/// <summary>
/// Initializes a new instance of the <see cref="AUnitElementItemData" /> class.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="owner">The owner.</param>
/// <param name="passiveCMs">The passive countermeasures.</param>
/// <param name="hullEquipment">The hull equipment.</param>
/// <param name="activeCMs">The active countermeasures.</param>
/// <param name="sensors">The sensors.</param>
/// <param name="shieldGenerators">The shield generators.</param>
/// <param name="hqPriority">The HQ priority.</param>
public AUnitElementData(IUnitElement element, Player owner, IEnumerable<PassiveCountermeasure> passiveCMs, AHullEquipment hullEquipment,
IEnumerable<ActiveCountermeasure> activeCMs, IEnumerable<Sensor> sensors, IEnumerable<ShieldGenerator> shieldGenerators, Priority hqPriority)
: base(element, owner, hullEquipment.MaxHitPoints, passiveCMs) {
HullEquipment = hullEquipment;
Mass = hullEquipment.Mass + hullEquipment.Weapons.Sum(w => w.Mass) + activeCMs.Sum(cm => cm.Mass) + sensors.Sum(s => s.Mass) + passiveCMs.Sum(cm => cm.Mass) + shieldGenerators.Sum(gen => gen.Mass);
Expense = hullEquipment.Expense + hullEquipment.Weapons.Sum(w => w.Expense) + activeCMs.Sum(cm => cm.Expense) + sensors.Sum(s => s.Expense) + passiveCMs.Sum(cm => cm.Expense) + shieldGenerators.Sum(gen => gen.Expense);
InitializeWeapons();
Initialize(sensors);
Initialize(activeCMs);
Initialize(shieldGenerators);
HQPriority = hqPriority;
}
public void HandleSubordinateElementDeath(IUnitElement deadSubordinateElement) {
// No ShowDebugLog as I always want this to report except when it doesn't compile
D.LogBold("{0} acknowledging {1} has been lost.", DebugName, deadSubordinateElement.DebugName);
RemoveElement(deadSubordinateElement as AUnitElementItem);
// state machine notification is after removal so attempts to acquire a replacement don't come up with same element
if (IsOperational) { // no point in notifying Cmd's Dead state of the subordinate element's death that killed it
UponSubordinateElementDeath(deadSubordinateElement as AUnitElementItem);
}
}
/// <summary>
/// Positions the element in formation. This base class version simply places the
/// element at the designated offset location from the HQElement.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="stationSlotInfo">The slot information.</param>
public virtual void PositionElementInFormation(IUnitElement element, FormationStationSlotInfo stationSlotInfo) {
(element as AUnitElementItem).transform.localPosition = stationSlotInfo.LocalOffset;
//D.Log(ShowDebugLog, "{0} positioned at {1}, offset by {2} from {3} at {4}.",
//element.DebugName, element.Position, stationSlotInfo.LocalOffset, HQElement.DebugName, HQElement.Position);
}
/// <summary>
/// Selects a FormationStation slot for the provided (non-HQ) element based on default selection constraints,
/// and then calls Command.PositionElementInFormation() using the slot selected.
/// </summary>
/// <param name="element">The element.</param>
public void AddAndPositionNonHQElement(IUnitElement element) {
D.Assert(!element.IsHQ);
AddAndPositionElement(element);
}
/// <summary>
/// Positions the element in formation. This FleetCmd version assigns a FleetFormationStation to the element (ship) after
/// removing the existing station, if any. The ship will then assume its station by moving to its location when ordered.
