public List <BoardPiece> ReturnPossibleTargets(Unit attackingUnitArg)
{
List <BoardPiece> targetPieces = new List <BoardPiece>();
Board.BoardSpace startLocation = mBoardOfPlay.GetBoardSpaceOfToken(attackingUnitArg);
Board testB = mBoardOfPlay;
NodeGrid testG = testB.NodeGrid;
List <SpaceMovement> allDir = testG.ALL_DIRECTIONS;
foreach (SpaceMovement iDir in allDir)
{
Board.BoardSpace spaceWalker = startLocation;
for (int i = 0; i < attackingUnitArg.AttackRange + 1; i++)
{
spaceWalker = mBoardOfPlay.SpaceAtMove(spaceWalker.GetCoords(), iDir);
BoardPiece lPiece = spaceWalker.PieceAt;
bool test1 = lPiece != null;
if (test1)
{
bool test2 = lPiece.Token.TokenID.IDChar != attackingUnitArg.TokenID.IDChar;
}
if (lPiece != null && lPiece.Token.TokenID.IDChar != attackingUnitArg.TokenID.IDChar)
{
if (lPiece.Targetable)
{
targetPieces.Add(spaceWalker.PieceAt);
}
}
}
}
return(targetPieces);
}
//Nodes need to know what their neighbors are for pathfinding to be efficient
public static List <BoardNode> IdentifyNeighbors(NodeGrid gridArg, SpaceCoordinate coordArg)
{
List <BoardNode> lNeighbors = new List <BoardNode>();
foreach (SpaceMovement iMove in gridArg.ALL_DIRECTIONS)
{
SpaceCoordinate possNeighborCoord = coordArg.CoordAtMove(iMove);
BoardNode lNode = gridArg.BoardNodes.Find(x => x.Coordinates.Equals(coordArg));
if (lNode != null)
{
lNeighbors.Add(lNode);
}
}
return(lNeighbors);
}
//===========
//== Board ==
//===========
public Board(int minXArg, int maxXArg, int minYArg, int maxYArg)
{
mNodeGrid = new NodeGrid(minXArg, maxXArg, minYArg, maxYArg);
mBoardSpaces = new List <BoardSpace>();
ConstructSpaces();
}