public void Update(MapState state, GameManger Manager)
{
List<Fleet> fleets = state.Fleets;
foreach (Planet myPlanet in state.GetMyPlanets(PlayerType.AI))
{
Planet Attack = null;
float LowestScore = float.PositiveInfinity;
foreach (Planet planet in state.GetEnemyPlanets(PlayerType.AI))
{
float Score = Vector2.Distance(planet.Position, myPlanet.Position) * (((float)planet.Forces[planet.Owner]) / myPlanet.Forces[myPlanet.Owner])/myPlanet.Growth;
if (Score < LowestScore)
{
Attack = planet;
LowestScore = Score;
}
}
if (Attack != null)
{
if ((Attack.Forces[Attack.Owner] + 1) / Manager.AIAttackBias < myPlanet.Forces[myPlanet.Owner])
{
Manager.SendFleet((int)((Attack.Forces[Attack.Owner] + 1) / Manager.AIAttackBias), myPlanet, Attack);
}
}
}
}
public void Update(MapState state, GameManger Manager)
{
List<Fleet> fleets = state.Fleets;
foreach (Planet myPlanet in state.GetMyPlanets(PlayerType.AI))
{
Planet Attack = null;
float LowestScore = float.PositiveInfinity;
foreach (Planet planet in state.GetEnemyPlanets(PlayerType.AI))
{
bool Flying = false;
foreach (Fleet f in fleets)
{
if (f.Owner == PlayerType.AI)
{
if (f.Destination.ID == planet.ID)
{
Flying = true;
break;
}
}
}
if (Flying)
continue;
float Score = 2*Vector2.Distance(planet.Position, myPlanet.Position)*(((float)planet.Forces[planet.Owner])/myPlanet.Forces[myPlanet.Owner]);
if (planet.Owner == PlayerType.Player)
{
Score *= 10;
}
if (Score < LowestScore)
{
Attack = planet;
LowestScore = Score;
}
}
if (Attack != null)
{
if ((Attack.Forces[Attack.Owner]+1)/Manager.AIAttackBias < myPlanet.Forces[myPlanet.Owner]/2)
{
Manager.SendFleet(myPlanet.Forces[myPlanet.Owner] / 2, myPlanet, Attack);
}
return;
}
}
}
