Creating a Traffic Light using matlab code

17 vues (au cours des 30 derniers jours)
Heraldo Tello
Heraldo Tello le 26 Oct 2020
Commenté : Varun le 25 Jan 2024
Hello everyone,
I have matlab 2015b. I wrote a code for an assignment that categorizes a dataset as healthy, aged, and replace.
Part of my assignment is to create a horizontal visual dashboard. Basically like a traffic stop light. The traffic light needs to light up green for healthy, yellow for aged, and red for replace based on the point that is being evaluated.
Is this something I would use simulink for or GUI or is it simplier than I think in matlab?
Any help is greatly appreciated.
clear all
close all
clc
load('ThreeClasses')
for i = 1:size(TestPoints,1)
X=TestPoints(i,2);
Y=TestPoints(i,3);
Delta1=log(P1)-0.5*mu1*inv(Sw)*mu1'+mu1*inv(Sw)*[X;Y];
Delta2=log(P2)-0.5*mu2*inv(Sw)*mu2'+mu2*inv(Sw)*[X;Y];
Delta3=log(P3)-0.5*mu3*inv(Sw)*mu3'+mu3*inv(Sw)*[X;Y];
if Delta1 > Delta2 && Delta1 > Delta3
plot(X,Y,'g.','markersize',30);
elseif Delta2 > Delta1 && Delta2 > Delta3
plot(X,Y,'y.','markersize',30);
else
plot(X,Y,'r.','markersize',30);
end
pause(1)
end
  1 commentaire
Sudhakar Shinde
Sudhakar Shinde le 27 Oct 2020
Use of GUI to show as red, yellow and green will be more preferable for visual demonstration.

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Réponse acceptée

Nikhil Sonavane
Nikhil Sonavane le 29 Oct 2020
You may use this resource to know more about creating GUI-
  1 commentaire
Varun
Varun le 25 Jan 2024
The GUIDE environment will be removed in future releases as stated in below documentation:
Please refer to following documentation for GUIDE Migration Strategies:

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Plus de réponses (1)

Muhammad Aqib
Muhammad Aqib le 5 Jan 2021
clear all close all clc load('ThreeClasses') for i = 1:size(TestPoints,1) X=TestPoints(i,2); Y=TestPoints(i,3); Delta1=log(P1)-0.5*mu1*inv(Sw)*mu1'+mu1*inv(Sw)*[X;Y]; Delta2=log(P2)-0.5*mu2*inv(Sw)*mu2'+mu2*inv(Sw)*[X;Y]; Delta3=log(P3)-0.5*mu3*inv(Sw)*mu3'+mu3*inv(Sw)*[X;Y]; if Delta1 > Delta2 && Delta1 > Delta3 plot(X,Y,'g.','markersize',30); elseif Delta2 > Delta1 && Delta2 > Delta3 plot(X,Y,'y.','markersize',30); else plot(X,Y,'r.','markersize',30); end pause(1) end

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