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4. Sample Dump

For the sample dump the SY85 uses the Sample Dump Standard and SY99 Sample Bulk Dump.

Both of them can be received.

For transmission, the above two data types are is transmitted successively when メSample Dumpモ of the

Sample Utility is executed.  When receiving Sample Dump Standard Dump Request, and SY99 Sample

Bulk Dump Request, each data type is transmitted.

With Sample Dump Standard and SY99 Sample Bulk Dump, $1f is the upper limit of the Sample (mem-

ory) Number and the number exceeding this is handled as $1f.

Sample Dump Standard

DUMP REQ

F0,7E,cc,03,ss,ss,F7

ACK

F0,7E,cc,7F,pp,F7

NAK

F0,7E,cc,7E,pp,F7

CANCEL

F0,7E,cc,7D,pp,F7

WAIT

F0,7E,cc,7C,pp,F7

DATA PACKET

F0,7E,cc,02,kk,<120 byte>,ll,F7

DUMP HEADER

F0,7E,cc,01,ss,ss,ee,ff,ff,ff,gg,gg,gg,hh,hh,hh

,ii,ii,ii,jj,F7

pp

: packet number

cc

: channel number

ss ss

: sample number (LSB first)

ee

: sample format (SY99 handles 8˜16bits.)

ff ff ff

: sample period (LSB first)

gg gg gg : sample length (LSB first)

hh hh hh : loop start    (LSB first)

ii ii ii

: loop end      (LSB first)

jj

: loop type     (00=normal Loop,01=alternate Loop,

  7F=Loop off)

kk

: running packet count(0-127)(sequential packet No.)

ll

: checksum(XOR of 7E cc 02 kk <120 bytes>)

5. Sequencer mode

5.1 MIDI reception/transmission block diagram

(Receive flow chart)

                  sw2         sw3

MIDI IN

┬───□ ┬───□───

$9n  note on

├───────

$8n  note off

├───────

$Bn  control change

├───────

$En  pitch bend

├───────

$Cn  program change

│      sw4

└───□───

$Dn  after touch

│  sw1

├─□───────────

$F8  MIDI clock

│  sw5

├─□─

┬──────── $F2  song position pointer

├──────── $FA  start

├──────── $FB  continue

└──────── $FC  stop

│  sw6

└─□───────────

see synth mode

( N ot e ) sw1 □ It turns on when clock is set to MIDI in SEQ SETUP.

sw2 □ Receiving channel in SEQ SETUP during recording

sw3 □ Velocity setting 1〜127, kbd in SEQ SETUP during recording

sw4 □ After touch on/off in SEQ SETUP during recording

sw5 □ MIDI control on/off in SEQ SETUP

sw6 □ Device Number setting in SETUP

(Transmit flow chart)

MIDI OUT─ ┬──

┬─────── $9n  note on/off

├─────── $Bn  control change

├─────── $En  pitch bend

├─────── $Cn  program change

└─────── $Dn  after touch

│  sw1     sw2

├─□─ ┬─□───── $F8  MIDI clock

├─────── $FA  start

├─────── $FB  continue

└─────── $FC  stop

│  sw3

└─□────────── see synth mode

( N o t e ) sw1 □ MIDI control on/off in SEQ SETUP

sw2 □ It turns on when the clock is set to internal in SEQ SETUP

sw3 □ Device Number setting in SETUP

5.2 Channel message

Reception is carried out only during recording.  Transmission is performed only when playing and over-

dubbing.

Refer to the Receive flow chart and Transmit flow chart for the transmission and reception conditions.

5.3 Mode message

Transmission and reception are not carried out.

5.4 System common message

Only $F2 is received and the others are not transmitted or received.

5.5 System real time message

5.5.1 Status F8, FA, FB, FC

are received.

5.5.2 Nothing is carried out with Status F9, FD, and FF after being read.

6. Status FE (active sensing)

a ) Transmission

FE is transmitted approximately every 170 msec.

b ) Reception

If a signal is not output from MIDI for longer than approximately 300msec after receiving FE,  the

MIDI reception buffer is cleared, and if key on remains it is turned off.

Summary of Contents for SY85

Page 1: ...43 2n 7A 1 Sample bulk D req LM 0040SA Sample Dump Standard F0 7E cc 03 Dump Request F0 7E cc 7C Wait F0 7E cc 7D Cancel F0 7E cc 7E NAK F0 7E cc 7F ACK Dev No Device Number MIDI Transmission conditi...

Page 2: ...ordance with the reception channel of each mode 1 2 2 6 Channel mode message 2 Data Voice Internal1 0 63 00 63 Internal2 0 63 00 63 Internal3 0 63 00 63 Internal4 0 63 00 63 Card1 0 63 00 63 Card2 0 6...

Page 3: ...oice Data 2 0 1 4 3 Drum Voice Data 3 0 36 84 4 Setup Data 4 0 2 5 Program Change Table 5 0 63 6 Switch Remote 6 0 1 1 16 Inst Number 0 common data 2 1 4 Layer Number 0 common data 3 1 4 Layer Number...

