dsent/tech/TechModel.cc

76         m_available_wire_layers_ = new std::set<String>;
113         double leakage_current_char_tmp = stacked_mos_widths_[0] * off_current * std::pow(10.0, leakage_current_factor);
114         leakage_current_char_tmp = std::max(min_off_current, leakage_current_char_tmp);
117         double leakage_current = leakage_current_char_tmp * std::pow(10.0, (temp - char_temp) / temp_swing);
148         double leakage_current_char_tmp = stacked_mos_widths_[0] * off_current * std::pow(10.0, leakage_current_factor);
149         leakage_current_char_tmp = std::max(min_off_current, leakage_current_char_tmp);
152         double leakage_current = leakage_current_char_tmp * std::pow(10.0, (temp - char_temp) / temp_swing);
170         std::vector<double> vs(num_stacks_, 0.0);
190         std::vector<double> a(num_stacks_ - 1, 0);
191         std::vector<double> b(num_stacks_ - 1, 0);
192         std::vector<double> c(num_stacks_ - 1, 0);
193         std::vector<double> d(num_stacks_ - 1, 0);
194         std::vector<double> v(num_stacks_ + 1, 0);
220                 d[i] = s2*(vs[i + 1] - vs[i]) + s1*s2*std::log10(ws[i + 1]/ws[i]);
278         std::set<String>::const_iterator it;
283     const std::set<String>* TechModel::getAvailableWireLayers() const
304         B = 2.04*std::pow((spacing_ / (spacing_ + 0.54 * dielec_thickness)), 1.77);
305         C = std::pow((metal_thickness / (metal_thickness + 4.53 * dielec_thickness)), 0.07);
308         A = 1.14 * (metal_thickness / spacing_) * std::exp(-4.0 * spacing_ / (spacing_ + 8.01 * dielec_thickness));
309         B = 2.37 * std::pow((width_ / (width_ + 0.31 * spacing_)), 0.28);
310         C = std::pow((dielec_thickness / (dielec_thickness + 8.96 * spacing_)), 0.76) *
311                 std::exp(-2.0 * spacing_ / (spacing_ + 6.0 * dielec_thickness));