Abstract: The disclosure discloses a synchronization method, which includes: sending first synchronization information carrying a Synchronization Signal (SS) and state information; receiving second synchronization information sent by a third terminal based on the first synchronization information after a first terminal has received synchronization information sent by a second terminal; under a condition the state information sent by the third terminal indicates that the third terminal enters a pre-synchronization state, determining receiving time information of the third terminal according to time domain resources used by transmission of the first synchronization information and receiving time information of the second terminal; sending third synchronization information, where the third synchronization information is used to trigger the third terminal to be synchronized with the first terminal; and synchronizing the first terminal with the third terminal according to the receiving time information of the third terminal

Abstract: A data processing method, apparatus, device, and medium are provided. The method may include obtaining a set of edges marked as usable for cutting from a two-dimensional mesh model, searching the set of edges to obtain a cut path set, calculating, for each candidate cut path in the cut path set, a path length, and calculating a structural evaluation value corresponding to the candidate cut path.

Abstract: An object information processing method includes: acquiring N resource objects to be added to a target container; performing grouping processing on the N resource objects to obtain a grouping processing result, the grouping processing result including at least two object groups and the cumulative area of each object group, the cumulative area of any object group being a sum of the area of all resource objects in the any object group, and a difference between the cumulative area of any two of the object groups being less than an area difference threshold; dividing the target container into at least two regions based on the grouping processing result, one object group corresponding to one region; and adding the N resource objects to the target container according to a corresponding relationship between the object groups and the regions.

Abstract: A data processing method performed by a computer device is disclosed. The method includes: obtaining N graphs, N being an integer greater than 2; determining a reference graph from the N graphs based on a graphic attribute of each graph; determining a placement rule corresponding to the N graphs according to a relationship between a graphic attribute of the reference graph and an attribute threshold; and placing the N graphs in a container according to the placement rule corresponding to the N graphs.

Abstract: The disclosure discloses a synchronization method, which includes: sending first synchronization information carrying a Synchronization Signal (SS) and state information; receiving second synchronization information sent by a third terminal based on the first synchronization information after a first terminal has received synchronization information sent by a second terminal; under a condition the state information sent by the third terminal indicates that the third terminal enters a pre-synchronization state, determining receiving time information of the third terminal according to time domain resources used by transmission of the first synchronization information and receiving time information of the second terminal; sending third synchronization information, where the third synchronization information is used to trigger the third terminal to be synchronized with the first terminal; and synchronizing the first terminal with the third terminal according to the receiving time information of the third terminal