Unified modeling platform

Abstract

The invention relates to a unified modeling platform, which comprises a unified modeling engine and a unified interaction interface, wherein the unified modeling engine comprises a modeling function library, a modeling process recorder and a driving engine analyzer; the modeling function library comprises a plurality of common functions and a plurality of uncommon functions; the modeling process recorder records relationship between basic model units in a modeling process so as to form a neutral model file; and the driving engine analyzer analyzes and executes the natural model file. The unified interaction interface comprises a software configuration option, a modeling engine calling interface and a graphic display area, wherein the software configuration option is used for configuring engineering modeling software used for modeling, the modeling engine calling interface is used for carrying out butt joint with each function in the modeling function library to call each function, and the graphic display area is used for loading a modeling interface of the configured engineering modeling software. The unified modeling platform can provide a unified modeling environment for different pieces of modeling software, repeated modeling caused by different pieces of engineering modeling software is avoided, the universality of a product is improved, and manpower requirements are lowered.

Description

technical field [0001] The invention belongs to the technical field of computer-aided product design software, and relates to a modeling platform, in particular to a system capable of providing a unified modeling environment for different engineering modeling software and avoiding repeated construction caused by different engineering modeling software. A unified modeling platform for models. Background technique [0002] The fields that require product modeling involve various industries such as aviation, aerospace, ships, weapons, and automobiles. In different industries, the engineering modeling software used is different, for example, some fields use CATIA, some fields use UG, some fields use PRO / E and so on. Moreover, even in the same industry or even in the same enterprise, the engineering modeling software used is often different due to different technical personnel. The modeling methods and development methods of various engineering modeling software are different, ...

AI Technical Summary

Problems solved by technology

Existing methods for realizing model conversion are difficult to achieve a completely undistorted conversion of the model. In the case of model distortion, there will be greater errors in CAE analysis results

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