def check_equal_numpy(x, y):
 if (isinstance(x, numpy.ndarray) and isinstance(y, numpy.ndarray)):
  return ((x.dtype == y.dtype) and (x.shape == y.shape) and numpy.all((abs((x - y)) < 1e-10)))
 elif (isinstance(x, numpy.random.RandomState) and isinstance(y, numpy.random.RandomState)):
  return python_all((numpy.all((a == b)) for (a, b) in izip(x.__getstate__(), y.__getstate__())))
 else:
  return (x == y)

def check_equal_numpy ( x , y ) : if ( isinstance ( x , numpy . ndarray ) and isinstance ( y , numpy . ndarray ) ) : return ( ( x . dtype == y . dtype ) and ( x . shape == y . shape ) and numpy . all ( ( abs ( ( x - y ) ) < 1e-10 ) ) ) elif ( isinstance ( x , numpy . random . RandomState ) and isinstance ( y , numpy . random . RandomState ) ) : return python_all ( ( numpy . all ( ( a == b ) ) for ( a , b ) in izip ( x . __getstate__ ( ) , y . __getstate__ ( ) ) ) ) else : return ( x == y )
return true iff x and y are equal .