smux8_1
Smooth multiplexer. Works like multiple cross fades. dis0 to dis7 can be used to disable unused objects (CPU optimisation).
Inlets
frac32buffer i0
frac32buffer i1
frac32buffer i2
frac32buffer i3
frac32buffer i4
frac32buffer i5
frac32buffer i6
frac32buffer i7
frac32.positive s
Outlets
frac32buffer output
bool32 disable output for object0
bool32 disable output for object1
bool32 disable output for object2
bool32 disable output for object3
bool32 disable output for object4
bool32 disable output for object5
bool32 disable output for object6
bool32 disable output for object7
const int32_t *s0, *s1;
switch (inlet_s >> (27 - 3)) {
case 0:
s0 = inlet_i0;
s1 = inlet_i1;
outlet_dis0 = false;
outlet_dis1 = false;
outlet_dis2 = true;
outlet_dis3 = true;
outlet_dis4 = true;
outlet_dis5 = true;
outlet_dis6 = true;
outlet_dis7 = true;
break;
case 1:
s0 = inlet_i1;
s1 = inlet_i2;
outlet_dis0 = true;
outlet_dis1 = false;
outlet_dis2 = false;
outlet_dis3 = true;
outlet_dis4 = true;
outlet_dis5 = true;
outlet_dis6 = true;
outlet_dis7 = true;
break;
case 2:
s0 = inlet_i2;
s1 = inlet_i3;
outlet_dis0 = true;
outlet_dis1 = true;
outlet_dis2 = false;
outlet_dis3 = false;
outlet_dis4 = true;
outlet_dis5 = true;
outlet_dis6 = true;
outlet_dis7 = true;
break;
case 3:
s0 = inlet_i3;
s1 = inlet_i4;
outlet_dis0 = true;
outlet_dis1 = true;
outlet_dis2 = true;
outlet_dis3 = false;
outlet_dis4 = false;
outlet_dis5 = true;
outlet_dis6 = true;
outlet_dis7 = true;
break;
case 4:
s0 = inlet_i4;
s1 = inlet_i5;
outlet_dis0 = true;
outlet_dis1 = true;
outlet_dis2 = true;
outlet_dis3 = true;
outlet_dis4 = false;
outlet_dis5 = false;
outlet_dis6 = true;
outlet_dis7 = true;
break;
case 5:
s0 = inlet_i5;
s1 = inlet_i6;
outlet_dis0 = true;
outlet_dis1 = true;
outlet_dis2 = true;
outlet_dis3 = true;
outlet_dis4 = true;
outlet_dis5 = false;
outlet_dis6 = false;
outlet_dis7 = true;
break;
case 6:
s0 = inlet_i6;
s1 = inlet_i7;
outlet_dis0 = true;
outlet_dis1 = true;
outlet_dis2 = true;
outlet_dis3 = true;
outlet_dis4 = true;
outlet_dis5 = true;
outlet_dis6 = false;
outlet_dis7 = false;
break;
case 7:
s0 = inlet_i7;
s1 = inlet_i0;
outlet_dis0 = false;
outlet_dis1 = true;
outlet_dis2 = true;
outlet_dis3 = true;
outlet_dis4 = true;
outlet_dis5 = true;
outlet_dis6 = true;
outlet_dis7 = false;
break;
}
int32_t a = (inlet_s << 3) & 0x07FFFFFF;
for (int i = 0; i < BUFSIZE; i++) {
int32_t _s0 = s0[i];
outlet_o[i] = ___SMMLA(a, s1[i] - _s0, _s0 >> 5) << 5;
}