SuperGrids.ini

# OUTPUTS:
#  O1: [CV 1]
#  O2: [CV 2]
#  O3: [CV 3]
#  O4: [CV 4]
#  O5: [CV 5]
#  O6: [CV 6]
#  O7: [CV 7]
#  O8: [CV 8]

# GATES:
#  G1: [Gate 1]
#  G2: [2]
#  G3: [3]
#  G4: [4]
#  G5: [5]
#  G6: [6]
#  G7: [7]
#  G8: [8]
#  G9: [Clock]
#  G10: [Reset]

# CONTROLLER 1:
#  B1.1: [Play]
#  B1.2: [Gates]
#  B1.3: [Reset]
#  B1.4: [Proj]
#  B1.5: [Step 1]
#  B1.6: [2]
#  B1.7: [9]
#  B1.8: [10]

# CONTROLLER 2:
#  B2.1: [Alt]
#  B2.2: [CV]
#  B2.3: [Groove]
#  B2.4: [Perf]
#  B2.5: [3]
#  B2.6: [4]
#  B2.7: [11]
#  B2.8: [12]

# CONTROLLER 3:
#  B3.1: [Select 1]
#  B3.2: [2]
#  B3.3: [5]
#  B3.4: [6]
#  B3.5: [5]
#  B3.6: [6]
#  B3.7: [13]
#  B3.8: [14]

# CONTROLLER 4:
#  B4.1: [3]
#  B4.2: [4]
#  B4.3: [7]
#  B4.4: [8]
#  B4.5: [7]
#  B4.6: [8]
#  B4.7: [15]
#  B4.8: [16]

[p2b8]
[p2b8]
[p2b8]
[p2b8]

# -------------------------------------------------
# Midi In
# -------------------------------------------------

# midiin
[midiin]
    channel = _MIDI_IN_CHANNEL + 1
    usb = 0
    notegap = 1
    notegate1 = _MIDI_IN_GATE_1
    notegate2 = _MIDI_IN_GATE_2
    notegate3 = _MIDI_IN_GATE_3
    notegate4 = _MIDI_IN_GATE_4
    notegate5 = _MIDI_IN_GATE_5
    notegate6 = _MIDI_IN_GATE_6
    notegate7 = _MIDI_IN_GATE_7
    notegate8 = _MIDI_IN_GATE_8
    clock = _MIDI_CLK
    stop = _MIDI_RESET

# -------------------------------------------------
# Mode Selector
# -------------------------------------------------

# # Button group for mode select of knobs
[buttongroup]
    minactive = 1
    maxactive = 1
    button1 = B1.2
    button2 = B2.1
    button3 = B2.2
    button4 = B1.4
    button5 = B2.3
    button6 = B2.4
    value1 = 1
    value2 = 2
    value3 = 3
    value4 = 4
    value5 = 5
    value6 = 6
    led1 = L1.2
    led2 = L2.1
    led3 = L2.2
    led4 = L1.4
    led5 = L2.3
    led6 = L2.4
    buttonpress = _MDE_PRESSED
    output = _KNOB_MDE_SEL

[triggerdelay]
    input = _MDE_PRESSED
    delay = 0
    gatelength = 0.06
    output = _MDE_PRESSED_GATE

[logic]
    input1 = _MDE_PRESSED_GATE
    negated = _MDE_PRSS_G_NEG

[compare]
    input = _KNOB_MDE_SEL
    compare = 1
    ifequal = 1
    else = 0
    output = _MAIN_GATES_MDE

[compare]
    input = _KNOB_MDE_SEL
    compare = 2
    ifequal = 1
    else = 0
    output = _ALT_G_MDE

[compare]
    input = _KNOB_MDE_SEL
    compare = 3
    ifequal = 1
    else = 0
    output = _CV_MDE

[compare]
    input = _KNOB_MDE_SEL
    compare = 4
    ifequal = 1
    else = 0
    output = _PROJ_MDE

[compare]
    input = _KNOB_MDE_SEL
    compare = 5
    ifequal = 1
    else = 0
    output = _GRVE_MDE

[compare]
    input = _KNOB_MDE_SEL
    compare = 6
    ifequal = 1
    else = 0
    output = _PERF_MDE

# -------------------------------------------------
# Project Mode
# -------------------------------------------------

# Clock
[pot]
    select = _PROJ_MDE
    reset = _CLR_PROJECT
    pot = P1.1
    ledgauge = 0
    outputscale = 0.4
    startvalue = 0.5
    notch = 0.1
    output = _RATE
    onchange = _RTE_CHNG

# Show the bpm on the X1 register for 1 second whenever the pot is turned.
[triggerdelay]
    input = _RTE_CHNG
    delay = 0
    gatelength = 1
    output = _SHW_RTE
[math]
    input1 = _RATE * 600
    input2 = 1000
    quotient = _BPM
[copy]
    input = _BPM * _SHW_RTE
    output = X1

# only allow 60 values per volt, to match the precision of bpm (1HZ is 60BPM)
# (Also we can only show 3 digits in the X1 register anyway, so incrememnts of 1 bpm at a time)
[quantizer]
    input = _RATE
    steps = 60
    output = _RATE_QUAN

# 0 BPM to 240BPM at 16th notes. multiply by 10 to make into hz, then by 4 for 16th notes granularity.
[lfo]
    hz = _RATE_QUAN * 40 
    square = _INTERNAL_CLK_RAW

# If rate pot is mostly counterclockwise, then we start using midi external clock instead of the internal lfo.
[compare]
    input = _RATE
    compare = 0.05
    ifless = 1
    else = 0
    output = _INT_OR_EXT_CLK

[switch]
    input1 = _INTERNAL_CLK_RAW
    input2 = _MIDI_CLK
    offset = _INT_OR_EXT_CLK
    output1 = _CLK_NON_STOP

# Play/Stop button
[button]
    button = B1.1
    onvalue = _CLK_NON_STOP
    offvalue = 0
    led = L1.1
    output = _STRAIGHT_CLK

# Clock delay in case you need to compensate for things like midi latency
[pot]
    select = _PROJ_MDE
    reset = _CLR_PROJECT
    pot = P2.1
    outputscale = 0.5
    startvalue = 0
    output = _CLK_DELAY

[triggerdelay]
    input = _STRAIGHT_CLK
    delay = _CLK_DELAY
    output = _MASTER_CLK

[copy]
    input = _MASTER_CLK
    output = G9

# Longpress reset button to clear everything for selected tracks.
[button]
    button = B1.3
    states = 0
    startvalue = 0
    longpress = _CLR_PROJECT

