Patch Common; Tmt Vel Rang (Plage De Vélocité Tmt) - Roland XV-3080 Mode D'emploi

Chapitre 4 Création d'un Patch

PATCH COMMON

Priority (priorité des voix)
'pWHUPLQH OD IDoRQ GRQW OHV QRWHV VRQW JpUpHV ORUVTXH OD
OLPLWH GH SRO\SKRQLH PD[LPXP
GpSDVVpH
LAST: /D SULRULWp HVW GRQQpH DX[ GHUQLqUHV YRL[ MRXpHV OHV
YRL[ HQ FRXUV G·DXGLWLRQ VRQW VXFFHVVLYHPHQW GpVDFWLYpHV HQ
FRPPHQoDQW SDU OD SUHPLqUH MRXpH
LOUDEST: /D SULRULWp HVW GRQQpH DX[ YRL[ GRQW OH YROXPH
HVW OH SOXV IRUW HW OHV QRWHV HQ FRXUV G·DXGLWLRQ VRQW
VXFFHVVLYHPHQW GpVDFWLYpHV HQ FRPPHQoDQW SDU FHOOH GRQW OH
YROXPH HVW OH SOXV IDLEOH
Output Assign
6SpFLILH OD GHVWLQDWLRQ GH VRUWLH GX 3DWFK
MFX: /H 3DWFK HVW HQYR\p GDQV O·HQVHPEOH 0XOWL (IIHFWV /D
GHVWLQDWLRQ GH VRUWLH HVW GpWHUPLQpH SDU OH UpJODJH GH VRUWLH
GH O·HQVHPEOH 0XOWL (IIHFWV
OUTPUT A–C: /H 3DWFK HVW HQYR\pH j OD SDLUHV GH SULVHV GH
VRUWLH 287387 $²&
INDIV 1–6: /H 3DWFK HVW HQYR\p j OD SULVH GH VRUWLH
,1',9,'8$/ ²
TONE: &KDTXH 7RQH GX 3DWFK HVW HQYR\p j VD GHVWLQDWLRQ GH
VRUWLH SURJUDPPpH
PATCH TEMPO
Clock Source (horloge de patch)
/H F\FOH GHV /)2 OHV FKDQJHPHQWV GHV 0 ); OHV SKUDVHV HQ
ERXFOH EUHDN EHDWV HW OH GpODL GHV 7RQHV SHXYHQW rWUH
V\QFKURQLVpV VXU XQH KRUORJH RX XQ WHPSR /H UpJODJH &ORFN
6RXUFH VpOHFWLRQQH OH WLPLQJ GH UpIpUHQFH j XWLOLVHU SDU OH
3DWFK
PATCH: /H 3DWFK7HPSR HVW XWLOLVp
SYSTEM: /H WHPSR GX V\VWqPH RX OHV PHVVDJHV G·KRUORJH
UHoXV G·XQ VpTXHQFHXU H[WHUQH VRQW XWLOLVpV
Tempo (tempo du patch)20–250
/RUVTXH &ORFN 6RXUFH HVW PLV VXU ´3$7&+ µ FH UpJODJH
pWDEOLW OH WHPSR GX 3DWFK
/HV PHVVDJHV G·KRUORJH SRXU OH 3DWFK 7HPSR QH VRQW SDV
WUDQVPLV GHSXLV OD SULVH 0,', 287
PATCH MODIFY
Cutoff (décalage de la coupure)-63–0–+63
%DLVVH RX pOqYH VLPXOWDQpPHQW OHV YDOHXUV GH OD IUpTXHQFH GH
FRXSXUH 79) GHV 7RQHV GDQV OH 3DWFK
86
YRL[ GX ;9 HVW
Resonance (décalage de la Resonance)-63–0–
+63
%DLVVH RX pOqYH VLPXOWDQpPHQW OHV YDOHXUV GH OD UpVRQDQFH
79) GHV 7RQHV GDQV OH 3DWFK
Attack (décalage de l'attaque)
%DLVVH RX pOqYH VLPXOWDQpPHQW OHV YDOHXUV 79$ (19(/23(
7 GHV 7RQHV GDQV OH 3DWFK
Release (décalage de la relaxation)
%DLVVH RX pOqYH VLPXOWDQpPHQW OHV YDOHXUV 79$ (19(/23(
7 YDOXHV GHV 7RQHV GDQV OH 3DWFK
Velocity Sens
%DLVVH RX pOqYH VLPXOWDQpPHQW OHV YDOHXUV 79) 9(/2&,7<
9 &XWRII HW 79$ 9 6HQV GHV 7RQHV GDQV OH 3DWFK
TMT VELO CONTROL (contrôle de la
vélocité TMT)
/H ;9 YRXV SHUPHW GH UpJOHU OD SODJH G·H[SUHVVLRQ HW OD
IDoRQ GRQW XQ 7RQH HVW MRXp HQ IRQFWLRQ GH OD IRUFH YpORFLWp
XWLOLVpH SRXU HQIRQFHU OD WRXFKH GX FODYLHU HW FH SRXU FKDTXH
7RQH &HV UpJODJHV VRQW UHJURXSpV VRXV O·DSSHOODWLRQ TMT
(Tone Mix Table)
TMT Velocity Control ON/OFF/RANDOM
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VpTXHQFHXU 0,', VRQW UHFRQQXV 21 RX LJQRUpV 2))
/RUVTXH FH SDUDPqWUH HVW VXU 5$1'20 OHV 7RQHV
FRQVWLWXDQW OH 3DWFK VRQW MRXpV DOpDWRLUHPHQW VDQV UDSSRUW
DYHF GHV PHVVDJHV 9HORFLW\
TMT VEL RANG (plage de vélocité TMT)
L.Fade 0–127
'pWHUPLQH FH TX·LO DGYLHQW GX QLYHDX GX 7RQH ORUVTXH FH
GHUQLHU HVW MRXp j XQH YpORFLWp LQIpULHXUH j VD SODJH GH
YpORFLWp VSpFLILpH /HV YDOHXUV pOHYpHV SURGXLVHQW XQ
FKDQJHPHQW GH YROXPH SOXV JUDGXHO 6L YRXV QH YRXOH] SDV
TXH OHV QRWHV MRXpHV HQ GHVVRXV GH OD SODJH GH YpORFLWp
VSpFLILpH VRLHQW HQWHQGXHV UpJOH] FH SDUDPqWUH VXU
fig.4-09.e
Niveau
Lower
1
Valeur L.Fade
Upper
Vitesse
Valeur U.Fade