public Order(Distributions ad, Distributions td)
{
ammountDistribution = ad;
timeDistribution = td;
Ammount = NonNegativeValue(new Func <double>(() =>
{
switch (ammountDistribution)
{
case Distributions.Normal: return(NormalDistribution.OrderSize());
case Distributions.Poisson: return(PoissonDistribution.OrderSize());
case Distributions.Exponential: return(ExponentialDistribution.OrderSize());
case Distributions.UniformCont: return(UniformContDistribution.OrderSize());
case Distributions.UniformDisc: return(UniformDiscDistribution.OrderSize());
default: return(-1);
}
})());
Time = NonNegativeValue(new Func <double>(() =>
{
switch (timeDistribution)
{
case Distributions.Normal: return(NormalDistribution.TimeBetweenOrder());
case Distributions.Poisson: return(PoissonDistribution.TimeBetweenOrder());
case Distributions.Exponential: return(ExponentialDistribution.TimeBetweenOrder());
case Distributions.UniformCont: return(UniformContDistribution.TimeBetweenOrder());
case Distributions.UniformDisc: return(UniformDiscDistribution.TimeBetweenOrder());
default: return(-1);
}
})());
}
