private void InitMethods()
{
double error = 0.01;
Double.TryParse(errorField.Text, out error);
_rectangle = new RectangleMethod()
{
LowerAge = -1,
UpperAge = 1,
ErorValue = error
};
_gaussion = new GauseMethod()
{
LowerAge = -1,
UpperAge = 1,
ErorValue = error
};
_monteCarlo = new MonteCarloMethod()
{
LowerAge = -1,
UpperAge = 1,
ErorValue = error
};
this._methods = new List <INumericMethod>()
{
_gaussion,
_monteCarlo,
_rectangle
}
;
}
public String DoItRight(INumericMethod <TFunc> method, IShape <TFunc> func, IPlot plotSpace, Conditions conditions, IReportGenerator reporter, bool stepByStep = false)
{
var actualPoints = conditions.InitialPoints.ToArray();
UpdateDomain(func, actualPoints);
reporter.Init(actualPoints, func, conditions);
var iterationsCounter = 0;
while (!IsAnyPointPrettyCloseToRoot(func.Generator, conditions, actualPoints) && iterationsCounter++ < conditions.MaxNumberOfIteration)
{
var newPoint = method.ComputeNext(actualPoints, func.Generator);
if (!newPoint.Any())
{
break;
}
actualPoints = actualPoints.Concat(newPoint).ToArray();
UpdateDomain(func, actualPoints);
var pictureOfStep = method.GenerateIllustrationForCurrentStep(actualPoints, func.Generator, iterationsCounter + conditions.InitialPoints.Count());
reporter.AddIntermidiateStep(actualPoints, pictureOfStep, iterationsCounter);
plotSpace.DrawShape(func);
foreach (var shape in pictureOfStep)
{
plotSpace.DrawShape(shape);
if (stepByStep)
{
Console.WriteLine("Press Enter to make step");
Console.ReadLine();
}
}
}
return(reporter.GenerateReport(actualPoints.Last(), iterationsCounter, DistanceToRoot(func.Generator, actualPoints.Last(), conditions)));
}
