public void AddUnit(CardImpl card, OrientedCell new_cell)
{
var command = commands [cur_command_idx];
if (new_cell != null)
{
UnitImpl unit = new UnitImpl(card, cur_command_idx, new_cell);
SetUnitPlace(new_cell, unit);
command.staff.Add(unit);
if (notificator != null)
{
notificator.UnitAdded(unit);
}
}
command.hand.Remove(card);
command.crystals_count -= card.cost;
if (notificator != null)
{
notificator.PlayerUIUpdated();
}
}
private void CalculateRoute(OrientedCell from, Func <CellCandidate, bool> CheckCand, Func <CellCandidate, bool> NewCand)
{
var candidats = new CandidatesQueue(); //ToDo calculate for giant
bool end = false;
UnitImpl unit = from.cell.unit;
candidats.Enqueue(new CellCandidate(from, 0, null));
while (candidats.Count > 0 && !end)
{
CellCandidate cand = candidats.Dequeue();
if (CheckCand(cand))
{
List <OrientedCell> neighbor_cells = gameboard.GetOneMoveCells(cand.cell_ref, unit);
foreach (var cell in neighbor_cells)
{
CellCandidate cell_cand = candidats.FindCandidate(cell);
if (cell_cand == null || cell_cand.route_cnt > cand.route_cnt + 1)
{
var new_cand = new CellCandidate(cell, cand.route_cnt + 1, cand);
candidats.Enqueue(new_cand);
if (!NewCand(new_cand))
{
end = true;
break;
}
}
}
}
}
}
public UnitImpl(UnitImpl otherUnit)
: base(otherUnit)
{
command_idx = otherUnit.command_idx;
made_move = otherUnit.made_move;
hp = otherUnit.hp;
}
public void SetUnitPlace(OrientedCell oriented_cell, UnitImpl unit)
{
foreach (var cell in GetOccupatedCells(oriented_cell))
{
cell.unit = unit;
if (cell.notificator != null)
{
cell.notificator.UnitAdded(unit);
}
}
}
public List <OrientedCell> GetOneMoveCells(OrientedCell cell, UnitImpl excl_unit) //ToDo it could be optimized
{
List <OrientedCell> ret = null;
if (cell.orientation == OrientedCell.CellOrientation.Default)
{
ret = new List <OrientedCell> (6);
var neigh = GetNeighborCells(cell.cell);
foreach (var neigh_cell in neigh)
{
ret.Add(new OrientedCell {
cell = neigh_cell
});
}
}
else
{
ret = new List <OrientedCell> (4);
GameboardCell[] oc_cell = GetOccupatedCells(cell);
Func <int, int> p = x => (x > 1 ? x - 1 : 3);
Func <int, int> n = x => (x < 3 ? x + 1 : 1);
int o = (int)cell.orientation;
ret.Add(new OrientedCell {
cell = oc_cell[n(o)], orientation = (OrientedCell.CellOrientation)n(o)
});
ret.Add(new OrientedCell {
cell = oc_cell[n(o)], orientation = (OrientedCell.CellOrientation)p(o)
});
ret.Add(new OrientedCell {
cell = oc_cell[p(o)], orientation = (OrientedCell.CellOrientation)n(o)
});
ret.Add(new OrientedCell {
cell = oc_cell[o], orientation = (OrientedCell.CellOrientation)p(o)
});
}
ret.RemoveAll(or_cell => or_cell.cell == null ||
Array.Exists(GetOccupatedCells(or_cell), oc_cell => oc_cell == null ||
(oc_cell.unit != null && oc_cell.unit != excl_unit)));
return(ret);
}
private bool CheckBoard(GameboardImpl board, List <GameboardImpl> uniqueBoards)
{
foreach (GameboardImpl b in uniqueBoards)
{
if (b.commands[0].staff.Count != b.commands[0].staff.Count || b.commands[1].staff.Count != b.commands[1].staff.Count)
{
continue;
}
bool isBreak = false;
for (int n = 0; n < 2; n++)
{
for (int i = 0; i < b.commands[n].staff.Count; i++)
{
UnitImpl unit0 = b.commands[n].staff[i];
UnitImpl unit1 = board.commands[n].staff[i];
if (unit0.id == unit1.id && unit0.hp == unit1.hp &&
unit0.oriented_cell.orientation == unit1.oriented_cell.orientation &&
Math.Abs(unit0.oriented_cell.cell.board_x - unit1.oriented_cell.cell.board_x) < 1 &&
Math.Abs(unit0.oriented_cell.cell.board_y - unit1.oriented_cell.cell.board_y) < 1)
{
continue;
}
isBreak = true;
break;
}
if (isBreak)
{
break;
}
}
if (!isBreak)
{
return(false);
}
}
return(true);
}
public GameboardImpl MakeCopy()
{
GameboardImpl ret = new GameboardImpl();
for (int player_idx = 0; player_idx < players_qty; ++player_idx)
{
