public void Finish()
{
chunk.UnlockLocalGroupForMeshing();
chunk.UpdateMeshLight(colors);
int lightFlags = lightBFS.Dequeue();
Chunk downdown = chunk.neighbors[Dirs.DOWN].neighbors[Dirs.DOWN];
if (downdown != null)
{
while (lightBFS_U.Count > 0)
{
downdown.sunBFS.Enqueue(lightBFS_U.Dequeue());
}
while (lightRBFS_U.Count > 0)
{
downdown.sunRBFS.Enqueue(lightRBFS_U.Dequeue());
}
}
Pools.c32N.Return(colors);
Pools.intQN.Return(lightBFS);
Pools.intQN.Return(lightBFS_U);
Pools.lrnQN.Return(lightRBFS);
Pools.lrnQN.Return(lightRBFS_U);
// notify neighbors whom should update based on set light flags
LightCalculator.CheckNeighborLightUpdate(chunk, lightFlags);
}
public void Finish()
{
chunk.UnlockLocalGroupForMeshing();
chunk.UpdateMesh(vertices, normals, uvs, uv2s, colors, triangles);
#if GEN_COLLIDERS
if (chunk.needNewCollider)
{
chunk.UpdateColliderNative(colliderVerts, colliderTris);
}
Pools.v3Pool.Return(colliderVerts);
Pools.intPool.Return(colliderTris);
#endif
int lightFlags = lightBFS.Dequeue();
// add unfinished sunlight nodes to downdown neighbor
// then in update they check if any nodes in that queue and trigger a new type of light job update if so
// can skip down neighbor because that was already fully propagated from this job so start with his down neighbor instead
Chunk downdown = chunk.neighbors[Dirs.DOWN].neighbors[Dirs.DOWN];
if (downdown != null)
{
while (lightBFS_U.Count > 0)
{
downdown.sunBFS.Enqueue(lightBFS_U.Dequeue());
}
while (lightRBFS_U.Count > 0)
{
downdown.sunRBFS.Enqueue(lightRBFS_U.Dequeue());
}
}
#if _DEBUG
if (lightBFS.Count > 0)
{
if (tracking)
{
totalsIters++;
//initLightTime += lightBFS.Dequeue();
//processLightTime += lightBFS.Dequeue();
//meshingTime += lightBFS.Dequeue();
//colliderTime += lightBFS.Dequeue();
//string output = string.Format("initLight:{0:0.0}, lighting:{1:0.0}, meshing:{2:0.0}, collider:{3:0.0}",
// initLightTime / (float)totalsIters,
// processLightTime / (float)totalsIters,
// meshingTime / (float)totalsIters,
// colliderTime / (float)totalsIters);
initLightTime = lightBFS.Dequeue();
processLightTime = lightBFS.Dequeue();
meshingTime = lightBFS.Dequeue();
colliderTime = lightBFS.Dequeue();
string output = string.Format("initLight:{0:0.0}, lighting:{1:0.0}, meshing:{2:0.0}, collider:{3:0.0}",
initLightTime, processLightTime, meshingTime, colliderTime);
Debug.Log(output);
}
}
#endif
Pools.tloLN.Return(lightOps);
Pools.intQN.Return(lightBFS);
Pools.intQN.Return(lightBFS_U);
Pools.lrnQN.Return(lightRBFS);
Pools.lrnQN.Return(lightRBFS_U);
// notify neighbors whom should update based on set light flags
LightCalculator.CheckNeighborLightUpdate(chunk, lightFlags);
}