protected ResourceManager(Guid overmanagerId, PartModule pm, string resource_name, int flow_type)
{
OverManagerId = overmanagerId;
Id = Guid.NewGuid();
flowType = flow_type;
resourceName = resource_name;
Vessel = pm.vessel;
part = pm.part;
PartModule = pm;
renderWindow = false;
windowID = new System.Random(resource_name.GetHashCode()).Next(int.MinValue, int.MaxValue);
WindowPosition = new Rect(0, 0, LABEL_WIDTH + VALUE_WIDTH + PRIORITY_WIDTH, 50);
currentDistributed = new double[MAX_PRIORITY];
stableDistributed = new double[MAX_PRIORITY];
// Cannot use SortedDictionary as the priority for some items is dynamic
consumptionRequests = new Dictionary <IResourceSuppliable, PowerDistribution>(64);
// Must be kept separately as the producer list gets rebuilt every update
productionTemp = new Dictionary <IResourceSupplier, PowerGenerated>(64);
productionRequests = new Dictionary <IResourceSupplier, PowerGenerated>(64);
powerConsumers = new List <PowerDistributionPair>(64);
powerProducers = new List <PowerGeneratedPair>(64);
resourceDefinition = PartResourceLibrary.Instance.GetDefinition(resource_name);
last = new PowerStats();
current = new PowerStats();
ResourceFillFraction = 0.0;
}
public void CopyTo(PowerStats other)
{
// Avoids allocating on the heap, versus reassigning and instantiating
other.Demand = Demand;
other.DemandHighPriority = DemandHighPriority;
other.StableSupply = StableSupply;
other.Supply = Supply;
other.TotalSupplied = TotalSupplied;
}
