limcgeo's Stars
zeux/meshoptimizer
Mesh optimization library that makes meshes smaller and faster to render
libigl/libigl
Simple MPL-2.0-licensed C++ geometry processing library.
mikedh/trimesh
Python library for loading and using triangular meshes.
embree/embree
Embree ray tracing kernels repository.
fanvanzh/3dtiles
The fastest tools for 3dtiles convert in the world!
nmwsharp/polyscope
A C++ & Python viewer for 3D data like meshes and point clouds
artem-ogre/CDT
Constrained Delaunay Triangulation (C++)
GeoStat-Framework/PyKrige
Kriging Toolkit for Python
hjwdzh/ManifoldPlus
ManifoldPlus: A Robust and Scalable Watertight Manifold Surface Generation Method for Triangle Soups
jakobwilm/slstudio
SLStudio -- Real Time Structured Light. A comprehensive software suite for capturing and reconstructing 3D scenes with a camera-projector pair.
jbuckmccready/CavalierContours
2D polyline library for offsetting, combining, etc.
pyvista/pymeshfix
Python Wrapper for MeshFix: easily repair holes in surface meshes
Erkaman/hole_fixer
Demo implementation of smoothly filling holes in 3D meshes using surface fairing
nikolaseu/neuvision
Structured Light based 3D scanner
phreax/structured_light
3d reconstruction using three step phase shift
polatory/polatory
Fast radial basis function interpolation for large scale data
scopatz/pyembree
Python Wrapper for Embree
Zhengjun-Du/PoissonDeformation
implementation of the paper: Mesh Editing with Poisson-Based Gradient Field Manipulation
libKriging/libKriging
kriging library for performance and wide language support
pranavkantgaur/3dscan
Implementation of Structured light 3D scanner based on Gray-code - Phase-shift technique
cgalab/surfer2
straight skeleton code implementing Aichholzer and Aurenhammer's Triangulation based algorithm
snousias/mesh-saliency-detection-using-convolutional-neural-networks
Mesh saliency has been widely considered as the measure of visual importance of certain parts of 3D geometries, distinguishable from their surroundings, with respect to human visual perception. This work is based on the use of convolutional neural networks to extract saliency maps for large and dense 3D scanned models. The network is trained with saliency maps extracted by fusing local and global spectral characteristics. Extensive evaluation studies carried out using various 3D models, include visual perception evaluation in simplification and compression use cases. As a result, they verify the superiority of our approach as compared to other state-of-the-art approaches. Furthermore, these studies indicate that CNN-based saliency extraction method is much faster in large and dense geometries, allowing the application of saliency aware compression and simplification schemes in low-latency and energy-efficient systems.
proto3/cavaliercontours-python
Python binding to the CavalierContours C++ library
MyMiniFactory/3DPrintingMeshRepair
pemn/vtk_merge_meshes
desktop app (cmd and gui) to repair or merge (boolean and/or) multiple surface/solid meshes
davisnju/RepairingInTriangleMesh
三角网格模型修补
mzeybek583/FastRBF
Radial basis function interpolation on dense point cloud for generation of terrain surface ^^|^^ UNDER CONSTRUCTION ^^|^^
csyhping/MeshRepair
A mesh repair project by Libigl. Currently under development.
bsuehling/mrep
This project contains the code developed in the framework of my Bachelor's Thesis on the topic Mesh Repairing using Deep Networks.
ShayHill/offset_poly
Offset a polygon / polyline to the left.