public IVectorDisplacementSourceOp AppendRegionSmoothOp(EnclosedPatchSO Source)
{
PolyCurveSOSourceOp curveOp = new PolyCurveSOSourceOp(Source);
EnclosedRegionSmoothOp deformOp = new EnclosedRegionSmoothOp()
{
SmoothAlpha = 0.5f,
MeshSource = SOMeshSource,
CurveSource = curveOp
};
Combiner.Append(deformOp);
SO_Op.Add(Source, deformOp);
OnDeformationAdded?.Invoke(Source, deformOp);
return(deformOp);
}
public IVectorDisplacementSourceOp AppendRegionOffset(EnclosedPatchSO Source)
{
Frame3f deformF = Frame3f.Identity;
deformF = SceneTransforms.TransformTo(deformF, Source, leg);
PolyCurveSOSourceOp curveOp = new PolyCurveSOSourceOp(Source);
EnclosedRegionOffsetOp deformOp = new EnclosedRegionOffsetOp()
{
Normal = deformF.Y,
PushPullDistance = 2.0f,
MeshSource = SOMeshSource,
CurveSource = curveOp
};
Combiner.Append(deformOp);
SO_Op.Add(Source, deformOp);
OnDeformationAdded?.Invoke(Source, deformOp);
return(deformOp);
}
public SocketModel(SocketSO Socket, LegModel leg, TrimLoopSO trimLineIn, ModelModes eMode) : base(Socket.Mesh, false)
{
socket = Socket;
this.leg = leg;
leg.SO.OnTransformModified += leg_transform_modified;
this.trimLine = trimLineIn;
LegSourceOp = new ShapeModelOutputMeshSourceOp(leg);
TrimlineSourceOp = new PolyCurveSOSourceOp(this.trimLine);
if (eMode == ModelModes.Socket)
{
DeviceGenOp = new SocketGeneratorOp();
}
else
{
DeviceGenOp = new AFOGeneratorOp();
}
DeviceGenOp.MeshSource = LegSourceOp;
DeviceGenOp.CurveSource = TrimlineSourceOp;
DeviceGenOp.SocketVertexColor = Colorf.CornflowerBlue;
DeviceGenOp.PartialSocketVertexColor = ColorMixer.Darken(Colorf.SelectionGold, 0.75f);
DeviceGenOp.SocketThickness = this.SocketThickness;
DeviceGenOp.InnerWallOffset = this.SocketOffset;
DeviceGenOp.ConnectorCutHeight = this.ConnectorCutHeight;
Compute = new ThreadedMeshComputeOp()
{
MeshSource = DeviceGenOp
};
// initialize socket input transform
leg_transform_modified(leg.SO);
}