src/Matrix/n_matrix.cc
// Input                nmx  : Input normal matrix (this)
//			z    : Complex number
// Output               nmx  : This matrix scaled by the complex number
// Note			     : This is the implementation of mx *= z
Input                nmx  : Input normal matrix (this)
z    : Complex number
Output               nmx  : This matrix scaled by the complex number
Note                        : This is the implementation of mx *= z
Input nmx : Input normal matrix ( this ) z : Complex number Output nmx : This matrix scaled by the complex number Note : This is the implementation of mx * = z
_matrix* n_matrix::multiply_two(const complex &z)
  {
  for(int i=0; i<size; i++)
    data[i] = z*data[i];
  if(z != complex1) unitary=false;
  return this;
  }
_matrix * n_matrix :: multiply_two ( const complex & z ) { for ( int i = 0 ; i < size ; i ++ ) data [ i ] = z * data [ i ] ; if ( z != complex1 ) unitary = false ; return this ; }
Input                nmx  : Input normal matrix (this)
z    : Complex number
Output               nmx  : This matrix scaled by the complex number
Note                        : This is the implementation of mx *= z
Input nmx : Input normal matrix ( this ) z : Complex number Output nmx : This matrix scaled by the complex number Note : This is the implementation of mx * = z