Évaluations - 3, GPA: 3.7
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NOTE ON/OFF (2 packets)! ! 49 mE 00 00 00 18 I DRUM MAP NAME (1 packet) 1 (LA sound source ; mode A,B and D) ♦ The address and size are described with 7 - bit Hexadecimal. This means that the next OO OO 7F is OO 01 OO. address ! MSB LSB ! binary ! Oaaa aaaa Obbb bbbb Occc cccc Í hexadecimal 1 AA BB CC i size ! MSB LSB I binary ! Osss ssss ottt tttt Ouuu uuuu 1 hexadecimal 1 SS TT UU ! ■ PARAMETER ADDRESS MAP Coarse address map of the exclusive communication is shown below ; address biock ! sub block 1 note I 02 00 00 Timbre Temp, (basic ch) I Common 1 I Voice 1 1 ! Voice 4 1 *7-1 1 1 1 03 00 00 Patch Temp, (unit#) ! Part 1 1 ! Part 8 1 (Rhythm Part! *7-2 | ! 03 01 10 Rhythm Setup Temp, (unit#) i note# 24 1 ! note# 25 1 i : 1 i note# 107 ! I note# 108 ! *7-3 ! 1 ! 1 ! 04 00 00 Timbre Temp, (uni t#) 1 Part 1 ! ! : ! 1 Part 8 i *7-1 ! 05 00 00 Patch Memory I # 1 Í *7-4 i 1 # 128 1 08 00 00 I Timbre Memory I # 1 I I # 64 10 00 00 I System Area i ♦ 7-1 i I - 40 00 00 I Write Request 7F XX XX I All Parameters! ¡ Reset I I *7-5 Í *7-6 i *7-7 •Temporary area (Accessible on each basic channel) 1 address ! description i ! 02 00 00 ! Timbre Temporary Area (Part 1 - 8) ! • Whole part (Accessible on unit #) ! address ! description i I i Patch Temporary Area Í 1 03 00 00 ! part 1 ! 1 03 00 10 ! part 2 1 03 00 70 1 part 8 ! 03 01 00 i rhythm pari 1 51 03 01 10 I Rhythm Setup Temporary Area 7-1-2 Voice parameter Timbre Temporary Area 04 05 62 I part 4 04 07 58 I part 5 I 10 00 00 I System area I-......-......—+■------------------------ I 40 00 00 i Write Request I------------+---------------------- ! 7F xx xx i All Parameter Reset • 7 1 Timbre Temporary Area / Timbre Memory offset ! description address 00 00 00 ! Common parameter 00 00 0E ! Voice parameter(Voice #1) 00 00 48 ! Voice parameter(Volce #2) 00 01 02 I Voice parameter(Voice #3) 00 01 3C i Voice parameter(Voice #4) 7-1-1 Common parameter i offset i ; address ¡ data description 1 1 1 00 00 00 ! ! : ¡ ! 00 00 09 1 20 - 7F Timbre name(10 ASCII characters) 1 ♦size 00 00 OAH 1 i ! 00 00 0A ! ' 00 00 OB ! 00 -00 - OC OC Structure of Voice #1&2 (1 - 13) 1 Structure of Voice #3&4 (1 - 13) I : 00 00 0C i 00 OK Voice mute (i - 15) I i oo oo oi) : 00 . 01 KNV mode (00 : Normal,01 : No sustain)! Total size 00 00 0EH i Voice mute Voice a • 1 2 i 3 4 ; 1 Voice ? 1 1 Í 2 : 3 1) 1 00 ■ 0 0 ! 