[triggerdelay]
    input = _CLR_PROJECT
    delay = 0.05
    output = _INIT_ALT

[triggerdelay]
    input = _INIT_ALT
    delay = 0.05
    output = _INIT_ACC

# In order to clear all algoquencer states, we have to clear each page separately. these are cleared with the following triggers that come in delayed slighlty from each other. The triggers also determine briefly what page the algos are on. (Gates, Alternate Gates, Accents).
[mixer]
    input1 = _CLR_PROJECT
    input2 = _INIT_ALT
    input3 = _INIT_ACC
    output = _CLR_ALGOS

[copy]
    input = _CLR_ALGOS
    inverted = _CLR_ALGOS_INV

[copy]
    input = _CLR_ALGOS_INV * _CV_MDE
    output = _ACC_MDE

# Reset button
[button]
    button = B1.3
    states = 1
    led = L1.3
    output = _INTERNAL_RESET

[copy]
    input = _MIDI_RESET + _INTERNAL_RESET
    output = _RESET

[copy]
    input = _RESET
    output = G10

[pot]
    select = _PROJ_MDE
    reset = _CLR_PROJECT
    pot = P3.1
    outputscale = 15
    startvalue = 0
    output = _MIDI_IN_CHANNEL

[pot]
    select = _PROJ_MDE
    reset = _CLR_PROJECT
    pot = P4.1
    outputscale = 15
    startvalue = 0
    output = _MIDI_OUT_CHANNEL

# Clock div/mult per channel
[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_1 + 1
    multiply = _CLK_MULT_1 + 1
    output = _CLK_1

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_2 + 1
    multiply = _CLK_MULT_2 + 1
    output = _CLK_2

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_3 + 1
    multiply = _CLK_MULT_3 + 1
    output = _CLK_3

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_4 + 1
    multiply = _CLK_MULT_4 + 1
    output = _CLK_4

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_5 + 1
    multiply = _CLK_MULT_5 + 1
    output = _CLK_5

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_6 + 1
    multiply = _CLK_MULT_6 + 1
    output = _CLK_6

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_7 + 1
    multiply = _CLK_MULT_7 + 1
    output = _CLK_7

[clocktool]
    clock = _MASTER_CLK
    reset = _RESET
    divide = _CLK_DIV_8 + 1
    multiply = _CLK_MULT_8 + 1
    output = _CLK_8

# # POTS for CLOCK DIV/MULT
[pot]
    select = _PROJ_MDE * _SEL_1
    reset = _CLR_PROJECT * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_1
    righthalf = _CLK_MULT_1

[pot]
    select = _PROJ_MDE * _SEL_2
    reset = _CLR_PROJECT * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_2
    righthalf = _CLK_MULT_2

[pot]
    select = _PROJ_MDE * _SEL_3
    reset = _CLR_PROJECT * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_3
    righthalf = _CLK_MULT_3

[pot]
    select = _PROJ_MDE * _SEL_4
    reset = _CLR_PROJECT * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_4
    righthalf = _CLK_MULT_4

[pot]
    select = _PROJ_MDE * _SEL_5
    reset = _CLR_PROJECT * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_5
    righthalf = _CLK_MULT_5

[pot]
    select = _PROJ_MDE * _SEL_6
    reset = _CLR_PROJECT * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_6
    righthalf = _CLK_MULT_6

[pot]
    select = _PROJ_MDE * _SEL_7
    reset = _CLR_PROJECT * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_7
    righthalf = _CLK_MULT_7

[pot]
    select = _PROJ_MDE * _SEL_8
    reset = _CLR_PROJECT * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = 7
    startvalue = 0.5
    notch = 0.1
    lefthalf = _CLK_DIV_8
    righthalf = _CLK_MULT_8

# Buttongroup for selecting presets
[buttongroup]
    select = _PROJ_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8
    output = _PRST
    buttonpress = _PRST_PRESSED

[copy]
    input = B1.4
    inverted = _SV_INV

[copy]
    input = _PRST_PRESSED * B1.4
    output = _SV

[copy]
    input = _PRST_PRESSED * _SV_INV
    output = _LD

# -------------------------------------------------
# Groove Mode
# -------------------------------------------------

[button]
    button = B2.3 + B1.3
    startvalue = 0
    states = 0
    longpress = _CLR_GRVE

# POTS for timing
[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P1.1
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_1

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P2.1
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_2

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P3.1
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_3

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P4.1
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_4

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P1.2
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_5

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P2.2
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_6

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P3.2
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_7

[pot]
    select = _GRVE_MDE
    reset = _CLR_GRVE
    pot = P4.2
    outputscale = 0.6 
    notch = 0.1
    startvalue = 0.5 
    output = _TIM_OFFST_8   

[copy]
    input = -1 * 0.3 + _TIM_OFFST_1
    output = _TIM_1

[copy]
    input = -1 * 0.3 + _TIM_OFFST_2
    output = _TIM_2

[copy]
    input = -1 * 0.3 + _TIM_OFFST_3
    output = _TIM_3

[copy]
    input = -1 * 0.3 + _TIM_OFFST_4
    output = _TIM_4

[copy]
    input = -1 * 0.3 + _TIM_OFFST_5
    output = _TIM_5

[copy]
    input = -1 * 0.3 + _TIM_OFFST_6
    output = _TIM_6

[copy]
    input = -1 * 0.3 + _TIM_OFFST_7
    output = _TIM_7

[copy]
    input = -1 * 0.3 + _TIM_OFFST_8
    output = _TIM_8

[random]
    clock = _CLK_1
    minimum = _GRVE_JITR_1 * -0.2
    maximum = _GRVE_JITR_1 * 0.2
    output = _GRV_RND_1

[random]
    clock = _CLK_2
    minimum = _GRVE_JITR_2 * -0.2
    maximum = _GRVE_JITR_2 * 0.2
    output = _GRV_RND_2

[random]
    clock = _CLK_3
    minimum = _GRVE_JITR_3 * -0.2
    maximum = _GRVE_JITR_3 * 0.2
    output = _GRV_RND_3

[random]
    clock = _CLK_4
    minimum = _GRVE_JITR_4 * -0.2
    maximum = _GRVE_JITR_4 * 0.2
    output = _GRV_RND_4

[random]
    clock = _CLK_5
    minimum = _GRVE_JITR_5 * -0.2
    maximum = _GRVE_JITR_5 * 0.2
    output = _GRV_RND_5

[random]
    clock = _CLK_6
    minimum = _GRVE_JITR_6 * -0.2
    maximum = _GRVE_JITR_6 * 0.2
    output = _GRV_RND_6

[random]
    clock = _CLK_7
    minimum = _GRVE_JITR_7 * -0.2
    maximum = _GRVE_JITR_7 * 0.2
    output = _GRV_RND_7

[random]
    clock = _CLK_8
    minimum = _GRVE_JITR_8 * -0.2
    maximum = _GRVE_JITR_8 * 0.2
    output = _GRV_RND_8

