Hi,
When I input
y = symbols("y", positive=True)
z = symbols("z", real=True)
K = symbols("K", integer=True, positive=True)
eta = Symbol("eta", positive=True)
g = y * ((1-(z*y)**2)**(-2+K/2 + eta) * gamma(S(1)/2 *
(-1+K)+eta))/(sqrt(pi) * gamma(-1+K/2+eta)) * (2 * (y**2)**eta
(1-y**2)**(S(1)/2 *
Thank you Ankit.
On Monday, April 1, 2013 7:10:06 AM UTC+5:30, Ankit Agrawal wrote:
>
> Hi Ankur,
>
> The statistics module has been deprecated. You can find all the
> mentioned distributions(and many more !!) in stats package.
>
> Regards,
> Ankit Agrawal.
>
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Hi Ankur,
The statistics module has been deprecated. You can find all the
mentioned distributions(and many more !!) in stats package.
Regards,
Ankit Agrawal.
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Hello everyone,
I am a computer science student interested in mathematics. I have
gone through the SymPy documentation under statistics section and found
some distributions and test missing, e.g. Chi-Square test, Poisson
distribution, Binomial distribution to name a few. As I am relativel
>From the little you have explained about "k" I would guess that you
can evaluate them for any "x". Just do it that way. At no point is
there a requirement in the packages that you are using for a grid of
fixed "x"es. You seem to be confused about what interpolation does.
See http://en.wikipedia.or
Thank you Stefan, I will follow your advices.
I tried to solve this problem through scikits.bvp_solver (e.x.
http://pythonhosted.org/scikits.bvp_solver/examples/examples.example5.html
)
cause the second B.C of u' is not initial at x=0 but at x=N(x max). But
there I had the same problem, how
You should address your questions about scipy and numerics to the
scipy mailing list (the sympy mailing list has a different focus). I
do not understand all of your questions but nonetheless:
- the interpolated "k"s are just functions. You can call them from
inside the function representing the de
Stefan,
I manage to figure out how the k1_func() works. I have two more questions
if I may;
1. how to use k*_func inside the def" my_first_derivative" ? DO I need to
write as k1_func(x) ?
2. theoretically, this problem should be solved through Newton iteration
method, cause is a 2 boundary
Stefan,
I manage to figure out what the k1_func() works. My questions is how to
use this inside the def" my_first_derivative" ?
And one more please, this problem theoretically should be solved with a
Newton iteration, cause is a 2 boundary condition ODE.
Through this way ( without using scikit
Stefan,
I manage to figure out what the k1_func() works. My questions is how to
use this inside the def" my_first_derivative" ?
And one more please, this problem theoretically should be solved with a
Newton iteration, cause is a 2 boundary condition ODE.
Through this way ( without using scikit
Thats what I was afraid of. Thank you sir for your reply.
On Saturday, 30 March 2013 19:39:33 UTC+5:30, Garima Ahuja wrote:
>
> Hello all,
> I am a third year undergraduate student at IIIT Hyderabad. I am well
> versed in Python/C/C++. I am participating in GSOC 2013 and I want to
> contribute t
On Sun, Mar 31, 2013 at 9:00 AM, Garima Ahuja
wrote:
> I know what are the preconditions for a set of elements to be called a
> group, the basic properties that must hold. I studied it as a part of
> Symmetry point groups in Chemistry. I am very good at programming. Please
> suggest if the project
You need to force a push with git push -f github GA_rewrite
On Sun, Mar 31, 2013 at 3:13 PM, Alan Bromborsky wrote:
> On 03/31/2013 07:46 AM, Thomas Hisch wrote:
>
>> git rebase origin/master
>>
> I did -
>
> git fetch origin
> git rebase origin/master
>
> and then when I did -
>
> git push gith
On 03/31/2013 07:46 AM, Thomas Hisch wrote:
git rebase origin/master
I did -
git fetch origin
git rebase origin/master
and then when I did -
git push github GA_rewrite
I got -
! [rejected]GA_rewrite -> GA_rewrite (non-fast-forward)
error: failed to push some refs to 'g...@github.co
I know what are the preconditions for a set of elements to be called a
group, the basic properties that must hold. I studied it as a part of
Symmetry point groups in Chemistry. I am very good at programming. Please
suggest if the project can be taken with this much knowledge about Group
Theory,
I usually do a rebase or a PR when a merge conflict occurs. To do this
first fetch the latest upstream master with
git fetch origin (make sure that origin points to the upstream sympy repo
and not to your sympy repo on github.)
then do
git rebase origin/master
In the case of a merge conflict dur
On 03/30/2013 03:21 PM, thomas hisch wrote:
On Saturday, March 30, 2013 3:58:19 PM UTC+1, brombo wrote:
On 03/28/2013 06:18 PM, Aaron Meurer wrote:
> But those test failures do not occur in master, so they are
caused by
> some change of yours. I think you've somehow globally me
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