# -*- coding: cp1251 -*-
from Tkinter import * #из ткинтера импортируем всё
import random #импортируем рандом


root = Tk()                       #Создаем окно с именем тетрис задаем размеры для окна с игрой и очками и заливаем цветом
root.title("Тетрис Родиона")
root.geometry(("%dx%d")%(400, 510))
mainFrame = Frame(root, width = 200, height = 510)
pointFrame = Frame(root, width = 200, height = 500, bg = '#272822')
can = Canvas(mainFrame, bg = "#272822",width = 200, height = 500)
mainFrame.grid(row = 0, column = 0)
pointFrame.grid(row = 0, column = 1)
can.pack()
 
class Cube(): # Объявляю класс куб c функцией инит с переменной селф сингл куб
    def __init__(self, xBeginCoords, yBeginCoords):
        self.singleCube = can.create_rectangle(xBeginCoords, yBeginCoords, \
                                                xBeginCoords + 20, \
                                                yBeginCoords + 20 ,\
                                                outline = '#272822')
        self.isActive = False
        self.maxHeight = 25
    def stop_figure(self): # еше функция для этого класса для остановки фигуры если пространство занято
        for x in self.figureCoords:
            allCubes[x[0]][x[1]].give_true()
        self.get_max()
        self.check_line()
        self.create_figure()
 
    def get_max(self):
        self.possibleHeight = min(self.figureCoords[x][0] for x in range(4))
        if self.maxHeight > self.possibleHeight:
            self.maxHeight = self.possibleHeight
 
    def give_true(self):
        self.isActive = True
 
    def give_end_color(self):
        can.itemconfig(self.singleCube, fill = "#0ec0e2", outline = 'white')
        self.give_true()
 
    def take_color(self):
        can.itemconfig(self.singleCube, fill = '#272822', outline = '#272822')
        self.isActive = False
 
    def give_color(self, ftype):
        if ftype == 0:
            can.itemconfig(self.singleCube, fill = "#fd7521", outline = 'white')  # операторы условия для заливки цвета
 
        if ftype == 1:
            can.itemconfig(self.singleCube, fill = "#ae739a", outline = 'white')
 
        if ftype == 2:
            can.itemconfig(self.singleCube, fill = "#f92672", outline = 'white')
 
        if ftype == 3:
            can.itemconfig(self.singleCube, fill = "#a6e22a", outline = 'white')
 
        if ftype == 4:
            can.itemconfig(self.singleCube, fill = "#66d9ef", outline = 'white')
 
    def create_figure(self):
        self.figureType = random.randint(0, 4)
        self.rotate = 0
        if self.figureType == 0:
            self.figureCoords = [[0, 3], [0, 4], [0, 5], [1, 4]]
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].give_color(self.figureType)
        if self.figureType == 1:
            self.figureCoords = [[0, 3], [0, 4], [0, 5], [0, 6]]
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].give_color(self.figureType)
        if self.figureType == 2:
            self.figureCoords = [[0, 3], [0, 4], [1, 3], [1, 4]]
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].give_color(self.figureType)
        if self.figureType == 3:
            self.figureCoords = [[0, 3], [0, 4], [1, 4], [1, 5]]
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].give_color(self.figureType)
        if self.figureType == 4:
            self.figureCoords = [[0, 3], [0, 4], [1, 4], [2, 4]]
 
        self.move_down()
 
 
class Moving_Cubes(Cube): # Объявляю класс мувинг кубс с параметром куб для его вызова
    def move_down(self):
        if self.maxHeight == 0:
            exit()
        try:
            for x in self.figureCoords:
                allCubes[x[0]+1][x[1]]
        except IndexError:
 
            self.stop_figure()
 
            return # возвращаю значение
        else:
            for x in self.figureCoords:
                if allCubes[x[0]+1][x[1]].isActive == True:
                    self.stop_figure()
 
                    return
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].take_color()
            for x in self.figureCoords:
                allCubes[x[0]+1][x[1]].give_color(self.figureType)
                x[0] += 1
 
        can.after(100, self.move_down)
 
    def move_left(self, event):
        for x in self.figureCoords:
            if x[1] == 0 or allCubes[x[0]][x[1]-1].isActive == True:
                return
        else:
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].take_color()
            for x in self.figureCoords:
                allCubes[x[0]][x[1]-1].give_color(self.figureType)
                x[1] -= 1
 
