bool rec;
bool play;
bool play_logic;
bool dub;
int playpos;
int recpos;
int length;

playpos = 0;
recpos = 0;
rec = 0;
play = 0;
dub = 0;
length = 0;

// I guess this  ((inlet_rec>0) && !rec)
// resets pos to 0 everytime rec goes from 0 to 1

// record
if ((inlet_rec > 0) && !rec) {
  rec = 1;
  recpos = 0;
  length = 0;
} else if (!(inlet_rec > 0)) {
  rec = 0;
  length = recpos;
}

// play
play_logic = (!inlet_rec && inlet_play);
if ((play_logic > 0) && !play) {
  play = 1;
  playpos = 0;
} else if (!(play_logic > 0)) {
  play = 0;
}

// dub
dub = (play_logic && inlet_dub);

outlet_pos = playpos;
outlet_length = length;

// record
if (rec) {
  if (recpos < attr_table.LENGTH)
    attr_table.array[recpos++] = __SSAT(inlet_wave, 28) >> attr_table.GAIN;
}

// play
if (play) {
  if (!(playpos == length))
    playpos == playpos++;
  else
    playpos = 0;
  if (!(playpos == length))
    outlet_wave = attr_table.array[playpos] << attr_table.GAIN;
  else
    outlet_wave = 0;
}

else
  outlet_wave = 0;

// overdub
if (dub) {

  attr_table.array[playpos] = (attr_table.array[playpos] << attr_table.GAIN) +
                              (__SSAT(inlet_wave, 28) >> attr_table.GAIN);
}