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_1
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_1 + _GRV_RND_1
    timing2 = _TIM_2 * _GRV_ATN_1 + _GRV_RND_1
    timing3 = _TIM_3 * _GRV_ATN_1 + _GRV_RND_1
    timing4 = _TIM_4 * _GRV_ATN_1 + _GRV_RND_1
    timing5 = _TIM_5 * _GRV_ATN_1 + _GRV_RND_1
    timing6 = _TIM_6 * _GRV_ATN_1 + _GRV_RND_1
    timing7 = _TIM_7 * _GRV_ATN_1 + _GRV_RND_1
    timing8 = _TIM_8 * _GRV_ATN_1 + _GRV_RND_1
    output = _TIM_CLK_1

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_2
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_2 + _GRV_RND_2
    timing2 = _TIM_2 * _GRV_ATN_2 + _GRV_RND_2
    timing3 = _TIM_3 * _GRV_ATN_2 + _GRV_RND_2
    timing4 = _TIM_4 * _GRV_ATN_2 + _GRV_RND_2
    timing5 = _TIM_5 * _GRV_ATN_2 + _GRV_RND_2
    timing6 = _TIM_6 * _GRV_ATN_2 + _GRV_RND_2
    timing7 = _TIM_7 * _GRV_ATN_2 + _GRV_RND_2
    timing8 = _TIM_8 * _GRV_ATN_2 + _GRV_RND_2
    output = _TIM_CLK_2

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_3
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_3 + _GRV_RND_3
    timing2 = _TIM_2 * _GRV_ATN_3 + _GRV_RND_3
    timing3 = _TIM_3 * _GRV_ATN_3 + _GRV_RND_3
    timing4 = _TIM_4 * _GRV_ATN_3 + _GRV_RND_3
    timing5 = _TIM_5 * _GRV_ATN_3 + _GRV_RND_3
    timing6 = _TIM_6 * _GRV_ATN_3 + _GRV_RND_3
    timing7 = _TIM_7 * _GRV_ATN_3 + _GRV_RND_3
    timing8 = _TIM_8 * _GRV_ATN_3 + _GRV_RND_3
    output = _TIM_CLK_3

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_4
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_4 + _GRV_RND_4
    timing2 = _TIM_2 * _GRV_ATN_4 + _GRV_RND_4
    timing3 = _TIM_3 * _GRV_ATN_4 + _GRV_RND_4
    timing4 = _TIM_4 * _GRV_ATN_4 + _GRV_RND_4
    timing5 = _TIM_5 * _GRV_ATN_4 + _GRV_RND_4
    timing6 = _TIM_6 * _GRV_ATN_4 + _GRV_RND_4
    timing7 = _TIM_7 * _GRV_ATN_4 + _GRV_RND_4
    timing8 = _TIM_8 * _GRV_ATN_4 + _GRV_RND_4
    output = _TIM_CLK_4

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_5
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_5 + _GRV_RND_5
    timing2 = _TIM_2 * _GRV_ATN_5 + _GRV_RND_5
    timing3 = _TIM_3 * _GRV_ATN_5 + _GRV_RND_5
    timing4 = _TIM_4 * _GRV_ATN_5 + _GRV_RND_5
    timing5 = _TIM_5 * _GRV_ATN_5 + _GRV_RND_5
    timing6 = _TIM_6 * _GRV_ATN_5 + _GRV_RND_5
    timing7 = _TIM_7 * _GRV_ATN_5 + _GRV_RND_5
    timing8 = _TIM_8 * _GRV_ATN_5 + _GRV_RND_5
    output = _TIM_CLK_5

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_6
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_6 + _GRV_RND_6
    timing2 = _TIM_2 * _GRV_ATN_6 + _GRV_RND_6
    timing3 = _TIM_3 * _GRV_ATN_6 + _GRV_RND_6
    timing4 = _TIM_4 * _GRV_ATN_6 + _GRV_RND_6
    timing5 = _TIM_5 * _GRV_ATN_6 + _GRV_RND_6
    timing6 = _TIM_6 * _GRV_ATN_6 + _GRV_RND_6
    timing7 = _TIM_7 * _GRV_ATN_6 + _GRV_RND_6
    timing8 = _TIM_8 * _GRV_ATN_6 + _GRV_RND_6
    output = _TIM_CLK_6

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_7
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_7 + _GRV_RND_7
    timing2 = _TIM_2 * _GRV_ATN_7 + _GRV_RND_7
    timing3 = _TIM_3 * _GRV_ATN_7 + _GRV_RND_7
    timing4 = _TIM_4 * _GRV_ATN_7 + _GRV_RND_7
    timing5 = _TIM_5 * _GRV_ATN_7 + _GRV_RND_7
    timing6 = _TIM_6 * _GRV_ATN_7 + _GRV_RND_7
    timing7 = _TIM_7 * _GRV_ATN_7 + _GRV_RND_7
    timing8 = _TIM_8 * _GRV_ATN_7 + _GRV_RND_7
    output = _TIM_CLK_7

# Adjust per step (up to 8 steps) timing PER CHANNEL!
[timing]
    clock = _CLK_8
    reset = _RESET
    timing1 = _TIM_1 * _GRV_ATN_8 + _GRV_RND_8
    timing2 = _TIM_2 * _GRV_ATN_8 + _GRV_RND_8
    timing3 = _TIM_3 * _GRV_ATN_8 + _GRV_RND_8
    timing4 = _TIM_4 * _GRV_ATN_8 + _GRV_RND_8
    timing5 = _TIM_5 * _GRV_ATN_8 + _GRV_RND_8
    timing6 = _TIM_6 * _GRV_ATN_8 + _GRV_RND_8
    timing7 = _TIM_7 * _GRV_ATN_8 + _GRV_RND_8
    timing8 = _TIM_8 * _GRV_ATN_8 + _GRV_RND_8
    output = _TIM_CLK_8

# -------------------------------------------------
# Performance Mode
# -------------------------------------------------

# # Button for activity mode clear
[button]
    button = B2.4 + B1.3
    startvalue = 0
    states = 0
    longpress = _CLR_PERF

# # POTS for Activity
[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P1.1
    else = P1.1
    output = _ACT_POT_1

[copy]
    input = _GTS_MDE * _SEL_1 + _PERF_MDE
    output = _ACT_POT_SEL_1

[pot]
    select = _ACT_POT_SEL_1 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_1
    startvalue = 0.5
    notch = 0.1
    output = _ACT_1

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P2.1
    else = P1.1
    output = _ACT_POT_2

[copy]
    input = _GTS_MDE * _SEL_2 + _PERF_MDE
    output = _ACT_POT_SEL_2

[pot]
    select = _ACT_POT_SEL_2 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_2
    startvalue = 0.5
    notch = 0.1
    output = _ACT_2

