Contained here are the calibation outputs for each file in the Hollywood 3D dataset (large balanced).

If you make use of these calibrations in your own work, please cite the paper:
@InProceedings{Hadfield14b,
  Title                    = {Natural action recognition using invariant 3D motion encoding},
  Author                   = {Simon Hadfield and Karel Lebeda and Richard Bowden},
  Booktitle                = {Proceedings of the European Conference on Computer Vision},
  Year                     = {2014},

  Address                  = {Zurich, Switzerland},
  Editor                   = {Tinne Tuytelaars, Bernt Schiele, Tomas Pajdla, David Fleet},
  Month                    = {{6--12} } # sep,
  Publisher                = {Springer},
  Series                   = {Lecture Notes in Computer Science},
  Url                      = {http://personal.ee.surrey.ac.uk/Personal/S.Hadfield/papers/Natural%20action%20recognition%20using%20invariant%203D%20motion%20encoding.pdf}
}

Each calibration file contains several pieces of information.
"focal_length": The estimated focal length in pixels for the sequence.

"fundamental_matrix": The final fundamental matrix (3x3) chosen as the best solution of the polynomial eigenvalue decomposition, on the inliers of "f_epi".

"f_epi": The initially estimated fundamental matrix (3x3), used to prefilter correspondeces with epipolar constraints.

"essential_matrix": The final essential matrix (3x3) corresponding to "fundamental_matrix".

"translation": The translation vector (3 elements) between the two cameras in the stereo rig (chosen along with "rotation" from "essential_matrix" so as to maximize points with positive depth).

"rotation": The rotation matrix between the two cameras in the stereo rig (chosen along with "rotation" from "essential_matrix" so as to maximize points with positive depth).

"full_rms": The RMS error (in pixels) of the chosen "fundamental_matrix" across all correspondences.

"inlier_rms": The RMS error (in pixels) of the chosen "fundamental_matrix" across the inlier correspondences after epipolar prefiltering.

"num_inliers": The number of inlier correspondences to epipolar prefiltering.

"input_matches": The total number of correspondences before prefiltering.

Finally the files also include the time taken to calculate the calibration, in seconds.