Well, that's laughable.Architeuthis wrote:I have found that the simplest equations and signal routings produce the most analog/warm/natural/acoustic/interesting sounds and behaviors. That is why I say "analog modelling" could be done very cheaply. I have little knowledge on how analog synths work, but I think I know the fundamental underlying behavior, which drives all my ideas.aciddose wrote:This is why the vast majority of claimed "analog models" are in fact nowhere near what could be considered anything even remotely like any particular circuit. They are however reasonable (albeit incredibly inefficient and impractical) software synthesizers.
If it were true either:
- You'd be able to impress customers (become one of the top software synthesizers.)
- You'd be able to impress connoisseurs (not so successful, but highly endorsed.)
To impress connoisseurs you'll need to produce a more accurate simulation of electronic circuits than leading edge simulators are capable of and become indistinguishable and indeed "better" than actual analog synthesizer circuits. You'll need to be so good that people will be selling their mini-moog or jupiter-8 because those devices seem damn near useless compared to the software.
If you succeed at either of these I'll be more surprised than if you were to bend over and shoot lightning bolts straight out of your ass.