ret.commands[player_idx] = new CommandInfo();
foreach (UnitImpl unit in commands[player_idx].staff)
{
UnitImpl new_unit = new UnitImpl(unit);
new_unit.oriented_cell.orientation = unit.oriented_cell.orientation;
new_unit.oriented_cell.cell = ret.cells[unit.oriented_cell.cell.board_x, unit.oriented_cell.cell.board_y];
SetUnitPlace(new_unit.oriented_cell, new_unit);
//ToDo check for something else
ret.commands[player_idx].staff.Add(new_unit);
}
ret.commands[player_idx].crystals_count = commands[player_idx].crystals_count;
ret.commands[player_idx].crystals_inc = commands[player_idx].crystals_inc;
foreach (CardImpl cardImpl in commands[player_idx].hand)
{
ret.commands[player_idx].hand.Add(new CardImpl(cardImpl));
}
foreach (CardImpl cardImpl in commands[player_idx].deck)
{
ret.commands[player_idx].deck.Add(new CardImpl(cardImpl));
}
}
ret.cur_command_idx = cur_command_idx;
return(ret);
}
private List <MoveInfo>[] GetMovesByDistForWalkerMode(GameboardImpl board, UnitImpl unit, bool isMax) //ToDo: move it to AIHelper
{
//1:
int oldSpeed = unit.speed;
unit.speed = 100;
DateTime t0 = DateTime.Now;
List <Move> simpleMoves = unit.GetMoves(board);
getMovesCount++;
getMoves += (DateTime.Now - t0).TotalMilliseconds;
unit.speed = oldSpeed;
List <MoveInfo> moves = new List <MoveInfo>();
//2:
int maxDist = 0;
foreach (Move move in simpleMoves)
{
MoveInfo moveInfo = new MoveInfo(move);
moves.Add(moveInfo);
t0 = DateTime.Now;
//2.1:
moveInfo.board = board.MakeCopy();
move.MakeMove(moveInfo.board);
makeMoveCount++;
makeMoves += (DateTime.Now - t0).TotalMilliseconds;
//2.1:
c++;
moveInfo.weight = AIHelper.GetBoardWeight(moveInfo.board, isMax);
//2.2:
moveInfo.distance = (int)Math.Ceiling(move.Steps / (double)oldSpeed);
if (moveInfo.distance == 0)
{
moveInfo.distance = 1;
}
if (moveInfo.distance > maxDist)
{
maxDist = moveInfo.distance;
}
}
maxDist++; //it because array size will be count + 1
//3:
List <MoveInfo>[] movesByDist = new List <MoveInfo> [maxDist];
for (int i = 0; i < maxDist; i++)
{
movesByDist[i] = new List <MoveInfo>();
}
foreach (MoveInfo move in moves)
{
movesByDist[move.distance].Add(move);
}
return(movesByDist);
}
private List <MoveInfo> GetBestMoves(GameboardImpl board, UnitImpl unit, bool isMax)
{
List <MoveInfo>[] movesByDist = GetMovesByDistForWalkerMode(board, unit, isMax);
//3:
int maxDist = movesByDist.Length;
List <MoveInfo>[] bestMovesByDist = new List <MoveInfo> [maxDist];
for (int i = 1; i < maxDist; i++)
{
bestMovesByDist[i] = new List <MoveInfo>();
double bestW = isMax ? double.MinValue : double.MaxValue;
foreach (MoveInfo move in movesByDist[i])
{
if ((isMax && move.weight > bestW) ||
(!isMax && move.weight < bestW))
{
bestW = move.weight;
}
}
foreach (MoveInfo move in movesByDist[i])
{
if (move.weight == bestW)
{
bestMovesByDist[i].Add(move);
}
}
}
//4:
//and 5 and 6:
c++;
double bestWeight = AIHelper.GetBoardWeight(board, isMax);
int bestNearestDistIndex = 1;
int bestDistIndex = 1;
for (int i = 1; i < maxDist; i++)
{
double w = bestMovesByDist[i][0].weight;
if ((isMax && w > bestWeight) ||
(!isMax && w < bestWeight))
{
bestWeight = w;
bestDistIndex = i;
if (bestNearestDistIndex == 1)
{
bestNearestDistIndex = i;
}
}
}
List <MoveInfo> res = new List <MoveInfo>();
if (bestNearestDistIndex == 1)
{
//Random rand = new Random();
//int index = rand.Next(bestMovesByDist[1].Count);
res.Add(bestMovesByDist[1][bestMovesByDist[1].Count - 1]);
}
else
{
MoveInfo moveInfo = BestMoveForGoToTargetCell(movesByDist[1], bestMovesByDist[bestNearestDistIndex], bestNearestDistIndex - 1, unit.speed);
res.Add(moveInfo);
}
if (bestNearestDistIndex != bestDistIndex)
{
MoveInfo moveInfo = BestMoveForGoToTargetCell(movesByDist[1], bestMovesByDist[bestDistIndex], bestDistIndex - 1, unit.speed);
if (res[0] != moveInfo)
{
res.Add(moveInfo);
}
}
return(res);
}
