/// <summary>
///
/// </summary>
/// <param name="universe"></param>
/// <param name="maxStarsPerSector"></param>
/// <param name="currentLevel"></param>
public Sector(Octree universe, long maxStarsPerSector, int currentLevel)
{
_universe = universe;
CurrentLevel = currentLevel;
_stars = new LinkedList<StarBufferIndex>();
MaxStarsPerSector = maxStarsPerSector;
SectorTint = Color.FromArgb(_rand.Next(0, 255), _rand.Next(0, 255), _rand.Next(0, 255)).ToArgb();
_numberOfSectors++;
if (CurrentLevel > LevelCount)
LevelCount = CurrentLevel;
}
/// <summary>
///
/// </summary>
private void InitUniverse()
{
if (_universe != null)
{
_universe.Clear();
_universe = null;
}
if (_starBufferManager != null)
{
_starBufferManager.Clear();
_starBufferManager = null;
}
_universe = new Octree(SettingsLocal.GetAsInt("MaxStarsPerSector"));
List<string> galaxies = SettingsLocal.AllValuesAsString("Universe" + CurrentUniverseID() +"GalaxyID");
_starBufferManager = new StarBufferManager(
SettingsLocal.GetAsInt("StarBufferSize"),
GetTotalStarCount(galaxies));
var galaxyStars = new List<LinkedList<StarBufferIndex>>(galaxies.Count);
foreach (string galaxyID in galaxies)
{
long numberfStars = SettingsLocal.GetAsLong( "Galaxy" + galaxyID + "NumberOfStars");
int distributionIterations = SettingsLocal.GetAsInt( "Galaxy" + galaxyID + "DistributionIterations");
float starVelocity = SettingsLocal.GetAsFloat("Galaxy" + galaxyID + "StarVelocity");
var stars = new LinkedList<StarBufferIndex>();
Color col = Color.FromArgb(SettingsLocal.GetAsInt("Galaxy" + galaxyID + "StarColor"));
for (long a = 0; a < numberfStars; a++)
{
stars.AddLast(GenerateRandomStar(galaxyID, distributionIterations, starVelocity, col));
}
galaxyStars.Add(stars);
var blackHole = new BlackHole
{
PosX = (float)SettingsLocal.GetAsDouble("Galaxy" + galaxyID + "PositionX"),
PosY = (float)SettingsLocal.GetAsDouble("Galaxy" + galaxyID + "PositionY"),
PosZ = (float)SettingsLocal.GetAsDouble("Galaxy" + galaxyID + "PositionZ"),
Mass = (float)SettingsLocal.GetAsDouble("Galaxy" + galaxyID + "SupermassiveBlackHoleSolarMasses")
};
_universe.AddBlackHole(blackHole);
}
bool anyStarsLeft = true;
while (anyStarsLeft)
{
anyStarsLeft = false;
for (int a = 0; a < galaxyStars.Count; a++)
{
if (galaxyStars[a].Count == 0)
continue;
anyStarsLeft = true;
_universe.AddStar(galaxyStars[a].First.Value);
galaxyStars[a].RemoveFirst();
}
}
}
