static NumberOfCoinsidingNumbersAndItsLine CompareTheLines(int[] firstLine, int[] currentLine, int index)
{
int numberOfCounsidingNumbers = 0;
for (int i = 0; i < firstLine.Length; i++)
{
if (firstLine[i] == currentLine[i])
{
numberOfCounsidingNumbers++;
}
}
NumberOfCoinsidingNumbersAndItsLine numberOfCoinsidingNumbersAndItsLine = new NumberOfCoinsidingNumbersAndItsLine(numberOfCounsidingNumbers, index);
return(numberOfCoinsidingNumbersAndItsLine);
}
static NumberOfCoinsidingNumbersAndItsLine[] RewriteNumberOfCoinsidingNumbersAndItsLine(NumberOfCoinsidingNumbersAndItsLine[] array, NumberOfCoinsidingNumbersAndItsLine newElement)
{
int arrayLength = 0;
if (array != null)
{
arrayLength = array.Length;
}
NumberOfCoinsidingNumbersAndItsLine[] result = new NumberOfCoinsidingNumbersAndItsLine[arrayLength + 1];
for (int j = 0; j < arrayLength; j++)
{
result[j] = array[j];
}
result[result.Length - 1] = newElement;
return(result);
}
static NumberOfCoinsidingNumbersAndItsLine[] SortNumberOfCoinsidingNumbersAndItsLines(NumberOfCoinsidingNumbersAndItsLine[] array)
{
for (int i = 0; i < array.Length; i++)
{
for (int j = 0; j < array.Length - 1; j++)
{
NumberOfCoinsidingNumbersAndItsLine firstNumb = array[j];
int firstNumber = firstNumb.NumberOfCoinsidingNumbers;
NumberOfCoinsidingNumbersAndItsLine secNumb = array[j + 1];
int secondNumber = secNumb.NumberOfCoinsidingNumbers;
if (secondNumber < firstNumber)
{
array[j + 1] = firstNumb;
array[j] = secNumb;
}
}
}
return(array);
}
static NumberOfCoinsidingNumbersAndItsLine[] FindMinimal(NumberOfCoinsidingNumbersAndItsLine[] arrayOfCoinsidingNumbersAndItsLines)
{
NumberOfCoinsidingNumbersAndItsLine[] newArrayOfNumberOfCoinsidingNumbersAndItsLines = new NumberOfCoinsidingNumbersAndItsLine[0];
NumberOfCoinsidingNumbersAndItsLine firstElement = newArrayOfNumberOfCoinsidingNumbersAndItsLines[0];
int firstElementOfArray = newArrayOfNumberOfCoinsidingNumbersAndItsLines[0].NumberOfCoinsidingNumbers;
newArrayOfNumberOfCoinsidingNumbersAndItsLines = RewriteNumberOfCoinsidingNumbersAndItsLine(newArrayOfNumberOfCoinsidingNumbersAndItsLines, firstElement);
for (int i = 1; i < arrayOfCoinsidingNumbersAndItsLines.Length; i++)
{
NumberOfCoinsidingNumbersAndItsLine currentElement = arrayOfCoinsidingNumbersAndItsLines[i];
int currentElementOfArray = currentElement.NumberOfCoinsidingNumbers;
if (currentElementOfArray == firstElementOfArray)
{
newArrayOfNumberOfCoinsidingNumbersAndItsLines = RewriteNumberOfCoinsidingNumbersAndItsLine(newArrayOfNumberOfCoinsidingNumbersAndItsLines, currentElement);
}
else
{
break;
}
}
return(newArrayOfNumberOfCoinsidingNumbersAndItsLines);
}
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[] arrayOfNumbersOfFirstLine = new int[numberOfColumns];
NumberOfCoinsidingNumbersAndItsLine[] numberOfCoinsidingNumbersAndItsLine = new NumberOfCoinsidingNumbersAndItsLine[numberOfRows - 1];
int indexOfTheLine = 0;
arrayOfNumbersOfFirstLine = GetCurrentSortedArray(indexOfTheLine, matrix, numberOfColumns);
int[] arrayOfCurrentNumbersOfCurrentLine = new int[numberOfColumns];
for (indexOfTheLine = 1; indexOfTheLine < numberOfRows; indexOfTheLine++)
{
arrayOfCurrentNumbersOfCurrentLine = GetCurrentSortedArray(indexOfTheLine, matrix, numberOfColumns);
NumberOfCoinsidingNumbersAndItsLine coinsidingNumbersAndItsLine = CompareTheLines(arrayOfNumbersOfFirstLine, arrayOfCurrentNumbersOfCurrentLine, indexOfTheLine);
numberOfCoinsidingNumbersAndItsLine[indexOfTheLine - 1] = coinsidingNumbersAndItsLine;
}
numberOfCoinsidingNumbersAndItsLine = SortNumberOfCoinsidingNumbersAndItsLines(numberOfCoinsidingNumbersAndItsLine);
Console.ReadKey();
}