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  1.  # -*- coding: cp1251 -*-
  2. from Tkinter import * #из ткинтера импортируем всё
  3. import random #импортируем рандом
  4.  
  5.  
  6. root = Tk()                       #Создаем окно с именем тетрис задаем размеры для окна с игрой и очками и заливаем цветом
  7. root.title("Тетрис Родиона")
  8. root.geometry(("%dx%d")%(400, 510))
  9. mainFrame = Frame(root, width = 200, height = 510)
  10. pointFrame = Frame(root, width = 200, height = 500, bg = '#272822')
  11. can = Canvas(mainFrame, bg = "#272822",width = 200, height = 500)
  12. mainFrame.grid(row = 0, column = 0)
  13. pointFrame.grid(row = 0, column = 1)
  14. can.pack()
  15.  
  16. class Cube(): # Объявляю класс куб c функцией инит с переменной селф сингл куб
  17.     def __init__(self, xBeginCoords, yBeginCoords):
  18.         self.singleCube = can.create_rectangle(xBeginCoords, yBeginCoords, \
  19.                                                 xBeginCoords + 20, \
  20.                                                 yBeginCoords + 20 ,\
  21.                                                 outline = '#272822')
  22.         self.isActive = False
  23.         self.maxHeight = 25
  24.     def stop_figure(self): # еше функция для этого класса для остановки фигуры если пространство занято
  25.         for x in self.figureCoords:
  26.             allCubes[x[0]][x[1]].give_true()
  27.         self.get_max()
  28.         self.check_line()
  29.         self.create_figure()
  30.  
  31.     def get_max(self):
  32.         self.possibleHeight = min(self.figureCoords[x][0] for x in range(4))
  33.         if self.maxHeight > self.possibleHeight:
  34.             self.maxHeight = self.possibleHeight
  35.  
  36.     def give_true(self):
  37.         self.isActive = True
  38.  
  39.     def give_end_color(self):
  40.         can.itemconfig(self.singleCube, fill = "#0ec0e2", outline = 'white')
  41.         self.give_true()
  42.  
  43.     def take_color(self):
  44.         can.itemconfig(self.singleCube, fill = '#272822', outline = '#272822')
  45.         self.isActive = False
  46.  
  47.     def give_color(self, ftype):
  48.         if ftype == 0:
  49.             can.itemconfig(self.singleCube, fill = "#fd7521", outline = 'white')  # операторы условия для заливки цвета
  50.  
  51.         if ftype == 1:
  52.             can.itemconfig(self.singleCube, fill = "#ae739a", outline = 'white')
  53.  
  54.         if ftype == 2:
  55.             can.itemconfig(self.singleCube, fill = "#f92672", outline = 'white')
  56.  
  57.         if ftype == 3:
  58.             can.itemconfig(self.singleCube, fill = "#a6e22a", outline = 'white')
  59.  
  60.         if ftype == 4:
  61.             can.itemconfig(self.singleCube, fill = "#66d9ef", outline = 'white')
  62.  
  63.     def create_figure(self):
  64.         self.figureType = random.randint(0, 4)
  65.         self.rotate = 0
  66.         if self.figureType == 0:
  67.             self.figureCoords = [[0, 3], [0, 4], [0, 5], [1, 4]]
  68.             for x in self.figureCoords:
  69.                 allCubes[x[0]][x[1]].give_color(self.figureType)
  70.         if self.figureType == 1:
  71.             self.figureCoords = [[0, 3], [0, 4], [0, 5], [0, 6]]
  72.             for x in self.figureCoords:
  73.                 allCubes[x[0]][x[1]].give_color(self.figureType)
  74.         if self.figureType == 2:
  75.             self.figureCoords = [[0, 3], [0, 4], [1, 3], [1, 4]]
  76.             for x in self.figureCoords:
  77.                 allCubes[x[0]][x[1]].give_color(self.figureType)
  78.         if self.figureType == 3:
  79.             self.figureCoords = [[0, 3], [0, 4], [1, 4], [1, 5]]
  80.             for x in self.figureCoords:
  81.                 allCubes[x[0]][x[1]].give_color(self.figureType)
  82.         if self.figureType == 4:
  83.             self.figureCoords = [[0, 3], [0, 4], [1, 4], [2, 4]]
  84.  
