public EconomicAttributes(Tangible Tangible, double LivingStandard)
{
_Supply = 0;
_Demand = 0;
_Coefficient = Tangible.Coefficient;
_Exponent = Tangible.Exponent;
_LivingStandard = LivingStandard;
_Decay = Tangible.Decay;
_IncomeReduction = 0;
}
public double SupplyPrice(Tangible Tangible, double Amount)
{
if (_Market.ContainsKey(Tangible))
{
return(_Market[Tangible].SupplyPrice(Amount, _Population));
}
else
{
return(Double.PositiveInfinity);
}
}
private void AddTangibleIfNotExists(Tangible Tangible)
{
if (!_Market.ContainsKey(Tangible))
{
if (Tangible is Resource)
{
_Market.Add(Tangible, new DepositAttributes(Tangible.Coefficient, Tangible.Exponent, Tangible.Decay, 0, 0, _LivingStandard));
}
else
{
_Market.Add(Tangible, new EconomicAttributes(Tangible.Coefficient, Tangible.Exponent, Tangible.Decay, 0, 0, _LivingStandard));
}
}
}
public void AddTangible(string Name, Tangible Tangible)
{
_Tangibles.Add(Name.ToLower(), Tangible);
}
public double FlowFrom(Tangible Tangible)
{
return(this[Tangible].Price(_Population) * this[Tangible].Supply);
}
public double Price(Tangible Tangible)
{
return(this[Tangible].Price(_Population));
}
public EconomicAttributes this[Tangible Tangible] {
get { AddTangibleIfNotExists(Tangible); return(_Market[Tangible]); }
}
public void ChangeIncomeReduction(Tangible Tangible, double Delta)
{
AddTangibleIfNotExists(Tangible);
_Market[Tangible].IncomeReduction += Delta;
}
public void ChangeDemand(Tangible Tangible, double Delta)
{
AddTangibleIfNotExists(Tangible);
_Market[Tangible].Demand += Delta;
}
public void ChangeSupply(Tangible Tangible, double Delta)
{
AddTangibleIfNotExists(Tangible);
_Market[Tangible].Supply += Delta;
}