public RefineryWorklist(OreTypes oreTypes, IngotTypes ingotTypes, RefineryFactory refineryFactory, Blueprints blueprints)
{
this.oreTypes = oreTypes;
iterators = new Dictionary <ItemType, IRefineryIterator>(ingotTypes.All.Count);
blueprintsByIngotTypeAndBlockDefinition = new Dictionary <KeyValuePair <ItemType, string>, Blueprint[]>(refineryFactory.AllTypes.Count * ingotTypes.All.Count);
blockDefinitionsByIngotType = new Dictionary <ItemType, string[]>(ingotTypes.All.Count);
var blocks = new List <string>(refineryFactory.AllTypes.Count);
foreach (var ingotType in ingotTypes.AllIngotItemTypes)
{
var bps = blueprints.GetBlueprintsProducing(ingotType);
blocks.Clear();
foreach (var refineryType in refineryFactory.AllTypes)
{
var matchingBps = bps.Where(refineryType.Supports).ToArray();
var key = new KeyValuePair <ItemType, string>(ingotType, refineryType.BlockDefinitionName);
blueprintsByIngotTypeAndBlockDefinition.Add(key, matchingBps);
if (matchingBps.Length > 0)
{
blocks.Add(refineryType.BlockDefinitionName);
}
}
blockDefinitionsByIngotType.Add(ingotType, blocks.ToArray());
iterators[ingotType] = new RefineryIterator(this, ingotType);
}
}
/// <summary>
/// Calculate how long the specified refinery will take to run dry, taking into account
/// refinery speed and ore type.
/// </summary>
public double GetSecondsToClear(OreTypes oreTypes)
{
var inventory = GetOreInventory();
double time = 0;
for (var i = 0; i < inventory.ItemCount; i++)
{
var item = inventory.GetItemAt(i);
if (item == null)
{
continue;
}
time += oreTypes.GetSecondsToClear(item.Value);
}
return(time / refineSpeed); // OreConsumptionRate;
}
public StaticState(RequestedConfiguration configuration)
{
Blueprints = new Blueprints(Constants.BLUEPRINTS);
RefineryFactory = new RefineryFactory(Constants.REFINERY_TYPES);
var ores = Constants.BLUEPRINTS.Select(b => b.Input.ItemType).Distinct();
OreTypes = new OreTypes(ores, Constants.BLUEPRINTS);
var ingotTypes = PrepareIngotTypes(configuration, Blueprints).ToArray();
IngotTypes = new IngotTypes(ingotTypes);
RefinerySpeedFactor = configuration.RefinerySpeedFactor;
AssemblerSpeedFactor = configuration.AssemblerSpeedFactor;
IngotStatusDisplayName = configuration.IngotStatusDisplayName;
OreStatusDisplayName = configuration.OreStatusDisplayName;
InventoryBlockNames = configuration.InventoryBlockNames;
}
public void UpdateOreDisplay(Dictionary <ItemType, List <OreDonor> > ore, OreTypes oreTypes, List <Refinery> refineries)
{
if (oreStatusScreen == null)
{
return;
}
// Clear previous state.
local_UpdateOreDisplay_builder.Clear();
local_UpdateOreDisplay_builder.AppendFormat("Ore stockpiles {0}\n", Datestamp.Minutes);
var totalConsumeSpeed = 0.0;
var totalProduceSpeed = 0.0;
foreach (var refinery in refineries)
{
totalConsumeSpeed += refinery.OreConsumptionRate;
totalProduceSpeed += refinery.TheoreticalIngotProductionRate;
}
local_UpdateOreDisplay_builder.AppendFormat("Refineries: {0} Speed: {1:0.#} Efficiency: {2:0.#}\n", refineries.Count, totalConsumeSpeed, totalProduceSpeed / totalConsumeSpeed);
var totalMass = 0.0;
var totalVolume = 0.0;
var secondsRemaining = 0.0;
foreach (var slot in ore)
{
var perSecond = oreTypes.GetAmountConsumedPerSecond(slot.Key) * totalConsumeSpeed;
var total = slot.Value.Sum(v => v.GetAmountAvailable());
secondsRemaining += total / perSecond;
totalMass += total;
totalVolume += total * 0.37; // All ore is currently 370 ml/kg
local_UpdateOreDisplay_builder.AppendFormat(" {0}: {1} ({2}/s)", slot.Key.SubtypeId, Unit.Mass.FormatSI((float)total), Unit.Mass.FormatSI((float)perSecond));
var blueprint = oreTypes.GetBlueprint(slot.Key);
if (blueprint != null)
{
local_UpdateOreDisplay_builder.AppendFormat(" -> ");
if (blueprint.Value.Outputs.Length == 1)
{
var output = blueprint.Value.Outputs[0];
var outputPerSecond = output.Quantity * totalProduceSpeed / blueprint.Value.Duration;
local_UpdateOreDisplay_builder.AppendFormat("{0}/s", Unit.Mass.FormatSI((float)outputPerSecond));
}
else
{
foreach (var output in blueprint.Value.Outputs)
{
var outputPerSecond = output.Quantity * totalProduceSpeed / blueprint.Value.Duration;
local_UpdateOreDisplay_builder.AppendFormat(" {0}: {1}/s ", output.ItemType.SubtypeId.Substring(0, 2), Unit.Mass.FormatSI((float)outputPerSecond));
}
}
}
local_UpdateOreDisplay_builder.Append("\n");
}
local_UpdateOreDisplay_builder.AppendFormat("Total: {0} ({1}) Time to clear: {2}",
Unit.Mass.FormatSI((float)totalMass),
Unit.Volume.FormatSI((float)totalVolume),
TimeSpan.FromSeconds((int)secondsRemaining));
oreStatusScreen.WriteText(local_UpdateOreDisplay_builder.ToString());
}
