public void Start()
{
if (!active)
{
return;
}
//if the aiming method requires a component that is not present do not use it
if (aimingMethod == AimingMethod.TargetDirection && !GetComponent <LocationDetector>())
{
aimingMethod = AimingMethod.Random;
}
if (aimingMethod == AimingMethod.TravelDirection && !GetComponent <AbilityMover>())
{
aimingMethod = AimingMethod.Random;
}
Vector3 startPos = transform.position;
if (createAtTarget)
{
LocationDetector ld = GetComponent <LocationDetector>();
if (ld)
{
startPos = ld.targetLocation;
}
}
else if (createAtStartLocation)
{
LocationDetector ld = GetComponent <LocationDetector>();
if (ld)
{
startPos = ld.startLocation;
}
}
startPos += offset;
// create the ability object depending on the aiming method
if (aimingMethod == AimingMethod.Random)
{
// create a random aim point
Vector3 aimPoint = new Vector3(startPos.x + Random.Range(-5f, 5f), startPos.y, startPos.z + Random.Range(-5f, 5f));
// create the ability object
GetComponent <AbilityObjectConstructor>().constructAbilityObject(abilityToInstantiate, startPos, aimPoint);
}
else if (aimingMethod == AimingMethod.TargetDirection)
{
// create the ability object
GetComponent <AbilityObjectConstructor>().constructAbilityObject(abilityToInstantiate, startPos, GetComponent <LocationDetector>().targetLocation);
}
else if (aimingMethod == AimingMethod.TravelDirection)
{
// create the ability object
GetComponent <AbilityObjectConstructor>().constructAbilityObject(abilityToInstantiate, startPos, transform.position + GetComponent <AbilityMover>().positionDelta);
}
}
public void createAbilityObject()
{
if (failsIfFailedAbility)
{
SelfDestroyer destroyer = GetComponent <SelfDestroyer>();
if (destroyer && destroyer.failedAbility)
{
return;
}
}
//if the aiming method requires a component that is not present do not use it
if (aimingMethod == AimingMethod.TargetDirection && !GetComponent <LocationDetector>())
{
aimingMethod = AimingMethod.Random;
}
if (aimingMethod == AimingMethod.TravelDirection && !GetComponent <AbilityMover>())
{
aimingMethod = AimingMethod.Random;
}
Vector3 startPos = transform.position;
if (createAtTarget)
{
LocationDetector ld = GetComponent <LocationDetector>();
if (ld)
{
startPos = ld.targetLocation;
}
}
else if (createAtStartLocation)
{
LocationDetector ld = GetComponent <LocationDetector>();
if (ld)
{
startPos = ld.startLocation;
}
}
else if (createAtCastLocation)
{
CreationReferences references = GetComponent <CreationReferences>();
if (references)
{
startPos = references.locationCreatedFrom;
}
}
startPos += offset;
// create the ability object depending on the aiming method
if (aimingMethod == AimingMethod.Random)
{
// create a random aim point
Vector3 aimPoint = new Vector3(startPos.x + Random.Range(-5f, 5f), startPos.y, startPos.z + Random.Range(-5f, 5f));
// create the ability object
GetComponent <AbilityObjectConstructor>().constructAbilityObject(abilityToInstantiate, startPos, aimPoint);
}
else if (aimingMethod == AimingMethod.TargetDirection)
{
// create the ability object
GetComponent <AbilityObjectConstructor>().constructAbilityObject(abilityToInstantiate, startPos, GetComponent <LocationDetector>().targetLocation);
}
else if (aimingMethod == AimingMethod.TravelDirection)
{
// create the ability object
GetComponent <AbilityObjectConstructor>().constructAbilityObject(abilityToInstantiate, startPos, transform.position + GetComponent <AbilityMover>().positionDelta);
}
}
