Construct of my figure which i export as a pdf: Subplot(2,2,1); Subplot(2,2,2); Subplot(2,2,[3,4];
The problem is in my subplot(2,2,2) which displays the figure correctly when i export it as png. But if i export it as pdf it overlaps the axes borders with the axes numbering.
Furthermore if i export it as eps it displays the figure correctly. So the problem is only when i export it as pdf. I´m very grateful about any feedback you could give me on this matter.
subplot(2,2,2); set(groot, 'defaultTextInterpreter', 'latex') set(groot,'defaultaxesfontname','cmu serif') plot(abs(data_matrix(:,8)),data_matrix(:,3),'.-r','LineWidth',1.5,'MarkerSize', 10); hold on plot(abs(data_matrix(:,10)),data_matrix(:,3),'.-','LineWidth',1.5,'Color',[0 0.6 0],'MarkerSize', 10); hold off grid on xlabel('$I_{leak}~\mathrm{[\mu A]}$','Color','k','FontWeight','bold','FontSize',12) ylabel('$I_{TLP}~\mathrm{[A]}$','Color','k','FontWeight','bold','FontSize',12) set(gca,'YAxisLocation','left') set(gca,'XAxisLocation','top') set(gca,'GridLineStyle',':') set(gca,'XColor','k','YColor',[0.8 0.8 0.8]); set(gca,'Color',[1 1 1])
if max(tlp_current_spot)> 0.1
set(gca,'YLim',[0 max(tlp_current_spot)],'YTick',0:round(10*(max(tlp_current_spot)/10))/10:1.1*max(tlp_current_spot))
else
set(gca,'YLim',[min(tlp_current_spot) max(tlp_current_spot)],'YTick',round(1.1*min(tlp_current_spot)):abs(round(10*(min(tlp_current_spot)/10))/10):1.1*max(tlp_current_spot))
end
try
set(gca,'XLim',[1e-1*min([abs(data_matrix(:,8))' abs(data_matrix(:,10))']) 1e2*max([abs(data_matrix(:,8))' abs(data_matrix(:,10))'])])
catch
set(gca,'XLim',[0 1])
end
set(gca,'XScale','log')
grid off
%I Think problem might be somewhere in the next part ,because of adding two extra axis locations -bottom and left which is not used because its the same with my previous left axis%%
ax1=gca;
ax2=axes('Position',get(ax1,'Position'));
xlabel('$V_{TLP}~\mathrm{[V]}$','Color','k','FontWeight','bold','FontSize',12)
set(ax2,'Color','none')
set(ax2,'XAxisLocation','bottom');
set(ax2,'Color','none')
set(ax2, 'Layer','bottom')
axis tight
grid on
set(ax2,'GridLineStyle',':')
hold on
plot(ax2,data_matrix(:,2),data_matrix(:,3),'.-b','LineWidth',1.5,'MarkerSize',10,'Parent',ax2);
plot(ax2,data_matrix(start_index:stop_index,2),fit_neu,'-m','LineWidth',1.5,'Parent',ax2)
if crit_spot~=0 && max(tlp_current_spot)> 0.1
plot(ax2,[0 1.1*max(tlp_voltage_spot)],[data_matrix(crit_spot,3) data_matrix(crit_spot,3)],'black','LineWidth',1.5,'Parent',ax2);
plot(ax2,[data_matrix(crit_spot,2) data_matrix(crit_spot,2)],[0 1.1*max(tlp_current_spot)],'black','LineWidth',1.5,'Parent',ax2);
else
plot(ax2,[0 1.1*min(tlp_voltage_spot)],[data_matrix(crit_spot,3) data_matrix(crit_spot,3)],'black','LineWidth',1.5,'Parent',ax2);
plot(ax2,[data_matrix(crit_spot,2) data_matrix(crit_spot,2)],[0 1.1*min(tlp_current_spot)],'black','LineWidth',1.5,'Parent',ax2);
end
if max(tlp_current_spot)>0.1
set(ax2,'YLim',[0 max(tlp_current_spot)],'YTick',0:round(10*(max(tlp_current_spot)/10))/10:1.1*max(tlp_current_spot))
else
set(ax2,'YLim',[min(tlp_current_spot) max(tlp_current_spot)],'YTick',round(1.1*min(tlp_current_spot)):abs(round(10*(min(tlp_current_spot)/10))/10):1.1*max(tlp_current_spot) )
end
if max(tlp_voltage_spot)>0
set(ax2,'XLim',[0 1.1*max(tlp_voltage_spot)],'XTick',0:round (1.1 *max(tlp_voltage_spot)/5):1.1*max(tlp_voltage_spot))
else
set(ax2,'XLim',[1.1*min(tlp_voltage_spot) 0],'XTick',round(1.1*min(tlp_voltage_spot)):abs(round(1.1*(min(tlp_voltage_spot)/7))/1):0)
end
