// copied from IO::writeHotSpotFiles; adapter for getter on FloorPlanner
//
void writeHotSpotPtrace(FloorPlanner& fp) {
std::ofstream file;
int cur_layer;
/// generate power-trace file
//
// build up file name
std::stringstream power_file;
power_file << fp.getBenchmark() << "_HotSpot.ptrace";
// init file stream
file.open(power_file.str().c_str());
// block sequence in trace file has to follow layer files, thus build up file
// according to layer structure
//
// output block labels in first line
for (cur_layer = 0; cur_layer < fp.getLayers(); cur_layer++) {
// output dummy blocks representing wires first, since they are placed in
// the BEOL layer, coming before the active Si layer
for (Block const& cur_wire : fp.getWires()) {
if (cur_wire.layer != cur_layer) {
continue;
}
file << cur_wire.id << " ";
}
// dummy BEOL outline block
file << "BEOL_" << cur_layer + 1 << " ";
// actual blocks
for (Block const& cur_block : fp.getBlocks()) {
if (cur_block.layer != cur_layer) {
continue;
}
file << cur_block.id << " ";
}
// dummy outline block
file << "outline_" << cur_layer + 1 << " ";
}
file << std::endl;
// output block power in second line
for (cur_layer = 0; cur_layer < fp.getLayers(); cur_layer++) {
// dummy blocks representing wires along with their power consumption
for (Block const& cur_wire : fp.getWires()) {
if (cur_wire.layer != cur_layer) {
continue;
}
// actual power encoded in power_density_unscaled, see
// ThermalAnalyzer::adaptPowerMapsWires
file << cur_wire.power_density_unscaled << " ";
}
// dummy BEOL outline block
file << "0.0 ";
for (Block const& cur_block : fp.getBlocks()) {
if (cur_block.layer != cur_layer) {
continue;
}
file << cur_block.power() << " ";
}
// dummy outline block
file << "0.0 ";
}
file << std::endl;
// close file stream
file.close();
}
