Follow Signal Is Cool

The follow signal is very very good :panic:
problem is that i cannot handle all the knobs as good as LFO… :(

Lfo is self explicative (or you can try and see in a simple linear way):
Amplitude: how much it moves
offset: what is the “starting” point
frequency: how fast it moves

with Signal follower:
min & max SHOULD BE similiar to amplitude
Offset: should be the same of above
sensitivity: should be a variable of how much it should sensitive to signal

BUT if I play with extremes I realise that:
min & max: dont not really slide the signal from left to right as I should expect
Dest. Off: OK only in “central” values
sensitivity: is ok (mostly of the time) only between the range of 60-85% (below it just don’t let any signal passing, above it puts the knob to zero…)
all above is changed when attack/ release enter the game… but still i ve not understand all the correlation between them… can someone tell me a little more ?
if i want to make a command to slide from o to 100 I expect a:
min -oo ,
max +12.041
Offset: 0%
attack - max (?)
release - min
sensitivity - 0 (or 100%, or 50%), depending on what sensity means

My question is what is the setting to make a value slide from left to right completely?

thanks!

rot

The signal follower is translating an amplitude to automation. If you look at a sample waveform in the sample editor and imagine drawing a curve along the waveforms border, that would be kinda the envelope generated. The attack and release settings combined with the sensitivity help you to smooth out the curve. For example if you’re running a drumloop through it, the sound might have very sharp transients, which you can smooth out that way. The settings highly depend on the sound you’re feeding the follower with, but you could experiment with normalised sine, saw square samples as start to use it for panning, but in that case it’s probably easier to just use a LFO. If you want to make the panning more dynamic, you could then probably connect a signal follower to either the min or max values of the LFO.