instead, use the semantic knowledge about the connection of parts to snap
them into place. What steps will reproduce the problem? 1. Modify a part's breadboard graphic so that it's connector locations are
moved, e.g. shorten the legs of the LED.
Load a previously stored sketch, e.g. the Blink example What is the expected output? What do you see instead? The part seems to be disconnected, but they aren't. Once you move e.g. the
breadboard that the LED is connected to, it automatically snaps back.
This makes the modifcation of part graphics a big usability problem!
So if we ignored the physical location of connected connectors and just let
them snap into place, we could alter the graphics at any time.
From andre.knoerig@gmail.com on April 09, 2010 06:46:02
This makes the modifcation of part graphics a big usability problem!
So if we ignored the physical location of connected connectors and just let them snap into place, we could alter the graphics at any time.
Original issue: http://code.google.com/p/fritzing/issues/detail?id=1046