Page 4: ...Memory Number Transmission is carried out up to 63 starting from 0 sequentially Memory type 03 INT2 Memory Number Transmission is carried out up to 63 starting from 0 sequentially during 06 INT3 09 I...

Page 5: ...sw4 Dn after touch sw1 F8 MIDI clock sw5 F2 song position pointer FA start FB continue FC stop sw6 see synth mode Note sw1 It turns on when clock is set to MIDI in SEQ SETUP sw2 Receiving channel in...

Page 6: ...EF 2PRM4 Not in order 23 0 effect2 param4 EF 2PRM5 Not in order 24 0 effect2 param5 EF 2PRM6 Not in order 25 0 effect2 param6 EF 2PRM7 Not in order 26 0 effect2 param7 EF 2PRM8 59 27 0 effect2 param8...

Page 7: ...bank b2 3 int crd pre inst mem b4 b7 0 1 off on for ind1 4 MUL CH VNUM 96 97 1 b0 5 0 63 inst voice number b6 pfm vce inst v p select b7 off on inst switch MUL CH VOL 98 2 0 127 0 127 inst volume MUL...

Page 8: ...PRM2 Not in order 21 0 effect2 param2 EF 2PRM3 Not in order 22 0 effect2 param3 EF 2PRM4 Not in order 23 0 effect2 param4 EF 2PRM5 Not in order 24 0 effect2 param5 EF 2PRM6 Not in order 25 0 effect2 p...

Page 9: ...99 12 1 127 1 127 layer vel limit hi PFM LY VAEGR1 100 101 13 0 255 63 63 layer AEG R1 PFM LY VAEGD1R 102 103 14 0 255 63 63 layer AEG D1R PFM LY VAEGD2R 104 105 15 0 255 63 63 layer AEG D2R PFM LY V...

Page 10: ...r 26 0 effect2 param7 EF 2PRM8 59 27 0 effect2 param8 EF 2LVL1 60 28 0 100 0 100 effect2 levela EF 2LVL2 61 29 0 100 0 100 effect2 levelb EF MXLVL 62 30 0 100 0 100 effect mix level EF BAL1 63 31 0 10...

Page 11: ...63 rate3 VCE PEGRR1 129 95 0 63 0 63 release rate1 VCE PEGL0 130 96 1 127 63 63 level0 VCE PEGL1 131 97 1 127 63 63 level1 VCE PEGL2 132 98 1 127 63 63 level2 VCE PEGL3 133 99 1 127 63 63 level3 VCE...

Page 12: ...3 63 level3 VCE F1EGL4 190 150 1 127 63 63 level4 VCE F1EGRL1 191 151 1 127 63 63 release level1 VCE F1EGRL2 192 152 1 127 63 63 release level2 VCE F1EGRS 193 153 b0 b3 7 7 rate scaling VCE F1SBP1 194...

Page 13: ...eed EF LFDLY 69 37 0 99 0 99 effect lfo delay time EF MXSND2 70 38 0 100 0 100 effect insert1b EF MXSND3 71 39 0 100 0 100 effect insert2a EF MXSND4 72 40 0 100 0 100 effect insert2b DRM NAME1 73 49 3...

Page 14: ...RSV 11 0 reserved SYS EFCT BYPS 12 12 0 1 off on effect switch SYS MDR INT 13 1 10 1 10 MDR interval time SYS RSV 14 0 reserved SYS RSV 15 1 reserved SYS RSV 16 0 reserved SYS RSV 17 0 reserved SYS R...

Page 15: ...c2 RY ACCENT 3 24 1 127 1 127 ptn rec acc3 RY ACCENT VEL 25 26 1 128 1 127 kbd ptn rec fix vel RY RSV 27 32 0 reserved 6 MIDI Parameter Change table Program Change Table F0 43 1n 29 05 sub group p msb...

Page 16: ...39 SW40 GRPC 13 SW14 SONG 40 SW41 GRPD 14 SW15 PATTERN 41 SW42 GRPE 15 SW16 UTILITY 42 SW43 GRPF 16 SW17 SHIFT 43 SW44 GRPG 17 SW18 PF1 44 SW45 GRPH 18 SW19 PF2 45 SW46 PGM1 19 SW20 PF3 46 SW47 PGM2 2...

Page 17: ...i 7 bit resolution 0 32 o o Bank select 1 o M Wheel o Control 4 o Foot cont o 7 o Foot volume o Change 10 x o 1 Pan 64 o Sustain sw o Sustain 16 19 o CS o 1 120 x o Assignable 120 x o All Sounds off 1...

Page 18: ...nder o o 0 120 o o Control Change Prog o 0 127 o 0 127 Change True System Exclusive o 3 o 3 Song data etc System Song Pos x o except REC mode Song Sel x x Common Tune x x System Clock o 5 o 4 Real Tim...

Page 19: ...x Touch Ch s x x Pitch Bender x x x x Control Change Prog x x Change True System Exclusive o 2 o 2 Song data etc System Song Pos x o except REC mode Song Sel x x Common Tune x x System Clock o 4 o 3...

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