0 0 ! ! I) 08 i 3 10 10 A 0! ! 0 () i 0 1 ! A T : 02 0 0 ! 1 0 i 1 T 0A i Î ! 0 il A 03 i 0 0 1 1 1 1 1 A OB ! 1 1 0 Í 1 00 : 04 0 1 0 0 1 ! (ID 0C i 1 MIO 05 ; 0 1 0 1 i i 0D i 1 i 1 1 0 06 i 0 1 i 1 0 1 i OK ! 1 UM 07 - 0 i ; 1 1 I i 1 OF 1 ] MM O mule 1 : on offset address data description 04 00 00 1 part 1 i 1 00 00 00 ! 00 04 01 76 ! part 2 1 ] 00 00 01 ! 00 04 03 6C 1 part 3 1 I 00 00 02 I 00 04 09 4E 1 part 6 i i 00 00 03 ! 00 , 01 04 0B 44 ! part 7 I 1 00 00 04 ! 00 - - 03 1 04 on 3A i part 8 1 i 1 1 ----- -------------------------------------1 i 00 00 05 ! 00 - ■ 7F I i Patch Memory ! i 00 00 06 1 00 - - 60 I ! -------------------------------------j 1 00 00 07 ¡ 00 - ■ 07 - ■ 0D 1 05 00 00 1 * 1 1 1 — 05 00 08 I S 2 1 ! 00 00 08 J oo - - 0A 1 : | I 00 00 09 ! 00 - - 03 ! 05 07 70 1 #127 1 ! 00 00 0A 1 oo ■ - 04 05 07 78 1 #128 i i 00 00 0B I 00 - • 64 i ----------------------------------------------1 1 00 00 0C 1 00 - • 64 ! Timbre Memory ! 1 00 00 0D j oo - - 64 i ;---------------------------------------| 1 00 00 0E 1 00 - - 64 ! 08 00 00 1 : s 1 i 1 00 00 OF 1 oo - - 32 - 64 i 08 02 00 i # 2 1 ! 00 00 10 ! oo - - 32 ■ - 64 ! ! : 1 1 00 00 11 ! oo - - 32 - - 64 I 08 7C 00 1 $ 83 i Í 00 00 12 ; . 00 - - 32 - - 64 i 08 7E 00 i # 64 ! ! 00 00 13 1 00 - - 32 • - 64 i 60 I WC PITCH COARSE (Cl - C9) 32 - 64 I WG PITCH FINE (-50 - 0 - +50) 10 ! KG PITCH KEYF0LL0W I (-1,-1/2,-1/4,0,1/8,1/4, 3/8, 1/2, I 5/8, 3/4, 7/8, 1,5/4, 3/2, 2, si, s2) I WG PITCH BEND SW (00:0FF, 01:0N) I WG WAVEFORM/PCM BANK I (SQU/1, SAW/1, SQli/2, SAW/2) I WG PCM WAVE# (1 - 128) I WG PULSE WIDTH (0 - 100) ! WG PW VELO SENS (-7 - +7) P-ENV DEPTH (0 - 10) P-ENV VELO SENS (0 - 3) P-ENV TIME KEYF (0 - 4) P-ENV TIME 1 (0 - 100) P-ENV TIME 2 (0 - 100) P-ENV TIME 3 (0 - 100) P-ENV TIME 4 (0 - 100) P-ENV LEVEL 0 (-50 - 0 -P-ENV LEVEL 1 (-50 - 0 -P-ENV LEVEL 2 (-50 - 0 -P-ENV SUSTAIN LEVEL(-50 + 50) + 50) +50) •0 - ■ 50)1 P-ENV END LEVEL (-50 - 0 - +50) 00 00 14 i 00 - 64 I P-LFO RATE (0 - 100) 00 00 15 ! 00 - 64 ! P-LFO DEPTH (0 - 100) 00 00 16 i 00 - 64 Í P-LFO MOD SENS (0 - 100) I 00 00 17 Í 00 00 18 I 00 00 19 00-64 I TVF CUTOFF FREQ (0 - 100) I 00 - IE 1 TVF RESONANCE (0 - 30) I 00 - 0E 1 TVF KF.YF0LL0W I I (-1,-1/2,-1/4, 0,1/8,1/4, 3/8, ! 1/2, 5/8, 3/4, 7/8,1,5/4, 3/2, 2) I I 00 00 ÎA 00 - 7 F TVF BIAS POINT/DIR (< 1A - <7C, >1A - >7C) 00 00 IB 00 - 07 0E TVF BIAS LEVEL (-7 - + 7) 00 00 1C dummy(ignored) 00 00 ID 00 -...