Pinned Repositories
Coarse-to-fine-correspondences
PyTorch implementation of NeurIPS 2021 paper: "CoFiNet: Reliable Coarse-to-fine Correspondences for Robust Point Cloud Registration"
Cultural-Heritage-Models
A collection of cultural heritage models designed for Benchmarking MVS Algorithms.
DeepTex
DeepTex: Deep Learning-Based Texturing of Image-based 3D Reconstructions
GAAlign
Robust Sampling-based Point Cloud Registration using Geometric Algebra
Gaalop
Gaalop (Geometic Algebra Algorithms Optimizer) is a software to compile and optimize geometric algebra (GA) expressions into high-level programming language code. Geometric algebra expressions can be developed using the freely available CLUCalc software by Christian Perwass. Gaalop optimizes CLUCalc expressions and produces C++ (AMP), OpenCL, CUDA, CLUCalc or LaTeX output. The optimized code is free of geometric algebra operations and runs very efficiently on various platforms.
gitignore
A collection of useful .gitignore templates
mvs-texturing
Algorithm to texture 3D reconstructions from multi-view stereo images
OrthoSfM
A SfM pipeline for orthographic images
PointCloudMetrics
A collection of cultural heritage models and benchmarks for viewplanning algorithms.
unity-experiments
A collection of my personal experiments with unity3d including shaders and code examples
kai-neumann's Repositories
kai-neumann/unity-experiments
A collection of my personal experiments with unity3d including shaders and code examples
kai-neumann/GAAlign
Robust Sampling-based Point Cloud Registration using Geometric Algebra
kai-neumann/OrthoSfM
A SfM pipeline for orthographic images
kai-neumann/Coarse-to-fine-correspondences
PyTorch implementation of NeurIPS 2021 paper: "CoFiNet: Reliable Coarse-to-fine Correspondences for Robust Point Cloud Registration"
kai-neumann/Cultural-Heritage-Models
A collection of cultural heritage models designed for Benchmarking MVS Algorithms.
kai-neumann/DeepTex
DeepTex: Deep Learning-Based Texturing of Image-based 3D Reconstructions
kai-neumann/Gaalop
Gaalop (Geometic Algebra Algorithms Optimizer) is a software to compile and optimize geometric algebra (GA) expressions into high-level programming language code. Geometric algebra expressions can be developed using the freely available CLUCalc software by Christian Perwass. Gaalop optimizes CLUCalc expressions and produces C++ (AMP), OpenCL, CUDA, CLUCalc or LaTeX output. The optimized code is free of geometric algebra operations and runs very efficiently on various platforms.
kai-neumann/gitignore
A collection of useful .gitignore templates
kai-neumann/mvs-texturing
Algorithm to texture 3D reconstructions from multi-view stereo images
kai-neumann/PointCloudMetrics
A collection of cultural heritage models and benchmarks for viewplanning algorithms.
kai-neumann/seaborn-image
High-level API for attractive and descriptive image visualization in Python