RhinoResurf 3 for Rhino 6

RhinoResurf 3 for Rhino 6 is a reverse engineering plug-in that gives Rhino the ability to reconstruct the geometry represented by the [[Non-uniform_rational_B- spline|NURBS]] surface of an object from a mesh or point cloud that describes it.

RsMorphSurf

This command helps user select a surface and morph it to the target position. The target data can be mesh, point cloud , curves or another surface.

RsCurves2Surf

Added a new feature 'Rotate' UV-line. This feature allows user rotate the UV-line around the normal direction on the XOY plane, user can find a surface with better UV-line by this rotation.

RsImportLas

This command lets users import .las files into Rhino. The LAS file format is a public file format for the interchange of 3- dimensional point cloud data between data users.

RsPoints2Surf

Added a new feature 'Rotate' UV-line. This feature allows user rotate the UV-line around the normal direction on the XOY plane, user can find a surface with better UV-line by this rotation.

RsMesh2Surf

Create surface by a specified U-line direction. In option 'plane', you can select a curve on mesh to define as a u-direction guide line for surface creation.

RsMesh2Surf

Create untrimmed patch by specified corner points. In option '3-corners', '4-corners' and '2-corners', you can select boundary points to define corner vertex for untrimmed surface creation.

RsSurfacemap

This command helps you morph surfaces from one original mesh to another morphed mesh and fit the morphed mesh accurately. For more details, visit the URLs.

MeshEdit

Create free-form surface by editing mesh dynamically. Commands include:

• RsVertexEdit: move vertex to edit mesh and surface
• RsVertexEdit: move vertex to edit mesh and surface
• RsFaceEdit: move face to edit mesh and surface
• RsExtrudeFaceOnMesh: extrude face to edit mesh and create new surfaces
• RsRotateFaceOnMesh: rotate face on mesh and the related surface is rotated too

• NURBS fitting with specified tolerance.
• Controllable surface smoothness.
• G1 continuity transition.
• Powerful ability to fit large scale point cloud/mesh to a single face.
• Fully automated nurbs surfaces generation.
• Free-form nurbs surface modeling from polygon mesh(OBJ mesh).