public void moveCurrentPlayer(Location location)
{
if (isLocationOccupied(location))
{
Debug.Log("Can't move to occupied locaiton");
return;
}
//Get the player that wants to move
Player mover = players[currentPlayerIndex];
//Get the current location
Location current = mover.getLocation();
//Remove the highlighted tiles
removeTileHighlights();
//Get the movement
List <Tile> tiles = TilePathFinder.FindPath(map[current.X][current.Y], map[location.X][location.Y]);
foreach (Tile t in tiles)
{
mover.positionQueue.Add(map[(int)t.gridPosition.x][(int)t.gridPosition.y].transform.position + 1.5f * Vector3.up);
}
//Let the player know he has moved
mover.move(location);
//Update the grid
grid[current.X, current.Y] = null;
grid[location.X, location.Y] = mover;
}
private void mapHeightsInitialize()
{
mapHeights1D = new float[maxX * maxY];
mapHeights = new float[maxX, maxY];
for (int i = 0; i < maxX; i++)
{
for (int k = 0; k < maxY; k++)
{
mapHeights[i, k] = UnityEngine.Random.Range(0, 5);
if (mapHeights[i, k] < 1f)
{
mapHeights[i, k] = 0f;
}
if (mapHeights[i, k] > 0)
{
GameObject.Instantiate(originalTile, new Vector3((float)i, 0, (float)k), new Quaternion());
}
mapHeights1D[maxX * i + k] = mapHeights[i, k];
}
}
tiles = GameObject.FindGameObjectsWithTag("Tile");
tileInitializer = new TileInitializer[tiles.Length];
tilePathFinder = new TilePathFinder[tiles.Length];
mapHeights1DCleaned = mapHeights1D.Where(val => val != 0).ToArray();
}
private Tile retiradaDaBatalhaDaAI(Tile tileDeOrigem)
{
if (tileDeOrigem.vizinhos.Count != 4)
{
return(tileDeOrigem);
}
List <TilePath> pathsParaRetirada = new List <TilePath>();
List <Tile> movementTiles = TileHighlight.FindHighlight(tileDeOrigem, unidadeAssociada.status[3]);
foreach (Tile tilePossivelDeRetirar in BatalhaController.instancia.locaisDeRetiradaInimiga.Where(tile => movementTiles.Contains(tile)))
{
pathsParaRetirada.Add(TilePathFinder.FindPathTilePathReturn(tileDeOrigem, tilePossivelDeRetirar));
}
List <Tile> caminhoEscolhido = pathsParaRetirada.First(tilePath => tilePath.custoDoCaminho == pathsParaRetirada.Min(custos => custos.custoDoCaminho)).listaDeTiles;
for (int i = caminhoEscolhido.Count - 1; i >= 0; i--)
{
if (movementTiles.Contains(caminhoEscolhido[i]))
{
return(caminhoEscolhido[i]);
}
}
return(null);
}
public void moveCurrentPlayer(Tile destTile)
{
if (destTile.visual.transform.GetComponent <Renderer>().materials[0].color != Color.white && !destTile.impassible && players[currentPlayerIndex].positionQueue.Count == 0)
{
removeTileHighlights();
players[currentPlayerIndex].moving = false;
foreach (Tile t in TilePathFinder.FindPath(map[(int)players[currentPlayerIndex].gridPosition.x][(int)players[currentPlayerIndex].gridPosition.y], destTile, players.Where(x => x.gridPosition != destTile.gridPosition && x.gridPosition != players[currentPlayerIndex].gridPosition).Select(x => x.gridPosition).ToArray()))
{
players[currentPlayerIndex].positionQueue.Add(new Vector3(
t.transform.position.x,
players[currentPlayerIndex].transform.position.y,
t.transform.position.z
));
Debug.Log("map Position: x = " + map[(int)t.gridPosition.x][(int)t.gridPosition.y].transform.position.x
+ "; y = " + map[(int)t.gridPosition.x][(int)t.gridPosition.y].transform.position.y + "; z = " + map[(int)t.gridPosition.x][(int)t.gridPosition.y].transform.position.z);
Debug.Log("tile Position: x = " + t.gameObject.transform.position.x + "; y = " + t.gameObject.transform.position.y + "; z = " + t.gameObject.transform.position.z);
Debug.Log("player Position: x = " + players[currentPlayerIndex].gameObject.transform.position.x + "; y = " + players[currentPlayerIndex].gameObject.transform.position.y
+ "; z = " + players[currentPlayerIndex].gameObject.transform.position.z);
//t.visual.transform.GetComponent<Renderer>().sharedMaterial = materials[2];
//Debug.Log("(" + players[currentPlayerIndex].positionQueue[players[currentPlayerIndex].positionQueue.Count - 1].x + "," + players[currentPlayerIndex].positionQueue[players[currentPlayerIndex].positionQueue.Count - 1].y + ")");