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P3.1
    else = P1.1
    output = _ACT_POT_3

[copy]
    input = _GTS_MDE * _SEL_3 + _PERF_MDE
    output = _ACT_POT_SEL_3

[pot]
    select = _ACT_POT_SEL_3 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_3
    startvalue = 0.5
    notch = 0.1
    output = _ACT_3

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P4.1
    else = P1.1
    output = _ACT_POT_4

[copy]
    input = _GTS_MDE * _SEL_4 + _PERF_MDE
    output = _ACT_POT_SEL_4

[pot]
    select = _ACT_POT_SEL_4 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_4
    startvalue = 0.5
    notch = 0.1
    output = _ACT_4

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P1.2
    else = P1.1
    output = _ACT_POT_5

[copy]
    input = _GTS_MDE * _SEL_5 + _PERF_MDE
    output = _ACT_POT_SEL_5

[pot]
    select = _ACT_POT_SEL_5 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_5
    startvalue = 0.5
    notch = 0.1
    output = _ACT_5

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P2.2
    else = P1.1
    output = _ACT_POT_6

[copy]
    input = _GTS_MDE * _SEL_6 + _PERF_MDE
    output = _ACT_POT_SEL_6

[pot]
    select = _ACT_POT_SEL_6 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_6
    startvalue = 0.5
    notch = 0.1
    output = _ACT_6

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P3.2
    else = P1.1
    output = _ACT_POT_7

[copy]
    input = _GTS_MDE * _SEL_7 + _PERF_MDE
    output = _ACT_POT_SEL_7

[pot]
    select = _ACT_POT_SEL_7 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_7
    startvalue = 0.5
    notch = 0.1
    output = _ACT_7

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = P4.2
    else = P1.1
    output = _ACT_POT_8

[copy]
    input = _GTS_MDE * _SEL_8 + _PERF_MDE
    output = _ACT_POT_SEL_8

[pot]
    select = _ACT_POT_SEL_8 * _MDE_PRSS_G_NEG
    reset = _CLR_PERF + _CLR_GTS_MDE
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = _ACT_POT_8
    startvalue = 0.5
    notch = 0.1
    output = _ACT_8

# Latch button
[button]
    select = _PERF_MDE
    button = B1.5
    onvalue = 2
    offvalue = 1
    startvalue = 0
    led = L1.5
    output = _LATCH

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B1.6
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L1.6
    output = _FILL_1

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B2.5
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L2.5
    output = _FILL_2

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B2.6
    onvalue = 1
    offvalue = 0
    states = 1
    startvalue = 0
    led = L2.6

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B3.5
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L3.5
    output = _FILL_3

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B3.6
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L3.6
    output = _FILL_4

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B4.5
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L4.5
    output = _FILL_5

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B4.6
    onvalue = 1
    offvalue = 0
    states = 1
    startvalue = 0
    led = L4.6

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B1.7
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L1.7
    output = _SEL_NT_1

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B1.8
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L1.8
    output = _SEL_NT_9

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B2.7
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L2.7
    output = _SEL_NT_3

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B2.8
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L2.8
    output = _SEL_NT_11

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B3.7
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L3.7
    output = _SEL_NT_5

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B3.8
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L3.8
    output = _SEL_NT_13

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B4.7
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L4.7
    output = _SEL_NT_7

[button]
    select = _PERF_MDE
    reset = _PERF_MDE * B1.5
    button = B4.8
    onvalue = 1
    offvalue = 0
    states = _LATCH
    startvalue = 0
    led = L4.8
    output = _SEL_1_OCT

# Create half-lit chromatic keyboard on the step button leds
[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L1.7 + 0.2
    else = L1.7
    output = L1.7

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L1.6 + 0.1
    else = L1.6
    output = L1.6

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L1.8 + 0.2
    else = L1.8
    output = L1.8

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L2.5 + 0.1
    else = L2.5
    output = L2.5

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L2.7 + 0.2
    else = L2.7
    output = L2.7

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L2.8 + 0.2
    else = L2.8
    output = L2.8

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L3.5 + 0.1
    else = L3.5
    output = L3.5

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L3.7 + 0.2
    else = L3.7
    output = L3.7

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L3.6 + 0.1
    else = L3.6
    output = L3.6

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L3.8 + 0.2
    else = L3.8
    output = L3.8

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L4.5 + 0.1
    else = L4.5
    output = L4.5

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L4.7 + 0.2
    else = L4.7
    output = L4.7

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = L4.8 + 0.2
    else = L4.8
    output = L4.8

# -------------------------------------------------
# Gates Mode
# -------------------------------------------------

[copy]
    input = _MAIN_GATES_MDE + _ALT_G_MDE
    output = _GTS_MDE

[copy] 
    input = _CLR_PROJECT
    output = _CLR_GTS_MDE

# # POTS for gate activity
# these are the same pots used already for Activity Mode,
# they are reordered appropriately when in gates mode
[copy]
    input = 8
    output = _NUM_PAT_VARI

# # POTS for variation
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    output = _VARI_8

# # POTS for offbeats
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    notch = 0.1
    startvalue = 0.5
    output = _OFFBTS_8

# # POTS for Rolls
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    startvalue = 0
    output = _ROLLS_8

# # POTS for gates Deja Vu (pot value flipped for personal preference, to match things like activity or fills)
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _DEJA_8

# # POTS for Alternatebars
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    startvalue = 0.5
    discrete = 8
    output = _ALT_8

# # POTS for GROOVE VARIANCE
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_1
    righthalf = _GRVE_JITR_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_2
    righthalf = _GRVE_JITR_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_3
    righthalf = _GRVE_JITR_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_4
    righthalf = _GRVE_JITR_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_5
    righthalf = _GRVE_JITR_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_6
    righthalf = _GRVE_JITR_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_7
    righthalf = _GRVE_JITR_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 1
    startvalue = 0.5
    notch = 0.1
    lefthalfinv = _GRV_ATN_8
    righthalf = _GRVE_JITR_8

# # GATE LENGTH
[pot]
    select = _GTS_MDE * _SEL_1
    reset = _CLR_GTS_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_1

[pot]
    select = _GTS_MDE * _SEL_2
    reset = _CLR_GTS_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_2

[pot]
    select = _GTS_MDE * _SEL_3
    reset = _CLR_GTS_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_3

[pot]
    select = _GTS_MDE * _SEL_4
    reset = _CLR_GTS_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_4

[pot]
    select = _GTS_MDE * _SEL_5
    reset = _CLR_GTS_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_5

[pot]
    select = _GTS_MDE * _SEL_6
    reset = _CLR_GTS_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_6

[pot]
    select = _GTS_MDE * _SEL_7
    reset = _CLR_GTS_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_7