    def move_right(self, event):
        for x in self.figureCoords:
            if x[1] == 9 or allCubes[x[0]][x[1]+1].isActive == True:
                return
        else:
            for x in self.figureCoords:
                allCubes[x[0]][x[1]].take_color()
            for x in self.figureCoords:
                allCubes[x[0]][x[1]+1].give_color(self.figureType)
                x[1] += 1
 
    def check_line(self):
        self.y = min(self.figureCoords)
        while self.y[0] < 25:
            x = 0
            while x < 10:
                if allCubes[self.y[0]][x].isActive == False:
                    break
                elif x == 9:
                    for z in range(0, 10):
                        allCubes[self.y[0]][z].take_color()
                        allCubes[self.y[0]][z].isActive = False
                    self.move_the_line_down()
                x += 1
            self.y[0] += 1
 
    def move_the_line_down(self):
        self.begin_moving = self.y[0]-1
        while self.begin_moving >= self.maxHeight:
            for x in range(10):
                if allCubes[self.begin_moving][x].isActive == True:
                    allCubes[self.begin_moving][x].take_color()
                    allCubes[self.begin_moving + 1][x].give_end_color()
            self.begin_moving -= 1
 
    def rotate_figure(self, event):
        if self.figureType == 0:    
            if self.rotate == 0:
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0] - 1][self.figureCoords[0][1] + 1].give_color(self.figureType)
                self.figureCoords[0][0] -= 1
                self.figureCoords[0][1] += 1
                self.rotate += 1
 
            elif self.rotate == 1:
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] - 1][self.figureCoords[3][1] - 1].give_color(self.figureType)
                self.figureCoords[3][0] -= 1
                self.figureCoords[3][1] -= 1
                self.rotate += 1
 
            elif self.rotate == 2:
                allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
                allCubes[self.figureCoords[2][0] + 1][self.figureCoords[2][1] - 1].give_color(self.figureType)
                self.figureCoords[2][0] += 1
                self.figureCoords[2][1] -= 1
                self.rotate += 1
 
            elif self.rotate == 3:          
                allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
                allCubes[self.figureCoords[2][0] - 1][self.figureCoords[2][1] + 1].give_color(self.figureType)
                self.figureCoords[2][0] -= 1
                self.figureCoords[2][1] += 1
 
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] + 1][self.figureCoords[3][1] + 1].give_color(self.figureType)
                self.figureCoords[3][0] += 1
                self.figureCoords[3][1] += 1
 
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0] + 1][self.figureCoords[0][1] - 1].give_color(self.figureType)
                self.figureCoords[0][0] += 1
                self.figureCoords[0][1] -= 1
 
                self.rotate = 0             
 
        if self.figureType == 1:
            if self.rotate == 0:
                for x in range(1, 4):
                    allCubes[self.figureCoords[x][0]][self.figureCoords[x][1]].take_color()
                    allCubes[self.figureCoords[x][0] - x][self.figureCoords[x][1] - x].give_color(self.figureType)
                    self.figureCoords[x][0] -= x
                    self.figureCoords[x][1] -= x
                self.rotate = 1
            else:
                for x in range(1, 4):
                    allCubes[self.figureCoords[x][0]][self.figureCoords[x][1]].take_color()
                    allCubes[self.figureCoords[x][0] + x][self.figureCoords[x][1] + x].give_color(self.figureType)
                    self.figureCoords[x][0] += x
                    self.figureCoords[x][1] += x
                self.rotate = 0
 
        if self.figureType == 2:
            return
 
        if self.figureType == 3:
            if self.rotate == 0:
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] - 2][self.figureCoords[3][1]].give_color(self.figureType)
                self.figureCoords[3][0] -= 2
 
                allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
                allCubes[self.figureCoords[2][0] - 1][self.figureCoords[2][1] + 1].give_color(self.figureType)
                self.figureCoords[2][0] -= 1
                self.figureCoords[2][1] += 1
 