}
players[currentPlayerIndex].gridPosition = destTile.gridPosition;
}
else
{
Debug.Log("destination invalid");
//destTile.visual.transform.GetComponent<Renderer>().materials[0].color = Color.cyan;
}
}
public void moveCurrentPlayer(GameTile destTile)
{
if (destTile.transform.GetComponent <Renderer>().material.color == instance.blueColor)
{
bool canMove = true;
foreach (Player enemy in players)
{
if (enemy.gridPosition == destTile.gridPosition)
{
canMove = false;
Debug.Log("Two players cannot occupy the same space");
}
}
if (canMove)
{
players[currentPlayerIndex].moveDestination = destTile.transform.position + new Vector3(0, 0, -1.5f);
players[currentPlayerIndex].moving = false;
foreach (GameTile tile in TilePathFinder.FindPath(map[(int)players[currentPlayerIndex].gridPosition.x][(int)players[currentPlayerIndex].gridPosition.y], destTile).tiles)
{
players[currentPlayerIndex].positionQueue.Add(map[(int)tile.gridPosition.x][(int)tile.gridPosition.y].transform.position);
}
players[currentPlayerIndex].gridPosition = destTile.gridPosition;
foreach (Vector3 tile in players[currentPlayerIndex].positionQueue)
{
players[currentPlayerIndex].moveDestination = tile + new Vector3(0, 0, -2.5f);
}
}
}
else
{
Debug.Log("You cannot move that far.");
}
}
// Use this for initialization
void Start()
{
getDataFromBase();
tilePathFinder = GetComponent <TilePathFinder>();
pathFinder = GameObject.Find("GameManager").GetComponent <PathFinder>();
inputManager = GameObject.Find("GameManager").GetComponent <InputManager>();
height = tileTransform.localScale.y;
}
public void setAdjacentTiles(ref GameObject tile0)
{
adjacentTiles = new GameObject[1];
adjacentTiles[0] = tile0;
adjacentTilePathFinder = new TilePathFinder[1];
adjacentTilePathFinder[0] = adjacentTiles[0].GetComponent <TilePathFinder>();
setDataInBase();
}
public void FindFirst_5x5EmptyMap_FindsPath()
{
TilePathFinder pathfinder = new TilePathFinder((TileWorld)this.World);
var start = new TilePosition(new Point(0, 0));
var goal = new TilePosition(new Point(0, -2));
Path <TileWorld, TilePosition> foundPath;
var hasPath = pathfinder.FindFirst(start, goal, out foundPath);
Assert.IsTrue(hasPath);
}
public void FindFirst_5x5EmptyMap_FindsPath()
{
TilePathFinder pathfinder = new TilePathFinder((TileWorld)this.World);
var start = new TilePosition(new Point(0, 0));
var goal = new TilePosition(new Point(0, -2));
Path<TileWorld, TilePosition> foundPath;
var hasPath = pathfinder.FindFirst(start, goal, out foundPath);
Assert.IsTrue(hasPath);
}
bool CanFinishPathInMoves(int moves, List <List <Tile> > paths)
{
int range = moves * getMove().GetMoveRange();
foreach (List <Tile> path in paths)
{
if (TilePathFinder.GetPathLengthForUnit(m_unit, path) <= range)
{
return(true);
}
}
return(false);
}
// Start is called before the first frame update
void Start()
{
if (rb == null)
{
rb = gameObject.GetComponent <Rigidbody2D>();
}
if (pathFinder == null)
{
pathFinder = GameObject.Find("Grid").GetComponent <TilePathFinder>();
}
target = GameObject.Find("Player");
RecalculatePath();
}
public void setAdjacentTiles(ref GameObject tile0, ref GameObject tile1, ref GameObject tile2)
{
adjacentTiles = new GameObject[3];
adjacentTiles[0] = tile0;
adjacentTiles[1] = tile1;
adjacentTiles[2] = tile2;
adjacentTilePathFinder = new TilePathFinder[3];
adjacentTilePathFinder[0] = adjacentTiles[0].GetComponent <TilePathFinder>();
adjacentTilePathFinder[1] = adjacentTiles[1].GetComponent <TilePathFinder>();
adjacentTilePathFinder[2] = adjacentTiles[2].GetComponent <TilePathFinder>();
setDataInBase();
}
public void moveCurrentPlayer(Tile destinationTile)
{
if (destTile.Rend.Color != Color.white && !destTile.imPassable)
{
RemoveTileHightlights();
foreach (Tile t in TilePathFinder.FindPath(map[(int)players[PlayerIndex].GridPosition.x][(int)players[PlayerIndex].GridPosition.y]), destTile, players.Where(x => x.GridPosition != players[PlayerIndex].GridPosition).Select(x => x.GridPosition).toArray())
{
