Pinned Repositories
cgal
The public CGAL repository, see the README below
CSCI571
CSCI580
CSCI599
3D Vision
LightSamplingField
[ICLR 2023] Light Sampling Field and BRDF Representation for Physically-based Neural Rendering
nerf
Code release for NeRF (Neural Radiance Fields)
openreview
RealSenseD415Calibration
virtualLightStage
paperlists
Processed / Cleaned Data for Paper Copilot
jingyangcarl's Repositories
jingyangcarl/CSCI571
jingyangcarl/CSCI580
jingyangcarl/body_capture_data
jingyangcarl/CameraStage
jingyangcarl/Coursera_Stanford_LM
Implementation of the algorithms in the course
jingyangcarl/CSCI561
jingyangcarl/CSCI576
jingyangcarl/ImbalancedKeypoints_Debug
[BIBE 2017] A Feature Preserved Mesh Subdivision Framework for Biomedical Mesh. This is a C++ program, based on QT, used to implement triangular mesh subdivision using keypoints detection
jingyangcarl/ImbalancedKeypoints_Release
This is a project based keypoints detection and make progress on triangular mesh subdivision.
jingyangcarl/MeshSubdivision_Debug
This is the upgrade version of ImbalancedKeypoints_Debug, which can be found in jingyangcarl's repositories. The program is mainly about triangular mesh subdivision using keypoints detection.
jingyangcarl/nerf
Code release for NeRF (Neural Radiance Fields)
jingyangcarl/pcl
Point Cloud Library (PCL)
jingyangcarl/QtOpenGLTutorials
jingyangcarl/RealSenseD415Calibration
jingyangcarl/render_kinect
Simulation of Kinect Measurements
jingyangcarl/rgbd_simulation
Main reference:Handa, A., Whelan, T., Mcdonald, J., & Davison, A. J. (2014). A Benchmark for RGB-D Visual Odometry , 3D Reconstruction and SLAM. In ICRA.
jingyangcarl/ARKitTutorial
jingyangcarl/ARSphericalHarmonicsLighting
jingyangcarl/cgal-public-dev
CGAL public development
jingyangcarl/pyembree
Python Wrapper for Embree
jingyangcarl/reflectance_maps
Implementation of algorithms to compute reflectance maps from measurements with gradient illumination.
jingyangcarl/Resources
jingyangcarl/SCNVector3Extensions
An extension of SCNVector3 written in Swift that adds helpful functions to calculate dot products, cross products etc