public static Matrix operator *(double a, Matrix B)
{
double[,] c = MatrixMath.MultiplyMatrixScalar(B.matrix, a);
return(new Matrix(c));
}
//This is just an alias for the same function in the MatrixMath class
public static double[] MultiplyMatrixVector(double[,] A, double[] B)
{
return(MatrixMath.MultiplyMatrixVector(A, B));
}
public static Matrix Inverse(Matrix A)
{
double[,] inverseData = MatrixMath.InvertMatrix(A.matrix);
return(new Matrix(inverseData));
}
public static Matrix operator *(Matrix A, double b)
{
double[,] c = MatrixMath.MultiplyMatrixScalar(A.matrix, b);
return(new Matrix(c));
}
public static double Norm(Matrix A)
{
return(MatrixMath.MatrixNorm(A.matrix));
}
public Matrix Inverse()
{
double[,] inverseData = MatrixMath.InvertMatrix(this.matrix);
return(new Matrix(inverseData));
}
public double Norm()
{
return(MatrixMath.MatrixNorm(this.matrix));
}
public static Matrix Transpose(Matrix A)
{
double[,] data = MatrixMath.TransposeMatrix(A.matrix);
return(new Matrix(data));
}
public Matrix Transpose()
{
double[,] data = MatrixMath.TransposeMatrix(this.matrix);
return(new Matrix(data));
}
public static Matrix operator /(Matrix A, double b)
{
double[,] C = MatrixMath.DivideMatrixScalar(A.matrix, b);
return(new Matrix(C));
}
public static Matrix Multiply(Matrix matrix, double scalar)
{
double[,] result = MatrixMath.MultiplyMatrixScalar(matrix.matrix, scalar);
return(new Matrix(result));
}
