Sony DPS-R7 - Algorithm 2: Flanger (FLG); Flanger Effect Description

To be continued
Algorithm 2 la tclele (sig 7 FLG
The
signals
of
ch1
and ch2
are
mixed
together
for
input
to
Parameters--2.22
yF
MIN
and
MAX:
7
one
unit
of
flanger.
Phase
can
be
changed
in
input,
output
and
feedback
signals,
enabling
a
flanger
effect
to
spread.
flanger
on/off
on/off
The
effect
is
different
from
that
of
the
Phase
shifter
input
level
(ch1,ch2)
0~100%
7
(Algorithm
1)
and
sounds
like
rubbing,
which
is
characterized
input
phase
(ch1,ch2)
normal/inverse
5
by
a
comb
filter
effect
by
waveform
interference.
=
Property
raising
the
feedback
gives
the
tone
a
manner.
If
you
LFO
freq
[0.1
-
20Hz
|
3
apply
this
effect
to
the
sounds
containing
a
lot
of
overtones
depth
0-100%
2
like
cymbals,
you
can
create
sounds
which
have
intervals
as
depth
:
limit
max
0-100%
=
well
as
a
feeling
of
swelling.
2
feedback
level
0-
99.9%
feedback phase normal/inverse
direct level (ch1, ch2) 0-100%
effect phase (ch1, ch2) normal/inverse
effect level (ch1, ch2) 0- 100%
effect phase (ch1, ch2) normal/inverse
LFO Depth
LFO depth is a parameter which defines an amplitude of high = pha
"the LOF waveform and its offset. The more the LFO - 100% -
‘waveform comes up to 100%, the higher the frequency
band where interference occurs.becomes.
frequency
ote
Interference
limit
max:
—0% : :
low : .
O side chain1 out
direct level (phase) ,
cht
ino
>—-D—+o
cht
out
feedback
level(phase)
input
7
;
%
level
>
(phase)
effect
level
(phase)
td
input
effect
level
(phase)
level
>
(phase)
a
LFO
ch2
ino
>
oe
oO
ch2
out
el(ph
, direct level(phase) BSG SRAIAO Uk
PARAMETERS OF EACH BLOCK | 5