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In this project we created an environment to simulate the inverted pendulum to create and test classic control algorithms such as PID and Cascaded PID To archive some tasks such as: 1-keep the pendulum in equilibrium (PID) 2-Establish a constant speed keeping the pendulum in equilibrium (cascading PID) 3-Let the robot go to a point 1D (triple ca…

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josealejandro2928/Inverted-pendulum-simulator-in-angular-7

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NgMat01

This project was generated with Angular CLI version 6.2.2.

Development server

Run ng serve for a dev server. Navigate to http://localhost:4200/. The app will automatically reload if you change any of the source files.

Code scaffolding

Run ng generate component component-name to generate a new component. You can also use ng generate directive|pipe|service|class|guard|interface|enum|module.

Build

Run ng build to build the project. The build artifacts will be stored in the dist/ directory. Use the --prod flag for a production build.

Running unit tests

Run ng test to execute the unit tests via Karma.

Running end-to-end tests

Run ng e2e to execute the end-to-end tests via Protractor.

Further help

To get more help on the Angular CLI use ng help or go check out the Angular CLI README.

##This project In this project we created an environment to simulate the inverted pendulum to create and test classic control algorithms such as PID and Cascaded PID To archive some tasks such as: 1-keep the pendulum in equilibrium (PID) 2-Establish a constant speed keeping the pendulum in equilibrium (cascading PID) 3-Let the robot go to a point 1D (triple cascade PID). This simulator was created in order to build a real self balancing robot, the environment was developed using angular 7. Inside the folder of inv_pend (Angular 7) follow the instructions to execute the program

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In this project we created an environment to simulate the inverted pendulum to create and test classic control algorithms such as PID and Cascaded PID To archive some tasks such as: 1-keep the pendulum in equilibrium (PID) 2-Establish a constant speed keeping the pendulum in equilibrium (cascading PID) 3-Let the robot go to a point 1D (triple ca…

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