[pot]
    select = _GTS_MDE * _SEL_8
    reset = _CLR_GTS_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    startvalue = 0.3
    output = _G_LEN_8

# -------------------------------------------------
# CV mode
# -------------------------------------------------

[button]
    button = B2.2 + B1.3
    startvalue = 0
    states = 0
    longpress = _CLR_CV_MDE

# # POTS for cv activity
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.1
    startvalue = 0.5
    notch = 0.1
    output = _CV_ACT_8

# # POTS for cv variation
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.1
    startvalue = 0
    notch = 0.1
    output = _CV_VARI_8

# # POTS for base pitch
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.1
    outputscale = 0.5
    startvalue = 0.5
    notch = 0.1
    bipolar = _CV_BASE_8

# # POTS for pitch range
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.1
    outputscale = 0.5
    startvalue = 0.2
    notch = 0.1
    output = _CV_SPRD_8

[copy]
    input = _CV_BASE_1 + _CV_SPRD_1
    output = _CV_MAX_1

[copy]
    input = _CV_BASE_2 + _CV_SPRD_2
    output = _CV_MAX_2

[copy]
    input = _CV_BASE_3 + _CV_SPRD_3
    output = _CV_MAX_3

[copy]
    input = _CV_BASE_4 + _CV_SPRD_4
    output = _CV_MAX_4

[copy]
    input = _CV_BASE_5 + _CV_SPRD_5
    output = _CV_MAX_5

[copy]
    input = _CV_BASE_6 + _CV_SPRD_6
    output = _CV_MAX_6

[copy]
    input = _CV_BASE_7 + _CV_SPRD_7
    output = _CV_MAX_7

[copy]
    input = _CV_BASE_8 + _CV_SPRD_8
    output = _CV_MAX_8

# # POTS for CV Deja Vu (pot value flipped for personal preference, to match things like activity or fills)
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P1.2
    outputscale = -1
    startvalue = 0
    slope = 2
    output = _CV_DEJA_8

# # POTS for pitch resolution
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P2.2
    outputscale = 1
    startvalue = 0.5
    output = _CV_RES_8

# # POTS for cv slew
[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P3.2
    outputscale = 0.4
    slope = 2
    startvalue = 0
    output = _SLEW_8

[pot]
    select = _CV_MDE * _SEL_1
    reset = _CLR_CV_MDE * _SEL_1
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_1

[pot]
    select = _CV_MDE * _SEL_2
    reset = _CLR_CV_MDE * _SEL_2
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_2

[pot]
    select = _CV_MDE * _SEL_3
    reset = _CLR_CV_MDE * _SEL_3
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_3

[pot]
    select = _CV_MDE * _SEL_4
    reset = _CLR_CV_MDE * _SEL_4
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_4

[pot]
    select = _CV_MDE * _SEL_5
    reset = _CLR_CV_MDE * _SEL_5
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_5

[pot]
    select = _CV_MDE * _SEL_6
    reset = _CLR_CV_MDE * _SEL_6
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_6

[pot]
    select = _CV_MDE * _SEL_7
    reset = _CLR_CV_MDE * _SEL_7
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_7

[pot]
    select = _CV_MDE * _SEL_8
    reset = _CLR_CV_MDE * _SEL_8
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    pot = P4.2
    outputscale = 0.2
    notch = 0.05
    startvalue = 0
    output = _BYPSS_QUANT_8

# -------------------------------------------------
# Channel Selector
# -------------------------------------------------

[mixer]
    input1 = _GRVE_MDE
    input2 = _CV_MDE
    input3 = _GTS_MDE
    output = _SHOULD_SHOW_ALGOS

[mixer]
    input1 = _PROJ_MDE
    input2 = _GRVE_MDE
    input3 = _CV_MDE
    input4 = _GTS_MDE
    output = _SHOW_SELS

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B3.1
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_1

[copy]
    input = B3.1
    inverted = _BTN_INV_1

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B3.2
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_2

[copy]
    input = B3.2
    inverted = _BTN_INV_2

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B4.1
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_3

[copy]
    input = B4.1
    inverted = _BTN_INV_3

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B4.2
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_4

[copy]
    input = B4.2
    inverted = _BTN_INV_4

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B3.3
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_5

[copy]
    input = B3.3
    inverted = _BTN_INV_5

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B3.4
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_6

[copy]
    input = B3.4
    inverted = _BTN_INV_6

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B4.3
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_7

[copy]
    input = B4.3
    inverted = _BTN_INV_7

[button]
    select = _SHOW_SELS
    doubleclickmode = 1
    button = B4.4
    onvalue = 1
    offvalue = 0
    startvalue = 0
    reset = _DBL_CLK_RST
    output = _DBL_CLK_OUT_8

[copy]
    input = B4.4
    inverted = _BTN_INV_8

[mixer]
    input1 = _BTN_INV_1 * _DBL_CLK_OUT_1
    input2 = _BTN_INV_2 * _DBL_CLK_OUT_2
    input3 = _BTN_INV_3 * _DBL_CLK_OUT_3
    input4 = _BTN_INV_4 * _DBL_CLK_OUT_4
    input5 = _BTN_INV_5 * _DBL_CLK_OUT_5
    input6 = _BTN_INV_6 * _DBL_CLK_OUT_6
    input7 = _BTN_INV_7 * _DBL_CLK_OUT_7
    input8 = _BTN_INV_8 * _DBL_CLK_OUT_8
    maximum = _DBL_CLKD

[triggerdelay]
    input = _DBL_CLKD
    delay = 0.1
    gatelength = 0.01
    output = _DBL_CLK_RST

[compare]
    input = _NUM_SELECTIONS + _NUM_BUTTONS_PRESSED
    compare = 0
    ifequal = 1
    else = _DBL_CLKD
    output = _DEFAULT_STATE_1

[button]
    select = _SHOW_SELS
    button = B3.1 + _DEFAULT_STATE_1
    startvalue = B3.1
    reset = _RST_CH_BTNS
    led = L3.1
    output = _SEL_1

[button]
    select = _SHOW_SELS
    button = B3.2 + _DBL_CLKD
    startvalue = B3.2
    reset = _RST_CH_BTNS
    led = L3.2
    output = _SEL_2

[button]
    select = _SHOW_SELS
    button = B4.1 + _DBL_CLKD
    startvalue = B4.1
    reset = _RST_CH_BTNS
    led = L4.1
    output = _SEL_3

[button]
    select = _SHOW_SELS
    button = B4.2 + _DBL_CLKD
    startvalue = B4.2
    reset = _RST_CH_BTNS
    led = L4.2
    output = _SEL_4

[button]
    select = _SHOW_SELS
    button = B3.3 + _DBL_CLKD
    startvalue = B3.3
    reset = _RST_CH_BTNS
    led = L3.3
    output = _SEL_5

