Immersive interaction design based on perception of vector field climate data

Abstract

Increasing the perception of climate data plays an important role in meteorological data analysis. However, the presentation and human–computer interaction of most existing climate data display systems is still limited to two-dimensional screen space, which affects the user’s acquisition analysis and understanding of data. In order to help users to obtain a greater degree of information and improve user experience, this paper designs a vector climate data perception system based on virtual reality and gesture interaction techniques by using data visualization and dynamic gesture interaction. The experiments show that the proposed intuitive visual analysis system of 3D space data provides users with a highly immersive data acquisition platform, and helps users to understand data more effectively.

Keywords

• Climate data perception
• virtual reality
• gesture recognition
• interactive design