  85.         self.move_down()
  86.  
  87.  
  88. class Moving_Cubes(Cube): # Объявляю класс мувинг кубс с параметром куб для его вызова
  89.     def move_down(self):
  90.         if self.maxHeight == 0:
  91.             exit()
  92.         try:
  93.             for x in self.figureCoords:
  94.                 allCubes[x[0]+1][x[1]]
  95.         except IndexError:
  96.  
  97.             self.stop_figure()
  98.  
  99.             return # возвращаю значение
  100.         else:
  101.             for x in self.figureCoords:
  102.                 if allCubes[x[0]+1][x[1]].isActive == True:
  103.                     self.stop_figure()
  104.  
  105.                     return
  106.             for x in self.figureCoords:
  107.                 allCubes[x[0]][x[1]].take_color()
  108.             for x in self.figureCoords:
  109.                 allCubes[x[0]+1][x[1]].give_color(self.figureType)
  110.                 x[0] += 1
  111.  
  112.         can.after(100, self.move_down)
  113.  
  114.     def move_left(self, event):
  115.         for x in self.figureCoords:
  116.             if x[1] == 0 or allCubes[x[0]][x[1]-1].isActive == True:
  117.                 return
  118.         else:
  119.             for x in self.figureCoords:
  120.                 allCubes[x[0]][x[1]].take_color()
  121.             for x in self.figureCoords:
  122.                 allCubes[x[0]][x[1]-1].give_color(self.figureType)
  123.                 x[1] -= 1
  124.  
  125.     def move_right(self, event):
  126.         for x in self.figureCoords:
  127.             if x[1] == 9 or allCubes[x[0]][x[1]+1].isActive == True:
  128.                 return
  129.         else:
  130.             for x in self.figureCoords:
  131.                 allCubes[x[0]][x[1]].take_color()
  132.             for x in self.figureCoords:
  133.                 allCubes[x[0]][x[1]+1].give_color(self.figureType)
  134.                 x[1] += 1
  135.  
  136.     def check_line(self):
  137.         self.y = min(self.figureCoords)
  138.         while self.y[0] < 25:
  139.             x = 0
  140.             while x < 10:
  141.                 if allCubes[self.y[0]][x].isActive == False:
  142.                     break
  143.                 elif x == 9:
  144.                     for z in range(0, 10):
  145.                         allCubes[self.y[0]][z].take_color()
  146.                         allCubes[self.y[0]][z].isActive = False
  147.                     self.move_the_line_down()
  148.                 x += 1
  149.             self.y[0] += 1
  150.  
  151.     def move_the_line_down(self):
  152.         self.begin_moving = self.y[0]-1
  153.         while self.begin_moving >= self.maxHeight:
  154.             for x in range(10):
  155.                 if allCubes[self.begin_moving][x].isActive == True:
  156.                     allCubes[self.begin_moving][x].take_color()
  157.                     allCubes[self.begin_moving + 1][x].give_end_color()
  158.             self.begin_moving -= 1
  159.  
  160.     def rotate_figure(self, event):
  161.         if self.figureType == 0:    
  162.             if self.rotate == 0:
  163.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  164.                 allCubes[self.figureCoords[0][0] - 1][self.figureCoords[0][1] + 1].give_color(self.figureType)
  165.                 self.figureCoords[0][0] -= 1
  166.                 self.figureCoords[0][1] += 1
  167.                 self.rotate += 1
  168.  
  169.             elif self.rotate == 1:
  170.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  171.                 allCubes[self.figureCoords[3][0] - 1][self.figureCoords[3][1] - 1].give_color(self.figureType)
  172.                 self.figureCoords[3][0] -= 1
  173.                 self.figureCoords[3][1] -= 1
  174.                 self.rotate += 1
  175.  
  176.             elif self.rotate == 2:
  177.                 allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
  178.                 allCubes[self.figureCoords[2][0] + 1][self.figureCoords[2][1] - 1].give_color(self.figureType)
  179.                 self.figureCoords[2][0] += 1
  180.                 self.figureCoords[2][1] -= 1
  181.                 self.rotate += 1
  182.  
