Parameterized slope model automatic construction method based on subdivision technology

Abstract

The invention discloses a parameterized slope model automatic construction method based on a subdivision technology. The method comprises the steps of acquiring a slope calculation range surface; performing grid segmentation on a slope calculation range surface; carrying out unit-by-unit subdivision operation on the differential units after grid segmentation to obtain a projection surface of eachdifferential unit and attributes of the projection surface; constructing a three-dimensional body block unit based on the projection surface attribute of each differential unit; and verifying the vertex coincidence error of each three-dimensional body block unit, and combining the body block units to construct a complete slope model. The method has the advantages that the method is not limited bydata types and slope design types, and the time can be shortened by 60%-70%; the scheme effect can be visually and rapidly obtained, design scheme defects are found, and the scheme adjustment frequency is reduced.

Description

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AI Technical Summary

Benefits of technology

The technical effects of this patent text can be summarized as follows: 1. Good compatibility: The method can be applied to different types and regions of slope models, regardless of data types and slope design types. 2. Higher modeling efficiency: Compared to traditional manual methods, this method can quickly and automatically rebuild 3D slope models, reducing the time required by 60%-70%. 3. Real three-dimensional geographic spatial coordinates: The resulting model can be overlaid with on-site survey data, allowing for intuitive and quick evaluation of the design plan and identification of any defects, reducing the need for plan adjustments. 4. Rapid generation of multiple slope models: The method supports the quick generation of multiple slope models for different design schemes, facilitating the comparison of different options and selection of the optimal design scheme.

Problems solved by technology

Technological Problem addressed in this patented technical problem involves improving the speed at which architects create accurate models of slopes during construction or maintenance tasks while also ensuring that they are suitable for different types of terrain conditions (such as water). Current methods require significant human effort due to their time-consuming processes involved.

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