public Range3d scale(float f)
{
Range3d b = new Range3d();
b.a = this.a * f;
b.b = this.b * f;
b.c = this.c * f;
b.d = this.d * f;
return(b);
}
public void RenderOn(GameObject go)
{
//Create ranges for cubic faces
float rad = 1;
Range3d topRange = new Range3d(new Vector3(-rad, rad, rad), new Vector3(rad, rad, rad), new Vector3(rad, rad, -rad), new Vector3(-rad, rad, -rad));
Range3d bottomRange = new Range3d(new Vector3(-rad, -rad, -rad), new Vector3(rad, -rad, -rad), new Vector3(rad, -rad, rad), new Vector3(-rad, -rad, rad));
Range3d frontRange = new Range3d(new Vector3(rad, rad, rad), new Vector3(-rad, rad, rad), new Vector3(-rad, -rad, rad), new Vector3(rad, -rad, rad));
Range3d backRange = new Range3d(new Vector3(-rad, rad, -rad), new Vector3(rad, rad, -rad), new Vector3(rad, -rad, -rad), new Vector3(-rad, -rad, -rad));
Range3d rightRange = new Range3d(new Vector3(rad, rad, -rad), new Vector3(rad, rad, rad), new Vector3(rad, -rad, rad), new Vector3(rad, -rad, -rad));
Range3d leftRange = new Range3d(new Vector3(-rad, rad, rad), new Vector3(-rad, rad, -rad), new Vector3(-rad, -rad, -rad), new Vector3(-rad, -rad, rad));
if (config.generationService)
{
config.generationService.Init();
}
UpdateMaterial(go, true);
this.topFace = new PlanetFace(config.generationService, config.detailService, config.radius, config.highestQualityAtDistance, config.lodDepth, topRange, config.material);
this.topFace.go.name = "Top";
this.topFace.transform.SetParent(go.transform);
this.topFace.transform.localPosition = Vector3.zero;
this.bottomFace = new PlanetFace(config.generationService, config.detailService, config.radius, config.highestQualityAtDistance, config.lodDepth, bottomRange, config.material);
this.bottomFace.go.name = "Bottom";
this.bottomFace.transform.SetParent(go.transform);
this.bottomFace.transform.localPosition = Vector3.zero;
this.leftFace = new PlanetFace(config.generationService, config.detailService, config.radius, config.highestQualityAtDistance, config.lodDepth, leftRange, config.material);
this.leftFace.go.name = "Left";
this.leftFace.transform.SetParent(go.transform);
this.leftFace.transform.localPosition = Vector3.zero;
this.rightFace = new PlanetFace(config.generationService, config.detailService, config.radius, config.highestQualityAtDistance, config.lodDepth, rightRange, config.material);
this.rightFace.go.name = "Right";
this.rightFace.transform.SetParent(go.transform);
this.rightFace.transform.localPosition = Vector3.zero;
this.backFace = new PlanetFace(config.generationService, config.detailService, config.radius, config.highestQualityAtDistance, config.lodDepth, backRange, config.material);
this.backFace.go.name = "Back";
this.backFace.transform.SetParent(go.transform);
this.backFace.transform.localPosition = Vector3.zero;
this.frontFace = new PlanetFace(config.generationService, config.detailService, config.radius, config.highestQualityAtDistance, config.lodDepth, frontRange, config.material);
this.frontFace.go.name = "Front";
this.frontFace.transform.SetParent(go.transform);
this.frontFace.transform.localPosition = Vector3.zero;
}
public QuadNode(Range3d area)
{
this.range = area;
}
public PlanetFace(IMeshService ms, IDetailer ds, float baseRadius, int minDistance, int treeDepth, Range3d range, Material material)
{
//Apply params
this.maxResolutionAt = minDistance;
this.maxDepth = treeDepth;
this.material = material;
this.meshService = ms;
this.detailService = ds;
this.radius = baseRadius;
//Create Gameobjects
go = new GameObject("PlanetFace");
//Create quadtree
root = new QuadNode <ChunkData>(range);
GenerateChunkdata(root);
}
public QuadNode(Range3d area, T value)
{
this.range = area;
this.value = value;
}
