Based on the process features of rapid laser prototyping, this software system implements the concurrent process of data processing and process controlling.
该软件系统结合激光快速成形技术的工艺特点，采用了数据处理与加工控制并行处理的运行机制。
By use of digital system it can improve the testing accuracy and efficiency, so it provides bases for the laser process research.
利用数字化系统可以有效提高测试准确度和工作效率，为激光加工的研究奠定了基础。
Based on building the mathematical model of scanning process of Length alterable Line scanning Laser rapid prototyping system, a zoning algorithm for planar polygon is put forward.
在建立激光变长线快速成型系统加工过程的数学模型的基础上，提出了一种可对任意平面图形进行分区处理的分区算法。
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