2048 Algorithm ( movements )

#!/usr/bin/python
# 2048 Movements Algorithm By Yessine Taktak
import random

class Game():
    matrix_box = [[0,0,0,0],[0,0,0,0],[0,0,0,0],[0,0,0,0]]
    def __init__(self):
        self.default_position()
        self.build_graphics()
        self.ask_for_movement()
    def ask_for_movement(self):
        while True:
            moveask = raw_input(">>")
            if(moveask == "z"):
                self.up_movement()
                self.up_addition()
                self.build_graphics()
            if(moveask == "s"):
                self.down_movement()
                self.down_addition()
                self.build_graphics()
            if(moveask == "q"):
                self.right_movement()
                self.right_addition()
                self.build_graphics()
            if(moveask == "d"):
                self.left_movement()
                self.left_addition()
                self.build_graphics()
    def default_position(self):
        Game_Box = len(self.matrix_box)-1
        box_x = random.randint(0, Game_Box)
        box_y = random.randint(0, Game_Box)
        self.matrix_box[box_x][box_y] = random.choice([2, 4])
    def full_summary(self, list):
        full_sum = 0
        for item in list:
            full_sum = int(full_sum) + int(len(item))
            return full_sum
    def build_graphics(self):
        for row_column in self.matrix_box:
            print row_column
    def up_movement(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for now_col in range(0, box_rows):
            if(self.matrix_box[now_col][startup_col] != 0 or self.matrix_box[now_col][startup_col+1] != 0 or self.matrix_box[now_col][startup_col+2] != 0 or self.matrix_box[now_col][startup_col+3] != 0):
                if(self.matrix_box[startup_col][now_col] == 0):
                        self.matrix_box[startup_col][now_col] = self.matrix_box[startup_col+1][now_col]
                        self.matrix_box[startup_col+1][now_col] = self.matrix_box[startup_col+2][now_col]
                        self.matrix_box[startup_col+2][now_col] = self.matrix_box[startup_col+3][now_col]
                        self.matrix_box[startup_col+3][now_col] = 0
                if(self.matrix_box[startup_col+1][now_col] == 0):
                        self.matrix_box[startup_col+1][now_col] = self.matrix_box[startup_col+2][now_col]
                        self.matrix_box[startup_col+2][now_col] = self.matrix_box[startup_col+3][now_col]
                        self.matrix_box[startup_col+3][now_col] = 0
                if(self.matrix_box[startup_col+2][now_col] == 0):
                        self.matrix_box[startup_col+2][now_col] = self.matrix_box[startup_col+3][now_col]
                        self.matrix_box[startup_col+3][now_col] = 0
    def up_addition(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for j in range(0, box_rows):
            if(self.matrix_box[startup_col][j] == self.matrix_box[startup_col+1][j]):
                self.matrix_box[startup_col][j] = self.matrix_box[startup_col][j] + self.matrix_box[startup_col+1][j]
                self.matrix_box[startup_col+1][j] = self.matrix_box[startup_col+2][j]
                self.matrix_box[startup_col+2][j] = self.matrix_box[startup_col+3][j]
                self.matrix_box[startup_col+3][j] = 0
            if(self.matrix_box[startup_col+1][j] == self.matrix_box[startup_col+2][j]):
                self.matrix_box[startup_col+1][j] = self.matrix_box[startup_col+1][j] + self.matrix_box[startup_col+2][j]
                self.matrix_box[startup_col+2][j] = self.matrix_box[startup_col+3][j]
                self.matrix_box[startup_col+3][j] = 0
            if(self.matrix_box[startup_col+2][j] == self.matrix_box[startup_col+3][j]):
                self.matrix_box[startup_col+2][j] = self.matrix_box[startup_col+2][j] + self.matrix_box[startup_col+3][j]
                self.matrix_box[startup_col+3][j] = 0
    def down_movement(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for now_col in range(0, box_rows):
            if(self.matrix_box[startup_col][now_col] != 0 or self.matrix_box[startup_col+1][now_col] != 0 or self.matrix_box[startup_col+2][now_col] != 0 or self.matrix_box[startup_col+3][now_col] != 0):
                if(self.matrix_box[startup_col+3][now_col] == 0):
                        self.matrix_box[startup_col+3][now_col] = self.matrix_box[startup_col+2][now_col]
                        self.matrix_box[startup_col+2][now_col] = self.matrix_box[startup_col+1][now_col]
                        self.matrix_box[startup_col+1][now_col] = self.matrix_box[startup_col][now_col]
                        self.matrix_box[startup_col][now_col] = 0
                if(self.matrix_box[startup_col+2][now_col] == 0):
                        self.matrix_box[startup_col+2][now_col] = self.matrix_box[startup_col+1][now_col]
                        self.matrix_box[startup_col+1][now_col] = self.matrix_box[startup_col][now_col]
                        self.matrix_box[startup_col][now_col] = 0
                if(self.matrix_box[startup_col+1][now_col] == 0):
                        self.matrix_box[startup_col+1][now_col] = self.matrix_box[startup_col][now_col]
                        self.matrix_box[startup_col][now_col] = 0
    def down_addition(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for j in range(0, box_rows):
            if(self.matrix_box[startup_col+3][j] == self.matrix_box[startup_col+2][j]):
