4results about How to "Choose simple" patented technology

The present disclosure provides a game plot script generation method and device, a computer storage medium and an electronic device, and relates to the technical field of games. The method comprises: receiving game plot information based on a natural language description for a target game plot, and converting the game plot information based on the natural language description into structured plot requirement information; obtaining a pre-constructed plot constraint condition; inputting the structured plot requirement information and the plot constraint condition into a pre-trained large language script generation model to generate a function call sequence; and generating a target plot script file based on the function call sequence, the target plot script file being used for analysis and execution by a game engine to drive plot animation performance of the target game plot. The present disclosure can reduce the production threshold of the game plot script, thereby reducing the plot development complexity, reducing the development cost of the game plot production process, and improving the production efficiency of the game plot.

This invention discloses an effectiveness evaluation method based on kill chain modeling of an adversarial system, belonging to the field of system evaluation technology. The method includes the following steps: based on the starting and ending conditions of a given task, analysis is performed in three different dimensions: time, information, and precision. An adversarial interaction network is constructed, and the adversarial effectiveness is analyzed in different dimensions using the analytic hierarchy process (AHP), with scores assigned to the evaluation results in each dimension. The scores of the evaluation results in different dimensions are then weighted and integrated to obtain a comprehensive evaluation result of the adversarial effectiveness. This invention fully considers the influence of each node in the adversarial system on the system's adversarial effectiveness, highlighting the significant impact of the kill chain in the time, information, and precision dimensions on effectiveness. It solves the problem of evaluating the strike effectiveness of kill chains formed by different adversarial methods in complex systems.

This invention relates to the field of seismic signal processing technology, specifically disclosing a method and apparatus for processing the consistency between explosive source and controlled source seismic data. The method includes: performing phase-shift filtering on controlled source data to obtain processed data; mixing and superimposing the processed data with explosive source data to generate a mixed superimposed profile; analyzing the mixed superimposed profile and the separately superimposed profile of the explosive source data to obtain optimal phase-shift filtering parameters; performing matched filtering based on the optimal phase-shift filtering parameters to obtain a matched filtering factor; and applying the matched filtering factor to pre-stack data to correct the controlled source wavelet. This invention utilizes the data adaptability of phase-shift filtering, considering the differences in seismic data caused by different excitation and reception conditions, and reduces the phase difference between the two types of source data in a time-varying and spatially varying manner. Combined with matched filtering, it further aligns the controlled source data with the explosive source data in terms of phase, frequency, and amplitude, providing better basic data for subsequent data processing.

The present disclosure relates to a vehicle display control device, a vehicle display device, a vehicle, a vehicle display control method, and a recording medium recording a vehicle display control program, the vehicle display control device of the present disclosure being configured to switch a plurality of display screens including information on various functions and display on a display area of a display, and change the number of the plurality of display screens switched in a state in which a specific function is on and a state in which the specific function is off.