Application of CG Rendering Algorithm in Automatic Generation Framework of Bamboo and Wood Furniture Images

Image rendering mainly replaces the three-dimensional geometric objects in the image with a flat signboard and at the same time pastes the real-time image of the object onto the signboard as a texture. This algorithm and principle can quickly render and generate a surrogate for a real-time image with very little computational effort. But when the viewing angle of the real-time image changes, if the substitute cannot change in time according to the change in viewing angle, an obvious parallax effect will occur. So to get better rendering, the proxy needs to be updated as the viewing angle changes. In this study, the novel CG rendering algorithm in automatic generation framework of the bamboo and wood furniture images is proposed. The highlights are: 1. efficient image feature extraction algorithms are reviewed and the proper method is selected for the target scheme of CG rendering algorithm. 2. novel image generation framework is proposed. 3. novel CG rendering algorithm is proposed and the bamboo and the wood furniture images are selected as the experimental examples to validate the proposed model.