Yamaha P-100 - Handbuch (Seite 60)

When a parameter change message indicating the voice mode parameter
(VMODE, ppppppp=03) is received, the P-100 will enter the specified
voice mode. Any other system setup parameter change message will
simply change the indicated parameter to the specified value.
3.1.2 PROGRAM CHANGE TRANSMIT TABLE
11110000
01000011
OOOlnnnn
00101010
00001110
00000000
00000000
Oppppppp
OOOOOOOi
Ovvvvvvv
11110111
FO
43
nnnn
2A
OE
00
00
PPPPPPP
1
vvvvvvv
F7
Device Number
N2 (from Table 1-2)
send switch
Data Value
Received program change transmit table parameter change messages will
change the indicated parameter to the specified value, regardless of the P-
lOO’s current mode.
3.1.3 PROGRAM CHANGE RECEIVE TABLE
I
11110000
01000011
OOOlnnnn
00101010
00001110
00000000
00000000
Oppppppp
OOOOOOOi
Ovvvvvvv
11110111
FO
43
nnnn
2A
OF
00
00
PPPPPPP
00
vvvvvvv
F7
Device Number
N2 (from Table 1-3)
Data Value
Received program change receive table parameter change messages will
change the indicated parameter to the specified value, regardless of the
P-lOO’s current mode.
3.1.4 SWITCH REMOTE
11110000 FO
01000011 43
OOOlnnnn nnnn - Device Number
00101010 2A
00001010 00
00000000 00
00000000 00
Oppppppp PPPPPPP - N2 (from Table 1-4)
00000000 00
Ovvvvvvv vvvvvvv - Data Value
11110111 F7
Remote switch parameter change messages are recognized but not
transmitted. These messages allow remote control of the functions
controlled by the P-lOO’s panel switches, and produce the same results as
if the actual switches had been pressed. All switch remote parameter
change messages are recognized, regardless of the device number
specification.
3.2 BULK DUMPS
The P-100 is capable of transmitting and receiving the following three
types of bulk dumps;
1. System setup bulk dumps
2. Program change transmit table bulk dumps
3. Program change receive table bulk dumps
The P-100 will transmit each of these three bulk dumps, in sequence, when
the MIDI, REVERB, and MODULATION buttons are pressed
simultaneously. It can receive any one of the three bulk dump types
independently of the others.
The P-100 uses its current transmit channel (Tch) setting as its device
number when transmitting bulk dumps, and its current receive channel
(Rch) setting when receiving them.
For the formats of these bulk dumps, refer to Table 2-1 through 2-3 below.
< TABLE 1-1 >
MIDI PARAMETER CHANGE TABLE (SYSTEM SETUP)
$F0, $43, Sin, $2A, $00, $00, $00, N2, $00, V2, $F7
Notes) n = device number (i.e., transmit/receive table)
N2 = parameter number
V2 = parameter value
N2 data name V2 (data range) note
0 00 MNSFT -24-24 (o/b) Main Voice Transpose
1 01 MTUNE -64-63 (o/b) Master Tuning
2 02 MVOL 0-127 Master Volume
3 03 VMODE 0-2 Voice mode (0:Single, 1 :Dual, 2:Split)
4 04 reserve
5 05 GRXCH 0-15, off, Omni Program Change Receive Channel
6 06 TXCH 0-15, off Transmit Channel
