NNDB is a C++ library that provides in-memory data storage and retrieval using syntax that is intended to feel natural for C++/STL, but which also might feel slightly like SQL if you squint and pound the top of your head with a seminal programming textbook. Columns types are fixed at compile-time and checked by the compiler.
Morris is an implementation of Nine Men's Morris that also supports several rule-variants and different board layouts (including Morabaraba). You can play against the computer, or play against another human opponent. The computer opponent learns from previous games and tries not to make the same mistake twice. This ensures continuous variation in game play, should you manage to beat the program. Furthermore, the program can give move hints and provides unlimited undo/redo.
BDay is a simple program to help you track birthdays and anniversaries. It runs when you start or log in to your computer, displays any events that are coming up, and then exits when you click OK. It does not hang around in the system tray or as a background process taking up your computer’s resources. If there are no events to be displayed, then you won't even see BDay run.
MileTrak makes tracking your mileage easy. Just input your starting point and your destination, and the route distance will be grabbed from Google maps. The route will even be displayed, allowing you to verify it. All your routes are stored to a database; you can then export this information to the clipboard, allowing it to be copied into another application such as a spreadsheet.
DXF2papercraft converts a polygonal 3D model stored as a DXF file into a plain drawing in the form of a 2D DXF file. This requires the program to "unfold" the 3D model. The result is a flattened pattern of connected polygons. All edges of a polygon which are unconnected get a so-called glue tab in addition. This pattern is called a papercraft model, and it can be used to build a shape that resembles the original 3D model from paper or cardboard. After all pairs of tabs have been glued together, the paper model corresponds to the 3D object. The final model can be reinforced by fiber glass and resin to obtain a rigid, resilient structure.