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基于VC与IDL混合编程的数据可视化系统
引用本文:朱应飞,肖炳甲,罗家融.基于VC与IDL混合编程的数据可视化系统[J].微计算机信息,2011(7).
作者姓名:朱应飞  肖炳甲  罗家融
作者单位:中科院等离子体物理研究所;东华大学理学院;
基金项目:基金申请人:肖炳甲;项目名称:托卡马克的启动与等离子体成形控制研究;基金颁发部门:国家自然科学基金委(10835009)
摘    要:针对EAST实验需要,设计了等离子体放电位形可视化系统。该系统采用VC与IDL混合编程模式实现,将VC友好人机界面等优势和IDL强大的数据分析可视化功能完美结合。实验结果证明了VC与IDL混合编程在等离子体物理实验数据分析及可视化应用的可行性和高效性。

关 键 词:等离子体  IDL  混合编程  数据可视化  

Application of Hybrid Programming Based on VC and IDL on Visualization of Plasma Physics Experiment Data
ZHU Ying-fei XIAO Bing-jia LUO Jia-rong.Application of Hybrid Programming Based on VC and IDL on Visualization of Plasma Physics Experiment Data[J].Control & Automation,2011(7).
Authors:ZHU Ying-fei XIAO Bing-jia LUO Jia-rong
Affiliation:ZHU Ying-fei XIAO Bing-jia LUO Jia-rong(Institute of Plasma Physics,Chinese Academy of Sciences,Hefei 230031,China) (School of Sciences,Donghua University,Shanghai 200051,China)
Abstract:It is necessary to design visualization system of plasma physics experiment data for the demand of the EAST tokamak experiment, which provides researchers reference in analyzing and making decisions. The mode of the Hybrid Programming based on VC and IDL is adopted, and the superiority of hybrid programming is revealed in evidence in the system. This system has been demonstrated on visualization of plasma physics experiment data.
Keywords:Plasma  IDL  Hybrid Programming  Data Visualization  
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