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 some of these. > 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/*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 chemistry software developers to share common information. If > you have any further questions, please email blueobelisk- > [EMAIL PROTECTED] > > Noel > > On Apr 29, 8:48 am, Astan Chee <[EMAIL PROTECTED]> wrote: > > > 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 combining certain elements. > I was looking for something simple, but everything I see seems to be a > full blown chemistry set. > I know I can probably spend a day doing this one element at a time, but > I was wondering if there is already something like this done in a small > scale? > Thanks for any information > Astan > > -- > "Formulations of number theory: Complete, Consistent, Non-trivial. Choose > two." > > Animal Logichttp://www.animallogic.com > > Please think of the environment before printing this email. > > This email and any attachments may be confidential and/or privileged. If you > are not the intended recipient of this email, you must not disclose or use > the information contained in it. Please notify the sender immediately and > delete this document if you have received it in error. We do not guarantee > this email is error or virus free. > > -- > http://mail.python.org/mailman/listinfo/python-list > > > > -- > "Formulations of number theory: Complete, Consistent, Non-trivial. Choose > two." > > > > > Please think of the environment before printing this email. > > This email and any attachments may be confidential and/or privileged. If you > are not the intended recipient of this email, you must not disclose or use > the information > contained in it. Please notify the sender immediately and delete this > document if you have received it in error. We do not guarantee this email is > error or virus free. -- http://mail.python.org/mailman/listinfo/python-list
