private MovementPath getPath(Map Map, List <int> pathCell)
{
pathCell.Reverse();
MovementPath Path = new MovementPath();
int current = 0;
int child = 0;
int PMUsed = 0;
if (pathCell.Count > 1)
{
Path.AddCell(pathCell[0], Pathfinder.GetDirection(Map, pathCell[0], pathCell[1]));
}
for (int i = 0; i <= pathCell.Count - 2; i++)
{
PMUsed++;
if ((PMUsed > nombreDePM))
{
Path.MovementLength = nombreDePM;
return(Path);
}
current = pathCell[i];
child = pathCell[i + 1];
Path.AddCell(child, Pathfinder.GetDirection(Map, current, child));
}
Path.MovementLength = PMUsed;
return(Path);
}
public static List <int> GetCells(Map Map, int Cell, int CurrentCell, string Range)
{
switch (Range[0])
{
case 'C':
return(GetCircleCells(Map, Cell, MapCrypter.HASH.IndexOf(Range[1])));
case 'X':
return(GetCrossCells(Map, Cell, MapCrypter.HASH.IndexOf(Range[1])));
case 'T':
var Cells1 = new List <int> {
Cell
};
Cells1.AddRange(GetTLineCells(Map, Cell, Pathfinder.GetDirection(Map, CurrentCell, Cell), MapCrypter.HASH.IndexOf(Range[1])));
return(Cells1);
case 'L':
var Cells2 = new List <int> {
Cell
};
Cells2.AddRange(GetLineCells(Map, Cell, Pathfinder.GetDirection(Map, CurrentCell, Cell), MapCrypter.HASH.IndexOf(Range[1])));
return(Cells2);
}
return(new List <int>()
{
Cell
});
}
public static string CreateStringPath(int baseCell, int baseDir, List <int> cells, Map map)
{
string path = GetDirChar(baseDir) + GetCellChars(baseCell);
foreach (int cell in cells)
{
path += GetDirChar(Pathfinder.GetDirection(map, baseCell, cell)) + GetCellChars(cell);
baseCell = cell;
}
return(path);
}
public static bool CellsInSameLineFight(Map Map, int BeginCell, int EndCell, int BaseDirection)
{
int BaseDirectionOpp = Pathfinder.OppositeDirection(BaseDirection);
int dir = Pathfinder.GetDirection(Map, BeginCell, EndCell);
if (dir > 3)
{
Logger.Info("Dir > 3!!");
return(false);
}
return(dir == BaseDirection || dir == BaseDirectionOpp);
}