-
Notifications
You must be signed in to change notification settings - Fork 2
DISTING EX I2C SPECIFICATION
Dedicated teletype ops will use the following 4 addresses specifically reserved for the EX:
- 0x41..0x44
Pitch and velocity parameters use 14 bit precision:
- pitch range -16384..+16384 translates to 10 octaves range (-10V..+10V using 1V/Oct)
- max velocity is 16384
Dual algorithms have their own commands - see the section below.
load preset
<address> 0x40 <preset number MSB> <preset number LSB>
save preset
<address> 0x41 <preset number MSB> <preset number LSB>
reset preset
<address> 0x42
get current preset
<address> 0x43
Returns 2 bytes.
load algorithm
<address> 0x44 <algorithm number>
get current algorithm
<address> 0x45
set i2c controller X to value Y
<address> 0x11 <controller number> <value MSB> <value LSB>
set parameter X to value Y (using the actual parameter value)
<address> 0x46 <parameter number> <value MSB> <value LSB>
set parameter X to value Y (using 0..16384 range, will be scaled to min..max by EX)
<address> 0x47 <parameter number> <value MSB> <value LSB>
get current parameter value
<address> 0x48 <parameter number>
get parameter min
<address> 0x49 <parameter number>
get parameter max
<address> 0x4A <parameter number>
WAV Recorder, start / stop recording
<address> 0x4B <0 - stop, 1 - start>
WAV Recorder, start / stop playback
<address> 0x4C <0 - stop, 1 - start>
Augustus Loop, set pitch
<address> 0x4D <pitch MSB> <pitch LSB>
Augustus Loop, send clock
<address> 0x4E
Looper, clear target loop
<address> 0x58
Looper, get current state
<address> 0x59 <loop index>
returns a byte. loop index is 0-based
the low nibble represents one of the following states:
0 - initial state
1 - recording
2 - recording extra material for crossfade
3 - playback
4 - overdub
5 - paused / muted
6 - fading out towards pause
bit 4 - reverse on/off
bit 5 - octave down on/off
send MIDI message
<address> 0x4F <status> <optional data byte 0> <optional data byte 1>
send Select Bus message
<address> 0x50 <status> <optional data byte 0> <optional data byte 1>
set voice pitch for the specified voice
<address> 0x51 <voice> <pitch MSB> <pitch LSB>
note on for the specified voice
<address> 0x52 <voice> <velocity MSB> <velocity LSB>
note off for the specified voice
<address> 0x53 <voice>
commands that don't specify the channel will default to channel one if the channel is not set
set channel for note commands
<address> 0x6B <channel>
set voice pitch for note id
<address> 0x54 <note id> <pitch MSB> <pitch LSB>
set voice pitch for note id with channel
<address> 0x68 <channel> <note id> <pitch MSB> <pitch LSB>
note on for specified note id
<address> 0x55 <note id> <velocity MSB> <velocity LSB>
note on for specified note id with channel
<address> 0x69 <channel> <note id> <velocity MSB> <velocity LSB>
note off for specified note id
<address> 0x56 <note id>
note off for specified note id with channel
<address> 0x6A <channel> <note id>
all notes off
<address> 0x57
<side / parameter index> is (side << 4) | parameter index
get current parameter value (returns 1 byte)
<address> 0x5A <side / parameter index>
get parameter min (returns 1 byte)
<address> 0x5B <side / parameter index>
get parameter max (returns 1 byte)
<address> 0x5C <side / parameter index>
set parameter X to value Y (using the actual parameter value)
<address> 0x5D <side / parameter index> <value>
set parameter X to value Y (using 0..16384 range, will be scaled to min..max by EX)
<address> 0x5E <side / parameter index> <value MSB> <value LSB>
get current algorithm - returns 1 byte
<address> 0x5F <side>
load algorithm
<address> 0x60 <side> <algorithm number>
get current algorithms (returns 2 bytes)
<address> 0x61
load algorithms
<address> 0x62 <algorithm number> <algorithm number>
load dual preset
<address> 0x63 <side> <preset>
save dual preset
<address> 0x64 <side> <preset>
take-over/release Z
<address> 0x65 <side> <value 0-127, else release>
read Z pots (returns 2x2 bytes, 15 bit results)
<address> 0x66