/// <summary>
/// not-implemented yet subroutine of getting a problem to solve
/// and transforming it into the byte data
/// </summary>
/// <returns></returns>
public void GetProblem()
{
Console.WriteLine("Provide path to problem instance please..");
var problemPath = Console.ReadLine();
var problemParser = new DVRPProblemParser(problemPath);
var problem = problemParser.Parse();
data = _problemConverter.ToByteArray(problem);
type = "DVRP";
}
public void ProblemFromGeneratorParsingTest2()
{
var parser = new DVRPProblemParser("io2_5_plain_a_D.vrp");
DVRPProblemInstance problem = parser.Parse();
Assert.AreEqual(problem.Visits.Count, 5);
Assert.AreEqual(problem.Visits[3].Location.Y, -10);
Assert.AreEqual(problem.Visits.First().Duration, 20);
Assert.AreEqual(problem.VehicleNumber, 5);
Assert.AreEqual(problem.Depots.First().Location.X, 0);
}
public void DvrpAlgorithmTest()
{
var parser = new DVRPProblemParser("io2_11_plain_a_D.vrp");
var problem = parser.Parse();
var converter = new ProblemToBytesConverter();
problem.VehicleSpeed = 7;
var data = converter.ToByteArray(problem);
var solver = new DVRPTaskSolver(data);
var divides = solver.DivideProblem(0);
var solvePartialProblem = new ConcurrentQueue <byte[]>();
Parallel.ForEach(divides, element =>
{
solvePartialProblem.Enqueue(solver.Solve(element, TimeSpan.Zero));
});
var final = solver.MergeSolution(solvePartialProblem.ToArray());
var finalObj = (DVRPPartialProblemInstance)converter.FromBytesArray(final);
Assert.AreEqual(820.23, Round(finalObj.PartialResult, 2), 2f);
}