public void AddNanites(int _iNanites)
{
int iNumSilos = m_NaniteSilos.Count;
int evenDistribution = _iNanites / iNumSilos;
foreach (GameObject silo in m_NaniteSilos)
{
CNaniteStorageBehaviour siloBehaviour = silo.GetComponent <CNaniteStorageBehaviour>();
float newNaniteAmount = siloBehaviour.StoredNanites + evenDistribution;
if (newNaniteAmount > siloBehaviour.NaniteCapacity)
{
int chargeAddition = siloBehaviour.AvailableNaniteCapacity;
siloBehaviour.StoredNanites = siloBehaviour.NaniteCapacity;
evenDistribution -= chargeAddition;
}
}
foreach (GameObject silo in m_NaniteSilos)
{
CNaniteStorageBehaviour siloBehaviour = silo.GetComponent <CNaniteStorageBehaviour>();
if (siloBehaviour.StoredNanites != siloBehaviour.NaniteCapacity)
{
siloBehaviour.StoredNanites += evenDistribution;
}
}
}
public void DeductNanites(int _iNanites)
{
int iOriginalDebt = _iNanites;
if (_iNanites < m_ShipCurrentNanites)
{
// Take nanites from non-full silos first
foreach (GameObject silo in m_NaniteSilos)
{
CNaniteStorageBehaviour siloBehaviour = silo.GetComponent <CNaniteStorageBehaviour> ();
if (siloBehaviour.IsStorageAvailable && siloBehaviour.StoredNanites < siloBehaviour.NaniteCapacity)
{
if (siloBehaviour.StoredNanites > _iNanites)
{
siloBehaviour.DeductNanites(_iNanites);
_iNanites = 0;
break;
}
else
{
int availableAmount = siloBehaviour.StoredNanites;
siloBehaviour.DeductNanites(availableAmount);
_iNanites -= availableAmount;
}
}
}
//If there is a remaining debt, start removing nanites from full silos
if (_iNanites > 0)
{
foreach (GameObject silo in m_NaniteSilos)
{
CNaniteStorageBehaviour siloBehaviour = silo.GetComponent <CNaniteStorageBehaviour> ();
if (siloBehaviour.IsStorageAvailable)
{
if (siloBehaviour.StoredNanites > _iNanites)
{
siloBehaviour.DeductNanites(_iNanites);
_iNanites = 0;
break;
}
else
{
int availableAmount = siloBehaviour.StoredNanites;
siloBehaviour.DeductNanites(availableAmount);
_iNanites -= availableAmount;
}
}
}
}
}
else
{
Debug.LogError("Insufficient nanites - always check available nanites before deducting");
}
}
private void UpdateStorageVariables()
{
m_ShipNanitesPotential = 0;
m_ShipCurrentNanites = 0;
foreach (GameObject ns in m_NaniteSilos)
{
CNaniteStorageBehaviour nsb = ns.GetComponent <CNaniteStorageBehaviour>();
if (nsb.IsStorageAvailable)
{
m_ShipCurrentNanites += nsb.StoredNanites;
m_ShipNanitesPotential += nsb.NaniteCapacity;
}
}
}
// Member Properties
// Member Methods
public void RegisterNaniteCapsule(GameObject _NaniteCapacitor)
{
m_NaniteCapsule = _NaniteCapacitor;
m_CachedNaniteStorageBehaviour = m_NaniteCapsule.GetComponent<CNaniteStorageBehaviour>();
m_CachedNaniteCapsule = m_NaniteCapsule.GetComponent<CTestNaniteCapsule>();
// Register charge/capacity state chages
m_CachedNaniteStorageBehaviour.EventNaniteStorageChanged += HandleCapsuleStateChange;
m_CachedNaniteStorageBehaviour.EventNaniteCapacityChanged += HandleCapsuleStateChange;
// Register for when the circuitry breaks/fixes
m_CachedNaniteCapsule.m_CircuitryComp.EventComponentBreak += HandleComponentStateChange;
m_CachedNaniteCapsule.m_CircuitryComp.EventComponentFix += HandleComponentStateChange;
m_CachedNaniteCapsule.m_CalibratorComp.EventComponentBreak += HandleComponentStateChange;
m_CachedNaniteCapsule.m_CalibratorComp.EventComponentFix += HandleComponentStateChange;
// Update initial values
UpdateDUI();
}
// Member Properties
// Member Methods
public void RegisterNaniteCapsule(GameObject _NaniteCapacitor)
{
m_NaniteCapsule = _NaniteCapacitor;
m_CachedNaniteStorageBehaviour = m_NaniteCapsule.GetComponent <CNaniteStorageBehaviour>();
m_CachedNaniteCapsule = m_NaniteCapsule.GetComponent <CTestNaniteCapsule>();
// Register charge/capacity state chages
m_CachedNaniteStorageBehaviour.EventNaniteStorageChanged += HandleCapsuleStateChange;
m_CachedNaniteStorageBehaviour.EventNaniteCapacityChanged += HandleCapsuleStateChange;
// Register for when the circuitry breaks/fixes
m_CachedNaniteCapsule.m_CircuitryComp.EventComponentBreak += HandleComponentStateChange;
m_CachedNaniteCapsule.m_CircuitryComp.EventComponentFix += HandleComponentStateChange;
m_CachedNaniteCapsule.m_CalibratorComp.EventComponentBreak += HandleComponentStateChange;
m_CachedNaniteCapsule.m_CalibratorComp.EventComponentFix += HandleComponentStateChange;
// Update initial values
UpdateDUI();
}
// Member Methods
public void Start()
{
m_NaniteStorage = gameObject.GetComponent <CNaniteStorageBehaviour>();
// Register for when the circuitry breaks/fixes
m_CircuitryComp.EventComponentBreak += HandleComponentStateChange;
m_CircuitryComp.EventComponentFix += HandleComponentStateChange;
m_CalibratorComp.EventComponentBreak += HandleComponentStateChange;
m_CalibratorComp.EventComponentFix += HandleComponentStateChange;
// Get the DUI of the power generator
m_DUINaniteCapsule = m_DUIConsole.DUI.GetComponent <CDUINaniteCapsuleRoot>();
m_DUINaniteCapsule.RegisterNaniteCapsule(gameObject);
if (CNetwork.IsServer)
{
m_NaniteStorage.NaniteCapacity = m_MaxNaniteCapacity;
m_NaniteStorage.StoredNanites = 0;
}
}
// Member Methods
public void Start()
{
m_NaniteStorage = gameObject.GetComponent<CNaniteStorageBehaviour>();
// Register for when the circuitry breaks/fixes
m_CircuitryComp.EventComponentBreak += HandleComponentStateChange;
m_CircuitryComp.EventComponentFix += HandleComponentStateChange;
m_CalibratorComp.EventComponentBreak += HandleComponentStateChange;
m_CalibratorComp.EventComponentFix += HandleComponentStateChange;
// Get the DUI of the power generator
m_DUINaniteCapsule = m_DUIConsole.DUI.GetComponent<CDUINaniteCapsuleRoot>();
m_DUINaniteCapsule.RegisterNaniteCapsule(gameObject);
if(CNetwork.IsServer)
{
m_NaniteStorage.NaniteCapacity = m_MaxNaniteCapacity;
m_NaniteStorage.StoredNanites = 0;
}
}
private void HandleCapsuleStateChange(CNaniteStorageBehaviour _Capsule)
{
UpdateDUI();
}
private void HandleCapsuleStateChange(CNaniteStorageBehaviour _Capsule)
{
UpdateDUI();
}
