https://sourceforge.net/p/infos/wiki/dn_struct/Recent changes to dn_structenFri, 04 Nov 2016 12:03:09 -0000https://sourceforge.net/p/infos/wiki/dn_struct/<div class="markdown_content"><pre>--- v1 +++ v2 @@ -3,4 +3,5 @@ [Acquisition and Processing Information](/p/infos/wiki/dn_acq_proc) [Signal Decay Information](/p/infos/wiki/dn_signal_decay) -[Apodization function definitions](/p/infos/wiki/dn_apod_func) +[Apodization Function Definitions](/p/infos/wiki/dn_apod_func) +[Linear Phase Compensation](/p/infos/wiki/dn_LPC) </pre> </div>A. SmithFri, 04 Nov 2016 12:03:09 -0000https://sourceforge.net7d997029ba419d867640e683714c096ae97530bfhttps://sourceforge.net/p/infos/wiki/dn_struct/<div class="markdown_content"><h2 id="d1dn-sub-structures-lineshape-information">d1,...,dn sub-structures: Lineshape Information</h2> <p>For each dimension, the lineshapes are specified by supplying acquisition and processing information, and also by specifying the type of signal decay (Lorentzian and Gaussian, for example). This information is provided, for dimension X, in the substructures ‘spec.par.dX’, or ‘par.dX’. Both locations may be used simultaneously, although if a parameter is specified twice, then the value in ‘par.dX’ takes priority. Typically, one specifies the acquisition and processing information in ‘spec.par.dX’, since this information is known for the particular spectrum and will not change, and information on signal decay in the ‘par.dX’ structure, since one may want to test different values here to improve fitting.</p> <p><a class="" href="/p/infos/wiki/dn_acq_proc">Acquisition and Processing Information</a><br/> <a class="" href="/p/infos/wiki/dn_signal_decay">Signal Decay Information</a><br/> <a class="" href="/p/infos/wiki/dn_apod_func">Apodization function definitions</a></p></div>A. SmithThu, 08 Sep 2016 10:48:22 -0000https://sourceforge.net808b7c8ce4c2cbad442382d6e98df3a01c1da459