public redstardata(int _ix, greenstar _star, Vector3 _vecto)
{
ix = _ix;
star = _star;
vector = _vecto;
candidates = (new redstar_organizer(ix, vector)).array();
}
public redstardata make_new_red_star(int ix, Vector3 vector)
{
greenstar star = new greenstar();
star.type = greenstar.Type.Red;
star.size = 0.02f;
redstardata r = new redstardata(ix, star, vector);
return(r);
}
public void update_green(int index)
{
greenstar star = which_stars_are_green[index];
if (!float.IsNaN(star.size))
{
range s = star_to_particle_range[index];
particles[s.start].startSize = star.size;
particles[s.start].startColor = Config.getcolor(star.color);
setparticles_later = true;
}
}
public void add_green(int i, greenstar star)
{
if (which_stars_are_green.ContainsKey(i))
{
throw new System.Exception("already green");
}
else
{
if (star == null)
{
star = new greenstar();
}
//Debug.Log("running");
//Debug.Log(star);
range r = star_to_particle_range[i];
bool large_star = false;
bool reveal_neighbourhood = false;
Color?thecolor = null;
switch (star.type)
{
case greenstar.Type.Green:
thecolor = Config.getcolor(greenstar.StarColor.Green);
reveal_neighbourhood = true;
break;
case greenstar.Type.Red:
thecolor = Config.getcolor(greenstar.StarColor.RedLarge);
large_star = true;
break;
case greenstar.Type.Quiet:
break;
default:
throw new Exception("unknown type");
}
if (thecolor.HasValue)
{
particles[r.start].startColor = thecolor.Value;
particles[r.start].startSize = large_star? 0.02f: 0.01f;
for (int j = 1; j < r.length; j++)
{
//particles[r.start + j].startSize = 0f;
particles[r.start + j].startColor = thecolor.Value;
}
}
else
{
int count = set_particles_from_star(r.start, GameDad.manystars.starlist(i));
if (count != r.length)
{
throw new Exception("starlist length was different from the expected range");
}
}
which_stars_are_green[i] = star;
if (reveal_neighbourhood)
{
foreach (var starix in stars_visible_from(GameDad.manystars.getstar(i).vec))
{
allocate_particle_for_star(starix);
}
}
setparticles_later = true;
}
}