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function []=nicescope()
// On ajuste la vues sur les scopes
list_fig=winsid(); // On récupere les numéros des figure
for i=1:length(list_fig)
h=get_figure_handle(list_fig(i));
scf(h);
//En cas de simulation param_var
if (h.tag=="todemux") then
legendtxt=h.children(1).children(1).text; //sauvegarde de la légende
nb_compound=length(h.children(1).children)-1;
for j=nb_compound+1:-1:2
unglue(h.children(1).children($));
end
for j=1:nb_compound-1
swap_handles(h.children(1).children(2*(nb_compound-j)),h.children(1).children(2*(nb_compound)-j));
end
legend(legendtxt);
h.tag="nodemux";
end
if (h.tag=="") then //nicescope classique
for j=1:length(h.children)
if h.children(j) <> [] & h.children(j).type == "Axes"
if h.children(j).children <> [] & ~isempty(find(h.children(j).children.type == "Polyline"))
if(length(h.children(j).children)==1 & h.children(j).children(1).type == "Polyline") then
xmin=min(h.children(j).children.data(:,1))
xmax=max(h.children(j).children.data(:,1))
ymax=max(h.children(j).children.data(:,2))*1.1
ymin=min(h.children(j).children.data(:,2))
// text_legend='Courbe 1';
// legend(text_legend)
else
xmin=1e8;
xmax=-1e8;
ymin=1e8;
ymax=-1e8;
text_legend=[]
nb_polylines=0;
for k=1:length(h.children(j).children)
if h.children(j).children(k).type == "Polyline" then
nb_polylines=nb_polylines+1;
xmin=min(xmin,min(h.children(j).children(k).data(:,1)))
xmax=max(xmax,max(h.children(j).children(k).data(:,1)))
ymin=min(ymin,min(h.children(j).children(k).data(:,2)))
ymax=max(ymax,max(h.children(j).children(k).data(:,2))*1.1)
text_legend($+1)='Courbe '+string(nb_polylines);
end
end
if nb_polylines==length(h.children(j).children) then
legend(text_legend)
end
end
if ymin<0 then ymin=ymin*1.2;
elseif ymin==0 then ymin=ymin-ymax*0.05*sign(ymax);
elseif ymin>0 then ymin=ymin*0.9;
end
//création des nouvelles valeurs extrèmes et tracé réactualisé
rect=[xmin,ymin,xmax,ymax]
replot(rect,h.children(j))
end
end
end
end
end
endfunction
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