public static void Subdivide(ProbeReferenceVolume.Volume cellVolume, ProbeReferenceVolume refVol, List <ProbeReferenceVolume.Volume> influencerVolumes,
ref Vector3[] positions, ref List <ProbeBrickIndex.Brick> bricks)
{
// TODO move out
var indicatorVolumes = new List <ProbeReferenceVolume.Volume>();
foreach (ProbeVolume pv in UnityEngine.Object.FindObjectsOfType <ProbeVolume>())
{
if (!pv.enabled)
{
continue;
}
indicatorVolumes.Add(new ProbeReferenceVolume.Volume(Matrix4x4.TRS(pv.transform.position, pv.transform.rotation, pv.GetExtents()), pv.parameters.maxSubdivisionMultiplier, pv.parameters.minSubdivisionMultiplier));
}
ProbeReferenceVolume.SubdivisionDel subdivDel =
(RefTrans refTrans, int subdivisionLevel, List <Brick> inBricks, List <Flags> outFlags) =>
{ SubdivisionAlgorithm(cellVolume, indicatorVolumes, influencerVolumes, refTrans, inBricks, subdivisionLevel, outFlags); };
bricks = new List <ProbeBrickIndex.Brick>();
// get a list of bricks for this volume
int numProbes;
refVol.CreateBricks(new List <ProbeReferenceVolume.Volume>()
{
cellVolume
}, influencerVolumes, subdivDel, bricks, out numProbes);
positions = new Vector3[numProbes];
refVol.ConvertBricks(bricks, positions);
}
public static void Subdivide(Vector3Int cellPosGridSpace, ProbeReferenceVolume refVol, float cellSize, Vector3 translation, Quaternion rotation, List <Volume> influencerVolumes,
ref Vector3[] positions, ref List <ProbeBrickIndex.Brick> bricks)
{
//TODO: This per-cell volume is calculated 2 times during probe placement. We should calculate it once and reuse it.
Volume cellVolume = new Volume();
cellVolume.corner = new Vector3(cellPosGridSpace.x * cellSize, cellPosGridSpace.y * cellSize, cellPosGridSpace.z * cellSize);
cellVolume.X = new Vector3(cellSize, 0, 0);
cellVolume.Y = new Vector3(0, cellSize, 0);
cellVolume.Z = new Vector3(0, 0, cellSize);
cellVolume.Transform(Matrix4x4.TRS(translation, rotation, Vector3.one));
// TODO move out
var indicatorVolumes = new List <ProbeReferenceVolume.Volume>();
foreach (ProbeVolume pv in UnityEngine.Object.FindObjectsOfType <ProbeVolume>())
{
if (!pv.enabled)
{
continue;
}
indicatorVolumes.Add(new ProbeReferenceVolume.Volume(Matrix4x4.TRS(pv.transform.position, pv.transform.rotation, pv.GetExtents())));
}
ProbeReferenceVolume.SubdivisionDel subdivDel =
(RefTrans refTrans, List <Brick> inBricks, List <Flags> outFlags) =>
{ SubdivisionAlgorithm(cellVolume, indicatorVolumes, influencerVolumes, refTrans, inBricks, outFlags); };
bricks = new List <ProbeBrickIndex.Brick>();
// get a list of bricks for this volume
int numProbes;
refVol.CreateBricks(new List <Volume>()
{
cellVolume
}, subdivDel, bricks, out numProbes);
positions = new Vector3[numProbes];
refVol.ConvertBricks(bricks, positions);
}
