// Update is called once per frame
void Update()
{
age += Time.deltaTime; //update the age
if (armTime <= 0.0f && !isActive)
{
Debug.Log("armTime is 0 or less!");
isActive = true;
Debug.Log("trap armed!");
}
//traps don't move so no changes in its position after placement
//they need to count down to become active
if (armTime > 0.0f) //if it's still counting down
{
armTime -= Time.deltaTime; //update arming countdown time
Debug.Log("armTime = " + armTime);
if (armTime <= 0.0f) //if it's done counting down, activate the trap
{
isActive = true;
Debug.Log("trap armed!");
}
}
if (firingDupes)
{
if (duplicateTimer.TimeElapsedSecs() > duplicateDelay)
{
if (duplicatedTimes < duplicate)
{
FireEffect();
duplicateTimer.Restart();
duplicatedTimes++;
if (duplicatedTimes >= duplicate)
{
usesLeft--;
if (usesLeft <= 0)
{
Debug.Log("dupe trap expended");
Destroy(this.gameObject);
}
firingDupes = false;
duplicatedTimes = 0;
}
}
else
{
Debug.Log("trap duplicate power shouldn't reach here");
}
}
}
if (attraction != 0.0f)
{
List <Enemy> inRange = Dial.GetAllEnemiesInZone(zone);
foreach (Enemy e in inRange)
{
Vector2 attractionVector = rt.anchoredPosition - e.GetComponent <RectTransform>().anchoredPosition;
Vector2 direction = attractionVector.normalized;
float distFromTrap = attractionVector.magnitude;
Steering s = e.GetComponent <Steering>();
float strength = s.maxAccel * 0.99f; //baseline maximum
float percentOfMax = attraction / TEMP_MAX_ATTRACTION; //use attraction number to get how close to the max attraction you're at
strength *= percentOfMax; //multiply to get acceleration
Vector2 adjusted = direction * strength; //then apply that to the direction vector
s.ExternalForceUpdate(this, adjusted); //and tell the AI to be pulled that way
}
}
}