internal Intervals Subs(Function func)
{
List <string> intervalsStr;
List <Interval> intervals = new List <Interval>();
if (func.Argument.Power == 1)
{
intervalsStr = IntervalString.Split('U').ToList();
foreach (var interStr in intervalsStr)
{
intervals.Add(Interval.Parse(interStr));
}
foreach (var interval in intervals)
{
if (!interval.IsInfinityInterval)
{
Fraction leftBorder = func.Eq(interval.LeftBorder);
Fraction rightBorder = func.Eq(interval.RightBorder);
interval.ChangeBorders(leftBorder, rightBorder);
}
else
{
Fraction border = func.Eq(interval.Border);
interval.ChangeBorderForInfinity(border);
}
}
}
Intervals newIntervals = new Intervals(intervals);
Intervals endInterval;
if (func.ValuesRange != null)
{
endInterval = newIntervals * func.ValuesRange;
}
else
{
endInterval = newIntervals;
}
return(endInterval);
}
internal Fraction(GenerationKey generationKey)
{
Answer = new Intervals(generationKey);
Sign = !Answer.StartFromFirstGap;
settings = generationKey.Settings;
Numenator = new List <Polynomial>();
foreach (var point in Answer.IncludedPoints)
{
Numenator.Add(new Polynomial("x", point));
}
Denominator = new List <Polynomial>();
foreach (var point in Answer.NotIncludedPoints)
{
Denominator.Add(new Polynomial("x", point));
}
//Создаем числитель
//Numenator = CreateExpression(generationKey, Answer.IncludedPoints.GetRange(0, Answer.IncludedPoints.Count()));
//Создаем занаменатель
//Denominator = CreateExpression(generationKey, Answer.NotIncludedPoints.GetRange(0, Answer.NotIncludedPoints.Count()));
}
