There are 2 repositories under modern-opengl topic.
A guide to using modern OpenGL functions.
OpenGL C++ Graphics Engine
Simple Minecraft clone using C++ 17, OpenGL 3.3 and SFML 2.5
Simple-to-use single header modular font rendering library written in C.
This repo simulates some particle systems using openGL and cuda.
Modern OpenGL-4.6 PBR renderer using compute shaders and multi-draw-indirect. Written in C++. Made for educational purposes.
Proper OpenGL Getting Started.
Modern Snake game implemented in C++17 with OpenGL graphics rendering.
The OpenGL_Text_Rendering repository offers a highly optimized method for rendering text in OpenGL. By utilizing a font atlas and binding textures only once for an entire group of text, this approach significantly improves efficiency compared to rendering characters individually.
Modern-OpenGL en C++17, recreando mecánicas dentro de una zona de pruebas pública.
Visualize fluid simulation result with graphics API
Rendering PBR shaded GLTF scene with modern opengl 4.5
A BouncingBall game made on top of a tiny 2D game engine written in C++17 using OpenGL for graphics rendering
V semester Computer Graphics Project
Implementation of an engine with modern openGL.
Visualizing Electromagnetic Propagation using C++, OpenGL: Explore the fascinating classical world of electromagnetic waves through 2D simulations and visualizations powered by larmour delayed potential in C++ with OpenGL graphics.
Library that makes opengl easy to use.
2D & 3D Rendering Vector Graphics with Modern OpenGL C++ and .NET C# Forms Application.
Testing out and Learning Modern OpenGL, repo for bkp/testing
a library to manage minecraft connection
3D maze game using modern OpenGL. The game has an interactive scenario, with navigation in first person, following the format of a standard game.
Writing a Graphics Renderning engine with modern OpenGL and modern C++ and Qt
Springs & Rigids System Dynamics: Forced response modal superposition approach
This project provides a comprehensive framework for performing modal analysis and response evaluation of plane trusses. The project employs modal superposition techniques to analyze the dynamic behavior of structures subjected to shock (pulse) excitation.