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vmp.computeformula [2010/06/15 03:38] – created jochenvmp.computeformula [2010/10/09 14:17] (current) – changed the help accordingly... jochen
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 ===== Method reference ('vmp.Help('ComputeFormula')') ===== ===== Method reference ('vmp.Help('ComputeFormula')') =====
-<file> VMP::AddConjunctionMap  - add a conjunction map to a VMP+<file> VMP::ComputeFormula  - add a conjunction map to a VMP
    
  FORMAT:       [vmp] = vmp.ComputeFormula(formula [, opts])  FORMAT:       [vmp] = vmp.ComputeFormula(formula [, opts])
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 vmp.ComputeFormula(sprintf( ... vmp.ComputeFormula(sprintf( ...
     'mean($1:%d, 4)', nummatched), struct('mapsel', matched));</code>     'mean($1:%d, 4)', nummatched), struct('mapsel', matched));</code>
 +  * compute an ordinary-least-squares one-sample t-test on a list of 12 selected maps from [[neuroelf_gui|the GUI]]: use formula ''sqrt(12) .* mean($1:$12, 4) ./ std($1:$12, [], 4)''
   * compute a robust two-sample t-test depending on a string in a map: <code matlab vmp_computeformula_robusttst.m>% find indices of two groups   * compute a robust two-sample t-test depending on a string in a map: <code matlab vmp_computeformula_robusttst.m>% find indices of two groups
 group1 = find(~isemptycell(regexpi(vmp.MapNames, 'group1'))); group1 = find(~isemptycell(regexpi(vmp.MapNames, 'group1')));
vmp.computeformula.txt · Last modified: 2010/10/09 14:17 by jochen