Mix4sm
4 input s-rate mixer
Inlets
frac32buffer m
frac32buffer return in
frac32buffer input 1
frac32buffer input 2
frac32buffer input 3
frac32buffer input 4
Outlets
frac32buffer mix out
frac32buffer send out
frac32buffer o
Parameters
bool32.tgl 1on
bool32.tgl 2on
bool32.tgl 3on
bool32.tgl 4on
bool32.tgl return
frac32.u.map v1
frac32.u.map s1
frac32.u.map v2
frac32.u.map s2
frac32.u.map v3
frac32.u.map s3
frac32.u.map v4
frac32.u.map s4
frac32.u.map r
frac32.u.map main
{
// main mix
int32_t accum = 0;
if (param_1on) {
accum = ___SMMUL(inlet_1, param_v1);
}
if (param_2on) {
accum = ___SMMLA(inlet_2, param_v2, accum);
}
if (param_3on) {
accum = ___SMMLA(inlet_3, param_v3, accum);
}
if (param_4on) {
accum = ___SMMLA(inlet_4, param_v4, accum);
}
if (param_return) {
accum = ___SMMLA(inlet_r, param_r, accum);
} // Return
outlet_m = __SSAT((accum << 5), 28);
}
{
// send
int32_t accum = 0;
if (param_1on) {
accum = ___SMMUL(inlet_1, param_s1);
}
if (param_2on) {
accum = ___SMMLA(inlet_2, param_s2, accum);
}
if (param_3on) {
accum = ___SMMLA(inlet_3, param_s3, accum);
}
if (param_4on) {
accum = ___SMMLA(inlet_4, param_s4, accum);
}
outlet_s = __SSAT((accum << 5), 28);
}
{
// master out
int32_t accum = ___SMMUL(inlet_m, param_main);
;
outlet_o = __SSAT((accum << 5), 28);
}