CHD 8-427, Owner'S Manual, Page: 18 / 32

Korg Polysix MIDI Interface Korg Polysix MIDI Interface Korg Polysix MIDI Interface Korg Polysix MIDI Interface
P6 P6 P6 P6----M M M M Owner‘s Owner‘s Owner‘s Owner‘s Manual Manual Manual Manual
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CC #22 : VCF CC #22 : VCF CC #22 : VCF CC #22 : VCF LFO Waveform LFO Waveform LFO Waveform LFO Waveform
Controls the parameter VCF LFO Waveform (see chapter 4.2.7). Since the CC #22 value is 0 to 127 and the
parameter is 0 to 63 only, received value of the CC #22 is converted as shows table 9 in chapter 6.5.
CC #23 : VCF LFO Sync CC #23 : VCF LFO Sync CC #23 : VCF LFO Sync CC #23 : VCF LFO Sync
Controls the parameter VCF LFO Sync (see chapter 4.2.8). Since the CC #23 value is 0 to 127 and the parameter
is 0 to 4 only, received value of the CC #23 is converted: Values 0 ~ 31 correspond to the "Fixed" mode, values
32 ~ 63 to the "MIDI" mode, values 64 ~ 95 to the "Fixed – Smooth Start" mode and values 96 ~ 127 to the
"MIDI – Smooth Start " mode.
CC #24 : VCF LFO Rate CC #24 : VCF LFO Rate CC #24 : VCF LFO Rate CC #24 : VCF LFO Rate
Controls the parameter VCF LFO Rate (see chapter 4.2.9). The CC #24 value from 0 to 127 corresponds to the
parameter value directly (see chapter 4.2.9 and table 10 in chapter 6.5).
CC #25 : VCF LFO Delay
CC #25 : VCF LFO Delay CC #25 : VCF LFO Delay
CC #25 : VCF LFO Delay
Controls the parameter VCF LFO Delay (see chapter 4.2.10). The CC #25 value from 0 to 127 corresponds to the
parameter value directly (see chapter 4.2.10 and table 11 in chapter 6.5).
CC #26 : VCF LFO Amount
CC #26 : VCF LFO Amount CC #26 : VCF LFO Amount
CC #26 : VCF LFO Amount
Controls the parameter VCF LFO Amount (see chapter 4.2.11). The CC#26 value from 0 to 127 corresponds to
the parameter value directly.
CC #27 : VCF LFO Modulation Wheel
CC #27 : VCF LFO Modulation Wheel CC #27 : VCF LFO Modulation Wheel
CC #27 : VCF LFO Modulation Wheel
Controls the parameter VCF LFO Modulation Wheel (see chapter 4.2.12). The CC#27 value from 0 to 127
corresponds to the parameter value directly.
CC #28 : VCF LFO Chnl Aftertouch CC #28 : VCF LFO Chnl Aftertouch CC #28 : VCF LFO Chnl Aftertouch CC #28 : VCF LFO Chnl Aftertouch
Controls the parameter VCF LFO Channel (Mono) Aftertouch (see chapter 4.2.13). The CC#28 value from 0 to
127 corresponds to the parameter value directly.
CC #29 : ARPG Clock Sync CC #29 : ARPG Clock Sync CC #29 : ARPG Clock Sync CC #29 : ARPG Clock Sync
Controls the parameter Arpeggiator Clock Sync (see chapter 4.2.14). Since the CC #29 value is 0 to 127 and the
parameter is 0 to 3 only, received value of the CC #29 is converted: Values from 0 to 31 correspond to the
“Normal” mode, values 32 to 63 to the “Fixed” mode, values 64 to 95 to the “MIDI” mode and values 96 to 127
to the “CC” mode.
CC #30 : ARPG Clock Rate CC #30 : ARPG Clock Rate CC #30 : ARPG Clock Rate CC #30 : ARPG Clock Rate
Function of the CC #30 depends on clock mode set by ARPG CLOCK SYNC parameter (see chapter 4.2.15).
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In “Normal” mode, the CC #30 is ignored.
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In “Fixed” and “MIDI” modes, the CC #30 controls ARPG CLOCK RATE interface parameter (i.e. rate of clock
pulses – see chapter 4.2.15 and table 12 in chapter 6.5).
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In “CC” mode, each time the CC #30 is received (any value), one clock pulse (arpeggiator step) is generated.
CC #31 : Indicator Mode
CC #31 : Indicator Mode CC #31 : Indicator Mode
CC #31 : Indicator Mode
Controls the parameter Indicator Mode (see chapter 4.2.16). Since the CC #31 value is 0 to 127 and the
parameter is 0 to 3 only, received value of the CC #31 is converted: Values from 0 to 31 correspond to “Off”
mode, 32 to 63 to “LFO Clock” mode, 64 to 95 to “ARPG Clock” mode and 96 to 127 to “MIDI Event” mode.