7 07 RXCH 0-15, off, Omni Receive Channel
8 08 LOCAL off/on Local switch
9 09 MERGE off/on Merge switch
10 OA BLKMPRT off/bulk/on Bulk data Memory Protect switch
11 OB reserve
12 OC reserve
13 OD BEND 0-12 Pitch Bend Range
14 OE reserve
15 OF reserve
16 10 MOD off/on Modulation Vyheel switch
17 11 DETUNE 0-7 Detune
18 12 VOL MAIN 0-127 Main Voice Volume
19 13 VOL SUB 0-127 Sub Voice Volume
20 14 BAL DUAL -16-15 (o/b) Balance (Dual)
21 15 BAL SPLIT -16-15 (o/b) Balance (Split)
22 16 V DUAL 0-9 Sub Voice Number (Dual)
23 17 V SPLIT 0-9 Sub Voice Number (Split) *1
24 18 V MAIN 0-9 Main Voice Number *1
25 19 SFTSW off/on Transpose switch
26 1A SFTMAINMD -24-24 (o/b) Main MIDI Transpose
27 1A SFTSUBMD -24-24 (o/b) Sub MIDI Transpose
28 IB SFTSUB D -24-24 (o/b) Sub Voice Transpose (Dual)
29 1C SFTSUB S -24-24 (o/b) Sub Voice Transpose (Split)
30 ID SPOINT 0-127 Split Point
31 IE SAREA lower/upper Split Main Voice Area
32 IF TXVELCRV 0-3 MIDI Velocity Curve
33 20 RXVELCRV 0-3 Velocity Curve
34 21 ASINCS 0-127 CS Assign
35 22 ASINFC 0-127 FC Assign
36 23 EFCTSEL1 0-3/0-3 Effect Select for Voice 1
37 24 EFCTSEL2 0-3/0-3 Effect Select for Voice 2
38 25 EFCTSEL3 0-3/0-3 Effect Select for Voice 3
39 26 EFCTSEL4 0-3/0-3 Effect Select for Voice 4
40 27 EFCTSEL5 0-3/0-3 Effect Select for Voice 5
41 28 EFCTSEL6 0-3/0-3 Effect Select for Voice 6
42 29 EFCTSEL7 0-3/0-3 Effect Select for Voice 7
43 2A EFCTSEL8 0-3/0-3 Effect Select for Voice 8
44 2B EFCTSEL9 0-3/0-3 Effect Select for Voice 9
45 2C EFCTSEL10 0-3/0-3 Effect Select for Voice 10
46 2D EFCTDPT1 0-7/0-7 Effect Depth for Voice 1
47 2E EFCTDPT2 0-7/0-7 Effect Depth for Voice 2
48 2F EFCTDPT3 0-7/0-7 Effect Depth for Voice 3
49 30 EFCTDPT4 0-7/0-7 Effect Depth for Voice 4
50 31 EFCTDPT5 0-7/0-7 Effect Depth for Voice 5
51 32 EFCTDPT6 0-7/0-7 Effect Depth for Voice 6
52 33 EFCTDPT7 0-7/0-7 Effect Depth for Voice 7
53 34 EFCTDPT8 0-7/0-7 Effect Depth for Voice 8
54 35 EFCTDPT9 0-7/0-7 Effect Depth for Voice 9
55 36 EFCTDPT10 0-7/0-7 Effect Depth for Voice 10
Note)
Note)
Note)
Note)
o/b = offset binary
Parameters with a data range of “off/on” are off when V2 equals
0, on otherwise.
The Effect Select and Depth parameters each consist of two 4-bit
nibbles. The lower 3 bits of the MS nibble indicate teh reverb
setting, while the lower 3 bits of the LS nibble indicate the
modulation setting.
Asterisked items are received but not transmitted.
< TABLE 1-2 >
MIDI PARAMETER CHANGE TABLE
(PROGRAM CHANGE TRANSMIT TABLE)
$F0, $43, $ln, $2A, $0E, $00, $00, N2, VI, V2, $F7
Notes: n = device number (i.e., transmit/receive table)
N2 = parameter number
V1 = parameter value (1 = transmit off)
V2 = parameter value
N2 data name V2 (data range) note
0 00 TXPGMO 0-127 Voice 1
01 TXPGM1 0-127 Voice 2
2 02 TXPGM2 0-127 Voice 3
• • • • •
• • • • •
8 08 TXPGM8 0-127 Voice 9
9 09 TXPGM9 0-127 Voice 10
Add-3