public override void OnFirstTreeCall()
{
Player closestPlayer = null;
float closestDistance = float.MaxValue;
foreach (Player player in m_AIReference.PlayerList)
{
float distanceAIToPlayer = (player.transform.position - m_AIReference.transform.position).magnitude;
//calculate the direction of the current iterated player to the AI
if (distanceAIToPlayer < closestDistance)
{
//if the player is closer then the previous distance then be sure to remember all of that information
closestDistance = distanceAIToPlayer;
closestPlayer = player;
}
}
if (closestPlayer != null)
{
Vector3 directionToTravel = (closestPlayer.transform.position - m_AIReference.transform.position).normalized;
Vector3 idealPosition = AIUtilits.CalcClosestPositionOnNavMeshBelowPos(m_AIReference.transform.position - (directionToTravel * m_BackAwayMultiplier));
m_AIReference.Agent.SetDestination(idealPosition);
}
base.OnFirstTreeCall();
}
public override void OnFirstTreeCall()
{
Vector3 directionToMove = m_AIReference.transform.right * m_DirectionMultiplier * m_CurrentSideStepDirection;
m_CurrentSideStepDirection = m_CurrentSideStepDirection < 0 ? 1.0f : -1.0f;
directionToMove = AIUtilits.CalcClosestPositionOnNavMeshBelowPos(directionToMove + m_AIReference.transform.position);
m_AIReference.Agent.SetDestination(directionToMove);
base.OnFirstTreeCall();
}
public override void OnFirstTreeCall()
{
float randomXInRoom = Random.Range(0, m_RoomWidth);
float randomZInRoom = Random.Range(0, m_RoomLength);
Vector3 posInRoom = new Vector3(randomXInRoom, m_RoomHeight, randomZInRoom);
posInRoom = m_AIReference.MyIslandRoom.transform.TransformPoint(posInRoom);
Vector3 hitPoint = AIUtilits.CalcClosestPositionOnNavMeshBelowPos(posInRoom.x, posInRoom.z, posInRoom.y, m_AIReference.transform.position.y, 5.0f);
if (!MathFunc.AlmostEquals(hitPoint, posInRoom))
{
m_AIReference.Agent.SetDestination(hitPoint);
}
base.OnFirstTreeCall();
}