  183.             elif self.rotate == 3:          
  184.                 allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
  185.                 allCubes[self.figureCoords[2][0] - 1][self.figureCoords[2][1] + 1].give_color(self.figureType)
  186.                 self.figureCoords[2][0] -= 1
  187.                 self.figureCoords[2][1] += 1
  188.  
  189.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  190.                 allCubes[self.figureCoords[3][0] + 1][self.figureCoords[3][1] + 1].give_color(self.figureType)
  191.                 self.figureCoords[3][0] += 1
  192.                 self.figureCoords[3][1] += 1
  193.  
  194.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  195.                 allCubes[self.figureCoords[0][0] + 1][self.figureCoords[0][1] - 1].give_color(self.figureType)
  196.                 self.figureCoords[0][0] += 1
  197.                 self.figureCoords[0][1] -= 1
  198.  
  199.                 self.rotate = 0             
  200.  
  201.         if self.figureType == 1:
  202.             if self.rotate == 0:
  203.                 for x in range(1, 4):
  204.                     allCubes[self.figureCoords[x][0]][self.figureCoords[x][1]].take_color()
  205.                     allCubes[self.figureCoords[x][0] - x][self.figureCoords[x][1] - x].give_color(self.figureType)
  206.                     self.figureCoords[x][0] -= x
  207.                     self.figureCoords[x][1] -= x
  208.                 self.rotate = 1
  209.             else:
  210.                 for x in range(1, 4):
  211.                     allCubes[self.figureCoords[x][0]][self.figureCoords[x][1]].take_color()
  212.                     allCubes[self.figureCoords[x][0] + x][self.figureCoords[x][1] + x].give_color(self.figureType)
  213.                     self.figureCoords[x][0] += x
  214.                     self.figureCoords[x][1] += x
  215.                 self.rotate = 0
  216.  
  217.         if self.figureType == 2:
  218.             return
  219.  
  220.         if self.figureType == 3:
  221.             if self.rotate == 0:
  222.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  223.                 allCubes[self.figureCoords[3][0] - 2][self.figureCoords[3][1]].give_color(self.figureType)
  224.                 self.figureCoords[3][0] -= 2
  225.  
  226.                 allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
  227.                 allCubes[self.figureCoords[2][0] - 1][self.figureCoords[2][1] + 1].give_color(self.figureType)
  228.                 self.figureCoords[2][0] -= 1
  229.                 self.figureCoords[2][1] += 1
  230.  
  231.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  232.                 allCubes[self.figureCoords[0][0] + 1][self.figureCoords[0][1] + 1].give_color(self.figureType)
  233.                 self.figureCoords[0][0] += 1
  234.                 self.figureCoords[0][1] += 1
  235.                 self.rotate = 1
  236.  
  237.             else:
  238.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  239.                 allCubes[self.figureCoords[0][0] - 1][self.figureCoords[0][1] - 1].give_color(self.figureType)
  240.                 self.figureCoords[0][0] -= 1
  241.                 self.figureCoords[0][1] -= 1
  242.  
  243.                 allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
  244.                 allCubes[self.figureCoords[2][0] + 1][self.figureCoords[2][1] - 1].give_color(self.figureType)
  245.                 self.figureCoords[2][0] += 1
  246.                 self.figureCoords[2][1] -= 1
  247.  
  248.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  249.                 allCubes[self.figureCoords[3][0] + 2][self.figureCoords[3][1]].give_color(self.figureType)
  250.                 self.figureCoords[3][0] += 2
  251.                 self.rotate = 0
  252.  
  253.         if self.figureType == 4:
  254.             if self.rotate == 0:
  255.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  256.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1] + 2].give_color(self.figureType)
  257.                 self.figureCoords[0][1] += 2
  258.  
  259.                 allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
  260.                 allCubes[self.figureCoords[1][0] + 1][self.figureCoords[1][1] + 1].give_color(self.figureType)
  261.                 self.figureCoords[1][0] += 1
  262.                 self.figureCoords[1][1] += 1
  263.  
  264.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  265.                 allCubes[self.figureCoords[3][0] - 1][self.figureCoords[3][1] - 1].give_color(self.figureType)
  266.                 self.figureCoords[3][0] -= 1
  267.                 self.figureCoords[3][1] -= 1
  268.                 self.rotate = 1
  269.  
