Hi,
Ah, yes, I'd forgotten about that. You can now set yourself up for
full commit access to the relax source code repository - you have been
officially accepted as a full relax developer
(http://thread.gmane.org/gmane.science.nmr.relax.devel/3861/focus=4675).
This should make development incredibly quick and easy for you.
Remember to use git-svn (or pure svn) to be able to push directly back
to the repository with full commit access. Just be careful not to add
large files to the repository. Fixing this R1 problem should not be
too difficult, once you have data and a system test set up. The
infrastructure should all be in place for this support.
Note that as I will be submitting a publication on the relaxation
dispersion analysis in relax soon, I will have to merge the branch
back and release relax 3.1.0. Some of the reviewers may want to look
at the program with relaxation dispersion support. Therefore I cannot
hold off making this release for too long. We can create dedicated
branches after this for new code developments (matplotlib,
interpolated back-calculated curves, etc.). It is not as easy as git
to branch, but it is still very easy.
I also plan on adding one more feature to the auto-analysis before
making this release. That is to have an option for pure numeric
solutions, pure analytic solutions, or mixed solutions. If the pure
numeric solution is activated, then the analytic models can be
optimised as they are very useful for replacing the grid search for
the numeric models. But the final model selection will use the 'No
Rex' and numeric solutions exclusively, and the optimised analytic
models will not be considered. Such an option might be important for
those people who are allergic to the analytic models ;)
Cheers,
Edward
On 18 October 2013 09:35, Troels Emtekær Linnet <tlinnet@xxxxxxxxxxxxx> wrote:
Hi Edward.
I would like to add a published dataset from for an R1rho experiment.
I have tried to analyse it at the current state of the relax disp, but it
seems to me that relax does not handle the loading of several R1 rates.
Best
Troels
Den 18/10/2013 09.24 skrev "Edward d'Auvergne" <edward@xxxxxxxxxxxxx>:
Hi,
As the relaxation dispersion analysis in relax is almost complete
within the relax_disp branch, I will look at merging this branch back
into the relax trunk probably early next week. Please say if this
will affect you. I will also then release relax version 3.1.0 with
support for dispersion data. The change in minor number from 3.0 to
3.1 will be made due to the large number of changes that this
relax_disp branch holds. Future developments of the dispersion
analysis can then occur in new dedicated branches.
Regards,
Edward
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Re: Merger of the relax_disp branch back to the relax trunk.