摘要
针对移动平台上实现虚拟加工仿真需要解决仿真模型数据量过大及仿真效果差的问题,提出了基于STL简化的三角模型及优化Z-Map算法。该算法适用于五轴数控加工,提高了仿真程序运行效率;同时给出了Z-Map网格优化方法,保证了系统在移动平台上的运行效果。在Android平台上搭建了虚拟加工仿真系统。试验结果验证了该算法在Android平台上与虚拟加工结合的可行性以及良好的仿真效果。
To solve the problems in implementing simulation of virtual machining on mobile platforms, i. e. ,the excessive amount of data of model simulation, and the poor results of simulation, the STL simplified triangle model and optimized Z - Map algorithm are proposed. The algorithms make it suitable for five - axis NC machining and improve the running efficiency of simulation program . In addition, the Z - Map mesh optimization method is given to ensure the running effect of the system on mobile platform. The virtual machining simulation system is built on Android platform; the experimental results verify the feasibility of the algorithm for combining Android platform with virtual machining, and the excellent simulation result.
出处
《自动化仪表》
CAS
2016年第9期22-26,31,共6页
Process Automation Instrumentation
