code: def get(self):
          
          self.log.info('starting the ``get`` method')
  
          # PRECISION TEST
          decprecision = len(repr(self.dec).split(".")[-1])
          raprecision = len(repr(self.ra).split(".")[-1])
  
          dec2 = self.dec + self.north
  
          ra2 = self.ra + \
              ((self.east) /
               (math.cos((self.dec + dec2) * self.DEG_TO_RAD_FACTOR / 2.)))
  
          # FIX VALUES THAT CROSS RA/DEC LIMITS
          while ra2 > 360. or ra2 < 0.:
              while ra2 > 360.:
                  ra2 = ra2 - 360.
              while ra2 < 0.:
                  ra2 = ra2 + 360.
          while dec2 > 90. or dec2 < -90.:
              while dec2 > 90.:
                  dec2 = 180. - dec2
              while dec2 < -90.:
                  dec2 = -180. - dec2
  
          ra2 = "%0.*f" % (raprecision, ra2)
          dec2 = "%0.*f" % (decprecision, dec2)
  
          self.log.info('completed the ``get`` method')
          return ra2, dec2
docs: *translate the coordinates*
  
          **Return:**
              - ``ra`` -- the right-ascension of the translated coordinate
              - ``dec`` -- the declination of the translated coordinate