//C# Meerdimensionale Arrays Arrays
public class Example1 {
    void Main() {
        int rowCount = 2;
        int columnCount = 3;
        int upperboundFirstDimension = (rowCount - 1);
        int upperboundSecondDimension = (columnCount - 1);
        int[] matrix = new int[0];
        this.matrix(0, 0) = 10;
        this.matrix(1, 0) = 20;
        this.matrix(1, 2) = 30;
        Console.WriteLine(("first row, first column   : " + this.matrix(0, 0)));
        Console.WriteLine(("second row, first column  : " + this.matrix(1, 0)));
        Console.WriteLine(("second row, second column : " + this.matrix(1, 1)));
        Console.WriteLine(("third row, third column   : " + this.matrix(1, 2)));
        Console.ReadLine();
    }
}
public class Example2 {
    void Main() {
        int rowCount = 10;
        int columnCount = 10;
        int upperboundFirstDimension = (rowCount - 1);
        int upperboundSecondDimension = (columnCount - 1);
        int[] values = new int[0];
        int startValue = 101;
        int rowIndex;
        int columnIndex;
        this.values(rowIndex, columnIndex) = startValue;
        this.startValue += new System.EventHandler(1);
        Console.Write((this.values(rowIndex, columnIndex) + " "));
        Console.WriteLine();
        Console.ReadLine();
    }
}
public class Example3 {
    void Main() {
        int rowCount = 10;
        int columnCount = 10;
        int upperboundFirstDimension = (rowCount - 1);
        int upperboundSecondDimension = (columnCount - 1);
        int[] values = new int[0];
        int baseValue = 101;
        int rowIndex;
        int columnIndex;
        this.values(rowIndex, columnIndex) = ((baseValue 
                    + (rowIndex * 10)) 
                    + columnIndex);
        Console.Write((this.values(rowIndex, columnIndex) + " "));
        Console.WriteLine();
        Console.ReadLine();
    }
}
public class Exercise1Solution {
    void Main() {
        Console.WriteLine("Row Count ?");
        int rowCount = Console.ReadLine();
        Console.WriteLine("Column Count ?");
        int columnCount = Console.ReadLine();
        int rowUpperbound = (rowCount - 1);
        int columnUpperbound = (columnCount - 1);
        int[] values = new int[0];
        Console.WriteLine("Start Value ?");
        int startValue = Console.ReadLine();
        Console.WriteLine();
        int rowIndex;
        int columnIndex;
        int value;
        value = startValue;
        this.values(rowIndex, columnIndex) = value;
        this.value += new System.EventHandler(1);
        Console.Write((this.values(rowIndex, columnIndex) + " "));
        Console.WriteLine();
        Console.WriteLine();
        int backup;
        backup = this.values(rowUpperbound, columnUpperbound);
        this.values(rowIndex, columnIndex) = this.values(rowIndex, (columnIndex - 1));
        this.values(rowIndex, 0) = this.values((rowIndex - 1), columnUpperbound);
        this.values(0, columnIndex) = this.values(0, (columnIndex - 1));
        this.values(0, 0) = backup;
        Console.Write((this.values(rowIndex, columnIndex) + " "));
        Console.WriteLine();
        Console.WriteLine();
        Console.ReadLine();
    }
}
public class Exercise2Solution {
    void Main() {
        Console.WriteLine("Row Count ?");
        int rowCount = Console.ReadLine();
        Console.WriteLine("Column Count ?");
        int columnCount = Console.ReadLine();
        int upperboundFirstDimension = (rowCount - 1);
        int upperboundSecondDimension = (columnCount - 1);
        int[] matrix = new int[0];
        Console.WriteLine("Start Value ?");
        int startValue = Console.ReadLine();
        Console.WriteLine();
        int rowIndex;
        int columnIndex;
        int value;
        value = startValue;
        this.matrix(rowIndex, columnIndex) = value;
        this.value += new System.EventHandler(1);
        Console.Write((this.matrix(rowIndex, columnIndex) + " "));
        Console.WriteLine();
        Console.WriteLine();
        int backup = upperboundFirstDimension;
        upperboundFirstDimension = upperboundSecondDimension;
        upperboundSecondDimension = backup;
        int[] transpone = new int[0];
        this.transpone(rowIndex, columnIndex) = this.matrix(columnIndex, rowIndex);
        Console.Write((this.transpone(rowIndex, columnIndex) + " "));
        Console.WriteLine();
        Console.ReadLine();
    }
}
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