Author: bugman Date: Thu Feb 20 10:39:34 2014 New Revision: 22219 URL: http://svn.gna.org/viewcvs/relax?rev=22219&view=rev Log: Expanded the relaxation dispersion GUI tutorial in the manual. This now includes the first steps for loading the peak intensity data. Added: trunk/graphics/screenshots/dispersion_analysis/spectrum_incomplete_setup.eps.gz (with props) trunk/graphics/screenshots/dispersion_analysis/spectrum_incomplete_setup.png (with props) trunk/graphics/screenshots/dispersion_analysis/spectrum_spin_name.eps.gz (with props) trunk/graphics/screenshots/dispersion_analysis/spectrum_spin_name.png (with props) Modified: trunk/docs/latex/dispersion.tex Modified: trunk/docs/latex/dispersion.tex URL: http://svn.gna.org/viewcvs/relax/trunk/docs/latex/dispersion.tex?rev=22219&r1=22218&r2=22219&view=diff ============================================================================== --- trunk/docs/latex/dispersion.tex (original) +++ trunk/docs/latex/dispersion.tex Thu Feb 20 10:39:34 2014 @@ -2715,7 +2715,7 @@ \item[Spin isotope:] This is needed to specify the spin isotope information for each spin in the system, for example if the data is from $^{15}$N, $^{13}$C, $^1$H, etc. \item[$\Rone$ relaxation data:] This is used to load a text file containing $\Rone$ relaxation data for each spin of interest. The button launches the \uf{relax\_data.read} user function (see section~\ref{uf: relax_data.read} on page~\pageref{uf: relax_data.read}). - It is currently only used for properly handling off-resonance effects in the $\Ronerho$-type dispersion data. + It is currently only used for properly handling off-resonance effects in the $\Ronerho$-type dispersion data but may be extended, in the future, to handle off-resonance effects in the CPMG-type experiments. \item[Chemical shift:] Again this is for properly handling off-resonance effects in the $\Ronerho$-type dispersion data. The button launches the \uf{chemical\_shift.read} user function (see section~\ref{uf: chemical_shift.read} on page~\pageref{uf: chemical_shift.read}). \item[Interatomic interaction:] This button launches the \uf{interatom.define} user function (see section~\ref{uf: interatom.define} on page~\pageref{uf: interatom.define}). @@ -2734,3 +2734,47 @@ In this case, all spins are $^{15}$N so simply leave the values to the defaults and click on \guibutton{OK}. The other buttons can be ignored. + +% Loading the data. +%~~~~~~~~~~~~~~~~~~ + +\subsection{Dispersion GUI mode -- loading the data} + +The standard way for handling experimental NMR data for starting a relaxation dispersion analysis in the relax GUI is to load the peak intensity values (either height or volume) from a peak list. +For a list of all the currently supported peak list formats, see the \uf{spectrum\ufsep{}read\ufus{}intensities} user function documentation in section~\ref{uf: spectrum.read_intensities} on page~\pageref{uf: spectrum.read_intensities}. + +Note that relax also accepts pre-fitted or pre-calculated $\Rtwoeff$ or $\Ronerho$ values via the \uf{relax\ufus{}disp\ufsep{}r2eff\ufus{}read} and \uf{relax\ufus{}disp\ufsep{}r2eff\ufus{}read\ufus{}spin} user functions (see section~\ref{uf: relax_disp.r2eff_read} on page~\pageref{uf: relax_disp.r2eff_read} and section~\ref{uf: relax_disp.r2eff_read_spin} on page~\pageref{uf: relax_disp.r2eff_read_spin} respectively), however this is not the standard way of using the GUI. +As this is not tested, if you decide to work with pre-calculated relaxation rates please report any bugs encountered as described in section~\ref{reporting bugs} on page~\pageref{reporting bugs}. +To access the user functions, click on \guimenuitemthree{User functions}{relax\_disp}{r2eff\_read} or \guimenuitemthree{User functions}{relax\_disp}{r2eff\_read\_spin}. + +In this tutorial, the Sparky\index{software!Sparky} formatted peak lists in the \directory{test\osus{}suite\ossep{}shared\osus{}data\ossep{}dispersion\ossep{}Hansen\ossep{}500\osus{}MHz} and \directory{test\osus{}suite\ossep{}shared\osus{}data\ossep{}dispersion\ossep{}Hansen\ossep{}800\osus{}MHz} directories will be loaded. +First click on the \guibutton{Add} button in the \gui{Spectra list} GUI element. +At this stage a warning message will appear as the spins have not been named, hence they cannot be matched to the data in the peak lists: + +\begin{minipage}[h]{\linewidth} + \centerline{ + \includegraphics[ + width=0.8\textwidth, + bb=14 14 1065 802 + ] + {graphics/screenshots/dispersion_analysis/spectrum_incomplete_setup} + } +\end{minipage} + +Simply click on \guibutton{Yes} to allow the spins to be named in the next step. +The \uf{spin\ufsep{}name} user function wizard page should now appear. + +\begin{minipage}[h]{\linewidth} + \centerline{ + \includegraphics[ + width=0.8\textwidth, + bb=14 14 1065 802 + ] + {graphics/screenshots/dispersion_analysis/spectrum_spin_name} + } +\end{minipage} + +As all data is from $^{15}$N spins and these spins have been named as `N' in the Sparky peak lists, set the new spin name to \guistring{N} and click on \guibutton{Next}. +The \uf{spectrum\ufsep{}read\ufus{}intensities} user function wizard page should appear. +To simplify the loading, all of the 500 MHz data will be loaded in one go. + Added: trunk/graphics/screenshots/dispersion_analysis/spectrum_incomplete_setup.eps.gz URL: http://svn.gna.org/viewcvs/relax/trunk/graphics/screenshots/dispersion_analysis/spectrum_incomplete_setup.eps.gz?rev=22219&view=auto ============================================================================== Binary file - no diff available. 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