Genetic algorithm using objects

Hi guys,

I am trying to run Genetic algorithm. I could run it with single object but I want to give multiple objects as input. Does anyone have any idea how could i do that.

classdef clGAalgorithm
    properties
% clSystem = 'path \ path'
% GOSET = 'path \ path'
% PATH = 'path \ path'
% PMD = 'path \ path'
            
            rp_lvl = 0;
            ev_pp = true;
            ev_npg = 12;
            gd
    end
    methods (Static)
        function [object, fP, GAS, bi, bf] = GA1 (objDS, objT)             % set up GA
            ngen = 2000;
            npop = 2000;
            object = gapdefault (2.0, npop, ngen);
% GAP.rp_lvl = 0;
% GAP.ev_pp = true;
% GAP.ev_npg = 12;
            
            % gene description
            % min max chrm chrm par
            % val val type id # description
            object.gd = [1 6 1 1; ... % 1 mc - material code for core
                1e-4 1.5e + 0 3 1; ... % 2 lcc - length of core center (m)
                1e-6 5e-2 3 1; ... % 3 rc - core radius (m)
                1e-4 0.5e + 0 3 1; ... % 4 wcec - width of core center (m)
                % 1e-3 1e + 0 3 1; ...% 5 wcb - width of core base (m)
                1 2 1 1; ... % 5 mp - material code for prim.
                1 200 3 1; ... % 6 Npclstr des. Prim turns per coil% 5-1000
                max (objDS.insclp, objDS.inscls) 0.2 3 1];
             if objDS.Wm ~ = 1
                            disp ( 'Winding Model is false. Choose 1 for Litz Wire or 2 for Foil Winding in D.wm in fixed parameters! Litz Wire is chosen as default!' );
                        end
                        % fixed parameters for Litz Wire Model:
                        objDS.Wm = 1;
                        objDS.tpins = 30e-6;             % primary conductor insulation thickness (m)
                        objDS.kpb = 1.2;                 % primary winding build factor
                        objDS.ksb = 1.2;                 % secondary winding build factor
                        objDS.tsins = 30e-6;             % secondary cond. insulation thickness (m)
                        objDS.kbdmnr = 10;               % minimum req. bend radious ratio
                        alphapu = 3;                 % maximum allowed aspect ratio for primary litz wire
                        alphasu = 3;                 % maximum allowed aspect ratio for secondary litz wire
                        % Design Space for Litz Wire Model:
                        object.gd = [object.gd;
                            0.1 10 3 1; ... % 8 rpdw - prim. coil aspect ratio
                            1e-6 0.3e-2 3 1; ... % 9 aptstr- des. Area prim. cond. (m ^ 2)
                            100 40,000 1 1; ... % 10 Npprstr des. Prim. cond. in par. 1-5
                            1 / alphapu alphapu 3 1]; ... % 11 alphapu-primary litz wire aspect ratio
                            
                        if objDS.Tm == 2
                            object.gd = [object.gd;
                                1 2 1 1; ... % 12 ms - material code for sec.
                                Rpsmn Rpsmx 2 1; ... % 13 Rpsstr des. Prim. to sec. turns
                                1e-6 0.3e-2 3 1; ... % 14 aststr- des. Area sec. Cond (m ^ 2)
                                100 40,000 1 1; ... % 15 Nsprstr des. Sec. Cond. in par. 1-5
                                0.1 10 3 1; ... % 16 rsdw - sec. Coil aspect ratio
                                1 / alphasu alphasu 3 1]; ... % 17 alphasu- secondary litz wire aspect ratio
                        end
                    
                    % conduct optimization
                    [fP, GAS, bi, bf] = gaoptimize (@ cloptim1.CTT_fit_Litz1, object, objDS);
                    % save the results
                    if objDS.MatCore == 1
                        save resultsSteelLitz
                    elseif objDS.MatCore == 2
                        save resultsFerriteLitz
                    elseif objDS.MatCore == 3
                        save resultsNanoLitz
                    else
                        disp ( 'No such material catalog for core' );
                        
                    end
        end
        

The object objDS which is given as input is working but i also want to give objects like objCore, objW, objT as inputs in addition to that. Since gaoptimize supports single input i think it supports in that way. but i also want to include other objects. Can give me some idea.

Thank you

[Walter Roberson]

You appear to be using GOSET to define gaoptimize().

Your ability to pass other kinds of objects is going to depend upon that code.

Unless, that is, you want to pass those in as extra parameters, in which case see

http://www.mathworks.com/help/matlab/math/parameterizing-functions.html