Plotting 2D line variable categories

2023 6 9
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I've run two simulations (Base and Novel models), each one has 3 outputs, and I want to plot the results in two categories as shown below. I've done this manually.
Thank you.

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Rik
Rik 2023-6-9
Since you already have what you want, what exactly is your question?
Zakaria OUAOUJA
Zakaria OUAOUJA 2023-6-10
编辑：Zakaria OUAOUJA 2023-6-10
The legend that says Base model; Novel model, is text and lines that I added manually after ploting the results using Insert Tab: TextBox and Insert Tab: Line. I want a script that automatically represents the results as in the attached figure.
load('data1.mat')
load('data2.mat')
figure
hold on
plot(The_time/60,Center_point,'r-.',The_time/60,Top_surf,'r--',The_time/60,Bottom_surf,'r.')
plot(The_time/60,Center_point_co1,'k-.',The_time/60,Top_surf_co1,'k--',The_time/60,Bottom_surf_co1,'k.')
xlabel('Time [min]')
ylabel('Temperature [°C]')
title('Temperature at various deepth (Base model vs co-sim model with Twalk-in = -20 °C')
legend('Center','Top Surface','Bottom Surface')
axis([-1 max(The_time/60) (-21) (21)]);
Simon Chan
Simon Chan 2023-6-10
Could you show us the code how you plot those lines and legend?
Rik
Rik 2023-6-10
How exactly did you add it manually? Why can't you put the code you used in a script (or function)?

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Subhajyoti Halder
Subhajyoti Halder 2023-6-21
Ran in:

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Ran in:
Hello Zakaria,
It is my understanding that it is required to plot the output of two simulations which are having three outputs.
Please find the below example implementation:
t = linspace(200, 0, 100)
t = 1×100
200.0000 197.9798 195.9596 193.9394 191.9192 189.8990 187.8788 185.8586 183.8384 181.8182 179.7980 177.7778 175.7576 173.7374 171.7172 169.6970 167.6768 165.6566 163.6364 161.6162 159.5960 157.5758 155.5556 153.5354 151.5152 149.4949 147.4747 145.4545 143.4343 141.4141
% dummy output of base-model
base_model = log(sort(40*rand(100,3)))
base_model = 100×3
-2.0435 -1.9239 -1.2994 -0.5290 -1.2485 -0.5876 -0.4008 -0.5735 -0.5295 -0.2382 0.3371 -0.2568 -0.0746 0.5827 -0.0801 0.2774 0.7390 -0.0746 0.5607 0.7997 -0.0440 0.7839 0.8578 0.0603 0.8034 1.0024 0.7629 1.0938 1.0293 0.8550
% dummy output of novel-model
novel_model = log(sort(40*rand(100,3)))
novel_model = 100×3
-1.1251 -0.4961 -2.4649 0.3427 -0.1944 -1.0079 0.6465 0.1873 -0.9030 0.8075 0.3214 -0.3550 1.0611 0.5776 -0.1914 1.2434 0.8334 0.2168 1.2565 0.9245 0.3183 1.3019 1.3471 0.4129 1.3886 1.4617 1.1928 1.6147 1.5705 1.4676
yyaxis left
plot(t,base_model,Color='b')
ylabel('base model')
yyaxis right
plot(t,novel_model,Color='r')
ylabel('novel model')
title('Temperature at various depth (Base model vs co-sim Twalk-in = -20*C')
xlabel('time')
legend('Center','Top Surface','Bottom Surface')
In this example, it is plotting the values of both the models in the same plot, with their axes on either vertical side, while the common time-axis at the bottom.
For more details on the plot function, kindly go through the following documentation link -
https://www.mathworks.com/help/matlab/ref/plot.html?searchHighlight=2d%20plot&s_tid=srchtitle_2d%2520plot_2

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