model/electrical/MatrixArbiter.cc

139             unsigned int number_states = (number_requests - 1) * number_requests / 2;
141             vector<String> w_or2_names(number_states, "");
142             vector<StdCell*> w_or2s(number_states, NULL);
143             vector<String> w_and2_names(number_states, "");
144             vector<StdCell*> w_and2s(number_states, NULL);
145             vector<String> w_inv_names(number_states, "");
146             vector<StdCell*> w_invs(number_states, NULL);
147             vector<String> w_dff_names(number_states, "");
148             vector<StdCell*> w_dffs(number_states, NULL);
149             vector<String> dis_and2_names(number_states * 2, "");
150             vector<StdCell*> dis_and2s(number_states * 2, NULL);
151             vector<String> dis_inv_names(number_states, "");
152             vector<StdCell*> dis_invs(number_states, NULL);
173                     dis_and2_names[state_count + number_states] = String::format("Dis_AND2_%d_%d", j, i);
178                     dis_and2s[state_count + number_states] = getTechModel()->getStdCellLib()->createStdCell("AND2", dis_and2_names[state_count + number_states]);
179                     dis_and2s[state_count + number_states]->construct();
233                     portConnect(dis_and2s[state_count + number_states], "A", "Request" + (String)j);
234                     portConnect(dis_and2s[state_count + number_states], "B", String::format("Dis_INV_Out_%d_%d", j, i));
235                     portConnect(dis_and2s[state_count + number_states], "Y", String::format("Dis_AND2_Out_%d_%d", j, i));
264             for(unsigned int i = 0; i < number_states; ++i)
276                 addSubInstances(dis_and2s[i + number_states], 1.0);
277                 addElectricalSubResults(dis_and2s[i + number_states], 1.0);
293             for(unsigned int j = 0; j < number_states; ++j)
302                 arb_event->addSubResult(dis_and2s[j + number_states]->getEventResult("AND2"), dis_and2_names[j + number_states], 1.0);
321             unsigned int number_states = (number_requests - 1) * number_requests / 2;
325             vector<ElectricalModel*> w_invs(number_states, NULL);
326             vector<ElectricalModel*> w_or2s(number_states, NULL);
327             vector<ElectricalModel*> w_and2s(number_states, NULL);
328             vector<ElectricalModel*> w_dffs(number_states, NULL);
329             vector<ElectricalModel*> dis_invs(number_states, NULL);
361             //vector<TransitionInfo> trans_vector(number_states, TransitionInfo(0.0, 0.0, 1.0));
362             //vector<double> total_P_vector(number_states, 0.0);
365 //                for(unsigned int i = 0; i < number_states; ++i)
429 //                for(unsigned int i = 0; i < number_states; ++i)