/// <summary> Creates the planets of this system using Dole's accretion algorithm.</summary>
private void Initialize()
{
PlanetClassifier pc = new PlanetClassifier();
Planet last_planet = null, cur_planet = null;
//Protoplanet p;
ArrayList protoplanetsList = new ArrayList();
//int I;
Protosystem ps = new Protosystem(Primary);
ps.dist_planetary_masses();
//p = ps.planet_head;
foreach (Protoplanet p in ps.protoplanetsList)
{
if (p.mass > 0.0)
{
cur_planet = new Planet(p);
cur_planet.age = Primary.age; // not sure why, but planets are missing age when generated, so i'll put this here
cur_planet.orbit_zone = Primary.orb_zone(cur_planet.a);
cur_planet.set_vital_stats(Primary.SM, Primary.r_greenhouse, Primary.r_ecosphere, Primary.age);
cur_planet.description = pc.planetType(cur_planet);
// could generate moons here
// 1. generate a new protosystem based on the planet and star
// 2. pull out all of the protoplanets and create moons from them
// 3. delete the protosystem
#region Added: moons [Yan]
//not sure if it's ok to calculate this way, satellites can be created individually as planets and then get snatched by bigger planet but it works this way too
//planet migration due to orbital drag not calculated too
Protosystem ps_moons = new Protosystem(Primary, cur_planet);
ps_moons.dist_moon_masses();
Planet last_moon = null, cur_moon = null;
foreach (Protoplanet p_moon in ps_moons.protoplanetsList)
{
if (p_moon.mass > 0.0)
{
cur_moon = new Planet(p_moon);
if (last_moon != null)
{
if (cur_moon.mass > 0.0000001) // fine-tweaked to give some moons, but not too many
{
cur_planet.moons.Add(cur_moon);
}
}
last_moon = cur_moon;
}
}
#endregion
if (last_planet != null)
{
this.planetsList.Add(cur_planet);
}
last_planet = cur_planet;
}
}
ps = null;
planetsList.Sort(new PlanetSort(SortDirection.Ascending));
}
/// <summary> Creates the planets of this system using Dole's accretion algorithm.</summary>
private void Initialize()
{
PlanetClassifier pc = new PlanetClassifier();
Planet last_planet = null, cur_planet = null;
//Protoplanet p;
ArrayList protoplanetsList = new ArrayList();
//int I;
Protosystem ps = new Protosystem(Primary);
ps.dist_planetary_masses();
//p = ps.planet_head;
foreach (Protoplanet p in ps.protoplanetsList)
{
if (p.mass > 0.0)
{
cur_planet = new Planet(p);
cur_planet.age = Primary.age; // not sure why, but planets are missing age when generated, so i'll put this here
cur_planet.orbit_zone = Primary.orb_zone(cur_planet.a);
cur_planet.set_vital_stats(Primary.SM, Primary.r_greenhouse, Primary.r_ecosphere, Primary.age);
cur_planet.description = pc.planetType(cur_planet);
// could generate moons here
// 1. generate a new protosystem based on the planet and star
// 2. pull out all of the protoplanets and create moons from them
// 3. delete the protosystem
#region Added: moons [Yan]
//not sure if it's ok to calculate this way, satellites can be created individually as planets and then get snatched by bigger planet but it works this way too
//planet migration due to orbital drag not calculated too
Protosystem ps_moons = new Protosystem(Primary, cur_planet);
ps_moons.dist_moon_masses();
Planet last_moon = null, cur_moon = null;
foreach (Protoplanet p_moon in ps_moons.protoplanetsList)
{
if (p_moon.mass > 0.0)
{
cur_moon = new Planet(p_moon);
if (last_moon != null)
{
if (cur_moon.mass > 0.0000001) // fine-tweaked to give some moons, but not too many
{
cur_planet.moons.Add(cur_moon);
}
}
last_moon = cur_moon;
}
}
#endregion
if (last_planet != null)
{
this.planetsList.Add(cur_planet);
}
last_planet = cur_planet;
}
}
ps = null;
planetsList.Sort(new PlanetSort(SortDirection.Ascending));
}