  270.             elif self.rotate == 1:
  271.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  272.                 allCubes[self.figureCoords[0][0] + 2][self.figureCoords[0][1]].give_color(self.figureType)
  273.                 self.figureCoords[0][0] += 2
  274.  
  275.                 allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
  276.                 allCubes[self.figureCoords[1][0] + 1][self.figureCoords[1][1] - 1].give_color(self.figureType)
  277.                 self.figureCoords[1][0] += 1
  278.                 self.figureCoords[1][1] -= 1
  279.  
  280.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  281.                 allCubes[self.figureCoords[3][0] - 1][self.figureCoords[3][1] + 1].give_color(self.figureType)
  282.                 self.figureCoords[3][0] -= 1
  283.                 self.figureCoords[3][1] += 1
  284.                 self.rotate = 2
  285.  
  286.             elif self.rotate == 2:
  287.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  288.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1] - 2].give_color(self.figureType)
  289.                 self.figureCoords[0][1] -= 2
  290.  
  291.                 allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
  292.                 allCubes[self.figureCoords[1][0] - 1][self.figureCoords[1][1] - 1].give_color(self.figureType)
  293.                 self.figureCoords[1][0] -= 1
  294.                 self.figureCoords[1][1] -= 1
  295.  
  296.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  297.                 allCubes[self.figureCoords[3][0] + 1][self.figureCoords[3][1] + 1].give_color(self.figureType)
  298.                 self.figureCoords[3][0] += 1
  299.                 self.figureCoords[3][1] += 1
  300.                 self.rotate = 3
  301.  
  302.             elif self.rotate == 3:
  303.                 allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
  304.                 allCubes[self.figureCoords[0][0] - 2][self.figureCoords[0][1]].give_color(self.figureType)
  305.                 self.figureCoords[0][0] -= 2
  306.  
  307.                 allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
  308.                 allCubes[self.figureCoords[1][0] - 1][self.figureCoords[1][1] + 1].give_color(self.figureType)
  309.                 self.figureCoords[1][0] -= 1
  310.                 self.figureCoords[1][1] += 1
  311.  
  312.                 allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
  313.                 allCubes[self.figureCoords[3][0] + 1][self.figureCoords[3][1] - 1].give_color(self.figureType)
  314.                 self.figureCoords[3][0] += 1
  315.                 self.figureCoords[3][1] -= 1
  316.                 self.rotate = 0
  317.  
  318.  
  319. class Appearance():
  320.     def __init__(self):
  321.         self.level = Label(pointFrame, width = 5, text = 'Уровень', font = 'Arial 18', fg = '#f2e12e', bg = '#272822').pack(side ='left')
  322.         self.levelValue = Entry(pointFrame, width = 5, fg = '#f2e12e', bg = '#272822').pack(side = 'right')
  323.         self.score = Label(pointFrame, width = 5, text = 'Очки', font = 'Arial 18', fg = '#f2e12e', bg = '#272822').pack(side = 'bottom')
  324.  
  325. allCubes = [[Moving_Cubes(x1, y1) for x1 in range(2, 200, 20)] \
  326.             for y1 in range(2, 500, 20)]
  327.  
  328. Scores = Appearance()
  329. allCubes[0][1].create_figure()
  330.  
  331. root.bind('<Left>', allCubes[0][1].move_left) # биндю кнопки для своих функций
  332. root.bind('<Right>', allCubes[0][1].move_right)
  333. root.bind('<Up>', allCubes[0][1].rotate_figure)
  334. mainloop()# your code goes here
Runtime error #stdin #stdout #stderr 0.03s 27232KB
comments (?)
stdin 
Standard input is empty
stdout 
Standard output is empty
stderr 
Traceback (most recent call last):
  File "prog.py", line 6, in <module>
  File "/usr/lib/python2.7/lib-tk/Tkinter.py", line 1813, in __init__
    self.tk = _tkinter.create(screenName, baseName, className, interactive, wantobjects, useTk, sync, use)
_tkinter.TclError: no display name and no $DISPLAY environment variable
https://ideone.com/8InQt6
language:
Python (cpython 2.7.16)
created:
10 years ago
visibility:
public

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