### CyanPhase Sea Cucumber

Type: Buzz Effect Machine
Description A mix between a EQ-3, a antiope-1 like thing, a ring modulator. (and a pizza compressor as synnet said)

Low-Gain | Lower band gain
Low-ModMix | Lower band mix between modulated and original signal

Low-ModInput

Lower band modulation input type:
None - No modulation
RModSine - Ring modulation by sine oscilator
ARMod(StA) - Ring modulation by sine oscilator controlled by stereo aux input A
ARMod(StB) - Ring modulation by sine oscilator controlled by stereo aux input B
ARMod(A-L) - Ring modulation by sine oscilator controlled by left aux input A
ARMod(A-R) - Ring modulation by sine oscilator controlled by right aux input A
ARMod(B-L) - Ring modulation by sine oscilator controlled by left aux input B
ARMod(B-R) - Ring modulation by sine oscilator controlled by right aux input B
RMod(StA) - Direct Ring modulation with stereo aux input A
RMod(StB) - Direct Ring modulation with stereo aux input B
RMod(A-L) - Direct Ring modulation with left aux input A
RMod(A-R) - Direct Ring modulation with right aux input A
RMod(B-L) - Direct Ring modulation with left aux input B
RMod(B-R) - Direct Ring modulation with right aux input B
AMod(StA) - Direct AM modulation with stereo aux input A
AMod(StB) - Direct AM modulation with stereo aux input B
AMod(A-L) - Direct AM modulation with left aux input A
AMod(A-R) - Direct AM modulation with right aux input A
AMod(B-L) - Direct AM modulation with left aux input B
AMod(B-R) - Direct AM modulation with right aux input B

Low-Pitch | Lower band oscillator pitch for modulation
Mid-Gain | Middle band gain
Mid-ModMix | Middle band mix between modulated and original signal

Mid-ModInput

Middle band modulation input type:
None - No modulation
RModSine - Ring modulation by sine oscilator
ARMod(StA) - Ring modulation by sine oscilator controlled by stereo aux input A
ARMod(StB) - Ring modulation by sine oscilator controlled by stereo aux input B
ARMod(A-L) - Ring modulation by sine oscilator controlled by left aux input A
ARMod(A-R) - Ring modulation by sine oscilator controlled by right aux input A
ARMod(B-L) - Ring modulation by sine oscilator controlled by left aux input B
ARMod(B-R) - Ring modulation by sine oscilator controlled by right aux input B
RMod(StA) - Direct Ring modulation with stereo aux input A
RMod(StB) - Direct Ring modulation with stereo aux input B
RMod(A-L) - Direct Ring modulation with left aux input A
RMod(A-R) - Direct Ring modulation with right aux input A
RMod(B-L) - Direct Ring modulation with left aux input B
RMod(B-R) - Direct Ring modulation with right aux input B
AMod(StA) - Direct AM modulation with stereo aux input A
AMod(StB) - Direct AM modulation with stereo aux input B
AMod(A-L) - Direct AM modulation with left aux input A
AMod(A-R) - Direct AM modulation with right aux input A
AMod(B-L) - Direct AM modulation with left aux input B
AMod(B-R) - Direct AM modulation with right aux input B

Mid-Pitch | Middle band oscillator pitch for modulation
High-Gain | Higher band gain
High-ModMix | Higher band mix between modulated and original signal

High-ModInput

Higher band modulation input type:
None - No modulation
RModSine - Ring modulation by sine oscilator
ARMod(StA) - Ring modulation by sine oscilator controlled by stereo aux input A
ARMod(StB) - Ring modulation by sine oscilator controlled by stereo aux input B
ARMod(A-L) - Ring modulation by sine oscilator controlled by left aux input A
ARMod(A-R) - Ring modulation by sine oscilator controlled by right aux input A
ARMod(B-L) - Ring modulation by sine oscilator controlled by left aux input B
ARMod(B-R) - Ring modulation by sine oscilator controlled by right aux input B
RMod(StA) - Direct Ring modulation with stereo aux input A
RMod(StB) - Direct Ring modulation with stereo aux input B
RMod(A-L) - Direct Ring modulation with left aux input A
RMod(A-R) - Direct Ring modulation with right aux input A
RMod(B-L) - Direct Ring modulation with left aux input B
RMod(B-R) - Direct Ring modulation with right aux input B
AMod(StA) - Direct AM modulation with stereo aux input A
AMod(StB) - Direct AM modulation with stereo aux input B
AMod(A-L) - Direct AM modulation with left aux input A
AMod(A-R) - Direct AM modulation with right aux input A
AMod(B-L) - Direct AM modulation with left aux input B
AMod(B-R) - Direct AM modulation with right aux input B

High-Pitch | Higher band oscillator pitch for modulation
AREnvMod | How much the aux input does on the amplitude controlled oscilator.
ARDecay | How fast the amplitude controlled oscilator returns back to the pitch.
L-Low Cutoff | Like in EQ-3, this defines where the lower and middle bands are in the left channel.
L-High Cutoff | Like in EQ-3, this defines where the middle and higher bands are in the left channel.
R-Low Cutoff | Like in EQ-3, this defines where the lower and middle bands are in the right channel.
R-High Cutoff | Like in EQ-3, this defines where the middle and higher bands are in the right channel.
Dry Thru | How much of the dry unprocessed sound goes through.

Remember to look at the about box of the sea cucumber machine, thx ;)
Thanx to Mute for the graphx and the whole idea.
Thanx to wakax for the graphx on the right of the about box.
Thanx to #buzz for the insanity
CyanPhase - blakee@rovoscape.com
Mute - mute@303.org
wakax - wakax@yahoo.com

Copyright 2000 Edward L. Blake