private bool CheckValidSolutions(SolverState state, SolverNode posibleSolution)
{
var b = state.StaticMaps.WallMap.BitwiseOR(state.StaticMaps.CrateStart);
var f = state.Command.Puzzle.Player.Position;
var path = posibleSolution.PathToRoot();
path.Reverse();
var start = path[0];
var t = start.PlayerAfter;
var first = PathFinder.Find(b, f, t);
return(first != null);
}
private void NewSolutionChain(SolverState state, out bool solution, SolverNode newKid, SolverNode match)
{
solution = true;
state.SolutionsNodesReverse ??= new List <SolutionChain>();
var pair = new SolutionChain
{
ForwardNode = newKid,
ReverseNode = match,
FoundUsing = this
};
state.SolutionsNodesReverse.Add(pair);
state.Command.Debug.Raise(this, SolverDebug.Solution, pair);
foreach (var n in newKid.PathToRoot().Union(match.PathToRoot()))
{
n.Status = SolverNodeStatus.SolutionPath;
}
newKid.Status = SolverNodeStatus.Solution;
match.Status = SolverNodeStatus.Solution;
}
public static Path ConvertForwardNodeToPath(SolverNode node, IBitmap walls)
{
var pathToRoot = node.PathToRoot();
var offset = GeneralHelper.OffsetWalk(pathToRoot);
var r = new Path();
foreach (var pair in offset)
{
var boundry = walls.BitwiseOR(pair.Item1.CrateMap);
var start = pair.Item1.PlayerAfter;
var end = pair.Item2.PlayerBefore;
var walk = PathFinder.Find(boundry, start, end);
if (walk == null)
{
throw new Exception("bad Path\n"); // Not solution
}
r.AddRange(walk);
r.Add(pair.Item2.PlayerAfter - pair.Item2.PlayerBefore);
}
return(r);
}
public static Path ConvertReverseNodeToPath(SolverNode node, IBitmap walls)
{
var pathToRoot = node.PathToRoot();
pathToRoot.Reverse();
pathToRoot.RemoveAt(pathToRoot.Count - 1);
var offset = GeneralHelper.OffsetWalk(pathToRoot);
var r = new Path();
var cc = 0;
foreach (var pair in offset)
{
r.Add(pair.Item1.PlayerBefore - pair.Item1.PlayerAfter);
var boundry = walls.BitwiseOR(pair.Item2.CrateMap);
var start = pair.Item1.PlayerBefore;
var end = pair.Item2.PlayerAfter;
var walk = PathFinder.Find(boundry, start, end);
if (walk == null)
{
throw new Exception(string.Format("Bad Path at {0}, path={1}", cc, r)); // Not solution
}
r.AddRange(walk);
cc++;
}
if (pathToRoot.Count > 1)
{
var last = pathToRoot[pathToRoot.Count - 1];
r.Add(last.CrateBefore - last.CrateAfter);
}
return(r);
}
public static Path ConvertSolutionNodeToPath(SolverNode node, IBitmap walls, Puzzle puzzle)
{
if (node.Evaluator.GetType() == typeof(ReverseEvaluator))
{
var pathToRoot = node.PathToRoot();
pathToRoot.Reverse();
var offset = GeneralHelper.OffsetWalk(pathToRoot).ToList();
var r = new Path();
var cc = 0;
// PuzzleStart to First Push
var b = walls.BitwiseOR(puzzle.ToMap(puzzle.Definition.AllCrates));
var f = puzzle.Player.Position;
var t = pathToRoot[0].PlayerAfter;
var first = PathFinder.Find(b, f, t);
if (first == null)
{
//throw new Exception(string.Format("Bad Path at INIT. {0} => {1}. This is an indicator or a FALSE positive. Ie. An invalid start position.\n{2}", f, t, b)); // Not solution
return(null);
}
r.AddRange(first);
foreach (var pair in offset)
{
if (pair.Item2.Parent == null)
{
break;
}
r.Add(pair.Item1.PlayerBefore - pair.Item1.PlayerAfter);
var boundry = walls.BitwiseOR(pair.Item2.CrateMap);
var start = pair.Item1.PlayerBefore;
var end = pair.Item2.PlayerAfter;
var walk = PathFinder.Find(boundry, start, end);
if (walk == null)
{
throw new Exception($"Bad Path at step {cc}\n"); // Not solution
}
r.AddRange(walk);
//Console.WriteLine("PAIR: {0}", cc);
//Console.WriteLine("{0} => {1}", pair.Item1.PlayerBefore, pair.Item1.PlayerAfter);
//Console.WriteLine(pair.Item1.ToStringDebug());
//Console.WriteLine("{0} => {1}", pair.Item2.PlayerBefore, pair.Item2.PlayerAfter);
//Console.WriteLine(pair.Item2.ToStringDebug());
//var debug = boundry.ToCharMap();
//debug[start] = 'S';
//debug[end] = 'E';
//var d = debug.ToString();
//Console.WriteLine(d);
//Console.WriteLine(r);
cc++;
}
if (pathToRoot.Count > 1)
{
var last = pathToRoot[pathToRoot.Count - 2];
r.Add(last.PlayerBefore - last.PlayerAfter);
}
return(r);
}
return(ConvertForwardNodeToPath(node, walls));
}
