protected void DetachAllElectrics()
{
CSElectric[] electrics = m_Electrics.ToArray();
foreach (CSElectric cse in electrics)
{
DetachElectric(cse);
// Find other powerplant can supply this electric
foreach (CSCommon power in cse.Assembly.AllPowerPlants)
{
if (power == this)
{
continue;
}
CSPowerPlant realPower = power as CSPowerPlant;
realPower.AttachElectric(cse);
if (cse.IsRunning)
{
break;
}
}
cse.ChangeState();
}
}
public bool ObjectInPowerPlant(Vector3 pos)
{
if (Assembly == null)
{
return(false);
}
List <CSCommon> cscs = Assembly.AllPowerPlants;
for (int i = 0; i < cscs.Count; i++)
{
CSPowerPlant pp = cscs[i] as CSPowerPlant;
if (pp.InRange(pos))
{
return(true);
}
}
return(false);
}
public int AttachCommonEntity(CSCommon csc)
{
if (csc.Assembly == this)
{
return(CSConst.rrtUnkown);
}
if (!InRange(csc.Position))
{
return(CSConst.rrtOutOfRadius);
}
CSConst.ObjectType type = (CSConst.ObjectType)csc.m_Type;
if (IsOutOfLimit(type))
{
return(CSConst.rrtOutOfRange);
}
// m_BelongObjectsMap[(CSConst.ObjectType) csc.m_Type].Add(csc);
AddBelongBuilding((CSConst.ObjectType)csc.m_Type, csc);
csc.Assembly = this;
CSElectric cse = csc as CSElectric;
if (cse != null)
{
foreach (CSCommon power in AllPowerPlants)
{
CSPowerPlant cspp = power as CSPowerPlant;
cspp.AttachElectric(cse);
if (cse.IsRunning)
{
break;
}
}
}
csc.ChangeState();
return(CSConst.rrtSucceed);
}
