# -------------------------------------------------
# FH-2 MIDI CCs
# -------------------------------------------------

[copy]
    input = 10
    output = _FH_2_CC_LFO1_LVL

[copy]
    input = 11
    output = _FH_2_CC_LFO1_BASE

[copy]
    input = 12
    output = _FH_2_CC_LFO1_MULTIPLIER

[copy]
    input = 13
    output = _FH_2_CC_LFO1_SPEED

[copy]
    input = 14
    output = _FH_2_CC_SINE1

[copy]
    input = 15
    output = _FH_2_CC_SQUARE1

[copy]
    input = 16
    output = _FH_2_CC_PW1

[copy]
    input = 17
    output = _FH_2_CC_TRIANGLE1

[copy]
    input = 18
    output = _FH_2_CC_SAW1

[copy]
    input = 19
    output = _FH_2_CC_RANDOM1

[copy]
    input = 90
    output = _FH_2_CC_PHASE1

[copy]
    input = 1
    output = _FH_2_CC_FH2_DIRECT2

[copy]
    input = 20
    output = _FH_2_CC_LFO2_LVL

[copy]
    input = 21
    output = _FH_2_CC_LFO2_BASE

[copy]
    input = 23
    output = _FH_2_CC_LFO2_SPEED

[copy]
    input = 24
    output = _FH_2_CC_SINE2

[copy]
    input = 25
    output = _FH_2_CC_SQUARE2

[copy]
    input = 26
    output = _FH_2_CC_PW2

[copy]
    input = 27
    output = _FH_2_CC_TRIANGLE2

[copy]
    input = 28
    output = _FH_2_CC_SAW2

[copy]
    input = 29
    output = _FH_2_CC_RANDOM2

[copy]
    input = 91
    output = _FH_2_CC_PHASE2

[copy]
    input = 2
    output = _FH_2_CC_FH2_DIRECT3

[copy]
    input = 30
    output = _FH_2_CC_LFO3_LVL

[copy]
    input = 31
    output = _FH_2_CC_LFO3_BASE

[copy]
    input = 32
    output = _FH_2_CC_LFO3_MULTIPLIER

[copy]
    input = 33
    output = _FH_2_CC_LFO3_SPEED

[copy]
    input = 34
    output = _FH_2_CC_SINE3

[copy]
    input = 35
    output = _FH_2_CC_SQUARE3

[copy]
    input = 36
    output = _FH_2_CC_PW3

[copy]
    input = 37
    output = _FH_2_CC_TRIANGLE3

[copy]
    input = 38
    output = _FH_2_CC_SAW3

[copy]
    input = 39
    output = _FH_2_CC_RANDOM3

[copy]
    input = 92
    output = _FH_2_CC_PHASE3

[copy]
    input = 3
    output = _FH_2_CC_FH2_DIRECT4

[copy]
    input = 40
    output = _FH_2_CC_LFO4_LVL

[copy]
    input = 41
    output = _FH_2_CC_LFO4_BASE

[copy]
    input = 42
    output = _FH_2_CC_LFO4_MULTIPLIER

[copy]
    input = 43
    output = _FH_2_CC_LFO4_SPEED

[copy]
    input = 44
    output = _FH_2_CC_SINE4

[copy]
    input = 45
    output = _FH_2_CC_SQUARE4

[copy]
    input = 22
    output = _FH_2_CC_LFO2_MULTIPLIER

[copy]
    input = 46
    output = _FH_2_CC_PW4

[copy]
    input = 47
    output = _FH_2_CC_TRIANGLE4

[copy]
    input = 48
    output = _FH_2_CC_SAW4

[copy]
    input = 49
    output = _FH_2_CC_RANDOM4

[copy]
    input = 93
    output = _FH_2_CC_PHASE4

[copy]
    input = 4
    output = _FH_2_CC_FH2_DIRECT5

[copy]
    input = 50
    output = _FH_2_CC_LFO5_LVL

[copy]
    input = 51
    output = _FH_2_CC_LFO5_BASE

[copy]
    input = 52
    output = _FH_2_CC_LFO5_MULTIPLIER

[copy]
    input = 53
    output = _FH_2_CC_LFO5_SPEED

[copy]
    input = 54
    output = _FH_2_CC_SINE5

[copy]
    input = 55
    output = _FH_2_CC_SQUARE5

[copy]
    input = 56
    output = _FH_2_CC_PW5

[copy]
    input = 57
    output = _FH_2_CC_TRIANGLE5

[copy]
    input = 58
    output = _FH_2_CC_SAW5

[copy]
    input = 59
    output = _FH_2_CC_RANDOM5

[copy]
    input = 94
    output = _FH_2_CC_PHASE5

[copy]
    input = 5
    output = _FH_2_CC_FH2_DIRECT6

[copy]
    input = 60
    output = _FH_2_CC_LFO6_LVL

