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open TypeSyntax
open Fast_integer
let total_order_T x y =
if x = y then InleftT RightT
else if x < y then InleftT LeftT
else InrightT
let rec int_to_positive i =
if i = 1 then XH
else
if (i mod 2) = 0 then XO (int_to_positive (i/2))
else XI (int_to_positive (i/2))
let rec int_to_Z i =
if i = 0 then ZERO
else if i > 0 then POS (int_to_positive i)
else NEG (int_to_positive (-i))
let my_ceil x = int_to_Z (succ (int_of_float (floor x)))
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