bearprin

bearprin's Stars

• DLR-RM/BlenderProc

  A procedural Blender pipeline for photorealistic training image generation

  Language:Python2.8k454

• ptrvilya/blendify

  Lightweight Python framework that provides a high-level API for creating and rendering scenes with Blender.

  Language:Python76620

• fzy28/BSDF_diffusion_sampling

  [SIGGRAPH Asia 2024] BSDF importance sampling using a diffusion model

  Language:Python352

• capnramses/antons_opengl_tutorials_book

  Anton's OpenGL 4 Tutorials book - Demo Code

  Language:C++976277

• google/slang-gaussian-rasterization

  Language:Python2794

• dat-boi-lux/mitsuba-0.6.0-modern-linux

  Mitsuba renderer main repository

  Language:C++3

• dom-wuest/NeuralPathGuiding

  A novel neural network based path guiding technique for realtime path tracing. A small neural network is trainied in online fashion to approximate incident radiance in world space. This information is used for guiding scatter rays in future frames.

  Language:C++9

• yuphin/Lumen

  A Vulkan Raytracing framework for various bidirectional path tracing techniques

  Language:C++48031

• Gforcex/OpenGraphic

  Graphic Engine & Game Engine lists

  2k213

• intel/neural-compressor

  SOTA low-bit LLM quantization (INT8/FP8/INT4/FP4/NF4) & sparsity; leading model compression techniques on TensorFlow, PyTorch, and ONNX Runtime

  Language:Python2.2k257

• vchoutas/torch-mesh-isect

  Language:Cuda29975

• DoeringChristian/restirgi

  ReSTIR-GI implementation in Mitsuba3

  Language:Jupyter Notebook14

• ishaanshah/risltc

  Code release of the paper "Combining Resampled Importance and Projected Solid Angle Samplings for Many Area Light Rendering"

  Language:C114

• DoeringChristian/mitsuba3-experiments

  Language:Python15

• takkasila/practical_path_guiding_lab

  Implementation of "Practical Path Guiding for Efficient Light-Transport Simulation 2017" by Thomas Müller, Markus Gross, and Jan Novák in Mitsuba3 python.

  Language:Python4

• krafton-ai/neural-radiosity-tutorial-mitsuba3

  Implementation Tutorial for Neural Radiosity [Hadadan et al. 2021] in Mitsuba 3

  Language:Jupyter Notebook192

• jaakkopasanen/AutoEq

  Automatic headphone equalization from frequency responses

  Language:Python13.5k2.5k

• KimuraRyo/BSDFProcessor

  Viewer for BSDF, BRDF, and BTDF

  Language:C++589

• Rendering-at-ZJU/NPs-BRDF

  Source code for "A Compact Representation of Measured BRDFs Using Neural Processes" (TOG 2021)

  Language:Python102

• ethanleau/bisml

  Implementation of the paper: Adaptive BRDF-Oriented Multiple Importance Sampling of Many Lights

  Language:C++324

• city-super/Octree-GS

  Octree-GS: Towards Consistent Real-time Rendering with LOD-Structured 3D Gaussians

  Language:C++58239

• Twinklebear/ChameleonRT

  An example path tracer that runs on multiple ray tracing backends (Embree/DXR/OptiX/Vulkan/Metal/OSPRay)

  Language:C++60339

• intel/RealTimePathTracingResearchFramework

  Language:C1161

• elerac/btf-rendering

  Custom plugin in Python for BTF (Bidirectional Texture Function) rendering with Mitsuba 2

  Language:Python143

• owl-project/NVISII

  Language:C++33228

• Nadrin/PBR

  An implementation of physically based shading & image based lighting in D3D11, D3D12, Vulkan, and OpenGL 4.

  Language:C++1.4k115

• NUS-HPC-AI-Lab/VideoSys

  VideoSys: An easy and efficient system for video generation

  Language:Python1.8k123

• xuhangc/ChatGPT-Academic-Prompt

  Use ChatGPT for academic writing

  55468

• deepsphere/deepsphere-pytorch

  DeepSphere: a graph-based spherical CNN (PyTorch)

  Language:Python15429

• deepsphere/deepsphere-cosmo-tf1

  A spherical convolutional neural network for cosmology (TFv1).

  Language:Jupyter Notebook13130