数字花卉植物的全息可视化与交互实现

Holographic Visualization and Interactive System Realization of Digital Flower Plants

花卉植物形态、结构与生长过程的数字化和可视化是现代林业科研的重要研究内容,数字花卉植物在科普、教育、展示等方面都有着广泛的应用与需求。全息影像技术是一种新兴的前沿技术,其原理源自佩珀尔幻象,通常用于生成立体感强的影像,实现数字幻象与真实世界的融合,拥有良好的观赏性,用户接受度较高。将全息影像技术与数字花卉植物相关研究进行结合,可以加强数字花卉植物的可视化效果,从而实现更好的科普、教育、展示效果。因此在现有的研究基础之上,考虑实现数字花卉植物的全息可视化,并在可视基础上增加了用户交互实现,设计出一套兼具展示性和交互性的流程,力求总结出一种具有完整可行性的方案,从而对数字花卉植物的新型表现形式进行深入研究,以期对数字植物研究与应用的进一步发展提供参考。

The digitization and visualization of flower plants’ morphology, structure and growth process are important research contents of modern forestry research. Digital flower plants have a wide range of applications and demands in science, education and display. Holographic, the cutting-edge technology, whose principle is derived from ‘Pepper’s ghost’ phenomenon. It is usually used to display fabricated images, enabling the integration of digital visions and the real world. It has of fairly appreciable visual effect and high user acceptance. The combination of holographic technology and digital flower plants can enhance the visualization of digital flower plants, thus achieving better effects in display, education and exhibition occasions. Based on what has been achieved, the holographic visualization of digital flower plants is the focus of study in this paper, which, in combination with an interactive system facilitates the design of a set of processes that is characteristic of visuality and interactiveness. Thus it is a feasible scheme capable of carrying out in-depth research on digital flower plants, providing implications for further study on digital plants and related applications.