JackDole wrote:Cantra wrote:Source of the post Thuban B should be an A2 class star with a luminosity of around 40
The Wikipedia article only says that it is 'possibly' an A2 star.
But if you just want to change the class and luminosity, this script is enough:Code: Select all// -*- coding: utf-8 -*-
// Filename: AlfDraB.sc
// JackDole (Gerhard H. Quast) 2020.03.29 10:10:34
// https://en.wikipedia.org/wiki/Thuban
//------------------------------------------------------------------------------
Star "ALF Dra B"
{
ParentBody "Thuban"
Class "A2"
Luminosity 40
}
//------------------------------------------------------------------------------
Put it in 'addons\catalogs\planets'.
It is very nice. The system "Nu Scorpi" seems incomplete. It should have 7 stars. I am interested in the concept of a star system with 8 or 9 stars. One of them being a B type (Subgiant), 3 being A type (1 A class star being subgiant), 2 G type (1 subgiant), 1 a white dwarf, 1 M type, and 1 K. With the G type being in a close binary (orbiting in 24 hours or less with the other G type being something like a G8V star). Though you can spin your own flair on this. Star systems like this are really interesting to me and would make a great solar system, but I'm unsure how to do barycenters and orbits involving binary objects. The goal of this system is that it is habitable. Would it even be possible with those types of stars? Feel free to make it habitable by having different stars.
