public ArtificialIntelligence(NonPlayablePlayer p)
{
behaviourState = (int)Behaviour.idle;
this.DijsktraPF = new DijkstraPathFinder(maxDepth: p.getMaxActionPoints(),
maxCost: p.getActionPoints(),
maxIncrementalCost: p.getMaxActionPoints());
this.AstarPF = new AstarPathFinder(maxDepth: 25,
maxCost: 500,
maxIncrementalCost: p.getMaxActionPoints());
longDistancePathFinder = new LongDistancePathFinder(maxDepth: p.getMaxActionPoints(),
maxCost: p.getActionPoints(),
maxIncrementalCost: p.getMaxActionPoints());
this.player = p;
}
private void removePlayerWithID(long id)
{
for (int i = 0; i < AIPlayers.Count; i++)
{
NonPlayablePlayer p = AIPlayers[i];
if (p.id == id)
{
if (!p.dead)
{
killPlayer(p);
}
AIs.RemoveAt(i);
break;
}
}
}
private void spawnNonPlayablePlayers()
{
HexRegion region = mapGenerator.getRegion() as HexRegion;
// TODO implement more functionality here
// get tiles within vicinity
Tile tile = region.getTileAt(this.humanPlayer.getTilePos().index);
PathResult pr = (new DijkstraUniformCostPathFinder(uniformCost: 1f, maxDepth: enemySpawnPointSearchMaxDepth, maxCost: float.MaxValue))
.pathFromTo(region, tile, new HexTile(new Vector3(), new Vector2(float.MaxValue, float.MaxValue)));
// spawn enemies at tiles with tribes
foreach (Tile t in pr.getExploredTiles())
{
if ((t.getPos() - humanPlayer.getPos()).magnitude <= enemyDespawnRadius &&
checkForPlayersAt(t) == null &&
AIs.Count < maxEnemiesSpawned)
{
if (t.getTileType().GetType() == typeof(LandTileType))
{
foreach (TileAttribute ta in t.getTileAttributes())
{
if (ta.GetType() == typeof(LocalTribe))
{
int strength = (ta as LocalTribe).level * enemyStrengthPerTribeLevel;
NonPlayablePlayer p = new NonPlayablePlayer(50, strength);
p.setTilePos(t);
if (p.computeStrength() > 0)
{
AIs.Add(new ArtificialIntelligence(p));
}
break;
}
}
}
}
}
}
