public void Clear()
{
if (_children != null && _children.Length != 0)
{
ClearChildren();
}
_meshTriangle.ClearTriangle();
_pool.ReturnTriangle(_meshTriangle);
_pool = null;
_meshTriangle = null;
}
public SmartTriangle(TriangleData triangle, TrianglesPool pool, float minimumArea)
{
IsSet = false;
_triangle = triangle;
_currentVertices = _targetVertices = new TriangleVertices(_triangle);
_pool = pool;
_hasChildren = _targetVertices.GetArea() > minimumArea;
if (_hasChildren)
{
GenerateChildren(minimumArea);
}
}
public static SmartTriangle[] SubDivideTriangle(TriangleData triangle, TrianglesPool pool, float targetArea)
{
var tds = new TriangleData[] { new TriangleData(), new TriangleData(), new TriangleData(), new TriangleData() };
SubDivideTriangles(ref tds);
SubDivideVertices(triangle, ref tds);
SubDivideNormals(triangle, ref tds);
SubDivideUvs(triangle, ref tds);
var sts = new SmartTriangle[4];
for (int i = 0; i < sts.Length; i++)
{
sts[i] = new SmartTriangle(tds[i], pool, targetArea);
}
return(sts);
}
private void Awake()
{
_meshFilter = GetComponent <MeshFilter>();
_radialController = new TextureController(_meshFilter, _texture, false);
return;
_mesh = _meshFilter.mesh;
_originalMeshData = new MeshData(_mesh);
_newMeshData = new MeshData();
_trianglesPool = new TrianglesPool(_newMeshData);
_meshFilter.mesh.Clear();
GenerateTriangles();
ProcessDirection();
_directionValue = _unfoldDirection.Min;
}