John Palmieri's profile - activity

Actually, their code uses both n and N; I think it's the use of N in valuation(N,p) which causes the problem. Anyway, us

The factor method takes an algorithm keyword; have you looked at the documentation? In your case, since you know that t

First, I suggested first checking whether p.divides(a) before dividing. Second, I've provided some untested code to keep

The factor method takes an algorithm keyword; have you looked at the documentation? In your case, since you know that t

I think that you should ask questions about GSOC projects on the sage-gsoc Google group — see link at https://wiki.sagem

The factor method takes an algorithm keyword; have you looked at the documentation? In your case, since you know that t

Does it work if your file instead contains a smaller integer, say 5 digits?

You should add f.close() after writing to the file; otherwise, the write operation may not complete.

Is This A limitation of my Processing Power I'm trying to load a large number into Sage for factoring. I believe with t

Does it work if your file instead contains a smaller integer, something easily factorable, say 5 digits?

Also, what happens if you remove/modify the xmin and xmax arguments? Can you get the pictures you want?

These graphs looks fine when I look at them separately, so it looks more like an issue with graphics_array than the indi

Can you provide a toy example? Does your .txt file just contain something like "1023", or is there more in it than just

Term order is not defined for single-variable polynomial rings, just for multivariable rings: sage: R2 = PolynomialRing

How to print variables order of a polynomial ring? Hello, I've a generic multivariate polynomial ring, for which I need

SageMath 9.3 is about four years old. Is there any way for you to install a newer version? Sage 10.5 is the latest, rele

Error when computing torsion group I am trying to run this code t = var('t') K.<a> = NumberField(20*t^4 + 40*t^3

Not an answer but too long for a comment. Over a finite field like GF(2), you can iterate more quickly by iterating over

Not an answer but too long for a comment. Over a finite field like GF(2), you can iterate more quickly by iterating over

Not an answer but too long for a comment. Over a finite field like GF(2), you can iterate more quickly by iterating over

If you do this over GF(2) or GF(3) with 2x2 matrices, you should find solutions (if you want to make sure that the code

This tests whether Sage can be imported, not whether it already has been, and furthermore it imports it if it can be: it

This tests whether Sage can be imported, not whether it already has been, and furthermore it imports if it can be: it ha

It depends on what you mean by "Sage is running". If you mean, "have the standard Sage commands, etc., been imported and

What's D[0]? What does "real_part" mean? What have you tried?

The error message says coxeter3 must be installed. How did you install Sage? What OS are you using? What version of Sage

If you post a comment on the old question, then by default, anyone who has participated will get a notification.

How to factorize a polynomial in a Skew Polynomial Ring I am trying this code, but it is not giving any output. However,

What version of Sage are you using? Also, your post is contradictory: you say that it gives output for x^n+1 when n is a

The alarm function can be used to interrupt computations.

It should be possible to put integers into a solve function, but I don't know if it's possible to use solve for an index

Solve for integer and real number In a project I'm doing I stumbled on a way to solve something, but I don't know how I

A link to the other question, in case it's useful to anyone: https://math.stackexchange.com/q/5011208/42781

You need to define the method set_from_mpz in your new class: the __init__ method for IntegerMod_abstract calls it, but

b.polynomial() might be close to what you're looking for. You can also get the coefficients from b.list().

b.polynomial() might be close to what you're looking for.

What's the difference between -a+c and c-a? Maybe I'm misunderstanding.

Briefly, you should create a fork of Sage on your own GitHub account, and create a fork there. Then you can compare that

Right, perhaps by a command like A = A.swap_columns(0,2). That's why I am asking for more information.

Please provide more context, like any lines that might have (re)defined A. If I run consecutive commands A = matrix(2,3,

If G is your group, you could do [X.cardinality() for X in G.conjugacy_classes()]. Is that the information you want? I g

If G is your group, you could do [X.cardinality() for X in G.conjugacy_classes()]. Is that the information you want?

You can add the keyword "hold" to integrate. Initial version: sage: t=var('t') sage: J(kk)=integrate(exp(-2*pi*I*kk*t),

I'm not completely clear on what you want. Can you provide more details or more explanation?