demux smooth 8
Smoothing Demultiplexer. Connects inlet i to outlet number s. Other outlets copy their corresponding default inlets. Output values are smoothed exponentially with adjustable rise and fall time.
Inlets
frac32 input
frac32 default 0
frac32 default 1
frac32 default 2
frac32 default 3
frac32 default 4
frac32 default 5
frac32 default 6
frac32 default 7
int32.positive select
Outlets
frac32 output 0
frac32 output 1
frac32 output 2
frac32 output 3
frac32 output 4
frac32 output 5
frac32 output 6
frac32 output 7
Parameters
frac32.u.map risetime
frac32.u.map falltime
static const int outputs = 8;
int32_t val[outputs];
int32_t tval[outputs];int i;
for (i = 0; i < outputs; i++) {
val[i] = 0;
tval[i] = 0;
}switch (inlet_s > 0 ? inlet_s : 0) {
case 0:
tval[0] = inlet_i;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
break;
case 1:
tval[0] = inlet_d0;
tval[1] = inlet_i;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
break;
case 2:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_i;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
break;
case 3:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_i;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
break;
case 4:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_i;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
break;
case 5:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_i;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
break;
case 6:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_i;
tval[7] = inlet_d7;
break;
case 7:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_i;
break;
default:
tval[0] = inlet_d0;
tval[1] = inlet_d1;
tval[2] = inlet_d2;
tval[3] = inlet_d3;
tval[4] = inlet_d4;
tval[5] = inlet_d5;
tval[6] = inlet_d6;
tval[7] = inlet_d7;
}
int i;
for (i = 0; i < outputs; i++) {
// val[i]=___SMMLA(val[i]-tval[i],(-1<<26)+(param_time>>1),val[i]);
if (tval[i] > val[i])
val[i] =
___SMMLA(val[i] - tval[i], (-1 << 26) + (param_risetime >> 1), val[i]);
else
val[i] =
___SMMLA(val[i] - tval[i], (-1 << 26) + (param_falltime >> 1), val[i]);
}
outlet_o0 = val[0];
outlet_o1 = val[1];
outlet_o2 = val[2];
outlet_o3 = val[3];
outlet_o4 = val[4];
outlet_o5 = val[5];
outlet_o6 = val[6];
outlet_o7 = val[7];