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基于多关节反向运动学的清藻机运动仿真

  

  • 出版日期:2013-02-27 发布日期:2015-06-10

Motion simulation of clean algae machine based on multi-joint inverse kinematics

  • Online:2013-02-27 Published:2015-06-10

摘要: :针对水藻以及水浮莲等水生植物对水质污染所造成的生态环境破坏,基于
多关节反向运动学,对小型机械打捞装置进行运动仿真。利用CAXA 建立清藻机的三维模
型,在文件优化和数据交换基础上,利用3ds max 软件建立打捞装置各部件的层次链接,并
基于多关节反向运动学进行运动仿真和轨迹分析,得到作业过程打捞装置的运动,包括IK
链的位置轨迹和耙爪的运动轨迹。此方法适于机构运动轨迹的设计、编辑及优化等交互性强
和实时性要求高的任务。

关键词: 计算机应用, 运动仿真, 反向运动学, 层次

Abstract: Water pollution caused by algae, water lettuce and other aquatic plants has led to
environmental damage. The movement process of small mechanical devices is studied based on
multi-joint inverse kinematics (IK). System's three dimensional modeling is established by
using of the CAXA program. Based on the optimization and date exchange, the lever link of
salvage device parts is established using 3ds max software. The IK algorithm is used in motion
simulation and trajectory analysis. The movement of salvage device, position trajectory of IK
chain and movement trajectory of harrow claw are obtained. The method is suitable for high
interactivity and real-time applications such as movement trajectory design, motion editing and
optimization.

Key words: computer application, motion simulation, inverse kinematics, level