- PerfectTIN now draws contours, saves them, and exports them in DXF.
- A file can contain a boundary, which will be used to clip the TIN. (It currently allows you to export only those triangles whose centroid is in the boundary.)
- New programs dibathy and vecinos aid in preparing point clouds from single-beam dual-frequency boat scans.
- It reads point clouds in XYZ format.
- A bug in the checksum of the dots in a TIN is fixed.
- PLY export is now colored.
- You can view a TIN colored by gradient or by elevation.
- Pale coloring indicates which areas are holes in the point cloud.
- You can now export a TIN in STL format and specify the size of your 3D printer.
- If installed in /usr/ or /usr/local/, it appears in the menu (tested on KDE and XFCE).
- A bug inserted in the command-line program in version 0.5.0, which resulted in corrupt files or crashes, is fixed.
- Conversion is much faster.
- A longstanding bug, which could crash the program if you load a point cloud right after opening a PerfectTIN file, is fixed.
- You can now export a TIN in PLY format.
- The crash in 0.4.0 is fixed.
- Vertical spikes, which used to appear at the edges and in holes in point clouds, are gone.
- On Windows, this program may crash when run on a 50-million-point cloud or bigger.
- This version fixes a bug in LandXML export in which the x and y coordinates were exchanged.