public LegModel(LegSO legIn, SOMaterial rectifiedMaterial) : base(legIn.Mesh, false, legIn.Spatial)
{
leg = legIn;
leg.Name = "InitialLeg";
legIn.OnMeshModified += on_leg_scan_modified;
rectified_leg = leg.DuplicateSubtype <RectifiedLegSO>();
rectified_leg.EnableSpatial = false;
leg.GetScene().AddSceneObject(rectified_leg, false);
rectified_leg.AssignSOMaterial(rectifiedMaterial);
rectified_leg.Name = "RectifiedLeg";
//SOMeshSource = new ConstantMeshSourceOp(legIn.Mesh, true, false);
SOMeshSource = new ConstantMeshSourceOp();
SO_Op = new UniquePairSet <SceneObject, ModelingOperator>();
Combiner = new DisplacementCombinerOp();
VertexDisplace = new MeshVertexDisplacementOp()
{
MeshSource = SOMeshSource,
DisplacementSource = Combiner
};
PostScale = new MeshScaleOp()
{
MeshSource = VertexDisplace
};
Compute = new ThreadedMeshComputeOp()
{
MeshSource = PostScale
};
// add global brush layer
BrushLayer = new VectorDisplacementMapOp()
{
MeshSource = SOMeshSource
};
Combiner.Append(BrushLayer);
SOMeshSource.SetMesh(legIn.Mesh, true, false);
}
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);
}
