void QueueNewItems()
{
int total_reserve = LoadReserve.Sum();
MyDefinitionId bp;
if (total_reserve > 0)
{
foreach (var kv in Order)
{
int load_left = kv.Value;
if (Blueprints.TryGetValue(kv.Key, out bp))
{
for (int i = Assemblers.Count - 1; (i >= 0) && (load_left >= 1); i--)
{
int part = Math.Min(load_left, kv.Value * LoadReserve[i] / total_reserve);
if (part > 0 && Assemblers[i].CanUseBlueprint(bp))
{
Assemblers[i].AddQueueItem(bp, (decimal)part);
load_left -= part;
}
}
}
else
{
throw new ArgumentException($"No blueprint for {kv.Key.ToString()}");
}
}
}
Order.Clear();
}
public int this[MyItemType type]
{
get { return(DesiredStock[type]); }
set
{
if (!Blueprints.ContainsKey(type))
{
MyDefinitionId?bp = CreateBlueprint(type.SubtypeId);
if (!bp.HasValue)
{
throw new ArgumentException($"Failed to create blueprint for {type.ToString()}");
}
Blueprints[type] = bp.Value;
InverseBlueprints[bp.Value] = type;
}
DesiredStock[type] = value;
}
}
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 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);
}
}
private static IEnumerable <IngotType> PrepareIngotTypes(RequestedConfiguration configuration, Blueprints blueprints)
{
return(Constants.INGOT_TYPES
.Select(new IngotConfigurer(configuration.Ingots).Configure)
.Where(i => i.Enabled)
.Select(blueprints.CalculateNormalisationFactor));
}
