void Start()
{
health = GetComponent<Health> ();
sense = GetComponent<OmniSense>();
lastTarget = null;
lastUsedEquipmentPiece = null;
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
}
void Start()
{
health = GetComponent <Health> ();
sense = GetComponent <OmniSense>();
lastTarget = null;
lastUsedEquipmentPiece = null;
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
}
void Start()
{
isActive = true;
minionControll = GetComponent <MinionControll>();
lastTarget = null;
lastUsedEquipmentPiece = null;
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
}
/**
* Kalkuluje ocenę przedmiotu ekwipunku przy braniu pod uwagę priorytet przedmiotu w ekwipunku i konsekwencję w wyborze tego samego celu.
* originalTargetRate- to jest polecane w takim stopniu
* equipmentPiece- to jest ten który wydaje polecenie
* */
private EquipmentRate calculateEquipmentRate(TargetRate originalTargetRate, EquipmentPieceAI equipmentPiece)
{
if (originalTargetRate == null || originalTargetRate.getTarget() == null || equipmentPiece == null)
{
return(null);
}
EquipmentRate equipmentRatePostScaling = new EquipmentRate(equipmentPiece, originalTargetRate.getTargetRate(), originalTargetRate.getTarget());
equipmentRatePostScaling.setRate(equipmentRatePostScaling.getEquipmentRate() * equipmentPiece.priority);
if (equipmentPiece == lastUsedEquipmentPiece)
{
equipmentRatePostScaling.setRate(equipmentRatePostScaling.getEquipmentRate() + consequenceBonus);
}
return(equipmentRatePostScaling);
}
void Update()
{
if(health != null && !health.IsAlive())
{
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
if(equipmentPieces != null && equipmentPieces.Length > 0)
{
for(int i=0; i < equipmentPieces.Length; i++)
{
equipmentPieces[i].setPermissionToOperate(false);
}
}
}
}
void Update()
{
if (health != null && !health.IsAlive())
{
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
if (equipmentPieces != null && equipmentPieces.Length > 0)
{
for (int i = 0; i < equipmentPieces.Length; i++)
{
equipmentPieces[i].setPermissionToOperate(false);
}
}
}
}
void Update()
{
if (!isActive || (minionControll.GetHealth() != null && !minionControll.GetHealth().IsAlive()))
{
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
if (equipmentPieceAIs != null && equipmentPieceAIs.Length > 0)
{
for (int i = 0; i < equipmentPieceAIs.Length; i++)
{
equipmentPieceAIs[i].setPermissionToOperate(false);
}
}
}
}
/**
* Wyznaczenie nowego używanego ekwipunku i zalecanego celu.
* */
public void determineNewFavourites()
{
lastTarget = currentTarget;
lastUsedEquipmentPiece = currentlyUsedEquipmentPiece;
if(sense != null && equipmentPieces != null && equipmentPieces.Length > 0 && sense.getObjectsInRange()!= null)
{
if(sense.getObjectsInRange().Count > 0)
{
EquipmentRate maxEquipmentRate = new EquipmentRate(null, 0, null); //obecny maksymalny rating przedmiotu
for(int i=0; i < equipmentPieces.Length; i++)
{
equipmentPieces[i].setPermissionToOperate(false);
List<TargetRate> ratingList = equipmentPieces[i].rateTargets(sense.getObjectsInRange()); //żądanie by przedmiot ocenił cele
TargetRate maxTargetRate = new TargetRate(null, 0); //obecny maksymalny rating konkretnego celu
//Wyznaczanie celu najbardziej zalecanego przez ten przedmiot
if(ratingList != null && ratingList.Count > 0)
{
for(int j=0; j < ratingList.Count; j++)
{
if(maxTargetRate.getTargetRate() < ratingList[j].getTargetRate())
{
maxTargetRate = ratingList[j]; //przypisanie większej wartości jako maksimum
}
}
}
//equipmentPieces[i] najbardziej poleca maxTargetRate, wyliczanie oceny przedmotu ekwipunku
EquipmentRate calculatedEquipmentRate = calculateEquipmentRate(maxTargetRate, equipmentPieces[i]);
//wybranie przedmiotu faworyta w ekwipunku
if(calculatedEquipmentRate != null && maxEquipmentRate.getEquipmentRate() < calculatedEquipmentRate.getEquipmentRate())
{
maxEquipmentRate = calculatedEquipmentRate; //przypisanie większego faworyta-przedmiotu w ekwipunku
}
}
//zakończenie wybierania, maxEquipmentRate- najbardziej polecany przedmiot
currentTarget = maxEquipmentRate.getTarget();
currentlyUsedEquipmentPiece = maxEquipmentRate.getEquipmentPiece();
if(currentlyUsedEquipmentPiece != null)
{
currentlyUsedEquipmentPiece.setPermissionToOperate(true);
}
if(maxEquipmentRate.getEquipmentPiece() != null)
{
optimalDistanceToTarget = maxEquipmentRate.getEquipmentPiece().getOptimalRange();
maximalDistanceToTarget = maxEquipmentRate.getEquipmentPiece().getOptimalRange();
}
else
{
optimalDistanceToTarget = 0f;
maximalDistanceToTarget = 0f;
}
}
else
{
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
}
}
}
/**
* Kalkuluje ocenę przedmiotu ekwipunku przy braniu pod uwagę priorytet przedmiotu w ekwipunku i konsekwencję w wyborze tego samego celu.
