Try this:
(1) -> x^1.2
5+-+
(1) x\|x
Type: Expression Float
(2) -> %::InputForm
(2)
(/
(+
(+ (float 0 0 2)
(* (+ (+ (float 0 0 2) (* (float 1 0 2) x)) (float 0 0 2))
(**
(/ (+ (+ (float 0 0 2) (* (float 1 0 2) x)) (float 0 0 2))
(float 1 0 2))
(/ 1 (/ (float 5 0 2) (float 1 0 2))))
)
)
(float 0 0 2))
(float 1 0 2))
Type: InputForm
Using unparse or the most recent version of OpenAxiom this displays as:
(2)
(float(0,0,2) + (float(0,0,2) + float(1,0,2)*x + float(0,0,2))*((float(0,0,2)
+ float(1,0,2)*x + float(0,0,2))/float(1,0,2))^(1/(float(5,0,2)/float(1,0,2)
)) + float(0,0,2))/float(1,0,2)
Type: InputForm
(3) -> interpret(%)$InputForm
5+-+
(3) x\|x
Type: Expression Float
----
Can anyone explain this odd result? Or this even one?
(4) -> (x^1.0)::InputForm
(4)
(/ (+ (+ (float 0 0 2) (* (float 1 0 2) x)) (float 0 0 2)) (float 1 0 2))
Type: InputForm
Regards,
Bill Page.
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