public WarpAbilityDB(WarpAbilityDB db)
{
MaxSpeed = db.MaxSpeed;
TotalWarpPower = db.TotalWarpPower;
EnergyType = db.EnergyType;
BubbleCreationCost = db.BubbleCreationCost;
BubbleSustainCost = db.BubbleSustainCost;
BubbleCollapseCost = db.BubbleCollapseCost;
CurrentVectorMS = db.CurrentVectorMS;
}
public void OnComponentInstallation(Entity parentEntity, ComponentInstance componentInstance)
{
if (!parentEntity.HasDataBlob <WarpAbilityDB>())
{
var ablty = new WarpAbilityDB();
ablty.EnergyType = EnergyType;
ablty.BubbleCreationCost = BubbleCreationCost;
ablty.BubbleSustainCost = BubbleSustainCost;
ablty.BubbleCollapseCost = BubbleCollapseCost;
parentEntity.SetDataBlob(ablty);
}
else
{
var ablty = parentEntity.GetDataBlob <WarpAbilityDB>();
ablty.BubbleCreationCost += BubbleCreationCost;
ablty.BubbleSustainCost += BubbleSustainCost;
ablty.BubbleCollapseCost += BubbleCollapseCost;
}
ShipMovementProcessor.CalcMaxWarpAndEnergyUsage(parentEntity);
}
/*
* This was used when warp drive used fuel instead of energy.
* keeping it around incase we do a simular non newtonion drive that uses fuel.
* public static double CalcMaxFuelDistance_KM(Entity shipEntity)
* {
* CargoStorageDB storedResources = shipEntity.GetDataBlob<CargoStorageDB>();
* PropulsionAbilityDB propulsionDB = shipEntity.GetDataBlob<PropulsionAbilityDB>();
* StaticDataStore staticData = shipEntity.Manager.Game.StaticData;
* ICargoable fuelResource;
* double distance = 0;
* foreach (var fuelAndUsage in propulsionDB.FuelUsePerKM)
* {
* fuelResource = staticData.GetICargoable(fuelAndUsage.Key);
* var usePerKm = fuelAndUsage.Value;
* if (storedResources.StoredCargoTypes.ContainsKey(fuelResource.CargoTypeID))
* {
* if (storedResources.StoredCargoTypes[fuelResource.CargoTypeID].ItemsAndAmounts.ContainsKey(fuelResource.ID))
* {
* long fuelStored = storedResources.StoredCargoTypes[fuelResource.CargoTypeID].ItemsAndAmounts[fuelResource.ID];
* distance += fuelStored / fuelAndUsage.Value;
* }
* }
* }
* return distance;
* }*/
/// <summary>
/// recalculates a shipsMaxSpeed.
/// </summary>
/// <param name="ship"></param>
public static void CalcMaxWarpAndEnergyUsage(Entity ship)
{
int totalEnginePower = 0;
Dictionary <Guid, double> totalFuelUsage = new Dictionary <Guid, double>();
var instancesDB = ship.GetDataBlob <ComponentInstancesDB>();
var designs = instancesDB.GetDesignsByType(typeof(WarpDriveAtb));
//TODO: this is how fuel was calculated, currently power use is static, but will revisit this.
foreach (var design in designs)
{
var warpAtb = design.GetAttribute <WarpDriveAtb>();
foreach (var instanceInfo in instancesDB.GetComponentsBySpecificDesign(design.Guid))
{
var warpAtb2 = (WarpDriveAtb)instanceInfo.Design.AttributesByType[typeof(WarpDriveAtb)];
//var fuelUsage = (ResourceConsumptionAtbDB)instanceInfo.Design.AttributesByType[typeof(ResourceConsumptionAtbDB)];
if (instanceInfo.IsEnabled)
{
totalEnginePower += (int)(warpAtb.WarpPower * instanceInfo.HealthPercent());
//foreach (var item in fuelUsage.MaxUsage)
//{
// totalFuelUsage.SafeValueAdd(item.Key, item.Value);
//}
}
}
}
//Note: TN aurora uses the TCS for max speed calcs.
WarpAbilityDB warpDB = ship.GetDataBlob <WarpAbilityDB>();
warpDB.TotalWarpPower = totalEnginePower;
//propulsionDB.FuelUsePerKM = totalFuelUsage;
var mass = ship.GetDataBlob <ShipInfoDB>().Tonnage;
var maxSpeed = MaxSpeedCalc(totalEnginePower, mass);
warpDB.MaxSpeed = maxSpeed;
}