model/electrical/RepeatedLink.cc

180         unsigned int number_segments = increment_segments;
183         m_repeater_->getNet("Y")->setDistributedCap(total_wire_cap / number_segments);
184         m_repeater_->getNet("Y")->setDistributedRes(total_wire_res / number_segments);
187         delay = m_timing_tree_->calculateCritPathDelay(m_repeater_->getNet("A")) * number_segments;
189         // If everything is 0, use number_segments min-sized repeater
207                         ", Number of repeaters = " + (String)number_segments);
219                     delay = m_timing_tree_->calculateCritPathDelay(m_repeater_->getNet("A")) * number_segments;
227                     number_segments += increment_segments;
229                     m_repeater_->getNet("Y")->setDistributedCap(total_wire_cap / number_segments);
230                     m_repeater_->getNet("Y")->setDistributedRes(total_wire_res / number_segments);
233                     delay = m_timing_tree_->calculateCritPathDelay(m_repeater_->getNet("A")) * number_segments;
247                     ", Number of repeaters = " + (String)number_segments);
256                     ", Number of repeaters = " + (String)number_segments;
264         getDriver("Out_Ron")->setOutputRes(m_repeater_->getDriver("Y_Ron")->getOutputRes() + (total_wire_res / number_segments));
266         getGenProperties()->set("NumberSegments", number_segments);
270         addElecticalAtomicResultValues(m_repeater_, number_segments * number_bits);
290         unsigned int number_segments = getGenProperties()->get("NumberSegments").toUInt();
297         power += m_repeater_->getNddPowerResult("Leakage")->calculateSum() * number_segments * number_bits;
302         energy += m_repeater_->getEventResult("INV")->calculateSum() * number_segments * number_bits;
310         unsigned int number_segments = getGenProperties()->get("NumberSegments");
312         if((number_segments % 2) == 0)