Hello TK, hello midibox community,
the monodeck II designed by monolake aka. Robert Henke
is finally done. Control software development (which is done by
Robert and is runnning on the host computer) will continue and
for sure see refinement after the experience from the first gigs,
but the device itself is finished.
Thank you very much for your hard and nice work.
MIOS and MIDIBOX are a great platform.
Have a nice life, you deserve it!
http://www.monolake.de/monodeck2.html
Ralf
Holy crap dude that’s a monster!! 
I’m really interested in your RGB LED driver, is there any chance of you sharing that? I’ve got 150 of those things here and I was planning on writing a driver later on when I get to the CS…
Wow, that is awesome look’n!! Very pretty lights!! 8)
*slaps himself*
I should’ve searched your previous posts 
http://www.suckow.de/ralf/ledmatrix4x20/index.html
Thanks!!
I wonder if those lights aren’t too bright? At least on the fotos it looks like they might blind your eyes in such a way that it’s hard to see the buttons / read the panel any more, at least in dim light.
It does look very cool, though!
Best regards, ilmenator
True, but those LED’s have software controlled dimming!
Hi Ralf/Robert,
this is one of the most beautiful controllers I’ve ever seen - I’m impressed!
The design demonstrates your full passion for this baby
Best Regards, Thorsten.
wow. thats really beautiful!
isn’t it a bit hard to carry? hey I’ve got a really light MB16 lying next to me.
I think you’ve got a better overview with only 6 sliders, 6 pots and 8 buttons…
…wanna trade ? ;D ;D
:o Amazing work
Very nice !!!
Regards
MTE
*slaps himself*
I should’ve searched your previous posts
Thanks!!
The software has been rewritten for the monodeck:
based on midibox64 (not …e) since we need no encoders but lots of pots
the color of one, four, or all LEDS are set using MIDI notes
there is a mapping which lets the buttons and LEDs be related to the same
note number, with a nice numbering scheme over the whole device,
which compensates for the anarchistic wiring
so that the multiplexing routine is simpler and faster
software dimming (1:1 … 1:4, more is not possible since it flickers)
two cores are linked, the software is modified so that one core
is responsible for LEDs/Buttons 0..63, the other for 64..127
the schematic is a bit different, because the LEDs are RGB, not RGBB
I disabled the button debouncing, else the LEDs would flicker
In general we would publish the info, IMHO, if somebody is
interested, there’s just no time at the moment, Live6 is in the
beta phase, and then I’m on vacation until End of September
Ralf
I wonder if those lights aren’t too bright? At least on the fotos it looks like they might blind your eyes in such a way that it’s hard to see the buttons / read the panel any more, at least in dim light.
Best regards, ilmenator
Yes, on the photos they appear a bit lighter than in reality.
And you are right, a 1:4 software dimming is not enough.
The maximum setting allows playing in direct sun, 1/4 of that
is still too bright for the night. So, Robert invented and added a
hardware dimming which is a separate circuit for each color:
a square signal generator with adjustable busy cycle, which
turns the enable inputs of each of the shift registers on and off,
with a relatively high frequency, to avoid flicker. This not only
allows to setup the monodeck for performances at night, it also
allows to ajust the relative color brightness, which is important
for nice clean colors and the white balance.
Based on this setting, Robert can now fine-tune the brightness,
depending on the situation, with the software, quickly.
Ralf
I disabled the button debouncing, else the LEDs would flicker
This is something what I’m planning to solve in one of the next MIOS versions - currently the same SR scanning routine is used for DIN and DOUT registers, which means, when the DINs are temporary disabled due to the cheap debouncing method, the DOUT registers won’t be updated.
The solution is to add a second scan routine which only services the DOUTs so long the debouncing delay is active.
Best Regards, Thorsten.
Hello !!!
Yes, it is done. After almost one year of hard (brain) work. I will spend all september with the preparation of a new Monolake live set which is to be performed using the Monodeck. The plan is to get rid of the computer on stage and to run the show entirely from the hardware controler, even without the need to watch a computer screen. I might contribute / answer questions here at the forum but I am not sure how much time I will find for this. We will see…
Thorsten, thank you for all your work & knowledge - much appreciated.
Robert
Thanks for the extra info guys!
I understand that you’re a bit busy to document your findings, but if you could just make the code available, it could serve as a starting point for others… I’m not the only one working on a LED matrix at the moment
I hope you’ll record the show for us too!
This is something what I’m planning to solve in one of the next MIOS versions - currently the same SR scanning routine is used for DIN and DOUT registers, which means, when the DINs are temporary disabled due to the cheap debouncing method, the DOUT registers won’t be updated.
The solution is to add a second scan routine which only services the DOUTs so long the debouncing delay is active.
Best Regards, Thorsten.
Aah, this would explain why my ledmatrix keeps flickering
I thought I made some kind of wiring error
very interesting topic
Ye gods man! What a badboy…
Good work on the Led Matrix, I’m currently planning a 7x8 button grid for triggering clips in ableton (6 channels and one coloumn for the scene triggers) so yours will be an invaluable resource!
I don’t suppose we could get a video of you jamming with it could we? :-* pretty please?
I don’t suppose we could get a video of you jamming with it could we? :-* pretty please?
I too, would like to see that thing in action!! ;D thanks
Sick man, Very sick!! That’s one of the baddest MIDIbox controllers I have seen yet. Killer job on the layout too!
Good job
-tel3
Looks great and I like the fact that it was built to his specific needs and way he plays (or will learn to play) live.
One thing that is missing (if he does intend to use this without looking at his computer screen) is the LCD display!? Especially now with features such as Automap (by novation) it would have been really useful to have a display setup that would tell you the name of tracks, name of clips playing…maybe even a sample/preset browser for loading up your step sequencer or programming synths/fx?
I guess I need to build my onw 