Online temporary structure intelligent aided design method and system based on large language model

Abstract

The application discloses an online temporary structure intelligent auxiliary design method and system based on a large language model, which comprises the following steps: receiving a user's natural language temporary structure design requirement; a large language model identifies an intention and extracts parameters; missing parameters are completed in combination with a specification and a knowledge base; rationality is checked and interactive adjustment is supported; and a standardized design parameter set is formed. BIM and FEM models are synchronously generated based on the parameter set; the FEM model is submitted to a calculation engine for analysis; and the result is visualized by associating the BIM model through a homologous ID. If the result meets the standard, optimization suggestions are given in combination with multi-source data, and whether to optimize is selected by the user; or the result does not meet the standard or the optimization instruction is received, and optimization is directly performed. A scheme analysis text is generated by using a large model, a standardized calculation book is automatically assembled, multi-level auditing is started, and a trace is left. The scheme is stored in a knowledge base in a structured manner after the auditing, and a knowledge closed loop is formed. The efficiency, accuracy and standardization level of temporary structure design are improved.

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