def METHOD_NAME() :
    fmt = "{}{:04d} {} {!r} 0.0 -> {} {!r}"
    for fn in sorted(cases_to_generate.keys()):
        print "-- Additional real values (Jython)"
        count, xlist = cases_to_generate[fn]
        for x in xlist:
            # Compute the function (in the reference library)
            func = getattr(mpmath, fn)
            y = func(x)
            # For the benefit of cmath tests, get the sign of imaginary zero right
            zero = 0.0
            if math.copysign(1., x) > 0.:
                if fn=='cos' :
                    zero = -0.0
            else :
                if fn=='cosh' :
                    zero = -0.0
            # Output one test case at sufficient precision
            print fmt.format(fn, count, fn, x, mpmath.nstr(y, 20), zero )
            count += 1