_menu_x] = _type
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            hod_igrovomu_polu_1 = True
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            draw_point2(ip_x - s_x - delta_menu_x, ip_y)
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            # if check_winner(ip_x, ip_y):
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            if check_winner2_igrok_2():
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                hod_igrovomu_polu_1 = False
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                winner = "Победа Игрока №1"
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                winner_add = "(Все корабли противника Игрока №2 подбиты)!!!!!"
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                print(winner, winner_add)
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                points1 = [[10 for i in range(s_x)] for i in range(s_y)]
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                points2 = [[10 for i in range(s_x)] for i in range(s_y)]
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                id1 = canvas.create_rectangle(step_x * 3, step_y * 3,
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                                              size_canvas_x + menu_x + size_canvas_x - step_x * 3,
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                                              size_canvas_y - step_y, fill="blue")
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                list_ids.append(id1)
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                id2 = canvas.create_rectangle(step_x * 3 + step_x // 2, step_y * 3 + step_y // 2,
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                                              size_canvas_x + menu_x + size_canvas_x - step_x * 3 - step_x // 2,
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                                              size_canvas_y - step_y - step_y // 2, fill="yellow")
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                list_ids.append(id2)
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                id3 = canvas.create_text(step_x * 10, step_y * 5, text=winner, font=("Arial", 50), justify=CENTER)
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                id4 = canvas.create_text(step_x * 10, step_y * 6, text=winner_add, font=("Arial", 25), justify=CENTER)
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                list_ids.append(id3)
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                list_ids.append(id4)
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            elif computer_vs_human:
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                mark_igrok(hod_igrovomu_polu_1)
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                hod_computer()
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    mark_igrok(hod_igrovomu_polu_1)
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canvas.bind_all("<Button-1>", add_to_all)  # ЛКМ
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canvas.bind_all("<Button-3>", add_to_all)  # ПКМ
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def generate_ships_list():
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    global ships_list
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    ships_list = []
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    # генерируем список случайных длин кораблей
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    for i in range(0, ships):
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        ships_list.append(random.choice([ship_len1, ship_len2, ship_len3]))
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    # print(ships_list)
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def generate_enemy_ships():
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    global ships_list
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    enemy_ships = []
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    # подсчет суммарной длины кораблей
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    sum_1_all_ships = sum(ships_list)
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    sum_1_enemy = 0
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    # print("sum: ", sum_1_all_ships)
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    while sum_1_enemy != sum_1_all_ships:
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        # обнуляем массив кораблей врага
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        enemy_ships = [[0 for i in range(s_x + 1)] for i in
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                       range(s_y + 1)]  # +1 для доп. линии справа и снизу, для успешных проверок генерации противника
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        for i in range(0, ships):
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            len = ships_list[i]
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            horizont_vertikal = random.randrange(1, 3)  # 1- горизонтальное 2 - вертикальное
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            primerno_x = random.randrange(0, s_x)
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            if primerno_x + len > s_x:
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                primerno_x = primerno_x - len
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            primerno_y = random.randrange(0, s_y)
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            if primerno_y + len > s_y:
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                primerno_y = primerno_y - len
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            # print(horizont_vertikal, primerno_x,primerno_y)
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            if horizont_vertikal == 1:
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                if primerno_x + len <= s_x:
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                    for j in range(0, len):
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                        try:
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                            check_near_ships = 0
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                            check_near_ships = enemy_ships[primerno_y][primerno_x - 1] + \
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                                               enemy_ships[primerno_y][primerno_x + j] + \
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                                               enemy_ships[primerno_y][primerno_x + j + 1] + \
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                                               enemy_ships[primerno_y + 1][primerno_x + j + 1] + \
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                                               enemy_ships[primerno_y - 1][primerno_x + j + 1] + \
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                                               enemy_ships[primerno_y + 1][primerno_x + j] + \
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                                               enemy_ships[primerno_y - 1][primerno_x + j]
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                            # print(check_near_ships)
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                            if check_near_ships == 0:  # записываем в том случае, если нет ничего рядом
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                                enemy_ships[primerno_y][primerno_x + j] = i + 1  # записываем номер корабля
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                        except Exception:
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                            pass
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            if horizont_vertikal == 2:
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                if primerno_y + len <= s_y:
400
                    for j in range(0, len):
401
                        try:
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                            check_near_ships = 0
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                            check_near_ships = enemy_ships[primerno_y - 1][primerno_x] + \
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                                               enemy_ships[primerno_y + j][primerno_x] + \
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                                               enemy_ships[primerno_y + j + 1][primerno_x] + \
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                                               enemy_ships[primerno_y + j + 1][primerno_x + 1] + \
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                                               enemy_ships[primerno_y + j + 1][primerno_x - 1] + \
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                                               enemy_ships[primerno_y + j][primerno_x + 1] + \
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                                               enemy_ships[primerno_y + j][primerno_x - 1]
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                            # print(check_near_ships)
411
                            if check_near_ships == 0:  # записываем в том случае, если нет ничего рядом
412
                                enemy_ships[primerno_y + j][primerno_x] = i + 1  # записываем номер корабля
413
                        except Exception:
414
                            pass
415

416
        # делаем подсчет 1ц
417
        sum_1_enemy = 0
418
        for i in range(0, s_x):
419
            for j in range(0, s_y):
420
                if enemy_ships[j][i] > 0:
421
                    sum_1_enemy = sum_1_enemy + 1
422

423
        # print(sum_1_enemy)
424
        # print(ships_list)
425
        # print(enemy_ships)
426
    return enemy_ships
427

428

429
generate_ships_list()
430
# print(ships_list)
431
enemy_ships1 = generate_enemy_ships()
432
enemy_ships2 = generate_enemy_ships()
433
# print("****************************")
434
# print(enemy_ships1)
435
# print("****************************")
436
# print(enemy_ships2)
437
# print("****************************")
438

439
while app_running:
440
    if app_running:
441
        tk.update_idletasks()
442
        tk.update()
443
    time.sleep(0.005)
444

445
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