midizap/examples/Maschine.midizaprc

# Mackie emulation for the NI Maschine Mk3

# Copyright (c) 2018 Albert Graef <aggraef@gmail.com>

# Copying and distribution of this file, with or without modification, are
# permitted in any medium without royalty provided the copyright notice and
# this notice are preserved.  This file is offered as-is, without any
# warranty.

JACK_NAME "midizap-Maschine"
JACK_PORTS 2
SYSTEM_PASSTHROUGH # pass through MCP feedback

# NOTE: At present, this controller isn't properly supported by ALSA, but it
# can be made to work in Linux with Harry van Haaren's Ctlra software. Use
# this version: https://github.com/agraef/openAV-Ctlra/tree/mapping_v1-ag
# Run ctlra_daemon -fnm alongside with midizap, and connect the ports as
# follows: Ctlra Maschine Mk3 -> midizap midi_in / midi_out -> Ardour mackie
# control in / mackie control out -> midizap midi_in2 / midi_out2 -> Ctlra
# Maschine Mk3.

[MIDI]

# The Mk3's dedicated shift key is used to provide alternative functions
# to some of the buttons and the faders.
?F2 SHIFT RELEASE SHIFT

# transport (assigned to the transport section on the bottom left)
F#5  A7  # Stop
E5   A#7 # Play
F5   B7  # Rec
C5   D7  # Cycle (RESTART/Loop key)
C#5  G7  # Rew   (ERASE/Replace key)
D5   G#7 # FFwd  (TAP/Metro key)
D#5  C#7 # Nudge (FOLLOW/Grid key)

# additional functions on shifted keys
^C#5 D#7 # In    (SHIFT ERASE/Replace key)
^F5  E7  # Out   (SHIFT Rec key)
^D5  F7  # Click (SHIFT TAP/Metro key)
^D#5 C7  # Mark  (SHIFT FOLLOW/Grid key)

# switch between SMPTE and BBT timecode
C#6  F4  #       (MIDI/Channel key)

# Bank/channel left/right (arrow keys in the top left section)
E6   A#3 # Bank Left
A5   B3  # Bank Right
^E6  C4  # Channel Left
^A5  C#4 # Channel Right

# the four buttons below the arrow keys are assigned to the utility functions
F6   G#6 # Save   (SAVE/File key)
G#5  A6  # Undo   (SETTINGS key)
F#6  A#6 # Cancel (AUTO key)
G5   B6  # Enter  (MACRO/Set key)

# Track/Pan/Send/Instr (4 buttons right above the grid)
# NOTE: Only Pan and Send appear to be supported in Ardour.
G#3  E3  # Track  (PAD MODE key)
A3   F#3 # Pan    (KEYBOARD key)
A#3  F3  # Send   (CHORDS key)
B3   A3  # Instr  (STEPS key)

# the four buttons right above the touchstrip are used for the MC shift keys
A4   A#5 # Shift   (PITCH key)
A#4  B5  # Control (MOD key)
B4   C6  # Option  (PERFORM key)
D3   C#6 # Alt/Cmd (NOTES key)

# big encoder press/left/right/up/down assigned to the zoom/cursor keys
D2   C8  # Up
E2   C#8 # Down
D#2  D8  # Left
C#2  D#8 # Right
C2   E8  # Zoom

# The Mk3 only has one row of dedicated "channel buttons" on the top, which we
# use for channel select. But we'd also like to have buttons for rec, solo and
# mute, so we (rather arbitrarily) bind them to the shifted A..H and grid
# buttons.

# track select (top row right above the display)
G6  C2
G#6 C#2
A6  D2
A#6 D#2
B6  E2
C7  F2
C#7 F#2
D7  G2

# shifted top row
# We assign these to the function keys F1..F8 here, but of course you can
# remap these as needed.
^G6  F#4
^G#6 G4
^A6  G#4
^A#6 A4
^B6  A#4
^C7  B4
^C#7 C5
^D7  C#5

# shifted A..H keys = rec
^F#2 C0
^G2  C#0
^G#2 D0
^A2  D#0
^A#2 E0
^B2  F0
^C3  F#0
^C#3 G0

# upper half of grid, shifted = solo
^C4-10  G#0
^C#4-10 A0
^D4-10  A#0
^D#4-10 B0
^G#3-10 C1
^A3-10  C#1
^A#3-10 D1
^B3-10  D#1

# lower half of grid, shifted = mute
^E3-10  E1
^F3-10  F1
^F#3-10 F#1
^G3-10  G1
^C3-10  G#1
^C#3-10 A1
^D3-10  A#1
^D#3-10 B1

# The unshifted grid buttons are passed through unchanged, so that you can
# still use them as drum pads (provided that you filter out all MIDI channels
# except channel 10). Note that we use mod translations here, in order to
# preserve the velocities.

