Alternatives and similar repositories for bridson

Users that are interested in bridson are comparing it to the libraries listed below

• rougier / tiny-renderer
  A tiny sotfware 3D renderer in 100 lines of Python
  ☆181Updated 6 years ago
• mkazhdan / MoebiusRegistration
  Moebius Registration
  ☆66Updated last year
• ilastik / marching_cubes
  Standalone marching cubes implementation and Python bindings
  ☆99Updated last month
• nmwsharp / vector-heat-demo
  C++ demo of the Vector Heat Method & Affine Heat Method. Interpolate scalars and vectors on surfaces, compute log maps, and more.
  ☆66Updated 6 months ago
• Forceflow / gpu_suggestive_contours
  Suggestive Contours GPU Implementation
  ☆31Updated 2 years ago
• jakericedesigns / Pytorch-Heat-Method
  A (crude) differentiable implementation of The Heat Method for Distance Computation (Geodesics in Heat), by Crane Et Al.
  ☆11Updated 4 years ago
• ozen / PyOptiX
  Python wrapper for NVIDIA OptiX Ray Tracing Engine
  ☆69Updated 6 years ago
• scopatz / pyembree
  Python Wrapper for Embree
  ☆95Updated 2 years ago
• alecjacobson / skeleton-builder
  ☆65Updated 7 years ago
• joel-simon / cymesh
  Half-edge 3D mesh in python/cython. Supports dynamic manipulation operators.
  ☆19Updated 6 years ago
• qnzhou / Mosaic
  Simple greedy image packing
  ☆175Updated 6 years ago
• davepagurek / StrokeStrip
  Joint parameterization and fitting of stroke clusters
  ☆61Updated 4 years ago
• RenderToolbox / RenderToolbox4
  Matlab toolbox for managing 3D scenes and physically-based rendering.
  ☆50Updated 5 years ago
• alecjacobson / skeleton-poser
  ☆62Updated 7 years ago
• lindemeier / PaintMixer
  Digital paint mixing program based on the Kubelka-Munk equations. Implementation of : T. Lindemeier, J. M. Gülzow, and O. Deussen. 2018…
  ☆14Updated 5 years ago
• nmwsharp / intrinsic-triangulations-tutorial
  An introductory course intrinsic triangulations for powerful & robust geometry processing --- tutorial code and links.
  ☆141Updated 3 years ago
• tpapp157 / SPADE-Terrain-GAN
  Train GAN to generate 3D terrain based on user input.
  ☆55Updated 5 years ago
• cwant / tessagon
  Tessellate your favorite 2D manifolds with triangles, hexagons, and other interesting patterns.
  ☆228Updated 2 years ago
• nmwsharp / geometry-central-tutorials
  Tutorials for the geometry-central geometry processing library.
  ☆15Updated 5 years ago
• eliemichel / Python3dViewer
  A simple starter Python code for experimenting 3D graphics
  ☆33Updated 5 years ago
• sampotter / python-embree
  ☆23Updated 2 years ago
• hertzmann / painterJava
  Painterly Rendering from SIGGRAPH 98 paper (Java version)
  ☆74Updated 2 years ago
• qnzhou / PyRenderer
  3D Geometry Renderer for Python
  ☆54Updated 5 years ago
• alecjacobson / FAST
  Fast Automatic Skinning Transformations
  ☆69Updated 7 years ago
• byungsook / neural-flow-style
  Neural Style Transfer for Fluids
  ☆117Updated 5 years ago
• itsvismay / fast_muscles
  ☆16Updated 5 years ago
• cheind / sdftoolbox
  Vectorized Python methods for creating, manipulating and tessellating signed distance fields.
  ☆56Updated 2 years ago
• nmwsharp / gc-polyscope-project-template
  A template project to get started with geometry-central and Polyscope.
  ☆62Updated last year
• matt77hias / numpy-smallpt
  ☀️ Python 2.7 & Python 3.5 + NumPy Path Tracer
  ☆12Updated 3 years ago
• fesoliveira014 / proceduralpaper
  Implemetation of the paper "Procedural Modeling of Buildings", by Peter Wonka and Pascal Müller.
  ☆38Updated 9 years ago