static void Main(string[] args)
{
String filename = @"C:\Users\Augusto Baffa\workspace\FixedCostTransportationGame\rsc\test\N104.DAT";
FCTPGraph g = InstanceConverter.convert(filename);
RuntimeSolver solver = new RuntimeSolver();
Dictionary <EdgePair, double> l = solver.Solve(g);
foreach (EdgePair ep in l.Keys)
{
Console.Out.WriteLine(ep.ToString() + "\t" + l[ep]);
}
}
public void matchOn(FileInfo child, List <string> players)
{
FCTPGraph problem =
InstanceConverter.convert(
child.FullName);
log("Match " + problem.Name);
//Initialize Edge Auction
EdgeAuction auction = new EdgeAuction(problem, GamePlay.U, players); // GamePlay.U - Gets Constant Factor K = 20 (U = K on problem description)
//int edgesPerRound = computeEdgesPerRound(problem, players.Count);
//log(edgesPerRound + " edges per round");
//String msg = "instance " + problem.Name + " " + edgesPerRound;
playRound(child.Name, auction, GamePlay.round); // GamePlay.round - Gets the current round number.
Dictionary <String, Double> instancePayoffs = auction.getPayoffMap();
foreach (HandleClient c in GamePlay.socket.ClientList) // GamePlay.socket.ClientList - Gets list of players
{
String s = c.player.name;
if (instancePayoffs.ContainsKey(c.player.name))
{
c.player.SetScore(instancePayoffs[s]);
if (!payoffs.ContainsKey(s))
{
payoffs.Add(s, instancePayoffs[s]);
}
else
{
payoffs[s] = payoffs[s] + instancePayoffs[s];
}
}
}
log("PARTIAL");
String partial = getSortedPayoffMapMsg(payoffs);
log(partial);
}
