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Research Article

Analysis of the Quantitative Impact of Virtual Reality Technology on Visual Communication Art Design

Article: 2204599 | Received 06 Mar 2023, Accepted 15 Apr 2023, Published online: 22 Apr 2023

Figures & data

Figure 1. The Fourier transform of the line integral of the function is radially distributed in the frequency domain.

Figure 1. The Fourier transform of the line integral of the function is radially distributed in the frequency domain.

Figure 2. Pixel block and line driver.

Figure 2. Pixel block and line driver.

Figure 3. Translation stage.

Figure 3. Translation stage.

Figure 4. Biased detector.

Figure 4. Biased detector.

Figure 5. Rays are partially redundant.

Figure 5. Rays are partially redundant.

Figure 6. Location of redundant rays.

Figure 6. Location of redundant rays.

Figure 7. An ordered subset of the W-OS-SART algorithm.

Figure 7. An ordered subset of the W-OS-SART algorithm.

Figure 8. Redundant weighting of rays in a semi-covered artistic vision image.

Figure 8. Redundant weighting of rays in a semi-covered artistic vision image.

Figure 9. Visual communication design system based on virtual reality technology.

Figure 9. Visual communication design system based on virtual reality technology.

Figure 10. Statistical diagram of the quantitative effect of the artistic design of the visual communication design system based on virtual reality technology.

Figure 10. Statistical diagram of the quantitative effect of the artistic design of the visual communication design system based on virtual reality technology.

Table 1. Statistical table of the quantitative effect of artistic design of visual communication design system based on virtual reality technology.