www.gusucode.com > mbcdesign 工具箱 matlab 源码程序 > mbcdesign/@cset_lhs/set.m
function obj=set(obj,param,data) % SET Set candidate set parameters % % OBJ=SET(OBJ,PARAM,DATA) % % PARAM may be one of: % % Limits : Cell array of [Min Max] values % CostMethod : String ({'maximin'},'minimax','discrepancy') % OptimMethod : String ({'random'}) % N : Number of points % doRecalc : 0/1 % doQuickRecalc: recalculates with the number of iterations specified. % showGUI: 0/1 shows a waitbar while finding a LHS % stratifyLevels: vector of number of levels to stratify to. 0's imply % no stratification on that factor. -1 means that % the levels will be taken from the "exactlevels" % property value % exactlevels: cell array of exact level settings for stratified % factors % symmetric: 0/1 sets the LHS to have inherent symmetry % Copyright 2000-2007 The MathWorks, Inc. and Ford Global Technologies, Inc. switch lower(param) case 'limits' lims=cat(1,data{:}); obj = limits(obj, lims); case 'costmethod' obj.alg=data; obj = reset(obj); case 'optimmethod' obj.optimalg=data; obj = reset(obj); case 'n' obj.N=data; obj.delta= (diff(limits(obj),1,2)')./(obj.N-1); obj = reset(obj); case 'dorecalc' if data data=500; end obj.doRecalc=data; case 'showgui' obj.guiflag=data; case 'stratifylevels' obj.stratify=data; obj = reset(obj); case 'exactlevels' obj.stratify_levels=data; obj = reset(obj); case 'symmetric' obj.symmetry=data; obj = reset(obj); end obj = pGeneratePoints(obj);