A Multilevel Transformer State Visualization Method Associated with Grid Information Model

The current transformer state evaluation model based on online monitoring data is not perfect in visual interaction with 3D model, which faces two important problems. First of all, the 3D model is lacking. The 3D model constructed in the infrastructure stage only has the display function, while the laser point cloud model in the operation and maintenance stage is complex and slow to load. Secondly, the state evaluation model is not divided into multiple levels and multiple dimensions, and the correlation with the three-dimensional model is insufficient. This paper introduces a multilevel transformer state evaluation model associated with the GIM model. The hierarchical structure of transformer state evaluation model is combined with that of GIM model. This not only streamlines the expansion of the scope of state evaluation but also enables the swift reuse of existing three-dimensional models, effectively reducing the workload associated with visualization tasks.