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EBMCS has some features of a camera matrix and a camera array.
For pose estimation procedure, the projection matrix (or camera matrix) P will be calculated and saved along with the key frame.
Under a camera matrix P, the point a is imaged onto the image line at widetilde{q}_{i}^{mathrm{a}}=frac{f cdot X_{i}^{mathrm{a}}}{Z_{i}} (9) Fig. 7 Point coordinates as the object moves from t=t i to t=t i+1.
The image point coordinates and the camera matrix triangulated the 3D-coordinates of each reflective marker.
Each camera had to be able to capture the entire calibration object during one capture trial and produce a per camera matrix.
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Projective camera matrices are then upgraded to Euclidean and used for recovering structure, which is in turn employed for refining the projection matrices through local resectioning.
This chapter introduces the basics of multi-view geometry in computer vision, including image formation and camera matrices, epipolar geometry and the fundamental matrix, projective transformations, and N-camera geometry.
Then, several reconstructions and re-projections are used to tune the camera matrices by adjusting geometric error.
From the corresponding points, the fundamental matrix was first computed and subsequently the two camera matrices, P 1 and P 2, associated with the two views were deduced.
The simulator generates all necessary data for tracking (i.e., rendered images and camera matrices) and evaluation (i.e., ground truth of the 2D and 3D trajectories).
Given 2D images and the camera matrices, the positions of 3D points are computed using the triangulation method presented in [27].
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