Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Tom Bachmann
It's supposed to return sqrt(2)/pi. I get the result you post in master, and the correct result in my new branch gruntz. I take it you still get nan in the new branch? :/ On 24.01.2012 19:11, Joachim Durchholz wrote: Am 24.01.2012 17:53, schrieb Tom Bachmann: Executing the following two

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Joachim Durchholz
Am 24.01.2012 20:12, schrieb Tom Bachmann: It's supposed to return sqrt(2)/pi. I get the result you post in master, and the correct result in my new branch gruntz. I take it you still get nan in the new branch? :/ No, that was on master. What's the incantation to pull your branch? Do I need

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Tom Bachmann
Just do git checkout -b test master git pull https://github.com/ness01/sympy gruntz [btw the correct answer is 2/sqrt(pi), contrary to what I said before. In any case, definitely not nan.] On 24.01.2012 19:53, Joachim Durchholz wrote: Am 24.01.2012 20:12, schrieb Tom Bachmann: It's

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Chris Smith
It passes here, now (the error_functions suite). I'll check your two expressions, though. -- You received this message because you are subscribed to the Google Groups sympy group. To post to this group, send email to sympy@googlegroups.com. To unsubscribe from this group, send email to

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Chris Smith
Here, the two expressions give: gruntz(gamma(x+1)/sqrt(2*pi)- exp(-x)*(x**(x+S(1)/2) + ... x**(x-S(1)/2)/12), x, oo) oo gruntz(exp(x)*exp(x**2)*(erf(x+1/exp(x))-erf(x)), x, oo) 2/sqrt(pi) -- You received this message because you are subscribed to the Google Groups sympy group. To post to

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Tom Bachmann
Do you get oo, nan in master? [The error is only triggered under certain, apparently platform-dependent conditions.] On 24.01.2012 20:24, Chris Smith wrote: Here, the two expressions give: gruntz(gamma(x+1)/sqrt(2*pi)- exp(-x)*(x**(x+S(1)/2) + ... x**(x-S(1)/2)/12), x, oo) oo

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Joachim Durchholz
Am 24.01.2012 20:56, schrieb Tom Bachmann: Just do git checkout -b test master git pull https://github.com/ness01/sympy gruntz Okay, I wasn't aware that that URL would work. [btw the correct answer is 2/sqrt(pi), contrary to what I said before. In any case, definitely not nan.] Yes, with

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-24 Thread Tom Bachmann
Great, I'm submitting a pull request. Thanks for your help sorting this out. On 24.01.2012 20:38, Joachim Durchholz wrote: Am 24.01.2012 20:56, schrieb Tom Bachmann: Just do git checkout -b test master git pull https://github.com/ness01/sympy gruntz Okay, I wasn't aware that that URL would

[sympy] functions/special/tests/test_error_functions now fails

2012-01-23 Thread Joachim Durchholz
Hi all, functions/special/tests/test_error_functions.py[8] F... [FAIL] File [...]/sympy/functions/special/tests/test_error_functions.py, line 38, in test_erf assert limit(exp(x)*exp(x**2)*(erf(x+1/exp(x))-erf(x)), x, oo) == 2/sqrt(pi) AssertionError Note that the fail will happen

Re: [sympy] functions/special/tests/test_error_functions now fails

2012-01-23 Thread Tom Bachmann
This must be because of the pull request by raulb I pushed. I would be happy to debug this, but since I cannot reproduce it this is somewhat hard. It would be very helpful if you could post the output of the failing test produced with SYMPY_DEBUG=True. The problem with this is that the output