static void BakeThread()
{
sTotalObjects = sTasks.Length;
for (var i = 0; i < sTotalObjects; ++i)
{
sCurrentObjectIndex = i;
if (sTasks[i].identifier.type == BakedDataType.Pathing)
{
sCurrentObjectName = "pathing";
}
else if (sTasks[i].identifier.variation == BakedDataVariation.Reverb)
{
sCurrentObjectName = "reverb";
}
else
{
sCurrentObjectName = sTasks[i].name;
}
Debug.Log(string.Format("START: Baking effect for {0}.", sCurrentObjectName));
var probeBatches = sTasks[i].probeBatches;
sTotalProbeBatches = probeBatches.Length;
for (var j = 0; j < sTotalProbeBatches; ++j)
{
sCurrentProbeBatchIndex = j;
if (sCancel)
{
return;
}
if (probeBatches[j] == null)
{
Debug.LogWarning(string.Format("{0}: Probe Batch at index {1} is null.", sCurrentObjectName, j));
continue;
}
if (probeBatches[j].GetNumProbes() == 0)
{
Debug.LogWarning(string.Format("{0}: Probe Batch {1} has no probes, skipping.", sCurrentObjectName, sTasks[i].probeBatchNames[j]));
continue;
}
var probeBatch = new ProbeBatch(SteamAudioManager.Context, sTasks[i].probeBatchAssets[j]);
var simulationSettings = SteamAudioManager.GetSimulationSettings(true);
if (sTasks[i].identifier.type == BakedDataType.Reflections)
{
var bakeParams = new ReflectionsBakeParams {
};
bakeParams.scene = SteamAudioManager.CurrentScene.Get();
bakeParams.probeBatch = probeBatch.Get();
bakeParams.sceneType = simulationSettings.sceneType;
bakeParams.identifier = sTasks[i].identifier;
bakeParams.flags = 0;
bakeParams.numRays = simulationSettings.maxNumRays;
bakeParams.numDiffuseSamples = simulationSettings.numDiffuseSamples;
bakeParams.numBounces = SteamAudioSettings.Singleton.bakingBounces;
bakeParams.simulatedDuration = simulationSettings.maxDuration;
bakeParams.savedDuration = simulationSettings.maxDuration;
bakeParams.order = simulationSettings.maxOrder;
bakeParams.numThreads = simulationSettings.numThreads;
bakeParams.rayBatchSize = simulationSettings.rayBatchSize;
bakeParams.irradianceMinDistance = SteamAudioSettings.Singleton.bakingIrradianceMinDistance;
bakeParams.bakeBatchSize = 1;
if (SteamAudioSettings.Singleton.bakeConvolution)
{
bakeParams.flags = bakeParams.flags | ReflectionsBakeFlags.BakeConvolution;
}
if (SteamAudioSettings.Singleton.bakeParametric)
{
bakeParams.flags = bakeParams.flags | ReflectionsBakeFlags.BakeParametric;
}
if (simulationSettings.sceneType == SceneType.RadeonRays)
{
bakeParams.openCLDevice = SteamAudioManager.OpenCLDevice;
bakeParams.radeonRaysDevice = SteamAudioManager.RadeonRaysDevice;
bakeParams.bakeBatchSize = SteamAudioSettings.Singleton.bakingBatchSize;
}
API.iplReflectionsBakerBake(SteamAudioManager.Context.Get(), ref bakeParams, sProgressCallback, IntPtr.Zero);
}
else
{
var bakeParams = new PathBakeParams {
};
bakeParams.scene = SteamAudioManager.CurrentScene.Get();
bakeParams.probeBatch = probeBatch.Get();
bakeParams.identifier = sTasks[i].identifier;
bakeParams.numSamples = SteamAudioSettings.Singleton.bakingVisibilitySamples;
bakeParams.radius = SteamAudioSettings.Singleton.bakingVisibilityRadius;
bakeParams.threshold = SteamAudioSettings.Singleton.bakingVisibilityThreshold;
bakeParams.visRange = SteamAudioSettings.Singleton.bakingVisibilityRange;
bakeParams.pathRange = SteamAudioSettings.Singleton.bakingPathRange;
bakeParams.numThreads = SteamAudioManager.Singleton.NumThreadsForCPUCorePercentage(SteamAudioSettings.Singleton.bakedPathingCPUCoresPercentage);
API.iplPathBakerBake(SteamAudioManager.Context.Get(), ref bakeParams, sProgressCallback, IntPtr.Zero);
}
if (sCancel)
{
Debug.Log("CANCELLED: Baking.");
return;
}
// Don't flush the writes to disk just yet, because we can only do it from the main thread.
probeBatches[j].probeDataSize = probeBatch.Save(sTasks[i].probeBatchAssets[j], false);
var dataSize = (int)probeBatch.GetDataSize(sTasks[i].identifier);
probeBatches[j].AddOrUpdateLayer(sTasks[i].gameObject, sTasks[i].identifier, dataSize);
if (sTasks[i].identifier.type == BakedDataType.Reflections)
{
switch (sTasks[i].identifier.variation)
{
case BakedDataVariation.Reverb:
(sTasks[i].component as SteamAudioListener).UpdateBakedDataStatistics();
break;
case BakedDataVariation.StaticSource:
(sTasks[i].component as SteamAudioBakedSource).UpdateBakedDataStatistics();
break;
case BakedDataVariation.StaticListener:
(sTasks[i].component as SteamAudioBakedListener).UpdateBakedDataStatistics();
break;
}
}
}
Debug.Log(string.Format("COMPLETED: Baking effect for {0}.", sCurrentObjectName));
}
sStatus = BakeStatus.Complete;
}
public static extern void iplReflectionsBakerBake(IntPtr context, ref ReflectionsBakeParams bakeParams, ProgressCallback progressCallback, IntPtr userData);