public override void OnBeat(bool isRelevant)
{
if (!manager.running || manager.Paused || paused)
{
return;
}
if (manager.TotalBeats == nextDecisionBeat)
{
EnemyDecision decision = EnemyDecision.Spawn;
List <BaseShip> ships = manager.GetShipsForFaction(teamID);
if (ships.Count > 0)
{
if (ships.Count == maxShipsToDeploy || UnityEngine.Random.value >= deployProbability)
{
decision = EnemyDecision.Deploy;
}
}
switch (decision)
{
case EnemyDecision.Spawn:
{
int units = UnityEngine.Random.Range(minSpawnUnits, maxSpawnUnits);
Debug.LogFormat("Spawning {0} {1} enemy units", units, shipPrefab.shipName);
for (int i = 0; i < units; ++i)
{
BaseShip s = Instantiate <BaseShip>(shipPrefab);
s.name = string.Format("{0}#{1}", s.shipName, counter++);
s.SetHQ(hq);
manager.RegisterShip(s);
}
break;
}
case EnemyDecision.Deploy:
{
List <BasePlanet> planets = manager.GetPlanetsInFaction(TeamType.Player);
// Force attacking only the base
BasePlanet target = planets.Find(x => x is HQPlanet);
if (target != null)
{
manager.LaunchAttack(target, 0.0f);
}
break;
}
}
nextDecisionBeat += Random.Range(minDecisionMult, maxDecisionMult) * UnityEngine.Random.Range(minDecisionBeats, maxDecisionBeats);
}
base.OnBeat(isRelevant);
}
public EnemyDecision GetDecision()
{
UnitTracker ut = GetComponent <UnitTracker>();
switch (behaviour)
{
case EnemyBehaviour.IDLE:
//In this state, enemies will simply stand still, and will not attack (will still counterattack)
return(new EnemyDecision());
case EnemyBehaviour.HOLD:
//In this state, enemies will stay in place, and will not move. They will attack anything in their immediate range,
//but will not move to attack a unit
return(FindBestAttackAt(ut.GetLocation()));
case EnemyBehaviour.WAIT:
//In this state, enemies will stay in place, but will move to attack any enemies they can move to and attack
return(FindBestMoveAttack(ut.PossibleMovement()));
case EnemyBehaviour.SEEK:
//In this state, enemies will stay in place, but will move to attack any enemies they can move to and attack
//If there are no enemies to attack, enemies will move towards their goal
EnemyDecision bestCombat = FindBestMoveAttack(ut.PossibleMovement());
if (bestCombat.pass)
{
return(FindBestMove(new Vector3Int(0, 0, 0)));
}
else
{
return(bestCombat);
}
}
print("???");
return(new EnemyDecision());
}
void Start()
{
enemyDecision = GetComponent <EnemyDecision>();
}