[copy]
    input = 61
    output = _FH_2_CC_LFO6_BASE

[copy]
    input = 62
    output = _FH_2_CC_LFO6_MULTIPLIER

[copy]
    input = 63
    output = _FH_2_CC_LFO6_SPEED

[copy]
    input = 64
    output = _FH_2_CC_SINE6

[copy]
    input = 65
    output = _FH_2_CC_SQUARE6

[copy]
    input = 66
    output = _FH_2_CC_PW6

[copy]
    input = 67
    output = _FH_2_CC_TRIANGLE6

[copy]
    input = 68
    output = _FH_2_CC_SAW6

[copy]
    input = 69
    output = _FH_2_CC_RANDOM6

[copy]
    input = 95
    output = _FH_2_CC_PHASE6

[copy]
    input = 6
    output = _FH_2_CC_FH2_DIRECT7

[copy]
    input = 70
    output = _FH_2_CC_LFO7_LVL

[copy]
    input = 71
    output = _FH_2_CC_LFO7_BASE

[copy]
    input = 72
    output = _FH_2_CC_LFO7_MULTIPLIER

[copy]
    input = 74
    output = _FH_2_CC_SINE7

[copy]
    input = 75
    output = _FH_2_CC_SQUARE7

[copy]
    input = 76
    output = _FH_2_CC_PW7

[copy]
    input = 77
    output = _FH_2_CC_TRIANGLE7

[copy]
    input = 78
    output = _FH_2_CC_SAW7

[copy]
    input = 79
    output = _FH_2_CC_RANDOM7

[copy]
    input = 96
    output = _FH_2_CC_PHASE7

[copy]
    input = 7
    output = _FH_2_CC_FH2_DIRECT8

[copy]
    input = 80
    output = _FH_2_CC_LFO8_LVL

[copy]
    input = 81
    output = _FH_2_CC_LFO8_BASE

[copy]
    input = 82
    output = _FH_2_CC_LFO8_MULTIPLIER

[copy]
    input = 83
    output = _FH_2_CC_LFO8_SPEED

[copy]
    input = 84
    output = _FH_2_CC_SINE8

[copy]
    input = 85
    output = _FH_2_CC_SQUARE8

[copy]
    input = 86
    output = _FH_2_CC_PW8

[copy]
    input = 87
    output = _FH_2_CC_TRIANGLE8

[copy]
    input = 88
    output = _FH_2_CC_SAW8

[copy]
    input = 89
    output = _FH_2_CC_RANDOM8

[copy]
    input = 97
    output = _FH_2_CC_PHASE8

[copy]
    input = 100
    output = _FH_2_CC_28_CV1_DIRECT

[copy]
    input = 101
    output = _FH_2_CC_28_CV2_DIRECT

[copy]
    input = 102
    output = _FH_2_CC_28_CV3_DIRECT

[copy]
    input = 103
    output = _FH_2_CC_28_CV4_DIRECT

[copy]
    input = 104
    output = _FH_2_CC_28_CV5_DIRECT

[copy]
    input = 105
    output = _FH_2_CC_28_CV6_DIRECT

[copy]
    input = 106
    output = _FH_2_CC_28_CV7_DIRECT

[copy]
    input = 107
    output = _FH_2_CC_28_CV8_DIRECT

[copy]
    input = 108
    output = _FH_2_CC_38_CV1_DIRECT

[copy]
    input = 109
    output = _FH_2_CC_38_CV2_DIRECT

[copy]
    input = 110
    output = _FH_2_CC_38_CV3_DIRECT

[copy]
    input = 73
    output = _FH_2_CC_LFO7_SPEED

[copy]
    input = 111
    output = _FH_2_CC_38_CV4_DIRECT

[copy]
    input = 112
    output = _FH_2_CC_38_CV5_DIRECT

[copy]
    input = 113
    output = _FH_2_CC_38_CV6_DIRECT

[copy]
    input = 114
    output = _FH_2_CC_38_CV7_DIRECT

[copy]
    input = 115
    output = _FH_2_CC_38_CV8_DIRECT

[copy]
    input = 116
    output = _FH_2_CC_48_CV1_DIRECT

[copy]
    input = 117
    output = _FH_2_CC_48_CV2_DIRECT

[copy]
    input = 118
    output = _FH_2_CC_48_CV3_DIRECT

[copy]
    input = 119
    output = _FH_2_CC_48_CV4_DIRECT

[copy]
    input = 120
    output = _FH_2_CC_48_CV5_DIRECT

[copy]
    input = 121
    output = _FH_2_CC_48_CV6_DIRECT

[copy]
    input = 122
    output = _FH_2_CC_48_CV7_DIRECT

[copy]
    input = 123
    output = _FH_2_CC_48_CV8_DIRECT


# -------------------------------------------------
# FH-2 MIDI CC ground
# -------------------------------------------------