C3[]-10  C3-10
C#3[]-10 C#3-10
D3[]-10  D3-10
D#3[]-10 D#3-10
E3[]-10  E3-10
F3[]-10  F3-10
F#3[]-10 F#3-10
G3[]-10  G3-10
G#3[]-10 G#3-10
A3[]-10  A3-10
A#3[]-10 A#3-10
B3[]-10  B3-10
C4[]-10  C4-10
C#4[]-10 C#4-10
D4[]-10  D4-10
D#4[]-10 D#4-10

# Map the unshifted A..H buttons to program changes on channel 10 so that you
# can quickly switch the sounds of your drumkit, drum patterns etc. (This is
# just an example, you might want to disable these or remap them as you see
# fit.)

F#2 PC0-10
G2  PC1-10
G#2 PC2-10
A2  PC3-10
A#2 PC4-10
B2  PC5-10
C3  PC6-10
C#3 PC7-10

# big encoder assigned to MCP jog wheel
?CC0~ CC60~

# encoders mapped to MCP channel faders
# (MC uses pitch bends here, use 129 as step size to get full range)
CC1~ PB[129]-1
CC2~ PB[129]-2
CC3~ PB[129]-3
CC4~ PB[129]-4
CC5~ PB[129]-5
CC6~ PB[129]-6
CC7~ PB[129]-7
CC8~ PB[129]-8
# master fader (touchstrip)
CC9[] PB[129]-9

# encoders become the MCP encoders when shifted (CC16..CC23, incremental mode)
^CC1~ CC16~
^CC2~ CC17~
^CC3~ CC18~
^CC4~ CC19~
^CC5~ CC20~
^CC6~ CC21~
^CC7~ CC22~
^CC8~ CC23~

# encoder touches
E7  G#8
F7  A8
F#7 A#8
G7  B8
G#7 C9
A7  C#9
A#7 D9
B7  D#9
D#7 E9

# feedback section ########################################################

[MIDI2]

# transport
A7   F#5 $CC0 # reset all meters, see "meter" in the MCP feedback section below
A#7  E5
B7   F5 # Rec
D7   C5 # Cycle
G7   C#5
G#7  D5
C#7  D#5

^F7  D5
^C7  D#5

# SMPTE/BBT
F4   C#6

# channel left/right keys
?C4  E6
?C#4 A5

# row above grid (track/pan/send/instr)
E3   G#3
F#3  A3
F3   A#3
A3   B3

# feedback for the MC shift keys
A#5  A4  # Shift
B5   A#4 # Control
C6   B4  # Option
C#6  D3  # Alt/Cmd

# zoom (as the big encoder itself has no led, we light up the 4 leds around it
# instead; color: 4 = blue)
E8   C#2[4] D2[4] D#2[4] E2[4]

# select
# NOTE: Ardour apparently doesn't update these when changing banks.
?C2  G6
?C#2 G#6
?D2  A6
?D#2 A#6
?E2  B6
?F2  C7
?F#2 C#7
?G2  D7

# no feedback for encoders, only touchstrip
PB[128]{0}-9 CC9'

# MCP feedback (simply passed through, ctlra_daemon handles these
# automagically).

# rec/solo/mute

?C0[]  C0
?C#0[] C#0
?D0[]  D0
?D#0[] D#0
?E0[]  E0
?F0[]  F0
?F#0[] F#0
?G0[]  G0

?G#0[] G#0
?A0[]  A0
?A#0[] A#0
?B0[]  B0
?C1[]  C1
?C#1[] C#1
?D1[]  D1
?D#1[] D#1

?E1[]  E1
?F1[]  F1
?F#1[] F#1
?G1[]  G1
?G#1[] G#1
?A1[]  A1
?A#1[] A#1
?B1[]  B1

# meter values
?CP[] CP

# NOTE: We only report the values as we receive them here, there's no
# automatic decay of the meters like with real Mackie hardware.  Thus we
# explicitly reset all meters when transport stops below.  (Ardour at least
# does *not* do that automatically.)  NB: We use CC0 as a macro here,
# hopefully this won't occur as real feedback?

?CC0[1] CP{0} CP{16} CP{32} CP{48} CP{64} CP{80} CP{96} CP{112}

# timecode
?CC64[] CC64
?CC65[] CC65
?CC66[] CC66
?CC67[] CC67
?CC68[] CC68
?CC69[] CC69
?CC70[] CC70
?CC71[] CC71
?CC72[] CC72
?CC73[] CC73