static void Main(string[] args)
{
int numberOfRows = ReadInt($"number of rows is: ");
int numberOfColumns = ReadInt($"number of columns is: ");
int[,] matrix = CreateRandomMatrix(numberOfRows, numberOfColumns);
int ariphmeticMean = AriphmeticMean(matrix, numberOfColumns, numberOfRows);
Console.WriteLine($"ariph mean is:{ariphmeticMean}");
ElementAndItsCoordinatesAndDifference[] elementAndItsCoordinatesAndDifferences = new ElementAndItsCoordinatesAndDifference[0];
for (int i = 0; i < numberOfRows; i++)
{
for (int j = 0; j < numberOfColumns; j++)
{
ElementAndItsCoordinates elementAndItsCoordinates = new ElementAndItsCoordinates(matrix[j, i], i, j);
int difference = Math.Abs(matrix[j, i] - ariphmeticMean);
ElementAndItsCoordinatesAndDifference elementAndItsCoordinatesAndDifference = new ElementAndItsCoordinatesAndDifference(elementAndItsCoordinates, difference);
elementAndItsCoordinatesAndDifferences = RewriteElementAndItsCoordinate(elementAndItsCoordinatesAndDifferences, elementAndItsCoordinatesAndDifference);
}
}
elementAndItsCoordinatesAndDifferences = SortArray(elementAndItsCoordinatesAndDifferences);
elementAndItsCoordinatesAndDifferences = FindMinimalDifferences(elementAndItsCoordinatesAndDifferences);
for (int i = 0; i < elementAndItsCoordinatesAndDifferences.Length; i++)
{
Console.WriteLine($"coordinate of element is: i = {elementAndItsCoordinatesAndDifferences[i].ElementAndItsCoordinates.CoordinateI} " +
$"and j = {elementAndItsCoordinatesAndDifferences[i].ElementAndItsCoordinates.CoordinateJ}; " +
$"value {elementAndItsCoordinatesAndDifferences[i].ElementAndItsCoordinates.Element}");
}
Console.ReadKey();
}
public ElementAndItsCoordinatesAndDifference(ElementAndItsCoordinates elementAndItsCoordinates, int difference)
{
ElementAndItsCoordinates = elementAndItsCoordinates;
Difference = difference;
}