How can I plot average loop graph as given in the image
1 vue (au cours des 30 derniers jours)
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clc
clear all
close all
C = readtable('A_G1.txt', 'NumHeaderLines',8);
%Convert to SI Units
accG2test = C{:,1}.*9.81;
forceG2test = C{:,2}.*0.00981;
dispG2test = C{:,3}./1000;
dispG2test2 = smoothdata(dispG2test, 'sgolay', 100);
%force
forceG2test2 = smoothdata(forceG2test, 'sgolay', 100);
z = linspace(min(dispG2test2),max(dispG2test2),length(dispG2test2));
[cmin,cxix] = (min(dispG2test2));
[cmax,cnix] = (max(dispG2test2));
[fmin,fxix] = (min(forceG2test2));
[fmax,fnix] = (max(forceG2test2));
%meana = mean(dispG2test2,3);
%meanb = mean(forceG2test2,2);
%xx = spline(meana,meanb);
figure(1)
plot(dispG2test2, forceG2test2)
hold on
plot([cmin cmax], [fmin fmax], '+r', 'MarkerSize', 5, 'LineWidth',1.5)
%plot (xx,'or')
hold off
legend('Force v. Deflection');
title('Force vs Deflection');
xlabel('Deflection[m]');
ylabel('Force[N]');

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Réponses (1)
Image Analyst
le 23 Oct 2021
I'd start by looking at splitapply(), grpstats(), or groupsummary() to get the average of each unique pair of (x,y) coordinates.
5 commentaires
Image Analyst
le 23 Oct 2021
Modifié(e) : Image Analyst
le 23 Oct 2021
If you're going to cross verify (compare mine to yours) then that means you already have your own version already. Tell me your way first.
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