override protected void Awake()
{
base.Awake();
// Validate!
{
m_gcGameInstance = GameInstance.Object;
GAssert.Assert(null != m_gcGameInstance, "Unable to get GameInstance!");
m_goPlayer = m_gcGameInstance.GetPlayerObject();
GAssert.Assert(null != m_goPlayer, "Unable to get player!");
BulletMovementSpark gc = m_BulletPrefab.GetComponent <BulletMovementSpark>();
GAssert.Assert(null != gc, "Baby Enforcer Gun must have bullets of type BulletMovementSpark");
m_gcHealth = GetComponent <TrackHitPoints>();
GAssert.Assert(null != m_gcHealth, "Unable to get health!");
}
}
override public void OnRoomEnter()
{
// Validate!
{
m_gcGameInstance = GameInstance.Object;
GAssert.Assert(null != m_gcGameInstance, "Unable to get GameInstance!");
m_goPlayer = m_gcGameInstance.GetPlayerObject();
GAssert.Assert(null != m_goPlayer, "Unable to get player!");
BulletMovementSpark gc = m_BulletPrefab.GetComponent <BulletMovementSpark>();
GAssert.Assert(null != gc, "Baby Enforcer Gun must have bullets of type BulletMovementSpark");
m_gcHealth = GetComponent <TrackHitPoints>();
GAssert.Assert(null != m_gcHealth, "Unable to get health!");
}
base.SetCanFire(true, Random.Range(0.5f, 3.5f));
m_bSetup = true;
}
override public void Fire()
{
if (m_bCanFire)
{
// Target position is the player's position
Vector3 vTargetPos = m_goPlayer.transform.position;
Vector3 vTargetFuture = Vector3.zero;
Vector2 vTrajAdd = Vector3.zero;
if (!m_bIsAngry)
{
// Plus where they'll be 15-20 frames from now (which is scarily accurate at these scales, btw :D)
vTargetFuture = (m_gcGameInstance.GetPlayerTrajectory() * Random.Range(0.1f, 1f))
* (m_gcGameInstance.GetPlayerState().GetPlayerMovementSpeed() * Random.Range(0.1f, 1.0f))
* (Random.Range(0f, 15f) * TimerManager.fGameDeltaTime);
if (Random.Range(1f, 100f) > 80f)
{
vTrajAdd = m_gcGameInstance.GetPlayerTrajectory();
}
}
else
{
vTargetFuture = m_gcGameInstance.GetPlayerTrajectory() * (20.0f * TimerManager.fGameDeltaTime);
}
// Add these together for some variance...
vTargetPos += vTargetFuture; // * Random.Range(0.25f, 1.0f);
// We have to call this ourselves as there's no behaviour on top of us constantly aiming...
UpdateFireDirection(vTargetPos - transform.position);
// Bullet spawn position is gun's position, plus a definable distance, offset in the direction of fire...
Vector3 vSpawnPos = (transform.position + m_vGunPositionOffset) + (new Vector3(m_vFireDirection.x, m_vFireDirection.y, 0.0f) * m_fBulletSpawnOffset);
// Bullet's speed needs to be inversely proportional to our distance from the player
{
Vector3 vDist = m_goPlayer.transform.position - transform.position;
m_fThisBulletSpeed = Mathf.Clamp(Mathf.Abs(vDist.magnitude / Types.s_fEUGE_PlayerDistanceDivisor) * m_fMinBulletSpeed, m_fMinBulletSpeed, m_fBulletSpeed);
}
// Spawn the Spark
// Note, because enforcers will be killed so quickly and sparks slide along the environment
// we're not pooling these bullets. Player is very likely to kill the Enforcer before the bullet
// gets going...
{
GameObject go = Instantiate(m_BulletPrefab, vSpawnPos, Quaternion.identity);
BulletMovementSpark gc = go.GetComponent <BulletMovementSpark>();
if (!m_bIsAngry)
{
gc.SparkInitBullet(m_vFireDirection, vTrajAdd, m_fThisBulletSpeed, Random.Range(0.1f, m_fBulletSpeed / 2.0f));
}
else
{
gc.SparkInitBullet(m_vFireDirection, vTrajAdd, m_fBulletSpeed, m_fBulletSpeed / 2.0f);
}
}
// Set a timer for the next shot... (Assuming we're healthy)
if (m_gcHealth.GetHitPointsRemaining() > 0)
{
m_iTimerHandle = TimerManager.AddTimer(m_fFiringPauseSeconds + Random.Range(-m_fFiringPauseSeconds, m_fFiringPauseSeconds), Fire);
}
else
{
m_iTimerHandle = 0;
}
}
}
