public static Matrix TransposeOf(Matrix m)
{
if ((m.r != 1) && (m.c != 1))
{
double[] destinationArray = new double[m.r * m.c];
for (int i = 0; i < m.c; i++)
{
Array.Copy(m[false, new int[] { i }].data, 0, destinationArray, i * m.r, m.r);
}
return new Matrix(m.c, m.r, destinationArray, false, m.noiseLevel);
}
Matrix matrix = m.MClone();
matrix.r = m.c;
matrix.c = m.r;
return matrix;
}
public static Matrix Cosh(Matrix m)
{
return m.MClone().Cosh();
}
public static Matrix Sech(Matrix m)
{
return m.MClone().Sech();
}
public static Matrix Tanh(Matrix m)
{
return m.MClone().Tanh();
}
public static Matrix Exp(Matrix m)
{
return m.MClone().Exp();
}
public static Matrix HeaviSide(Matrix m, double a, double fill)
{
return m.MClone().HeaviSide(a, fill);
}
public static Matrix HeaviSide(Matrix m)
{
return m.MClone().HeaviSide();
}
public static Matrix Positive(Matrix m)
{
return m.MClone().Positive();
}