// Update is called once per frame
void Update()
{
if (isStatic)
{
isStatic = false;
print("TRIGGERABLE ATTACKER IN ELSE" + attacker);
summonVisual = Instantiate(sumChar, attacker.transform.position, attacker.transform.rotation); //Instantiates a projectile from the given prefab. TEMP LOOK AT THIS
// Could use an ability delay for the wind up.
summonControl.PlayShortHit();
ActivateObject();
// Need to set a delay function before it spawns the hitbox.
}
if (arrived)
{
print("SPAWNING HITBOX FOR STATIC");
SpawnHitbox();
}
if (returning) // Returns to the summmoner after completing its actions.
{
print("RETURN HOME DETECTED FOR STATIC");
ReturnHome();
}
if (isLeaving)
{
SummonLeave();
}
// Need to set a delay function before it spawns the hitbox.
//GameObject clonedHitbox = Instantiate(givenHitbox, hitboxSpawn.position, hitboxRotation); // CHECK THIS for clarity of hitboxrotation;
/*
* summonVisual.transform.position = Vector3.Lerp(startingPosition.position, castTarget, fracJourney);
*
* if (fracJourney == 1)
* {
* GameObject hitboxClone = Intantiate(givenHitbox, hitboxSpawn.position, hitboxSpawn.rotation);
* }
*/
}
void MovePlayer()
{
summonControl.PlayShortHit();
if (doesHitboxFollow) // If the attack has a hitbox on the summon.
{
print("SPAWN FOLLOW DETECTED");
SpawnFollowHitbox();
}
print("MOVE PLAYER STARTED");
// Instantiates a projectile from the given prefab. TEMP LOOK AT THIS
// gameObject.transform.LookAt(target Position); // Rotates the object to face the click location. Disable this to remove that effect if needed.
// target Position = castTarget
if (castTarget.x > posRangeCheck.x && castTarget.z > posRangeCheck.z) // Checks if the cast target determined by mouse click is greater than the cast range.
{
limitTargetPos = new Vector3(posRangeCheck.x, castTarget.y, posRangeCheck.z); // Sets a cast limit.
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime); // Transform the summon to the position specified by the limited range of the cast point specified by.
MonoBehaviour.print("exceeded both ranges");
if (summonVisual.transform.position == limitTargetPos) // Once it hits the limited range.
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false; // Sets isMoving false to stop it from moving
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
StartCoroutine("timeDeactivate"); // Start coroutine to despawn the hitboxes
}
}
else if (castTarget.x > posRangeCheck.x && castTarget.z < negativeRangeCheck.z)
{
limitTargetPos = new Vector3(posRangeCheck.x, castTarget.y, negativeRangeCheck.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded both ranges");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + transform.position.x);
MonoBehaviour.print("SUMMON Y" + transform.position.y);
MonoBehaviour.print("SUMMON Z" + transform.position.z);
StartCoroutine("timeDeactivate");
}
}
else if (castTarget.x < negativeRangeCheck.x && castTarget.z > posRangeCheck.z)
{
limitTargetPos = new Vector3(negativeRangeCheck.x, castTarget.y, posRangeCheck.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded both ranges");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
StartCoroutine("timeDeactivate");
}
}
else if (castTarget.x > posRangeCheck.x)
{
limitTargetPos = new Vector3(posRangeCheck.x, castTarget.y, castTarget.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded x");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + transform.position.x);
MonoBehaviour.print("SUMMON Y" + transform.position.y);
MonoBehaviour.print("SUMMON Z" + transform.position.z);
StartCoroutine("timeDeactivate");
}
}
else if (castTarget.z > posRangeCheck.z)
{
limitTargetPos = new Vector3(castTarget.x, castTarget.y, posRangeCheck.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded z");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
StartCoroutine("timeDeactivate");
}
}
else if (castTarget.x < negativeRangeCheck.x && castTarget.z < negativeRangeCheck.z)
{
limitTargetPos = new Vector3(negativeRangeCheck.x, castTarget.y, negativeRangeCheck.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded both ranges");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
StartCoroutine("timeDeactivate");
}
}
else if (castTarget.x < negativeRangeCheck.x)
{
limitTargetPos = new Vector3(negativeRangeCheck.x, castTarget.y, castTarget.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded -x");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
StartCoroutine("timeDeactivate");
}
}
else if (castTarget.z < negativeRangeCheck.z)
{
limitTargetPos = new Vector3(castTarget.x, castTarget.y, negativeRangeCheck.z);
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, limitTargetPos, travelSpeed * Time.deltaTime);
MonoBehaviour.print("exceeded -z");
if ((summonVisual.transform.position.x == limitTargetPos.x) && (summonVisual.transform.position.z == limitTargetPos.z))
{
MonoBehaviour.print("Arrived at range limit");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
StartCoroutine("timeDeactivate");
//CoroutineWithMultipleParameters(1.0F, 2.0F, "foo")
}
}
else
{
summonVisual.transform.position = Vector3.MoveTowards(summonVisual.transform.position, castTarget, travelSpeed * Time.deltaTime);
// gameObject.transform.position = Vector3.MoveTowards(gameObject.transform.position, travelTarget, travelRate);
}
if ((summonVisual.transform.position.x == castTarget.x) && (summonVisual.transform.position.z == castTarget.z))
{
MonoBehaviour.print("SUMMON X" + summonVisual.transform.position.x);
MonoBehaviour.print("SUMMON Y" + summonVisual.transform.position.y);
MonoBehaviour.print("SUMMON Z" + summonVisual.transform.position.z);
MonoBehaviour.print("Matches all parameters");
isMoving = false;
arrived = true; // Sets arrived to true to run the SpawnHitbox script.
//SpawnHitbox(summonVisual);
StartCoroutine("timeDeactivate");
}
Debug.DrawLine(summonVisual.transform.position, castTarget, Color.red);
}
