Your question was unclear to me. All numbers are stored in base 2 on a
computer. To create a number using base 2 notations you need to use
"named arguments" as in
sage: RealNumber("10101e2", base=2)
84.0000000000000
sage: Rational("101/10010", base=2)
5/18
Vincent
On 04/11/2017 19:00, René Mérou wrote:
Hi all,
Can anyone explain how can I operate with floating numbers in base 2?
I want to have (1010-10)/10 and have one 1.010101010101010... or
1.010101010101*2^0 or if possible, to have 1.(01) a periodic number.
I know how to have it in base 10 and use str(2) to have the answer but i
would like to continue my work with the result as a number not as a string.
My tentatives:
Integer('1000',2) goes well but just with integers
Rational('100.1',3)
TypeError: unable to convert '100.1' to a rational
Real('1.1',2)
NameError: name 'Real' is not defined
In a phrase, is there a way to operate directly with floating point or
scientific numbers in base 2?
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