void Start()
{
Instance = this;
Renderer = gameObject.GetComponent <Renderer>();
Light = GameObject.Find("SceneLight").GetComponent <Light>();
Prototyping = GameObject.Find("Prototyping").GetComponent <Prototyping>();
UserMeshVisualizer = GameObject.Find("UserMesh")?.GetComponent <UserMeshVisualizer>();
ApplySmoothing();
if (gameObject.GetComponent <LimitMesh>() != null)
{
LimitMesh = gameObject.GetComponent <LimitMesh>();
LimitingMesh = true;
}
//Desmond
AirSticks.Right.NoteOn += ExplodeA;
AirSticks.Left.NoteOn += ExplodeB;
//Gran Related cuts
AirSticks.Right.NoteOn += () => GranRelatedOn(AirSticks.Hand.Right);
AirSticks.Left.NoteOn += () => GranRelatedOn(AirSticks.Hand.Left);
AirSticks.Right.NoteOff += GranRelatedOff;
AirSticks.Left.NoteOff += GranRelatedOff;
Iridescence = gameObject.GetComponent <IridescenceController>();
MidiManager.OneFiveNine.Beep += BangOutline;
gameObject.InstanceMaterial();
}
public static Mesh LaplacianFilter(Mesh mesh, LimitMesh limitMesh, int times, JobHandle jobHandlerDependency)
{
if (!limitMesh.Limiting)
{
return(LaplacianFilter(mesh, times, jobHandlerDependency));
}
var limitedTriangles = limitMesh.LimitedTriangles.ToArray();
if (limitedTriangles.Length == 0)
{
limitedTriangles = mesh.triangles;
}
var limitedVertexCount = limitedTriangles.Max() + 1;
var limitedVertices = new Vector3[limitedVertexCount];
Array.Copy(mesh.vertices, limitedVertices, limitedVertices.Length);
mesh.vertices = LaplacianFilter(limitedVertices, limitedTriangles, times, jobHandlerDependency);
if (!OffsetTriangles || LatestTriangles == null)
{
mesh.triangles = limitedTriangles;
LatestTriangles = limitedTriangles;
}
else
{
// use the last triangles not the current ones to provide a noisy effect
PreviousTriangles = LatestTriangles.ToList();
int lastVertex = mesh.vertices.Length;
// remove any triangles that reference vertices that don't exist in this frame
PreviousTriangles.RemoveAll(v => (v >= lastVertex));
// and make sure the count is divisable by three to make a full triangle
while ((PreviousTriangles.Count % 3) != 0)
{
PreviousTriangles.Add(lastVertex);
}
mesh.triangles = PreviousTriangles.ToArray();
LatestTriangles = limitedTriangles;
}
mesh.RecalculateNormals();
mesh.RecalculateBounds();
return(mesh);
}
