zbuffer

C++ implementations of Hierarchical z-buffer & Physically based rendering via Monte Carlo path tracing

This project represents the use of Z-Buffer for rendering of basic 3D objects.

First person shooter - homemade engine

三维点云 的深度投影和纹理投影

A CPU renderer using z-buffer scan line algorithm

3d software renderer with zero external dependencies

CPU-based 3D renderer written in C++ 20

School project intended to design a Z-Buffer in SystemVerilog.

Z-Buffer Rendering System with OpenGL

Z-Buffer 3D Rendering Application, a powerful tool for rendering three-dimensional objects with the efficiency and precision of the Z-Buffer algorithm.

Depth pass for Rhino 8: live z-buffer view and PNG / EXR depth map export, Mac and Windows.

A complete 3D graphics pipeline built from scratch in pure Python — no OpenGL, Vulkan, or Three.js.

3D visualizations with Raytracing and Zbuffer using Qt Creators IDE

Interactive 3D visualization system using Qt and C++ with ambient, diffuse, and specular lighting. Implements a Z-Buffer algorithm for depth control to render a sphere and plane. Users can adjust lighting parameters via the GUI to observe real-time effects

This project is a simplified 3D renderer implementation using Sweep and Z-Buffer algorithms for processing and visualizing 3D models. The system efficiently handles 3D object rendering, polygon rasterization, and visualization within a graphical interface developed in C++.

fast lofting using vulkan - occlusion-based surface 3D reconstruction. Optimized Fabbri et. al. CVPR 2017 paper.

Pure C# 3D Graphics, Scene Graph, Software Rasterizer (Z-Buffer), Point Cloud Voxel Filtering, glTF/OBJ/STL/PLY Loaders for .NET.