GitHub - Paul92/Physically-Based-NRSfM-Project

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 4 Commits
BBS		BBS
Bregler		Bregler
Datasets		Datasets
SeDuMi_1_3		SeDuMi_1_3
gloptipoly3		gloptipoly3
schwarps		schwarps
Project_Description.pdf		Project_Description.pdf
ShapeFromNormals.m		ShapeFromNormals.m
Tutorial.pdf		Tutorial.pdf
absor.m		absor.m
calculate_depth.m		calculate_depth.m
compare_with_Ngth.m		compare_with_Ngth.m
compare_with_Pgth.m		compare_with_Pgth.m
create_dataset.m		create_dataset.m
create_polynomial_coefficients.m		create_polynomial_coefficients.m
create_polynomial_coefficients_non_square.m		create_polynomial_coefficients_non_square.m
example_infp.m		example_infp.m
readme.txt		readme.txt
solve_polynomial.m		solve_polynomial.m

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This is an implementation of the method proposed by
Parashar et al, 2017: http://igt.ip.uca.fr/encov/publications/pubfiles/2017_Parashar_etal_PAMI_nrsfm.pdf

Execute  example_infP.m  for executing the algorithm.
        
The BBS toolbox is already compiled for linux systems.
For other OS: run compile.m in the folder BBS.

The implementation of Bregler's method, discussed in the Tutorial, is
available in the Bregler directory, along with the dataset.