Transmission line point cloud intelligent acceptance graphical user interface for electronic equipment

Abstract

1. The name of the product of this design: Graphical user interface for intelligent acceptance of power transmission line point cloud for electronic equipment. 2. Purpose of this design product: To extract different components from the point cloud data of the transmission line corridor and use them for quality acceptance calculations. 3. The design key point of this appearance design product lies in the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. The physical product is of conventional design, with rear view, left view, right view, top view and bottom view omitted. 6. Purpose of the graphical user interface: Through changes in user operations, the three-dimensional visualization of the original point cloud data and the point cloud data of each component, as well as the display of quality acceptance calculation results, is achieved. 7. Human-computer interaction methods of the graphical user interface: click and slide, and mouse control of size scaling. 8. Description of the changing state of the graphical user interface: The core content of the main view is the upper menu bar, including five modules: File, Data Preprocessing, Component Extraction, Quality Acceptance, and Help; click "File" in the main view to display the changing state diagram 1; click Open in the changing state diagram 1 and select the point cloud file. After that, you can see the file information, progress information, point cloud number information and operation prompts on the left side of the interface, and the visualization result of the 3D point cloud is displayed on the right. You can use the keyboard and mouse to rotate, translate, zoom and change the point size, and enter the changing state diagram 2; click "Data Preprocessing" in the changing state diagram 2 to downsample and center the loaded data. The sampling ratio can be manually set for downsampling. After the processing is completed, the number of sampled point clouds can be seen on the left side of the interface, and the state diagram 3 is entered; click "Component Extraction-Tower Extraction-Tower Positioning" in the state diagram 3 to obtain the parameter description of the algorithm fused in the GUI (including the result diagram), and provide a parameter setting area. After the settings are completed, you can run the program to see the tower positioning results on the right and enter the Change State Diagram 4; click "Component Extraction - Tower Extraction - Fine Extraction" in Change State Diagram 4 to obtain the parameter description of the algorithm integrated in the GUI (including the result diagram), and provide a parameter setting area. The purpose of this operation is to filter out redundant ground object points in the tower positioning results. After the settings are completed, you can run the program to see the result of the detailed extraction on the right, and display the change state diagram 5; click "Component Extraction-Ground Object Extraction" in Change State Diagram 5 to display Change State Diagram 6; click "Component Extraction-Transmission Line Extraction-Transmission Line Extraction" in Change State Diagram 6 to display Change State Diagram 7; click "Component Extraction-Transmission Line Extraction-Extraction Result" in Change State Diagram 7 to display Change State Diagram 8; click "Quality Acceptance-Maximum Sag Calculation" in Change State Diagram 8 to display Change State Diagram 9; click "Quality Acceptance-Tower Height Calculation" in Change State Diagram 9 to display Change State Diagram 10; click "Quality Acceptance-Transmission Line Spacing Calculation" in Change State Diagram 10 to display Change State Diagram 11; click "Quality Acceptance-Transmission Line and Ground Spacing Calculation" in Change State Diagram 11 to enter Change State Diagram 12.

Images