public Hull(HullData hd)
{
_name = hd.name;
_description = hd.description;
_weaponSlots = hd.weaponSlots;
_utilitySlots = hd.utilitySlots;
_hullpoints = hd.hitpoints;
_baseMovementSpeed = hd.movementSpeed;
_baseRotationSpeed = hd.rotationSpeed;
_gasStorage = hd.gasStorage;
_oreStorage = hd.oreStorage;
_fuelStorage = hd.fuelStorage;
_goodsStorage = hd.goodsStorage;
_maintenanceCosts = hd.maintenanceCosts;
_size = hd.size;
_model = hd.model;
_destroyedVFX = hd.destroyedVFX;
_icon = hd.icon;
}
public ShipComponent(ShipComponentData scd, ShipComponentRarity rarity)
{
_name = scd.name;
_description = scd.description;
_cooldown = scd.cooldown;
_modifiers = scd.modifiers;
_rarity = rarity;
_minimumSize = scd.minimumSize;
_icon = scd.icon;
_autoActivate = scd.autoActivateEnabledByDefault;
}
/**
* load Fleet ship prefabs
*/
void LoadFleetShips()
{
fleetShipPrefabs = new Dictionary <Tuple <Race, HullClass>, FleetShip>();
var objects = Resources.LoadAll("Fleet", typeof(GameObject));
foreach (GameObject obj in objects)
{
FleetShip ship = obj.GetComponent <FleetShip>();
if (ship != null)
{
Race race = (Race)ship.GetType().GetField("race").GetRawConstantValue();
HullClass hullClass = (HullClass)ship.GetType().GetField("hullClass").GetRawConstantValue();
fleetShipPrefabs.Add(new Tuple <Race, HullClass>(race, hullClass), ship);
continue;
}
}
}
public Ship(ShipData sd)
{
_name = sd.name.Length == 0 ? NameGenerator.GetShipName() : sd.name;
_hull = sd.hull.CreateInstance() as Hull;
_size = _hull.size;
_weapons = new Weapon[_hull.weaponSlots];
_utilities = new Utility[_hull.utilitySlots];
_components = new ShipComponent[_hull.weaponSlots + _hull.utilitySlots];
_modifiers.AddRange(_hull.maintenanceCosts);
_model = _hull.model;
_destroyedVFX = _hull.destroyedVFX;
//add preconfigured utilities
if (sd.weapons != null)
{
for (int i = 0; i < sd.weapons.Length; i++)
{
if (sd.weapons[i] != null)
{
_weapons[i] = sd.weapons[i].Instantiate() as Weapon;
}
}
}
if (sd.utilities != null)
{
for (int i = 0; i < sd.utilities.Length; i++)
{
if (sd.utilities[i] != null)
{
_utilities[i] = sd.utilities[i].Instantiate() as Utility;
}
}
}
//autofill component slots with components for debug purposes
var weapons =
Resources.LoadAll <WeaponData>("Data/Parts/Weapons")
.Where(w => (int)w.minimumSize <= (int)_hull.size)
.ToArray();
var utilities =
Resources.LoadAll <UtilityData>("Data/Parts/Utilities")
.Where(u => (int)u.minimumSize <= (int)_hull.size)
.ToArray();
for (int i = 0; i < _weapons.Length; i++)
{
if (_weapons[i] == null)
{
_weapons[i] = weapons.RandomItem().Instantiate() as Weapon;
}
_components[i] = _weapons[i];
}
for (int i = 0; i < _utilities.Length; i++)
{
if (_utilities[i] == null)
{
_utilities[i] = utilities.RandomItem().Instantiate() as Utility;
}
_components[_weapons.Length + i] = _utilities[i];
}
UpdateStats();
UpdateResourceScanner();
}
/// <summary>
/// Decrements the class count for a given class
/// </summary>
/// <param name="c">Class to decrement</param>
public void remove(HullClass.CLASS c, GridEnforcer ge)
{
int classID = (int)c;
if (m_Counts[classID] > 0) {
m_Counts[classID] -= 1;
m_TotalCount--;
} else {
log("Error: Decrementing class " + classID + " count, but already 0",
"removeClass", Logger.severity.ERROR);
}
updateSupportRemoved(classID, ge);
//debugPrint("remove");
}
public uint maxClass(HullClass.CLASS c)
{
return m_Maximums[(int)c];
}
/// <summary>
///
/// </summary>
/// <param name="c">Class to check</param>
/// <returns>Count of c</returns>
public uint countClass(HullClass.CLASS c)
{
return m_Counts[(int)c];
}
public bool canSupportAnother(HullClass.CLASS c)
{
return (countClass(c) < maxClass(c)) || (maxClass(c) < 0);
}
/// <summary>
/// Increments the class count for a given class
/// </summary>
/// <param name="c">Class to increment</param>
public void add(HullClass.CLASS c, GridEnforcer ge)
{
log("adding class " + ge.Class, "add", Logger.severity.TRACE);
int classID = (int)ge.Class;
//log("m_Counts[classID] is " + m_Counts[classID], "add", Logger.severity.TRACE);
updateSupportAdded(ge);
m_Counts[classID] += 1;
m_TotalCount++;
//log("m_Counts[classID] is " + m_Counts[classID], "add", Logger.severity.TRACE);
//debugPrint("add");
}
public FleetShip GetFleetShipPrefab(Race race, HullClass hullClass)
{
return(fleetShipPrefabs[new Tuple <Race, HullClass>(race, hullClass)]);
}
/// <summary>
/// Check if the owner can have any more of this class.
/// </summary>
/// <param name="c">Class to check</param>
/// <returns>True if the class is allowed</returns>
private bool checkClassAllowed(HullClass.CLASS c)
{
log("checking if fleet can support more of " + c, "checkClassAllowed");
return m_Owner.Fleet.canSupportAnother(c);
}
private void setReservedTo(HullClass.CLASS newClass)
{
if (m_ReservedClass == newClass) {
log("No change, ReservedClass remains " + m_ReservedClass, "setReservedTo");
}
else {
log("Changing ReservedClass from " + m_ReservedClass + " to " + newClass,
"setReservedTo");
m_ReservedClass = newClass;
m_ReservedRules = s_Settings.HullRules[(int)newClass];
}
}
private void setEffectiveTo(HullClass.CLASS newClass)
{
if (m_EffectiveClass == newClass) {
log("No changed, EffectiveClass remains " + m_EffectiveClass, "setEffectiveTo");
}
else {
log("Changing EffectiveClass from " + m_EffectiveClass + " to " + newClass,
"setEffectiveTo");
m_EffectiveClass = newClass;
m_EffectiveRules = s_Settings.HullRules[(int)newClass];
reserveEffectiveClassFromOwner();
m_CheckCleanupNextUpdate = true;
}
}
/// <summary>
/// If the class has changed, update class the fleet stored it as
/// </summary>
/// <param name="c">New Hull Class</param>
public void setClassification(HullClass.CLASS c)
{
if (m_Class == c)
return;
log("changing owner class to " + c, "setClassification");
m_Fleet.remove(m_Class, m_Enforcer);
m_Class = c;
m_Fleet.add(m_Class, m_Enforcer);
log("Owner class changed to " + m_Class, "setClassification");
}
public FleetShip GetFleetShipPrefab(Race race, HullClass hullClass)
{
return fleetShipPrefabs[new Tuple<Race, HullClass>(race, hullClass)];
}