[button]
    select = _SHOW_SELS
    button = B3.4 + _DBL_CLKD
    startvalue = B3.4
    reset = _RST_CH_BTNS
    led = L3.4
    output = _SEL_6

[button]
    select = _SHOW_SELS
    button = B4.3 + _DBL_CLKD
    startvalue = B4.3
    reset = _RST_CH_BTNS
    led = L4.3
    output = _SEL_7

[button]
    select = _SHOW_SELS
    button = B4.4 + _DBL_CLKD
    startvalue = B4.4
    reset = _RST_CH_BTNS
    led = L4.4
    output = _SEL_8

[buttongroup]
    select = _SHOW_SELS
    button1 = B3.1
    button2 = B3.2
    button3 = B4.1
    button4 = B4.2
    button5 = B3.3
    button6 = B3.4
    button7 = B4.3
    button8 = B4.4
    buttonpress = _CH_BUTTON_PRESSED

[mixer]
    input1 = _SEL_1
    input2 = _SEL_2
    input3 = _SEL_3
    input4 = _SEL_4
    input5 = _SEL_5
    input6 = _SEL_6
    input7 = _SEL_7
    input8 = _SEL_8
    output = _NUM_SELECTIONS

[mixer]
    input1 = B3.1
    input2 = B3.2
    input3 = B4.1
    input4 = B4.2
    input5 = B3.3
    input6 = B3.4
    input7 = B4.3
    input8 = B4.4
    output = _NUM_BUTTONS_PRESSED

# only send a reset trigger IF there is only one button being pressed
[compare]
    input = _NUM_BUTTONS_PRESSED
    compare = 1
    ifgreater = 0
    else = 1
    output = _SHOULD_RST_CH_BTNS

# # need to first find way to get number of buttons being held down.
# # if 2 or greater are held down, we know that we should NOT send a trigger to reset buttons.
# # otherwise send out a trigger to resets each time a button is pressed
# # exclude the currently held down button from getting reset.
[copy]
    input = _CH_BUTTON_PRESSED * _SHOULD_RST_CH_BTNS
    output = _RST_CH_BTNS

# -------------------------------------------------
# Algoquencers
# -------------------------------------------------

[algoquencer]
    select = _SEL_1 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_1
    reset = _RESET
    mutebutton = B3.1 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_1 * _NUM_PAT_VARI + 20
    activity = _ACT_1
    variation = _VARI_1
    offbeats = _OFFBTS_1
    rolls = _ROLLS_1
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_1
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_1 + 1
    lengthbutton = _GRVE_MDE * _SEL_1
    accentbutton = _ACC_MDE * _SEL_1 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_1
    gatelength = _G_LEN_1 + 0.07
    gate = _ALG_GATE_1
    accent = _ACCENT_1
    muteled = _MUTE_LED_1
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8
    startofbar = G11

[algoquencer]
    select = _SEL_2 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_2
    reset = _RESET
    mutebutton = B3.2 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_2 * _NUM_PAT_VARI + 40
    activity = _ACT_2
    variation = _VARI_2
    offbeats = _OFFBTS_2
    rolls = _ROLLS_2
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_2
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_2 + 1
    lengthbutton = _GRVE_MDE * _SEL_2
    accentbutton = _ACC_MDE * _SEL_2 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_2
    gatelength = _G_LEN_2 + 0.07
    gate = _ALG_GATE_2
    accent = _ACCENT_2
    muteled = _MUTE_LED_2
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[algoquencer]
    select = _SEL_3 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_3
    reset = _RESET
    mutebutton = B4.1 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_3 * _NUM_PAT_VARI + 60
    activity = _ACT_3
    variation = _VARI_3
    offbeats = _OFFBTS_3
    rolls = _ROLLS_3
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_3
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_3 + 1
    lengthbutton = _GRVE_MDE * _SEL_3
    accentbutton = _ACC_MDE * _SEL_3 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_3
    gatelength = _G_LEN_3 + 0.07
    gate = _ALG_GATE_3
    accent = _ACCENT_3
    muteled = _MUTE_LED_3
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[algoquencer]
    select = _SEL_4 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_4
    reset = _RESET
    mutebutton = B4.2 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_4 * _NUM_PAT_VARI + 180 # algoquencer crashes at pattern=80, activity=1
    activity = _ACT_4
    variation = _VARI_4
    offbeats = _OFFBTS_4
    rolls = _ROLLS_4
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_4
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_4 + 1
    lengthbutton = _GRVE_MDE * _SEL_4
    accentbutton = _ACC_MDE * _SEL_4 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_4
    gatelength = _G_LEN_4 + 0.07
    gate = _ALG_GATE_4
    accent = _ACCENT_4
    muteled = _MUTE_LED_4
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[algoquencer]
    select = _SEL_5 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_5
    reset = _RESET
    mutebutton = B3.3 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_5 * _NUM_PAT_VARI + 100
    activity = _ACT_5
    variation = _VARI_5
    offbeats = _OFFBTS_5
    rolls = _ROLLS_5
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_5
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_5 + 1
    lengthbutton = _GRVE_MDE * _SEL_5
    accentbutton = _ACC_MDE * _SEL_5 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_5
    gatelength = _G_LEN_5 + 0.07
    gate = _ALG_GATE_5
    accent = _ACCENT_5
    muteled = _MUTE_LED_5
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[algoquencer]
    select = _SEL_6 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_6
    reset = _RESET
    mutebutton = B3.4 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_6 * _NUM_PAT_VARI + 120
    activity = _ACT_6
    variation = _VARI_6
    offbeats = _OFFBTS_6
    rolls = _ROLLS_6
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_6
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_6 + 1
    lengthbutton = _GRVE_MDE * _SEL_6
    accentbutton = _ACC_MDE * _SEL_6 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_6
    gatelength = _G_LEN_6 + 0.07
    gate = _ALG_GATE_6
    accent = _ACCENT_6
    muteled = _MUTE_LED_6
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[algoquencer]
    select = _SEL_7 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_7
    reset = _RESET
    mutebutton = B4.3 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_7 * _NUM_PAT_VARI + 140
    activity = _ACT_7
    variation = _VARI_7
    offbeats = _OFFBTS_7
    rolls = _ROLLS_7
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_7
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_7 + 1
    lengthbutton = _GRVE_MDE * _SEL_7
    accentbutton = _ACC_MDE * _SEL_7 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_7
    gatelength = _G_LEN_7 + 0.07
    gate = _ALG_GATE_7
    accent = _ACCENT_7
    muteled = _MUTE_LED_7
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[algoquencer]
    select = _SEL_8 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_8
    reset = _RESET
    mutebutton = B4.4 * _PERF_MDE
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _VARI_8 * _NUM_PAT_VARI + 160
    activity = _ACT_8
    variation = _VARI_8
    offbeats = _OFFBTS_8
    rolls = _ROLLS_8
    rollcount = 1
    rollsteps = 1
    alternatebars = _ALT_8
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _DEJA_8 + 1
    lengthbutton = _GRVE_MDE * _SEL_8
    accentbutton = _ACC_MDE * _SEL_8 + _INIT_ACC
    accenthigh = 0.5
    clear = _CLR_ALGOS * _SEL_8
    gatelength = _G_LEN_8 + 0.07
    gate = _ALG_GATE_8
    accent = _ACCENT_8
    muteled = _MUTE_LED_8
    led1 = L1.5
    led2 = L1.6
    led3 = L2.5
    led4 = L2.6
    led5 = L3.5
    led6 = L3.6
    led7 = L4.5
    led8 = L4.6
    led9 = L1.7
    led10 = L1.8
    led11 = L2.7
    led12 = L2.8
    led13 = L3.7
    led14 = L3.8
    led15 = L4.7
    led16 = L4.8

