/// <summary>
/// This is the other thread that handles the AI
/// Main thread is the RaiseEvent
/// </summary>
public void ThreadOfAI()
{
// ---- Website did this, so i do this ( smth abt ensuring that update only this )
lock (obj)
{
// Get the currently running thread
var thread = Thread.CurrentThread;
// ensure main thread is started before updating this thread
while (RaiseEventTestPlugin.GetInstance() == null)
{
Thread.Sleep(100);
}
// ---- Start updating this thread
// Initialise list
m_AIList = new List <EnemyAI>();
// Spawn enemies in list
SpawnEnemy("EnemyName " + m_ID.ToString(), new Vector3(10.0f, 0.0f, 10.0f));
SpawnEnemy("EnemyName " + m_ID.ToString(), new Vector3(20.0f, 0.0f, 20.0f));
SpawnEnemy("EnemyName " + m_ID.ToString(), new Vector3(30.0f, 0.0f, 30.0f));
// Update the enemies
while (true)
{
//RaiseEventTestPlugin.GetInstance().PluginHost.BroadcastEvent(target: ReciverGroup.All,
// senderActor: 0,
// targetGroup: 0,
// evCode: (byte)99,
// data: new Dictionary<byte, object>() { { (byte)245, "entered while loop" } },
// cacheOp: 0);
// Update each enemy
foreach (EnemyAI enemy in Instance.m_AIList)
{
enemy.Update();
// set target packet to send to be player
//foreach (Player player in RaiseEventTestPlugin.GetInstance().m_playerList)
//{
//enemy.SetTargetPacket(player.GetName());
// send over to client to update the Enemy obj position
byte[] store = Packet_Serialisation.GetInstance().SerializeCustomAI(enemy);
//RaiseEventTestPlugin.GetInstance().PluginHost.BroadcastEvent(target: ReciverGroup.All,
// senderActor: 0,
// targetGroup: 0,
// evCode: (byte)99,
// data: new Dictionary<byte, object>() { { (byte)245, "entered while loop" } },
// cacheOp: 0);
//RaiseEventTestPlugin.GetInstance().PluginHost.BroadcastEvent(target: ReciverGroup.All,
// senderActor: 0,
// targetGroup: 0,
// evCode: (byte)13,
// data: new Dictionary<byte, object>() { { (byte)245, store } },
// cacheOp: 0);
//}
}
Thread.Sleep(100); // 0.1s
}
}
}
/// <summary>
/// Handles the Changing of Enemy States
/// </summary>
private void ChangingOfStates()
{
// ---- Check for all Players in the PlayerList
foreach (Player player in RaiseEventTestPlugin.GetInstance().m_playerList)
{
// ---- If the Distance from Enemy AI to Player is lesser than (_blank_), change to CHASE
if (DistanceFromPlayer(player) > 4 * 4 && DistanceFromPlayer(player) < 10 * 10)
{
// ---- Choose the nearest Player
if (player.GetPosition().x < m_nearestPlayerPos.x &&
player.GetPosition().z < m_nearestPlayerPos.z)
{
// update nearest player pos
m_nearestPlayerPos = player.GetPosition();
// set new target
m_targetPos = player.GetPosition();
m_playerTarget = player;
}
// save previous position of AI
if (!m_bSavePrevPos)
{
m_prevPos = this.GetPosition();
m_bSavePrevPos = true;
}
m_state = "CHASE";
}
// ---- If the Distance from Enemy AI to Player is lesser than (_blank_), change to ATTACK
else if (DistanceFromPlayer(player) < 4 * 4)
{
// If a Player suddenly intercepts, change target
if (player.GetPosition().x < m_nearestPlayerPos.x &&
player.GetPosition().z < m_nearestPlayerPos.z)
{
// update nearest player pos
m_nearestPlayerPos = player.GetPosition();
// set new target
m_targetPos = player.GetPosition();
m_playerTarget = player;
}
m_state = "ATTACK";
}
// ---- If the Distance from Enemy AI to Player is more than (_blank_), change to RETURN
else if (DistanceFromPlayer(player) >= 10 * 10 &&
!(this.GetPosition().x == m_prevPos.x &&
this.GetPosition().z == m_prevPos.z))
{
m_state = "RETURN";
}
else
{
m_state = "ROAM";
}
}
RaiseEventTestPlugin.GetInstance().PluginHost.BroadcastEvent(target: ReciverGroup.All,
senderActor: 0,
targetGroup: 0,
evCode: (byte)99,
data: new Dictionary <byte, object>()
{
{ (byte)245, "State : " + m_state }
},
cacheOp: 0);
}