Multi-motion-track synchronous recording method, application and terminal

Abstract

The invention discloses a multi-motion-track synchronous recording method, application and a terminal. The method comprises the following steps: generating a group member identity information list according to identity information of each motion end in a group activity; enabling each motion terminal to subscribe the motion tracks of other motion terminals in the group according to the group memberidentity information list, generating subscription information and uploading the subscription information to the server; storing the position information uploaded by each motion terminal through theserver, and forwarding the position information of the motion terminals recorded in the subscription information to the motion terminals uploading the subscription information in real time according to the subscription information uploaded by each motion terminal; and enabling each motion terminal to generate a plurality of motion track records according to the position information of the motion terminal recorded in real time and the position information of the subscription motion terminal, and displaying the motion tracks and the real-time positions of the plurality of motion track records inan electronic map at the same time. Motion tracks and real-time position points of different running users can be recorded and displayed in the same map at the same time.

Description

technical field [0001] The present invention relates to the technical field of application software development, and more specifically, to a multi-motion track synchronous recording method, application and terminal. Background technique [0002] The motion track recording application software uses the joint positioning technology of GPS positioning module + communication base station + WIFI in the mobile terminal to accurately locate mobile phone users. For example, the running application APP uses this positioning technology to record the user's running track, running data and real-time location point. [0003] Among the many existing running, cycling, cross-country running, walking and other apps, basically the user's own (single) running track is recorded and displayed, and it is impossible to record and display the tracks of multiple people on the same map at the same time and location points, and can only dynamically replay the completed trajectory after the exercise i...

AI Technical Summary

Problems solved by technology

[0003] Among the many existing running, cycling, cross-country running, walking and other apps, basically the user's own (single) running track is recorded and displayed, and it is impossible to record and display the tracks of multiple people on the same map at the same time and position points, and can only dynamically replay the completed trajectory after the exercise

[0004] The existing technology can only record and display the trajectory and location points of one user, and cannot clearly know or display the trajectory and location points of other users. As a result, in long-distance, complex routes and other sports with risk of loss, the organizer cannot clearly Know the real-time location of each team member accurately, and players who fall behind due to athletic ability or getting lost cannot see the location and trajectory of the large team through the map, which has certain potential safety hazards; at the same time, players in competitive sports cannot know other Players' sports conditions and sports performance, unable to adjust their own competitive strategies in time according to other people's sports conditions

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