First of all I would like to thank all the people that´s keeping this site and the Midibox proyect alive.
All this info is giving me the chance to experiment with my music so far…
But the thing is that I can´t do C/ASM or deep electronics, so I´ll have to bother you guys with some basic issues, until I can finish my first 64E proyect.
Thanks in advance for the patience.
I´ve decided to build my first box like a 64E, with some customization.
One obvious Core,
Two DIN, 32 buttons, 16 encoders.
One AIN since I can´t found non rotary encoders in my country, and I would like some other kind of pots.
And one DOUT for the leds ring, my first little pack of doubts…
I´ll like to set led rings in all 16 rotary encoders, but don´t know how to limit them to 7 leds per encoder. (in programming) since I founded some PDF showing connections in Midibox 64E section.
How are this leds going to behave with rotary encoders?. I can figure this with pots, since min value to max value will shine in order to position of pot. But with encoders (infinite positions), how are the leds going to behave?. I just like some kind of info that inform me of data in darkness.
Yes, you only need to change the LED patterns. 32 patterns are available for each LED ring mode - they are prepared for 2 DOUT SRs per default, but you could easily change them so that only the 8 rightmost bits are used.
Or in your midibox64e.ini file, which can be converted to .syx, and uploaded via MIDI-Ox (or similar SysEx tools) once the application is running (for changing the setup w/o recompiling the source code):
But with encoders (infinite positions), how are the leds going to behave?.
If they are sending relative values, the received absolute value of the same CC number will be displayed.
This has to be supported by your host application (e.g. it works fine with Reaktor) - if the host doesn’t send back the absolute position as a MIDI event, LED rings only make sense in absolute mode.
thorsten, i think no-one understands you because even when you try to talk simply you still talk “genius” you are the resident albert einstein you know!