protected virtual DMesh3 compute_blend_analytic()
{
bool profile = true;
LocalProfiler p = null;
if (profile)
{
p = new LocalProfiler();
p.Start("bvtree");
}
compute_cache_lazy_sdfs();
if (is_invalidated())
{
return(null);
}
if (profile)
{
p.Stop("bvtree");
p.Start("mc");
}
List <BoundedImplicitFunction3d> inputs = new List <BoundedImplicitFunction3d>();
foreach (CachingMeshSDF sdf in cached_lazy_sdfs)
{
var skel_field = new DistanceFieldToSkeletalField()
{
DistanceField = new CachingMeshSDFImplicit(sdf), FalloffDistance = blend_falloff
};
inputs.Add(skel_field);
}
SkeletalRicciNaryBlend3d blend = new SkeletalRicciNaryBlend3d()
{
Children = inputs, BlendPower = this.blend_power,
FieldShift = -DistanceFieldToSkeletalField.ZeroIsocontour
};
AxisAlignedBox3d use_bounds = source_bounds;
source_bounds.Expand(blend_falloff);
MarchingCubesPro c = lazy_mc;
c.Implicit = blend;
//c.IsoValue = DistanceFieldToSkeletalField.ZeroIsocontour;
c.Bounds = use_bounds;
c.CubeSize = mesh_cell_size;
c.Bounds.Expand(3 * c.CubeSize);
c.RootMode = MarchingCubesPro.RootfindingModes.LerpSteps;
c.RootModeSteps = 3;
//c.ParallelCompute = false;
c.CancelF = is_invalidated;
c.GenerateContinuation(input_mesh_seeds());
if (is_invalidated())
{
return(null);
}
if (profile)
{
p.Stop("mc");
p.Start("reduce");
}
c.Mesh.ReverseOrientation();
Reducer r = new Reducer(c.Mesh);
r.FastCollapsePass(c.CubeSize / 2, 3, true);
if (is_invalidated())
{
return(null);
}
if (min_component_volume > 0)
{
MeshEditor.RemoveSmallComponents(c.Mesh, min_component_volume, min_component_volume);
}
if (is_invalidated())
{
return(null);
}
if (profile)
{
p.Stop("reduce");
#if G3_USING_UNITY
UnityEngine.Debug.Log("ANALYTIC BLEND TIME: " + p.AllTimes());
#endif
}
return(c.Mesh);
}
protected virtual DMesh3 compute_blend_bounded()
{
bool profile = true;
LocalProfiler p = null;
if (profile)
{
p = new LocalProfiler();
p.Start("sdf");
}
cache_input_sdfs_bounded();
if (is_invalidated())
{
return(null);
}
if (profile)
{
p.Stop("sdf");
p.Start("mc");
}
List <BoundedImplicitFunction3d> inputs = new List <BoundedImplicitFunction3d>();
foreach (var sdf in cached_bounded_sdfs)
{
var dist_field = new DenseGridTrilinearImplicit(sdf);
var skel_field = new DistanceFieldToSkeletalField()
{
DistanceField = dist_field, FalloffDistance = blend_falloff
};
inputs.Add(skel_field);
}
SkeletalRicciNaryBlend3d blend = new SkeletalRicciNaryBlend3d()
{
Children = inputs, BlendPower = this.blend_power
};
MarchingCubesPro c = new MarchingCubesPro();
c.Implicit = blend;
c.IsoValue = DistanceFieldToSkeletalField.ZeroIsocontour;
c.Bounds = blend.Bounds();
c.CubeSize = mesh_cell_size;
c.Bounds.Expand(3 * c.CubeSize);
c.RootMode = MarchingCubesPro.RootfindingModes.LerpSteps;
c.RootModeSteps = 3;
c.CancelF = is_invalidated;
//c.Generate();
c.GenerateContinuation(input_mesh_seeds());
if (is_invalidated())
{
return(null);
}
if (profile)
{
p.Stop("mc");
p.Start("reduce");
}
c.Mesh.ReverseOrientation();
Reducer r = new Reducer(c.Mesh);
r.FastCollapsePass(c.CubeSize / 2, 3, true);
if (is_invalidated())
{
return(null);
}
if (min_component_volume > 0)
{
MeshEditor.RemoveSmallComponents(c.Mesh, min_component_volume, min_component_volume);
}
if (is_invalidated())
{
return(null);
}
if (profile)
{
p.Stop("reduce");
#if G3_USING_UNITY
UnityEngine.Debug.Log("BLEND TIME: " + p.AllTimes());
#endif
}
return(c.Mesh);
}
