void StopFiring()
{
for (int i = 0; i < currGuns.Length; i++)
{
OnStopFiring?.Invoke(currGuns[i]);
}
isFiring = false;
}
IEnumerator CoFire()
{
while (isFiring && state == ShipStates.controllable)
{
//we scan the last firing times of all current level's current weapon's guns
for (int i = 0; i < currGuns.Length; i++)
{
//if it's not yet time to stop firing...
if (Time.time <= currGuns[i].FireStartTime + currGuns[i].fireDuration)
{
//...we check if it's time to fire a bullet – or to start a laser
if (Time.time >= currGuns[i].NextFireTime)
{
if (currGuns[i].type == GunData.GunTypes.Bullet) //If the gun is of Bullet type
{
//fire a new bullet from this gun and, by default, make it child of the Ship (for those that must remain children of their ships)
Bullet bullet = Instantiate(currGuns[i].bulletPrefab, currGuns[i].cannon.position,
currGuns[i].cannon.rotation, transform);
//update time for this gun
currGuns[i].NextFireTime = Time.time + currGuns[i].fireDelay;
}
else
{
//start a new laser from this gun
ShipLaser laser = Instantiate <ShipLaser>(currGuns[i].laserPrefab, currGuns[i].cannon.position,
//currGuns[i].cannon.rotation);
Quaternion.identity);
laser.Init(currGuns[i].cannon);
//update next fire time for this gun
currGuns[i].NextFireTime = Time.time + 9999f; //so that we won't instantiate another laser for this gun during this fire session
}
}
}
//if it's time to stop firing, check to avoid going through this block more than once per firing session
else if (currGuns[i].FireStartTime > 0f)
{
//negative val for above reasons, and equal to abs. same val so that we can reinit Laser gun correctly when StartFire
currGuns[i].FireStartTime = -currGuns[i].FireStartTime;
OnStopFiring?.Invoke(currGuns[i]); //for oscillator & laser
//currGuns[i].NextFireTime = Time.time + 9999f; //normally useless
}
}
yield return(null);
}
}
