private void IdentifySimilarCreature()
{
TargetCreature = null; // Reference to the script of the closest creature
GameObject target = null;
float similarity = Mathf.Infinity;
ColliderCloud = Physics.OverlapSphere(_myTransform.position, (float)_lineOfSight);
if (ColliderCloud.Length == 0)
{
target = null;
return;
}
foreach (Collider col in ColliderCloud)
{
var currentCollider = col.transform.gameObject; // Reference of the current collider
if (currentCollider && currentCollider.gameObject.name == "root" && currentCollider != _myCreature.Root.gameObject)
{
_otherCreature = currentCollider.transform.parent.GetComponent <Creature>();
var currentSimilarity = GeneticsUtilities.CheckSimilarColour(_myCreature.ChromosomeComposition, _otherCreature.ChromosomeComposition);
if (currentSimilarity < similarity)
{
target = currentCollider.transform.parent.gameObject;
similarity = currentSimilarity;
}
Vector3 locationDifference = currentCollider.transform.position - _myTransform.position;
if (locationDifference.magnitude < (float)_creatureMateRange)
{
_otherCreature = currentCollider.transform.parent.GetComponent <Creature>();
Genitalia otherGenital = _otherCreature.Genital.GetComponent <Genitalia>();
if (_myCreature.State != Creature.CurrentState.PersuingMate &&
_otherCreature.State != Creature.CurrentState.PersuingMate)
{
}
else
{
_collisionHandler.ObserveColliders(_myCreature.Genital.gameObject, otherGenital.gameObject);
_otherCreature.ChangeState(Creature.CurrentState.Mating);
_myCreature.ChangeState(Creature.CurrentState.Mating);
}
similarity = currentSimilarity;
}
}
DistanceToGoal = 0F;
Goal = null;
if (!target)
{
continue;
}
TargetCreature = target.GetComponent <Creature>();
Goal = TargetCreature.Root;
DistanceToGoal = DistanceUntilGoal();
}
}
