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V-44SW MIDI Implementation

 

7

 

 

Settings Transmitted/Received Using MIDI

 

 

MIDI Tx Channel

 

This sets the V-44SW’s MIDI Transmit channel.
The factory default setting is 1.

 

 

MIDI Rx Channel

 

This sets the V-440SW’s MIDI Receive channel.
The factory default setting is 1.
The values 0 - 16 can be set via MIDI, which correspond to 1-16 and OFF.

 

 

MIDI Out/Thru Switch

 

This sets the MIDI Out.
The factory default setting is OUT.

 

 

V-LINK Switch

 

This sets the V-LINK ON/OFF.
The factory default setting is OFF.

 

 

Device ID

 

This sets the ID for distinguishing devices when System Exclusive messages are received.
The factory default setting is 10H.

 

 

TAKE Switch

 

This controls the TAKE Switch.
This is assigned to CC#09 at the factory.
When arriving via MIDI, the values 0 - 63 are invalid, while 64 - 127 correspond to ON.

 

 

Transition Pattern

 

This selects the transition pattern.
This is assigned to CC#10 at the factory.
Values 0 - 5 correspond to CUT, MIX, and WIPE 1 - 4.

 

 

Transition Time

 

This selects the transition time.
This is assigned to CC#12 at the factory.
Values 0 - 127 correspond to 0.0 seconds to 4.0 seconds.

 

 

Video Fader

 

This controls the VIDEO FADER.
The factory default setting is OFF.
Values 0-127 set with MIDI correspond to PGM - PRESET.

 

 

Key Switch

 

This controls the Key Switch.
This is assigned to CC#13 at the factory.
Values 0 - 63 set with MIDI correspond to OFF; values 64-127 correspond to ON.

 

 

P in P Switch

 

This controls the P in P Switch.
This is assigned to CC#14 at the factory.
Values 0 - 63 set with MIDI correspond to OFF; values 64-127 correspond to ON.

 

 

Panel Preset Switch

 

This controls the Panel Preset Switch.
This is assigned to CC#17 at the factory.
Values 0 - 15 set with MIDI correspond to Preset...Preset15, Factory Preset.

 

 

OutputFormat Switch

 

This controls the Output Format Switch.
This is assigned to CC#18 at the factory.
Values 0 - 2 set with MIDI correspond to Output Format1, Output Format2, Output 
Format3.

Fade Switch

This controls the FADE Switch.
This is assigned to CC#19 at the factory.
Values 0 - 63 set with MIDI correspond to OFF; values 64 - 127 correspond to ON.

Fade Level

This controls the FADE.
This is assigned to CC#20 at the factory.
Values 0 - 127 set with MIDI correspond to FADE OUT(Black) - 100%.

Factory Setting of V-LINK

The factory setting of V-LINK (receipt of V-LINK ON message only) is as follows.

+——————————————————————+———————————+————————————+
|  Parameter           |  Assign   |  Value     |
+——————————————————————+———————————+————————————+
|  Rx Channel          |    -      |    1       |
|  Tx Channel          |    -      |    1       |
|  Input Channel       |    -      | SD VIDEO 1 |
|  TAKE Switch         |   OFF     |    -       |
|  Transition Pattern  |   OFF     |   Mix      |
|  Transition Time     |   cc#5    |   0.0sec   |
|  Video Fader         |   OFF     |    0       |
|  Key Switch          |   OFF     |   OFF      |
|  PinP Switch         |   OFF     |   OFF      |
|  Panel Preset Switch |   OFF     |   OFF      |
|  OutputFormat Switch |   OFF     |    1       |
|  Output Fade Mode    |    -      |   Auto     |
|  Fade Switch         |   OFF     |    -       |
|  Fade Level          |   OFF     |   MAX      |
+———————————————————————————————————————————————+

* When V-LINK is off, V-LINK message will be ignored.
* The changes of setting done while V-LINK is on will not be saved.
* When switching from V-LINK ON to OFF, the MIDI transmit/receive settings revert to 

the settings that were in effect before V-LINK was switched on.

Summary of Contents for V-44SW

Page 1: ...controller numbers 7 Status 2nd byte 3rd byte BnH 07H vvH Balance controller numbers 8 Status 2nd byte 3rd byte BnH 08H vvH Panpot controller numbers 10 Status 2nd byte 3rd byte BnH 0AH vvH Expression controller numbers 11 Status 2nd byte 3rd byte BnH 0BH vvH Effect Control 1 controller numbers 12 Status 2nd byte 3rd byte BnH 0CH vvH Effect Control 2 controller numbers 13 Status 2nd byte 3rd byte ...

Page 2: ...yte data is transmitted in the order of the address sum Checksum F7H EOX End Of Exclusive For details on setting the address size and checksum refer to Calculating the checksum p 6 Data that exceeds 256 bytes must be divided into packets of 256 bytes or less for transmission If a subsequent Data Set 1 message is transmitted an interval of at least 20 ms must be left between packets 2 MIDI messages...

Page 3: ...n you operate the panel For the factory settings refer to Settings Transmitted Received Using MIDI p 7 Pitch Bend Change Status 2nd byte 3rd byte EnH llH mmH mm ll pitch bend value 00 00H 40 00H 7F 7FH 8192 0 8191 Just as for Control Changes the messages assigned in MIDI Setup will be transmitted when you operate the panel For the factory settings refer to Settings Transmitted Received Using MIDI ...

Page 4: ... Change Channel Press Pitch Bend OFF 01H 00H 10H Tx Rx Setting Transition Pattern 01H 05H 07H 1FH 40H 5FH D0H E0H FFH Control Change Channel Press Pitch Bend OFF 01H 00H 12H Tx Rx Setting Transition Time 01H 05H 07H 1FH 40H 5FH D0H E0H FFH Control Change Channel Press Pitch Bend OFF 01H 00H 14H Tx Rx Setting Video Fader 01H 05H 07H 1FH 40H 5FH D0H E0H FFH Control Change Channel Press Pitch Bend OF...

Page 5: ... 10H 02H V LINK Rx Setting Dissolve Time 10H 10H 04H V LINK Rx Setting Audio Level 10H 10H 06H V LINK Rx Setting T Bar Control 01H 05H 07H 1FH Video Fader Control Change 40H 5FH D0H E0H FFH Channel Press Pitch Bend OFF 10H 10H 08H V LINK Rx Setting Dual Stream 10H 10H 0AH V LINK Reserved 10H 10H 0CH V LINK Reserved 10H 10H 0EH V LINK Reserved 10H 10H 10H V LINK Rx Setting TransitionSelect 01H 05H ...

Page 6: ...te number 62 note name D4 and velocity 95 Example 2 CEH 49H CnH is the Program Change status and n is the MIDI channel number EH 14 and 49H 73 Thus this is a Program Change message of MIDI CH 15 program number 74 in the GS sound map Flute Example 3 EAH 00H 28H EnH is the Pitch Bend Change status and n is the MIDI channel number The second byte 00H 0 is the lower byte of the pitch bend value and th...

Page 7: ...FF values 64 127 correspond to ON P in P Switch This controls the P in P Switch This is assigned to CC 14 at the factory Values 0 63 set with MIDI correspond to OFF values 64 127 correspond to ON Panel Preset Switch This controls the Panel Preset Switch This is assigned to CC 17 at the factory Values 0 15 set with MIDI correspond to Preset Preset15 Factory Preset OutputFormat Switch This controls ...

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