public static void GenerateStars(GlobalConstants.GalaxySize GalaxySize, GlobalConstants.GalaxyType GalaxyType)
{
SizeEnum = GalaxySize;
GalaxyTypeEnum = GalaxyType;
SetGalaxyRadiusAndStarCountByGalazySize(SizeEnum);
Engine.Instance.WriteToConsole("Generating galaxy!");
Engine.Instance.WriteToConsole("Galaxy size: " + SizeEnum + "; Galaxy type: " + GalaxyTypeEnum);
Engine.Instance.WriteToConsole("Star count: " + StarCount.ToString());
Engine.Instance.WriteToConsole("");
List <Star> arrStars = new List <Star>();
ContinuousUniform StarRadiusGen = new ContinuousUniform(2, 16.3);
for (int i = 0; i < StarCount; i++)
{
float fltStarRad = (float)StarRadiusGen.Sample();
bool blnShouldCreateStar = true;
Vector2f StarPosition = new Vector2f(0, 0);
if (GalaxyTypeEnum == GlobalConstants.GalaxyType.DISK)
{
StarPosition = GetStarCoordinatesForElipticalGalaxy(ref arrStars, out blnShouldCreateStar);
}
else if (GalaxyTypeEnum == GlobalConstants.GalaxyType.RING)
{
StarPosition = GetStarCoordinatesForRingGalaxy(ref arrStars, out blnShouldCreateStar);
}
else
{
StarPosition = GetStarCoordinatesForElipticalGalaxy(ref arrStars, out blnShouldCreateStar);
}
if (blnShouldCreateStar && StarPosition.X != 0 && StarPosition.Y != 0)
{
Star objStar = new Star(fltStarRad, StarPosition, 1);
arrStars.Add(objStar);
}
Engine.Instance.WriteToConsole("Stars generated: " + i.ToString(), true, false, false);
}
Stars = arrStars.ToArray();
HomeStarIndex = random.Next(0, Stars.Length - 1);
while (Stars[HomeStarIndex].HasPanets == false)
{
if (Stars[HomeStarIndex].HasPanets == true)
{
Stars[HomeStarIndex].Home = true;
Stars[HomeStarIndex].HasPlayer = true;
}
else
{
HomeStarIndex = random.Next(0, Stars.Length - 1);
}
}
}
public void UpdateUI()
{
StarText.text = StarCount.ToString();
CoinText.text = CoinCount.ToString();
}