bitPeak
Attenuates the incoming signal and uses the smallest bit to add a positive/negative value depending on input sign. Then adds this to the original signal.
Inlets
frac32buffer i1
frac32 rate
frac32 slope
frac32 amt
frac32 tresh
Outlets
frac32buffer o1
Parameters
frac32.s.map rate
frac32.s.map slope
frac32.u.map amt
frac32.u.map tresh
int32_t val;
int32_t vel;int32_t f1;
int32_t f2;
MTOF(param_slope + param_rate + inlet_slope + inlet_rate, f1)
MTOF(-param_slope + param_rate - inlet_slope + inlet_rate, f2)
f1 = f1;
f2 = f2;
int32_t tresh = __USAT(param_tresh + inlet_tresh + 4, 27);
tresh = ___SMMUL(tresh << 3, tresh << 2);
tresh = ___SMMUL(tresh << 3, tresh << 2);
int32_t amt = __USAT(param_amt + inlet_amt, 27);if ((inlet_i1 / tresh) & 1) {
if (inlet_i1 > 0) {
val += f1;
val = val > amt ? amt : val;
} else {
val -= f2;
val = val < -amt ? -amt : val;
}
}
vel += val - vel >> 2;
outlet_o1 = inlet_i1 - (vel >> 2);