Fig. 1. Principle of SDCAIS based on DMD

Fig. 2. (a) Appearance and (b) reflective array of DMD

Fig. 3. Correspondence of DMD and the detector in space

Fig. 4. Correspondence of DMD and the detector. (a) In ideal condition; (b) in fact condition

Fig. 5. Optical path of the experiment

Fig. 6. Image which is out of focus

Fig. 7. Hollow square calibration pattern with the fringe width of 8 pixel loaded on DMD

Fig. 8. Image after matching for detector and DMD in the direction of θ

Fig. 9. Location of the center of DMD on detector

Fig. 10. Comparison diagram of the effect. (a) Effect of mean value; (b) detail of mean value; (c) effect of mid-value; (d) detail of mid-value

Fig. 11. Result after binarizational processing

Fig. 12. Results after processing with each edge extraction operator. (a) Prewitt operator: threshold is 0.04; (b) Log operator: threshold is 2; (c) Log operator: threshold is 3; (d) Canny operator: threshold is 0.2

Fig. 13. Schematic diagram of tilt angle

Fig. 14. Comparison of before and after correction. (a) Before correction; (b) after correction

Fig. 15. Pattern collected by detector in theory

Fig. 16. Comparison of the hollow square pattern with the fringe width of 4 pixel (a) before and (b) after correction

Fig. 17. Grid stripes with the side length of 8 pixel (a) before and (b) after correction; grid stripes with the side length of 16 pixel (c) before and (d) after correction

Fig. 18. Colorful experiment objective

Fig. 19. Comparison of colorful dull image with 15 orders coding before and after correction. (a) Before correction; (b) after correction

Fig. 20. Image after 2D mid-value filtering process