// implements a rudimentary but working stacking penalty. Currently only penalizes for stacking same item,
// but should penalize for modifying the same attribute, with some exceptions. These exceptions are why
// it has not been implemented fully, as more data is needed and this is just a proof of concept.
// No module code will have to be changed to implement the fully functional stacking penalty
void ModifyShipAttributesComponent::_modifyShipAttributes(ShipRef ship, uint32 targetAttrID, uint32 sourceAttrID, EVECalculationType type)
{
//first we must reset the attribute in order to properly recalculate the attribute
ship->ResetAttribute(targetAttrID, false);
//recalculate the attribute for the ship with the new modifier
ship->SetAttribute(targetAttrID, _calculateNewValue(targetAttrID, sourceAttrID, type, m_Ship->GetStackedItems(m_Mod->typeID(), m_Mod->GetModulePowerLevel())));
}
ShipRef Ship::Spawn(ItemFactory &factory, ItemData &data) {
uint32 shipID = Ship::_Spawn( factory, data );
if( shipID == 0 )
return ShipRef();
ShipRef sShipRef = Ship::Load( factory, shipID );
// Create default dynamic attributes in the AttributeMap:
sShipRef->SetAttribute(AttrIsOnline, 1); // Is Online
sShipRef->SetAttribute(AttrShieldCharge, sShipRef->GetAttribute(AttrShieldCapacity)); // Shield Charge
sShipRef->SetAttribute(AttrArmorDamage, 0.0); // Armor Damage
sShipRef->SetAttribute(AttrMass, sShipRef->type().attributes.mass()); // Mass
sShipRef->SetAttribute(AttrRadius, sShipRef->type().attributes.radius()); // Radius
sShipRef->SetAttribute(AttrVolume, sShipRef->type().attributes.volume()); // Volume
sShipRef->SetAttribute(AttrCapacity, sShipRef->type().attributes.capacity()); // Capacity
sShipRef->SetAttribute(AttrInertia, 1); // Inertia
sShipRef->SetAttribute(AttrCharge, sShipRef->GetAttribute(AttrCapacitorCapacity)); // Set Capacitor Charge to the Capacitor Capacity
// Check for existence of some attributes that may or may not have already been loaded and set them
// to default values:
// Maximum Range Capacitor
if( !(sShipRef->HasAttribute(AttrMaximumRangeCap)) )
sShipRef->SetAttribute(AttrMaximumRangeCap, 249999.0 );
// Maximum Armor Damage Resonance
if( !(sShipRef->HasAttribute(AttrArmorMaxDamageResonance)) )
sShipRef->SetAttribute(AttrArmorMaxDamageResonance, 1.0f);
// Maximum Shield Damage Resonance
if( !(sShipRef->HasAttribute(AttrShieldMaxDamageResonance)) )
sShipRef->SetAttribute(AttrShieldMaxDamageResonance, 1.0f);
// Warp Speed Multiplier
if( !(sShipRef.get()->HasAttribute(AttrWarpSpeedMultiplier)) )
sShipRef.get()->SetAttribute(AttrWarpSpeedMultiplier, 1.0f);
//Save Ship To Database.
sShipRef->SaveShip();
return sShipRef;
}
ShipRef Ship::Spawn(ItemFactory &factory, ItemData &data) {
uint32 shipID = Ship::_Spawn( factory, data );
if( shipID == 0 )
return ShipRef();
ShipRef sShipRef = Ship::Load( factory, shipID );
// Create default dynamic attributes in the AttributeMap:
sShipRef->SetAttribute(AttrIsOnline, 1); // Is Online
sShipRef->SetAttribute(AttrShieldCharge, sShipRef->GetAttribute(AttrShieldCapacity)); // Shield Charge
sShipRef->SetAttribute(AttrArmorDamage, 0.0); // Armor Damage
sShipRef->SetAttribute(AttrMass, sShipRef->type().attributes.mass()); // Mass
sShipRef->SetAttribute(AttrRadius, sShipRef->type().attributes.radius()); // Radius
sShipRef->SetAttribute(AttrVolume, sShipRef->type().attributes.volume()); // Volume
sShipRef->SetAttribute(AttrCapacity, sShipRef->type().attributes.capacity()); // Capacity
sShipRef->SetAttribute(AttrInertia, 1); // Inertia
sShipRef->SetAttribute(AttrCharge, sShipRef->GetAttribute(AttrCapacitorCapacity)); // Set Capacitor Charge to the Capacitor Capacity
// Check for existence of some attributes that may or may not have already been loaded and set them
// to default values:
// Hull Damage
if( !(sShipRef->HasAttribute(AttrDamage)) )
sShipRef->SetAttribute(AttrDamage, 0 );
// Maximum Range Capacitor
if( !(sShipRef->HasAttribute(AttrMaximumRangeCap)) )
sShipRef->SetAttribute(AttrMaximumRangeCap, 249999.0 );
// Maximum Armor Damage Resonance
if( !(sShipRef->HasAttribute(AttrArmorMaxDamageResonance)) )
sShipRef->SetAttribute(AttrArmorMaxDamageResonance, 1.0f);
// Maximum Shield Damage Resonance
if( !(sShipRef->HasAttribute(AttrShieldMaxDamageResonance)) )
sShipRef->SetAttribute(AttrShieldMaxDamageResonance, 1.0f);
// Warp Speed Multiplier
if( !(sShipRef.get()->HasAttribute(AttrWarpSpeedMultiplier)) )
sShipRef.get()->SetAttribute(AttrWarpSpeedMultiplier, 1.0f);
// CPU Load of the ship (new ships have zero load with no modules fitted, of course):
if( !(sShipRef.get()->HasAttribute(AttrCpuLoad)) )
sShipRef.get()->SetAttribute(AttrCpuLoad, 0);
// Power Load of the ship (new ships have zero load with no modules fitted, of course):
if( !(sShipRef.get()->HasAttribute(AttrPowerLoad)) )
sShipRef.get()->SetAttribute(AttrPowerLoad, 0);
// Warp Scramble Status of the ship (most ships have zero warp scramble status, but some already have it defined):
if( !(sShipRef.get()->HasAttribute(AttrWarpScrambleStatus)) )
sShipRef.get()->SetAttribute(AttrWarpScrambleStatus, 0.0);
// AttrHullEmDamageResonance
if( !(sShipRef.get()->HasAttribute(AttrHullEmDamageResonance)) )
sShipRef.get()->SetAttribute(AttrHullEmDamageResonance, 0.0);
// AttrHullExplosiveDamageResonance
if( !(sShipRef.get()->HasAttribute(AttrHullExplosiveDamageResonance)) )
sShipRef.get()->SetAttribute(AttrHullExplosiveDamageResonance, 0.0);
// AttrHullKineticDamageResonance
if( !(sShipRef.get()->HasAttribute(AttrHullKineticDamageResonance)) )
sShipRef.get()->SetAttribute(AttrHullKineticDamageResonance, 0.0);
// AttrHullThermalDamageResonance
if( !(sShipRef.get()->HasAttribute(AttrHullThermalDamageResonance)) )
sShipRef.get()->SetAttribute(AttrHullThermalDamageResonance, 0.0);
// AttrTurretSlotsLeft
if( !(sShipRef.get()->HasAttribute(AttrTurretSlotsLeft)) )
sShipRef.get()->SetAttribute(AttrTurretSlotsLeft, 0);
// AttrLauncherSlotsLeft
if( !(sShipRef.get()->HasAttribute(AttrLauncherSlotsLeft)) )
sShipRef.get()->SetAttribute(AttrLauncherSlotsLeft, 0);
return sShipRef;
}