|
From: Nina J. <jel...@gm...> - 2012-09-29 09:49:57
|
On 29 September 2012 12:56, Angel Herráez <ang...@ua...> wrote: > > H3C---CH3 > > > > Now you drag the bond (only) away, what do you expect happens? > > Ethane moves in full > > Maybe > > > > the bond moves and stays without atoms, > > This makes no sense to me. What is a bond without atoms? > > Exactly. Thus another option - do nothing . > > or the bond disappears, leaving two methanes? > > If I want to separate the two atoms (methanes here), I would try to delete > the > bond, not move it. > > So I vote for option #1. Moving the bond should, if anything, move the > atoms > attached to it. > In case of a fused rings structure this might lead to movement of the entire molecule. Regards, Nina > What happens to other atoms attached to those (i.e. in molecules larger > than > ethane)? They should stay I think, though then you have some very long > bonds. > > > > ------------------------------------------------------------------------------ > How fast is your code? > 3 out of 4 devs don\\\'t know how their code performs in production. > Find out how slow your code is with AppDynamics Lite. > http://ad.doubleclick.net/clk;262219672;13503038;z? > http://info.appdynamics.com/FreeJavaPerformanceDownload.html > _______________________________________________ > Cdk-jchempaint mailing list > Cdk...@li... > https://lists.sourceforge.net/lists/listinfo/cdk-jchempaint > |