
Merge the aligned meshes into one mesh: Filters>Layer and Attribute Management >Flatten Visible Layers. Click "Process" and the meshes will be aligned. (nose with nose, eye with eye, chin with chin.) add a minimum of 4 points, and repeat the same process for as many meshes you got. Dobleclick to add points where you see the same geometry. Select one layer, click "Point Based Glueing": a new window appears with both meshe side by side. click "Glue Here Mesh", a star appears next to the layer, meaning that the mesh is fixed on the space.

upload your file, wait & download the fixed model. Use the cloud services from Netfabb to close holes, remove double vertex, manifold edges. Clean up STL to minimize errors during GCode generation:.(Lambda 0.55 gives a nice smooth surface maintaining the general geometry)Įdit > Measuring tool: Click to points to know the actual dimensions of the 3DModelĬhange dimensions accordingly: Filters > Normals, Curvatures and Orientation > Transform:Scale / Set scale factor, uniform scaling, Freeze Matrix. Select faces to smooth (don't select the base plane)įilters > Taubin Smooth: / check "Affect only selected faces" Preview and test. Lower the mesh density (for easy processing): Meshlab / Filters > Remeshing,Simplification and Reconstruction > Quadric Edge Collapse Decimation: Percentage reduction: 0.8 (repeat until get a nice mesh of around 50k faces).Optimizing meshes from KinectToSTL app for 3DPrint (this example is just drawing the point cloud,and is just a useful comparison to see the separate parts of the code)


#Meshlab reduce mesh density code
Modified Processing Code to Export to STL Ejemplos de ofxKinect para OF: Processing links:
