DISPLAY METHOD AND DISPLAY SYSTEM OF ON-VEHICLE AVM, ELECTRONIC DEVICE, AND STORAGE MEDIUM

A display method and a display system of an on-vehicle around view monitor (AVM), an electronic device, and a storage medium. The display method is performed based on on-vehicle lenses. The display method includes constructing a coordinate mapping table representing a coordinate mapping relationship between a panoramic image generated by splicing original images captured by the on-vehicle lenses and each original image captured by the on-vehicle lenses, generating the panoramic image based on the original images captured by the on-vehicle lenses and the coordinate mapping table, mapping the panoramic image to a preset world model to construct a virtual world inside the preset world model, disposing a vehicle model at a position corresponding to a real vehicle in the virtual world, and rendering and outputting an image, corresponding to a specified view point, in the virtual world. The view point is located on the preset world model and faces towards a center of the vehicle model. The end-to-end coordinate mapping table constructed with the method can avoid multiple image interpolations, and the construction of the virtual world facilitates the realization of a real-time preview.