model/electrical/BroadcastHTree.cc

285         int curr_driver = 0;
289             ElectricalTimingTree t("LeafDriver", m_leaf_drivers_[curr_driver]);
290             double transition = t.calculateNodeTransition(m_leaf_drivers_[curr_driver]->getNet("Y"));
295                     ", Number of buffers = " + (String)(curr_driver+1));
297             // Size up the inverter at curr_driver so that it could drive the next stage
300                 if(m_leaf_drivers_[curr_driver]->hasMaxDrivingStrength())
309                 m_leaf_drivers_[curr_driver]->increaseDrivingStrength();
310                 transition = t.calculateNodeTransition(m_leaf_drivers_[curr_driver]->getNet("Y"));
314             m_leaf_head_load_->setLoadCap(m_leaf_drivers_[curr_driver]->getNet("A")->getTotalDownstreamCap());
318                 inv = getTechModel()->getStdCellLib()->createStdCell("INV", "LeafDriver" + (String)(curr_driver+1));
320                 inv->getNet("Y")->addDownstreamNode(m_leaf_drivers_[curr_driver]->getNet("A"));
323                 curr_driver++;
328                         ", Number of buffers = " + (String)(curr_driver+1));