public void UpdateStockpileEstimates(Refinery refinery, Blueprint blueprint, double workTowardsDeadline)
{
for (var i = 0; i < blueprint.Outputs.Length; i++)
{
var output = blueprint.Outputs[i];
IngotStockpile stockpile;
if (!stockpilesByIngotType.TryGetValue(output.ItemType, out stockpile))
{
continue;
}
stockpile.AssignedWork(workTowardsDeadline, refinery.GetActualIngotProductionRate(output, blueprint.Duration));
}
if (preferredIndex.HasValue)
{
var s = candidateStockpiles[preferredIndex.Value];
if (s.IsSatisfied)
{
candidateStockpiles.RemoveAtFast(preferredIndex.Value);
preferredIndex = null;
}
else if (s.QuotaFraction > sortThreshold)
{
preferredIndex = null;
}
}
}
private bool TrySelectRefinery(Refinery refinery)
{
var secondsToClear = refinery.GetSecondsToClear(worklist.oreTypes);
RequiredWorkSeconds = Constants.TARGET_INTERVAL_SECONDS - secondsToClear;
PreferredWorkSeconds = RequiredWorkSeconds + Constants.OVERLAP_INTERVAL_SECONDS;
return(PreferredWorkSeconds > 0);
}
public Refinery TryResolveRefinery(IMyRefinery block, double refinerySpeedFactor)
{
RefineryType type;
if (refineryTypesByBlockDefinitionString.TryGetValue(block.BlockDefinition.ToString(), out type))
{
return(Refinery.Get(block, type, refinerySpeedFactor));
}
return(null);
}
private void ScanRefineriesIfNecessary(IMyGridTerminalSystem gts)
{
if (rescanRefineries)
{
Debug.Write(Debug.Level.Debug, "Scanning for refineries...");
refineries.Clear();
Refinery.ReleaseAll();
blockCollector.CollectParticipatingRefineries(state, gts, refineries);
rescanRefineries = false;
}
}
private static Refinery GetOrCreate()
{
if (available.Count == 0)
{
var item = new Refinery();
pool.Add(item);
return(item);
}
var last = available[available.Count - 1];
available.RemoveAt(available.Count - 1);
return(last);
}
/// <summary>
/// Try to use the specified refinery to process the specified blueprint, up to
/// the refinery's current work target.
/// </summary>
/// <param name="refinery"></param>
/// <param name="blueprint"></param>
/// <param name="workRequiredSeconds">Amount of work (in seconds) this refinery needs to keep it busy until the next iteration.</param>
/// <returns>Amount of work (in seconds) provided to this refinery.</returns>
private double TryFillRefinery(Refinery refinery, Blueprint blueprint, double workRequiredSeconds)
{
// How much of this type of ore is required to meet the refinery's work target?
var oreRate = refinery.OreConsumptionRate * (blueprint.Input.Quantity / blueprint.Duration);
var oreQuantityRequired = oreRate * workRequiredSeconds;
var sources = new OreDonorsIterator(oreDonors[blueprint.Input.ItemType]);
double workProvidedSeconds = 0;
// Iterate over available stacks until we run out or satisfy the quota.
while (sources.Next())
{
var donor = sources.Current;
var item = donor.GetItem();
if (item == null || item.Value.Amount == 0)
{
// Donor stack is empty. Remove it.
sources.Remove();
continue;
}
if (!donor.Inventory.IsConnectedTo(refinery.GetOreInventory()))
{
Debug.Write(Debug.Level.All, "Inventory not connected");
// Donor inventory can't reach this refinery. Skip it.
continue;
}
// Don't try to transfer more ore than the donor stack has.
var transfer = Math.Min(oreQuantityRequired, (double)item.Value.Amount);
if (donor.TransferTo(refinery.GetOreInventory(), transfer))
{
// Update our estimates based on the transfer succeeding.
// ASSUMPTION: success means the entire requested amount was transferred.
oreQuantityRequired -= transfer;
workProvidedSeconds += transfer / oreRate;
// If we've provided enough work, return.
if (workProvidedSeconds >= workRequiredSeconds)
{
break;
}
}
}
return(workProvidedSeconds);
}