Fig. 1. Phase-only hologram generation scheme based on DDM (ASM represents angular spectrum propagation, and z represents the reconstructed distance)

Fig. 2. Flow chart of dynamic adjustment of compensation factor

Fig. 3. Generation scheme of single-color phase-only hologram based on time-division multiplexing

Fig. 4. Numerical reconstruction results of single-color plane by using two methods. (a) Original image; (b)-(c) numerical reconstruction results by using DDM method; (d)-(e) numerical reconstruction results by using time-division multiplexing method

Fig. 5. Comparison of correlation coefficients of single-plane reconstruction by using two methods. (a) DDM method; (b) time-division multiplexing method

Fig. 6. Numerical reconstruction results of three planes by using two methods. (a)-(c) Original images; (d)-(f) DDM method (T=1); (g)-(i) time-division multiplexing method (T=1); (j)–(l) DDM method (T=10); (m)-(o) time-division multiplexing method (T=10)

Fig. 7. Comparison of correlation coefficients of three planes reconstruction by using two methods. (a) DDM method; (b) time-division multiplexing method

Fig. 8. Optical path diagram of the color holographic display system

Fig. 9. Optical reconstruction results of single-color image by using two methods. (a) Original image; (b)-(c) DDM method; (d)-(e) time-division multiplexing method

Fig. 10. Optical reconstruction results of three planes by using two methods. (a)-(c) Original images; (d)-(f) DDM method (T=1); (g)-(i) DDM method (T=10); (j)–(l) time-division multiplexing method (T=1); (m)-(o) time-division multiplexing method (T=10)

Fig. 11. Numerical and optical reconstruction results of five color images based on time-division multiplexing method