// Use this for initialization
void Start()
{
//set thisparent to be this collider's parent in the hierarchy; i.e. the object that contains the object with this script
//thisParent = ;
scriptThing = thisParent.GetComponentInParent <ScriptEnemyClass>();
eMove = GetComponentInParent <ScriptEnemyMovement>();
}
public void StartUp()
{
//Debug.Log("statuseffectclass enabled");
//stacks = new List<StatusEffectClass>(2);
switch (entity.name)
{
case "PlayerCharacter(Unit2)":
pData = entity.GetComponentInChildren <PlayerStatScript>();
isPlayer = true;
break;
case "MeleeEnemy":
case "RangedEnemy":
eData = entity.GetComponentInChildren <ScriptEnemyClass>();
isPlayer = false;
break;
default:
isPlayer = false;
//isSafe = false;
break;
}
//if (isSafe != true)
//{
// Destroy(this.gameObject); //this does one thing: removes any unsafe object from existance
//}
//if(!isPlayer)
//{
// if(eData.statHold.whatStatus.FindIndex(statusEffectName)
//}
InvokeRepeating("IncrementDuration", 0, 0.1f);
isDurationRunning = true;
}
// Runs whenever this script becomes enabled; this will only run when the enemy can detect the player, then sets the variables necessary
void OnEnable()
{
//Debug.Log("onenable hasrun" + hasRun); //this is one of many debugs;
//Debug.Log(detect.firstAwake);
if (detect.firstAwake) //if detect hasn't run it's awake function
{
hasRun = false; //hasRun set to false
}
if (detect.firstAwake != true) //if detect has already run it's awake function
{
hasRun = true; //hasRun set to true
}
Debug.Log("llamaduck" + hasRun);
if (hasRun) //if hasRun == (is equal to) true
{
//if (firstRun) { thisParent = GetComponentInParent<Transform>(); }
//else
//if (this.gameObject.GetComponent<NavMeshAgent>() != null)
// navi = this.gameObject.GetComponent<NavMeshAgent>();
Debug.Log("ONEnableHasRun");
isMovementRunning = true; //set variable to true
eClass = GetComponent <ScriptEnemyClass>(); //re/assign eClass
detect = GetComponentInChildren <ScriptDetectionRadius>(); //re/assign detect;
playerCollider = detect.colliderHolder; //re/assign playerCollider
//playerCollider = moveEnd.GetComponentInParent<Collider>();
moveEnd = playerCollider.transform; //set moveEnd to be equal to the transform of the playerCollider
playerExents = playerCollider.bounds.extents; //re/assign playerExtents to extents of its collider's bounding box
myCollider = GetComponentInParent <Collider>(); //re/assign myCollider; gets the collider data from gameObject's parent
myExtents = myCollider.bounds.extents; //re/assign myExtents; as playerExtents above
Debug.Log(playerExents + "playerext");
Debug.Log(myExtents + "enemyextents");
Debug.Log(myExtents + playerExents); //these 3 lines output the extents of the player, this enemy, and their combined extents
targetStart = thisParent; //i'm not sure why this is here; legacy code? probably could remove it...
startPos = transform.position; //re/assigns startPos to the position of this enemy
endPos = moveEnd.position - (playerExents + myExtents); //this calculation is used once; sets endpos to be an offset position of moveEnd.position - the combined extents, thus forming a buffer
Debug.Log(startPos);
Debug.Log(endPos);
attackSphere = eClass.attackRange; //re/assigns attackSphere from the eClass variable attackRange
{
startTime = Time.time; //re/sets starttime to the system time
//set end marker to be a the endpoint of a vector with a set magnitude, but a direction of the player object's transform
playerLoc = moveEnd.position; //re/sets playerLoc to moveEnd.position; it's weird but necessary for the math to work
targetStart = moveEnd; //re/sets targetStart
playerLoc =
playerLoc = Vector3.ClampMagnitude(playerLoc, speed); //re/sets playerLoc to be a vector3 with magnitude clamped at speed
//llama.position = playerLoc;
journeyLength = Vector3.Distance(moveStart.position, targetStart.position); //re/sets journey length
isLerping = true; //sets isLerping
startPos = transform.position; //re/assigns startpos
endPos = moveEnd.position - (playerExents + myExtents); //duplicate of above; no harm done
if (Mathf.Abs(playerExents.y - myExtents.y) < 1) //if the absolute value of the difference of the y extents is < 1; is there isn't much of a height difference
{
endPos.y = this.gameObject.transform.position.y; //sets the y value endPos to be the current y position; this is used for preventing enemies from sinking into hte ground
}
else
{
endPos.y += playerExents.y - myExtents.y; //otherwise, recalculate endPos.y to be more accurate; note the floating point error
}
speed = eClass.speed;
//insert code to set transforms properly?
rotate.speed = speed; //re/sets speed of rotation
rotate.playerCollider = playerCollider; //re/sets the playerCollider of rotate
rotate.detect = detect; //these really just do the same thing for rotate as they do here
rotate.enabled = true;
rotate.canRotate = true;
}
}
else
{
}
}