Hello and greetings to all !!!
Check it out:
Through this code it is possible to display "all properties" hyperlink of the figures or structure and their fields, or view them in the open window, that is, for me works. Just don't close the "figures" before or now; do it afer the code. There is also the advantage of hiding the ans through disp (ans). Although this is not recommended, in this code works, however, if you do it in the command window it does not work, for example: x = 2; disp (ans). If there is any suggestion or criticism to improve it, it would be very useful, please.
On the other hand, eventually, one assignin and evalin can be applied to the variables B1, B2, B3, ..., and then, (if i'm not wrong and no problem), in the model explorer, going to the workspace in the hierarchy (with f14), they can be exported to a mat file. But, this is not for an eventual exhibition in which results are needed step by step without leaving empty parts, and in that case, only until the last end, are retaken..., Therefor since the evalueters requirements are strict.
Then, if someone serves and interests you and makes a formality deal with serious effects, also, if code worth it (the code presented below). So, my request is that you explain the concept of "callback", please. I know what it is to call a function, but, if I am not wrong, but it is not the same. If give me a little time, and, simply, carefully and explicitly especifys the concept of "callback", perhaps a simple example, please.
I thank you in advance, and, let's see, what do you think and opinion, constructive criticism or suggestion. PLEASE !!!
Never mind, please, but, if possible and no problem does not bother, better in Spanish.
Thanks anyway.
while true
prompt='Desea ver el o los gráfico(s) resultante(s) (si/yes/no). : ';
end
lo=input(prompt, 's');
lo=strtrim(lo);
if strcmpi(lo,'si') | strcmpi(lo,'no') | strcmpi(lo,'yes')
clc
break;
elseif strcmpi(lo,'')==1 | strcmpi(lo,'si')==0 || strcmpi(lo,'no')==0 || strcmpi(lo,'yes')==0
clc
display ('La respuesta debe ser si o yes o no.');
end
end
end
si=1;
yes=2;
no=0;
lo=subs(lo);
if lo==1 | lo==2
for i=aro
if lo==1
fig2=openfig(sprintf('papo%d.fig',i),'reuse');
B.(genvarname(['B' num2str(i)])) = fig2;
assignin('base','B',B);
fprintf('B%d = ',i);
[B.(['B' num2str(i)])];
disp(ans);
disp('Haga click aquí <a href="matlab:dbcont">dbcont</a> o escriba dbcont para continuar el programa.');
fprintf('\n');
openvar('B');
keyboard
G(i)=arrayfun(@getframe,[B.(['B' num2str(i)])],'un',0);
F(i)=cell2mat(G(i));
else
fig2=openfig(sprintf('papo%d.fig',i),'invisible');
B.(genvarname(['B' num2str(i)])) = fig2;
assignin('base','B',B);
fprintf('B%d = ',i);
[B.(['B' num2str(i)])];
disp(ans);
disp('Haga click aquí <a href="matlab:dbcont">dbcont</a> para continuar el programa.');
fprintf('\n');
openvar('B');
keyboard
G(i)=arrayfun(@getframe,[B.(['B' num2str(i)])],'un',0);
F(i)=cell2mat(G(i));
end
end
save_to_base
B
commandwindow
end