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_1 * 0.2
    else = _MUTE_LED_1 * 0.2 + L3.1
    output = L3.1

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_2 * 0.2
    else = _MUTE_LED_2 * 0.2 + L3.2
    output = L3.2

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_3 * 0.2
    else = _MUTE_LED_3 * 0.2 + L4.1
    output = L4.1

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_4 * 0.2
    else = _MUTE_LED_4 * 0.2 + L4.2
    output = L4.2

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_5 * 0.2
    else = _MUTE_LED_5 * 0.2 + L3.3
    output = L3.3

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_6 * 0.2
    else = _MUTE_LED_6 * 0.2 + L3.4
    output = L3.4

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_7 * 0.2
    else = _MUTE_LED_7 * 0.2 + L4.3
    output = L4.3

[compare]
    input = _PERF_MDE
    compare = 1
    ifequal = _MUTE_LED_8 * 0.2
    else = _MUTE_LED_8 * 0.2 + L4.4
    output = L4.4

[copy]
    input = _ALG_GATE_1 + _MIDI_IN_GATE_1
    output = G1

[copy]
    input = _ALG_GATE_2 + _MIDI_IN_GATE_2
    output = G2

[copy]
    input = _ALG_GATE_3 + _MIDI_IN_GATE_3
    output = G3

[copy]
    input = _ALG_GATE_4 + _MIDI_IN_GATE_4
    output = G4

[copy]
    input = _ALG_GATE_5 + _MIDI_IN_GATE_5
    output = G5

[copy]
    input = _ALG_GATE_6 + _MIDI_IN_GATE_6
    output = G6

[copy]
    input = _ALG_GATE_7 + _MIDI_IN_GATE_7
    output = G7

[copy]
    input = _ALG_GATE_8 + _MIDI_IN_GATE_8
    output = G8

# Algoquencers for CV outputs
[algoquencer]
    select = _SEL_1 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_1
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_1 * _NUM_PAT_VARI + 20
    activity = _CV_ACT_1
    variation = _CV_VARI_1
    offbeats = _OFFBTS_1
    alternatebars = _ALT_1
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_1 + 1
    lengthbutton = _GRVE_MDE * _SEL_1
    pitchlow = _CV_BASE_1
    pitchhigh = _CV_MAX_1
    pitchresolution = _CV_RES_1 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_1 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_1
    pitch = _CV_OUT_1

[algoquencer]
    select = _SEL_2 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_2
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_2 * _NUM_PAT_VARI + 40
    activity = _CV_ACT_2
    variation = _CV_VARI_2
    offbeats = _OFFBTS_2
    alternatebars = _ALT_2
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_2 + 1
    lengthbutton = _GRVE_MDE * _SEL_2
    pitchlow = _CV_BASE_2
    pitchhigh = _CV_MAX_2
    pitchresolution = _CV_RES_2 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_2 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_2
    pitch = _CV_OUT_2

[algoquencer]
    select = _SEL_3 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_3
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_3 * _NUM_PAT_VARI + 60
    activity = _CV_ACT_3
    variation = _CV_VARI_3
    offbeats = _OFFBTS_3
    alternatebars = _ALT_3
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_3 + 1
    lengthbutton = _GRVE_MDE * _SEL_3
    pitchlow = _CV_BASE_3
    pitchhigh = _CV_MAX_3
    pitchresolution = _CV_RES_3 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_3 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_3
    pitch = _CV_OUT_3

[algoquencer]
    select = _SEL_4 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_4
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_4 * _NUM_PAT_VARI + 80
    activity = _CV_ACT_4
    variation = _CV_VARI_4
    offbeats = _OFFBTS_4
    alternatebars = _ALT_4
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_4 + 1
    lengthbutton = _GRVE_MDE * _SEL_4
    pitchlow = _CV_BASE_4
    pitchhigh = _CV_MAX_4
    pitchresolution = _CV_RES_4 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_4 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_4
    pitch = _CV_OUT_4

[algoquencer]
    select = _SEL_5 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_5
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_5 * _NUM_PAT_VARI + 100
    activity = _CV_ACT_5
    variation = _CV_VARI_5
    offbeats = _OFFBTS_5
    alternatebars = _ALT_5
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_5 + 1
    lengthbutton = _GRVE_MDE * _SEL_5
    pitchlow = _CV_BASE_5
    pitchhigh = _CV_MAX_5
    pitchresolution = _CV_RES_5 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_5 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_5
    pitch = _CV_OUT_5

[algoquencer]
    select = _SEL_6 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_6
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_6 * _NUM_PAT_VARI + 120
    activity = _CV_ACT_6
    variation = _CV_VARI_6
    offbeats = _OFFBTS_6
    alternatebars = _ALT_6
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_6 + 1
    lengthbutton = _GRVE_MDE * _SEL_6
    pitchlow = _CV_BASE_6
    pitchhigh = _CV_MAX_6
    pitchresolution = _CV_RES_6 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_6 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_6
    pitch = _CV_OUT_6

[algoquencer]
    select = _SEL_7 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_7
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_7 * _NUM_PAT_VARI + 140
    activity = _CV_ACT_7
    variation = _CV_VARI_7
    offbeats = _OFFBTS_7
    alternatebars = _ALT_7
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_7 + 1
    lengthbutton = _GRVE_MDE * _SEL_7
    pitchlow = _CV_BASE_7
    pitchhigh = _CV_MAX_7
    pitchresolution = _CV_RES_7 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_7 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_7
    pitch = _CV_OUT_7

