Project made in 2019 for the "Mathématiques et Physique pour le jeu vidéo" class at UQAC. The project aims to realize a simple physical game engine and to use it in a simple game.
These instructions will get you a copy of the project up and running on your local machine for development and testing purposes. See deployment for notes on how to deploy the project on a live system.
The things you need to install the software and how to install them
- A compiler, for obvious reasons,
- CMake, it will be used to generate the files for your environment.
Note that the project has been made with Visual Studio so using it could help you running the project. If you use Visual Studio Code, don't forget to add the CMake and CMake Tools extensions.
A step by step series of examples that tell you how to get a development environment running
- Clone the project on your computer
- Right click on the folder with the project name --> Open in Visual Studio
- Once you're inside Visual Studio, generate everything. On VS19 Build --> BuildAll. You should see CMake working in the console output. When it's done you should see "Build All succeed" written in the consol output.
- Run the program. On VS19 Debug --> Start. You should see the OpenGLWindow. If Start button is disabled, check if the correct item is selected in the "Select Startup Item" drop-down list (on the top of the screen, on the right of the green arrow). The selected item should be MyExe.exe.
The process is similar on Visual Studio Code.
- Use CMake to generate the files for your environment.
The next steps depend on your environment but you should be able to:
- Compile the CMake generated files.
- Run the program.
While the program is running, press E to create a rigid body with a random position and velocity. Pressing E again replaces the body with a new one (with different position and velocity). The simulation ends when the body touches one of the edge planes (they correspond to the edges of the console) and the data about the collision is displayed : the contact point, the normal vector, and the penetration value.
- BERTRAND Axel BERA22029804
- DE CLERCQ Romain DECR28099806
- DURAND Quentin DURQ17039607
- PEREZ Benjamin PERB02119501
The github project : https://github.com/BJPerez/MathisPhy-UQAC-3D
The OpenGl tutorial: https://learnopengl.com/