sawizer
creates steps or spikes in your signal depending on parameter settings "range" sets the stepsize, just like a quantizer. "direction" sets the volume of the part within each step, result is added to the step. positive values enlarge the part, amplifying the lower half of the negatively and the upper half positively. negative values first attenuate the part, creating a stepped/quantized signal. negative values then start to invert the part, creating inverted spikes. "mix" mixes between original and changed signal
Inlets
frac32buffer in
frac32 range
frac32 direction
frac32 mix
Outlets
frac32buffer out
Parameters
frac32.s.map range
frac32.s.map direction
frac32.u.map mix
int32_t mix = (param_mix + inlet_mix);
mix = mix > 0 ? mix : -mix;
mix = mix > (1 << 27) ? (2 << 27) - mix : mix;
int32_t miix = mix << 3;
mix = ((1 << 27) - mix) << 3;int32_t param = param_range + inlet_range;
int32_t direction = param_direction + inlet_direction;
param = param == 0 ? param + 1 : param;
int32_t range = inlet_in / param;
int32_t left = inlet_in - range * param;
outlet_out = ___SMMUL((range * param +
___SMMUL(left << 3, ((1 << 27) + (direction << 1)) << 2))
<< 3,
miix) +
___SMMUL(mix, inlet_in << 2);