figure 4 Y axis with 1 x axis
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    mohammed hussein
 il 15 Mar 2021
  
    
    
    
    
    Commentato: mohammed hussein
 il 17 Mar 2021
            Hi all
thank you for helping 
i want to draw figure in matlab that has two main effect (temprature and effiency ) in Y axis  in sides  when X axis is same range 
for example 
x=[11 22 33 44 55];
y1E=[0.5506	0.5925	0.6212	0.6419	0.6573];  %Effeiceny 1
y1T=[43.7529	45.0284  45.9019	46.5297	46.9987];  %Temprature 1
when i use this 
Ax=plotyy(x,y1E,x,y1T);
hy1=get(Ax(1),'ylabel');
hy2=get(Ax(2),'ylabel');
set(hy1,'string',' efficiency 1');
set(hy2,'string','Temperature1');
xlabel('Number ');
it gives me  figure with 1x axis and 2 Y axis in both side 
i want  to add another Effeiceny and Temprature with  same X and in same figure 
y2E=[0.3	0.4	0.6	0.8	0.3];  %Effeiceny 2
y2T=[50	45  43	47	55];  %Temprature 2
how can i do that 
thank you for this helping 
2 Commenti
  DGM
      
      
 il 15 Mar 2021
				For cases like this, I doubt plotyy() is the best thing to be using.  If you're running R2016a or newer, you can probably try building the plot using yyaxis() instead; I'm not, so this is something I can't test for you.  
Generally, in the case when one needs to do complicated plots with multiple coincident axes (e.g. axes in both metric and US customary units), it's best to build the figure by manually overlaying axes objects and working from there.  For instance:
Unsurprisingly, there are at least a few tools on the File Exchange which appear to address this inconvenience.
Risposta accettata
  ANKUR KUMAR
      
 il 15 Mar 2021
        clc
clear
t=linspace(0,pi,100);
sinplot=sin(t);
cosplot=cos(t);
tanplot=tan(t);
linecolors={'r' [0 .5 0] 'b'};
h3i=plotNy(t,sinplot,1,t,cosplot,2,t,tanplot,3,...
    'Linewidth',1,'YAxisLabels',{'' '' ''},'XAxisLabel','Deg',...
    'LineColor',linecolors,...
    'FontSize',12,...
    'Fontname','TimesNewRoman',...
    'Grid','on',...
    'LegendString',{'Sin' 'Cos' 'Tan'});
for i=1:length(h3i.ax)
	set(h3i.ax(i),'ycolor',linecolors{i});	
end

8 Commenti
  ANKUR KUMAR
      
 il 17 Mar 2021
				clc
clear
x = 0:.1:4*pi;
plot(x,sin(x));
addaxis(x,sin(x-pi/3));
addaxis(x,sin(x-pi/2),[-2 5],'linewidth',2);
addaxis(x,sin(x-pi/1.5),[-2 2],'v-','linewidth',2);
addaxis(x,5.3*sin(x-pi/1.3),':','linewidth',2);
addaxislabel(1,'one');
addaxislabel(2,'two');
addaxislabel(3,'three');
addaxislabel(4,'four');
addaxislabel(5,'five');
addaxisplot(x,sin(x-pi/2.3)+2,3,'--','linewidth',2);
addaxisplot(x,sin(x-pi/1),5,'--','linewidth',2);
legend('one','two','three','four','five','three-2','five-2');

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