players[PlayerIndex].positionQueue.Add(map[(int)t.GridPosition.x][(int)t.GridPosition.y].transform.position + 1.5f + Vector3.up);
}
players[PlayerIndex].GridPosition = destTile.GridPosition;
players[PlayerIndex].positionQueue.Reverse();
}
else
{
Debug.Log("Destination invalid");
}
}
private void moveCurrentPlayer()
{
if (destTile.visual.transform.GetComponent <Renderer>().materials[0].color != Color.white && !destTile.impassible && players[currentPlayerIndex].positionQueue.Count == 0)
{
removeTileHighlights();
foreach (Tile t in TilePathFinder.FindPath(map[(int)players[currentPlayerIndex].gridPosition.x][(int)players[currentPlayerIndex].gridPosition.y], destTile, players.Where(x => x.gridPosition != destTile.gridPosition && x.gridPosition != players[currentPlayerIndex].gridPosition).Select(x => x.gridPosition).ToArray()))
{
players[currentPlayerIndex].positionQueue.Add(map[(int)t.gridPosition.x][(int)t.gridPosition.y].transform.position + 1.5f * Vector3.up);
Debug.Log("(" + players[currentPlayerIndex].positionQueue[players[currentPlayerIndex].positionQueue.Count - 1].x + "," + players[currentPlayerIndex].positionQueue[players[currentPlayerIndex].positionQueue.Count - 1].y + ")");
}
players[currentPlayerIndex].gridPosition = destTile.gridPosition;
}
else
{
destTile.visual.transform.GetComponent <Renderer>().materials[0].color = Color.cyan;
}
}
void CreatePassage(Room roomA, Room roomB, Tile tileA, Tile tileB)
{
Room.ConnectRooms(roomA, roomB);
// create a path between the regions
List <Tile> pathToRegions = new List <Tile> ();
pathToRegions = (List <Tile>)TilePathFinder.FindPathBetweenRooms(tileA, tileB, map);
if (pathToRegions != null)
{
foreach (Tile t in pathToRegions)
{
// break the walls between the regions and change the color
t.impassible = false;
t.GetComponent <Renderer>().material.color = Color.white;
}
}
}
public Tile GetFurthestMovibleTileOnPath(List <Tile> path)
{
float longest = 0;
Tile t = null;
for (int i = 0; i < path.Count; i++)
{
List <Tile> sub_path = path.GetRange(0, i + 1);
float length = TilePathFinder.GetPathLengthForUnit(Owner, sub_path);
if (PathWalkable(sub_path) && length > longest)
{
t = path[i];
longest = length;
}
}
return(t);
}
public bool moveCurrentPlayer(Tile destTile)
{
if (destTile.transform.GetComponent <Renderer> ().material.color != Color.white && !destTile.impassible && players[currentPlayerIndex].positionQueue.Count == 0)
{
map[(int)players[currentPlayerIndex].gridPosition.x][(int)players[currentPlayerIndex].gridPosition.y].occupied = false;
removeTileHighlights();
players[currentPlayerIndex].moving = false;
foreach (Tile t in TilePathFinder.FindPath(map[(int)players[currentPlayerIndex].gridPosition.x][(int)players[currentPlayerIndex].gridPosition.y], destTile, players.Where(x => x.gridPosition != players[currentPlayerIndex].gridPosition && x.gridPosition != players[currentPlayerIndex].gridPosition).Select(x => x.gridPosition).ToArray()))
{
players[currentPlayerIndex].positionQueue.Add(map[(int)t.gridPosition.x][(int)t.gridPosition.y].transform.position + 1.5f * Vector3.up);
}
players [currentPlayerIndex].gridPosition = destTile.gridPosition;
destTile.occupied = true;
return(true);
}
else
{
Debug.Log("Destination invalid" + destTile.gridPosition);
return(false);
}
}
public override void AImove()
{
// Search thru list of players and choose closest one
closestPlayerPosition = new Vector2(100, 100);
foreach (PlayerController prey in BoardManager.Boardo.players.Where(y => y.GetType() != typeof(AIPlayer)))
{
Debug.Log(prey.GetType());
if (prey.gridPosition.sqrMagnitude < closestPlayerPosition.sqrMagnitude)
{
this.closestPlayer = prey;
//Debug.Log(prey);
this.closestPlayerPosition = prey.gridPosition;
}
}
moving = true;
attacking = false;
//Debug.Log(closestPlayer);
// Calculate the path to the player
path = TilePathFinder.FindPath(BoardManager.Boardo.map[(int)gridPosition.x][(int)gridPosition.y], BoardManager.Boardo.map[(int)closestPlayer.gridPosition.x][(int)closestPlayer.gridPosition.y]);
Debug.Log(path); // Why is it returning null?
