is8
See help patch for usage !! Advanced version of the SixSteps oscillator: * it have a built-in Master oscillator for sync sounds. * 12 steps instead of 6 (use tiar/osc/wf_12Steps on waveform inlet) * oversampling by 2 (use tiar/conv/O2_to_SR_59 on the output) The waveform of the12Steps oscillator is controlled by 12 parameters: the 12 steps levels. These 12 steps levels must be provided by a tiar/osc/wf_12Steps object connected to the waveform inlet. This object allows to generate waveforms reminiscent of old pseudo digital synths (such as the RMI and it's digit harmonics based on Walsh functions). It is **anti aliased** with an algorithm that is based on both BLEPs and DPWs... i think it is quite original and efficient with this kind of waveforms. (the steppy signal goes through a second order leaky "analytic" integrator, when a transient occurs the state variable of the integrator is updated taking account of the subsample time of the transient - much like BLEPs -... at the end the signal is high passed with a second order differentiator - like a second order DPW...)
Inlets
int32 i1
int32 i2
int32 i3
int32 i4
int32 i5
int32 i6
int32 i7
int32 i8
Outlets
frac32buffer o
/*
* You can send/receive up to 16 k-rate signals
* over one s-rate cable.
*/
outlet_o[0] = inlet_i1;
outlet_o[1] = inlet_i2;
outlet_o[2] = inlet_i3;
outlet_o[3] = inlet_i4;
outlet_o[4] = inlet_i5;
outlet_o[5] = inlet_i6;
outlet_o[6] = inlet_i7;
outlet_o[7] = inlet_i8;