public override float CalculateSignature()
{
float Signature = _ship.Signature;
for (int i = 0; i < _weapons.Length; i++)
{
IGCCorePartWeapon Weapon = _weapons[i];
IGCCorePartWeapon Turret = _turrets[i];
if (Weapon != null)
{
if (_fireWeapons == true && (_weaponToFire == i || _weaponToFire == -1))
{
Signature += Weapon.Signature;
}
}
if (Turret != null)
{
if (_fireTurrets[i] == true)
{
Signature += Turret.Signature;
}
}
}
if (_missile != null)
{
Signature += _missile.Signature;
}
if (_shield != null)
{
Signature += _shield.Signature;
}
if (_fireBooster == true && _booster != null)
{
Signature += _booster.Signature;
}
Signature /= _factors.ShipSignature;
if (_cloak != null)
{
if (_useCloak == true)
{
Signature -= (_cloak.SignatureReduction * Signature);
}
}
return(Signature);
}
/// <summary>
///
/// </summary>
/// <param name="weapon"></param>
/// <returns>The amount of damage dealt by the weapon</returns>
private float FireGun(IGCCorePartWeapon weapon, float interval)
{
Ship ship = (Ship)_object1;
float WeaponDamage = 0F;
// if we can't fire because of ammo or energy, return 0.
if ((ReloadAmmoTime > 0 || AmmoClip == 0) && weapon.AmmoConsumption > 0)
{
return(0F);
}
if ((ArmGunsTime > 0 || AmmoClip == 0) && weapon.AmmoConsumption > 0)
{
return(0F);
}
if (weapon.EnergyConsumption > 0 && Battery <= 0)
{
return(0F);
}
IGCCoreProjectile Proj = (IGCCoreProjectile)ship.Core.Projectiles.GetModule((ushort)weapon.ProjectileUID);
float ProjRange = Proj.Speed * Proj.Lifespan * Mods.PWRange;
if (ProjRange > _range)
{
_range = ProjRange;
}
WeaponDamage = CalculateWeaponDamage(Proj, weapon.ShotInterval);
if (WeaponDamage != 0)
{
float AmmoUsed = weapon.AmmoConsumption * (interval / weapon.ShotInterval);
float EnergyUsed = weapon.EnergyConsumption * (interval / weapon.ShotInterval);
if (AmmoUsed <= AmmoClip)
{ // Remove the ammo used from the clip
AmmoClip -= AmmoUsed;
_ammoUsed += AmmoUsed;
if (AmmoClip <= 0F)
{
ReloadAmmoTime = 4F;
}
}
else
{ // More ammo is needed than is in clip! Start reloading!
float PercentageUsed = AmmoClip / AmmoUsed;
WeaponDamage = PercentageUsed * WeaponDamage;
_ammoUsed += PercentageUsed * AmmoUsed;
AmmoClip = 0F;
ReloadAmmoTime = 4F;
ArmGunsTime = ReloadAmmoTime * weapon.TimeReady;
}
if (EnergyUsed <= Battery)
{ // Remove the energy from the battery
Battery -= EnergyUsed;
_energyUsed += EnergyUsed;
}
else
{ // More energy is needed than is in battery!
