Max Alekseyev's profile - activity

Please provide an actual code illustrating the question.

Let's wait clarification from OP. I read the question differently, and I do not understand why f(x^2 + x^3 - 31) is not

This suggests that it may be already challenging to get those graphs for order 11, while order 12 may be out of reach si

Just extend the set of generators with more and more elements to get larger groups.

Finding minimum sub-algebra that contains a set Hello, I'm trying to understand step 3 in the algorithm 1 provided in th

Please provide a complete code example, including the definition of f.

Did you get counts for graphs of order 10 or 11?

Errors may differ across the equations. x[-1] bounds their absolute values from above.

Errors may differ across the equations. x[-1] bounds them all.

Errors may differ across the equations. x]-1] bounds them all.

It can: $\{$ - use \\{

It can: $\{$ - use \\\\{

It can: $\{$ - use \\{

It can: $\{$ - use \{

It can: $\{$ - just double \

Here is an example, in which we use x[0], x[1], x[2] for a, b, c, and x[-1] for the (absolute) bound for errors. milp =

assume(z1!=0) will do the job.

One can rely on the Thue equation solver present in PARI. Here is a sample code for solving the equation $f(x,y)=n$: de

Undertermined system of equations Let's say we have 2 equations and 3 variables (N equations and M variables, where M &g

One can rely on the Thue equation solver present in PARI. Here is a sample code for solving the equation $f(x,y)=n$: de

That's fine. MILP supports non-integer variables as well.

This kind of problems can be solved with MILP - see details and examples at https://doc.sagemath.org/html/en/thematic_tu

Here is a working example using function signal.alarm(): import time from signal import alarm def foo(i): sleep([1

Here is a working example using function signal.alarm(): import time from signal import alarm def foo(i): sleep([1

If I guessed the meaning of your "n.set_bit(7)" correctly, then it can be achieved via Python's bitwise operator | as n

Or just ~(1r << n) (corrected).

Yes, this is what I meant, just forgot to remove int.

Or just ~int(1r << n).

If I guessed the meaning of your "n.set_bit(7)" correctly, then it can be achieved via Python's bitwise operator | as n

If I guessed the meaning of your "n.set_bit(7)" correctly, then it can be achieved via Python's bitwise operator | as n

If I guessed the meaning of your "n.set_bit(7)" correctly, then it can be achieved via Python's bitwise operator | as n

If I guessed the meaning of your "n.set_bit(7)" correctly, then it can be achieved via Python's bitwise operator | as

Test test test

As for alarm, it needs to be reset after each use by calling alarm() without arguments alarm(0), which will make it avai

My bad. I meant calling alarm(0), that is, with the zero argument, to reset the functionality.

As for alarm, it needs to be reset after each use by calling alarm() without arguments, which will make it available for

As for alarm, it's need to be reset after each use by calling alarm() without arguments, which will make it available fo

Check this out: https://ask.sagemath.org/question/10112

Yes. issue #37776 is empty. Please edit it and add the content.

You may like to check out this Q&A: https://ask.sagemath.org/question/38750

Check out this Q&A: https://ask.sagemath.org/question/39742

I'd suggest to report this issue to https://github.com/sagemath/sage/issues A surprising workaround for memory leak iss

I'd suggest to report this issue to https://github.com/sagemath/sage/issues A surprising workaround for memory leak iss

I'd suggest to report this issue to https://github.com/sagemath/sage/issues A surprising workaround for memory leak iss

Perhaps you need to set up SAGE_GAP_COMMAND environment variable as described at https://www.jetbrains.com/help/pycharm/

Issue with GAP in SageMath 10.3 when using PyCharm, but no issue in JupyterLab Hi, I've been struggling for the past few

You can load .sage files with load() function.