private void SpawnFighter(GameObject fighterPosition)
{
var fighter = Instantiate(GameManager.Instance.characters[(int)agent.team].fighterPrefab, fighterPosition.transform.position, Quaternion.identity) as GameObject;
var fighterAgent = fighter.GetComponent <AgentManager>();
fighterAgent.team = agent.team;
fighterAgent.Start();
var behaviour = new FighterBehaviour();
behaviour.target = fighterPosition;
fighterAgent.mover.AddBehaviour(behaviour);
NetworkServer.Spawn(fighter);
}
protected List <FighterBehaviour> LookForOpponent(LayerMask opponentLayerMask)
{
List <FighterBehaviour> opponents = new List <FighterBehaviour>();
var colliders = Physics.OverlapSphere(transform.position, detectionRange, opponentLayerMask);
foreach (var collider in colliders)
{
FighterBehaviour opponent = collider.GetComponentInParent <FighterBehaviour>();
if (opponent != null)
{
opponents.Add(opponent);
}
}
return(opponents);
}
public FighterBehaviourDecorator(AbstractBehaviourComponent parentBehaviour, MovementBehaviour behaviour)
: base(parentBehaviour, behaviour)
{
this.behaviour = behaviour as FighterBehaviour;
}
void SpawnAI()
{
//If Player is not active we will not spawn the player
if (!player.gameObject.activeInHierarchy)
{
return;
}
//Inorder to give delay between spawn we compare the last spawn time with current time
if (Time.time > lastSpawnTime + delayBetweenSpawn)
{
//Just to Random spawn Style
//The Spawn Style will define whether to spawn only 1,multiple and rightleft(We will define rightleft in v0.2).
int random = Random.Range(1, 101);
currentSpawnSytle = spawnStyle.single;
//If random value is greater than 50 we set the spawn style to multiple
if (random > 50)
{
currentSpawnSytle = spawnStyle.multiple;
}
//This expectedZ will hold the value of z value to spawn fighter at z
float expectedZ = 17;
//In order to avoid more number of Fighter overlaping we set some offset between the Spawn Fighter
float offsetBetweenFighters = 3;
//We will compare to make it more accurate offset
if (lastSpawnFighterPlane && lastSpawnFighterPlane.transform.position.z > 17 - offsetBetweenFighters)
{
expectedZ = lastSpawnFighterPlane.transform.position.z + offsetBetweenFighters;
}
//If expected z spawn value is more we will ignore the spawn just to avoid more number of unnessary spawn in background
if (expectedZ > 35)
{
return;
}
//Set the lastSpawnTime to current Time
lastSpawnTime = Time.time;
//Comparing the current Spawn Style and then loading base on that
switch (currentSpawnSytle)
{
case spawnStyle.single:
//In Sigle spawn we will randomize the Fighters base on some values
int randomFighter = Random.Range(1, 101);
//If randomFighter is less then 30 we willl spawn the Fighter AI 1 and so on
if (randomFighter <= 30)
{
//Instead of spawning fighter every time we will check for disabled one using GetFighterPlane
newAi = GetFighterPlane(1);
//If its null we spawn
if (newAi == null)
{
//Ai Fighter with Only Forward Be
newAi = Instantiate(aiFighter1);
listOfFighterPlane1.Add(newAi.GetComponent <EnemyController>());
}
}
else if (randomFighter <= 60)
{
newAi = GetFighterPlane(2);
if (newAi == null)
{
newAi = Instantiate(aiFighter2);
listOfFighterPlane2.Add(newAi.GetComponent <EnemyController>());
}
}
else if (randomFighter <= 80)
{
newAi = GetFighterPlane(3);
if (newAi == null)
{
newAi = Instantiate(aiFighter3);
listOfFighterPlane3.Add(newAi.GetComponent <EnemyController>());
}
}
else
{
newAi = GetFighterPlane(4);
if (newAi == null)
{
newAi = Instantiate(aiFighter4);
listOfFighterPlane3.Add(newAi.GetComponent <EnemyController>());
}
}
//We will set the x position to random between -3.8f to 3.8f as we dont want to spawn out of Screen X
newAi.transform.position = new Vector3(Random.Range(-3.8f, 3.8f), 0, expectedZ);
//Setting Fighter Ai active to true
newAi.SetActive(true);
//Setting lastSpawnFighterPlane as this newAI
lastSpawnFighterPlane = newAi;
break;
case spawnStyle.multiple:
//In this we will spawn multiple AI Fighter1
//Since we will spawn with some distance in z direction
float lastZVal = expectedZ;
//We define distance between two to make it come in sequence
float distanceBetweenTwo = 3;
//We don't want sequence to come in different x value so we will define common random value for all Fighter AI
float lastXVal = Random.Range(-3.8f, 3.8f);
//V0.2 Added Ramdom Behaviour
int randomBehaviour = Random.Range(1, 5); //1-4
for (int i = 0; i < 3; i++)
{
//We will try to get the Fighter AI from list
newAi = GetFighterPlane(1);
if (newAi == null)
{
newAi = Instantiate(aiFighter1); //V0.2 Giving variation in behaviour
}
FighterBehaviour behaviour = newAi.GetComponent <FighterBehaviour>();
switch (randomBehaviour)
{
case 1:
behaviour.fighterBehaviour = eFighterBehaviour.Straight;
break;
case 2:
behaviour.fighterBehaviour = eFighterBehaviour.GoLeft;
behaviour.pointToMove = new Vector3(-11, 0, 5);
behaviour.speed = 12f;
behaviour.behaviourWhenZ = Random.Range(6, 8);
break;
case 3:
behaviour.fighterBehaviour = eFighterBehaviour.GoRight;
behaviour.pointToMove = new Vector3(11, 0, 5);
behaviour.speed = 12f;
behaviour.behaviourWhenZ = Random.Range(6, 8);
break;
case 4:
behaviour.fighterBehaviour = eFighterBehaviour.ZigZag;
behaviour.speed = 0.5f;
break;
}
//We multiple z value with i inorder to get the difference in z value
newAi.transform.position = new Vector3(lastXVal, 0, lastZVal + (i * distanceBetweenTwo));
newAi.SetActive(true);
lastSpawnFighterPlane = newAi;
}
//Just to avoid more number of spawn which will make
lastSpawnTime = delayBetweenSpawn * 3;
break;
}
}
}