/// If this Cmd client is not yet operational meaning the fleet is being deployed for the first time, the ship will
/// be placed at the station's location.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="stationSlotInfo">The station slot information.</param>
public override void PositionElementInFormation(IUnitElement element, FormationStationSlotInfo stationSlotInfo) {
ShipItem ship = element as ShipItem;
if (!IsOperational) {
// If not operational, this positioning is occurring during construction so place the ship now where it belongs
base.PositionElementInFormation(element, stationSlotInfo);
}
FleetFormationStation station = ship.FormationStation;
if (station != null) {
// the ship already has a formation station so get rid of it
D.Log(ShowDebugLog, "{0} is removing and despawning old {1}.", ship.DebugName, typeof(FleetFormationStation).Name);
ship.FormationStation = null;
station.AssignedShip = null;
// FormationMgr will have already removed stationInfo from occupied list if present //FormationMgr.ReturnSlotAsAvailable(ship, station.StationInfo);
MyPoolManager.Instance.DespawnFormationStation(station.transform);
}
//D.Log(ShowDebugLog, "{0} is adding a new {1} with SlotID {2}.", DebugName, typeof(FleetFormationStation).Name, stationSlotInfo.SlotID.GetValueName());
station = MyPoolManager.Instance.SpawnFormationStation(Position, Quaternion.identity, transform);
station.StationInfo = stationSlotInfo;
station.AssignedShip = ship;
ship.FormationStation = station;
}
/// <summary>
/// Selects a FormationStation slot for the provided (non-HQ) element based on the selection constraints
/// provided, and then calls Command.PositionElementInFormation() using the slot selected.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="selectionConstraint">The selection constraint.</param>
public void AddAndPositionNonHQElement(IUnitElement element, FormationStationSelectionCriteria selectionConstraint) {
D.Assert(!element.IsHQ);
AddAndPositionElement(element, selectionConstraint);
}
/// <summary>
/// Handles changes the FormationManager needs to make when an element is removed from the Unit.
/// WARNING: This does not include removing the FormationStation from the ship and the ship
/// from the FormationStation, nor does it deal with return the Station to the pool.
/// </summary>
/// <param name="element">The element.</param>
public void HandleElementRemoval(IUnitElement element) {
FormationStationSlotInfo elementStationInfo;
bool isStationSlotFound = _occupiedStationSlotLookup.TryGetValue(element, out elementStationInfo);
D.Assert(isStationSlotFound, element.DebugName);
_occupiedStationSlotLookup.Remove(element);
_availableStationSlots.Add(elementStationInfo);
}
/// <summary>
/// TEMP method that selects the stationSlot for the provided element based off of
/// the provided selectionConstraints.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="selectionConstraints">The selection constraints.</param>
/// <returns></returns>
private FormationStationSlotInfo SelectSlotInfoFor(IUnitElement element, FormationStationSelectionCriteria selectionConstraints) {
if (element.IsHQ) {
//D.Log(ShowDebugLog, "{0} is about to validate {1} is only HQ.", DebugName, element.DebugName);
__ValidateSingleHqSlotAvailable();
return _availableStationSlots.Single(sInfo => sInfo.IsHQSlot); // 7.15.16 Single violation recorded
}
FormationStationSlotInfo result = _availableStationSlots.Where(sInfo => !sInfo.IsHQSlot && sInfo.IsReserve == selectionConstraints.IsReserveReqd).FirstOrDefault();
if (result == default(FormationStationSlotInfo)) {
result = _availableStationSlots.Where(sInfo => !sInfo.IsHQSlot).FirstOrDefault();
}
if (result == default(FormationStationSlotInfo)) {
D.Error("{0}: Cannot find {1} meeting Constraint {2} for {3}.", DebugName, typeof(FormationStationSlotInfo).Name, selectionConstraints, element.DebugName);
}
return result;
}
private FormationStationSlotInfo SelectAndRecordSlotAsOccupied(IUnitElement element, FormationStationSelectionCriteria selectionConstraints) {
bool isRemoved;
FormationStationSlotInfo slotInfo;
if (_occupiedStationSlotLookup.TryGetValue(element, out slotInfo)) {
// return element's existing slotInfo BEFORE selecting another
isRemoved = _occupiedStationSlotLookup.Remove(element);
D.Assert(isRemoved, element.DebugName);
_availableStationSlots.Add(slotInfo);
}
slotInfo = SelectSlotInfoFor(element, selectionConstraints);
isRemoved = _availableStationSlots.Remove(slotInfo);
D.Assert(isRemoved, slotInfo.ToString());
_occupiedStationSlotLookup.Add(element, slotInfo);
return slotInfo;
}
/// <summary>
/// Selects a FormationStation slot for the provided element based on the selection constraints
/// provided, if any, and then calls Command.PositionElementInFormation() using the slot selected.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="selectionConstraint">The selection constraint.</param>
private void AddAndPositionElement(IUnitElement element, FormationStationSelectionCriteria selectionConstraint = default(FormationStationSelectionCriteria)) {
var slotInfo = SelectAndRecordSlotAsOccupied(element, selectionConstraint);
_unitCmd.PositionElementInFormation(element, slotInfo);
}
