decay
Inlets
bool32.rising trig
Outlets
None
Parameters
frac32.s.mapvsl d1
frac32.s.mapvsl d2
frac32.s.mapvsl d3
frac32.s.mapvsl d4
frac32.s.mapvsl d5
frac32.s.mapvsl d6
frac32.s.mapvsl d7
frac32.s.mapvsl d8
frac32.s.mapvsl d9
frac32.s.mapvsl d10
frac32.s.mapvsl d11
frac32.s.mapvsl d12
frac32.s.mapvsl d13
frac32.s.mapvsl d14
frac32.s.mapvsl d15
frac32.s.mapvsl d16
Attributes
objref ctlAmp
static const uint32_t NBH = 16;
int32_t g[NBH];
bool atrig = false;
uint32_t getGain(int h) { return g[h]; }for (int h = 0; h < NBH; h++)
g[h] = 0;if (inlet_trig && !atrig) {
for (int h = 0; h < NBH; h++) {
g[h] = attr_ctlAmp.getGain(h);
}
}
atrig = inlet_trig;
/*
int32_t in = - inlet_d - param_d;
int32_t c;
MTOFEXTENDED(in, c);
c = 0x7FFFFFFF - (c >> 2);
val = ___SMMUL(val, c)<<1;
*/
int32_t f;
MTOFEXTENDED(-param_d1, f);
g[0] = ___SMMLS(g[0], f, g[0]);
MTOFEXTENDED(-param_d2, f);
g[1] = ___SMMLS(g[1], f, g[1]);
MTOFEXTENDED(-param_d3, f);
g[2] = ___SMMLS(g[2], f, g[2]);
MTOFEXTENDED(-param_d4, f);
g[3] = ___SMMLS(g[3], f, g[3]);
MTOFEXTENDED(-param_d5, f);
g[4] = ___SMMLS(g[4], f, g[4]);
MTOFEXTENDED(-param_d6, f);
g[5] = ___SMMLS(g[5], f, g[5]);
MTOFEXTENDED(-param_d7, f);
g[6] = ___SMMLS(g[6], f, g[6]);
MTOFEXTENDED(-param_d8, f);
g[7] = ___SMMLS(g[7], f, g[7]);
MTOFEXTENDED(-param_d9, f);
g[8] = ___SMMLS(g[8], f, g[8]);
MTOFEXTENDED(-param_d10, f);
g[9] = ___SMMLS(g[9], f, g[9]);
MTOFEXTENDED(-param_d11, f);
g[10] = ___SMMLS(g[10], f, g[10]);
MTOFEXTENDED(-param_d12, f);
g[11] = ___SMMLS(g[11], f, g[11]);
MTOFEXTENDED(-param_d13, f);
g[12] = ___SMMLS(g[12], f, g[12]);
MTOFEXTENDED(-param_d14, f);
g[13] = ___SMMLS(g[13], f, g[13]);
MTOFEXTENDED(-param_d15, f);
g[14] = ___SMMLS(g[14], f, g[14]);
MTOFEXTENDED(-param_d16, f);
g[15] = ___SMMLS(g[15], f, g[15]);