Analysis of Multidimensional Representation of Visual Aesthetic Elements in Graphic Design

Abstract

In order to improve the multidimensional expressive ability of visual aesthetic elements in graphic design, the application of computer graphics and image processing technology in art is analyzed. Based on color difference compensation and 3D vision reconstruction, a multidimensional representation technique of aesthetic elements in graphic design visual images is proposed. The multidimensional content of visual representation in graphic design and the multidimensional expression of visual aesthetic elements in graphic design. The multidimensional content of graphic design visual representation is described, and the multidimensional expression of graphic design visual aesthetic elements is analyzed. Wavelet denoising is carried out on the collected graphic design visual image, and the color difference collocation and aesthetic element feature extraction of the plane design visual image are carried out by using plane projection and color adaptive matching technology. The multi-dimensional reconstruction of visual aesthetic elements is carried out by using shadow segmentation and luminance collocation to improve the multidimensional performance of aesthetic elements in graphic design. The simulation results show that the multi-dimensional representation of aesthetic elements of graphic design visual images by using this technique has a good artistic display ability, and the aesthetic and visual aesthetic expression performance of graphic design is improved. It has good application value of fine arts.