I should give NopSCADlib credit for many of the models. Some I have done myself (capacitors now have values on them, unlike the real ceramic parts), possibly some transistors (I did more), some multiple pin transistor IC’s, all of the modules shown, the 2mm and 1.0 mm pin headers and sockets. Likely a few other things in there. He doesn’t model things (mostly) that he doesn’t use in his own projects, and my projects are quite a bit different. Hence, my models.
The programming reads an EAGLE file, and on a per part basis, selects my library of parts or his. Both can be expanded. Some of my parts are composite parts built in NopSCADlib. The trick is knowing how to take the EAGLE *.brd file apart and then produce the *.scad file. No idea if it will work on more EAGLE files than 7.x files, but it seems to be working so far. Since it parses text files, the board files need to be XML.
I should give NopSCADlib credit for many of the models. Some I have done myself (capacitors now have values on them, unlike the real ceramic parts), possibly some transistors (I did more), some multiple pin transistor IC’s, all of the modules shown, the 2mm and 1.0 mm pin headers and sockets. Likely a few other things in there. He doesn’t model things (mostly) that he doesn’t use in his own projects, and my projects are quite a bit different. Hence, my models.
The programming reads an EAGLE file, and on a per part basis, selects my library of parts or his. Both can be expanded. Some of my parts are composite parts built in NopSCADlib. The trick is knowing how to take the EAGLE \*.brd file apart and then produce the \*.scad file. No idea if it will work on more EAGLE files than 7.x files, but it seems to be working so far. Since it parses text files, the board files need to be XML.
