//for when the unit is destroy by game mechanic
public void Destroyed(UnitPlayer player = null)
{
if (destroyed)
{
return;
}
//if(player==null) Debug.LogWarning("unit destroyed by not source player has been detected", null);
destroyed = true;
//spawn a unit if spawnUponDestroy is assigned
if (spawnUponDestroy != null)
{
//loop as many as required
for (int i = 0; i < spawnUponDestroyCount; i++)
{
//instantiate the unit
//GameObject unitObj=(GameObject)Instantiate(spawnUponDestroy.gameObject, thisT.position, thisT.rotation);
GameObject unitObj = ObjectPoolManager.Spawn(spawnUponDestroy.gameObject, thisT.position, thisT.rotation);
unitObj.layer = thisObj.layer;
//pass on the wave info
Unit unitInstance = unitObj.GetComponent <Unit>();
if (waveID >= 0)
{
unitInstance.SetWaveID(spawner, waveID);
spawner.AddUnitToWave(unitInstance);
}
else if (spawner != null)
{
spawner.AddUnit(unitInstance);
}
}
}
//check if the unit is going to drop any collectible
if (useDropManager) //if useDropManager is enabled, inform CollectibleDropManager
{
CollectibleDropManager.UnitDestroyed(thisT.position);
}
else
{
//check chance and spawn the item
if (dropObject != null && Random.value < dropChance)
{
ObjectPoolManager.Spawn(dropObject.gameObject, thisT.position, Quaternion.identity);
}
}
if (player != null)
{
//applies the bonus value for when the unit is destroyed.
//if(valueCredits>0) GameControl.GainCredits(valueCredits);
if (valueScore > 0)
{
GameControl.GainScore(valueScore);
}
if (valuePerkC > 0)
{
player.GainPerkCurrency(valuePerkC);
}
if (valueExp > 0)
{
player.GainExp(valueExp);
}
if (valueHitPoint > 0)
{
player.GainHitPoint(valueHitPoint);
}
if (valueEnergy > 0)
{
player.GainEnergy(valueEnergy);
}
}
//if(isPlayer) GetUnitPlayer().DeleteSave();
//shake camera
TDS.CameraShake(destroyCamShake);
float delay = uAnimation != null?uAnimation.Destroyed() : 0;
ClearUnit(true, delay);
}
IEnumerator ShootRoutine(ShootObject.AimInfo aimInfo = null)
{
if (uAnimation != null)
{
uAnimation.AttackRange();
}
AttackStats aStats = ModifyAttackStatsToLevel(weaponList[weaponID].GetRuntimeAttackStats());
aStats = ModifyAttackStatsToExistingEffect(aStats);
//aStats=ModifyAttackStatsToExistingEffect(weaponList[weaponID].GetRuntimeAttackStats());
AttackInstance aInstance = new AttackInstance(this, aStats);
int weapID = weaponID; //to prevent weapon switch and state change while delay and firing multiple so
int spread = weaponList[weapID].spread;
if (spread > 1)
{
aInstance.aStats.damageMin /= spread;
aInstance.aStats.damageMax /= spread;
}
float startAngle = spread > 1 ? -weaponList[weapID].spreadAngle / 2f : 0;
float angleDelta = spread > 1 ? weaponList[weapID].spreadAngle / (spread - 1) : 0;
List <Collider> soColliderList = new List <Collider>(); //colliders of all the so fired, used to tell each so to ignore each other
for (int i = 0; i < weaponList[weapID].shootPointList.Count; i++)
{
Transform shootPoint = weaponList[weapID].shootPointList[i];
float recoilSign = (Random.value < recoilSignTH ? -1 : 1);
recoilSignTH = Mathf.Clamp(recoilSignTH + (recoilSign > 0 ? 0.25f : -0.25f), 0, 1);
float recoilValue = recoilSign * Random.Range(0.1f, 1f) * GetRecoil();
Quaternion baseShootRot = shootPoint.rotation * Quaternion.Euler(0, recoilValue, 0);
for (int m = 0; m < Mathf.Max(1, spread); m++)
{
Vector3 shootPos = shootPoint.position;
if (spread > 1)
{
shootPos = shootPoint.TransformPoint(new Vector3(0, 0, Random.Range(-1.5f, 1.5f)));
}
Quaternion shootRot = baseShootRot * Quaternion.Euler(0, startAngle + (m * angleDelta), 0);
