Product Styling Design Based on the Integration of Texture and Shape Features with Computer Technology

To provide an effective way for product modeling design, a product modeling design method based on the fusion of texture and shape features and computer technology is proposed. Based on the product modeling design drawing. By constructing the image texture gray-level co-occurrence matrix and extracting the image texture primitives, the energy, inertia, entropy, and evenness statistics of the texture are obtained, which serve to describe the image texture characteristics. The OHTA color model is employed to segment the shape and background of the product design drawing, while the Fourier descriptor is utilized to obtain the shape features. Based on the texture and shape features required for product modeling design, the image required for product modeling design is retrieved from the image database by calculating the similarity between the texture and shape features and the image feature vector in the image database. Using the retrieved image as input, the framework of the product modeling design virtual environment is first established, and subsequently, the product modeling design is implemented within this virtual environment using Rhino 3D software. The experiment shows that the texture and shape features extracted by this method are more accurate, and can effectively retrieve the image needed for product modeling design from the image database according to the texture and shape features. Based on this image, the product modeling design is realized, and the application effect is relatively remarkable.