Abstract: Provided are a frame rate adjusting method and apparatus for a display screen, a terminal, and a storage medium. The method includes: obtaining (S110), in response to detecting a swiping operation, a screen scrolling speed; in response to the screen scrolling speed satisfying a predetermined frame-rate-adjustment condition, obtaining (S120) a current frame rate of a screen, a predetermined target frame rate, and a screen scrolling time length corresponding to the swiping operation; determining a current frame period based on the current frame rate, and determining a target frame period based on the predetermined target frame rate (S130); determining (S140) a frame period change based on the current frame period, the target frame period, and the screen scrolling time length; and adjusting (S150) the current frame rate of the screen based on the frame period change during a screen scrolling period.

Abstract: Provided are a frame rate adjusting method and apparatus for a display screen, a terminal, and a storage medium. The method includes: obtaining (S110), in response to detecting a swiping operation, a screen scrolling speed; in response to the screen scrolling speed satisfying a predetermined frame-rate-adjustment condition, obtaining (S120) a current frame rate of a screen, a predetermined target frame rate, and a screen scrolling time length corresponding to the swiping operation; determining a current frame period based on the current frame rate, and determining a target frame period based on the predetermined target frame rate (S130); determining (S140) a frame period change based on the current frame period, the target frame period, and the screen scrolling time length; and adjusting (S150) the current frame rate of the screen based on the frame period change during a screen scrolling period.

Abstract: The present disclosure relates to a method for controlling video playing, a computer device and a storage medium thereof. The method includes: monitoring a state of a current application process in response to an application playing a video; obtaining the state of the current application process comprising a state with a trigger event and a state without a trigger event; dynamically adjusting a signal reception frequency of the application and receiving a screen refresh synchronization signal distributed by a hardware layer according to the signal reception frequency in response to detecting no trigger event in the current application process; resuming the application to receive the screen refresh synchronization signal distributed by the hardware layer at an original frequency in response to detecting a trigger event in the current application process; and triggering a main thread to refresh a current video screen according to the received screen refresh synchronization signal.