I'm currently working on a project using QLC 4.12.6 on the raspberry pi, specifically the raspberry pi / QLC+ image.
I have a button in the virtual console that I want to trigger via a GPIO input, I have the button set to GPIO 11, which translates to DMX 17 based on what I've read here https://www.qlcplus.org/downloads/raspb ... _Guide.pdf
A couple of things I've tried
- OSC: I dug up some old QLC forum posts with some helpful information but all I could get was the number going up on the "packets recieved" in the inputs tab, using 127.0.0.1 and my local IP. I was sending the packets via netcat, here is sample code that I constructed after looing into OSC and what QLC seems to expect -
Code: Select all
echo -e '/behavior/strobe\0\0,i\0\0\x00\x00\x00\xFF' | ncat -u 127.0.0.1 7700
- I also used the OSC number calculator and mapped a channel in an OSC profile with the address/number, auto-detect did not work for my case (not using hardware, but sending osc with auto detect active also did nothing.
- GPIO: Using the 'GPIO Lines' option is the universe input dropdown (although this option is only available on the pi/qlc web interface) Any idea how to configure this to trigger a button? I tried setting up a profile using DMX, then creating a new channel entry for 17 (based on the GPIO -> DMX numbering that qlc uses, also tried 11 for the GPIO pin #), and then hooking this up to the button in the virtual console I'd like to trigger
http://www.qlcplus.org/forum/viewtopic.php?t=8542
I also have felt limited in some aspects on the raspberry pi version of QLC through the web interface, the documentation seems to suggest that you can get access to all the features like the desktop version has in the Direct Access (5.2) section, although I only see the terminal when I plug in an HDMI from the PI to my monitor, am I missing something there?
But otherwise I'm mostly wondering if there is more documentation or info on the "GPIO Lines" option that I see on the qlc web interface for the PI, just feeling like I may be missing something.
Appreciate any tips or suggestions, thanks!