frac32 volume
frac32 PW
int32 octave
int32 harmonic
None
int32.hradio waveform
frac32.s.map.kpitch rate
frac32.u.map cutoff
frac32.u.mapvsl volume
frac32.s.map fine
frac32.s.map fm1
frac32.s.map fm2
frac32.s.map fm3
frac32.s.map PW
frac32.s.map PWM
int32 semi
int32 octave
int32 harmonic
objref main
int32_t _volume;
int32_t _waveform;
int32_t _freq;
int32_t _fm1;
int32_t _fm2;
int32_t _fm3;
int32_t cut;
int32_t rate;
int32_t PWM;
int32_t width;
MTOFEXTENDED((attr_main._mainpitch) +
(param_semi + (param_octave + inlet_octave) * 12 << 21) +
(param_fine >> 8),
_freq);
MTOF((attr_main._mainpitch) + (param_semi + param_octave * 12 << 21) +
(param_fine >> 8) + param_cutoff,
cut);
_freq = _freq * (param_harmonic + inlet_harmonic);
_volume = ___SMMUL(param_volume << 3, inlet_volume << 2);
_waveform = param_waveform;
_fm1 = ___SMMUL(attr_main._fm << 3, param_fm1 << 2);
_fm2 = ___SMMUL(attr_main._fm << 3, param_fm2 << 2);
_fm3 = ___SMMUL(attr_main._fm << 3, param_fm3 << 2);
MTOF(param_rate, rate)
rate = rate >> 4;
PWM = param_PW + inlet_PW;
width = param_PWM;