/// <summary>
/// TODO: refineing rates should also limit the amount that can be refined for a specific mat each tick.
/// </summary>
internal static void RefineMaterials(Entity colony, Game game)
{
CargoStorageDB stockpiles = colony.GetDataBlob <CargoStorageDB>();
ColonyRefiningDB refiningDB = colony.GetDataBlob <ColonyRefiningDB>();
int RefineryPoints = refiningDB.PointsPerTick;
for (int jobIndex = 0; jobIndex < refiningDB.JobBatchList.Count; jobIndex++)
{
if (RefineryPoints > 0)
{
var job = refiningDB.JobBatchList[jobIndex];
ProcessedMaterialSD material = game.StaticData.ProcessedMaterials[job.ItemGuid];
Dictionary <Guid, int> costs = new Dictionary <Guid, int>(material.RawMineralCosts);
if (material.RefinedMateraialsCosts != null)
{
costs.Concat(new Dictionary <Guid, int>(material.RefinedMateraialsCosts));
}
while (job.NumberCompleted < job.NumberOrdered && job.PointsLeft > 0)
{
if (job.PointsLeft == material.RefineryPointCost)
{
//consume all ingredients for this job on the first point use.
if (StorageSpaceProcessor.HasReqiredItems(stockpiles, costs))
{
StorageSpaceProcessor.RemoveResources(stockpiles, costs);
}
else
{
break;
}
}
//use Refinery points
ushort pointsUsed = (ushort)Math.Min(job.PointsLeft, material.RefineryPointCost);
job.PointsLeft -= pointsUsed;
RefineryPoints -= pointsUsed;
//if job is complete
if (job.PointsLeft == 0)
{
job.NumberCompleted++; //complete job,
StorageSpaceProcessor.AddItemToCargo(stockpiles, material.ID, material.OutputAmount); //and add the product to the stockpile
job.PointsLeft = material.RefineryPointCost; //and reset the points left for the next job in the batch.
}
}
//if the whole batch is completed
if (job.NumberCompleted == job.NumberOrdered)
{
//remove it from the list
refiningDB.JobBatchList.RemoveAt(jobIndex);
if (job.Auto) //but if it's set to auto, re-add it.
{
job.PointsLeft = material.RefineryPointCost;
job.NumberCompleted = 0;
refiningDB.JobBatchList.Add(job);
}
}
}
}
}
/// <summary>
/// calculates, sets and returns DV.
/// </summary>
/// <param name="parentEntity"></param>
/// <returns></returns>
public static double CalcDeltaV(Entity parentEntity)
{
var db = parentEntity.GetDataBlob <NewtonThrustAbilityDB>();
var ft = db.FuelType;
var ev = db.ExhaustVelocity;
var wetmass = parentEntity.GetDataBlob <MassVolumeDB>().Mass;
ProcessedMaterialSD fuel = StaticRefLib.StaticData.CargoGoods.GetMaterials()[ft];
var cargo = parentEntity.GetDataBlob <CargoStorageDB>();
var fuelAmount = StorageSpaceProcessor.GetAmount(cargo, fuel);
var dryMass = wetmass - fuelAmount;
return(db.DeltaV = OrbitMath.TsiolkovskyRocketEquation(wetmass, dryMass, ev));
}
public void OnConstructionComplete(Entity industryEntity, VolumeStorageDB storage, Guid productionLine, IndustryJob batchJob, IConstrucableDesign designInfo)
{
var industryDB = industryEntity.GetDataBlob <IndustryAbilityDB>();
ProcessedMaterialSD material = (ProcessedMaterialSD)designInfo;
storage.AddCargoByUnit(material, OutputAmount);
batchJob.ProductionPointsLeft = material.IndustryPointCosts; //and reset the points left for the next job in the batch.
if (batchJob.NumberCompleted == batchJob.NumberOrdered)
{
industryDB.ProductionLines[productionLine].Jobs.Remove(batchJob);
if (batchJob.Auto)
{
industryDB.ProductionLines[productionLine].Jobs.Add(batchJob);
}
}
}
/// <summary>
/// calculates, sets and returns DV.
/// </summary>
/// <param name="parentEntity"></param>
/// <returns></returns>
public static void UpdateNewtonThrustAbilityDB(Entity parentEntity)
{
var db = parentEntity.GetDataBlob <NewtonThrustAbilityDB>();
var ft = db.FuelType;
var ev = db.ExhaustVelocity;
db.DryMass_kg = parentEntity.GetDataBlob <MassVolumeDB>().MassDry;
ProcessedMaterialSD fuel = StaticRefLib.StaticData.CargoGoods.GetMaterials()[ft];
double fuelMass = 0;
if (parentEntity.HasDataBlob <VolumeStorageDB>())
{
var cargo = parentEntity.GetDataBlob <VolumeStorageDB>();
fuelMass = cargo.GetMassStored(fuel);
}
db.SetFuel(fuelMass);
}