                self.matrix_box[startup_col+3][j] = self.matrix_box[startup_col+3][j] + self.matrix_box[startup_col+2][j]
                self.matrix_box[startup_col+2][j] = self.matrix_box[startup_col+1][j]
                self.matrix_box[startup_col+1][j] = self.matrix_box[startup_col][j]
                self.matrix_box[startup_col][j] = 0
            if(self.matrix_box[startup_col+2][j] == self.matrix_box[startup_col+1][j]):
                self.matrix_box[startup_col+2][j] = self.matrix_box[startup_col+2][j] + self.matrix_box[startup_col+1][j]
                self.matrix_box[startup_col+1][j] = self.matrix_box[startup_col][j]
                self.matrix_box[startup_col][j] = 0
            if(self.matrix_box[startup_col+1][j] == self.matrix_box[startup_col][j]):
                self.matrix_box[startup_col+1][j] = self.matrix_box[startup_col+1][j] + self.matrix_box[startup_col][j]
                self.matrix_box[startup_col][j] = 0
    def right_movement(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for j in range(0, box_rows):
            if(self.matrix_box[j][startup_col] != 0 or self.matrix_box[j][startup_col+1] != 0 or self.matrix_box[j][startup_col+2] != 0 or self.matrix_box[j][startup_col+3] != 0):
                if(self.matrix_box[j][startup_col] == 0):
                        self.matrix_box[j][startup_col] = self.matrix_box[j][startup_col+1]
                        self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col+2]
                        self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+3]
                        self.matrix_box[j][startup_col+3] = 0
                if(self.matrix_box[j][startup_col+1] == 0):
                        self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col+2]
                        self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+3]
                        self.matrix_box[j][startup_col+3] = 0
                if(self.matrix_box[j][startup_col+2] == 0):
                        self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+3]
                        self.matrix_box[j][startup_col+3] = 0
    def right_addition(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for j in range(0, box_rows):
            if(self.matrix_box[j][startup_col] == self.matrix_box[j][startup_col+1]):
                self.matrix_box[j][startup_col] = self.matrix_box[j][startup_col]+self.matrix_box[j][startup_col+1]
                self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col+2]
                self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+3]
                self.matrix_box[j][startup_col+3] = 0
            if(self.matrix_box[j][startup_col+1] == self.matrix_box[j][startup_col+2]):
                self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col+1]+self.matrix_box[j][startup_col+2]
                self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+3]
                self.matrix_box[j][startup_col+3] = 0
            if(self.matrix_box[j][startup_col+2] == self.matrix_box[j][startup_col+3]):
                self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+2]+self.matrix_box[j][startup_col+3]
                self.matrix_box[j][startup_col+3] = 0
    def left_movement(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for j in range(0, box_rows):
            if(self.matrix_box[j][startup_col] != 0 or self.matrix_box[j][startup_col+1] != 0 or self.matrix_box[j][startup_col+2] != 0 or self.matrix_box[j][startup_col+3] != 0):
                if(self.matrix_box[j][startup_col+3] == 0):
                        self.matrix_box[j][startup_col+3] = self.matrix_box[j][startup_col+2]
                        self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+1]
                        self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col]
                        self.matrix_box[j][startup_col] = 0
                if(self.matrix_box[j][startup_col+2] == 0):
                        self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+1]
                        self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col]
                        self.matrix_box[j][startup_col] = 0
                if(self.matrix_box[j][startup_col+1] == 0):
                        self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col]
                        self.matrix_box[j][startup_col] = 0
    def left_addition(self):
        startup_col = 0
        box_rows = len(self.matrix_box)
        for j in range(0, box_rows):
            if(self.matrix_box[j][startup_col+3] == self.matrix_box[j][startup_col+2]):
                self.matrix_box[j][startup_col+3] = self.matrix_box[j][startup_col+3]+self.matrix_box[j][startup_col+2]
                self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+1]
                self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col]
                self.matrix_box[j][startup_col] = 0
            if(self.matrix_box[j][startup_col+2] == self.matrix_box[j][startup_col+1]):
                self.matrix_box[j][startup_col+2] = self.matrix_box[j][startup_col+2]+self.matrix_box[j][startup_col+1]
                self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col]
                self.matrix_box[j][startup_col] = 0
            if(self.matrix_box[j][startup_col+1] == self.matrix_box[j][startup_col]):
                self.matrix_box[j][startup_col+1] = self.matrix_box[j][startup_col+1]+self.matrix_box[j][startup_col]
                self.matrix_box[j][startup_col] = 0
Game = Game()