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README
README_FOR_DATA
build_full.m
build_norm.m
checkFace.m
evaluateFace.m
get_mosek_prob.m
main.m
makePSD.m
makeQP_coref.m
makeQP_face.m
mapFromB2A.m
optimizerSetup.m
runCorefFaceOpt.m
solveLP_map.m
solveQP_coref.m
updateFaceCorefAddTerms.m

README


Dependencies:
-------------
The code uses MOSEK to solve QP and LP optimizations. Please download
the MOSEK software for Linux (http://www.mosek.com/resources/downloads)
along with a mosek license (academic license is free: http://license.mosek.com/academic/).
Then set the corresponding directory and license paths in optimizerSetup.m.

Data:
-----
Download the data (http://vision.stanford.edu/vigneshr_release_data/eccv14_episode_data.zip)
and unpack it in a directory $DATA_DIR.

Running the code:
-----------------
1. The bidriectional optimization can be run by running "runCorefFaceOpt".
The different arguments are explained in the file.

2. Results can be generated for the provided dataset by running main($DATA_DIR). 

Saved results:
--------------
1. While running "runCorefFaceOpt.m", results are saved to the directory "$DATA_DIR/$EPISODE_NAME/bidirectional_reulsts/"
2. The face recognition results are saved at each iteration  in the files faces_Y.*, and similarly
coref results are stored for each iteration in the file faces_Z.*.
3. The coref results are stored in a matrix Z_whole as a matrix [0,1]^{number_of_cast_names X number_of_mentions}.
4. The face results are stored in a matrix Y_whole as a matirx [0,1]^{number_of_cast_names X number_of_faces}.