Producing hollow meshes for 3D printing from dla3dviewer
Harmonium - An OpenGL spherical harmonic high resolution modeller
Adapting spherical-harmonics-based geometric morphometrics (SPHARM) for 3D images containing large cavity openings using ambient occlusion: a study with hermit crab claw shape variability | SpringerLink
Adaptive area-preserving parameterization of open and closed anatomical surfaces
Aggregate Geometry Generation Method Using a Structured Light 3D Scanner, Spherical Harmonics–Based Geometry Reconstruction, and Placing Algorithms for Mesoscale Modeling of Concrete | Journal of Materials in Civil Engineering | Vol 33,
Aggregate Geometry Generation Method Using a Structured Light 3D Scanner, Spherical Harmonics–Based Geometry Reconstruction, and Placing Algorithms for Mesoscale Modeling of Concrete | Journal of Materials in Civil Engineering | Vol 33,
Making spherical-harmonics-based Geometric Morphometrics (SPHARM) approachable for 3D images containing large cavity openings us
PDF) Spherical Cap Harmonic Analysis (SCHA) for Characterising the Morphology of Rough Surface Patches
FAST SPHERICAL QUASICONFORMAL PARAMETERIZATION OF GENUS-0 CLOSED SURFACES WITH APPLICATION TO ADAPTIVE REMESHING 1. Introduction
Harmonium - An OpenGL spherical harmonic high resolution modeller
Adapting spherical-harmonics-based geometric morphometrics (SPHARM) for 3D images containing large cavity openings using ambient occlusion: a study with hermit crab claw shape variability | SpringerLink
Aggregate Geometry Generation Method Using a Structured Light 3D Scanner, Spherical Harmonics–Based Geometry Reconstruction, and Placing Algorithms for Mesoscale Modeling of Concrete | Journal of Materials in Civil Engineering | Vol 33,
Aggregate Geometry Generation Method Using a Structured Light 3D Scanner, Spherical Harmonics–Based Geometry Reconstruction, and Placing Algorithms for Mesoscale Modeling of Concrete | Journal of Materials in Civil Engineering | Vol 33,
Mathematics | Free Full-Text | A Robust Sphere Detection in a Realsense Point Cloud by USING Z-Score and RANSAC
Making spherical-harmonics-based Geometric Morphometrics (SPHARM) approachable for 3D images containing large cavity openings us
Spherical cap harmonic analysis (SCHA) for characterising the morphology of rough surface patches - ScienceDirect
GitHub - Shape-Lab/SPHARM-Net: SPHARM-Net: Spherical Harmonics-based Convolutional Neural Network
Making spherical-harmonics-based Geometric Morphometrics (SPHARM) approachable for 3D images containing large cavity openings us
Spherical cap harmonic analysis (SCHA) for characterising the morphology of rough surface patches - ScienceDirect
Adapting spherical-harmonics-based geometric morphometrics (SPHARM) for 3D images containing large cavity openings using ambient occlusion: a study with hermit crab claw shape variability | SpringerLink
Mathematics | Free Full-Text | A Robust Sphere Detection in a Realsense Point Cloud by USING Z-Score and RANSAC
Harmonium - An OpenGL spherical harmonic high resolution modeller
Spherical cap harmonic analysis (SCHA) for characterising the morphology of rough surface patches
Mathematics | Free Full-Text | A Robust Sphere Detection in a Realsense Point Cloud by USING Z-Score and RANSAC
