Production Method of Light Field Image Simulation Based on 3ds Max 3D Reconstruction

At present, there are various ways to implement a light field imaging system, among which light field array camera as a new system of the light field imaging system is widely concerned and researched, however, the light field image produced based on this method does not provide the demand of scene baseline changeable, which greatly limits the application scene of light field image. To this end, this paper proposes a light field image simulation production method based on 3ds Max 3D reconstruction, which mainly includes five key steps, including 3D scene modeling, scene unit configuration, lighting parameter adjustment, array camera construction, and rendering imaging. The method proposed in this paper solves the shortcomings of the traditional light field image production process that cannot target array camera baseline changes and has advantageous features such as stable camera parameters, idealized rendering imaging, variable imaging baseline, and simultaneous presentation of a depth map. Compared with the traditional method, the method produces images with balanced quality and high automation, which can effectively improve the production efficiency of light field images in specific scenes and meet the requirements of relevant light field image processing tasks.