CHD 8-427, Owner'S Manual

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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
8 88 8----427 / v. 1.00 427 / v. 1.00 427 / v. 1.00 427 / v. 1.00
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77
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4.1.3 4.1.3 4.1.3 4.1.3 MIDI CLOCK INDICATOR MIDI CLOCK INDICATOR MIDI CLOCK INDICATOR MIDI CLOCK INDICATOR
The parameter enables / disables indication of incoming MIDI Clock commands for “MIDI Event” mode of the
green LED indicator (see chapter 4.2.16).
Valid parameter values are 0 ~ 1: Value 0 is „Off“ (indication disabled), value 1 is „On“ (indication enabled).
4.1.4
4.1.4 4.1.4 4.1.4 SYSEX DEVICE ID SYSEX DEVICE ID SYSEX DEVICE ID SYSEX DEVICE ID
The parameter selects "Device ID" byte for transmitted MIDI System Exclusive messages (see the MIDI SysEx
Communication manual).
Valid parameter values are 0
~
17: Values 0 to 15 are fixed numbers that will be always used as the Device ID
independently on selected MIDI channel. Value 16 means that the Device ID will be the same as number of just
used receiving MIDI Channel chosen by MIDI CHANNEL global parameter (see chapter 4.1.1). For value 17,
universal 7Fh Device ID
5
55
5
will be always used.
4.2 4.2 4.2 4.2 INTERFACE PATCH PARAMETERS INTERFACE PATCH PARAMETERS INTERFACE PATCH PARAMETERS INTERFACE PATCH PARAMETERS
The interface patch parameters define how the received MIDI commands affect sound of the Polysix
instrument. Next chapters and fig. 6 describe how the interface patch parameters affect Polysix’s circuits.
Table 2
Table 2 Table 2
Table 2 –
––
– Interface patch parameters
Interface patch parameters Interface patch parameters
Interface patch parameters
Parameter name
Parameter name Parameter name
Parameter name
Valid Valid Valid Valid
values
values values
values
Function
Function Function
Function
CC CC CC CC
Nr.
Nr. Nr.
Nr.
Chapter
Chapter Chapter
Chapter
MIDI Notes Shift (Transpose)
1 11 1
) 0 ~ 67 Transposes MIDI Notes over the keyboard range 16 4.2.1
Pitch Bend Range
1
11
1
) 0 ~ 24 Adjusts MIDI Pitch Bend maximal range 17 4.2.2
VCF Cutoff Modulation 0 ~ 127 Direct VCF cutoff frequency increasing / decreasing 18 4.2.3
VCF Velocity Mode
1
11
1
) 0 ~ 3 Selects type of VCF modulation by MIDI Notes velocity 19 4.2.4
VCF Velocity Amount
cccc
0 ~ 127 Range of VCF modulation by MIDI Notes velocity 20 4.2.5
VCF Chnl Aftertouch Amount
1 11 1
) 0 ~ 127 Range of VCF modulation by MIDI Channel Aftertouch 21 4.2.6
VCF LFO Waveform 0 ~ 63 Additional LFO control 22 4.2.7
VCF LFO Sync 0 ~ 3 Additional LFO control 23 4.2.8
VCF LFO Rate 0 ~ 127 Additional LFO control 24 4.2.9
VCF LFO Delay
1
11
1
) 0 ~ 127 Additional LFO control 25 4.2.10
VCF LFO Amount 0 ~ 127 Additional LFO control 26 4.2.11
VCF LFO Modulation Wheel
2
22
2
) 0 ~ 127 Additional LFO control 27 4.2.12
VCF LFO Chnl Aftertouch
1 11 1
) 0 ~ 127 Additional LFO control 28 4.2.13
ARPG Clock Sync 0 ~ 3 Selects mode of arpeggiator synchronization 29 4.2.14
ARPG Clock Rate 0 ~ 127 Adjusts arpeggiator speed 30 4.2.15
Indicator Mode 0 ~ 3 Selects mode of interface’s indicator 31 4.2.16
1
11
1
) Works with MIDI Notes only, not with instrument’s own keyboard
2 22 2
) Works with MIDI Modulation (CC #1) only, not with instrument’s own MG wheel controller
The patch parameters are loaded from the interface memory to the edit buffer (see fig. 5) and they controls the
interface's functions from here
6 66 6
. Values of all interface patch parameters in edit buffer can be modified by MIDI
CCs (see chapter 5.1.2.3) - it is possible to change them in a real time during playing the instrument (see fig. 5).
These changes are temporary only. lf necessary, new setting of the parameters can be stored in an user patch
5
SysEx message with the universal Device ID (7Fh) is always recognized by the interface independently on selected receiving MIDI channel.
6
During the interface reset, neutral values of the parameters are loaded into the edit buffer so that the interface doesn't affect the instrument.