Roland M-GS64 - Page 74

You can adjust the Chorus send level of specified channel.
This message is ignored when “Receive contral change” of the system commen is OFF.
2.NRPN.MSB/LSB
Stotus Second Third
Brit 63H mint
Ball 62H aH
n= MIDI channel number: OH — FH (ch.1 — ch.16)
mm = MSB of the specified parameter by NRPH
{l= 188 of the specified parameter by NRPH
When the power is turned on, or “General MIDI Sysiem On” is received, Rx.HIRPN will be set OFF, and NRPH will not
be received.
When “GS reset” or Rx. NRPN = GN is received, NRPW con be received.
The value set by HRPN will net be reset even if Program change or Reset aff controller is received.
** NRPN **
The NRPH (Non Registered Parameter number) message allows nn extended range of contro! changes to be used, let-
fing you use control messages which are not purt of the MIDI Specification and may be unique to an individual
‘model. To use these messages, you must first use NRPN MSB and WRPN LSB message to specify the parameter to be
controlled, ond then use Data Entry messages tc specify the value of the specified parameter. Once on NRPH pora-
meter has been specified, alf Dota Entry messages received on that channel will modify the value of that parameter.
To prevent accidents, it is recommended that you set RPN full (RN Number = 7FH/7FH) when you have finished
setting the value of the desired parameter,
‘Gn This module, the following NRPN can be received.
HRP Dota entry
MSB ISB HSB Function and range
OIH 08H mm Vibrato Rate (relative change)
mm: OF — 40H — 72H (~$0 -— 0 — +50)
1K OOH = mm Vibrato Depth (relative change)
mm; GEH — 40H — 72H (-50 — 6 — +50)
O1H OAH = mimi Vibrato Delay (relative change}
man: OEH — 40H — 72H {50 —0 — +50}
01H 20H mit TF Catoft Frequency (relative change)
man: OH — 40H — 72H {~50 — 0 — +50)
OH 21H mmH TVE Resonance (relutive chenge)
mm: OEH — 40H ~~ 72H (50 — 0 — +50)
O1H 63H) mm TVFRIVA Envelope Aitack Time (relative change)
mm: OEH —~ 40H — 72H {-50 — 8 — +50)
O1H 64H mm TVFRTVA Envelope Decay Time {relative change)
mm: OEH — 40H — 72H {-50 — 0 — +50}
O1K 66H = mm TWF&IVA Envelope release Time (relative change)
som: OH — 40H — 72H {~50 —0— +50}
18H nH nmi Rhythm Instrument Pitch Coors (relative change}
1: Rhythm tnstrument note number
mmm: OOH — 40H — 7FH (~64 —- 0 — +63 semitone}
TAH tH im Rhythm Instrument TVA level (absolute change}
tr: Rhythm instrument note number
mm: OOH — 7FH (0 — max}
iG wh mm Rhythm Instrument Pengot (absolute change)
er: Rhythm instrument note number
ram: QOH, 01H — 40H — 7FH (random, left-center-right)
1DH eH anmlt Rhythm instrument Reverb Send Level (absolute change)
vr: Rhythm Instrument note umber
mm: OOH — 7FH (0 — max)
TEA rth ann Rhythen instrument Chorus Send Level {ebsolute change}
rr: Rhythm Instrument note number
men: OOH — 7FH (0 — max}
Date entry LSB (IH) is ignored
Parometers marked “relative change” change relative fo the preset value (40H). Even among different GS devices,
“relative change” perometers may sometimes differ in the way the sound changes or in the range of change.
Parameters marked “absolute change” will be set to the absolute value of the parameter, regardless of the preset
value,
° RPN MSB/LSB
Siotus Second Third
Bat 65H mnt
Bn oat ta
f= MIDI channel number: OH — FH (ch.1 — ch.16)
mm = MSB of the specified parameter by RPN
| = LSB of the specified parameter by RPN
MIDI IMPLEMENTATION
** RPN?
RPH (registered parameter number) is « parameter number of tone color or musical expression defined in MIDI spec-
ification,
‘With tho. Sound Expansion. Series .0s the receiver RPNAO {pitch bend sensiifvity);-RPRAT {tine tuning) and-RPNEZ
(coarse tuning) are effective. when sending on RPH to the Sound Expansion Series first specify the MSB and LSB of
‘the RPN fo be used to contral a parameter and then set the value in the data entry field.
RPN Date entry —Descriation
MSB LSB MMSB ASB
OOH OOH = mm —
Pitch bend sensttivity
mm: OOH — OCH {6 — 12 semitone)
fi Ignored
Up to | octave
You can adjust “BENDER —~ RANGE DOWN" ond “BENDER —- RANGE UP” at same
time.
In the rythm port (partB), this message is not recognized.
OOH O1H = mmit TlH Fine tuning
mm, U: 20H, 00H — 40H, OH — 60H, OOH
{8192 x 50 / 8192 — 0 — +8192 x 50/8192 cent)
In the paich mode, the master tune is adjusted.
In the performance mode, fine tune at each part is adjusted.
In the performance mode, when received as specified contral channel, the master
tune is adjusted,
Coarse tuning
amin: 10H —- 40H — 70H (~48 — 6 — +48 semitone)
JE Ignored
In the patch mode, this message isnot recognized.
In the performance mode, coarse tune for each part is adjusted .
TFA TFA RPA reset
inmylIgnored
Wtreturns to the state where no RPN parameters are specified. Current setting value is
fio change,
OOH 02H = mm —
* Data entry MSB/LSB
Status Second Third
BH O6H mf
Bri 16H tH
i= HAIDI chanine! number: OH — FH (ch.1 — ch.16)
mm = iMSB of the value of the parameter specified with RPN
il = LSB of the value of the parameter specified with RPI
This message is ignored when “Receive contral change” af the system common is OFF.
© Program Change
Status Second
Gt ppl
n= MIDI channel number: OH — Fl (ch.1 — ch. 16)
pp = Program number: CO — 7FH {prog.1 — prog.728)
This messoge is ignored when "Receive program change” ofthe system common is OFF,
If the part which MIDI receive channel is set the same as the control channel, the performance is changed when
receive the program change message.
* Channel pressure
Status Second
Bot wit
n= MIDI channel number: OH — FH (ch.1 -~ ch.16)
vw = volue: OOH — 7FH (0 — 127)
The effect of the Channel pressure depends on the value of “After 1 — 4” of the patch tone.
‘This message is ignored when “Receive Channel pressure” ofthe System common is OFF.
* Pitch bend change
Status Second Third
Ent {tH mm
n= MIDI channel number: OH — FH (ch.1 — ch.16)
mmm, Il = velve: OOH, GOH — 7FH, 7FH (-8192-— +8191)
This message is ignored when ” Receive Pitch bend “ of the system common is OFF.
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