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F 2 - 3 VDF 1 VEL SENS (VDF 1 Velocity Sensitivity)
PROG 100 UDF1 UEL SENS Release TiMe
EG!nt=-99 EGTiMe=99 RT:0 OT:+ ST:+ RT:0
A B C
0
E
F
C H
----
--
----
......,
------
--
---
00
EG
Int
(EG Intensity
-99 - +99
Velocity Sensitivity)
@]
EG
Time (EG
Time
o-
99
Velocity Sensitivity)
[[)AT
Attack Time
-, O,+
[I)DT
Decay Time
-, 0, +
@]ST
Slope
Time
-,
0, +
IBJ
RT-
Release Time
-, 0, +
The degree to
which
the VDF 1
EG's
level is affected by
key velocity
The degree
to which
the
VDF
1
EG's time is affected by
key velocity
These are the parameters that EG time velocity
sensitivity
can be programmed to affect; negative
and
positive
values
can
be
individually selected
with 0
having no
effect.
EG Int (EG
Intensity
Velocity
Sensitivity)
is an effect that changes
the tone
color by
how hard
yo
u
strike
the
keys.
*
When a negative setting
is chosen,
the more
softly
the keys
are played
the
greater the cutoff frequency
change becomes. (The
set
value by EG intensity is the
norm.)
When
set to"+":
Cutoff
level
1/\1
\_
..
~
\
..
~ ~
~ ' Y ' '
'
w•y
-::EG
"""'
~troogl y
It
is true of most acoustic musical instruments that
the softer the sound made,
the fe
wer hi
gh
frequency
components
that
are present in
the
sound
.
When
imita ting
this effect, set the cutoff frequency to
lo
w
in the VDF
,
set
all levels like the
sustain
level of VDF
EG
to "+
",
and set
the parameter
values of VDF
EG intensity
and
VDF EG intensity velocity Sensitivity to"+"
.
EG
Time
(EG
Time
Velocity
Sensitivity) is an effect
that
changes the
speed
of VDF
EG
by how
hard
you strike
the
keys. When
set
to positive ("+
"),
the
stronger the
key
is
hit
the
shorter
the time of
the
EG (Attack
/
Decay
I
Slope
I
Release
) becomes.
(The time becomes
longer
when
set
to
" -".) Thus, by
setti ng
Attack to positive
("+") and
release to negative("
-"),
the
harder
the key is struck the
shorter
the
attack
but the
longer
the
re
lease.
26
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