public void RunExample()
{
double[,] matrix1 = MatrixOperations.CreateRandomMatrix(2000, 2000);
double[,] matrix2 = MatrixOperations.CreateRandomMatrix(2000, 2000);
double[] vector1 = VectorOperations.CreateRandomVector(2000);
double[,] result1, result2, result1b, result2b;
double[] result1c, result2c;
double result1d, result2d;
MatrixOperations.ParallelCalculations = false;
Stopwatch watch1 = Stopwatch.StartNew();
result1 = MatrixOperations.MatrixAddition(matrix1, matrix2);
result1b = MatrixOperations.MatrixProduct(matrix1, matrix2);
result1c = VectorOperations.MatrixVectorProduct(result1b, vector1);
result1d = VectorOperations.VectorNorm2(result1c);
long first = watch1.ElapsedMilliseconds;
MatrixOperations.ParallelCalculations = true;
Stopwatch watch2 = Stopwatch.StartNew();
result2 = MatrixOperations.MatrixAddition(matrix1, matrix2);
result2b = MatrixOperations.MatrixProduct(matrix1, matrix2);
//result2 = MatrixOperations.TempVariable;
result2c = VectorOperations.MatrixVectorProduct(result2b, vector1);
result2d = VectorOperations.VectorNorm2(result2c);
long second = watch2.ElapsedMilliseconds;
string timeForCalculations = "Elapsed time for single threaded operation: " + first.ToString() + " -Result is:" + result1d + "\n" + "Elapsed time for multithreaded operation: " + second.ToString() + " -Result is:" + result2d;
OnTimeElapsed(timeForCalculations);
}