Leaderboard

@Antichambre : @Dipcore thx... @Case: I have UI-LEDs specially to lighten up the PCB - to Read the Labeling on it, so the Frontpanel will be Transluent. And i will make a DIY Wooden Case for the prototype - and document the Measurements, after that i have more an Idea how a Alu-Case could look... but looking on the size it would be more logical to use IRON --- heavyness... so not a real plan @ the moment @english: mine too... if i have spoken German or more Austrian, than the video hasent take 19 minutes ;) . maybe Subtitels next time ;)

Nice, cool automation!

Hi Mike, I will ask for an UPS or DHL shipping on Monday, I know they continue to work... Cause you really need it, it will be better for next demo ;) Do you intend to create a dedicated case or will you leave it like that? I improved the VELOCITY part of the HAARP into an "ANIMATION" part which now applies to Velocity and CC but only 1 CC. So, as I suspected, the CC-Looper could be a very good partner for the HAARP. I really have to make a video like this for the HAARP, but my English spoken will be a disaster lol. Best regards Bruno

First Prototype, First Working Firmware ( a lot of bugs, and not all features implemented) --- but enough for a teaser ;)

Trying the other encoder board means you swapped the other SEQ-plate onto le mec _R? Then the issue is probably on le mec_R. The encoder pins for ENSW3 are connected to pins 6 and 7 of J1 for both PCBs of the stack. Pin 1 is identified with a square solder pad (on the left when viewed from the top, so right-to-left if you're looking at the bottom of le mec). IC1 is the 165 shift register reading this encoder. You should measure continuity to pins 3 and 4 from the encoder pins. If not, check the soldering on the headers and that the interconnections are sound (were longer male pinheaders used?). You can also carefully short pins 3 and 4 to 0V (ground) and see if DIN events are registered. Use "set debug on". Here's a composite of what I wrote above: