void Awake()
{
visibleStars = new List <OctreeObject[]>();
highDetailStarPool = new PoolManager(highDetailStar, 1000);
//Reading from file and formating for octree
StarListToVoxels myVoxelsStringFormat = new StarListToVoxels();
OctreeObject[] voxels = myVoxelsStringFormat.readData();
print("Stars parsed from dataset: " + voxels.Length);
//Initializing root
Octree = new OctreeDataStructure(voxels);
timer.Start();
Octree.init();
timer.Stop();
print("Tree built: " + timer.ElapsedMilliseconds);
print("---------------------------------------");
if (Octree != null)
{
treeFinished = true;
}
//Getting secondary camera
GameObject secondaryObject = GameObject.Find("SecondaryCamera");
secondaryCamera = secondaryObject.GetComponent <Camera>();
pointAlreadyPassed = new List <Vector3>();
}
void unitTestOctreePutandGet()
{
OctreeObject[] randomStars = new OctreeObject[(int)(max - min)];
Bounds testBounds = new Bounds();
GameObject testCamera = GameObject.Find("testCamera");
Camera test = testCamera.GetComponent <Camera>();
List <OctreeObject[]> myList = new List <OctreeObject[]>();
testBounds.SetMinMax(minV, maxV);
for (int i = 0; i < randomStars.Length; i++)
{
randomStars[i] = new OctreeObject(new Vector3((float)rnd(min, max), (float)rnd(min, max), (float)rnd(min, max)), 1.0f, 1.0f);
}
//Expected 0 and 1 due to camera(near=0.3,far=3);
//for (int i = 0; i < randomStars.Length; i++)
//{
// randomStars[i] = new OctreeObject(new Vector3(i, i, i),1.0f,1.0f);
//}
OctreeDataStructure octree = new OctreeDataStructure(testBounds, randomStars);
b = octree.divideAABB(testBounds);
octree.init();
octree.frustumCulling(myList, GeometryUtility.CalculateFrustumPlanes(test));
foreach (OctreeObject[] oo in myList)
{
foreach (OctreeObject o in oo)
{
print("X:" + o.spatialPosition.x + " Y:" + o.spatialPosition.y + " Z:" + o.spatialPosition.z);
}
}
}