rem: cslots_rep[n] = new SAMPLE_BUFFER(buffersize(), max_channels()); }  for (unsigned int c = 0; c != chains_repp->size(); c++) { int inch = (*inputs_repp)[(*chains_repp)[c]->connected_input()]->channels(); int outch = (*outputs_repp)[(*chains_repp)[c]->connected_output()]->channels(); (*chains_repp)[c]->init(cslots_rep[c], inch, outch);
add: cslots_rep[n] = new SAMPLE_BUFFER(buffersize_rep, max_channels_rep);
context: void ECA_ENGINE::init_chains(void){  mixslot_repp->number_of_channels(max_channels());  cslots_rep.resize(chains_repp->size());  for(size_t n = 0; n < cslots_rep.size(); n++) {    cslots_rep[n] = new SAMPLE_BUFFER(buffersize(), max_channels());  }  for (unsigned int c = 0; c != chains_repp->size(); c++) {    int inch = (*inputs_repp)[(*chains_repp)[c]->connected_input()]->channels();    int outch = (*outputs_repp)[(*chains_repp)[c]->connected_output()]->channels();    (*chains_repp)[c]->init(cslots_rep[c], inch, outch);  }}