float PercentageUsed = Battery / EnergyUsed;
WeaponDamage = PercentageUsed * WeaponDamage;
Battery = 0F;
}
}
return(WeaponDamage);
}
private void ReadFromFile(string fileName)
{
// try
// {
FileStream CoreFS = File.OpenRead(fileName);
DataReader Reader = new DataReader(CoreFS);
int Size;
int CoreSize;
short Tag;
_coreHeader = Reader.ReadUInt();
CoreSize = Reader.ReadInt();
while (CoreFS.Position < (CoreSize + 8))
{
Tag = Reader.ReadShort();
Size = Reader.ReadInt();
long Pos = CoreFS.Position;
switch ((AGCObjectType)Tag)
{
case AGCObjectType.AGC_Constants: // 21
_coreConstants = new IGCCoreConstants(Reader);
break;
case AGCObjectType.AGC_StationType: // 31;
_stationTypes.Add(new IGCCoreStationType(Reader));
break;
case AGCObjectType.AGC_Civilization: // 27
_civs.Add(new IGCCoreCiv(Reader));
break;
case AGCObjectType.AGC_Development: // 32
_devs.Add(new IGCCoreDevel(Reader));
break;
case AGCObjectType.AGC_BucketStart: //29
_ships.Add(new IGCCoreShip(Reader));
break;
case AGCObjectType.AGC_PartType: //30
IGCCorePart Part = null;
if (Size == 24)
{ // It's a spec part. Look up the real part and add it instead
IGCCorePartSpec Spec = new IGCCorePartSpec(Reader);
ushort PartID = Spec.UID;
ushort RealID = (ushort)Spec.Group;
IGCCorePart Obj = null;
switch (Spec.Slot)
{
case "invchaff":
Obj = (IGCCorePart)_chaffs.GetObject(RealID);
IGCCoreCounter Counter = (IGCCoreCounter)Obj;
Counter.OverridingUID = Spec.OverridingUID;
break;
case "invsmissile":
Obj = (IGCCorePart)_missiles.GetObject(RealID);
IGCCoreMissile Missile = (IGCCoreMissile)Obj;
Missile.OverridingUID = Spec.OverridingUID;
Missile.LaunchCount = (short)Spec.PartType;
Missile.QtyPerPack = (short)Spec.Amount;
break;
case "invsmine":
Obj = (IGCCorePart)_mines.GetObject(RealID);
if (Obj == null)
{
Obj = (IGCCorePart)_probes.GetObject(RealID);
IGCCoreProbe Probe = (IGCCoreProbe)Obj;
Probe.OverridingUID = Spec.OverridingUID;
}
else
{
IGCCoreMine Mine = (IGCCoreMine)Obj;
Mine.OverridingUID = Spec.OverridingUID;
}
break;
}
if (Obj != null)
{
Obj.SpecUID = PartID;
_parts.Add(Obj);
}
break;
}
Reader.Seek(376);
short Type = Reader.ReadShort();
Reader.Seek(-378);
// 1 = weapon, 2 = shield, 5 = cloak, 7 = after, 6 = default
switch (Type)
{
case 1:
Part = new IGCCorePartWeapon(Reader);
break;
case 2:
//Part = new IGCCorePartShield(Reader);
break;
case 4:
Part = new IGCCorePartShield(Reader);
break;
case 5:
Part = new IGCCorePartCloak(Reader);
break;
case 7:
Part = new IGCCorePartAfterburner(Reader);
break;
case 6:
Part = new IGCCorePartPack(Reader);
break;
default:
break;
}
if (Part != null)
{
_parts.Add(Part);
}
break;
case AGCObjectType.AGC_ChaffType: // 26
_chaffs.Add(new IGCCoreCounter(Reader));
break;
case AGCObjectType.AGC_MissileType: // 23
_missiles.Add(new IGCCoreMissile(Reader));
break;
case AGCObjectType.AGC_MineType: // 24
_mines.Add(new IGCCoreMine(Reader));
break;
case AGCObjectType.AGC_DroneType:
_drones.Add(new IGCCoreDrone(Reader));
break;
case AGCObjectType.AGC_ProbeType:
_probes.Add(new IGCCoreProbe(Reader));
break;
case AGCObjectType.AGC_ProjectileType: //22
_projectiles.Add(new IGCCoreProjectile(Reader));
break;
case AGCObjectType.AGC_TreasureSet:
_treasureSets.Add(new IGCCoreTreasureSet(Reader));
break;
default:
break;
}
if (CoreFS.Position != Pos + Size)
{
throw new Exception("Error occured while reading core file");
}
}
CoreFS.Close();
Reader = null;
// }
// catch (Exception e)
// {
// return;
// }
return;
}
