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> You could accomplish much the same by using a "depth-1 network" and running an impulse through it This would be true for a linear impulse response, however f
by samplenoise 6y ago
> You could accomplish much the same by using a "depth-1 network" and running an impulse through it
This would be true for a linear impulse response, however for this kind of effects you need both state/memory (like a convolution) and non-linearity (like a waveshaper), which is why people use RNN's and CNN's
- munificent 6y agoAh, good point. Thank you for mentioning non-linearity. This has helped clarify my novice thinking on this.