for (int i = 0; i < clustCount; i++)
{
	int squareMin = 0, perimMin = 0;
	double compactMin = 0, elongationMin = 0, orientMin = 0;
	int squareMax = 0, perimMax = 0;
	double compactMax = 0, elongationMax = 0, orientMax = 0;
	squareMin = squareMax = objects[0].Square;
	perimMin = perimMax = objects[0].Perimeter;
	compactMin = compactMax = objects[0].Compactness;
	elongationMax = elongationMin = objects[numberOfObject].elongation;
	foreach (int numberOfObject in (List<int>)table[i])
	{
		if(objects[numberOfObject].Square > squareMax)
			squareMax = objects[numberOfObject].Square;
		if(objects[numberOfObject].Square < squareMin)
			squareMin = objects[numberOfObject].Square;

		if(objects[numberOfObject].Perimeter > perimMax)
			perimMax = objects[numberOfObject].Perimeter;
		if(objects[numberOfObject].Perimeter < perimMin)
			perimMin = objects[numberOfObject].Perimeter;

		if(objects[numberOfObject].Compactness > compactMax )
			compactMax = objects[numberOfObject].Compactness;
		if(objects[numberOfObject].Compactness < compactMin )
			compactMin = objects[numberOfObject].Compactness;

		if(objects[numberOfObject].elongation > elongationMax)
			elongationMax = objects[numberOfObject].elongation;
		if(objects[numberOfObject].elongation < elongationMin)
			elongationMin = objects[numberOfObject].elongation;
	}
	int count = ((List<int>)table[i]).Count();
	if (count != 0)
	{
		medians[i].Square = squareMin + squareMax / 2;
		medians[i].Perimeter = perimMin +  perimMax/ 2;
		medians[i].Compactness = compactMin + compactMax / 2;
		medians[i].elongation = elongationMin + elongationMax / 2;
		//   medians[i].OrientationOfMainAxis = orientSum / count;
	}

}