private static void Main(CommandLineArguments arguments)
{
var hub = new AlgorithmFacade(arguments.ToFunctionStrategy(), arguments.VariablesCount,
arguments.ToModifiedAlgorithmSettings());
hub.StepFinished += HubOnStepFinished;
var result = hub.FindExtremeAsync().Result;
Console.WriteLine($"Result is {string.Join(",", result)}");
}
private void AssertFuncion(Func <double[], double> func,
int variablesCount, int steps, double expected, double eps)
{
// Assert
var all = new List <double>();
var fails = new List <FailResult>();
for (var i = 0; i < RepeatTest; i++)
{
var performer = new AlgorithmFacade(func,
variablesCount, Create(steps));
// Act
var result = performer.FindExtremeAsync().Result;
// Assert
var delta = Math.Abs(expected - result);
if (delta > eps)
{
fails.Add(new FailResult(delta, i));
}
all.Add(delta);
}
if (fails.Count > 0)
{
var failedSteps = fails.Aggregate("", (result, next) => result + next.Step + ", ");
failedSteps.Remove(failedSteps.Length - 2);
var deltas = fails.Aggregate("", (result, next) => result + next.Delta + ", ");
deltas.Remove(deltas.Length - 2);
throw new Exception($"Failed on steps {failedSteps} with delta: {deltas}." +
$"Params - {nameof(variablesCount)} = {variablesCount}; " +
$"{nameof(steps)} = {steps}; " +
$"{nameof(expected)} = {expected}; " +
$"{nameof(eps)} = {eps}");
}
(all.Average() / eps).ShouldBeGreaterThan(MinDeviation,
"Assertion EPS is too big. Decrese EPS");
}