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0] + 1][self.figureCoords[0][1] + 1].give_color(self.figureType)
                self.figureCoords[0][0] += 1
                self.figureCoords[0][1] += 1
                self.rotate = 1
 
            else:
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0] - 1][self.figureCoords[0][1] - 1].give_color(self.figureType)
                self.figureCoords[0][0] -= 1
                self.figureCoords[0][1] -= 1
 
                allCubes[self.figureCoords[2][0]][self.figureCoords[2][1]].take_color()
                allCubes[self.figureCoords[2][0] + 1][self.figureCoords[2][1] - 1].give_color(self.figureType)
                self.figureCoords[2][0] += 1
                self.figureCoords[2][1] -= 1
 
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] + 2][self.figureCoords[3][1]].give_color(self.figureType)
                self.figureCoords[3][0] += 2
                self.rotate = 0
 
        if self.figureType == 4:
            if self.rotate == 0:
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1] + 2].give_color(self.figureType)
                self.figureCoords[0][1] += 2
 
                allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
                allCubes[self.figureCoords[1][0] + 1][self.figureCoords[1][1] + 1].give_color(self.figureType)
                self.figureCoords[1][0] += 1
                self.figureCoords[1][1] += 1
 
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] - 1][self.figureCoords[3][1] - 1].give_color(self.figureType)
                self.figureCoords[3][0] -= 1
                self.figureCoords[3][1] -= 1
                self.rotate = 1
 
            elif self.rotate == 1:
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0] + 2][self.figureCoords[0][1]].give_color(self.figureType)
                self.figureCoords[0][0] += 2
 
                allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
                allCubes[self.figureCoords[1][0] + 1][self.figureCoords[1][1] - 1].give_color(self.figureType)
                self.figureCoords[1][0] += 1
                self.figureCoords[1][1] -= 1
 
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] - 1][self.figureCoords[3][1] + 1].give_color(self.figureType)
                self.figureCoords[3][0] -= 1
                self.figureCoords[3][1] += 1
                self.rotate = 2
 
            elif self.rotate == 2:
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1] - 2].give_color(self.figureType)
                self.figureCoords[0][1] -= 2
 
                allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
                allCubes[self.figureCoords[1][0] - 1][self.figureCoords[1][1] - 1].give_color(self.figureType)
                self.figureCoords[1][0] -= 1
                self.figureCoords[1][1] -= 1
 
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] + 1][self.figureCoords[3][1] + 1].give_color(self.figureType)
                self.figureCoords[3][0] += 1
                self.figureCoords[3][1] += 1
                self.rotate = 3
 
            elif self.rotate == 3:
                allCubes[self.figureCoords[0][0]][self.figureCoords[0][1]].take_color()
                allCubes[self.figureCoords[0][0] - 2][self.figureCoords[0][1]].give_color(self.figureType)
                self.figureCoords[0][0] -= 2
 
                allCubes[self.figureCoords[1][0]][self.figureCoords[1][1]].take_color()
                allCubes[self.figureCoords[1][0] - 1][self.figureCoords[1][1] + 1].give_color(self.figureType)
                self.figureCoords[1][0] -= 1
                self.figureCoords[1][1] += 1
 
                allCubes[self.figureCoords[3][0]][self.figureCoords[3][1]].take_color()
                allCubes[self.figureCoords[3][0] + 1][self.figureCoords[3][1] - 1].give_color(self.figureType)
                self.figureCoords[3][0] += 1
                self.figureCoords[3][1] -= 1
                self.rotate = 0
 
 
class Appearance():
    def __init__(self):
        self.level = Label(pointFrame, width = 5, text = 'Уровень', font = 'Arial 18', fg = '#f2e12e', bg = '#272822').pack(side ='left')
        self.levelValue = Entry(pointFrame, width = 5, fg = '#f2e12e', bg = '#272822').pack(side = 'right')
        self.score = Label(pointFrame, width = 5, text = 'Очки', font = 'Arial 18', fg = '#f2e12e', bg = '#272822').pack(side = 'bottom')
 
allCubes = [[Moving_Cubes(x1, y1) for x1 in range(2, 200, 20)] \
            for y1 in range(2, 500, 20)]
 
Scores = Appearance()
allCubes[0][1].create_figure()
 
root.bind('<Left>', allCubes[0][1].move_left) # биндю кнопки для своих функций
root.bind('<Right>', allCubes[0][1].move_right)
root.bind('<Up>', allCubes[0][1].rotate_figure)
mainloop()# your code goes here