//path.Reverse();
path.ToArray();
if (path[0] != null && path.Count > 1) // If null, is next to player
{
Debug.Log("AI moving to" + path[0].gridPosition);
BoardManager.Boardo.moveCurrentPlayer(path[0]);
this.gridPosition = path[0].gridPosition;
}
else
{
// if next to player turn cannons towards player
AIturn();
}
}
public void TrackDownEnemies(UnidadeNoTabuleiro target, Tile tileDeOrigem)
{
Tile tileDoTarget = BatalhaController.instancia.tabuleiro[(int)target.gridPosition.x][(int)target.gridPosition.y];
//Primeiro Caso, Alvo em Range e não precisa se mover a ele, portanto double attack
gridDeAtaque = true;
gridDeMovimento = false;
if (TileHighlight.FindHighlight(tileDeOrigem, unidadeAssociada.status[4]).Contains(tileDoTarget))
{
BatalhaController.instancia.highlightTilesAt(tileDeOrigem.posicaoNoTabuleiro, BatalhaController.instancia.TileGridAtaque, unidadeAssociada.status[4]);
BatalhaController.instancia.atacarComPlayerAtual(tileDoTarget);
}
//Segundo caso, Alvo não está em range, mas pode ser alcançado com um movimento
else
{
gridDeAtaque = false;
gridDeMovimento = true;
BatalhaController.instancia.highlightTilesAt(tileDeOrigem.posicaoNoTabuleiro, BatalhaController.instancia.TileGridMovimento, unidadeAssociada.status[3]);
//Pegar todos os tiles de movimento possivel
List <Tile> movementTiles = TileHighlight.FindHighlight(tileDeOrigem, unidadeAssociada.status[3]);
//Verificar se algums dos tiles está a uma distancia que a unidade pode atacar após mover
if (movementTiles.Any(tile => Vector2.Distance(tile.posicaoNoTabuleiro, tileDoTarget.posicaoNoTabuleiro) == unidadeAssociada.status[4]))
{
//Pegar qualquer tile cuja distancia para o alvo seja igual ao range maximo do seu ataque
//List<Tile> possiveisParaMovimento = movementTiles.Where(tile => Vector2.Distance(tile.posicaoNoTabuleiro, tileDoTarget.posicaoNoTabuleiro) == unidadeAssociada.status[4]).ToList();
//float maiorDistancia = movementTiles.Max(tile => Vector2.Distance(tileDoTarget.posicaoNoTabuleiro, tile.posicaoNoTabuleiro));
Tile tileParaMoverMaisProximo = movementTiles.First(tile => Vector2.Distance(tile.posicaoNoTabuleiro, tileDoTarget.posicaoNoTabuleiro) == unidadeAssociada.status[4]);
BatalhaController.instancia.verificarTentativaDeMovimento(tileParaMoverMaisProximo);
alvoDeAtaque = target;
}
//Terceiro caso, Muito longe para atacar o inimigo depois do movimento, porntanto so se importar com chegar o mais proximo possivel
else
{
List <Tile> CaminhoMaisCurtoParaOAlvo = null;
foreach (Tile tile in tileDoTarget.vizinhos)
{
if (!tile.ocupado)
{
CaminhoMaisCurtoParaOAlvo = TilePathFinder.FindPathTilesReturn(tileDeOrigem, tile); break;
}
}
if (CaminhoMaisCurtoParaOAlvo == null)
{
BatalhaController.instancia.proximaVez();
return;
}
for (int i = CaminhoMaisCurtoParaOAlvo.Count - 1; i >= 0; i--)
{
if (movementTiles.Contains(CaminhoMaisCurtoParaOAlvo[i]))
{
BatalhaController.instancia.verificarTentativaDeMovimento(CaminhoMaisCurtoParaOAlvo[i]);
break;
}
}
//movementTiles.Any(tile => CaminhoMaisCurtoParaOAlvo.Contains(tile));
}
gridDeMovimento = false;
}
}
public override void Update()
{
GameObject[] gobjs = this.GuiController.GetGameObjectsOnMouse();
