65
Using the audio effects
About the effect algorithms
This section explains the
effect blocks
and
internal connections
used by each algorithm. For details on
the parameters that can be adjusted for each algorithm, refer to “
AFX_E.pdf
” in the included CD-ROM.
■
Space Multi
This lets you use “spatial-type” effects such as
chorus
to add spaciousness and depth,
flanger
or
phaser
to add modulation,
delay
to create echoes, and
reverb
to add reverberation. These effects can be applied
to the overall sound for listen, or lightly applied when track editing is finished to create a greater feeling
of space (
"Apply effects and track-down"
fig.4-09
■
Guitar Multi
This algorithm is designed specifically for guitar. It provides a
compressor
to make the sound more
consistent,
distortion
to distort the sound, and also
chorus
and
flanger
, covering a wide range of styles
from clean to distorted sounds. It’s a convenient way to produce anything from mild overdrive to extreme
distortion.
fig.4-10
■
Vocal/Bass Multi
This algorithm is suitable when recording
vocals
or
bass
through a mic. It provides a
compressor
to
make the volume more consistent, a
noise suppressor
to remove unwanted noise, and
delay
and
chorus
to add spatial resonance. By using the
lo-fi processor
you can simulate a lo-fi sound, making it
sound as if the source were recorded on vintage audio equipment.
fig.4-11
■
Groove Multi
This is a multi-effect designed for dance music. It is convenient when you want to process a song from an
audio CD or similar source to create phrase materials.
fig.4-12
Input L
Input R
Output L
Output R
Enhancer
3-Band
Equalizer
Noise
Suppressor
Chorus/
Flanger
Reverb
Input L
Input R
Output L
Output R
Compression
Sustainer
Overdrive/
Distortion
Amp
Simulator
Equalizer
Noise
Suppressor
Delay
Chorus/
Flanger
Input L
Input R
Output L
Output R
Equalizer
Noise
Suppressor
Delay
Chorus/
Flanger
Comp
Limiter
Lo-Fi
Processor
Input L
Input R
Output L
Output R
Noise
Suppressor
Stereo
Flanger
Filter
Lo-Fi
Processor
Comp/
Limiter
sd90_manual_e.book 65 ページ 2004年10月4日 月曜日 午後3時28分