基于2.5维农机可视化管理系统实现

Agricultural machinery visual management platform construction based on the 2.5dimensions space

利用2.5维的分层技术,实现农机的虚拟定位观察及场景动态展示,在此基础上与农机的数据管理相结合,实现农机的可视化管理系统。通过对场景地图的后台分割与前台的动态载入,实现既占用较少的内存资源又可以流畅的展示农机大场景效果。合理整合算法实现农机与场景地图的深度计算,从而实现2.5维的虚拟场景展示,为后期垦区的农机管理和有关研究人员提供便利。

In this paper, it uses 2.5 dimensional layered technology to implement virtual locating observation and dynamic scene of the farm machinery display, combined with farm machinery data management to realize visualization management system of agricultural machinery. Based on the scene of background segmentation and the reception of dynamic loading, it achieves to occupy less memory resources and can smooth big scene shows farm effect. Making a depth calculation to physical collision integration algorithm implementation of agricultural machinery and the scene map, thus realized the virtual scene of 2.5 dimensions, provides convenience for the management of agricultural machinery and related researchers.