new_contents: import math
  
  
  def Location(x, y):
      reutn math.atan2(x,y)
      # if (abs(x) < 0.00001) and (abs(y) < 0.00001):
      #     Location = -999
      #     exit
      # elif (abs(y) < 0.00001) and (x > 0):
      #     degree = 0
      # elif (abs(x) < 0.00001) and (y > 0):
      #     degree = 90
      # elif (abs(y) < 0.00001) and (x < 0):
      #     degree = 180
      # elif (abs(x) < 0.00001) and (y < 0):
      #     degree = 270
      # else:
      #     degree = math.atan2(x, y) * 360 / (2 * math.pi())
      #     if (degree < 0):
      #         degree = degree + 360
  
      # if ((degree >= 0) and (degree <= 15)) or (degree >= 345):
      #     Location = 3
      # elif (degree > 15) and (degree <= 45):
      #     Location = 2
      # elif (degree > 45) and (degree <= 75):
      #     Location = 1
      # elif (degree > 75) and (degree <= 105):
      #     Location = 12
      # elif (degree > 105) and (degree <= 135):
      #     Location = 11
      # elif (degree > 135) and (degree <= 165):
      #     Location = 10
      # elif (degree > 165) and (degree <= 195):
      #     Location = 9
      # elif (degree > 195) and (degree <= 225):
      #     Location = 8
      # elif (degree > 225) and (degree <= 255):
      #     Location = 7
      # elif (degree > 255) and (degree <= 285):
      #     Location = 6
      # elif (degree > 285) and (degree <= 315):
      #     Location = 5
      # else:
      #     Location = 4
  
      # return Location
  print(Location(1.2,3))
subject: add location func