void configuration_parser::compiler_parser(const pugi::xml_node& doc)
{
results.push_back(configuration_file());
for(auto& node : doc)
{
state_machine[node.name()](node);
}
}
external_configuration_file::external_configuration_file(char const *filename):
__filename(filename),
__diversify(0),
__intensify(0),
__reduce(0),
__SS(0.0),
__SSRF(0.0),
__save_step(0),
__n_sample(0),
__nVar(0),
__nObj(0),
__LL(0),
__EL(0),
__IL(0), // available values HV / HB
__nRegions(0),
__STM_size(0),
__assessment(""),
__logtype(""), // available values full/quick
__starting_point(0.0),
__maximum_improvements(0),
__maximum_duplicates(0)
{
std::cout << "external configuration file ...";
if( FileExists(filename) )
std::cout << " OK!"<< std::endl;
else{
std::cout << "NOT FOUND!!!" << std::endl;
exit(-1000);
}
std::ifstream configuration_file(filename);
if( configuration_file.is_open() ){
std::cout << "configuration file found! " << std::endl;
std::cout << std::endl << "Tabu Search Options" << std::endl;
configuration_file >> __diversify; //1
std::cout << " 1.diversify " << __diversify << std::endl;
configuration_file >> __intensify; //2
std::cout << " 2.intensify " << __intensify<< std::endl;
configuration_file >> __reduce ; //3
std::cout << " 3.reduce " << __reduce<< std::endl;
configuration_file >> __SS ; //4
std::cout << " 4.SS " << __SS<< std::endl;
if( __SS==0 )
std::cout << "\t Start step(s) is assigned by user in start_step.txt file!" << std::endl;
else
std::cout << "\t Start step(s) (" << __SS <<") is uniform for all variables" << std::endl;
configuration_file >> __SSRF ; //5
std::cout << " 5.SSRF " << __SSRF<< std::endl;
configuration_file >> __save_step ; //6
std::cout << " 6.save_step " << __save_step<< std::endl;
configuration_file >> __n_sample ; //7
std::cout << " 7.n_sample " << __n_sample<< std::endl;
configuration_file >> __nVar ; //8
std::cout << " 8.nVar " << __nVar<< std::endl;
configuration_file >> __nObj ; //9
std::cout << " 9.nObj " << __nObj<< std::endl;
configuration_file >> __LL ; //10
std::cout << " 10.n_of_loops " << __LL<< std::endl;
configuration_file >> __EL ; //11
std::cout << " 11.n_of_evaluations " << __EL<< std::endl;
configuration_file >> __IL ; //12 : available values HV / HB
std::cout << " 12.n_of_consecutive_improvements " << __IL<< std::endl;
configuration_file >> __assessment ; //13
std::cout << " 13.assessment " << __assessment<< std::endl;
configuration_file >> __nRegions ; //14
std::cout << " 14.nRegions " << __nRegions<< std::endl;
configuration_file >> __STM_size ; //15
std::cout << " 15.STM_size " << __STM_size<< std::endl;
configuration_file >> __logtype ; //16 - available values full/quick
std::cout << " 16.LogType " << __logtype<< std::endl;
configuration_file >> __starting_point ; //17
std::cout << " 17.Starting point " << __starting_point << std::endl;
if( __starting_point==0)
std::cout << "\t Starting point is assigned randomly!" << std::endl;
else
std::cout << "\t Starting point is by user from the file datum_design_vector.txt" << std::endl;
if(-1<__starting_point && __starting_point<0){
std::cout << "\t\tInitial sampling was activated, too!" << std::endl;
}
configuration_file >> __maximum_improvements;
std::cout << " 18.maximum_improvements " << __maximum_improvements<< std::endl;
configuration_file >> __maximum_duplicates;
std::cout << " 19.maximum_duplicates " << __maximum_duplicates<< std::endl;
configuration_file.close();
std::cout << "configuration file read! " << std::endl;
}else{
