[U,S,V] = lyngby_sop_main(X, R, arg1, arg2, arg3, arg4, ...

lyngby_sop_main - Strother OPLS function [U,S,V] = lyngby_sop_main(X, R, 'PropertyName', 'PropertyValue') Input: X The datamatrix R The run structure Property: Paradigm The paradigm Components { 5 } Number of canonical components maintained Output: U Canonical sequences S Canonical values V Canonical images Orthonormalized partial least square the "Strother way": grouping is based on the intrarun scanindex. This algorithm is based on a singular value decomposition of the inner product between two matrices svd(X'*Y) where Y is constructed as a design matrix with identicator variables based on the intrarun scan index. The lyngby_sdesign function is used to construct Y from R. The optional 'Paradigm' property is only use to get a more prober sign on the canonical vectors. See also LYNGBY, LYNGBY_OPLS, LYNGBY_CVA, LYNGBY_SVD, LYNGBY_SDESIGN, LYNGBY_UI_MAIN, LYNGBY_UI_SOP_INIT. $Id: lyngby_sop_main.m,v 1.11 2002/12/17 23:32:00 fnielsen Exp $

- lyngby_opls export/lyngby/lyngby_opls.m
- lyngby_runinfo export/lyngby/lyngby_runinfo.m
- lyngby_sdesign export/lyngby/lyngby_sdesign.m

- lyngby_nns_mainexport/lyngby/lyngby_nns_main.m
- lyngby_uis_sop export/lyngby/lyngby_uis_sop.m

Produced by mat2html on Wed Jul 29 15:43:40 2009

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