* originalTargetRate- to jest polecane w takim stopniu
* equipmentPiece- to jest ten który wydaje polecenie
* */
private EquipmentRate calculateEquipmentRate(TargetRate originalTargetRate, EquipmentPieceAI equipmentPiece)
{
if (originalTargetRate == null || originalTargetRate.getTarget() == null || equipmentPiece == null)
{
return null;
}
EquipmentRate equipmentRatePostScaling = new EquipmentRate (equipmentPiece, originalTargetRate.getTargetRate (), originalTargetRate.getTarget ());
equipmentRatePostScaling.setRate(equipmentRatePostScaling.getEquipmentRate() * equipmentPiece.priority);
if(equipmentPiece == lastUsedEquipmentPiece)
{
equipmentRatePostScaling.setRate(equipmentRatePostScaling.getEquipmentRate() + consequenceBonus);
}
return equipmentRatePostScaling;
}
/**
* Wyznaczenie nowego używanego ekwipunku i zalecanego celu.
* */
public void determineNewFavourites()
{
lastTarget = currentTarget;
lastUsedEquipmentPiece = currentlyUsedEquipmentPiece;
if (sense != null && equipmentPieces != null && equipmentPieces.Length > 0 && sense.getObjectsInRange() != null)
{
if (sense.getObjectsInRange().Count > 0)
{
EquipmentRate maxEquipmentRate = new EquipmentRate(null, 0, null); //obecny maksymalny rating przedmiotu
for (int i = 0; i < equipmentPieces.Length; i++)
{
equipmentPieces[i].setPermissionToOperate(false);
List <TargetRate> ratingList = equipmentPieces[i].rateTargets(sense.getObjectsInRange()); //żądanie by przedmiot ocenił cele
TargetRate maxTargetRate = new TargetRate(null, 0); //obecny maksymalny rating konkretnego celu
//Wyznaczanie celu najbardziej zalecanego przez ten przedmiot
if (ratingList != null && ratingList.Count > 0)
{
for (int j = 0; j < ratingList.Count; j++)
{
if (maxTargetRate.getTargetRate() < ratingList[j].getTargetRate())
{
maxTargetRate = ratingList[j]; //przypisanie większej wartości jako maksimum
}
}
}
//equipmentPieces[i] najbardziej poleca maxTargetRate, wyliczanie oceny przedmotu ekwipunku
EquipmentRate calculatedEquipmentRate = calculateEquipmentRate(maxTargetRate, equipmentPieces[i]);
//wybranie przedmiotu faworyta w ekwipunku
if (calculatedEquipmentRate != null && maxEquipmentRate.getEquipmentRate() < calculatedEquipmentRate.getEquipmentRate())
{
maxEquipmentRate = calculatedEquipmentRate; //przypisanie większego faworyta-przedmiotu w ekwipunku
}
}
//zakończenie wybierania, maxEquipmentRate- najbardziej polecany przedmiot
currentTarget = maxEquipmentRate.getTarget();
currentlyUsedEquipmentPiece = maxEquipmentRate.getEquipmentPiece();
if (currentlyUsedEquipmentPiece != null)
{
currentlyUsedEquipmentPiece.setPermissionToOperate(true);
}
if (maxEquipmentRate.getEquipmentPiece() != null)
{
optimalDistanceToTarget = maxEquipmentRate.getEquipmentPiece().getOptimalRange();
maximalDistanceToTarget = maxEquipmentRate.getEquipmentPiece().getOptimalRange();
}
else
{
optimalDistanceToTarget = 0f;
maximalDistanceToTarget = 0f;
}
}
else
{
currentTarget = null;
currentlyUsedEquipmentPiece = null;
optimalDistanceToTarget = 0;
maximalDistanceToTarget = 0;
}
}
}
public EquipmentRate(EquipmentPieceAI newEquipmentPiece, float newRate, GameObject newTarget)
{
equipmentPieceAI = newEquipmentPiece;
rate = newRate;
target = newTarget;
}
public EquipmentRate(EquipmentPieceAI newEquipmentPiece, float newRate, GameObject newTarget)
{
equipmentPieceAI = newEquipmentPiece;
rate = newRate;
target = newTarget;
}
