A touch control method, applied to a touch drive module of a terminal device, the method comprising: receiving a vertical synchronization signal from an application processor of the terminal device; collecting position information corresponding to a touch operation; determining a reporting frequency of the position information based on the vertical synchronization signal, such that the position information is reported once in one signal interval, the signal interval being an interval between two adjacent vertical synchronization signals; and reporting the position information to the application processor based on the reporting frequency; characterized in that, determining the reporting frequency of the position information based on the vertical synchronization signal comprises: in response to acquiring at least two pieces of position information in one signal interval, determining one piece of position information for reporting in one signal interval based on the at least two pieces of position information acquired in the one signal interval, such that one piece of position information is reported in one signal interval; wherein determining one piece of position information for reporting in one signal interval based on the at least two pieces of position information acquired in the one signal interval comprises: obtaining a preset reporting time line in the signal interval; determining a first connection line based on the at least two pieces of position information in the one signal interval; and determining an intersection of the reporting time line and the first connection line as one piece of position information for reporting. receiving a vertical synchronization signal from an application processor of the terminal device; collecting position information corresponding to a touch operation; determining a reporting frequency of the position information based on the vertical synchronization signal, such that the position information is reported once in one signal interval, the signal interval being an interval between two adjacent vertical synchronization signals; and reporting the position information to the application processor based on the reporting frequency; characterized in that, determining the reporting frequency of the position information based on the vertical synchronization signal comprises: in response to acquiring at least two pieces of position information in one signal interval, determining one piece of position information for reporting in one signal interval based on the at least two pieces of position information acquired in the one signal interval, such that one piece of position information is reported in one signal interval; wherein determining one piece of position information for reporting in one signal interval based on the at least two pieces of position information acquired in the one signal interval comprises: obtaining a preset reporting time line in the signal interval; determining a first connection line based on the at least two pieces of position information in the one signal interval; and determining an intersection of the reporting time line and the first connection line as one piece of position information for reporting. in response to acquiring at least two pieces of position information in one signal interval, determining one piece of position information for reporting in one signal interval based on the at least two pieces of position information acquired in the one signal interval, such that one piece of position information is reported in one signal interval; wherein determining one piece of position information for reporting in one signal interval based on the at least two pieces of position information acquired in the one signal interval comprises: obtaining a preset reporting time line in the signal interval; determining a first connection line based on the at least two pieces of position information in the one signal interval; and determining an intersection of the reporting time line and the first connection line as one piece of position information for reporting. obtaining a preset reporting time line in the signal interval; determining a first connection line based on the at least two pieces of position information in the one signal interval; and determining an intersection of the reporting time line and the first connection line as one piece of position information for reporting.