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。
In the software of RPM rapid laser prototyping, construct the corresponding data structure by the use of object oriented programming method.
在RPM激光快速成型软件中，利用面向对象的编程思想，构造了相应的数据结构。
In the dissertation, the research is rapid prototyping technology of chemical chip. It mainly includes two parts, hardware and software.
本论文研究了化学芯片的快速成型技术，此技术主要分为硬件和软件两部分。
Creating background of rapid prototyping technology, basic principles, technological methods, prototyping material, software, application and trend a re introduced.
介绍了快速成形技术的产生背景、基本原理、工艺方法、成形材料、软件、应用以及发展趋势。
The software system is the soul of rapid prototyping system, including the data examine and processing software and the CNC code outputting software.
快速成形软件系统是快速成形系统的灵魂，包括数据检验与处理软件和数控代码生成软件。
Finishing surface reconstruction and building solid modeling by UG modeling software after the "points cloud" data are processed, and exporting in STL file format to import rapid prototyping.
利用UG造型软件对优化处理的数据进行曲面重建，进而建立实体模型，并以STL文件格式输出，为快速原型制造提供了输入数据。
When exploit software which is related with rapid prototyping, it is absolutely necessarily to read the datum savde as STL format.
在开发与快速成形相关的软件时，对STL格式的数据文件的读取是必不可少的。
This paper presents an open software design of a DSP - based high - speed motion control system, which is applied in laser rapid - prototyping system.
描述以基于DSP处理器为核心，用于激光快速成型系统的高速运动控制系统软件的体系结构及其开放式设计。
The CAD technology in micromachine rapid prototyping system is presented. The design of the slicing software for micromachine rapid prototyping system is discussed in detail.
介绍了微小机械快速成型系统中的CAD技术，详细讨论了微小机械快速成型系统切片软件的设计，为开发微小机械快速成型系统奠定了基础。
Graphical User Interface (GUI) is created with rapid prototyping, has characteristics that differ it from traditional software, so test techniques for traditional software can't directly apply to GUI.
图形用户界面(GUI)采用快速原型法生成，具有一些不同于传统软件的特性，使得传统软件测试技术不能直接应用于GUI。
Graphical User Interface (GUI) is created with rapid prototyping, has characteristics that differ it from traditional software, so test techniques for traditional software can't directly apply to GUI.
图形用户界面(GUI)采用快速原型法生成，具有一些不同于传统软件的特性，使得传统软件测试技术不能直接应用于GUI。
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