Roland M-GS64

‘cme SSNS TET AIT SS EIS
Parameter address map
This map indicotes cddress, size, Dotc (rongel, Porometer, Description, ond Defeult Value of parometers which can be transferred using “Request date | (ROT)" ond *Dote set 1 {DT3}".
All the numbers of address, size, Dots, ond Defoult Volue ore indicoted in 7-bit Hexodecimal-form.
The MODELID = 42H parameters at address 5*** "* ore not given in this mop. The porometers for address 5* ** ** ore the some farmat os these ot al address 4” ** °”,
System parameters
Porameters affecting the entire unit, such ox how the two AID! lit connectors will function, are called System Porometers. System perometers will not be teset even if *GS Reset” or “Generel MIDI System On” are received,
<MODEL ID = 42H>
IM]
AddrestH) Set) Datal) —Purnmster _—Asscription Defoulifil} Description
000065 00 00.01 00-01 SYSTEM QUTPUT ASSIGN [i] OOSELECED 00 SELECTED
OUFIXED
00 007F 00.00 01 00-€] SYSTEM MODE SET [Mi 00: MODE} (Sisale module mode) 80 0 (MODE)
(Rx.only} OF: MODE-2 {Double module mode} :
~ Refer to “Systert exciusive messages related to Mode settings” (p.39). !
CHANNEL MSG RX PORT [Ml] !
00.01 00 00.0001 00-61 BLOCKOO PORTA-8 oO PORTA i
00 OL OF 00 0001 0 “0 sLocKoF PORTA-2 00 PORTA
00 0110 60.0001 00-0) BLOCK PORTA-8 a PORTE
OO011F 00000 00-01 —OCKIE PORT A-8 a PORT B
* You con modily the receiving MIDI port ot which channel messages will be received for each BLOCK. We suggest that normally you use PORT A for BLOCKOI-OF, and PORT B for BLOCKIO-1F. {In this case there is no need to change the setting.)
© Reler to poge 44 for detoils of each BLOCK.
Patch parameters
* Patch common parameters
In MODE-1 {Singla module mode) the M-GS64 functions as a single sound source module with 32 Ports. in MODE-2 (Double module mods) it functions as two sound source modules with 16 Ports each. The parameters common to oll Parts in each
module are called Patch Common parameters.
40.00 00
40.00 DF
40 00 024
40 00.034
q
00 00.04
i
018 - O78
MASTER TUNE
* Refer to section 5, Supplementary material, “About tuning” (p.51).
40 00.04
40 0005
40 00 06
40 007F
00.00 04
00 0001
0000 01
00-0007
00 -7F
26-58
Oi TF
00
MASTER VOLUME
(= FO 7F7F 04 01 00 wi7 }
MASTER KEY-SHI
MASTER PAN
MODE SET
{Rx. only}
* Refer to “System exclusive messages related to Made settings” (p.39).
40.01 30
400091
40 01 32
40.0133
40 0134
400135
40 0137
0000.01
00.0001
000001
00 00.01
00.00.01
00.00 08
60.00 01
0-07
REVERB MACRO
REVERB CHARACTER
REVERB PRE-LPF
REVERB LEVEL
REVERB TIME
REVERB DELAY FEEDBACK
REVERB PREDELAY TIME
FT
to
-106.0 - +100.0 rent}
Use nibblized data,
0-127
U4. +24 (semitones)
+63 (LEFT) - +63 (RIGHT)
OG = GS Rese)
00: Room 1
01: Room 2
02: Room 3
03: Holl ?
04: Hall 2
05: Plate
6: Delay
07: Ponning Deloy
0-7
0-127{ms}
00 04 00.00
TF
4
04
Ofeent]
7
Ofsemitones}
O {CENTER}
Holl 2
04
6
4
64
00
00
* REVERB MACRO is macro porometer that oliows global setting of reverb parameters. When you select the reverb type with REVERE MACRO, ench reverb porometer will be set to the most suitable volue,
“ REVERS CHARACTER iso porameter that chonges the reverb algorithm. The volue of REVERB CHARACTER corresponds to the REVERB MACRO of the some number,
* in MODE-2 {Double module mode}, REVERB PREDELAY TIME cannot be used,
42