Abstract
In order to improve the effect of film space performance, this paper applies the combination of virtual and reality to the film space performance processing. Moreover, this paper analyzes the light field distribution of the three-dimensional object in space, and modulates the projected image projected on it with the spectral characteristics of the optical screen to finally restore the light field of the original object. In addition, this paper uses the multi-projection method to study the recovery process of the cylindrical microlens array screen to the light field, and divides and reorganizes the multi-view image of the scene shot by the camera array to obtain the correct projected image. Finally, this paper applies the space processing algorithm based on the combination of virtual and reality to the film space performance processing, and uses experimental research to verify the reliability of the method proposed in this paper.
Highlights
When filming the film, the most important thing is how to use perspective to enhance and capture the sense of space in the picture
The scene is gridded through a grid, and the grid is reduced in proportion to the drawing paper, and the actual scene is drawn using the grid on the drawing paper
At is, the horizontal direction does not change the spread of light. e pupil coordinate of the projector Pi in Figure 6 is, and the light field of the light projected by Pi on the holographic directional scattering screen is expressed as:
Summary
The most important thing is how to use perspective to enhance and capture the sense of space in the picture. The light field corresponding to the projected image of the entire projector array can be obtained.
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