Fig. 1. Principle of two-step transfer and exposure method. (a) Production of master hologram; (b) transfer of hologram

Fig. 2. Holographic stereogram principle of EPISM method

Fig. 3. Wavefront recording of hologram

Fig. 4. Broadening of the reconstructed image point by white light

Fig. 5. Effect of scene depth on d. (a) Effect of scene depth on the resolution of the synthetic perspective picture; (b) effect of scene depth on the quality of the reconstructed image

Fig. 6. Optical setup of holographic stereogram printer system

Fig. 7. Synthetic effective perspective images of different view points

Fig. 8. Reconstruction with white light. (a) Optical setup of reconstruction; (b) white-light LED used in optical setup of reconstruction

Fig. 9. Reconstructed images. (a) Intensity ratio of reference light and object light is 1∶1; (b) intensity ratio of reference light and object light is 5∶1; (c) intensity ratio of reference light and object light is 10∶1

Fig. 10. Contrast of reconstructed image with laser and white light. (a) Reconstructed image with laser; (b) reconstructed image with white light

Fig. 11. Contrast of reconstructed image with different scene depths. (a) Smaller scene depth; (b) suitable scene depth