baoilleach wrote:
If you are familiar with parsing XML, much of the data you need is
stored in the following file:
http://bodr.svn.sourceforge.net/viewvc/*checkout*/bodr/trunk/bodr/
elements/elements.xml?revision=34&content-type=text%2Fplain
Here's a quick BeautifulSoup script to read it
2008/4/30 Astan Chee <[EMAIL PROTECTED]>:
>
> Wow, that is the jackpot.
> Is that color node supposed to be the actual color of the element? or just
> representation?
Representation. There are certain de facto standards, such as blue for
nitrogen and so on. Google "CPK colors" for the origin of
Wow, that is the jackpot.
Is that color node supposed to be the actual color of the element? or
just representation?
Thanks again
Astan
baoilleach wrote:
If you are familiar with parsing XML, much of the data you need is
stored in the following file:
http://bodr.svn.sourceforge.net/viewvc/*che
On Apr 29, 8:41 am, baoilleach <[EMAIL PROTECTED]> wrote:
> This file is part of the Blue Obelisk Data Repository, an effort by
> several chemistry software developers to share common information
This ref is incredibly cool. Is there a guide or
meta-index for similar open scientific data
If you are familiar with parsing XML, much of the data you need is
stored in the following file:
http://bodr.svn.sourceforge.net/viewvc/*checkout*/bodr/trunk/bodr/elements/elements.xml?revision=34&content-type=text%2Fplain
This file is part of the Blue Obelisk Data Repository, an effort by
several
Hi,
Im looking for a python module to do simple chemistry things. Things
like, finding the name of elements given the atomic number (and vice
versa); what state the given matter is in depending on certain
parameters; maybe even color of certain elements or even calculating the
result of combin
