Hey Squinky Labs, since you are an active member of our loving, caring community now, I would like to propose an idea for what I consider is my absolute favorite module of all time : the LFN.
LFN is probably my favorite module of all time.
I could honestly say my favorite module of all time is LFN.
So when I propose these ideas, you know they come from a place of love deep inside my heart.
1- Polyphony : a right-click menu selection that allows to get up to 16 outs from the same instance. Similarly, the inputs for the EQ bands could be modulated polyphonically.
2- S&H trig/gate input : self explanatory (unless your name is Damien Leferve)
3- Some sort of shift register component : it would be like those phased LFOs, except it's a phased LFN. Since noise is supposed to be random, a shift register with a clock input seems the way to go.
4- Range : the EQ knobs allow some range control, but it would be cool to have something more precise. Let's say I want it PRECISELY between -3 and +4 volts. Some wavefolding might be needed, I don't know.
5- Reset button : self explanatory (unless your name is Andy Clotta)
I honestly believe, with those additions, LFN will become the best random voltage source history has ever seen. I sometimes use Caudal (or some of that wiqid stuff) when I need multiple, somehow related random sources, but I always preferred LFN, so with those additions, LFN will become the best random voltage source history has ever seen.
[copied from FB]
Hey Squinky Labs, since you are an active member of our loving, caring community now, I would like to propose an idea for what I consider is my absolute favorite module of all time : the LFN. LFN is probably my favorite module of all time. I could honestly say my favorite module of all time is LFN. So when I propose these ideas, you know they come from a place of love deep inside my heart. 1- Polyphony : a right-click menu selection that allows to get up to 16 outs from the same instance. Similarly, the inputs for the EQ bands could be modulated polyphonically. 2- S&H trig/gate input : self explanatory (unless your name is Damien Leferve) 3- Some sort of shift register component : it would be like those phased LFOs, except it's a phased LFN. Since noise is supposed to be random, a shift register with a clock input seems the way to go. 4- Range : the EQ knobs allow some range control, but it would be cool to have something more precise. Let's say I want it PRECISELY between -3 and +4 volts. Some wavefolding might be needed, I don't know. 5- Reset button : self explanatory (unless your name is Andy Clotta) I honestly believe, with those additions, LFN will become the best random voltage source history has ever seen. I sometimes use Caudal (or some of that wiqid stuff) when I need multiple, somehow related random sources, but I always preferred LFN, so with those additions, LFN will become the best random voltage source history has ever seen.