how to create different plots in the same figure and create different yaxis for all the plots

i want to create figure like the attach file and create different yaxis in different places. how can i do this?

[jonas]

Is the bottom x-axis (x1/D) actually connected to those lines? Without context I find this graph quite confusing. I suspect this is just three different aligned subplots with the same y- and x-axis where the horizontal location of each subplot has been set to signify increasing x1/D. Why else are there no ticks on the x-axis? Also, the origin is not in the intercept, making it almost impossible to read the value of x1/D over x2/D. However, I'm just guessing here. Need more context to help.

[Shay Buzaglo]

you right, have 3 different locations in x_axis with the same y_axis. thank you

Answer 1

[Star Strider]

Try something like this:

x = linspace(-2, 2, 50);
y = [10*exp(-2*(x.^2))+10; 10*exp(-4*(x.^2))+20; 10*exp(-8*(x.^2))+30];

figure
hp = plot(x, y);
rotate(hp, [0 0 1], 90)

Experiment to get the result you want. (The ‘trick’ is the rotate call!)

Also see the xlabel (link) and Axes Properties (link) documentation to set the appropriate axis and tick labels for your plot.

Edit —

Added plot figure.

[Shay Buzaglo]

thank you! it is a good idea, i will use it

[Star Strider]

My pleasure!

Answer 2

[jonas]

As already pointed out by Star Strider, the key is rotate. I just wanted to add this template for reproducing this specific plot, if that's what you're looking to do. Find the resulting graph in the attachment.

    % Data
    x = 0:.1:2*pi;
    y = sin(x);

    % Plot template
    figure;

    % Subplot 1
    h(1)=subplot(1,3,1);hold on
    hp{1}=plot(x,y)
    ylabel('xaxis')
    rotate(hp{1},[0 0 1],90)

    % Subplot 2
    h(2)=subplot(1,3,2);hold on
    hp{2}=plot(x,y)
    xlabel('yaxis')
    rotate(hp{2},[0 0 1],90)

    % Subplot 3
    h(3)=subplot(1,3,3);hold on
    hp{3}=plot(x,y)
    rotate(hp{3},[0 0 1],90)

    % Axes settings
    set(h,'xaxislocation','top','ycolor','none')
    hg=axes('color','none','xtick',[],'xticklabels',{})
    xlabel('random line')
    ylabel('yaxis')
    set(gcf,'color','w')
    linkaxes([h hg],'y') 
    linkaxes([h],'x') 

    dPos=hg.Position-h(1).Position;
    for i=1:3  
        h(i).Position=h(i).Position+[0.05 0 0 dPos(4)];
    end
    hg.Position=hg.Position+[0 0 0.05 0];