[PATCH] Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

# HG changeset patch # User Angelica Echavarria-Gregory # Date 1226355651 18000 # Node ID 80e7a79d74d398ac99323fd100c56063f2bbedce # Parent d66dc8f1f1077acc5776284d9fbbcc4c9871fb01 The function to PLEASE MERGE WITH ALL OF SYMPY FOR IT TO WORK ALONG WITH OTHER INTEGRALS; # Please, let's implement

Re: Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

> > I was curious what you do, so I googled a bit and found this: > > http://www.stat.ncsu.edu/bswg/description.html > > is it accurate? E.g. you do the section "(i) Environmental applications"? > > Ondrej Yes! That is exactly what I'm doing for my doctoral thesis. Bayesian predictions are growin

Re: Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

On Fri, Nov 14, 2008 at 4:17 PM, Pekeika <[EMAIL PROTECTED]> wrote: > >> >> I was curious what you do, so I googled a bit and found this: >> >> http://www.stat.ncsu.edu/bswg/description.html >> >> is it accurate? E.g. you do the section "(i) Environmental applications"? >> >> Ondrej > > Yes! That i

Re: Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

Hi Ondrej, > In [34]: g.match(a*exp(b))[a] > Out[34]: 0.886226925452758 > > In [35]: g.match(a*exp(b))[b] > Out[35]: >                                                                2 >   2.25   1.50⋅vy   0.250⋅vy > - + ─── - ──

Re: Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

Hi Pekeika! On Fri, Nov 21, 2008 at 7:02 PM, Pekeika <[EMAIL PROTECTED]> wrote: > > Hi Ondrej, > >> In [34]: g.match(a*exp(b))[a] >> Out[34]: 0.886226925452758 >> >> In [35]: g.match(a*exp(b))[b] >> Out[35]: >>2 >> 2.25

Re: Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

Hello Ondrej, Hello group, Happy and successful new year!!! I'm back from my qualifying exams :) and will be working full time in the project of Bayesian Statistics, in which I will need Sympy Group's help for my programming. I'm back in the same need of the symbolic integration of exp(poly), re

RE: [PATCH] Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

: sympy-patches@googlegroups.com Cc: Echavarria Gregory, Maria Angelica Subject: Re: [PATCH] Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly). Hi Angelica! thanks very much for the patch and the work you did. I have couple comments below: On Tue,

Re: [PATCH] Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

Hi Angelica! thanks very much for the patch and the work you did. I have couple comments below: On Tue, Nov 11, 2008 at 12:20 AM, <[EMAIL PROTECTED]> wrote: > > # HG changeset patch > # User Angelica Echavarria-Gregory Add your email address to your ~/.hgrc, e.g. mine looks like this: [ui] use

Re: [PATCH] Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

On Tue, Nov 11, 2008 at 4:41 PM, Echavarria Gregory, Maria Angelica <[EMAIL PROTECTED]> wrote: > Ondrej, > > Thanks for all your answers and your quick reply. I ask for forgiveness of my > notably beginner's code developing, thanks for helping out! > I attached a modified f.py that clarifies w

Re: [PATCH] Patch is an added function Gaussian Integral in Integrals.py, to solve the definite integral of exp(poly).

On Wed, Nov 12, 2008 at 11:08 AM, Ondrej Certik <[EMAIL PROTECTED]> wrote: > On Tue, Nov 11, 2008 at 4:41 PM, Echavarria Gregory, Maria Angelica > <[EMAIL PROTECTED]> wrote: >> Ondrej, >> >> Thanks for all your answers and your quick reply. I ask for forgiveness of >> my notably beginner's code d