public double GetFitness(Tuple <string, string> inputs, string output)
{
double Fitness = 0;
Fitness -= Math.Abs(Convert.ToInt32(output, 2) - Convert.ToInt32(ComputationManager.Compute(genes, inputs).Item1, 2));
return(Fitness);
}
public double GetFitness(List <Tuple <Single, Single> > LineValues)
{
double Fitness = 0;
foreach (var item in LineValues)
{
Fitness -= Math.Abs((item.Item2 - ComputationManager.Compute(genes, item.Item1)));
}
return(Fitness);
}
private void MergeComputation(Column computationColumn)
{
Debug.Assert(computationColumn.IsExpression);
if (_computationManager == null)
{
_computationManager = new ComputationManager();
}
var baseColumns = computationColumn.GetExpression().BaseColumns;
foreach (var baseColumn in baseColumns)
{
MergeComputation(baseColumn, computationColumn, true);
}
}
public string Display(Tuple <string, string> inputs)
{
return(ComputationManager.Compute(genes, inputs).Item1);
}
public double Area() //This is the surface area of the sphere
{
return(ComputationManager.Area(this));
}
public double Volume()
{
return(ComputationManager.Volume(this));
}
public double Area()
{
return(ComputationManager.Area(this));
}
public double Area() //This is the surface area for the box
{
return(ComputationManager.Area(this));
}