RSLightFields

Author

Quentin CHAN-WAI-NAM (14chanwa)

Introduction

This program implements a disparity computation method from 3D light fields (images taken along a linear path), originally presented by Kim et al. in Scene reconstruction from high spatio-angular resolution light fields. ACM Trans. Graph, July 2017.

It was made in the framework of the course "Remote sensing: from sensor to large-scale geospatial data exploitation" of the Master 2 MVA (ENS Paris-Saclay, Telecom ParisTech).

It is distributed under the GNU-GPLv3 license. The corresponding GitHub can be found here: https://github.com/14chanwa/remotesensingProject

Dependencies

• OpenCV 3.x
• OpenMP
• C++11 with support for stdc++fs (experimental/filesystem)

Structure

The project is organized under the form of high-level classes (implemented in the files rslf_depth_computation.hpp and rslf_fine_to_coarse.hpp, and low-level functions that are defined in the other headers (mainly rslf_depth_computation_core.hpp and rslf_fine_to_coarse_core.hpp). The documentation for the latter can be found in the documentation of the files in which they are defined.