Best-estimate and maximum error uncertainty calculator
First declare your class, the entry point should be Compute(). The fields are ordered by (variable) (variable uncertainty):
class MyEquation
{
//double [Equation Variable], [Equation Variable Uncertainty]
double thickness = 0.71, ut = 0.05;
double L = 8.51, uL = 0.05;
double W = 50.58, uW = 0.05;
double B = 99.19, uB = 0.05;
public double Compute()
{
double count = 10;
double P = 2 * (W + thickness);
double Ac = thickness * W;
double Le = L + Ac / P;
double area = count * P * Le / (1000 * 1000) + ((B * W) / (1000 * 1000) - count * thickness * W / (1000 * 1000));
return area;
}
}Next execute the calculator and show the results.
double maxerror;
double bestest;
double result = UncertaintyCalculator.ComputeUncertainties(typeof(MyEquation), out bestest, out maxerror);
Console.WriteLine("Best-Estimate: " + result + " ± " + bestest);
Console.WriteLine("Max Error: " + result + " ± " + maxerror);- Do not use any kind of compiler/user optimization as the calculator is field order sensitive.