CHD 8-427 Owner'S Manual Download

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Korg Polysix MIDI Interface

P6----M

M Owner‘s

Owner‘s

Owner‘s Manual

Manual

8----427 / v. 1.00

427 / v. 1.00

No part of this publication may be reproduced in any form without the written permission of CHD Elektroservis.

The HOLD panel button and external HOLD pedal remain fully functional - the CC #41 can be used
simultaneously with the panel button or external pedal.

CC #42 : Key Assign Mode Section

CC #42 : Key Assign Mode Section –

––

– Chord Memory

Chord Memory

Controls remotely the CHORD MEMORY button on instrument panel (

③

on fig. 13). Every time the CC #42 with

value 64 to 127 is received, the CHORD MEMORY button is pressed. Values 0 to 63 of the CC #42 have no
function (they are ignored). The CHORD MEMORY panel button and external CHORD pedal remain fully
functional - the CC #42 can be used simultaneously with the button or external pedal.

CC #43 : Key Assign Mode Section

CC #43 : Key Assign Mode Section ---- Unison

Unison

Controls remotely the UNISON button on instrument panel (

④

on fig. 13). Every time the CC #43 with value 64

to 127 is received, the UNISON button is pressed. Values 0 to 63 of the CC #43 have no function (they are
ignored). The UNISON panel button remains fully functional - the CC #43 can be used simultaneously with the
button.

CC #44 : Key Assign Mode Section

CC #44 : Key Assign Mode Section ---- Poly

Poly

Controls remotely the POLY button on instrument panel (

⑤

on fig. 13). Every time the CC #44 with value 64 to

127 is received, the POLY button is pressed. Values 0 to 63 of the CC #44 have no function (they are ignored).
The POLY panel button remains fully functional - the CC #44 can be used simultaneously with the button.

5.1.2.3

5.1.2.3

5.1.2.3 CONTROLLERS FOR INTERFACE PATCH PARAMETERS EDITING AND SAVING

CONTROLLERS FOR INTERFACE PATCH PARAMETERS EDITING AND SAVING

This group of CCs adjusts values of the interface patch parameters in edit buffer and allows to save edited
parameters to a patch in interface user memory. (see fig. 5).

CC #16 :

CC #16 : MIDI Notes Shift (Transpose)

MIDI Notes Shift (Transpose)

Controls the parameter MIDI Notes Shift (transpose) (see chapter 4.2.1). Since the CC #16 value is 0 to 127 and
the parameter is 0 to 67 only, received value of the CC #16 is converted as shows table 7 in chapter 6.5.

CC #17 : MIDI Pitch Bend Range

Controls the parameter MIDI Pitch Bend Range (see chapter 4.2.2). Since the CC #17 value is 0 to 127 and the
parameter is 0 to 24 only, received value of the CC #17 is converted as shows table 8 in chapter 6.5.

CC #18 : VCF Cutoff Modulation

Controls the parameter VCF Cutoff Modulation (see chapter 4.2.3). The CC#18 value from 0 to 127 corresponds
to the parameter value directly.

CC #19 : VCF Velocity Mode

Controls the parameter VCF Velocity Mode (see chapter 4.2.4). Since the CC #19 value is 0 to 127 and the
parameter is 0 to 4 only, received value of the CC #19 is converted: Values 0 ~ 31 correspond to the "Average
Positive" mode, values 32 ~ 63 to the "Average Negative" mode, values 64 ~ 95 to the "Last Positive" mode and
values 96 ~ 127 to the "Last negative" mode.

CC #20 : VCF Velocity Amount

Controls the parameter VCF Velocity Amount (see chapter 4.2.5). The CC#20 value from 0 to 127 corresponds to
the parameter value directly.

CC #21 : VCF Chnl Aftertouch Amount

Controls the parameter VCF Channel (Mono) Aftertouch Amount (see chapter 4.2.6). The CC#21 value from 0 to
127 corresponds to the parameter value directly.