GameObject firstter = gobjs.FirstOrDefault(go => go.gameObject.GetComponent <TerrainInformation>() != null);
UnitEntity attackUnit = null;
if (firstter != null)
{
TerrainInformation terinfo = firstter.GetComponent <TerrainInformation>();
TilePosition tilepos = (TilePosition)terinfo.Terrain.Position;
if (tilepos != null && (mousePoint != tilepos.Point && lastpos.Point != tilepos.Point) || refindMouse)
{
refindMouse = false;
var oldMousePath = mousePath;
TilePathFinder path = new TilePathFinder((TileWorld)this.World);
mousePoint = tilepos.Point;
GuiViewHandler view = this.GuiController.GuiView;
Path <TileWorld, TilePosition> foundPath;
bool hasPath;
var entities = this.World.GetEntities(tilepos).OfType <UnitEntity>();
attackUnit = entities.FirstOrDefault(ent => ent.Module <UnitInfoModule>().Controller != this.GuiController.GuiInfo.Player);
RemoveColorOfLastFound();
if (attackUnit == null)
{
hasPath = path.FindFirst(lastpos, tilepos, out foundPath);
this.lastFoundEnemy = null;
}
else
{
Predicate <TilePosition> goalcond = pos =>
{
//var pointP = pos.Point;
//int difx = Math.Abs(pointP.X - mousePoint.X);
//int dify = Math.Abs(pointP.Y - mousePoint.Y);
//int attackrange = unitEntity.Module<AttackModule>().AttackRange;
//return attackrange >= difx && attackrange >= dify;
return(unitEntity.Module <AttackModule>().CanReachPoint(pos.Point, mousePoint));
};
hasPath = path.FindFirst(lastpos, goalcond, pos => new Vector(pos.Point, mousePoint).Distance, out foundPath);
this.lastFoundEnemy = attackUnit;
var gobj = this.GuiController.Factory.GameObjectFromModel(attackUnit);
gobj.renderer.material.color = Color.red;
}
if (hasPath)
{
int movelength = unitEntity.Module <MoveModule>().MoveLength - this.pathLength();
mousePath = new Path <TileWorld, TilePosition>(foundPath.Map, foundPath.Road.Skip(1).Take(movelength));
}
view.drawRoute(mousePath, this.GuiController.GuiInfo.FocusColor);
if (oldMousePath.Map != null)
{
view.unDrawRoute(oldMousePath);
}
}
}
if (Input.GetButtonDown("select_object") && !enemySelected)
{
if (mousePath.Map != null)
{
fullroute.AddLast(mousePath);
if (mousePath.Road.Last != null)
{
this.lastpos = mousePath.Road.Last.Value;
}
this.GuiController.GuiView.unDrawRoute(mousePath);
mousePath = default(Path <TileWorld, TilePosition>);
QueueDeclareAction(this.lastFoundEnemy);
this.enemySelected = this.lastFoundEnemy != null;
//Finished = true;
}
}
else if (Input.GetButtonDown("deselect_object"))
{
enemySelected = false;
fullroute.RemoveLast();
if (fullroute.Count == 0)
{
lastpos = this.unitEntity.PositionAs <TilePosition>();
}
else
{
lastpos = this.fullroute.Last.Value.Road.Last.Value;
}
QueueDeclareAction();
this.refindMouse = true;
}
else if (Input.GetButtonDown("accept") || enemySelected || this.unitEntity.Module <MoveModule>().MoveLength == pathLength())
{
this.unit.renderer.material.color = originalColor;
if (mousePath.Map != null)
{
this.GuiController.GuiView.unDrawRoute(this.mousePath);
}
RemoveColorOfLastFound();
Finished = true;
}
}
public void SetMovementOrders()
{
List <Tile> movementTilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint + 100000);
//heal first i think?
