enc 1 to 8 u
Inlets
frac32.positive v0
frac32.positive v1
frac32.positive v2
frac32.positive v3
frac32.positive v4
frac32.positive v5
frac32.positive v6
frac32.positive v7
bool32 fine
Outlets
frac32.positive v0
frac32.positive v1
frac32.positive v2
frac32.positive v3
frac32.positive v4
frac32.positive v5
frac32.positive v6
frac32.positive v7
int8_t vel;
uint8_t offset;
int inc;
uint32_t fine;
uint8_t count;
int32_t in[8];
int32_t prev[8];
int32_t out[8];
uint8_t ccstack[8] = {0};
int8_t cvstack[8] = {0};
uint8_t slength;
uint8_t sread;
uint8_t swrite;vel = 0;
fine = 32 << 12;in[0] = inlet_v0;
in[1] = inlet_v1;
in[2] = inlet_v2;
in[3] = inlet_v3;
in[4] = inlet_v4;
in[5] = inlet_v5;
in[6] = inlet_v6;
in[7] = inlet_v7;
count++;
count = count % 8;
if (in[count] != prev[count]) {
prev[count] = in[count];
offset = count;
out[count] = in[count];
}
if (slength) {
offset = ccstack[sread];
vel = cvstack[sread];
if (!inlet_fine)
inc = (vel << 21);
else
inc = (vel > 0) ? fine : (fine * -1);
out[offset] = __SSAT((out[offset] + inc), 28);
if (out[offset] < 0)
out[offset] = 0;
slength--;
sread++;
sread = sread % 8;
}
outlet_v0 = out[0];
outlet_v1 = out[1];
outlet_v2 = out[2];
outlet_v3 = out[3];
outlet_v4 = out[4];
outlet_v5 = out[5];
outlet_v6 = out[6];
outlet_v7 = out[7];if ((status & 0xF0) == MIDI_CONTROL_CHANGE) {
if ((data1 >= 71) && (data1 <= 78)) {
ccstack[swrite] = data1 - 71;
cvstack[swrite] = (data2 & 0x40) ? (128 - data2) * -1 : data2;
slength++;
swrite++;
swrite = swrite % 8;
}
}