A method and device for determining scene topology based on artificial intelligence

Abstract

The embodiment of the present application discloses a method and device for determining scene topology based on artificial intelligence, involving at least a variety of technologies in artificial intelligence, and determining the scene topology by adopting a method based on real-time analysis of displayed images of function services to be tested. For the functional service under test that needs to determine the scene topology, according to the first display image of the functional service under test, determine the first scene information corresponding to the first display image, and identify the controls in the first display image. For the first control identified therein, generate a corresponding control instruction to indicate that the first control is triggered by the function service under test, so as to obtain a second display image generated in the function service under test based on the trigger, and determine the second display image After the scene information is provided, the scene topology of the function service to be tested can be determined according to the association relationship between the first scene information, the second scene information and the first control. The method will not affect the normal operation of the function service to be tested, and has strong adaptability and compatibility.

Description

technical field [0001] The present application relates to the field of data processing, in particular to a method and device for determining scene topology based on artificial intelligence. Background technique [0002] Smart devices can provide users with various functional services, such as games, online shopping, electronic payment, etc. A functional service can include multiple scenarios, and different scenarios can provide users with different detailed functions. Taking a game as an example, the login scene provides the user with the function of selecting a character, and the battle scene provides the user with the function of fighting with different objects. [0003] In the process of running the functional service, you can switch between scenes through the controls provided by the functional service. The controls belong to the controllable modules, such as virtual buttons and items. The scene relationship determined through the controls can be called the scene topol...

AI Technical Summary

Problems solved by technology

However, this method of calling the interface through the SDK will affect the normal operation of the functional service to be tested, and the interface parameters of different functional services are often quite different, resulting in the need to reconfigure the SDK parameters for different functional services, poor applicability and compatibility

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