[copy]
    input = _FH_2_CC_LFO1_LVL

[copy]
    input = _FH_2_CC_LFO1_BASE

[copy]
    input = _FH_2_CC_LFO1_MULTIPLIER

[copy]
    input = _FH_2_CC_LFO1_SPEED

[copy]
    input = _FH_2_CC_SINE1

[copy]
    input = _FH_2_CC_SQUARE1

[copy]
    input = _FH_2_CC_PW1

[copy]
    input = _FH_2_CC_TRIANGLE1

[copy]
    input = _FH_2_CC_SAW1

[copy]
    input = _FH_2_CC_RANDOM1

[copy]
    input = _FH_2_CC_PHASE1

[copy]
    input = _FH_2_CC_FH2_DIRECT2

[copy]
    input = _FH_2_CC_LFO2_LVL

[copy]
    input = _FH_2_CC_LFO2_BASE

[copy]
    input = _FH_2_CC_LFO2_SPEED

[copy]
    input = _FH_2_CC_SINE2

[copy]
    input = _FH_2_CC_SQUARE2

[copy]
    input = _FH_2_CC_PW2

[copy]
    input = _FH_2_CC_TRIANGLE2

[copy]
    input = _FH_2_CC_SAW2

[copy]
    input = _FH_2_CC_RANDOM2

[copy]
    input = _FH_2_CC_PHASE2

[copy]
    input = _FH_2_CC_FH2_DIRECT3

[copy]
    input = _FH_2_CC_LFO3_LVL

[copy]
    input = _FH_2_CC_LFO3_BASE

[copy]
    input = _FH_2_CC_LFO3_MULTIPLIER

[copy]
    input = _FH_2_CC_LFO3_SPEED

[copy]
    input = _FH_2_CC_SINE3

[copy]
    input = _FH_2_CC_SQUARE3

[copy]
    input = _FH_2_CC_PW3

[copy]
    input = _FH_2_CC_TRIANGLE3

[copy]
    input = _FH_2_CC_SAW3

[copy]
    input = _FH_2_CC_RANDOM3

[copy]
    input = _FH_2_CC_PHASE3

[copy]
    input = _FH_2_CC_FH2_DIRECT4

[copy]
    input = _FH_2_CC_LFO4_LVL

[copy]
    input = _FH_2_CC_LFO4_BASE

[copy]
    input = _FH_2_CC_LFO4_MULTIPLIER

[copy]
    input = _FH_2_CC_LFO4_SPEED

[copy]
    input = _FH_2_CC_SINE4

[copy]
    input = _FH_2_CC_SQUARE4

[copy]
    input = _FH_2_CC_LFO2_MULTIPLIER

[copy]
    input = _FH_2_CC_PW4

[copy]
    input = _FH_2_CC_TRIANGLE4

[copy]
    input = _FH_2_CC_SAW4

[copy]
    input = _FH_2_CC_RANDOM4

[copy]
    input = _FH_2_CC_PHASE4

[copy]
    input = _FH_2_CC_FH2_DIRECT5

[copy]
    input = _FH_2_CC_LFO5_LVL

[copy]
    input = _FH_2_CC_LFO5_BASE

[copy]
    input = _FH_2_CC_LFO5_MULTIPLIER

[copy]
    input = _FH_2_CC_LFO5_SPEED

[copy]
    input = _FH_2_CC_SINE5

[copy]
    input = _FH_2_CC_SQUARE5

[copy]
    input = _FH_2_CC_PW5

[copy]
    input = _FH_2_CC_TRIANGLE5

[copy]
    input = _FH_2_CC_SAW5

[copy]
    input = _FH_2_CC_RANDOM5

[copy]
    input = _FH_2_CC_PHASE5

[copy]
    input = _FH_2_CC_FH2_DIRECT6

[copy]
    input = _FH_2_CC_LFO6_LVL

[copy]
