Visualization system and method of truss antenna based on VTK, terminal
An antenna and truss technology, applied in the field of computer-aided design, can solve the problems of lack of visualization methods for plate and girder structure models, and the late start of graphics software system research, and achieve fast and efficient display, improved development efficiency, and good results.
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[0110] Taking a hexagonal truss antenna model as an example, the line-surface model of the hexagonal truss displayed by this method is as follows: Figure 6 As shown, the solid model is as Figure 7 shown. The specific implementation steps in conjunction with the accompanying drawings of the description are as follows:
[0111] Step 1: The information of the truss antenna model is as follows: figure 2 Formatting is stored in text documents. Information includes point information and unit information. The unit only contains beam beam unit and beam section information.
[0112] Step 2: Create a single-document application. The main generated classes are document class CvtkSDIDoc, view class CvtkSDIView, and frame class CMainFrame. Objects of vtkPoints, vtkCellArray, and vtkUnstructured classes, as well as cell type arrays int*type and int*S_M_type are defined in the document class CvtkSDIDoc. Define objects of vtkRender and vtkMFCWindow in the view class, / * define points...
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