Method for automatically detecting bracket model error in MDS and functional module

Abstract

The invention discloses a method for automatically detecting a bracket model error in MDS and a functional module. The method comprises the steps of 1) examining names, namely, reading the name of a pipe bracket selected, respectively detecting whether the names of the pipe bracket, a logical pipe clamp, a pipe bracket horizontal pat and a vertical part meet the naming rules, if not, reporting the error and reminding; 2) examining attribute description, namely, examining and correcting the stext attribute of a pipe clamp and the logistic pipe clamp; 3) examining a coordinate of the pipe bracket, namely, rounding off the coordinate of the pipe bracket; 4) examining the positioning of the pipe bracket, adjusting by treating the rounded-off coordinate of the pipe clamp as the reference. According to the method, the pipe bracket error is automatically examined according to the type of the MDS pipe bracket, the naming mode, the internal information transmission method and the information transmission between a model and a drawing, and moreover, some error and defects can be further repaired, and as a result, the design efficiency and quality can be greatly improved.

Description

Technical field [0001] The invention relates to the technical field of engineering drawing, in particular to a method for automatically checking errors in a pipe support model in MDS. Background technique [0002] PDMS (Plant Des ign Management system), the plant three-dimensional layout design management system, is the preferred design software system for large and complex plant design projects. MDS (Multi-Discipline Support) multi-discipline support is developed by AVEVA on PDMS. It is used to build support model software and becomes a module of PDMS. After the designer builds the tube stent model in the MDS, in the process of checking and modifying the tube stent model, some connections inside the tube stent are often damaged, resulting in errors in the tube stent, and failure to make detailed drawings of the tube stent, such as tube stents. Inconsistent naming of brackets, misalignment of tube bracket coordinates, etc. When the designer made the detailed drawing of the tube...

AI Technical Summary

Problems solved by technology

After the designer establishes the pipe support model in MDS, in the process of checking and modifying the pipe support model, some connection relationships inside the pipe support are often destroyed, resulting in errors in the pipe support, which makes it impossible to make detailed drawings of the pipe support, such as pipe support. Inconsistent naming of brackets, misalignment of tube bracket coordinates, etc.

When the designer makes the detailed drawing of the pipe support under the Draft module, he will find that the drawing cannot be produced. Sometimes even if the drawing can be produced, the drawing is very confusing and cannot be used for production

After a problem occurs, it is generally necessary to manually delete these problematic supports, and then rebuild the pipe support model, which is time-consuming and results in low work efficiency. Therefore, if MDS can automatically check errors and automatically repair them during the modeling process, When encountering a bracket that cannot be repaired, report it to the designer and modify it in time, which will greatly improve the design efficiency