int main (int argc, char *argv[])
{
char benchmarkPath[BUFFERSIZE], auxFile[BUFFERSIZE], placefile[BUFFERSIZE];
if(argc != 4) {
printf("Usage: %s <benchmark_dir> <aux_file> <placement_file>\n",
argv[0]);
printf(" <benchmark_dir> is the benchmark file directory.\n");
printf(" <aux_file> is the bookshelf format auxiliary file");
printf(" (assume in <benchmark_dir>).\n");
printf(" <placement_file> is the placement file");
printf(" (assume in current directory).\n");
exit(1);
}
strcpy(benchmarkPath, argv[1]);
strcpy(auxFile, argv[2]);
strcpy(placefile, argv[3]);
readAuxFile(benchmarkPath, auxFile);
createHash(benchmarkPath, nodesFile);
readNodesFile(benchmarkPath, nodesFile);
readNetsFile(benchmarkPath, netsFile);
readPlFile(".", placefile);
freeHash();
readLUT();
printf("Half-perimeter wirelength: %.2f\n", HPwl());
printf("FLUTE wirelength : %.2f\n", flutewl());
}
RoadMap::RoadMap(const std::string& fnodes, const std::string& froads, const std::string& fsubroads){
latitude_min = 180;
longitude_min = 180;
longitude_max = -180;
latitude_max = -180;
readNodesFile(fnodes);
cout << this->crossRoads.size() << " nodes loaded" << endl;
readRoadsFile(froads);
cout << this->roads.size() << " roads loaded" << endl;
readSubRoadsFile(fsubroads);
cout << " edges loaded" << endl;
//floydWarshallShortestPath();
cout << "latitude_min: " << latitude_min << endl;
cout << "latitude_max: " << latitude_max << endl;
cout << "longitude_min: " << longitude_min << endl;
cout << "longitude_max: " << longitude_max << endl;
}
