Politechnika Poznańska Zastosowanie algorytmów genetycznych do ...

end
Temp=I1/I2;
newline=NaN;
plik='C:\wyniki\kolo4v2.mat'; %definicja ścieżki do pliku wynikowego
save(plik,'cnt','newline','newline','Temp','newline','newline','x','newline','newline','
hN','newline','newline','hN_tmp','newline','newline','x','newline','newline','newline','
newline','-ascii','-append','-tabs');
t=I1/I2;
%funkcja testowa
function tN=yvalN(x,varLim,bitsNV,popN,varN)
kN=zeros(1,popN);
for i=1:popN
for j=1:varN
hN_tmp(i,j)=(x(i,j)/2^bitsNV(j))*(varLim(j,2)-varLim(j,1))+varLim(j,1);
end
for j=1:2:7
jjk=(j-1)/2;
hN(i,j)=hN_tmp(i,1)*cos(pi/4+jjk*pi/2);
hN(i,j+1)=hN_tmp(i,1)*sin(pi/4+jjk*pi/2);
end
%disp(hN);
flclear fem
% Geometry
g1=ellip2(1,1,'base','center','pos',[0,0]);
g2=ellip2(0.05,0.05,'base','center','pos',[hN(i,1),hN(i,2)]);
g3=ellip2(0.05,0.05,'base','center','pos',[hN(i,3),hN(i,4)]);
g4=ellip2(0.05,0.05,'base','center','pos',[hN(i,5),hN(i,6)]);
g5=ellip2(0.05,0.05,'base','center','pos',[hN(i,7),hN(i,8)]);
[g10,ctx]=geomcomp({g1,g2,g3,g4,g5},'ns',{'g1','g2','g3','g4','g5'},'sf','g1-g2-g3-g4-
g5','edge','none','out',{'ctx'});
[allmp,nbs] = geominfo(g10,'out',{'mp','nbs'},'od',[0;1]);
dd=ctx{1};
for ii=1:nbs
for jj=1:4
wb=dd(ii,jj);
if(~(wb==0))
tc(jj)=ii;
end
end
end
clear s
s.objs={g10};
s.name={'CO1'};
s.tags={'g10'};
fem.draw=struct('s',s);
fem.geom=geomcsg(fem);
% Initialize mesh
fem.mesh=meshinit(fem);
% Application mode 1
clear appl
appl.mode.class = 'HeatTransfer';
appl.assignsuffix = '_ht';
clear prop
prop.analysis='static';
appl.prop = prop;
clear bnd
bnd.type = 'T';
bnd.T0 = {343,303};
bnd.ind = [1,1,1,1, 1,1,1,1, 1,1,1,1, 1,1,1,1, 1,1,1,1];
for jj=1:4
bnd.ind(tc(jj))=2;
end
appl.bnd = bnd;
clear equ
equ.init = 303;
equ.ind = [1];
appl.equ = equ;
fem.appl{1} = appl;
fem.border = 1;
fem.outform = 'general';
fem.units = 'SI';
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