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Factoring polynomial over finite field of char 2 I'm trying to factor a polynomial in GF(2^128) using Sage. So I have a

Factoring polynomial over finite field of char 2 I'm trying to factor a polynomial in GF(2^128) using Sage. So I have a

Factoring polynomial over finite field of char 2 I'm trying to factor a polynomial in GF(2^128) using Sage. So I have a

When I have a function that is exact, such as:

x = var("x")
fnc = sqrt(2) * x
print(fnc)

And I want to resolve/approximate all those parts of the function which can be resolved numerically, how can I do this?

fnc.n()

does not work because it throws a TypeError, similarly does

float(fnc)

I've also tried all .simplify() variants, but neither do what I want. I simply want the output to be:

print(magic_function(fnc))
1.4142 * x

How can this be done?

Symbolically evaluate abstract cryptographic operations I would like to use simple variable substitution to show some ba

It does indeed! I was using an ancient 2017 version of Sagemath. Once I upgraded to 9.2, it worked like advertised. Than

It does indeed! I was using an ancient 2017 version of Sagemath. Once I upgraded to 9.2, it worked like advertised. Than

Thanks for the answer, but this doesn't work. The ExpressionTreeWalker walks coefficients/factors (e.g., the "2" in this

Simplify function numerically When I have a function that is exact, such as: x = var("x") fnc = sqrt(2) * x print(fnc)