Ask Your Question

Revision history [back]

click to hide/show revision 1
initial version

Using SageMath Finite Field Extension on Python.

Yes, I want to the reverse, use the SageMath in Python.

I've seen this on ask.sagemath and stackoverflow

I want to use this in Python

k = GF(2)
R.<x> = k[]
k.extension(x^1000 + x^5 + x^4 + x^3 + 1, 'a')

from sage.all import *

F = GF(2)
R.<x> = k[]
K = F.extension(x^4 + x + 1, 'a')

print(K)

the R.<x> = k[] fails...

Is there a way to do this in python?

My final aim is finding the multiplicative inverse of an element using python with the sagemath import.

Using SageMath Finite Field Extension on Python.

Yes, I want to the reverse, use the SageMath in Python.

I've seen this on ask.sagemath and stackoverflow

I want to use this in Python

k = GF(2)
R.<x> = k[]
k.extension(x^1000 + x^5 + x^4 + x^3 + 1, 'a')

from sage.all import *The python code

from sage.all import *

F = GF(2)
R.<x> = k[]
K = F.extension(x^4 + x + 1, 'a')

print(K)

the R.<x> = k[] fails...

Is there a way to do this in python?

My final aim is finding the multiplicative inverse of an element using python with the sagemath import.