Plně programovatelný MIDI mixážní pult vyrobený podle návodu na

http://www.ucapps.de/

MIDI Box 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

MIDIbox64 SysEx Implementation
==============================
 
Which Actions are implemented
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
<d> stands for the device number 0-7
 
 a) F0 00 00 7E 43 <d>1 F7
 Request a Dump
 <d> = device number (0-7)
 OBSOLETE!!! ONLY SUPPORTED FOR PIC16F compatibility!!!
 
 b) F0 00 00 7E 43 <d>2 <dump> F7
 Write a Dump
 <d> = device number (0-7)
 <dump> = 2048 bytes dump data
 OBSOLETE!!! ONLY SUPPORTED FOR PIC16F compatibility!!!
 
 c) F0 00 00 7E 43 <d>3 <b> F7
 Request a block of 256 bytes
 <d> = device number (0-7)
 <b> = block number (00-07)
 
 d) F0 00 00 7E 43 <d>4 <b> <256 bytes> <checksum> F7
 Write a block of 256 bytes
 <d> = device number (0-7)
 <b> = block number (00-07)
 <256 bytes> = the block data
 <checksum> = the checksum of <b> and <256 bytes>
 
 e) F0 00 00 7E 43 <d>5 F7
 Request all 8 blocks
 <d> = device number (0-7)
 
 f) F0 00 00 7E 43 <d>8 0n F7
 Request Bank, n = 0 to 15
 
 Sends an acknowledge when Bank has been changed:
 F0 00 00 7E 43 <d>F 0n F7
 
 or a disacknowledge if BankStick not connected:
 F0 00 00 7E 43 <d>F 7F F7
 
 g) F0 00 00 7E 43 <d>9 00 <pot> <value> F7
 Remote Control of a pot
 <d> = device number (0-7)
 <pot> = pot number (0-63)
 <value> = pot value (0-127)
 
 h) F0 00 00 7E 43 <d>9 01 <button> <value> F7
 Remote Control of a button
  <d> = device number (0-7)
 <button> = button number (0-63)
 <value> = button value (0=pressed, 1=depressed)
 
 i) F0 00 00 7E 43 <d>9 02 <sfbn> <sfbp> <value> F7
 Remote Control of a special button
 <d> = device number (0-7)
 <sfbn> = special button number (0-127)
 <sfbp> = special button parameter (0-127)
 <value> = button value (0=pressed, 1=depressed)
 
 g) F0 00 00 7E 43 <d>F F7
 Ping (just sends back the same SysEx string)
 
 
 
How do I receive a SysEx Dump from the MIDIbox
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
There are three possibilities:
 
 1) use Serge's MIDIbox64 Editor: http://serge.ucapps.de
 (NOTE: This editor doesn't support the new PIC18F format yet)
 
 2) enter the SysEx menu and press the Snapshot button.
 The box will send 8 blocks:
 
 F0 00 00 7E 43 <d>4 <b> <256 bytes> <checksum> F7
 
 This is exactly the SysEx data which can be used to
 write back the configuration into the box.
 
 3) also a MIDI program is able to request the configuration 
 with the advantage that the user don't have to enter the 
 SysEx menu.
 To request all blocks just send 
 
 F0 00 00 7E 43 05 F7
 
 to the box. 8 blocks:
 
  F0 00 00 7E 43 <d>4 <b> <256 bytes> <checksum> F7
 
 will be sent back immediately.
 
 
How do I edit a SysEx Dump
~~~~~~~~~~~~~~~~~~~~~~~~~~
 
There are two possibilities:
 
 1) use Serge's MIDIbox64 Editor: http://serge.ucapps.de
 (NOTE: This editor doesn't support the new PIC18F format yet)
 
 2) use the mk_syx script: http://www.uCApps.de/midibox/mk_syx.zip
 it supports the new PIC18F format
 
 
Thorsten.Klose@midibox.org

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