Figures & data
Figure 2. The mechanism of how the observer sees full-color 3D images with the synchronized active color filter and the display panel.
![Figure 2. The mechanism of how the observer sees full-color 3D images with the synchronized active color filter and the display panel.](/cms/asset/85203486-82ca-4b75-8b87-2a8e117819b6/tjid_a_555514_o_f0002g.jpg)
Figure 6. The original images that were used in the image separation experiment: (a) the left-eye image; and (b) the right-eye image.
![Figure 6. The original images that were used in the image separation experiment: (a) the left-eye image; and (b) the right-eye image.](/cms/asset/3fdd2406-8e1b-4e2c-a543-f50944031913/tjid_a_555514_o_f0006g.gif)
Figure 7. The rendered images in the image separation experiment: (a) the first-status image and (b) the second-status image.
![Figure 7. The rendered images in the image separation experiment: (a) the first-status image and (b) the second-status image.](/cms/asset/acd1bb89-47b1-436f-99a8-c3383301ceed/tjid_a_555514_o_f0007g.jpg)
Figure 8. The original images that were used in the experiment with stereoscopic images: (a) the left-eye image and (b) the right-eye image.
![Figure 8. The original images that were used in the experiment with stereoscopic images: (a) the left-eye image and (b) the right-eye image.](/cms/asset/bce7591f-7549-4cec-be4a-1400375f2dcb/tjid_a_555514_o_f0008g.jpg)
Figure 9. The rendered images in the experiment with stereoscopic images: (a) the first-status image and (b) the second-status image.
![Figure 9. The rendered images in the experiment with stereoscopic images: (a) the first-status image and (b) the second-status image.](/cms/asset/02b41c98-a877-4df0-a3cf-c2364582221d/tjid_a_555514_o_f0009g.jpg)