protected void ExtractDataFromContext(LSExternalArgumentValues context)
{
Flc.MilkRunCycleLength = (int)context.GetIntValue(0);
for (var i = 0; i < Flc.NumMachines; i++)
{
Flc.Machines[i].OrderUpToMilkLevel = (int)context.GetIntValue(1 + i);
}
for (var i = 0; i < Flc.NumBuffers; i++)
{
Flc.Buffers[i].Size = (int)context.GetIntValue(1 + Flc.NumMachines + i);
}
}
public override double Evaluate(LSExternalArgumentValues context)
{
ExtractDataFromContext(context);
var newSample = Flc.ToSample();
var oldSample = Samples.Find(sample => sample.ToFloats().Equals(newSample.ToFloats()));
if (oldSample == null)
{
var result = SimulationRunner.ProductionRateForConfiguration(Flc);
newSample.ProductionRate = result;
Samples.Add(newSample);
return(result);
}
return(oldSample.ProductionRate);
}
public override double Evaluate(LSExternalArgumentValues context)
{
ExtractDataFromContext(context);
return(_predictor.PredictConfig(Flc));
}
public override double Evaluate(LSExternalArgumentValues context)
{
ExtractDataFromContext(context);
return(SimulationRunner.ProductionRateForConfiguration(Flc));
}
public abstract double Evaluate(LSExternalArgumentValues context);
