public Inventory(Environment env, Int64 Id, TimeSpan Period, Int64 Level, Discrete State, Dictionary<double, Discrete> Demand, double PricePerUnit, double SalePricePerUnit, bool Salvage, double ScrapPricePerUnit, List<double> CumulativeNext = null)
: base(env, Id, CumulativeNext)
{
this.Period = Period;
this.StateProb = State;
if (Demand.Keys.Count != State.Probabilities.Count) throw new Exception("Demand Probabilities have problem in assigning");
this.DemandProb = Demand;
this.Level = Level;
this.PricePerUnit = PricePerUnit;
this.SalePricePerUnit = SalePricePerUnit;
this.ScrapPricePerUnit = ScrapPricePerUnit;
this._salvage = Salvage;
this._statistics = new ResourceStatistic();
this.Env.InventoryStatistics.Add(this.Statistics);
}
public void CallNext(Entity E)
{
if (this.CumulativeNext != null && this.CumulativeNext.Count != this.Next_AID.Count) this.CumulativeNext = null;
if (this.CumulativeNext != null)
{
NextDiscrete = new Discrete(this.Next_AID.Values.ToList(), this.CumulativeNext);
}
if (NextDiscrete != null)
{
Int64 nextAID = NextDiscrete.NextLong();
Actor NextActor = Env.Sim_Actors[nextAID];
NextActor.GenerateEvent(E);
}
else
{
Actor NextActor = Env.Sim_Actors[Next_AID.First().Value];
NextActor.GenerateEvent(E);
}
}