old_contents: import ephem
  import pandas 
  
  from .objects import Objects
  
  class Planets(Objects):
    def __init__(self, place):
     super(Planets, self).__init__(place)
     # Init object list with all planets
     self.objects = pandas.DataFrame([
        ephem.Mercury(), 
        ephem.Venus(), 
        ephem.Mars(), 
        ephem.Jupiter(), 
        ephem.Saturn(), 
        ephem.Uranus(), 
        ephem.Neptune()], 
        columns=['Name'])
     # Compute transit of planets at given place   
     self.objects['Transit'] = self.objects[['Name']].apply(
       lambda body: self.compute_tranzit(body.Name), axis=1)
     # Compute altitude of planets at transit (at given place)
     self.objects['Altitude'] = self.objects[['Name', 'Transit']].apply(
       lambda body: self.altitude_at_transit(body.Name, body.Transit), axis=1)
     # Calculate planets magnitude
     self.objects['Magnitude'] = self.objects[['Name']].apply(
       lambda body: body.Name.mag, axis=1)
       
       
       
           
  
new_contents: import ephem
  import pandas 
  import numpy
  
  from .objects import Objects
  
  class Planets(Objects):
    def __init__(self, place):
     super(Planets, self).__init__(place)
     # Init object list with all planets
     self.objects = pandas.DataFrame([
        ephem.Mercury(), 
        ephem.Venus(), 
        ephem.Mars(), 
        ephem.Jupiter(), 
        ephem.Saturn(), 
        ephem.Uranus(), 
        ephem.Neptune()], 
        columns=['Name'])
     # Compute transit of planets at given place   
     self.objects['Transit'] = self.objects[['Name']].apply(
       lambda body: self.compute_tranzit(body.Name), axis=1)
     # Compute altitude of planets at transit (at given place)
     self.objects['Altitude'] = self.objects[['Name', 'Transit']].apply(
       lambda body: self.altitude_at_transit(body.Name, body.Transit), axis=1)
     # Calculate planets magnitude
     self.objects['Magnitude'] = self.objects[['Name']].apply(
       lambda body: body.Name.mag, axis=1)
     # Calculate planets Ra
     self.objects['RA'] = self.objects[['Name']].apply(
       lambda body: numpy.degrees(body.Name.ra)*24/360, axis=1)
     # Calculate planets Dec
     self.objects['Dec'] = self.objects[['Name']].apply(
       lambda body: numpy.degrees(body.Name.dec), axis=1)
     # Calculate planets distance from Earth
     self.objects['Distance'] = self.objects[['Name']].apply(
       lambda body: body.Name.earth_distance, axis=1)
     # Calculate planets phase
     self.objects['Phase'] = self.objects[['Name']].apply(
       lambda body: body.Name.phase, axis=1)
       
       
       
       
           
  
subject: Fix RA for planets