气动设计数据手册自定义生成系统的设计与实现

Design and Implementation of a User-defined Auto-generating System of the Aerodynamic Design Data Book

摘要:

针对传统模式下编写气动设计数据手册(ADDB)存在的数据筛选困难、模式单一、生成效率低等问题,在已有气动数据基础上,设计并实现了气动设计数据手册自定义生成系统。该系统基于溯源技术构建数据供应链,能实时显示气动设计过程,并对设计过程进行质量评估,辅助研究人员快速选择ADDB的内容；实现了ADDB模板自定义生成,能满足研究人员对ADDB内容与样式的个性化要求；并根据用户自定义的模板,使用OOXML规范以及Enjoy模板引擎技术动态生成ADDB,极大提高了ADDB的规范性和时效性,减少了研究人员的工作量。实际应用表明,该系统界面友好,性能稳定,能够简单快捷地生成ADDB文档,满足研究人员的研究需要。

Abstract:

Aiming at the problems of data screening, single mode and low efficiency in the traditional mode of generating the Aerodynamic Design Data Book (ADDB), a user-defined auto-generating system of the aerodynamic design data book is designed and implemented based on the existing aerodynamic data. The data supply chain is built based on data traceability technology,which can illustrate the aerodynamic design process and evaluate the quality of the design process in real time to assist researchers in selecting the content of ADDB; User-defined generation of ADDB templates is also implemented to meet the individualized requirements of ADDB content and styles for researchers with different research directions; According to the user-defined template, ADDB is dynamically generated through the OOXML specification and the Enjoy template engine technology, which not only greatly improves the standardization and timeliness of ADDB, but also reduces the workload of researchers. The practical application shows that the system has friendly interface, steady performance, and can generate ADDB documents quickly and easily to meet the research requirements of researchers.