Algorithm 31 tape echo 201, Algorithm 32 analog pianger, Algorithm 33 analog phaeer – Roland VS-890 User Manual
Page 113: Oalgorlthm 34 speaker modeling, 3algorithm 35 mastering tool kit (fx1 only), Midi implementation
Attention! The text in this document has been recognized automatically. To view the original document, you can use the "Original mode".
MIDI Implementation
Algorithm 31 Tape Echo 201
04
D4
00
00
0£ 1 Oaaaaaaa!
DF#t Obbbbbbbj
Cape
Echo
Stv
0.1= Off,On
Ü4 00
10
{ Oaaaaaaa j
Tape Echc Mods Select
Z'i
00 n#i Obbbbbbbj
C,,.6 = 1. , , 7
C4 00 12 I Oaaaaaaa)
Tape Echo Repeat Rate
C4 00 13«i Obbbbbbbi
0. r.iOO
C4 00 14 j Oaaaaaaa!
Tape Echo Intensity
Q4 00 15«! Obbbbbbbi
Q ,,100
G4 00 16 ! Oaaaaaaa!
Tape Echo Effect Level
G4 00 17«! Obbbbbbbi
0. ,. 100
C4 00 18 ! Oaaaaaaal
Tape Echo Direct Level
04 00 1941 Obbbbbbbi
0, . , IOC
■2400 lA : Oaaaaaaal
Tape Echo Tone Bass
C4 00 IB#! Obbbbbbbi
-100, , . 100
C4 00 1C 1 Oaaaaaaal
Tape Echo Tone Treble
C4
00 ID«( Obbbbbbbi
-iOC, , ,20C
Q4 00 IE 1 Oaaaaaaal
Tape Echo Tape Head S Fan
C4 00 IF«! Obbbbbbbj
l..,127 * L63, , ,R63
C4 00 20 1 Oaaaaaaa!
Tape Echo Tape Head M Fan
04 00 21#i Obbbbbbbi
1,.,127 a L63, , ,R63
04 00 22 1 Oaaaaaaa!
Tape Echo Tape Head L Fan
04 00 23«i Obbbbbbbi
1,,,127 = L63. . ,R63
C4 00 24 1 Oaaaaaaa!
Tape Echo Tape Distortion
G4 00 25#! Obbbbbbbi
2- ■ . lOQ
04 00 26 j Oaaaaaaal
Tape Echo Wah Flutter Rate
C4 00 27#1 Obbbbbbbj
0, . . 100
04 00 26 i Oaaaaaaal
Tape Echo Wah Flutter Depth
04 00 29#1 Obbbbbbbj
0, , rlOO
04 00 2A 1 00 1
¡Reserved)
04 00 7F 1 00 :
Algorithm 32 Analog Pianger
04 00 OE i OaaaaaaaI
Analog Fiangei SVr
04 00 OF#! Obbbbbbbj
0,1 = Off,On
04 00 10 1 Oaaaaaaal
Analog Fianger Mode
04 00 11«1 Obbbbbbbi
0., ,3 =
■Li.FL2,FL3,CHO
G4 00 12 j Oaaaaaaa1
Analog Fianger Feedback
04 00 13#! Obbbbbbbi
0.,,100
C4 00 14 I Oaaaaaaa!
Analog Fianger Hoduiacicn Rate
04 00 15#1 Obfabbbbb!
0.,,100
04 00
16 ' Oaaaaaaal
Analog Fianger Hoduiacicn Depth
04 00 17#! Obbbbbbbi
0,,,100
C4 00 IS 1 Oaaaaaaa)
Analog Fianger Moduiacicn Frequency
G4 00 19#i Obbbbbbbi
0.,,100
04 00 lA i Oaaaaaaa|
Analog Fianger Channel B Modulation
C4 00 lB#i Obbbbbbbi
0.1
= Nor.lnv*
04 00 1C 1 Oaaaaaaa|
Analog Fianger Channel A Phase
04 00 ID#! Obbbbbbb!
0,1 » Nor,înv
04 00 IE 1 Oaaaaaaa|
Analog Fianger Channel E Phase
04 00 1F#1 Obbbbbbbi
0,1 = Nor,Inv
04 00 20 i 00 i
• P.eserved)
i C4 00 7F i DC :
Algorithm 33 Analog Phaeer
04
04
00
00
OE 1
OF# 1
Oaaaaaaa i
Obbbbbbbj
Analog Phaser SK
0,1 = Off,On
04 00 10 1 OaaaaaaalAnalog Phaser Mode
C4 00 IK 1 Obbbbbbb1
0,1 = 4STAGE.SSTAGE
04 00 12 1 Oaaaaaaa j
Analog Phaser Frequency
04 00 13« 1Obbbbbbb1
0.,.100
04 00 14 1 OaaaaaaalAnalog Phaser Resonance
04 00 15«! Obbbbbbb!
