asymSin
Asymmetrical sine-shaper Important: set mod-knob to 64 for no shaping. Mod knob can be seen as a treshold knob, lowering the value will lower the point the signal will go into sineshape. From 64 to 0 it lowers the "treshold" down to zero. When below zero, it amplifies the incoming signal, widening the phase-modulation of the sines for more overtones.
Inlets
frac32 mod1
frac32 mod2
frac32buffer in
Outlets
frac32buffer out
Parameters
frac32.s.map mod1
frac32.s.map mod2
Declaration
int32_t O1;
Init
SINE2TINTERP(1 << 30, O1)
Control Rate
int32_t mod1 = param_mod1 + inlet_mod1;
int32_t mod2 = mod1 < 0 ? -mod1 : 0;
mod1 = mod1 > 0 ? mod1 : 0;
int32_t mod3 = param_mod2 + inlet_mod2;
int32_t mod4 = mod3 < 0 ? -mod3 : 0;
mod3 = mod3 > 0 ? mod3 : 0;
Audio Rate
int32_t in = inlet_in;
if (in > 0) {
in += ___SMMUL(mod2 << 4, in << 4);
} else {
in += ___SMMUL(mod4 << 4, in << 4);
}
int32_t clip = in > mod1 ? mod1 : in;
clip = clip < -mod3 ? -mod3 : clip;
int32_t over = in - clip;
if (over > 0) {
SINE2TINTERP((-over << 4) + (1 << 30), over)
over = over >> 5;
over -= (O1 >> 5);
} else {
SINE2TINTERP((-over << 4) - (1 << 30), over)
over = over >> 5;
over += (O1 >> 5);
}
outlet_out = clip + (over);