public static void GeneratePlanet(Planet.Type type, Transform planetTransform)
{
List <PlanetElement> _availablePlanetElements = GetElementsForType(type);
float totalSize = 0;
// Get a random planet shape
GameObject[] availableCores = Resources.LoadAll <GameObject>("Art/Planet Elements/Core");
GameObject planetCore = availableCores[Random.Range(0, availableCores.Length)];
GameObject planetInstance = Object.Instantiate(planetCore, planetTransform.position, Quaternion.identity, planetTransform);
planetInstance.GetComponent <MeshRenderer>().material = GetMaterialForType(type);
while (totalSize <= 360.0f)
{
// Get a random planet element from the available list
PlanetElement e = _availablePlanetElements[Random.Range(0, _availablePlanetElements.Count)];
if (totalSize + e.angularSize > 360.0f)
{
return;
}
PlanetElement.InstanceInfos objectInstance = new PlanetElement.InstanceInfos(totalSize, e.angularSize, e.Visual, e.materialType, e.color1, e.color2);
// Instantiate planetObject
GameObject instance = Object.Instantiate(objectInstance.Prop, planetTransform.position, objectInstance.GetOrientation(), planetInstance.transform);
//string materialType = e.materialType == PlanetElement.MaterialType.Musgrave ? "Mat_Musgrave" : "Mat_Wave";
instance.GetComponent <MeshRenderer>().material = e.mat;
_elements.Add(objectInstance);
totalSize += e.angularSize;
}
}
private static List <PlanetElement> GetElementsForType(Planet.Type type)
{
PlanetElement[] e = Resources.LoadAll <PlanetElement>("Art/Planet Elements/Forest Planet");
List <PlanetElement> finalElementList = new List <PlanetElement>();
foreach (PlanetElement p in e.Where((a) => a.AvailableOnPlanetType.HasFlag(type)))
{
finalElementList.Add(p);
}
return(finalElementList);
}
private static Material GetMaterialForType(Planet.Type type)
{
// hack for now
return(Resources.Load <Material>("Materials/Core/Mat_Musgrave"));
}
