hola
pero no entiendo por que no ponen ningun tutorial de como armarlo …
o sea se que el midibox se arma en modulos pero no como se entieden con la compu, o sea que modulos necesito para empezar
-este es un sito gratuito echo gratuitamente y ofrecido gratuitamente, nada es debido, todo es posible
-hay miles que han construido su MB asi que si no has encontrado las informaciones que buscas es porque no la has buscado bien y no porque no hayan
no como se entieden con la compu,
si te suena algo la palabra MIDI bien, sino ponla en google y no siguas con MidiBox hasta que no tengas una idea clara sobre aquello
que dif hay entre MB64 Y MB64E
desde el sito www.ucapps.de
MIDIbox 64
Features
* up to 64 Pots or Faders, dynamic priorities: latency < 1 ms! 
* up to 64 Push-Buttons
* up to 64 LEDs
* one internal bank
* +16 external banks with every BankStick
* sends CC/Note/Aftertouch/PitchBender/ProgramChange
* Min and Max values, scaling over the whole pot range
* Meta Events allow you to define SysEx strings and more
* Normal, Snap (Soft-Takeover), Relative and Parallax Mode for pots
* On/Off, On Only, Toggle Mode for buttons
* integrated MIDI Learn Function
* Setups exchangable via SysEx
* Device IDs to address up to 8 boxes in a MIDI chain
* Menu Buttons
* Snapshot Button with Save/Recall function
* Shortcuts for the buttons (SFB) for faster menu handling
* LC-Display, different Display Modes
* dedicated strings for every pot can be saved in the BankStick
* MIDI-Merger
* MIDI event filter for the merger
* Optional RS232 Interface
MIDIbox64E
|| Implemented:
||
0%| o 128 virtual pots which can be controlled with up to
|| 64 rotary encoders
|| o Rotary Encoder Handler with interpolator (quadroubled resolution)
|| Example: a STEC16B normaly sends 24 pulses per revolution, but
|| the MIOS driver reacts on every falling and rising edge, this
|| results to 96 steps per revolution!
|| o up to 64 buttons, 64 LEDs (like MIDIbox64)
|| o independent selection of parameters (1 of 128) on-the-fly
|| o BankStick support (+4*8=32 banks with every BankStick)
|| o support for 2*16 display
|| o support for (optional) LED-Rings with up to 16*16 LEDs
|| o 4 customizable LED-Ring patterns in every bank
|| o Menu with 2 cursor and 1 exec button
|| o Different Display Modes
|| o Named Events (requires BankStick)
|| o Snapshot Button with Save/Recall behaviour
|| o MIDI Learn Mode for every encoder
|| o MIDI Learn for Single encoder, automatic row channel,
|| automatic row add
|| o Meta Events allow you to define SysEx strings and more
|| o MIDI Merger
|| o Exchange setups via SysEx
|| o min/max values for encoders
|| o Sending absolute values: xx xx [from min to max]
|| o Sending relative events: xx xx 40 +/- speed
|| o Sending relative events: xx xx 00 +/- speed
|| o Sending relative events: xx xx 40 +/- 1
|| o Sending relative events: xx xx 00 +/- 1
|| o Sending relative CC events: CC Inc/Dec xx
|| o Progressive Mode for Encoders (faster turns: higher inc/dec)
|| o “Fast” Button to enable the progressive mode
|| o “Slow” Button
|| o different button behaviour like on MIDIbox Plus
|| o optional MIDI event filter for the merger
||
|| Additional features provided by the MIOS based version:
|| o runs on a PIC18F452, source code published under GNU GPL
|| o On-Screen editing of MIDI Events
|| o On-Screen editing of pot lables
|| o On-Screen editing of banknames
|| o up to 8 BankSticks can be connected (-> up to 64 banks)
|| o Remote Control via SysEx
|| o banks can be copied
|| o an optional global MIDI channel
|| o Morphing function which allows to fade smoothly between two pot scenes
|| o optionally up to 64 pots or up to 8 motorfaders can be connected
|| in addition to the rotary encoders
||
100%|
como ves hay toda la informacion necesaria solo hay que buscarla, en la wiki hay tutoriales y si estas interesado en el traktorizer el tutorial esta tambien en el thread mismo
simone