if (this.isHealer)
{
if (!moving && movementTilesInRange.Where(x => GameManager.instance.players.Where(y => y.isOwnedByAI == true && y.HP > 0 && y.HP < 9 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = movementTilesInRange.Select(x => GameManager.instance.players.Where(y => y.isOwnedByAI == true && y.HP > 0 && y.HP < 9 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition && y.HP > 0).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).OrderBy(x => x != null ? TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y]).Count() : 1000).First();
GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].moving = true;
GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].attacking = false;
GameManager.instance.highlightTilesAt(gridPosition, Color.blue, movementPerActionPoint, false, true);
List <Tile> path = TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y], GameManager.instance.players.Where(x => x.gridPosition != gridPosition && x.gridPosition != opponent.gridPosition).Select(x => x.gridPosition).ToArray());
if (path == null)
{
GameManager.instance.removeTileHighlights();
GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].moving = false;
}
else
if (path.Count() > 1)
{
List <Tile> actualMovement = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint, GameManager.instance.players.Where(x => x.gridPosition != gridPosition).Select(x => x.gridPosition).ToArray());
path.Reverse();
if (path.Where(x => actualMovement.Contains(x)).Count() > 0)
{
GameManager.instance.moveCurrentPlayer(path.Where(x => actualMovement.Contains(x)).First());
}
}
}
}
// after healing (or if no healing)
else
if (!moving && movementTilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayerFix) && y.isOwnedByAI != true && y.inStorage != true && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = movementTilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayerFix) && y.isOwnedByAI != true && y.inStorage != true && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition && y.HP > 0).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).OrderBy(x => x != null ? TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y]).Count() : 1000).First();
GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].moving = true;
GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].attacking = false;
GameManager.instance.highlightTilesAt(gridPosition, Color.blue, movementPerActionPoint, false, true);
List <Tile> path = TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y], GameManager.instance.players.Where(x => x.gridPosition != gridPosition && x.gridPosition != opponent.gridPosition).Select(x => x.gridPosition).ToArray());
if (path == null)
{
GameManager.instance.removeTileHighlights();
GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].moving = false;
}
else
if (path.Count() > 1)
{
List <Tile> actualMovement = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint, GameManager.instance.players.Where(x => x.gridPosition != gridPosition).Select(x => x.gridPosition).ToArray());
path.Reverse();
if (path.Where(x => actualMovement.Contains(x)).Count() > 0)
{
GameManager.instance.moveCurrentPlayer(path.Where(x => actualMovement.Contains(x)).First());
}
}
MovementHasBeenSet = true;
// i think we want this in updateunitposition GameManager.instance.aiPlayers[GameManager.instance.currentAIUnitIndex].waiting = true;
}
}
public override void TurnUpdate()
{
if (positionQueue.Count > 0)
{
transform.position += (positionQueue[0] - transform.position).normalized * moveSpeed * Time.deltaTime;
if (Vector3.Distance(positionQueue[0], transform.position) <= 0.1f)
{
transform.rotation = Quaternion.LookRotation((positionQueue [0] - transform.position).normalized, Vector3.up);
Debug.Log("forwardVector" + Quaternion.LookRotation((positionQueue[0] - transform.position).normalized, Vector3.up));
transform.position = positionQueue[0];
positionQueue.RemoveAt(0);
if (positionQueue.Count == 0)
{
moving = true;
}
}
}
else
{
//priority queue
List <Tile> attacktilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], attackRange, true);
//List<Tile> movementToAttackTilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint + attackRange);
List <Tile> movementTilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint + 1000);
//attack if in range and with lowest HP
if (!attacking && attacktilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = attacktilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).First();
GameManager.instance.removeTileHighlights();
GameManager.instance.highlightTilesAt(gridPosition, Color.red, attackRange);
GameManager.instance.attackWithCurrentPlayer(GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y]);
}
else if (!moving && movementTilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = movementTilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).ThenBy(x => x != null ? TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y]).Count() : 1000).First();
GameManager.instance.removeTileHighlights();
GameManager.instance.highlightTilesAt(gridPosition, Color.blue, movementPerActionPoint, false);
List <Tile> path = TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y], GameManager.instance.players.Where(x => x.gridPosition != gridPosition && x.gridPosition != opponent.gridPosition).Select(x => x.gridPosition).ToArray());
if (path == null)
