Search Results for "parallax occlusion mapping"

...It centers around a modern Vulkan renderer (with an in-progress DirectX 12 backend) and a fully bindless, unified deferred rendering pipeline designed to handle hundreds of millions of instances. The engine implements a wide range of advanced graphics features, such as atmospheric scattering, physically based shading, screen-space shadows and ambient occlusion, screen-space reflections, sophisticated shadow mapping, volumetric fog, and HDR output. It supports next-gen performance and image quality technologies including variable rate shading, dynamic resolution scaling, temporal anti-aliasing, and upscaling via XeSS 2 and FSR 3. Beyond rendering, SpartanEngine offers PhysX-powered physics, CPU and GPU profiling, a thread pool for parallel workloads.

OGRE-Next is the next-generation iteration of the OGRE (Object-Oriented Graphics Rendering Engine), a powerful open-source 3D rendering engine designed for real-time applications, games, simulations, and visualizations. It focuses on high-performance rendering pipelines, especially Vulkan and modern OpenGL, offering tools for photorealistic and stylized rendering. OGRE-Next is modular and flexible, providing a developer-friendly environment with scene management, lighting, shadowing, and...

Vanda Engine is a free and open source 3D game engine for Windows. I'm developing this game engine for years to help the students and other enthusiast learn game engine programming and develop 3D games for free. While giant companies are building game engines with huge budget and a lot of manpower, I'm developing this free 3D game engine alone with no budget. I have published step by step tutorials about Vanda Engine, 3D tools, and COLLADA format: https://vanda3d.org/tutorials/ Please...

Interested in adding textures, lighting, shadows, normal maps, glowing objects, ambient occlusion, reflections, refractions, and more to your 3D game? Great! Below is a collection of shading techniques that will take your game visuals to new heights. I've explained each technique in such a way that you can take what you learn here and apply/port it to whatever stack you use—be it Godot, Unity, Unreal, or something else. For the glue in between the shaders, I've chosen the fabulous Panda3D...

CorEngine is a work in progress, OpenGL graphics powered 3D game engine designed to help independent game developers with quick prototyping and game/virtual environment creation. The engine supports a standard set of features, like skeletal animation, post processing, Lua/C programming, physics powered by Bullet Physics, GUI and 2D/3D Audio.

This is just a repository store my code. All of them are related to game development. I am really interested in game development technique so I implement and share them.

QuickShader is a program that allows you to write and test shaders without creating your own rendering engine. Using this tool you can quickly create many shaders based effects (i.e. phong lighting/shading, normal mapping, parallax occlusion mapping, pn-triangles and many more) that are used in modern games and simulations. Unfortunately program is restricted to shaders only, single pass pipelined effects. Effects based on postprocessing, blending and other techniques are currently unavailable (are planned for future releases).

A openGL/openAL/bullet physics based game engine written in C++ for Linux Operating systems

This is my own Global Illumination renderer. Finished: Instant Radiosity, Photon-mapping, Ambient Occlusion. TODO: Lightcuts, CUDA acceleration

3D engine build on Opengl. Utilizes normal mapping, parallax mapping, environment mapping, shadowmapping, HDR, SSAO and more. Using deferred shading technique