// try not to target an already attacked enemy
// if all enemies are attacked, target nearest attacked enemy
// if there are no enemies at all, return null
public CombatFlow findGroundTargetByType(CombatFlow.Type type)
{
CombatFlow maybeAttackedEnemy = findGroundTargetByType(type, true);
CombatFlow uniqueEnemy = findGroundTargetByType(type, false);
if (uniqueEnemy == null)
{
return(maybeAttackedEnemy);
}
else
{
return(uniqueEnemy);
}
}
public CombatFlow findGroundTargetByType(CombatFlow.Type type, bool includeAttackedEnemies)
{
// start by just finding closest ground target
// if any units are within closeRange, use nose angle
// --> select the smallest angle unit that is ALSO within closeRange
// otherwise, just simply select the closest unit
CombatFlow groundUnit = null;
bool useNoseAngle = false;
bool firstSet = false;
float smallestAngle = 0;
int smallestAngleIndex = -1;
float shortestDist = 0;
int shortestDistIndex = -1;
for (int i = 0; i < enemyGroundUnitsContainer.Count; i++)
{
CombatFlow currUnit = enemyGroundUnitsContainer[i];
if (currUnit != null && currUnit.type == type && (includeAttackedEnemies || !aiTgtComp.maxMissilesOnTarget(currUnit)))
{
float currDist = Vector3.Distance(transform.position, currUnit.transform.position);
float currAngle = Vector3.Angle(transform.forward, currUnit.transform.position - transform.position);
if (!firstSet)
{
smallestAngle = currAngle;
smallestAngleIndex = i;
shortestDist = currDist;
shortestDistIndex = i;
firstSet = true;
}
if (currDist < shortestDist)
{
shortestDist = currDist;
shortestDistIndex = i;
}
if (currAngle < smallestAngle && currDist < closeRange)
{
smallestAngle = currAngle;
smallestAngleIndex = i;
useNoseAngle = true;
}
}
}
if (firstSet) // return unit will remain null if none are found
{
if (useNoseAngle)
{
groundUnit = enemyGroundUnitsContainer[smallestAngleIndex];
}
else
{
groundUnit = enemyGroundUnitsContainer[shortestDistIndex];
}
}
Debug.Log("Attacking ground unit: " + groundUnit + ", useNoseAngle: " + useNoseAngle);
return(groundUnit);
}