Fig. 1. Transmission of light in a corner cube and its reflection order. (a) Transmission path; (b) reflection order

Fig. 2. Relationship of film thickness and Goos-H?nchen displacement^[12]

Fig. 3. Model of corner cube coated thin films

Fig. 4. Electric field distribution at the interfaceof dielectric film

Fig. 5. Pseudocode of PSO algorithm

Fig. 6. Simulation model of corner cube coated thin film structure

Fig. 7. Transmission of evanescent wave. (a) Electric field pattern; (b) s component of electric field

Fig. 8. Enlarged view of transmission of evanescent wave in Fig. 7. (a) Electric field pattern; (b) s component of electric field

Fig. 9. Definition of coordinate system for describing polarization state

Fig. 10. Normalized Stokes parameters of output light and incident light. (a) S₁; (b) S₂; (c) S₃

Fig. 11. Deviation of azimuth and ellipticity of actual output light in different transmission paths with respect to ideal output light. (a) Azimuth; (b) ellipticity