public OctreeNode BuildSeamTree(List <OctreeNode> seamNodes, Vector3 eMin, int size)
{
return(tree.ConstructUpwards(seamNodes, eMin, size));
}
protected override void ThreadFunction()
{
if (i_Tree != null && i_Count > 0 && i_VoxMins.Length > 0 && i_VoxMaterials.Length > 0 && i_Voxs.Length > 0 && i_Size != 0)
{
List <OctreeNode> computedVoxels = new List <OctreeNode>();
int HIGHEST_VOXEL_RES = 64;
int voxelSize = HIGHEST_VOXEL_RES / i_Size;
for (int i = 0; i < i_Count; i++)
{
if (i_Voxs[i].numPoints != 0)
{
OctreeNode leaf = new OctreeNode();
leaf.type = OctreeNodeType.Node_Leaf;
leaf.size = voxelSize;
OctreeDrawInfo drawInfo = new OctreeDrawInfo();
drawInfo.position = i_Voxs[i].vertPoint;
drawInfo.averageNormal = i_Voxs[i].avgNormal;
drawInfo.corners = (int)i_VoxMaterials[i];
leaf.drawInfo = drawInfo;
leaf.min = i_VoxMins[i];
computedVoxels.Add(leaf);
}
}
//Debug.Log(computedVoxels.Count);
if (computedVoxels.Count > 0)
{
if (updatingChunk && chunkToUpdate != null)
{
chunkToUpdate.DestroyOctree();
}
m_Root = i_Tree.ConstructUpwards(computedVoxels, i_Min, HIGHEST_VOXEL_RES);
if (m_Root != null)
{
i_Tree.GenerateMeshFromOctree(m_Root, m_Vertices, m_Normals, m_Indices, voxelSize);
}
}
//m_Vertices.TrimExcess();
//m_Normals.TrimExcess();
//m_Indices.TrimExcess();
computedVoxels.Clear();
computedVoxels = null;
i_Min = Vector3.zero;
i_Size = 0;
i_Count = 0;
i_Tree = null;
//Array.Clear(i_VoxMins, 0, i_VoxMins.Length);
i_VoxMins = null;
//Array.Clear(i_VoxMaterials, 0, i_VoxMaterials.Length);
i_VoxMaterials = null;
//Array.Clear(i_Voxs, 0, i_Voxs.Length);
i_Voxs = null;
//Debug.Log ("Finished loading chunk");
if (!updatingChunk)
{
m_Test.informGame();
}
if (updatingChunk)
{
m_Test.informGame(chunkToUpdate);
chunkToUpdate = null;
updatingChunk = false;
}
}
}