On Tue, Feb 17, 2009 at 9:30 PM, Sébastien Morin <sebastien.morin.1@xxxxxxxxx> wrote:
Hi, Such a design integrating ALL kinds of data within relax would be very useful to share data among the different analyses.
It would also make it easier to support new types of analysis, such as relaxation dispersion. I would limit this to simply relaxation data though rather than all data, for example NOESY restraint data cannot fit into this idea.
I don't see any problem with the design proposed. The only detail, of course, will be to allow this design to evolve so new data can be stored without another redesign. For example, if, in the future, the relaxation dispersion code supports analysis of multiple temperature datasets, there will need to be a way of storing these separately, as the spectrometer tags won't suffice to store different 'R2eff' recorded at the same spectrometer frequency, same delay T, same CPMG frequency, etc.
I would like to have a design that all new analysis types are designed around and which will be sufficient for these analyses. The best way to do this would be to simply design it around the different types of relaxation dispersion analyses. I'm hoping that you can clarify the issues with this analysis type. It would be good to list, with examples and possible ID strings, everything needed for relaxation dispersion. This includes the fitted Rex free R2 values - which can be fed directly into a model-free analysis, etc. For multiple temperatures, I don't think we need to design anything special for it. I would recommend simply having the data in separate data pipes. But if needs to go into the same data pipe (here would be a future analysis type possibility), then these can be differentiated by the user by giving them different ID strings, e.g. 'R2_303K', 'R2_308K', etc. These can then be associated with different temperatures with the temperature() user function (after modification). I think this simplicity of a single ID string, like the single ID string per peak intensity list, would be the best way to go. Regards, Edward