: Use the standard Move, Scale, or Rotate tools on the guide points. The mesh will deform in real-time as you move them.
Sometimes, the control points appear to be missing after generating an FFD cage. This usually happens because the control‑point group is nested inside the selection and not immediately visible. The solution is to open the (available under the Window menu in SketchUp), locate the control‑point group there, and select it directly. Once selected, the control points will become visible and can be manipulated as expected.
: Selecting too many points on an incredibly dense mesh can lag older computers. Work with lower-resolution meshes first, deform them with FFD, and apply smoothing subdivision plugins afterward. Conclusion sketchy ffd sketchup plugin
The workaround is simple: if you want to completely reset a deformation, delete the control cage entirely and generate a fresh one from scratch.
The plugin creates a 3D grid of control points (lattice) surrounding the bounding box of your object. : Use the standard Move, Scale, or Rotate
I recently tried the Sketchy FFD plugin for SketchUp and wanted to share a quick review and tips for anyone considering it.
When you apply Sketchy FFD to a selected group, the plugin generates a grid of control points around its bounding box. You can choose from predefined grid resolutions — typically 2×2, 3×3, or higher — that determine how many control points will be available for manipulation. Once the cage appears, you can select individual points, groups of points, or entire edges and move them in any direction. The geometry stretches, bulges, or compresses accordingly, creating smooth, continuous deformations that would be nearly impossible to achieve with native tools alone. This usually happens because the control‑point group is
: Use it to create NxN patches with control points from scratch. mind.sight.studios How to Use SketchyFFD Group Your Geometry
Once you are happy with the organic shape, click outside the FFD cage to exit the group editing mode. You can now delete the outer construction cage, leaving behind your beautifully deformed, smooth organic model. Pro-Tips for Getting the Best Results
Your geometry lacks enough internal segments or faces to support smooth bending.
The more faces your geometry contains, the smoother the deformation will appear. A simple box with minimal subdivisions will deform with sharp creases; adding more geometry before deforming yields smoother, more organic results.