该文论及的平面雕刻数控编程系统是在现有的二维设计支撑软件的基础上完成的。
Completion of the NC programming system for plane engraving mentioned in this paper is based on the supporting software for two - dimensional design.
本文讨论表现卫星网络传输层协议运行的可视化方法，并在MFC编程环境下设计了实现仿真结果二维可视化的软件。
In the article, we discuss various visualization methods that depict the running of satellite network transport layer protocols and provide software to achieve the goal of visualization using MFC.
介绍用二维CAD软件作图法设计渐开线齿轮、摆线齿轮的方法。
Method is introduced to design involute gear and cycloid gear with 2d CAD software and graphic method.
并进一步研制出二维平面和任意回转面叶型自动优化设计软件。
A software is developed, which could design 2d blade profiles of plane and arbitrary rotating surfaces.
进一步研制出二维平面和任意回转面叶型自动优化设计软件。
Software was developed, which can design 2d blade profiles of plane and arbitrary rotating surfaces.
据此，推导了扇束三代二维ICT系统基于CDD函数的设计平台，并完成了软件开发。
A kind of design technique frame based on the contrast-detail-dose(CDD) function was proposed for the development of ICT system.
利用辅助设计软件CAXA的齿形二维设计模块，按设计要求在模块中定义参数，快速生成齿轮二维图形。
According to designers' demand to define the parameters in the module, the 2d figure of the gear can be created fast, through the help of a auxiliary software - CAXA.
针对传感器弹性体的重要性，本文应用有限元分析软件ANSYS对二维轴承载荷传感器弹性体进行了结构优化设计。
Aiming at the importance of the elastomer, based on the ANSYS, the thesis has realized the structure optimization design of the elastomer of two-dimensional bearing load cell.
分析高密度电法二维反演过程，给出了二维反演软件的设计思路和软件界面框架。
The design and a surface framework of 2D inverse software by analyzing 2D inverse procedure in high density resistivity method are introduced.
以本系统获得的二维断层图像为原始数据，利用自行设计三维重建软件，得到了真彩的表面重建和任意切面重建结果。
Using 2d series section images acquired by the system, the true color 3d reconstructions of the surface and any section...
以本系统获得的二维断层图像为原始数据，利用自行设计三维重建软件，得到了真彩的表面重建和任意切面重建结果。
Using 2D series section images acquired by the system, the true color 3D reconstructions of the surface and any section plane have been achieved.
以本系统获得的二维断层图像为原始数据，利用自行设计三维重建软件，得到了真彩的表面重建和任意切面重建结果。
Using 2D series section images acquired by the system, the true color 3D reconstructions of the surface and any section plane have been achieved.
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