Hi Freddie, Thanks a lot for the reply.
Indeed I was looking to output the Cp profile on the solid boundary. I think I'll need to use paraview for that. Perhaps you or any of your colleagues know how to output a given quantity on the boundaries in paraview? Thanks once more. Best regards, Antonio On Monday, November 23, 2015 at 2:12:21 PM UTC+1, Freddie Witherden wrote: > > -----BEGIN PGP SIGNED MESSAGE----- > Hash: SHA256 > > Hi Antonio, > > On 23/11/2015 12:53, Antonio Garcia-Uceda wrote: > > I'd like to ask you whether PyFR is able to output the solution on > > specific boundaries, such as pressure on a solid boundary. > > > > I know with the "[soln-plugin-sampler]" one can output the solution > > at specific locations, but it'd be tedious to define the boudnary > > point by point. > > > > If there's not such capability in PyFR, Could you please tell me > > how you normally do it? Perhaps directly in Paraview? > > It depends what you wish to do with the pressure on the boundary. > PyFR has a [soln-plugin-fluidforce] plugin that can integrate up > forces (pressure + viscous) on a given boundary. This may be what > you're looking for. > > Currently, however, dumping the raw data on a boundary is not > possible. It should be possible to accomplish this using a plugin, > though. For the moment the easiest -- although not necessarily the > most efficient -- solution is to dump out the entire volume and then > use ParaView to obtain the solution on the boundaries of interest. > > Regards, Freddie. > -----BEGIN PGP SIGNATURE----- > Comment: GPGTools - http://gpgtools.org > > iQIcBAEBCAAGBQJWUxCsAAoJEJ5wYUFIoPofFNkP/jXlDhAftuWPRETX1WcrHyfb > MzPugHfg6sHSVxbjVRF47qPtGPcrs8508lXHDjuXr2OFxSKfNHGCpLbpS7tku1uU > zEULdLRftDDVmnEXplADKQkCbiWpgz+98+r3BcAVeUAoYTjfIrlQvwc3iWFRYYOV > PSdYkHhLstTr1pZbT5RmQeB5a3vcK5sVLeWqergy2jqeHA0oQHl9qN7JhFSH+T8M > lAgfh65lSNJORoMW7IS0XVFagp+rEA+cXy3+ZFUb6oijsBE29J9r42EMlI9NC2T/ > ogCYVFd9OOb6kifFCjIozuhseHZx9t+Qk+fN0k+yHNKoac+DACob0GzSPoDpbkD0 > UYgh7oHASLi+jRayScSomcJ5AA+asVXJ0SNBZJEaBFTQBv8OmySyIuK3AqmhzNcD > ITmBttAtxKkMeEa2VrlV3H47vJZXA5Fk1A2iHR50u6f/L5dzsQYwtC5KNzW3ucHX > d7tVgF2/lIyk4FORDGaPK0GjM76HwtSaVvld/2OmFvV58bZT2crGE59LqwuapKw+ > yDFHSI4PIc01NWtPQC3S1HOVclEH+mWI7fF/5icSCDa7y9GpUAsJwTFm/Mgvml3k > RKNI8hwCmOn/YmvyzP8R0a9eG08GQyI5jowCczT1jWiAjR6WeiqQKxOud3wAeEUf > InlR802tDyt9r3xGqT0C > =zBq+ > -----END PGP SIGNATURE----- > -- You received this message because you are subscribed to the Google Groups "PyFR Mailing List" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To post to this group, send an email to [email protected]. Visit this group at http://groups.google.com/group/pyfrmailinglist. For more options, visit https://groups.google.com/d/optout.
