Beginners Guide to Computer Graphics in C/C++, OpenGL, JavaFX

A bunch of different graphics algorithms implemented in c++

Necmettin Erbakan University computer graphics lecture notes.

Sample Programs in C++ to Learn OpenGl

C++11 Ray Tracing / Marching Framework

Low Latency Screen Recorder - a lightweight, high-performance screen recorder written in modern C++, designed for ultra-low latency video capture of the entire monitor or specific applications. Utilizing the latest Windows APIs Graphics Capture , it can capture up to 240 FPS, encode using H.264, and save output as MP4 file

Computer Graphics algorithms for line drawing, shape filling, circle drawing, ellipse drawing, polygon clipping, shear, transformation, and reflection

Language C++ Computer Graphics - (SEM-4) - Line Drawing Algorithm (DDA and Bresenham), Bresenham circle drawing, Polygon filling, 2D transformation, Cohen Sutherland polygon clipping and Bezier curve.

Implementation of some well-known algorithms and miscellaneous drawings using 'The winbgim library, Version 6.0, August 9, 2004'...

Vulkan generative art sandbox

This C++ program with OpenGL visualizes the DDA line drawing algorithm. User-inputted coordinates define the line, displayed along with pixels, Cartesian grid, and a thick green line. Interactive features include moving, scaling, and rotating a square. The code offers a concise and visual demonstration within a 2D graphics environment.

Lightweight C++ Raycasting engine using SDL2 and the DDA algorithm for retro-style 3D rendering.

DDA line Drawing algorithm in C++

Animation demo

Transfer triangular or quadrilateral mesh by gmsh to dda program.

transfer neper mesh file to dda file

Visualization of the DDA algorithm (finding the vertical and horizontal intersections of the ray with the grid).

raycaster compiled to web assembly

Pseudo-3D dungeon crawler in C++/OpenGL using DDA raycasting — no engine ／ エンジン不使用のDDAレイキャスティングによる擬似3Dダンジョンクローラー

Esse trabalho tem como objetivo realizar a implementação de Retas, Zoom, Transformações Normal e Homogêneas, Clipping e Curvas para a disciplina de Computação Gráfica da UTFPR-MD