public async void optimizeGAP()
{
if (P.checkFile())
{
P.setGFromFile();
}
else
{
double[] list = await getPrevisionsList("arima_forecast.py");
P.setGFromData(list);
}
P.readGAPinstance(this.dbPath);
GAPclass G = P.getG();
double zub = G.simpleContruct();
Trace.WriteLine($"Constructive, zub = {zub}");
zub = G.opt10(G.c);
Trace.WriteLine($"Local search, zub = {zub}");
zub = G.TabuSearch(30, 100);
Trace.WriteLine($"Tabu search, zub = {zub}");
}
public async void optimizeGAP(string dbPath)
{
readGAPinstance(dbPath);
if (File.Exists("GAPreq.dat"))
{
string[] txtData = File.ReadAllLines("GAPreq.dat");
GAP.req = Array.ConvertAll <string, int>(txtData, new Converter <string, int>(i => int.Parse(i)));
}
else
{
await sarimaForecasts(dbPath);
File.WriteAllLines("GAPreq.dat", GAP.req.Select(x => x.ToString()));
}
double zub = GAP.simpleConstruct();
Trace.WriteLine($"Constructive, zub = {zub}");
zub = GAP.opt10(GAP.c);
Trace.WriteLine($"Local search, zub = {zub}");
zub = GAP.tabuSearch(30, 1000);
Trace.WriteLine($"Tabu search, zub = {zub}");
}
public double GetOpt10Value()
{
return(G.opt10(G.c));
}