public OrderChunk(EnumProvider.ORDERSLIST order, Vector3 point, int priorityAndOrID)
{
this.order = order;
floats = new float[3];
floats[0] = point.x;
floats[1] = point.y;
floats[2] = point.z;
data = priorityAndOrID;
}
public OrderChunk(EnumProvider.ORDERSLIST order,Vector3 point,int priorityAndOrID)
{
this.order = order;
floats = new float[3];
floats[0] = point.x;
floats[1] = point.y;
floats[2] = point.z;
data = priorityAndOrID;
}
public int RegisterUnitComponent(UnitComponent component, System.Enum[] stateExtensions)
{
bool add = true;
int UCcompID = -1;
if (PluggedStateExtendingComponents.ContainsValue(component))
{
foreach (int key in PluggedStateExtendingComponents.Keys)
{
if (component == PluggedStateExtendingComponents[key])
{
UCcompID = key;
Component.Destroy(component);
return(UCcompID);
}
}
}
else
{
foreach (System.Enum extension in stateExtensions)
{
EnumProvider.ORDERSLIST KEY = (EnumProvider.ORDERSLIST)extension;
if (KEY < EnumProvider.ORDERSLIST.Cancel)
{
string VALUE = System.Enum.GetName(typeof(EnumProvider.ORDERSLIST), KEY);
if ((int)KEY > (int)EnumProvider.ORDERSLIST.Stay)
{
OptionalStatesOrder.Remove((int)KEY);
}
if (!OptionalStatesOrder.ContainsKey((int)KEY))
{
OptionalStatesOrder.Add((int)KEY, VALUE);
}
}
else
{
add = false;
}
}
if (add)
{
UCcompID = PluggedStateExtendingComponents.Count;
PluggedStateExtendingComponents.Add(UCcompID, component);
optionalstateIDs = RefreshStatelist();
}
}
return(UCcompID);
}
protected override EnumProvider.ORDERSLIST on_UnitStateChange(EnumProvider.ORDERSLIST stateorder)
{
//Debug.Log("OnUnitStateChange called!!!!!!!!!!!!!!!");
movingUnitState = (OPTIONS)stateorder;
if (!UNIT.Options.standardOrder)
{
if (System.Enum.IsDefined(typeof(OPTIONS), (int)stateorder))
{
switch (movingUnitState)
{
case OPTIONS.MoveTo:
SetKinematic();
WayPoints.Clear();
UNIT.InteractingUnits.Clear();
UNIT.Options.LockOnFocus();
return(stateorder);
case OPTIONS.Patrol:
SetKinematic();
UNIT.InteractingUnits.Clear();
UNIT.Options.LockOnFocus();
return(stateorder);
case OPTIONS.Guard:
SetKinematic();
WayPoints.Clear();
UNIT.InteractingUnits.Clear();
UNIT.Options.LockOnFocus();
return(stateorder);
case OPTIONS.Hide:
WayPoints.Clear();
SetKinematic();
//todo:-----------------
return(stateorder);
case OPTIONS.Stay:
SetKinematic();
WayPoints.Clear();
MoveToPoint = gameObject.transform.position;
MovingDirection = MoveToPoint;
UNIT.InteractingUnits.Clear();
return(stateorder);
}
}
}
return(stateorder);
}
protected override EnumProvider.ORDERSLIST on_UnitStateChange(EnumProvider.ORDERSLIST stateorder)
{
attackState = (OPTIONS)stateorder;
if (!UNIT.Options.standardOrder)
{
if (System.Enum.IsDefined(typeof(OPTIONS), (int)stateorder))
{
switch (attackState)
{
case OPTIONS.Attack:
if (!UNIT.IsABuilding)
{
this.GetComponent <Movability>().SetKinematic();
this.GetComponent <Movability>().WayPoints.Clear();
UNIT.Options.MoveToPoint = this.gameObject.transform.position;
this.GetComponent <Movability>().IsMoving = false;
}
Debug.Log("ATTACKE!!!");
UNIT.Options.LockOnFocus();
return(stateorder);
case OPTIONS.Conquer:
if (!GetComponent <Gunner>())
{
this.gameObject.AddComponent <Gunner>();
}
UNIT.Options.UnitState = EnumProvider.ORDERSLIST.Stay;
if (!UNIT.IsABuilding)
{
UNIT.Options.LockOnFocus();
}
GetComponent <Gunner>().FireAtWill = true;
return(stateorder);
case OPTIONS.Seek:
if (!GetComponent <Gunner>())
{
this.gameObject.AddComponent <Gunner>();
}
return(stateorder);
}
}
}
return(stateorder);
}
public void UnRegister(int componentID, System.Enum[] extensions)
{
bool NeedRefreshList = true;
for (int i = extensions.Length - 1; i >= 0; i--)
{
EnumProvider.ORDERSLIST KEY = (EnumProvider.ORDERSLIST)extensions[i];
//string VALUE = System.Enum.GetName(typeof(EnumProvider.ORDERSLIST), extensions[i]);
if (KEY != EnumProvider.ORDERSLIST.Cancel)
{
OptionalStatesOrder.Remove((int)KEY);
if (KEY > EnumProvider.ORDERSLIST.Stay)
{
if (UNIT.IsABuilding)
{
OptionalStatesOrder.Add((int)EnumProvider.ORDERSLIST.StopProduction, System.Enum.GetNames(typeof(EnumProvider.ORDERSLIST))[(int)EnumProvider.ORDERSLIST.StopProduction]);
}
else
{
OptionalStatesOrder.Add((int)EnumProvider.ORDERSLIST.Stay, System.Enum.GetNames(typeof(EnumProvider.ORDERSLIST))[(int)EnumProvider.ORDERSLIST.Stay]);
}
}
}
else
{
NeedRefreshList = false;
}
}
if (NeedRefreshList)
{
optionalstateIDs = RefreshStatelist();
}
if (componentID >= 0)
{
PluggedStateExtendingComponents.Remove(componentID);
}
}
protected override EnumProvider.ORDERSLIST on_UnitStateChange(EnumProvider.ORDERSLIST stateorder)
{
return(stateorder);
}
virtual internal void GiveOrder(EnumProvider.ORDERSLIST order)
{
UnitState = order;
}
public void AddOrder(EnumProvider.ORDERSLIST order, Vector3 point, int id)
{
orderList.Add(new OrderChunk(order, point, id));
}
abstract protected EnumProvider.ORDERSLIST on_UnitStateChange(EnumProvider.ORDERSLIST stateorder);