{
GameManager.instance.nextTurn();
}
if (path.Count() > 1)
{
List <Tile> actualMovement = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint, GameManager.instance.players.Where(x => x.gridPosition != gridPosition).Select(x => x.gridPosition).ToArray());
path.Reverse();
if (path.Where(x => actualMovement.Contains(x)).Count() > 0)
{
GameManager.instance.moveCurrentPlayer(path.Where(x => actualMovement.Contains(x)).First());
}
}
}
else if (moving && attacktilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() <= 0)
{
attacking = true;
}
}
base.TurnUpdate();
}
public override void TurnUpdate()
{
if (positionQueue.Count > 0)
{
transform.position += (positionQueue [0] - transform.position).normalized * moveSpeed * Time.deltaTime;
if (Vector3.Distance(positionQueue [0], transform.position) <= 0.1f)
{
transform.position = positionQueue [0];
positionQueue.RemoveAt(0);
if (positionQueue.Count == 0)
{
actionPoints--;
}
}
}
else
{
// queue
// attack if in range and with lowest hp
List <Tile> attacktilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], attackRange);
List <Tile> movementTilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint + 1000);
//attack if in range and with lowest HP
Debug.Log("attackTiles in range are " + attackRange + " and the return is " + attacktilesInRange.Count);
if (attacktilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = attacktilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).First();
GameManager.instance.removeTileHighlights();
moving = false;
attacking = true;
GameManager.instance.highlightTilesAt(gridPosition, Color.red, attackRange);
GameManager.instance.attackWithCurrentPlayer(GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y]);
}
// if not, move towards nearest opponent
else if (!moving && movementTilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = movementTilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).ThenBy(x => x != null ? (TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y],
GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y])) != null ? TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y],
GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y]).Count() : 1000 : 1000).First();
GameManager.instance.removeTileHighlights();
moving = true;
attacking = false;
GameManager.instance.highlightTilesAt(gridPosition, Color.blue, movementPerActionPoint, false);
List <Tile> path = TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y], GameManager.instance.players.Where(x => x.gridPosition != gridPosition && x.gridPosition != opponent.gridPosition).Select(x => x.gridPosition).ToArray());
if (path != null && path.Count() > 1)
{
List <Tile> actualMovement = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint, GameManager.instance.players.Where(x => x.gridPosition != gridPosition).Select(x => x.gridPosition).ToArray());
path.Reverse();
if (path.Where(x => actualMovement.Contains(x)).Count() > 0)
{
GameManager.instance.moveCurrentPlayer(path.Where(x => actualMovement.Contains(x)).First());
}
}
else
{
SkipTurn();
}
}
}
base.TurnUpdate();
}
public override void Update()
{
GameObject[] gobjs = this.GuiController.GetGameObjectsOnMouse();
GameObject firstter = gobjs.FirstOrDefault(go => go.gameObject.GetComponent<TerrainInformation>() != null);
UnitEntity attackUnit = null;
if (firstter != null)
{
TerrainInformation terinfo = firstter.GetComponent<TerrainInformation>();
TilePosition tilepos = (TilePosition)terinfo.Terrain.Position;
if (tilepos != null && (mousePoint != tilepos.Point && lastpos.Point != tilepos.Point) || refindMouse)
{
refindMouse = false;
var oldMousePath = mousePath;
TilePathFinder path = new TilePathFinder((TileWorld)this.World);
mousePoint = tilepos.Point;
GuiViewHandler view = this.GuiController.GuiView;
Path<TileWorld, TilePosition> foundPath;
bool hasPath;
var entities = this.World.GetEntities(tilepos).OfType<UnitEntity>();
attackUnit = entities.FirstOrDefault(ent => ent.Module<UnitInfoModule>().Controller != this.GuiController.GuiInfo.Player);
RemoveColorOfLastFound();
if (attackUnit == null)
{
hasPath = path.FindFirst(lastpos, tilepos, out foundPath);
this.lastFoundEnemy = null;
}
else
{
Predicate<TilePosition> goalcond = pos =>
{
//var pointP = pos.Point;
//int difx = Math.Abs(pointP.X - mousePoint.X);
//int dify = Math.Abs(pointP.Y - mousePoint.Y);
//int attackrange = unitEntity.Module<AttackModule>().AttackRange;
//return attackrange >= difx && attackrange >= dify;
return unitEntity.Module<AttackModule>().CanReachPoint(pos.Point, mousePoint);
};
hasPath = path.FindFirst(lastpos, goalcond, pos => new Vector(pos.Point, mousePoint).Distance, out foundPath);
this.lastFoundEnemy = attackUnit;
var gobj= this.GuiController.Factory.GameObjectFromModel(attackUnit);
gobj.renderer.material.color = Color.red;
}
if (hasPath)
{
int movelength = unitEntity.Module<MoveModule>().MoveLength-this.pathLength();
mousePath = new Path<TileWorld,TilePosition>(foundPath.Map,foundPath.Road.Skip(1).Take(movelength));
}
view.drawRoute(mousePath,this.GuiController.GuiInfo.FocusColor);
if (oldMousePath.Map != null)
view.unDrawRoute(oldMousePath);
}
}
if (Input.GetButtonDown("select_object") && !enemySelected)
{
if(mousePath.Map != null)
{
fullroute.AddLast(mousePath);
if(mousePath.Road.Last != null)
this.lastpos = mousePath.Road.Last.Value;
