Roland M-GS64

© Soft {Controller number 67)
Stores dnd byte rd byte
Baki 43H wit
OH - FH Ach} - ch.16}
3 OOH - 7FH {0 - 127} O-63=0FF 64-127=08
‘f= MIDI channel number
weLontrol value
* Not received when Rx SOFT = OFF. {Initial value is OR)
Portamento control (Controller number 84)
Status 2nd byte 3rd byte
Br MH kkHt
OH - FH {cht ~ ch.16)
2 OOH - 7FH{O - 127)
n= MIDI chonnel number
kk=source note number
* & Hote-on received immediately after a Portomento Contral message will change continuously in pitth, storting from
tho pitth of the Source Rate Humber.0
“ff 0 voice is already sounding for a note number Wentical fo the Source Note Number, this voice will continue sound
ing {i.t., legato} ond will, when the next Hote-on is received, smoothly change to the pitch of that Note-on.
* The rate of the pitch chonge caused by Portamento Contrcl is determined by the Portamento Time value.
Example 1)
On MID: ___Deseription Result
90 aC 4 Hote on (4 Gon
BO 54 3C Portamento Control from C4 tno change {C4 voice still sounding)
90.4040 Note on £4 Glide from (4 10 E4
803040 Hote olf C4 no thonge
BO 40 40 Hote off £4 £4 of
Exomple 2)
Dp. MID Descrintion Res
BO 54 3 Portamento Control from (4 no change
904040 Hote on E4 4 on with glide from C4
804046 Note off E4 £4 off
» Effect 1 (Reverb Send Level) {Controller number 91)
Stous nd bye Sed byte
Bait SBH wil
OH - FH feh.} - ch.16)
2 OOH - 7FH (0 - 127)
n=MIDI channel number
w=Contral value Initial volue = 28H (40)
* This message adjusts the Reverh Send Level of each Part.
* Effect 3 (Chorus Send Level) (Controller number 93)
Stotys 4nd byte 3rd byte
Bol SDH wi
OH - FH {ch} - ¢h,16)
2 OOH - 7FH{Q- 127)
n=MIDI channel number
we(ontral valve Initial value = GOH {0}
* This message adjusts the Chorus Send Level of each Part.
« Effect 4 (Delay Send Level} {Controller number 94) [M]
Status Ind byte ded byte
Bolt StH wh
n=MIDI channel number
OH - FH fch.] ch. 16)
we(ontral valve :
IH - 7FH (0 - 127) Initicl value = OGH (0)
* This messoge adjusts the Delay Send Level af rath Part.
* Some other GS devices may not recognize this message.
* Delay connot be used in MODE-2 (Double Moduis mode}.
* NRPN MSB/ESB
Yatus nd byte 4rd byte
Bn 63H mimi
Bat 62H Mlk
{Controller number 98,99)
n=MIDI chonnel number: OH- FH {ch.] - ch. 16)
mm=upper byte of the porameter number specified by NRPH
l=lower byte of the porameter number spectfied hy HRPH
* When “GM System On” is received, Rx.HRPN will be set OFF, ond NRPH will not be received. When “GS Reset” or
Rx HRPH = ON is received, NRPH con he received.
* The valve set by NRPN wil not be reset even i Program Change of Reset All Controllers is received.
**NRPN™*
‘The HRPN {Hon Reoistered Parameter Numbes} message allows on extended range of control changes fa be uted
To use these messoges, you must first use NRPH MSB ond NRPN LSB messages to specily the parameter to be can-
‘tolled, snd then use Dete Entry messages to specify the value of the specified poremeter. Once an NRPN parameter
bas been specified, all Dota Entry messages received on thot chonnel will modify the value of that purameler. To pre-
- ver! accidents, it is recommended thot you set RPH Null {RPR Number = 7FH/7Fh) when you have finished setting the
voive of the desired porometer. Refer to Section 5. Supplementary material “Examples of actual AID! messages”
<Exomple 4> {Pace $0). On the M-G564, Data entry LSB {IIH} of NRPN is ignored, so itis no problem to send Data
entry 458 (mm) only {without Dota entry LSB},
Gin the M-GS64, NRPH con be used 19 modify the following parameters.
RPH Dots entry
MSRISE HSE
O1H 08H mm Vibrato Rate (relotive change}
mm; OOH ~ 40H - 7FH (-64- 0- +63)
HOH = mm Vibrato Dapth (relotive change)
mm: OOH - 40H - 7FH (-64 - 0 - +63)
QIN OAH = mm Vibrate Delay (refntive change}
mm: OOK - 40H -7FH (-64 - 0 - +63)
81H 20H = mm WE Cutoll Frequency (relative chenge)
mm: OOH - 40H - 7FH {-64 - 0 - +63)
OUR 2H mmt TF Resonance (relative change)
amo: OOH - 408 - 7FH {-64 - 0 - +63)
OWN 63H = mmf TVFETVA Envelope Attack Time (relative chonge}
mm: OOK - 40H - 7FH {-64 -0- +63)
OVHG4H = mimi TVFRTVA Envelope Becay Time {relative change)
mim: OOH - 40H - 7FH (-64 -0- +63)
OTH 68H mami TVFRIVA Envelope Release Time {relative change}
mim: OOH - 40H -7FH (-64 -0 - +63)
1BH ett mimi Drom Instrument Pitch Course {relative chonge}
tv: Drum instrument note number
mmm; OOH 40H - 7FHi {-64 - 0 - +63 semitone)
TAH tH mmi Drom Instrument TVA Level (absolute change}
r: Drum Instrument note number
mm: OOH - 7FH (0 - max}
VWH oi mmmit Drum instrument Ponpot (absolute change)
1: Drum Instrument note sumber
mm: OOH, O1K - 40H -7FH (rondom, left-center-right)
DH at mm Drum Instrument Reverb Send Level {absolule change}
tt: Brom Instrument note number
mm: OOH - 7FH {0 - max)
TRH mom Drum Instrament Chorus Send Level {absolute change)
sr: Drum Instrument nole number
mm: OOH - 7FH (0 - max}
FH rH mm Drum Instrument Delay Send Level {ahsolvte change) [A]
tt; Drum Insiriment note number
mm: QOH - 7FH {0- max)
* Data entry £58 (IH) is ignored.
* Forameters morked “relative change” will change relative to the prese! value (40H). Even among different 6S
devices, “relative change” porometers may sometimes differ in the way the sound changes ot in the range of
thongs.
* Porometers marked “absolute change” wil be set to the absolute value of the porometer, regardless of the preset
value.
* Hisnot possibis to simultoneously use both Chorus Send Level ond Deloy Send Level on o single Drum Instrument.
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