public List <string> CreateSaveText()
{
saveText.Add(elementsBounds.GamePlaneBounds.ToString() + " is GamePlaneBounds");
saveText.Add(saveSystemBoundary.FindStartPlaceForPathFinding().Index + "is StartPlaceForPathFinding");
saveText.Add(saveSystemBoundary.FindDestinationPlaceForPathFinding().Index + "is DestinationPlaceForPathFinding");
saveText.Add(planeBuilder.IntagerNumberOfMazeElementsOnXAndY.ToString() + " is IntagerNumberOfElementsOnXAndY");
for (int i = 0; i < planeBuilder.IntagerNumberOfMazeElementsOnXAndY.x; i++)
{
for (int j = 0; j < planeBuilder.IntagerNumberOfMazeElementsOnXAndY.y; j++)
{
if (planeBuilder.GetFromMazeArray(i, j).IsMazeWall)
{
string mazeElementIndex = planeBuilder.GetFromMazeArray(i, j).Index.ToString();
saveText.Add(mazeElementIndex + " is maze wall element");
}
}
}
return(saveText);
}
public virtual IPathFindAlgo CreatePathFindAlgo(
EPathFindAlgorithms ePathFindAlgorithm,
IMazeSpecialElementsSeeker pathFindAlgoBoundary,
List <IMazeElement> pathFromStartToEnd,
IPlaneBuilder planeBuilder,
List <IMazeElement> unexploredMazeElementsList,
List <IMazeElement> openList,
List <IMazeElement> closeList,
IPathFindProcessMetric pathFindProcessMetric)
{
PathFindAlgo pathFindAlgo = null;
switch (ePathFindAlgorithm)
{
case EPathFindAlgorithms.DijkstraAlgorithm:
pathFindAlgo = new PathFindAlgo(
pathFindAlgoBoundary,
pathFromStartToEnd,
new DijkstraPathFinder(
planeBuilder,
new UnexploredMazeElements(
planeBuilder,
unexploredMazeElementsList),
pathFindAlgoBoundary.FindStartPlaceForPathFinding(),
pathFindAlgoBoundary.FindDestinationPlaceForPathFinding(),
pathFindProcessMetric),
new MazeRestarter(
planeBuilder));
break;
case EPathFindAlgorithms.EuclideanAStar:
pathFindAlgo = new PathFindAlgo(
pathFindAlgoBoundary,
pathFromStartToEnd,
new AStarPathFinder(
pathFindAlgoBoundary.FindStartPlaceForPathFinding(),
pathFindAlgoBoundary.FindDestinationPlaceForPathFinding(),
new OpenCloseListController(
openList,
closeList),
new NeighboursPathFindParametersProcessor(
planeBuilder,
pathFindAlgoBoundary.FindDestinationPlaceForPathFinding(),
new AStarEuclideanDistanceHeuristic()),
pathFindProcessMetric),
new MazeRestarter(
planeBuilder));
break;
case EPathFindAlgorithms.ManhattanAStar:
pathFindAlgo = new PathFindAlgo(
pathFindAlgoBoundary,
pathFromStartToEnd,
new AStarPathFinder(
pathFindAlgoBoundary.FindStartPlaceForPathFinding(),
pathFindAlgoBoundary.FindDestinationPlaceForPathFinding(),
new OpenCloseListController(
openList,
closeList),
new NeighboursPathFindParametersProcessor(
planeBuilder,
pathFindAlgoBoundary.FindDestinationPlaceForPathFinding(),
new AStarManhattanDistanceHeuristic()),
pathFindProcessMetric),
new MazeRestarter(
planeBuilder));
break;
}
return(pathFindAlgo);
}
public void AppointPath()
{
mazeElementsPathFindParametersRestarter.RestartMazeElementsParameters();
pathFromStartToEnd = FindPath();
PathDrawer.DrawPathFromStartToEnd(pathFindAlgoBoundary.FindDestinationPlaceForPathFinding());
}
