scaleInOut
arbitrary signal scaler with inMin and inMax, you set the width of the incoming signal (signal is clipped if incoming signal goes beyong the limits set by the inMin and inMax controls) with outMin and outMax, you set the width of the outgoing signal
Inlets
frac32 in
Outlets
frac32 out
Parameters
frac32.s.map inMin
frac32.s.map inMax
frac32.s.map outMin
frac32.s.map outMax
Control Rate
float32_t width1 = param_inMax - param_inMin;
float32_t width2 = param_outMax - param_outMin;
float32_t ratio = width2 / width1;
int32_t in = inlet_in > param_inMax ? param_inMax : inlet_in;
in = in < param_inMin ? param_inMin : in;
outlet_out = (in - param_inMin) * ratio + param_outMin;