public void PostSolutionsForSameProblems3()
{
var repo = new ProblemsRepo();
var solutions = new Dictionary <int, Tuple <string, double, int> >();
Console.Out.WriteLine($"calculating");
foreach (var problemSpec in repo.GetAll().Where(p => repo.FindSolution(p.id) != null))
{
var perms = GetAllPerms(problemSpec);
var polygonsHashCode = perms.Select(p => p.MoveToOrigin().GetPolygonsHashCode()).ToList().Min();
Tuple <string, double, int> prev;
if (!solutions.TryGetValue(polygonsHashCode, out prev) || prev.Item2 < repo.GetProblemResemblance(problemSpec.id))
{
solutions[polygonsHashCode] = Tuple.Create(repo.FindSolution(problemSpec.id), repo.GetProblemResemblance(problemSpec.id), problemSpec.id);
}
}
foreach (var problemSpec in repo.GetAll())
{
var perms = GetAllPerms(problemSpec);
var polygonsHashCode = perms.Select(p => p.MoveToOrigin().GetPolygonsHashCode()).ToList().Min();
Tuple <string, double, int> best;
if (solutions.TryGetValue(polygonsHashCode, out best))
{
if (repo.GetProblemResemblance(problemSpec.id) < best.Item2)
{
Console.Out.Write($"{problemSpec.id} -> {best.Item3}: ");
Console.Out.Write($"{repo.GetProblemResemblance(problemSpec.id)} -> {best.Item2}");
Console.Out.WriteLine();
}
}
// ProblemsSender.Post(new SolutionSpec(best.Item1), problemSpec.id, pack: false);
}
}
public void PostSolutionsForSameProblems()
{
var repo = new ProblemsRepo();
var solutions = new Dictionary <int, Tuple <string, double, int> >();
foreach (var problemSpec in repo.GetAll().Where(p => repo.FindSolution(p.id) != null))
{
var polygonsHashCode = problemSpec.GetPolygonsHashCode();
Tuple <string, double, int> prev;
if (!solutions.TryGetValue(polygonsHashCode, out prev) || prev.Item2 < repo.GetProblemResemblance(problemSpec.id))
{
solutions[polygonsHashCode] = Tuple.Create(repo.FindSolution(problemSpec.id), repo.GetProblemResemblance(problemSpec.id), problemSpec.id);
}
}
foreach (var problemSpec in repo.GetAll())
{
var polygonsHashCode = problemSpec.GetPolygonsHashCode();
Tuple <string, double, int> best;
if (solutions.TryGetValue(polygonsHashCode, out best) && repo.GetProblemResemblance(problemSpec.id) < best.Item2)
{
Console.Write($"{problemSpec.id}->{best.Item3}: ");
ProblemsSender.Post(new SolutionSpec(best.Item1), problemSpec.id, pack: false);
Console.WriteLine();
}
}
}
public void CalcImperfectScore2()
{
var repo = new ProblemsRepo();
var c = repo.GetAllNotSolvedPerfectly().Count();
Console.WriteLine(c);
Console.WriteLine(repo.GetAll().Count());
}
public void DoSomething_WhenSomething()
{
var repo = new ProblemsRepo();
var apiClient = new ApiClient();
foreach (var problemSpec in repo.GetAll()
.Where(x => repo.GetProblemResemblance(x.id) == 1.0)
.Reverse().Take(3))
{
Console.Out.WriteLine(problemSpec.id);
var solutionSpec = ConvexPolygonSolver.TrySolveSingleProblem(problemSpec);
if (solutionSpec != null)
{
var response = apiClient.PostSolution(problemSpec.id, solutionSpec.Normalize().Pack());
Console.Out.WriteLine(response);
}
}
}
public void CalculateOurScore()
{
var repo = new ProblemsRepo();
var sn = repo.GetSnapshot(null);
var ourScore1 = 0.0;
var ourScore2 = 0.0;
var ourScore3 = 0.0;
foreach (var pr in sn.Problems)
{
var solutions = pr.Ranking.Count(r => r.resemblance == 1.0);
var part = pr.SolutionSize / (solutions + 1.0);
var myR = repo.GetProblemResemblance(pr.Id);
if (myR == 1.0)
{
ourScore1 += part;
}
else
{
var rSum = pr.Ranking.Where(r => r.resemblance != 1.0).Sum(r => r.resemblance);
ourScore2 += part * myR / rSum;
}
if (pr.Owner == "89")
{
ourScore3 += (5000 - pr.SolutionSize) / Math.Max(6, solutions + 1.0);
}
}
Console.WriteLine(ourScore1);
Console.WriteLine(ourScore2);
Console.WriteLine(ourScore3);
Console.WriteLine(ourScore1 + ourScore2 + ourScore3);
var prCount = repo.GetAll().Count();
var noSolvedCount = repo.GetAllNotSolvedPerfectly().Count();
Console.WriteLine(prCount - noSolvedCount);
Console.WriteLine(prCount);
}
private object[] GetItems(Func <IEnumerable <ProblemListItem>, IEnumerable <ProblemListItem> > sortAndFilter)
{
IEnumerable <ProblemListItem> allItems = repo.GetAll().Select(CreateItem);
return(sortAndFilter(allItems).Cast <object>().ToArray());
}
