Molecular patches

patch name controls Comments
hold (latching)
pot_0 : freeze (tap)
pot_1 : level
pot_2 : tone
feedback : nothing
leave the pot_0 mode on either pot  or exp  and the actual pot_0 set below half
hold (momentary) pot_0 : freeze (tap)
pot_1 : level
pot_2 : tone
feedback : nothing
leave the pot_0 mode on either pot  or exp  and the actual pot_0 set below maximum
verbolay

pot_0 : delay
pot_1 : reverb
pot_2 : tone
feedback : feedback
pot_1 goes from fully delay ccw to fully reverb cw 
pitch verbolay

pot_0 : delay
pot_1 : reverb
pot_2 : pitch
feedback : feedback
pot_1 goes from fully delay ccw to fully reverb cw
pitch goes down ccw and up cw
glitcholay

pot_0 : rate 1
pot_1 : sample size
pot_2 : randomness
feedback : feedback
pot_0 controls how often the signal will begin to loop.
pot_1 defines the length of the samples being looped.
pot_2 will gradually introduce randomness to the rate and sample size as you turn CW.
aliaserolay

pot_0 : aliaser
pot_1 : delay
pot_2 : aliaser blend
feedback : feedback
 
pitch-glitcholay

pot_0 : feedback
pot_1 : rate
pot_2 : octave blend
feedback : nothing
pot_0 feeds the signal back to itself in random bursts
pot_1 defines how often the sample size changes
pot_2 adds an octave up to the feedback
ringolay

pot_0 : ring mod rate
pot_1 : delay
pot_2 : ring mod blend
feedback : feedback
 
pitcholay

pot_0 : pitch
pot_1 : delay
pot_2 : tone
feedback : feedback
 
particolay

pot_0 : particle rate
pot_1 : delay
pot_2 : particle length
feedback : feedback
 
952  reverb

pot_0 : reverb time
pot_1 : pre delay
pot_2 : tone
feedback : feedback
tone goes from low pass ccw to high pass cw
dynamic vibrato

pot_0 : rate
pot_1 : depth
pot_2 : randomness
feedback : envelope
randomness goes from sine modulation ccw to random steps cw
envelope sets how much the guitar signal will affect the rate
dynamic phaser

pot_0 : rate
pot_1 : depth
pot_2 : regeneration
feedback : envelope
envelope sets how much the guitar signal will affect the rate
dynamic chorus

pot_0 : rate
pot_1 : depth
pot_2 : envelope
feedback : feedback
envelope sets how much the guitar signal will affect the rate and depth
pitch step glider

pot_0 : rate
pot_1 : pitch depth
pot_2 : glide
feedback : feedback
Glide: CCW will be clean random steps, as you turn CW the transitions from one step to the other
will gradually glide more, until no more steps are audible but a wobbly random LFO
pitch square lfo

pot_0 : rate
pot_1 : pitch depth
pot_2 : randomness
feedback : feedback
 
ring pitchulator

pot_0 : ring mod rate
pot_1 : pitch blend
pot_2 : pitch
feedback : feedback
 
envelope yueuy filter

pot_0 : sensitivity
pot_1 : filter range
pot_2 : filter depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
step yueuy filter

pot_0 : rate
pot_1 : filter range
pot_2 : depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
lfo yueuy filter

pot_0 : rate
pot_1 : filter range
pot_2 : lfo depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
ramp yueuy filter

pot_0 : rate
pot_1 : filter range
pot_2 : lfo depth/ramp direction
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
bit crushed envelope yueuy filter

pot_0 : sensitivity
pot_1 : filter range
pot_2 : filter depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
bit crushed step yueuy filter

pot_0 : rate
pot_1 : filter range
pot_2 : depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
ring modulated envelope yueuy filter

pot_0 : sensitivity
pot_1 : filter range
pot_2 : filter depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
aliased envelope yueuy filter

pot_0 : sensitivity
pot_1 : filter range
pot_2 : filter depth
feedback : Volume
Filter Range:  CCW is a low pass. CW is a high pass.
In the middle when you mix both together you get some more vocal sounds
flanger barberpole TZF ring mod

pot_0 : rate/direction
pot_1 : through-zeroness
pot_2 : ringmod mix/rate
feedback : feedback
pot_0 sets the direction of the barberpole sweep and its rate. Right in the middle there is no sweep.
As you turn CCW the sweep gets faster and downward.
As you turn CW the sweep gets faster and upward.
pot_1 flanges closer to zero as you turn CW
pot_2 introduces ringmodulation (to the feedback only)
careful on the amount of feedback on some settings 🙂
envoloop vibrato

pot_0 : Sensitivity
pot_1 : Delay Time
pot_2 : vibrato rate
feedback : decay
Sensitivity:
CCW it lets every new signal into the loop and fades a portion of the previous loop out.
If no additional signal is played it loops infinitely.
As you turn the knob clockwise it lets less of the signal into the loop until when fully CW, the signal is looped infinitely.
Delay Time: 
defines the length of the looped sample. On very short setttings, the loop will fade out faster.
vibrato rate:
applies vibrato to the looped samples
Decay:
fully CW the lamples can loop infinitely (well almost). As you dial back the loop will fade out quicker
998 envoloop reverb pot_0 : Sensitivity
pot_1 : Delay Time
pot_2 : decay
feedback : dry reverb
Sensitivity:
CCW it lets every new signal into the loop and fades a portion of the previous loop out.
If no additional signal is played it loops infinitely.
As you turn the knob clockwise it lets less of the signal into the loop until when fully CW, the signal is looped infinitely.
Delay Time: 
defines the length of the looped sample. On very short setttings, the loop will fade out faster.
Decay:
fully CW the lamples can loop infinitely (well almost). As you dial back the loop will fade out quicker
dry reverb:
applies reverb to the non-looped signal, so that if you hold a loop and max out sensitivity, you can play over the loop with some added reverb if needed
reverse reverb delay pot_0 : reverse reverb time
pot_1 : delay time
pot_2 : tone
feedback : feedback
 
998 analog mod delay pot_0 : delay
pot_1 : mod rate
pot_2 : mod width
feedback : feedback
 
998 octave reverb pot_0 : reverb time
pot_1 : octave blend
pot_2 : dampening
feedback : feedback