    input = _FH_2_CC_LFO6_BASE

[copy]
    input = _FH_2_CC_LFO6_MULTIPLIER

[copy]
    input = _FH_2_CC_LFO6_SPEED

[copy]
    input = _FH_2_CC_SINE6

[copy]
    input = _FH_2_CC_SQUARE6

[copy]
    input = _FH_2_CC_PW6

[copy]
    input = _FH_2_CC_TRIANGLE6

[copy]
    input = _FH_2_CC_SAW6

[copy]
    input = _FH_2_CC_RANDOM6

[copy]
    input = _FH_2_CC_PHASE6

[copy]
    input = _FH_2_CC_FH2_DIRECT7

[copy]
    input = _FH_2_CC_LFO7_LVL

[copy]
    input = _FH_2_CC_LFO7_BASE

[copy]
    input = _FH_2_CC_LFO7_MULTIPLIER

[copy]
    input = _FH_2_CC_SINE7

[copy]
    input = _FH_2_CC_SQUARE7

[copy]
    input = _FH_2_CC_PW7

[copy]
    input = _FH_2_CC_TRIANGLE7

[copy]
    input = _FH_2_CC_SAW7

[copy]
    input = _FH_2_CC_RANDOM7

[copy]
    input = _FH_2_CC_PHASE7

[copy]
    input = _FH_2_CC_FH2_DIRECT8

[copy]
    input = _FH_2_CC_LFO8_LVL

[copy]
    input = _FH_2_CC_LFO8_BASE

[copy]
    input = _FH_2_CC_LFO8_MULTIPLIER

[copy]
    input = _FH_2_CC_LFO8_SPEED

[copy]
    input = _FH_2_CC_SINE8

[copy]
    input = _FH_2_CC_SQUARE8

[copy]
    input = _FH_2_CC_PW8

[copy]
    input = _FH_2_CC_TRIANGLE8

[copy]
    input = _FH_2_CC_SAW8

[copy]
    input = _FH_2_CC_RANDOM8

[copy]
    input = _FH_2_CC_PHASE8

[copy]
    input = _FH_2_CC_28_CV1_DIRECT

[copy]
    input = _FH_2_CC_28_CV2_DIRECT

[copy]
    input = _FH_2_CC_28_CV3_DIRECT

[copy]
    input = _FH_2_CC_28_CV4_DIRECT

[copy]
    input = _FH_2_CC_28_CV5_DIRECT

[copy]
    input = _FH_2_CC_28_CV6_DIRECT

[copy]
    input = _FH_2_CC_28_CV7_DIRECT

[copy]
    input = _FH_2_CC_28_CV8_DIRECT

[copy]
    input = _FH_2_CC_38_CV1_DIRECT

[copy]
    input = _FH_2_CC_38_CV2_DIRECT

[copy]
    input = _FH_2_CC_38_CV3_DIRECT

[copy]
    input = _FH_2_CC_LFO7_SPEED

[copy]
    input = _FH_2_CC_38_CV4_DIRECT

[copy]
    input = _FH_2_CC_38_CV5_DIRECT

[copy]
    input = _FH_2_CC_38_CV6_DIRECT

[copy]
    input = _FH_2_CC_38_CV7_DIRECT

[copy]
    input = _FH_2_CC_38_CV8_DIRECT

[copy]
    input = _FH_2_CC_48_CV1_DIRECT

[copy]
    input = _FH_2_CC_48_CV2_DIRECT

[copy]
    input = _FH_2_CC_48_CV3_DIRECT

[copy]
    input = _FH_2_CC_48_CV4_DIRECT

[copy]
    input = _FH_2_CC_48_CV5_DIRECT

[copy]
    input = _FH_2_CC_48_CV6_DIRECT

[copy]
    input = _FH_2_CC_48_CV7_DIRECT

[copy]
    input = _FH_2_CC_48_CV8_DIRECT


# Generated by midi.guide