In zero x beatquantizer ( which is a standalone beatslicer) there is a tool called ‘formula waveshaper’. This is a handy utility in which you can generate different waveforms according to formula’s. There are a lot of preset formula’s for one to choose from, like:

Formula=“sin(x)”

Formula=“sin(x)*sin(x*2)”

Formula=“arctan(tan(x))”

Formula=“arctan(tan(x))*sin(x)”

Formula=“arctan(tan(x))*cos(x)”

Formula=“rand(x)”

Formula=abs(x-P)-P/2-sin(x)

Formula=sin(x)+sin(x*2)+sin(2*P-x*3)+sin(4*x)+sin(2*P-6*x)

Formula=x-P-sin(x)

Formula=sin(x/4)-P/6

Formula=sin(int(x*15/P)*P/15)

Formula=sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(sin(x))))))))))))))))))

Formula=arctan(tan(x))+arctan(tan(x/2))

Formula=x-P

Formula=arctan(tan(x))*cos(x/4)*round(arctan(x*8))

Formula=arctan(tan(x))*cos(x/4)*round(arctan(x*8))

Formula=sin(x*3)/tan(x)*sin(x/2)

Formula=sin(x*3)/tan(x)*sin(x/2)

Formula=tan(sin(x))/arctan(sin(x/5)/cos(x*50))

Formula=sin(x)*100

Formula=sin(x)+sin(x*2)+sin(x*3)

Formula=sin(x)+sin(x*2)+sin(x*3)+sin(x*4)+sin(x*5)

Formula=sin(int(x/P)*P+P/2)

Formula=sin(x)^11

Formula=int(P^19*sin(x)^3)

Formula=sin(x)^5+cos(x)^5

Formula=(abs(sin(x/2))-abs(cos(x/2)))^3

Formula=abs(x-P)-P/2

Formula=x*(1-0.2*x*x)

Formula=cos(sinh(x*3))

Maybe interesting if this ever gets implemented.