[algoquencer]
    select = _SEL_8 * _SHOULD_SHOW_ALGOS
    preset = _PRST
    savepreset = _SV
    loadpreset = _LD
    clock = _TIM_CLK_8
    reset = _RESET
    button1 = B1.5
    button2 = B1.6
    button3 = B2.5
    button4 = B2.6
    button5 = B3.5
    button6 = B3.6
    button7 = B4.5
    button8 = B4.6
    button9 = B1.7
    button10 = B1.8
    button11 = B2.7
    button12 = B2.8
    button13 = B3.7
    button14 = B3.8
    button15 = B4.7
    button16 = B4.8
    pattern = _CV_VARI_8 * _NUM_PAT_VARI + 160
    activity = _CV_ACT_8
    variation = _CV_VARI_8
    offbeats = _OFFBTS_8
    alternatebars = _ALT_8
    alternatebutton = _ALT_G_MDE * _CLR_ALGOS_INV + _INIT_ALT
    dejavu = _CV_DEJA_8 + 1
    lengthbutton = _GRVE_MDE * _SEL_8
    pitchlow = _CV_BASE_8
    pitchhigh = _CV_MAX_8
    pitchresolution = _CV_RES_8 * 30 + 1
    accentbutton = _ACC_MDE * _SEL_8 + _INIT_ACC
    clear = _CLR_ALGOS * _SEL_8
    pitch = _CV_OUT_8

[minifonion]
    bypass = _BYPSS_QUANT_1
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_1 + _ACCENT_1
    output = _CV_QUANT_1

[slew]
    input = _CV_QUANT_1
    slew = _SLEW_1
    exponential = O1

[minifonion]
    bypass = _BYPSS_QUANT_2
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_2 + _ACCENT_2
    output = _CV_QUANT_2

[slew]
    input = _CV_QUANT_2
    slew = _SLEW_2
    exponential = O2

[minifonion]
    bypass = _BYPSS_QUANT_3
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_3 + _ACCENT_3
    output = _CV_QUANT_3

[slew]
    input = _CV_QUANT_3
    slew = _SLEW_3
    exponential = O3

[minifonion]
    bypass = _BYPSS_QUANT_4
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_4 + _ACCENT_4
    output = _CV_QUANT_4

[slew]
    input = _CV_QUANT_4
    slew = _SLEW_4
    exponential = O4

[minifonion]
    bypass = _BYPSS_QUANT_5
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_5 + _ACCENT_5
    output = _CV_QUANT_5

[slew]
    input = _CV_QUANT_5
    slew = _SLEW_5
    exponential = O5

[minifonion]
    bypass = _BYPSS_QUANT_6
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_6 + _ACCENT_6
    output = _CV_QUANT_6

[slew]
    input = _CV_QUANT_6
    slew = _SLEW_6
    exponential = O6

[minifonion]
    bypass = _BYPSS_QUANT_7
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_7 + _ACCENT_7
    output = _CV_QUANT_7

[slew]
    input = _CV_QUANT_7
    slew = _SLEW_7
    exponential = O7

[minifonion]
    bypass = _BYPSS_QUANT_8
    select1 = _SEL_NT_1 + _SEL_1_OCT
    select3 = _SEL_NT_3
    select5 = _SEL_NT_5
    select7 = _SEL_NT_7
    select9 = _SEL_NT_9
    select11 = _SEL_NT_11
    select13 = _SEL_NT_13
    selectfill1 = _FILL_1
    selectfill2 = _FILL_2
    selectfill3 = _FILL_3
    selectfill4 = _FILL_4
    selectfill5 = _FILL_5
    root = 0
    degree = 1
    input = _CV_OUT_8 + _ACCENT_8
    output = _CV_QUANT_8

[slew]
    input = _CV_QUANT_8
    slew = _SLEW_8
    exponential = O8

# -------------------------------------------------
# Midi Out
# -------------------------------------------------

[pot]
    select = _PROJ_MDE
    pot = P4.2
    outputscale = 8
    notch = 0.1
    output = _MIDI_NOTE_SEL

[compare]
    input = _MIDI_NOTE_SEL
    compare = 0.02
    ifless = 1
    else = 0
    output = _DRUMS

[compare]
    input = _MIDI_NOTE_SEL
    compare = 0.02
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_8

[compare]
    input = _MIDI_NOTE_SEL
    compare = 1
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_7

[compare]
    input = _MIDI_NOTE_SEL
    compare = 2
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_6

[compare]
    input = _MIDI_NOTE_SEL
    compare = 3
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_5

[compare]
    input = _MIDI_NOTE_SEL
    compare = 4
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_4

[compare]
    input = _MIDI_NOTE_SEL
    compare = 5
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_3

[compare]
    input = _MIDI_NOTE_SEL
    compare = 6
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_2

[compare]
    input = _MIDI_NOTE_SEL
    compare = 7
    ifgreater = 1
    else = 0
    output = _MIDI_SEL_1

[midiout]
    channel = _MIDI_OUT_CHANNEL + 1
    usb = 0
    pitch1 = _CV_QUANT_8 + 5V
    pitch2 = _CV_QUANT_7 + 5V
    pitch3 = _CV_QUANT_6 + 5V
    pitch4 = _CV_QUANT_5 + 5V
    pitch5 = _CV_QUANT_4 + 5V
    pitch6 = _CV_QUANT_3 + 5V
    pitch7 = _CV_QUANT_2 + 5V
    pitch8 = _CV_QUANT_1 + 5V
    gate1 = _ALG_GATE_8 * _MIDI_SEL_8
    gate2 = _ALG_GATE_7 * _MIDI_SEL_7
    gate3 = _ALG_GATE_6 * _MIDI_SEL_6
    gate4 = _ALG_GATE_5 * _MIDI_SEL_5
    gate5 = _ALG_GATE_4 * _MIDI_SEL_4
    gate6 = _ALG_GATE_3 * _MIDI_SEL_3
    gate7 = _ALG_GATE_2 * _MIDI_SEL_2
    gate8 = _ALG_GATE_1 * _MIDI_SEL_1
    notegate1 = G1 * _DRUMS
    notegate2 = G2 * _DRUMS
    notegate3 = G3 * _DRUMS
    notegate4 = G4 * _DRUMS
    notegate5 = G5 * _DRUMS
    notegate6 = G6 * _DRUMS
    notegate7 = G7 * _DRUMS
    notegate8 = G8 * _DRUMS
    cc1 = O1 + 5V
    cc2 = O2 + 5V
    cc3 = O3 + 5V
    cc4 = O4 + 5V
    cc5 = O5 + 5V
    cc6 = O6 + 5V
    cc7 = O7 + 5V
    cc8 = O8 + 5V
    ccnumber1 = 102
    ccnumber2 = 103
    ccnumber3 = 104
    ccnumber4 = 105
    ccnumber5 = 106
    ccnumber6 = 107
    ccnumber7 = 108
    ccnumber8 = 109