internal void AddPendingAssetLoading(ProbeVolumeAsset asset)
{
var key = asset.GetSerializedFullPath();
if (m_PendingAssetsToBeLoaded.ContainsKey(key))
{
m_PendingAssetsToBeLoaded.Remove(key);
}
m_PendingAssetsToBeLoaded.Add(asset.GetSerializedFullPath(), asset);
m_NeedLoadAsset = true;
// Compute the max index dimension from all the loaded assets + assets we need to load
Vector3Int indexDimension = Vector3Int.zero;
foreach (var a in m_PendingAssetsToBeLoaded.Values)
{
indexDimension = Vector3Int.Max(indexDimension, a.maxCellIndex);
}
foreach (var a in m_ActiveAssets.Values)
{
indexDimension = Vector3Int.Max(indexDimension, a.maxCellIndex);
}
m_PendingIndexDimChange = indexDimension;
m_NeedsIndexDimChange = true;
}
internal void AddPendingAssetRemoval(ProbeVolumeAsset asset)
{
var key = asset.GetSerializedFullPath();
if (m_PendingAssetsToBeUnloaded.ContainsKey(key))
{
m_PendingAssetsToBeUnloaded.Remove(key);
}
m_PendingAssetsToBeUnloaded.Add(asset.GetSerializedFullPath(), asset);
}
internal void AddPendingAssetLoading(ProbeVolumeAsset asset)
{
var key = asset.GetSerializedFullPath();
if (m_PendingAssetsToBeLoaded.ContainsKey(key))
{
m_PendingAssetsToBeLoaded.Remove(key);
}
m_PendingAssetsToBeLoaded.Add(asset.GetSerializedFullPath(), asset);
m_NeedLoadAsset = true;
}
internal void RemovePendingAsset(ProbeVolumeAsset asset)
{
var key = asset.GetSerializedFullPath();
if (m_ActiveAssets.ContainsKey(key))
{
m_ActiveAssets.Remove(key);
}
// Remove bricks and empty cells
foreach (var cell in asset.cells)
{
if (cells.ContainsKey(cell.index))
{
cells.Remove(cell.index);
}
}
// Unload brick data
if (m_AssetPathToBricks.ContainsKey(key))
{
var regIds = m_AssetPathToBricks[key];
foreach (var regId in regIds)
{
ReleaseBricks(regId);
}
m_AssetPathToBricks.Remove(key);
}
}
private void LoadAsset(ProbeVolumeAsset asset)
{
var path = asset.GetSerializedFullPath();
m_AssetPathToBricks[path] = new List <RegId>();
foreach (var cell in asset.cells)
{
// Push data to HDRP
bool compressed = false;
var dataLocation = ProbeBrickPool.CreateDataLocation(cell.sh.Length, compressed, ProbeVolumeSHBands.SphericalHarmonicsL2);
ProbeBrickPool.FillDataLocation(ref dataLocation, cell.sh, ProbeVolumeSHBands.SphericalHarmonicsL2);
// TODO register ID of brick list
List <ProbeBrickIndex.Brick> brickList = new List <ProbeBrickIndex.Brick>();
brickList.AddRange(cell.bricks);
var regId = AddBricks(brickList, dataLocation);
cells[cell.index] = cell;
m_AssetPathToBricks[path].Add(regId);
}
}