public double Calculate(double from, double to, double colocationPoint)
{
if (colocationPoint <= to && colocationPoint >= from)
{
return(_integral_1_1.Calculate(from, to, colocationPoint) - Math.Log(_radius) * Math.Abs(to - from) +
GaussMethodForIntegrals.CalculateWithAccuracy(from, to, MathExpressionWithFeature.Value, Constants.Epsilon, new Var("t", 0), new Var("s", colocationPoint), new Var("a", _radius)) / 2 * Math.PI);
}
else
{
return(GaussMethodForIntegrals.CalculateWithAccuracy(from, to, MathExpression.Value, Constants.Epsilon, new Var("t", 0), new Var("s", colocationPoint), new Var("a", _radius)) / 2 * Math.PI);
}
}
public double Calculate(double from, double to, double colocationPoint)
{
return(GaussMethodForIntegrals.CalculateWithAccuracy(from, to, MathExpression.Value, Constants.Epsilon, new Var("t", 0), new Var("s", colocationPoint), new Var("a", _radius)) / 2 * Math.PI);
}
