Use new synthetic macro events in the Mackie emulation examples.
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36bbdd037f
commit
888758c87b
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@ -157,7 +157,7 @@ CC56[] PB[129]-9
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[MIDI2]
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[MIDI2]
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# transport (will light up in green)
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# transport (will light up in green)
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A7 A#6 $CC0 # reset all meters, see "meter feedback" below
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A7 A#6 $M0 # reset all meters, see "meter feedback" below
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A#7 B6
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A#7 B6
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B7 C7[2] # Rec, blinks when engaged
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B7 C7[2] # Rec, blinks when engaged
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#C#7 C7 # Cycle
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#C#7 C7 # Cycle
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@ -192,10 +192,9 @@ CP[16] C2{0,1} G#2{0:3,1} E3{0:6,1} C4{0:9,5} G#4{0:12,3}
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# NOTE: We only report the values as we receive them here, there's no
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# NOTE: We only report the values as we receive them here, there's no
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# automatic decay of the meters like with real Mackie hardware. Thus we
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# automatic decay of the meters like with real Mackie hardware. Thus we
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# explicitly reset all meters when transport stops below. (Ardour at least
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# explicitly reset all meters when transport stops below. (Ardour at least
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# does *not* do that automatically.) NB: We use CC0 as a macro here,
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# does *not* do that automatically.)
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# hopefully this won't occur as real feedback?
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CC0[1] $CP{0} $CP{16} $CP{32} $CP{48} $CP{64} $CP{80} $CP{96} $CP{112}
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M0[1] $CP{0} $CP{16} $CP{32} $CP{48} $CP{64} $CP{80} $CP{96} $CP{112}
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# This decodes the least significant digit in the time display (CC69) to count
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# This decodes the least significant digit in the time display (CC69) to count
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# off time on the 4 bottommost scene launch buttons. Note that the digits are
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# off time on the 4 bottommost scene launch buttons. Note that the digits are
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@ -214,7 +214,7 @@ D#7 E9
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[MIDI2]
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[MIDI2]
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# transport
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# transport
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A7 F#5 $CC0 # reset all meters, see "meter" in the MCP feedback section below
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A7 F#5 $M0 # reset all meters, see "meter" in the MCP feedback section below
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A#7 E5
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A#7 E5
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B7 F5 # Rec
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B7 F5 # Rec
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D7 C5 # Cycle
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D7 C5 # Cycle
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@ -300,10 +300,9 @@ CP[] CP
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# NOTE: We only report the values as we receive them here, there's no
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# NOTE: We only report the values as we receive them here, there's no
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# automatic decay of the meters like with real Mackie hardware. Thus we
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# automatic decay of the meters like with real Mackie hardware. Thus we
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# explicitly reset all meters when transport stops below. (Ardour at least
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# explicitly reset all meters when transport stops below. (Ardour at least
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# does *not* do that automatically.) NB: We use CC0 as a macro here,
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# does *not* do that automatically.)
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# hopefully this won't occur as real feedback?
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CC0[1] CP{0} CP{16} CP{32} CP{48} CP{64} CP{80} CP{96} CP{112}
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M0[1] CP{0} CP{16} CP{32} CP{48} CP{64} CP{80} CP{96} CP{112}
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# timecode
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# timecode
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CC64[] CC64
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CC64[] CC64
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