0,.,100
04 00 16 t Oaaaaaaa Ì
Analog Phaser LFO 1 Rate
04 CO n,|
Obbbbbbb1
0,, , 100
04 CO1« !
OaaaaaaalAnalog PhaserLFO
Depth
04 0019#|
Obbbbbbb[
0.. ,100
04 00lA !
Oaaaaaaa Analog PhaserLFO
ChannelE Hod
04 00
IB# !
Obbbbbbb1
0,1* Nor, inv-
04 001C 1
Oaaaaaaa Analog PhaserLFC
Rate
04 001D#|
Obbbbbbb1
0,. , 100
04 00IE !
Oaaaaaaa j
Analog PhaserLFC
Depth
04 00
IF# !
Obbbbbbb1
0, . , 100
04 0020 j
Oaaaaaaa1Analog PhaserLFO
ChannelE Mod
04 00
Obbbbbbb1
0,1 = Nor,Inv
04 0022 !
00 i
¡Reserved)
04 00
1
00 !
OAlgorlthm 34 Speaker Modeling
04
04
00
00
OE 1
OF# !
Oaaaaaaa
Obbbbbbb
Speaker Modeling SW
0.1 = Off.On
C4 00 10 1 Oaaaaaaa Bass Cut Sl\’
04 00 n#i
Obbbbbbb
0,1 = Off,On
04 00 12 ( Oaaaaaaa Low Frequency Trimmer Sl\'
04 00 13* iObbbbbbb
0,1 = Off.On
04 00 14 1 Oaaaaaaa High Frequency Trimmer S14
04 00 15* iObbbbbbb
0.1 * Off,On
04 OC 16 1 Oaaaaaaa Limiter SIV
04 00 17# iObbbbbbb
0,1 = Off,On
04 no 18 ì Oaaaaaaai (Reserved)
04 OC 19# iObbbbbbb
04 oc lA ! Oaaaaaaa Speaker Modeling Model
04 OD IB# IObbbbbbb 0,,,11 = THRU,FLAT.Pwd.BLK,Pwd.£-B,Pwd.MAC,
SmlCUEE, P/h. CCWE, WhTISUE, RADIO. SmallTV,
BoomBOX,BoomLoE
04 OG 1C 1 Oaaaaaaal Sneaker Modeling Phase
04 OC lD«i Obbbbbbb
0,1= Nor,Inv
04 00 lE 1 Oaaaaaaa Bass Cut Frequency
04 OC lF#j Obbbbbbb
i.,,200 = Thru.20.,,20CCHt
04 OC 7 0 ’Oaaaaaaa Lew Frequency Trimmer Gain
04 OC 21«! Obbbbbbb
-12,,,12dB
04
oc
22 ! Oaaaaaaa Lew Frequency Trimmer Frequency
04
oc
23«! Obbbbbbb
2,.,200 = 2Q.,,200CH=
04
oc
24 i Oaaaaaaa High Frequency Trimmer Gain
04
oc
25«! Obbbbbbb
-12,.,12dB
04
oc
26 1 Oaaaaaaa High Frequency Trimmer Frequency
04
oc
27«t Obbbbbbb
10.. .200 s 1.0, . ,20.0)cHz
04
oc
25 1 Oaaaaaaa Limiter Threshold
04
oc
29«
t
Obbbbbbb
-50..,GdS
04
oc
2A 1 Oaaaaaaa Limiter Release
04
oc
2B# 1Obbbbbbb
C..,100
04
oc
2C ! Oaaaaaaa! Limiter Level
04 DO 2D«! Obbbbbbb
-60.,,24dB
04
oc
2E 1 00
(Reserved)
04 00 7F ; 00
3Algorithm 35 Mastering Tool Kit (FX1 Only)
04 00 OE 1 Oaaaaaaa|EQ SVi
04 00 OF# 1Obbbbbbbj
0.1 = Off.On
04 00 10 ! Oaaaaaaa{Bass Cut Si\'
04 00 11# 1Obbbbbbb1
0.1 = Cff.Qn
04 00 12 j Oaaaaaaa1Enhancer SI*.'
04 00 13#i Obbbbbbbj
0,1 = Off.On
04 00 14 1 Oaaaaaaa j
Expander SW
04 00 15#| Obbbbbbb1
0,1 = Cff.On
04 00 16 1 Oaaaaaaa i
Compressor SV)
04 00 17#| Obbbbbbb[
0,1= Off,On
04 00 18 ■ Oaaaaaaa!Limiter Si%’
04 cc 19# 1Obbbbbbb{
0,1 = Cff.On
04 CO lA { Oaaaaaaa|EQ; Input Gain
-24.,,12d3
04 00 1B#I Oaaaaaaa|EQ: Low EC Type
0.1= Shelving, Peaking
04 D-G1C ! OaaaaaaalEQ: Low EQ Gain
-12...12dB
04 GO ID« IOaaaaaaa!EQ: Low EQ Frequency
2. , .42 = 2G. . ,2D00H?(’'i)
113