Hi Jerome, great addition and thanks for sharing the scripts.
One question, why did you use Matlab/Octave and not python? Python scripts would "fit" better into the trunk ;-) I terms of where to upload the scripts. I would suggest a folder in "examples" with an example, your scripts and instructions. I think some people already used this approach. But anyway, this is just a suggestion. Cheers Klaus On Wed, 14 Sep 2016 01:19:16 AM Jerome Duriez wrote: > Hello, > > > After a couple of private emails with Bruno, I can confirm that these > scripts work with GNU Octave as well (in addition to the less open-source > friendly MATLAB ) > > > We mentionned with Bruno the possibility uploading these .m scripts on the > wiki, however I would greatly prefer they are in trunk, in order to enjoy > the revision tracking tools. > > As these scripts are not bound, from my point of view, to any non > open-source tool, I think it should be fine. Any opinion ? (Bruno ? others > ?) > > > Another question is what would be the best trunk subfolder for these files ? > trunk/scripts ? > > > > -------------------------------------------------- > > Jerome Duriez, Research Associate > > University of Calgary, Dpt of Civil Engineering > > +1 403 220 7367 > > > ________________________________ > From: Yade-dev > <[email protected]> on behalf > of Jerome Duriez <[email protected]> Sent: September-08-16 6:02 PM > To: Yade dev > Subject: [Yade-dev] Capillary scripts > > > Hi there, > > > Attached are three .m scripts aimed at generating capillary files for use > with Law2_ScGeom_CapillaryPhys_Capillarity. Obviously, the idea, discussed > previously here and there on the mailing lists, is to make this part of > YADE more "open-source". Also, there is two major differences with previous > (L. Scholtes') work: > > > * these scripts may generate capillary files accommodating any contact angle > value, instead of 0 previously > > > * they provide new output as an "orientation tensor" defined from the > fluid-fluid interface of capillary bridges. These data would constitute new > attributes of CapillaryPhys, see "nn11" and "nn33" in the attached version > of CapillaryPhys.hpp. (Note that these nn11 and nn33 can be used to get the > bridge fluid-fluid interface S as S = 2*nn11 + nn33). This is about > post-processing only. > > > The attached README.txt details the role of the .m files and how to use > them: interested users in the end just need to give a look to, and launch, > writesCapFile.m. > > > > The core of the work, as usual, is solving the Laplace-Young equation for a > capillary bridge configuration. The corresponding, quite classical, > equations appear in solveLiqBridge file/function. There will be a dedicated > journal paper on this topic, currently under "Minor Revision" review. > > > > These files are ready to be pushed to trunk, together with updated > CapillaryPhys (see attached), and Law2_ScGeom_CapillaryPhys_Capillarity, in > order to read the new data (nn11 and nn33) from generated capillary files. > > > This email is for possible discussion before I perform the commit. > > > Cheers, > > > Jerome > > > PS: Vaclav, I took the liberty cc-ing you since I had once the feeling you > would be interested in such scripts. (Woo does not include any capillary > interactions at the moment, though ?) > > > > -------------------------------------------------- > > Jerome Duriez, Research Associate > > University of Calgary, Dpt of Civil Engineering > > +1 403 220 7367 _______________________________________________ Mailing list: https://launchpad.net/~yade-dev Post to : [email protected] Unsubscribe : https://launchpad.net/~yade-dev More help : https://help.launchpad.net/ListHelp
