A method for generating and optimizing three-dimensional point cloud data of microarray holes of composite wallboard

Abstract

This invention relates to the field of digital measurement technology and discloses a method for generating and optimizing three-dimensional point cloud data of micro-array holes in composite wall panels. First, through field-of-view stitching, coordinate system coupling and transformation techniques, the method automates the generation of three-dimensional point cloud data of the porosity of micro-array holes in composite wall panels. Then, by determining the boundary attributes of the three-dimensional point cloud through corresponding functional relationships, the method achieves clustering and rapid optimization of the three-dimensional point cloud data. This invention enables automated and high-precision measurement of the porosity of micro-array holes in composite wall panels.

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