Hi Until I've gotten the features back I've broken by splitting up QtFlow into more modular submodules for building them with CMake you can use Magic for designing the first gates: http://www.ece.iit.edu/~eoruklu/courses/ece429/tutorial/magic.html
I've got a Qt5 based Magic editor which understands Magic so we will be able to pick up where we leave with Magic and go on with QtFlow, as soon as the tool is being repaired. Also today I've advertised QtFlow during the Twitch-Stream of Noopkat and some folks already have git clones the project and promised to "bombard me with pull requests" (will see whether they keep their promise)
Anyway. Tomorrow I will start doing some simulations of the drive-in process step in Octave and will update the LaTeX files for the process spec accordingly.
For all who didn't attend the mumble session (which was basically everyone except Hagen and me). The tasks for this week: * Getting a formula for the dopant concentration in the n-well for a given time and temperature * Rework the dopant specification (top to bottom) based on specs from Hagen resulting from his simulations of his logic gate designs with the worst stacking numbers (4 transistors in series!) * Working on QtFlow
Cheers David