Fig. 1. Light field parameterization. (a) Two-plane model; (b) position-angle model

Fig. 2. Focal stack-based light field reconstruction. (a) Schematic diagram of object space light field reconstruction; (b) perspective projection schematic diagram of camera imaging

Fig. 3. Error distribution curves of iterative light field reconstruction in both object and image spaces

Fig. 4. Light field reconstruction in object and image spaces. (a) Multi-view images of Lim; (b)(c) enlarged views of center and bottom right frames and corresponding reconstruction error distribution in Fig. (a); (d) multi-view images of Lobj; (e)(f) enlarged views of center and center and bottom right frames and corresponding reconstruction error distribution in Fig. (d); (g)(h) cross-sectional distribution curves of center- and boundary-view images of reconstructed and reference light fields

Fig. 5. Light field reconstruction at various depth ranges. (a) Center- and boundary-view reconstruction error maps of Lim; (b) error distribution curves marked by lines in Fig. (a); (c) center- and boundary-view reconstruction error maps of Lobj; (d) error distribution curves marked by lines in Fig. (c)

Fig. 6. Camera calibration. (a) Target images in different orientations taken at specific focal position; (b) reprojection error distribution for camera calibration used the target image set

Fig. 7. Corrected images at different focal position, along with local enlarged views of image regions marked by dotted boxes

Fig. 8. Light field reconstruction and measurement. (a) Multi-view images of reconstructed light field; (b)(c) boundary- and center-view images marked by the upper left and center boxes in Fig. (a), along with local enlarged views; (d) metric depth map