Drag hook bar modeling tool for complex steel bar engineering

Abstract

The invention discloses a complex steel bar engineering draw hook bar modeling tool which is developed depending on C # and comprises a winform interface capable of editing and modifying data parameters at the front end and used for a user to adjust steel bar drawing data information visible to human eyes; various function method bodies are designed at the rear end to run in a class library and used for receiving parameters input by a front-end data interface, the parameters are transmitted into various modeling method function bodies, and therefore a model is intelligently modified at the bottom layer. According to the method, C # is used for developing a drag hook rib modeling tool, during the period, the front end and the rear end are circularly and interactively tested, a wallboard drag hook rib rule is skillfully fused into the wallboard drag hook rib modeling tool, due to the fact that in Tekla software, wallboard drag hook ribs are difficult to model, even only drag hook ribs can be drawn one by one, the wallboard drag hook ribs are arranged according to areas in complex engineering, and the modeling efficiency is greatly improved. The modeling tool is not arranged according to a wall body, so that the modeling tool makes up the function of a draw hook bar module in Tekla steel bar modeling as much as possible, and modeling is more precise and efficient.

Description

technical field [0001] The invention relates to the field of modeling tools, in particular to a modeling tool for drawing hook bars of complex steel bar engineering. Background technique [0002] Existing rebar engineering calculation software software on the market is based on the flat method for the modeling of the hook bars. When encountering the complex reinforcement engineering modeling of thick walls and slabs, it is not enough to accurately complete the modeling and requires manual calculation, especially when the hook bars are 8 rows. When there are 10 rows of steel bars, the demand cannot be met, resulting in an inaccurate amount of steel bars extracted. There is no intelligent solution when the walls and walls are staggered in the form of hidden columns. [0003] After investigation, Tekla is a platform-based BIM design software with 3D modeling and 2D drawing functions for concrete and steel bars, but for reinforced concrete structures, Tekla is more inclined to p...

AI Technical Summary

Problems solved by technology

[0005] Based on this, the purpose of the present invention is to provide a complex steel engineering puller tendon modeling tool to solve the problem that the existing modeling tools can achieve the goal of three-dimensional modeling and two-dimensional drawing only through the human-computer interaction interface for a specific structure type. , a technical problem that requires a lot of manual modification and repetitive operations by the user

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