Python developer _ tkinter _ move the image with the mouse

This is inspired by a js effect:

Two eyes move with the mouse

  tkinter  *       = { :                 :                 :                :                 :                               self.draw = Canvas(self, width=500, height=500                   self.mouse_x = 450         self.mouse_y = 250                           self.oval_zero_x = 250         self.oval_zero_y = 250                  self.oval_r = 100                           self.oval_R = 30          self.oval_r1 = self.oval_r - self.oval_R + 0.5         self.oval_r2 = self.oval_r - self.oval_R - 0.5                    self.letter_ball_x1 = 250         self.letter_ball_y1 = 250                                   self.ball = self.draw.create_oval((self.oval_zero_x -                                           (self.oval_zero_y -                                           (self.oval_zero_x +                                           (self.oval_zero_y +                                           fill=          self.ball = self.draw.create_oval((self.oval_zero_x -                                           (self.oval_zero_y -                                           (self.oval_zero_x +                                           (self.oval_zero_y +                                           fill=          self.ball = self.draw.create_oval((self.oval_zero_x -                                           (self.oval_zero_y -                                           (self.oval_zero_x +                                           (self.oval_zero_y +                                           fill=                           self.ball_over = self.draw.create_oval((self.oval_zero_x -                                                (self.oval_zero_y -                                                (self.oval_zero_x +                                                (self.oval_zero_y +                                                fill=          self.draw.pack(side=               self.mouse_x =         self.mouse_y =                       ( * 50             (             (                  ax_x = abs(self.mouse_x -         ax_y = abs(self.mouse_y -                      (             (         ax_len = ((ax_x ** 2) + (ax_y ** 2))**0.5                      (                                ax_len > abs(self.oval_r -             ac_len = abs(self.oval_r -                              (                       int(self.mouse_x - self.oval_zero_x) !=                  int(self.mouse_y - self.oval_zero_y) !=                                          k = (self.mouse_y - self.oval_zero_y)/(self.mouse_x -                                              (                     b = self.mouse_y - (k *                                                                                                                                                                                                              letter_ball_x2 = ((ac_len * (abs(self.mouse_x - self.oval_zero_x)))/ax_len) +                     letter_ball_y2 = (letter_ball_x2 * k) +                                              (                         (                                           self.moved_x2 = letter_ball_x2 -                     self.moved_y2 = letter_ball_y2 -                                              (                      self.letter_ball_x1 =                     self.letter_ball_y1 =                                      (                              (                                       (                          letter_ball_x2 =             letter_ball_y2 =                              (                           self.moved_x2 = letter_ball_x2 -             self.moved_y2 = letter_ball_y2 -                              (              self.letter_ball_x1 =             self.letter_ball_y1 =           move_ball(self, *                                    self.draw.tag_bind(self.ball,        (self, master=                  letter_ball_x2 =                  letter_ball_y2 =                  SHOW_LOG =                  Frame.           self.after(10  game =  game.mainloop()