Calibrated Fivepoint Solver

The code implements a calibrated fivepoints relative pose solver as descibed in the paper:

Recent Developments on Direct Relative Orientation, Henrik Stewenius, Christopher Engels, David Nister,
To appear in ISPRS Journal of Photogrammetry and Remote Sensing (see publications).

Please cite this paper in work that uses the software.

The software consits of a matlab script and a mex-file:
calibrated_fivepoint.m
calibrated_fivepoint_helper.c
calibrated_fivepoint_non_gb.m, same functionality as above but implements the fivepoint method without computing a GB. Can be optimized to be extremely fast. (this code is written by Chris Engels). To use the code you first compile the c-code with the mex command. Then call using the m-file.

An 8-point solver
A 7-point solver
Two different calibrated sixpoint solvers

The software is not supported but bug reports are welcome. See the copyright file for details about conditions of use. By downloading the software, you agree to be bound by the conditions. Commercial enterprises may license the software, subject to agreement.

More information on the authors:
Henrik Stewenius
Chris Engels
David Nister.


PS: If this version is not fast enough for your needs please see:
D. Nister, An Efficient Solution to the Five-Point Relative Pose, PAMI 2004 (see publications).

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