Three-dimensional concrete structure reinforcement interactive method

Abstract

The invention discloses a three-dimensional concrete structure reinforcement interactive method and belongs to the technical field of three-dimensional concrete structure reinforcement. The method is technically characterized by including the following steps of (1) constructing a main reinforcement section; (2) establishing a steel bar group; (3) setting basic information of the steel bar group; (4) establishing a steel bar subgroup; (5) performing sketch modeling to a main portion of the steel bar subgroup; (6) setting end portions of the steel bar subgroup; (7) arranging the steel bar subgroup; and (8) after arranging one steel bar subgroup, returning to the step (4) and then starting to configure a new steel bar subgroup under the current steel bar group based on the current constructed reinforcement section, or returning to the step (2) and configuring a new steel bar group based on the current reinforcement section, or retreating from the whole interaction directly. The three-dimensional concrete structure reinforcement interactive method is clear and concise in logic, high in friendliness, flexibility and completeness and is used for reinforcement of three-dimensional concrete.

Description

technical field [0001] The invention relates to a reinforcement method, and more specifically, relates to an interactive method for reinforcement reinforcement of a three-dimensional concrete structure. Background technique [0002] Concrete structure is an important form of building structure widely used in the construction industry, and in the design of concrete structure, reinforcement design is an essential content. The design of concrete structure reinforcement itself is not very difficult, but its workload is heavy and the details are cumbersome, which often consumes a lot of time and energy for designers. [0003] Reinforcement design has been gradually developed into three-dimensional computer reinforcement modeling from the initial hand-drawn drawings to later two-dimensional computer-aided reinforcement. The introduction of CAD technology has greatly reduced the workload of reinforcement designers, especially effectively reducing the difficulty of editing and modi...

AI Technical Summary

Problems solved by technology

The existing 3D concrete structure reinforcement design software does not form a logical and clear interactive process structure, and often presents all design content to the designer at the same time, does not distinguish the order of design, and does not divide the design items into reasonable functional blocks. The interaction is not organized; at the same time, the design results will only be updated after all or most of the design process is completed and confirmed by the designer. The design actions in the process do not get immediate feedback on the corresponding 3D model, and the designer cannot follow the 3D model. The change of the model judges the correctness and rationality of a single design action in real time; in addition, for special-shaped steel bars, most of them do not provide an effective, flexible and complete way to configure them; finally, there are frequent pairings in the interaction process. The picking operation of the geometry on the component, when the target geometry is blocked by other surfaces and cannot be picked, is often processed by rotating the view, which not only easily interrupts the current design idea, but also for large component models and complex component models, the operation of rotating the view in itself extremely inconvenient

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