The Moselle Stored Waveform Oscillator (SWO) defaults to 2x oversampling, 8x oversampling above high G or something, and sample interpolation. That combines to be enough that you really just can't hear aliasing.
But you can pick ANY sampling rate you want. Like, say, 8x UNDER-sampling. And you can turn off interpolation.
So: I should make a demo patch that purposely makes the SWO sound like a lo-fi trainwreck of a patch, just to let the user hear what it sounds like.
I might as well make a video of it too as I've never seen another synth show off it's lo-fi skillz.
Demo for lo-fi SWO
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Re: Demo for lo-fi SWO
Also make demos/videos showing how to lower sampling rate and bit depth.
Here's how:
To convert to 4-bit, reduce the input to one of 2^4 levels. Note values are normally -1 to 1, so we multiply and divide by 8 not 16. The .5 makes it symmetrical, in this case giving an output of 0 for inputs ranging from [-.0625 to +.0625).
[Filter]
Input = floor( Oscillator:Ouput * 8 + .5 ) / 8
To convert processing speed to 1/4 of actual speed, try something like:
[Filter]
Input = IF( Patch:SampleCount \ 4, Input@1, Oscillator:Output )
Input@1 is the value of this input one sample ago. The SampleCount goes up 1 every sample. The \ 4 means "take the remainder from dividing by 4." Result: every fourth input will actually be set from the oscillator output, but the remainder of the time the input is simply what the input was last sample.
Here's how:
To convert to 4-bit, reduce the input to one of 2^4 levels. Note values are normally -1 to 1, so we multiply and divide by 8 not 16. The .5 makes it symmetrical, in this case giving an output of 0 for inputs ranging from [-.0625 to +.0625).
[Filter]
Input = floor( Oscillator:Ouput * 8 + .5 ) / 8
To convert processing speed to 1/4 of actual speed, try something like:
[Filter]
Input = IF( Patch:SampleCount \ 4, Input@1, Oscillator:Output )
Input@1 is the value of this input one sample ago. The SampleCount goes up 1 every sample. The \ 4 means "take the remainder from dividing by 4." Result: every fourth input will actually be set from the oscillator output, but the remainder of the time the input is simply what the input was last sample.
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