IEnumerator DefineRotation()
{
while (true)
{
Vector3 diff = player.transform.position - transform.position;
diff.Normalize();
// delay to rotate in seconds
yield return(new WaitForSeconds(turnDelay));
Quaternion toLoc = Quaternion.Euler(MovementFunctions.LookAt2D(transform, diff.x, diff.y));
Quaternion fromLoc = firingArc.rotation;
// Speed of rotation
while (firingArc.rotation != toLoc)
{
TurretRotationAnimationAndBulletSpawn();
firingArc.rotation = Quaternion.Lerp(fromLoc, toLoc, Time.time * 0.5f);
float angle = Quaternion.Angle(firingArc.rotation, toLoc);
// if angle diffence is less than 5 set it to end location to break loop.
if (angle < 5)
{
firingArc.rotation = toLoc;
}
yield return(null);
}
yield return(null);
}
}
private void DefineRotation()
{
Vector3 diff = player.transform.position - transform.position;
diff.Normalize();
firingArc.eulerAngles = MovementFunctions.LookAt2D(transform, diff.x, diff.y);
}
// Attacking
private void AimAndFireCheck () {
if ((InputCapture.hAim > 0.5f || InputCapture.hAim < -0.5f) || (InputCapture.vAim > 0.5f || InputCapture.vAim < -0.5f)) {
rotation = MovementFunctions.LookAt2D (transform, InputCapture.hAim, InputCapture.vAim);
}
firingArc.eulerAngles = rotation;
// ATTACKING LEFT ARM
if (InputCapture.triggerLeft && !fireLeft) {
if (roLo.loadout[2].itemType == ItemType.range && roLo.power[2] > 0) {
leftArm.RangedAttack (roLo.loadout[2]);
}
fireLeft = true;
} else if (!InputCapture.triggerLeft) {
fireLeft = false;
}
// ATTACKING RIGHT ARM
if (InputCapture.triggerRight && !fireRight) {
if (roLo.loadout[3].itemType == ItemType.range && roLo.power[3] > 0) {
rightArm.RangedAttack (roLo.loadout[3]);
}
fireRight = true;
} else if (!InputCapture.triggerRight) {
fireRight = false;
}
rightArm.GetComponent<RobotAttack> ().FiringCheck (fireRight);
leftArm.GetComponent<RobotAttack> ().FiringCheck (fireLeft);
}
