public void BaseInit()
{
TestInitialized = true;
_test = new object();
// Explode();
// ObjectTracker.Default.ResetCollection();
_testTime = Stopwatch.StartNew();
Profiling.Start();
if (ClassObjectTracker == null)
{
ClassObjectTracker = ObjectTracker.Default;
}
ObjectTracker.Default = (ObjectTracker)Activator.CreateInstance(typeof(ObjectTracker), true);
ObjectTracker.Default.EnableCollection();
_trackers[TestContext.TestName] = ObjectTracker.Default;
}
private void OnValueChanged(float value)
{
polycountLabel.text = $"{Math.Round(100 * value)}% ({Math.Round(value * _polycount)}/{_polycount} triangles)";
Profiling.Start("Convert");
var connectedMeshes = _originalMeshes.Select(x => UnityConverter.ToSharedMesh(x).ToConnectedMesh()).ToArray();
Debug.Log(Profiling.End("Convert"));
Profiling.Start("Clean");
foreach (var connectedMesh in connectedMeshes)
{
// Important step :
// We merge positions to increase chances of having correct topology information
// We merge attributes in order to make interpolation properly operate on every face
connectedMesh.MergePositions(0.0001f);
connectedMesh.MergeAttributes();
connectedMesh.Compact();
}
Debug.Log(Profiling.End("Clean"));
Profiling.Start("Decimate");
SceneDecimator sceneDecimator = new SceneDecimator();
sceneDecimator.Initialize(connectedMeshes);
sceneDecimator.DecimateToRatio(value);
Debug.Log(Profiling.End("Decimate"));
Profiling.Start("Convert back");
for (int i = 0; i < connectedMeshes.Length; i++)
{
_meshes[i].Clear();
connectedMeshes[i].ToSharedMesh().ToUnityMesh(_meshes[i]);
_meshes[i].bindposes = _originalMeshes[i].bindposes;
}
Debug.Log(Profiling.End("Convert back"));
}
