private static void Run20Tests(Tuple <HexagonalTileSearchProblem, ManualResetEvent, int, int> Param)
{
HexagonalTileSearchProblem problem = Param.Item1;
ManualResetEvent doneEvent = Param.Item2;
int ConfigurationNumber = Param.Item3;
int TestSequenceNumber = Param.Item4;
int RegenPaths = 5;
SearchResults[] results = new SearchResults[Algos.Count()];
for (int i = 0; i < 20; i++, TestSequenceNumber++)
{
RegenPaths = 5;
Log.Status(string.Format("Test({0}) - Generating Problem {1}...", ConfigurationNumber, TestSequenceNumber));
problem.Reset();
SearchResults sr = Algos[0].Search(problem);
while (sr.Solved != true)
{
if (RegenPaths == 0)
{
Log.Status(string.Format("Test({0}) - Problem {1} Not Solvable, regenerating...", ConfigurationNumber, TestSequenceNumber));
problem.Reset();
RegenPaths = 5;
}
else
{
Log.Status(string.Format("Test({0}) - Reselecting Start/Goal...", ConfigurationNumber, TestSequenceNumber));
problem.SelectRandomStartAndGoal();
}
sr = Algos[0].Search(problem);
RegenPaths--;
}
Log.Status(string.Format("Test({0} : {1}) - Applying Search Algorithms...", ConfigurationNumber, TestSequenceNumber));
int a = 0;
foreach (ISearchAlgorithm al in Algos)
{
results[a] = al.Search(problem);
CompleteTests++;
Log.Success(string.Format("# {0:000.000}% #", (CompleteTests * 1.0) / TotalTests * 100));
a++;
}
WriteResultsToCSV(TestSequenceNumber, problem, results);
}
doneEvent.Set();
}
