public void GenerateScaled()
{
textureMinMax = new TextureMinMax();
generator.generateColliders = false;
scaledPlanet.localScale = Vector3.one / OriginManager.skyboxScale;
generator.chunkHolder = scaledPlanet.gameObject;
generator.mat = CreateSurfaceMaterial(selected.material, Mathf.Sqrt(textureMinMax.Min), Mathf.Sqrt(textureMinMax.Max));
}
public void GenerateReal()
{
textureMinMax = new TextureMinMax();
// Reset();
generator.generateColliders = true;
generator.chunkHolder = realPlanet.gameObject;
generator.Run(textureMinMax);
// set planet colors
generator.mat = CreateSurfaceMaterial(selected.material, Mathf.Sqrt(textureMinMax.Min), Mathf.Sqrt(textureMinMax.Max));
// // set water
// if (hasWater) {
// waterMaterial = selected.waterMaterials[Random.Range(0, selected.waterMaterials.Length)];
// // instantiate a water prefab with scale set to slightly larger than scaleModifier * radius
// water = GameObject.Instantiate(waterPrefab);
// water.layer = 9;
// water.transform.position = realPlanet.position;
// water.transform.rotation = realPlanet.rotation;
// water.transform.localScale = Vector3.one * scaleModifier * density.radius * selected.waterHeight;
// }
// if (hasAtmosphere) {
// // instantiate an atmosphere prefab with scale set to slightly larger than scaleModifier * radius
// }
// if (hasRings) {
// ringChunkHolder = new GameObject("Ring Chunks Holder");
// ringChunkHolder.layer = 9;
// ringGenerator.chunkHolder = ringChunkHolder;
// ringChunkHolder.transform.position = realPlanet.position;
// ringChunkHolder.transform.rotation = realPlanet.rotation;
// ringGenerator.mat = selected.ringMaterials[Random.Range(0, selected.ringMaterials.Length)];
// RingDensity ringDensity = (RingDensity) ringGenerator.densityGenerator;
// ringDensity.innerRadius = density.radius * ringInnerRadiusScale;
// ringDensity.outerRadius = density.radius * ringOuterRadiusScale;
// ringDensity.seed = density.seed;
// ringGenerator.Run();
// ringChunkHolder.transform.localScale = Vector3.one * scaleModifier;
// }
// planet = realPlanet.gameObject.AddComponent<Planet>();
// List<Vector3> loc = GetOrbitalLocations(density.radius * scaleModifier * 2f);
// planet.orbitalBuildPoints = new List<Location>();
// foreach (Vector3 l in loc) {
// planet.orbitalBuildPoints.Add(
// new Location(l, (l - realPlanet.position).normalized)
// );
// }
// BuildNavTrees();
}
public void Run(TextureMinMax textureMinMax)
{
this.textureMinMax = textureMinMax;
Run();
}