Complex equipment faced multi-subject design software integrated parameter mapping method

Abstract

The invention relates to a parameter projection method integrated by multi-field software, facing complex device, wherein it comprises: building database, defining design document, defining design parameter, generating reference document template, dynamically projecting parameter document and managing several versions of parameter document. The database comprises document list, variable list, parameter value list, input document list, output document list, variable positioning list, non-variable positioning list, application software list and serial parameter list; the parameter document template generation comprises variable parameter positioning and non-variable parameter positioning; the parameter document dynamic projection comprises document reduction and document analysis. The invention provides recognize mechanism of design parameter, to recognize the mantic and grammar of each parameter of input and output documents, to build dynamic projection between non-structural data of multi-field design software and the structural data of integrated platform.

Description

technical field [0001] The invention belongs to the technical field of engineering design information system integration and heterogeneous multi-data source interoperability, and in particular relates to a Design Parameter Mapping Method for software integration of multi-disciplinary optimization design of complex equipment. Background technique [0002] Large-scale complex equipment plays a pivotal role in the country's economic construction and national defense construction, and is also a pillar industry for my country's key development. Typical large and complex equipment includes aircraft, aircraft engines, generator sets, integrated coal mining units, ships and weapon systems. A large number of research results show that the design process of equipment directly determines the performance, quality, production cycle, appropriate cost and maintenance methods of equipment. Therefore, effectively organizing and managing the design process is the core issue in the developmen...

AI Technical Summary

Problems solved by technology

[0008] Aiming at the requirements of multidisciplinary optimization design system integration in the development process of large and complex equipment, the present invention provides a parameter mapping method for multidisciplinary design software integration of complex equipment, which performs design parameter preprocessing and postprocessing on the integration platform selected by the user. Instead of manual data preparation and processing by design engineers, such as figure 1 as shown in (b)

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