this.GuiController.GuiView.unDrawRoute(mousePath);
mousePath = default(Path<TileWorld, TilePosition>);
QueueDeclareAction(this.lastFoundEnemy);
this.enemySelected = this.lastFoundEnemy != null;
//Finished = true;
}
}
else if (Input.GetButtonDown("deselect_object"))
{
enemySelected = false;
fullroute.RemoveLast();
if (fullroute.Count == 0)
lastpos = this.unitEntity.PositionAs<TilePosition>();
else
lastpos = this.fullroute.Last.Value.Road.Last.Value;
QueueDeclareAction();
this.refindMouse = true;
}
else if (Input.GetButtonDown("accept") || enemySelected || this.unitEntity.Module<MoveModule>().MoveLength == pathLength())
{
this.unit.renderer.material.color = originalColor;
if(mousePath.Map !=null)
this.GuiController.GuiView.unDrawRoute(this.mousePath);
RemoveColorOfLastFound();
Finished = true;
}
}
public override void TurnUpdate()
{
if (positionQueue.Count > 0)
{
transform.position += (positionQueue[0] - transform.position).normalized * moveSpeed * Time.deltaTime;
if (Vector3.Distance(positionQueue[0], transform.position) <= 0.1f)
{
transform.position = positionQueue[0];
positionQueue.RemoveAt(0);
if (positionQueue.Count == 0)
{
actionPoints--;
}
}
}
else
{
//priority queue
List <Tile> attacktilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], attackRange, true);
//List<Tile> movementToAttackTilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint + attackRange);
List <Tile> movementTilesInRange = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint + 1000);
//attack if in range and with lowest HP
if (attacktilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = attacktilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).First();
GameManager.instance.removeTileHighlights();
moving = false;
attacking = true;
GameManager.instance.highlightTilesAt(gridPosition, Color.red, attackRange);
GameManager.instance.attackWithCurrentPlayer(GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y]);
}
//move toward nearest attack range of opponent
// else if (!moving && movementToAttackTilesInRange.Where(x => GameManager.instance.players.Where (y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count () > 0) {
// var opponentsInRange = movementToAttackTilesInRange.Select(x => GameManager.instance.players.Where (y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count () > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition && y.HP > 0).First() : null).ToList();
// Player opponent = opponentsInRange.OrderBy (x => x != null ? -x.HP : 1000).ThenBy (x => x != null ? TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y],GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y]).Count() : 1000).First ();
//
// GameManager.instance.removeTileHighlights();
// moving = true;
// attacking = false;
// GameManager.instance.highlightTilesAt(gridPosition, Color.blue, movementPerActionPoint, false);
//
// List<Tile> path = TilePathFinder.FindPath (GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y],GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y], GameManager.instance.players.Where(x => x.gridPosition != gridPosition && x.gridPosition != opponent.gridPosition).Select(x => x.gridPosition).ToArray());
// if (path.Count() > 1) {
// GameManager.instance.moveCurrentPlayer(path[(int)Mathf.Max(0, path.Count - 1 - attackRange)]);
// }
// }
//move toward nearest opponent
else if (!moving && movementTilesInRange.Where(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0).Count() > 0)
{
var opponentsInRange = movementTilesInRange.Select(x => GameManager.instance.players.Where(y => y.GetType() != typeof(AIPlayer) && y.HP > 0 && y != this && y.gridPosition == x.gridPosition).Count() > 0 ? GameManager.instance.players.Where(y => y.gridPosition == x.gridPosition).First() : null).ToList();
Player opponent = opponentsInRange.OrderBy(x => x != null ? -x.HP : 1000).ThenBy(x => x != null ? TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)x.gridPosition.x][(int)x.gridPosition.y]).Count() : 1000).First();
GameManager.instance.removeTileHighlights();
moving = true;
attacking = false;
GameManager.instance.highlightTilesAt(gridPosition, Color.blue, movementPerActionPoint, false);
List <Tile> path = TilePathFinder.FindPath(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], GameManager.instance.map[(int)opponent.gridPosition.x][(int)opponent.gridPosition.y], GameManager.instance.players.Where(x => x.gridPosition != gridPosition && x.gridPosition != opponent.gridPosition).Select(x => x.gridPosition).ToArray());
if (path.Count() > 1)
{
List <Tile> actualMovement = TileHighlight.FindHighlight(GameManager.instance.map[(int)gridPosition.x][(int)gridPosition.y], movementPerActionPoint, GameManager.instance.players.Where(x => x.gridPosition != gridPosition).Select(x => x.gridPosition).ToArray());
path.Reverse();
if (path.Where(x => actualMovement.Contains(x)).Count() > 0)
{
GameManager.instance.moveCurrentPlayer(path.Where(x => actualMovement.Contains(x)).First());
}
}
}
}
// if (!attacking && !moving) {
// actionPoints = 2;
// GameManager.instance.nextTurn();
// return;
// }
if (actionPoints <= 1 && (attacking || moving))
{
moving = false;
attacking = false;
}
base.TurnUpdate();
}
public bool PathWalkable(List <Tile> p)
{
float MoveRange = GetMoveRange();
return(p != null && p.Count > 1 && TilePathFinder.GetPathLengthForUnit(Owner, p) <= MoveRange);
}
