Information Entropy-Based Texture Adaptation for 3D Vector Field Visualization
Huai Hui Wang, Si Kun Li · Applied Mechanics and Materials · 2014
Texture adaptation is a challenging issue in texture-based feature visualization. In order to visualize as more information as we can, this paper presents a texture adaptation technique based on extended information entropy. A new definition of information entropy for 3D vector field is proposed to quantitatively represent the information carried by them. A discussion of results is included to demonstrate our algorithm which leads to a more reasonable visualization results based on texture adaption with information entropy.