dsent/tech/TechModel.cc

37     const String& TechModel::get(const String &key_) const
75         const vector<String>& available_wire_layer_vector = get("Wire->AvailableLayers").split("[,]");
97         double vdd = get("Vdd");
98         double temp = get("Temperature");
99         double char_temp = get("Nmos->CharacterizedTemperature");
100         double min_off_current = get("Nmos->MinOffCurrent");
101         double off_current = get("Nmos->OffCurrent");
102         double subthreshold_swing = get("Nmos->SubthresholdSwing");
103         double dibl = get("Nmos->DIBL");
104         double temp_swing = get("Nmos->SubthresholdTempSwing");
132         double vdd = get("Vdd");
133         double temp = get("Temperature");
134         double char_temp = get("Pmos->CharacterizedTemperature");
135         double min_off_current = get("Pmos->MinOffCurrent");
136         double off_current = get("Pmos->OffCurrent");
137         double dibl = get("Pmos->DIBL");
138         double subthreshold_swing = get("Pmos->SubthresholdSwing");
139         double temp_swing = get("Nmos->SubthresholdTempSwing");
291         double min_width = get("Wire->" + layer_name_ + "->MinWidth").toDouble();
292         double min_spacing = get("Wire->" + layer_name_ + "->MinSpacing").toDouble();
293         double metal_thickness = get("Wire->" + layer_name_ + "->MetalThickness").toDouble();
294         double dielec_thickness = get("Wire->" + layer_name_ + "->DielectricThickness").toDouble();
295         double dielec_const = get("Wire->" + layer_name_ + "->DielectricConstant").toDouble();
321         double min_width = get("Wire->" + layer_name_ + "->MinWidth");
322         //double barrier_thickness = get("Wire->" + layer_name_ + "->BarrierThickness");
323         double resistivity = get("Wire->" + layer_name_ + "->Resistivity");
324         double metal_thickness = get("Wire->" + layer_name_ + "->MetalThickness");