//GameObject soObj=(GameObject)Instantiate(weaponList[weapID].shootObject, shootPos, shootRot);
GameObject soObj = ObjectPoolManager.Spawn(weaponList[weapID].shootObject, shootPos, shootRot);
ShootObject soInstance = soObj.GetComponent <ShootObject>();
soInstance.IgnoreCollider(GetCollider());
for (int n = 0; n < soColliderList.Count; n++)
{
soInstance.IgnoreCollider(soColliderList[n]);
}
if (soInstance.GetCollider() != null)
{
soColliderList.Add(soInstance.GetCollider());
}
soInstance.Shoot(thisObj.layer, GetRange(), shootPoint, aInstance.Clone(), aimInfo);
//soInstance.Shoot(thisObj.layer, GetRange(), shootPoint, aInstance.Clone(), hit);
}
TDS.CameraShake(weaponList[weapID].recoilCamShake);
if (weaponList[weapID].shootPointDelay > 0)
{
yield return(new WaitForSeconds(weaponList[weapID].shootPointDelay));
}
if (weapID >= weaponList.Count)
{
break;
}
}
}
//called when shootobject hit something
void OnTriggerEnter(Collider col)
{
if (state == _State.Hit)
{
return; //if the shootobject has hit something before this, return
}
//if the shootobject hits another shootobject from friendly unit
if (!GameControl.SOHitFriendly() && col != null)
{
if (srcLayer == col.gameObject.layer)
{
return;
}
}
//register the state of the shootobject as hit
state = _State.Hit;
TDS.CameraShake(impactCamShake);
//when hit a shootObject
if (col != null && col.gameObject.layer == TDS.GetLayerShootObject())
{
//if this is a beam shootobject, inform the other shootobject that it has been hit (beam doesnt use a collider)
if (type == _SOType.Beam)
{
col.gameObject.GetComponent <ShootObject>().Hit();
}
}
//when hit a collectible, destroy the collectible
if (col != null && col.gameObject.layer == TDS.GetLayerCollectible())
{
ObjectPoolManager.Unspawn(col.gameObject);
return;
}
//if there's a attack instance (means the shootobject has a valid attacking stats and all)
if (attInstance != null)
{
float aoeRadius = attInstance.aStats.aoeRadius;
//for area of effect hit
if (aoeRadius > 0)
{
Unit unitInstance = null;
//get all the potental target in range
Collider[] cols = Physics.OverlapSphere(thisT.position, aoeRadius);
for (int i = 0; i < cols.Length; i++)
{
//if the collider in question is the collider the shootobject hit in the first place, apply the full attack instance
if (cols[i] == col)
{
unitInstance = col.gameObject.GetComponent <Unit>();
if (unitInstance != null)
{
unitInstance.ApplyAttack(attInstance.Clone());
}
continue;
}
//no friendly fire, then skip if the target is a friendly unit
if (!GameControl.SOHitFriendly())
{
if (cols[i].gameObject.layer == srcLayer)
{
continue;
}
}
unitInstance = cols[i].gameObject.GetComponent <Unit>();
//create a new attack instance and mark it as aoe attack, so diminishing aoe can be applied if enabled
AttackInstance aInstance = attInstance.Clone();
aInstance.isAOE = true;
aInstance.aoeDistance = Vector3.Distance(thisT.position, cols[i].transform.position);
//apply the attack
if (unitInstance != null)
{
unitInstance.ApplyAttack(aInstance);
}
}
}
else
{
if (col != null)
{
//get the unit and apply the attack
Unit unitInstance = col.gameObject.GetComponent <Unit>();
if (unitInstance != null)
{
unitInstance.ApplyAttack(attInstance);
}
}
}
if (col != null)
{
//apply impact force to the hit object
Vector3 impactDir = Quaternion.Euler(0, thisT.eulerAngles.y, 0) * Vector3.forward;
TDSPhysics.ApplyAttackForce(thisT.position, impactDir, col.gameObject, attInstance.aStats);
}
}
//add collider to the condition so the shootobject wont split if the shootObject didnt hit anything (it could have just reach the range limit)
if (splitUponHit && col != null)
{
Split(col);
}
Hit();
}