lfo waveforms are not scaled uniformly

[ianhattwick]

for the lfo() function, sine and triangle waves are bipolar whereas saw and square waves are unipolar

s = Synth()

s.note.seq([0,1,2,3], 1/4) s.gain = lfo('sin', btof(1), 0.3, 0.) //twice as fast s.gain = lfo('sin', btof(1), 0.3, 0.3) s.gain = lfo('square', btof(1), 0.3, 0.) s.gain = lfo('saw', btof(1), 0.3, 0.) s.gain = lfo('triangle', btof(1), 0.3, 0.3) //bipolar as well

[ianhattwick]

Also, is there documentation for the available waveforms for lfo() and for

s.note.seq( sine( btof( 1 ), 7, 0), 1/4)

style functions?

[charlieroberts]

no, there is no documentation, I'll look into that. Hopefully taking everything bipolar will be relatively easy as well.

[ianhattwick]

Cool - FYI i think it is only the square wave that is not bipolar (is true for the square() function as well).

On Apr 8, 2021, at 8:08 AM, charlie roberts @.***> wrote:

no, there is no documentation, I'll look into that. Hopefully taking everything bipolar will be relatively easy as well.

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[charlieroberts]

still no documentation, but all the waves (square, triangle, sine, noise) are correctly biased / scaled now.

[charlieroberts]

ok documentation added.

[charlieroberts]

I also added documentation for the lfo shorthands sine, square, tri, and saw.