public void MakeMesh()
{
var mesh = new Mesh();
if (BypassOps)
{
_polyhedron.BuildMesh();
mesh = _polyhedron.mesh;
mesh.RecalculateNormals();
}
else
{
if (ConwayOperators != null)
{
conway = new ConwayPoly(_polyhedron);
foreach (var c in ConwayOperators)
{
switch (c.op)
{
case Ops.Identity:
break;
case Ops.Scale:
if (c.disabled)
{
break;
}
conway = conway.Foo(c.amount);
break;
case Ops.Kis:
if (c.disabled)
{
break;
}
conway = conway.Kis(c.amount);
break;
case Ops.Kis3:
if (c.disabled)
{
break;
}
conway = conway.KisN(c.amount, 3);
break;
case Ops.Kis4:
if (c.disabled)
{
break;
}
conway = conway.KisN(c.amount, 4);
break;
case Ops.Kis5:
if (c.disabled)
{
break;
}
conway = conway.KisN(c.amount, 5);
break;
case Ops.Kis6:
if (c.disabled)
{
break;
}
conway = conway.KisN(c.amount, 6);
break;
case Ops.Kis8:
if (c.disabled)
{
break;
}
conway = conway.KisN(c.amount, 8);
break;
case Ops.Dual:
if (c.disabled)
{
break;
}
conway = conway.Dual();
break;
case Ops.Ambo:
if (c.disabled)
{
break;
}
conway = conway.Ambo();
break;
case Ops.Zip:
if (c.disabled)
{
break;
}
conway = conway.Kis(c.amount);
conway = conway.Dual();
break;
case Ops.Expand:
if (c.disabled)
{
break;
}
conway = conway.Ambo();
conway = conway.Ambo();
break;
case Ops.Bevel:
if (c.disabled)
{
break;
}
conway = conway.Ambo();
conway = conway.Dual();
conway = conway.Kis(c.amount);
conway = conway.Dual();
break;
case Ops.Join:
if (c.disabled)
{
break;
}
conway = conway.Ambo();
conway = conway.Dual();
break;
case Ops.Needle:
if (c.disabled)
{
break;
}
conway = conway.Dual();
conway = conway.Kis(c.amount);
break;
case Ops.Ortho:
if (c.disabled)
{
break;
}
conway = conway.Ambo();
conway = conway.Ambo();
conway = conway.Dual();
break;
case Ops.Meta:
if (c.disabled)
{
break;
}
conway = conway.Ambo();
conway = conway.Dual();
conway = conway.Kis(c.amount);
break;
case Ops.Truncate:
if (c.disabled)
{
break;
}
conway = conway.Dual();
conway = conway.Kis(c.amount);
conway = conway.Dual();
break;
case Ops.Gyro:
if (c.disabled)
{
break;
}
conway = conway.Gyro(0.3333333f, c.amount);
break;
case Ops.Snub:
if (c.disabled)
{
break;
}
conway = conway.Gyro(0.3333333f, c.amount);
conway = conway.Dual();
break;
case Ops.Exalt:
if (c.disabled)
{
break;
}
conway = conway.Dual();
conway = conway.Kis(c.amount);
conway = conway.Dual();
conway = conway.Kis(c.amount);
break;
case Ops.Yank:
if (c.disabled)
{
break;
}
conway = conway.Kis(c.amount);
conway = conway.Dual();
conway = conway.Kis(c.amount);
conway = conway.Dual();
break;
case Ops.Subdivide:
if (c.disabled)
{
break;
}
conway = conway.Subdivide();
break;
case Ops.Chamfer:
if (c.disabled)
{
break;
}
conway = conway.Chamfer();
break;
case Ops.Offset:
if (c.disabled)
{
break;
}
conway = conway.Offset(c.amount);
break;
case Ops.Extrude:
if (c.disabled)
{
break;
}
conway = conway.Extrude(c.amount, false);
break;
case Ops.Ribbon:
if (c.disabled)
{
break;
}
conway = conway.Ribbon(c.amount, false, 0.1f);
break;
case Ops.Test:
if (c.disabled)
{
break;
}
break;
}
}
}
conway.ScaleToUnitSphere();
// If we Kis we don't need fan triangulation (which breaks on non-convex faces)
conway = conway.Kis(0, true);
mesh = conway.ToUnityMesh(forceTwosided: TwoSided);
}
//_polyhedron.CreateBlendShapes();
mesh.RecalculateTangents();
mesh.RecalculateBounds();
if (meshFilter != null)
{
meshFilter.mesh = mesh;
}
}
